CN109788815A

CN109788815A - The heat preservation ventilating clothes formed using non-woven polymer material section

Info

Publication number: CN109788815A
Application number: CN201780058581.6A
Authority: CN
Inventors: 卢克·A·佩齐门蒂; 凯文·C·施; 尤斯蒂纳·科什卡洛夫
Original assignee: Nike Innovation LP
Current assignee: Nike Innovation LP
Priority date: 2016-10-06
Filing date: 2017-10-04
Publication date: 2019-05-21
Anticipated expiration: 2037-10-04
Also published as: EP3522743A1; CA3036225A1; CA3036225C; CN109788815B; EP3522743B1; WO2018067676A1; US20180098584A1

Abstract

A kind of clothes (500) for manufacturing the method (1000) of ventilating and thermal insulating clothes (700) using non-woven polymer material section and thus producing are provided in terms of this paper.This method (1000), which generally comprises, is located in non-woven polymer material section (112) between two textile layers (110,114), and two textile layers (110,114) are combined together to form seam (722,724) at the region neighbouring with non-woven polymer material section (112).The seam (722,724) can optionally be perforated.

Description

The heat preservation ventilating clothes formed using non-woven polymer material section

Invention field

It is related to a kind of heat preservation ventilating clothes (insulated vented garment) in terms of this paper and manufacture heat preservation is logical The method of wind clothes.

Background of invention

The method of traditional production warmth-retaining clothing includes manufacture chamber, for example, by piece of material is stitched together and shape It is blown into chamber at chamber, and by natural feather or other synthetic fibers.This usually requires special machine and may be very chaotic. In addition, traditional warmth-retaining clothing may retain the moisture generated by wearer, it is uncomfortable that this will lead to wearer.

Brief description

Below with reference to the accompanying drawings example of the invention is described in detail, in the accompanying drawings:

Fig. 1 illustrates the exploded views according to the first exemplary structure of the heat preservation ventilating clothes of the aspect of this paper；

Fig. 2 illustrates the top perspective of the CONSTRUCTED SPECIFICATION of the first exemplary structure of Fig. 1 of the aspect according to this paper (top perspective view)；

Fig. 3 illustrates the top of the first exemplary structure of Fig. 1 when in assembled state of the aspect according to this paper Perspective view；

Fig. 4 illustrates the cross-sectional view intercepted according to the cutting line 4-4 along Fig. 3 of the aspect of this paper；

Fig. 5 to Fig. 6 is respectively illustrated to be shown according to what the first exemplary structure of use such as Fig. 1 of the aspect of this paper was formed The front view and rearview of example property heat preservation ventilating clothes；

Fig. 7 to Fig. 8 respectively illustrates such as the showing using the first exemplary structure formation of Fig. 1 of the aspect according to this paper The front view and rearview of example property heat preservation ventilating clothes；

Fig. 9 A to Fig. 9 B illustrates the exemplary patterns of the seam (seam) of the aspect according to this paper；

Figure 10 illustrates the flow chart of the illustrative methods of the formation heat preservation ventilating clothes according to the aspect of this paper；

Figure 11 illustrates the exploded view of the second exemplary structure of the heat preservation ventilating clothes according to the aspect of this paper；

Figure 12 A illustrates the top perspective of the CONSTRUCTED SPECIFICATION of the second exemplary structure in Figure 11 according to the aspect of this paper Figure；

Figure 12 B illustrates top of the second exemplary structure of Figure 11 of the aspect according to this paper when in assembled state Perspective view；

Figure 13 illustrates the alternative structure of the second exemplary structure of the aspect according to this paper；

Figure 14 illustrates the cross-sectional view intercepted according to the cutting line 14-14 along Figure 12 B of the aspect of this paper；

Figure 15 illustrates the exemplary guarantor of the aspect according to this paper for example formed using the second exemplary structure of Figure 11 The front view of temperature ventilation clothes；

Figure 16 illustrates the exemplary guarantor of the aspect according to this paper for example formed using the second exemplary structure of Figure 11 The front view of temperature ventilation clothes；And

Figure 17 illustrates the flow chart of the illustrative methods of the formation heat preservation ventilating clothes according to the aspect of this paper.

The detailed description of invention

Subject of the present invention is specifically described herein to meet legal requirements.However, description is not intended to limit in itself The range of the displosure processed.But inventor has imagined theme claimed or disclosed that can be combined with other existing Or the technology in future otherwise embody, to include the steps that different steps or similar to the step described in this document Rapid combination.In addition, although term " step " and/or " frame " can be used herein to mean that the difference of used method is wanted Element, but these terms be not necessarily to be construed as implying among each step disclosed herein or between it is any specific suitable Sequence, unless and except when the sequence of single step by clearly narrative tense.

In summary, the clothes for constructing the method for heat preservation ventilating clothes and being formed by this method are related in terms of this paper. The method of construction heat preservation ventilating clothes can use non-woven polymer sheet material (non-woven polymer sheets) or nonwoven Polymer material section (sections of non-woven polymer material), rather than utilize such as natural feather or pine The material of scattered chemical fibre cotton fiber (poly-fill fibers).As used in the entire disclosure, such as " non-woven polymer Object sheet material ", " chemical fibre cotton sheet material (poly-fill sheet) ", " heat insulation sheet material (thermally insulating Sheet material) " and " heat-insulated filling sheet material (thermally insulating fill sheet) " term at this It uses with can be interchanged in text.In addition, as used in the entire disclosure, such as " non-woven polymer material section " " is changed The term of fiber cotton material section ", " heat insulation sheet material section " and " thermo insulating filling material section " is interchangeably in this specification It uses.Due to non-woven polymer sheet material or the coherent structure (cohesive structure) of non-woven polymer material section, remove It is easier except use, non-woven polymer sheet material or non-woven polymer material section is used to assign finished product clothing heat insulation.This Outside, non-woven polymer material described herein be usually (hypoallergenic) of hypoallergenic, do not need it is special washing, Drying time is short and even if remains on offer warmth retention property in dampness.When forming clothes, they do not need special yet Processing or special machinery, this saves manufacturing costs.

In the first building method using non-woven polymer sheet material, one of non-woven polymer sheet material or more can be removed Multiple selected parts, to generate opening or gap section in non-woven polymer sheet material.In alternative aspect, non-woven polymer Object can be formed to have one or more openings or gap section.Non-woven polymer sheet material be located in the first piece of material and Between second piece of material.First piece of material is corresponding one or more with the gap section in non-woven polymer sheet material The second piece of material is fixed or is integrated in a region.In optional illustrative aspect, one or more perforation (perforations) it can be formed in bond area, middle punch extends through the first piece of material and the second material piece Material.As described further below, the moisture and/or extra heat that perforation can be used for allowing wearer to generate are from inner Evolution.First piece of material and the second piece of material can be used at least partially for forming clothes.

It the use of the clothes that first method produces may include for example with interior sheet stock (inner panel) and outer sheet stock At least one clothes sheet stock of (outer panel).Non-woven polymer sheet material can be positioned between interior sheet stock and outer sheet stock, Middle non-woven polymer sheet material may include gap section (that is, therefrom removing non-woven polymer sheet material or non-woven polymer being not present The part of object sheet material).Clothes can also include at least one seam, at least one seam is in the sky with non-woven polymer sheet material Interior sheet stock is engaged to outer sheet stock at the corresponding region in gap part.In in all respects, clothes can with non-woven polymer sheet material The corresponding region in gap section at include multiple seams, wherein seam can help to define comprising non-woven polymer sheet material Multiple chambers.In optional aspect, clothes can also include one or more perforation in seam, and middle punch is prolonged Extend through interior sheet stock and outer sheet stock.

In using the section of non-woven polymer material or the second building method of band, non-woven polymer material section can To be located between the first piece of material and the second piece of material.First piece of material is neighbouring with non-woven polymer material section One or more regions in fix or be integrated to the second piece of material.In optional illustrative aspect, perforation can be with shape At in bond area, middle punch extends through the first piece of material and the second piece of material.

It the use of the clothes that the second building method produces may include for example being taken at least one of interior sheet stock and outer sheet stock Load material.Non-woven polymer material section can be positioned between interior sheet stock and outer sheet stock.Clothes can also include one or more Multiple seams, one or more seams are neighbouring or at the region of non-woven polymer material section engage interior sheet stock To outer sheet stock；Seam can define the chamber comprising non-woven polymer material section.In optional aspect, perforation can extend Them are made to extend through interior sheet stock and outer sheet stock across seam.

In general, the use of the clothes that the first building method and the second building method produce being to keep the temperature and breathe freely.This for Can be advantageous for the wearer of physical exertion, because these wearers often generate water in the form of perspiration Point.Arctic weather still can perspire, and when clothes (heat-insulating garment) is thermally isolated in wearer's dress When, perspiration may will increase.By utilizing perforation described herein, moisture can escape into external environment, to facilitate Keep wearer comfortable.Equally, the internal temperature of clothes can be by promoting heat to adjust via clothes transmitting is punched through.

Other advantage can be obtained by using non-woven polymer sheet material and/or non-woven polymer material section.Due to Their non-woven constructions for example formed by entanglement fiber or silk material, they are able to maintain cohesion or overall structure, this and example In contrast such as loose chemical fibre cotton fiber and/or natural feather.It vertically and/or is diagonally located in this way, they allow to generate Chamber on clothes.In other words, because material shifts there is very little risk (with for example without coherent structure natural feather and/or Loose chemical fibre cotton fiber is in contrast), so chamber, which can be taken, is different from the substantially discontinuous chamber with horizontal orientation The orientation of room.In addition, more organic shapes or curve shape can be presented in chamber, because not needing to be blown into natural feather into chamber Or loose chemical fibre cotton fiber.It is known that, it is generally difficult to natural feather or loose chemical fibre cotton fiber are evenly distributed to curved shape Or deviate in the chamber of more conventional horizontal orientation chamber.In addition, due to not needing to be described herein comprising loose packing material Chamber can be the form of " open ended (open-ended) " chamber.That is, chamber described herein may include One or more sides or region not limited by jointing line (seam lines), rather than by jointing line on all side circles The fixed conventional chambers to form closed chamber.

Therefore, a kind of method for manufacturing warmth-retaining clothing is provided in terms of this paper, this method includes providing the first material piece Material；Second piece of material is provided；And provide the heat-insulated filling sheet material with one or more gap sections.Heat-insulated filler piece Material is fixed at least the first piece of material, and the second piece of material is positioned such that heat-insulated filling sheet material between the first material Between tablet material and the second piece of material.First piece of material with it is heat-insulated filling sheet material in one or more gap sections It is attached to the second piece of material in corresponding one or more regions, and uses at least the first piece of material and the second material Tablet material forms clothes.

In another aspect, a kind of clothes are provided comprising at least the first clothes sheet stock.First clothes sheet stock includes interior Sheet stock, outer sheet stock and the heat-insulated filling sheet material between interior sheet stock and outer sheet stock, wherein heat-insulated filling sheet material includes at least One gap section.The clothes further include at least one seam and multiple perforation at least one seam, this is at least One seam engages interior sheet stock to outer sheet stock at region corresponding with the heat-insulated filling gap section of sheet material, and wherein this is more A perforation extends through at least one seam and passes through interior sheet stock and outer sheet stock.

In another aspect, a kind of clothes are provided comprising at least the first clothes sheet stock.First clothes sheet stock includes interior Sheet stock, outer sheet stock and heat-insulated filling sheet material, the heat-insulated filling sheet material at first area between interior sheet stock and outer sheet stock, Wherein heat-insulated filling sheet material includes at least first gap part and Second gap part.The clothes further include at least the first seam and At least the second seam, the first seam is at first position corresponding with the heat-insulated filling first gap part of sheet material by interior sheet stock It is joined to outer sheet stock, the second seam is in the second place corresponding with the heat-insulated filling Second gap part of sheet material by interior sheet stock It is joined to outer sheet stock, wherein the first seam and the second joint spacing are opened and be not connected to the second seam.In addition, clothes include shape At the open ended chamber defined between interior sheet stock and outer sheet stock and by the first seam and the second seam, the wherein chamber packet At least part containing heat-insulated filling sheet material.

A kind of method for manufacturing Thermo-insulated clothes is additionally provided in terms of this paper.This method include provide the first piece of material, Second piece of material is provided and thermo insulating filling material section is provided.Thermo insulating filling material section is located in the first piece of material On, and the second piece of material is positioned such that thermo insulating filling material section between the first piece of material and the second piece of material Between.First piece of material is fixed to the second material piece at one or more regions of neighbouring thermo insulating filling material section Material, and clothes are formed using at least the first piece of material and the second piece of material.

In another aspect, a kind of clothes are provided.The clothes include at least the first clothes sheet stock, the first clothes sheet stock It is connect including interior sheet stock, outer sheet stock, the first thermo insulating filling material section between interior sheet stock and outer sheet stock and at least first Seam, first seam is at the first area of the neighbouring thermo insulating filling material section by interior sheet stock engagement to outer sheet stock.

In in a further aspect, a kind of clothes are provided.The clothes include at least the first piece of material, first material piece Material includes interior sheet stock, outer sheet stock and the thermo insulating filling material section between interior sheet stock and outer sheet stock.The clothes further include First seam and the second seam, the first seam engage interior sheet stock to outer at the first area of neighbouring thermo insulating filling material section Sheet stock, the second seam is at the second area of neighbouring thermo insulating filling material section by interior sheet stock engagement to outer sheet stock.First seam The open ended chamber comprising thermo insulating filling material section is defined with the second seam.

As used in the entire disclosure, the position terms used when describing such as clothes, such as " front ", " rear portion ", " lower part ", " top ", " outside ", " inside " etc., will be relative to by standing in anatomical location The clothes to be worn of imaginary wearer and the common meaning for being endowed them.Unless otherwise stated, such as " attached ", " connection Connect ", the terms such as " fixation " can mean using architectural difference, releasable adhesive, buckle, button, the hook between such as element Ring fastener etc. is releasedly attached together by two or more elements.These terms can also mean using for example stitching Two or more elements are permanently affixed to together by conjunction, combination, adhesive, welding etc..Unless otherwise stated, such as The terms such as " close to (proximate) " or " neighbouring (adjacent) " may mean the model in the 0cm to 5.0cm of specified reference point In enclosing.

First representative configuration method and the clothes produced by it

It is contemplated in terms of this paper a kind of logical using the non-woven polymer sheet material formation heat preservation of such as heat-insulated chemical fibre cotton sheet material The method of wind clothes.A kind of heat preservation ventilating clothes formed using non-woven polymer sheet material are also contemplated in terms of this paper.Such as exist Used in the entire disclosure, term " non-woven fleece (non-woven) " can be defined as fiber or silk by making material Material tangles and the cushion or laminated structure of formation.In in illustrative aspect, non-woven polymer sheet material may include single layer or more A layer.In addition, polymer material may include polyester fiber or silk material in illustrative aspect.Non-woven polymer sheet material is usual It is lightweight, but provides good heat preservation since hot-air (heated air) is trapped between the fiber of entanglement.

Turning now to Fig. 1, according to this paper in terms of provide heat preservation ventilating clothes the first exemplary structure exploded view. Exemplary structure 100 is poly- including at least the first flexible textile layer (first pliable textile layer) 110, nonwoven Close object sheet material 112 and the second flexible textile layer 114.In in all respects, the first textile layer 110 may include clothes towards Interior layer (that is, when clothes are worn, being configured to the layer of the body surface towards wearer) and the second textile layer 114 may include clothes face out layer (that is, when clothes are worn, be configured to away from wearer body surface simultaneously Towards the layer of external environment).First textile layer may include the second surface 118 of first surface 116 and opposing face, wherein the Two surfaces 118 are configured to the body surface when clothes are worn towards wearer.Second textile layer 114 may include 4th surface 126 on three surfaces 124 and opposing face, wherein third surface 124 is configured to the facing external when clothes are worn Environment.

In in illustrative aspect, the first textile layer 110 and the second textile layer 114 may include knitting, braiding Or the textile of nonwoven.In addition, the first textile layer 110 can be by material identical with the second textile layer 114 (for example, needle Knit or braided material) formed or layer 110 and 114 can be formed from different materials (that is, the first textile layer 110 can be Woven materials and the second textile layer 114 can be braided material, or vice versa).In in illustrative aspect, layer 110 And/or one or more in 114 can be located with durable hydrophobic processing (durable water repellant) (DWR) Reason, so that gained clothes are generally waterproof.For example, can use since the second textile layer 114 is the layer faced out DWR surfacing (a DWR finish) is handled.In addition, contemplating herein, the first textile layer 110 can be through surfacing To provide soft feeling or feel, so that the comfort level of wearer is improved, because the first textile layer 100 is configured to taking Dress is potentially in contact with the body surface of wearer when being worn.For example, the first textile layer 110 can be it is brushed, To assign the first textile layer 110 soft feeling.Any and all aspects and its any variations are envisioned for herein Aspect in.

It is contemplated herein, one or more in the first textile layer 110 and/or the second textile layer 114 can be with It is formed by the fabric (fabrics) with different weight.For example, layer 110 and/or 114 can be by light-weight fabric (89g/m²Extremely 30g/m²) or even Ultralight fabric (29g/m²Or lighter) formed.However, being contemplated herein heavier according to the aspect of this paper Fabric, such as weight is in 90g/m²To 149g/m²Or even 150g/m²To 250g/m²Or the fabric in more high scope can be used for layer 110 and/or 114.

Non-woven polymer sheet material 112 be shown as being positioned in the first textile layer 110 and the second textile layer 114 it Between.Contemplating non-woven polymer sheet material 112 herein may include any amount of different weight.Next, non-woven polymer piece Material 112 includes the 6th surface 122 on the 5th surface 120 and opposing face.In structure 100, the 5th surface 120 is adjacent to the second weaving 4th surface 126 of product layer 114 positions, and in structure 100, the 6th surface 122 adjacent to the first textile layer 110 first Surface 116 positions.

Shown non-woven polymer sheet material 112 eliminates a part to form opening or gap section 132.Exemplary In aspect, mechanical cutting processes, ultrasonic cutting, laser cutting, water jet cutting etc. is can be used to complete, in nonwoven in this Gap section 132 is formed in polymer sheet 112.In optional illustrative aspect, non-woven polymer sheet material 112 can be pre- It is configured to gap section 132.Any and all aspects and its any variations are envisioned in terms of this paper.To the greatest extent Pipe illustrates only a gap section 132, but contemplating non-woven polymer sheet material 112 herein may include multiple space parts Point.In addition, contemplating herein, gap section 132 may include any amount of different length, and can have different shapes Shape, the shape or organic shape (organic shapes) of such as curve.Any and all aspects and its any variations quilt It is envisioned in terms of this paper.

Structure 100 depicted in figure 1 further includes first adhesive material 128 and second adhesive material 130.In example Property aspect in, first adhesive material 128 and second adhesive material 130 may include adhesive tape, which is formed as having The corresponding shape of shape of the gap section 132 of being and not being spinning polymer sheet material 112.First adhesive material 128 and second Adhesive material 130 can be used at the gap section of non-woven polymer sheet material 112 132 by the first textile layer 110 it is fixed or It is integrated to the second textile layer 114.For example, first adhesive material 128 can be positioned on the first textile layer 110 and nothing Spinning polymer sheet material 112 can be positioned on the first textile layer 110, so that gap section 132 and first adhesive material 128 It is axially aligned.Second adhesive material 130 may also be located such that it is axially aligned with gap section 132, and second Textile layer 114 may be positioned such that neighbouring first textile layer 110.It is then possible to using gap section is being approximately corresponded to Two layers 110 and 114 are pressed together to activate adhesive material by enough power and/or energy applied in 132 region Material 128 and 130, to generate combination between two layers 110 and 114.Adhesive material 128 and 130 can be for example, by warm The energy of the application of amount or ultrasonic energy or any other type activates.By being spun in the first textile layer 110 and second Part non-woven polymer sheet material 112 is removed at the region that fabric layer 114 combines, and can form stronger combination.

Once the first textile layer 110 and the second textile layer 114 are combined together, seam is formed at bond area. In other words, seam is formed at the gap section of non-woven polymer sheet material 112 132, as will be discussed further below.This Text contemplates, and can be attached to the first textile layer 110 using only one of adhesive material 128 or 130 herein Second textile layer 114.Any and all aspects and its any variations are envisioned in terms of this paper.

Structure 100 further includes one or more optional perforation 134.In in illustrative aspect, perforation 134 is formed in pair The second textile layer 114 and the first textile layer 110 should be passed through in the region of gap section 132.In other words, perforation 134 It is formed in when the first textile layer 110 is attached or bonded to the second weaving at the gap section of non-woven polymer sheet material 112 132 The seam area generated when product layer 114.Such as mechanical cutting processes, knitting or weaving, laser can be used in perforation 134 The formation such as cutting, water jet cutting, ultrasonic cutting.As described above, perforation 134 can be used for the moisture for allowing to be generated by wearer Or excessive heat leaves clothes.

Turning now to Fig. 2, is generally indicated by number 200, show a part of the structure 100 according to the aspect of this paper Top perspective comprising the non-woven polymer sheet material 112 being located on the first surface 116 of the first textile layer 110.Such as It is upper described, first textile layer 110 is attached to the second textile layer at the gap section of non-woven polymer sheet material 112 132 Before 114, non-woven polymer sheet material 112 can be fixed to the first textile layer 110, to prevent non-woven polymer sheet material 112 from existing It is shifted during operation structure 100.For example, non-woven polymer sheet material 112 can be by that will define the perimeter edge of gap section 132 It sutures or adheres to (tacking) and be fixed to the first textile layer 110 to the first textile layer 110.This is by reference number 210 It indicates.The other methods that non-woven polymer sheet material 112 is fixed to the first textile layer 110 are contemplated herein, such as using viscous Mixture, combined process (bonding process), spot welding, melting process (melting process) etc..In addition, although by showing Out for fixed to the first textile layer 110, but herein it is contemplated that non-woven polymer sheet material 112 can be alternatively fixed to Second textile layer 114 is fixed to both the first textile layer 110 and the second textile layer 114.

Fig. 3 illustrates the top perspective of the structure 100 in assembled state of the aspect according to this paper；As shown , the second textile layer 114 is positioned adjacent to the first textile layer 110, so that the third surface 124 of the second textile layer 114 is sudden and violent Dew.Non-woven polymer sheet material 112 is positioned between the first textile layer 110 and the second textile layer 114.Non-woven polymer piece The gap section 132 of material 112 is represented by the dotted line.As described above, the first textile layer 110 is fixed or is tied at gap section 132 It closes to the second textile layer 114 to form seam 310.Perforation 134 extends through seam 310.In other words, according to the side of this paper Face, perforation 134 extend through the first textile layer 110 and the second textile layer 114 at seam 310.

The cross-sectional view according to the cutting line 4-4 along Fig. 3 of the aspect of this paper structure 100 intercepted is shown in Fig. 4. Because seam 310 is located at position corresponding with the gap section 132 of non-woven polymer sheet material 112, non-woven polymer Object sheet material 112 is not present in seam 310.However, three all layers --- the first textile layer 110, non-woven polymer piece Material 112 and the second textile layer 114 --- all it is present in the region of neighbouring seam 310.As further illustrated in Figure 4, it wears Hole 134 extends through the first textile layer 110 and the second textile layer 114 at seam 310.As made in the entire disclosure , the part of structure 100 including the first textile layer 110, non-woven polymer sheet material 112 and the second textile layer 114 can be with Referred to as chamber.For example, reference number 410 can indicate that first chamber and reference number 412 can indicate second chamber, Wherein first chamber 410 can divide boundary line with second chamber 412 by seam 310 or separate.

Turning now to Fig. 5 and Fig. 6, the forward sight with the clothes 500 of structure 100 of the aspect according to this paper is respectively illustrated Figure and rearview.Clothes 500 are shown in the form of housing, however other forms can be taken by contemplating clothes 500 herein, such as Shirt, pullover type connect cap shirt, vest, trousers, shorts, full body suit (body suit), socks, cap, shoes etc..Clothes 500 Including torso portion 510, which is configured to be in dress construction (as-worn when clothes 500 The preceding trunk and rear trunk of wearer are covered when configuration).Torso portion 510 may include optional releasable tight Firmware device 522 is such as used to open and closes the zipper of clothes 500.Torso portion 510 defines at least neck opening 516, waist Portion's opening 518 and the first sleeve opening and the second sleeve opening (not shown).Neck opening 516 then can be by clothes 500 Collar portion (collar portion) 520 define.Clothes can be optionally included in the first sleeve opening from trunk Divide 510 the first sleeve parts 512 extended, and the second sleeve part extended in the second sleeve opening from torso portion 510 Divide 514.

Some or all of clothes 500 may include referring to figs. 1 to structure 100 described in Fig. 4.For example, imagining herein , the entire torso portion 510 including collar portion 520 can be formed by structure 100.In certain aspects, the first sleeve part Points 512 and second sleeve part 514 can also be formed by structure 100.

It is contemplated herein, structure 100 can be used only in a part of clothes 500.For example, clothes 500 can be divided Area such as needs high heat preservation amount, medium heat preservation amount and the region for needing minimum living temperature amount at different regions.In illustrative aspect In, subregion can heat or sweat figure (heat or sweat maps) based on human body.Need the region of high heat preservation amount can be with Including such as the first sleeve part 512 and the second sleeve part 514.The region for needing medium supreme heat preservation amount may include for example The front of torso portion 510, and needing the medium region to minimum living temperature amount may include the back of such as torso portion 510. These positions are merely exemplary, and contemplating clothes 500 herein can subregion in different ways.

Next, needing the region of high heat preservation amount can be formed by structure 100, but the non-woven polymer in these regions Sheet material 112 can not include gap section.On the contrary, the non-woven polymer of continuous bulk zone (continuous expanse) Sheet material 112 can be positioned between the first textile layer 110 and the second textile layer 114, to provide higher levels of heat preservation.Cause This, contemplates that need the region of higher heat preservation can not include seam herein, such as seam 310, and can not include perforation, all Such as perforate 134.

Needing the region of medium heat preservation amount can be formed by structure 100, and wherein non-woven polymer sheet material 112 includes space part Point, and the first textile layer 110 and the second textile layer 114 are combined together at the position for corresponding to gap section, with Generate one or more seams.By having gap section in that region, with the nonwoven with continuous bulk zone Polymer sheet is compared, and lower heat preservation amount may be implemented.The perforation of such as perforation 134 can be formed in some or all of connect It sews on, to assign 500 increased permeability (permeability) of clothes and gas permeability in that region.

Needing the region of minimum living temperature amount can also be formed by structure 100.It, can be in that region in illustrative aspect Form increased number of seam and/or greater number of seam may include perforation, with obtain higher levels of permeability and thoroughly Gas.Alternatively, it is required that the region of minimum living temperature amount can also be formed in the case where not using structure 100.For example, these areas Domain can not include non-woven polymer sheet material 112, but can only include the first textile layer 110 and the second textile layer 114, Only include layer 110 or 114 in one or these regions may include different textiles, such as, such as bigger infiltration The Web materials (mesh material) of permeability and gas permeability.Any and all aspects and its any variations are envisioned for In in terms of this paper.

In particular with reference to clothes 500 shown in Fig. 5, clothes 500 include multiple seams, and wherein seam indicates the first weaving Product layer 110 is bonded or affixed to the region of the second textile layer 114 at the gap section of non-woven polymer sheet material 112.For example, Before seam 528 can be located at torso portion 510 at the first lateral surface (first lateral side) of torso portion 510 On portion face (front aspect), seam 536 can be located at torso portion at the second opposite lateral surface of torso portion 510 On 510 forward face and seam 524 and 526 can be located on the forward face of collar portion 520.Although seam 526,528 and 536 are shown as perforating, but contemplate in seam 526,528 and 536 herein one or more can not be perforated.

The feature of the perforation 531 in seam 536 is shown in Fig. 5.In in illustrative aspect, perforation 531 be can wrap Include many different shape and size.As shown, perforation 531 may include the perforation of larger size and wearing for smaller size The alternating pattern in hole.In addition, perforation 531 can be extended continuously along seam 536 as shown, or perforation 531 can edge Seam 536 intermittently place.As further shown in the close-up illustration of seam 536, seam 536 can be optionally with seam 532 are closed to reinforce.Suture 532 can an edge along seam 536 or two edges along seam 536.Any sum All aspects and its any variations are envisioned in terms of this paper.

Seam 524 and 526 on the collar portion 520 of clothes 500 includes the seam and imperforated seam of perforation.Example Such as, seam 524 is imperforated and seam 526 is perforation.There is the seam of perforation at collar portion 520 and do not wear The seam in hole can help to provide medium heat preservation amount, while still assign the ventilative characteristic of collar portion 520 and permeable characteristic.

Compared with the front of clothes 500, the rear portion of clothes 500 as shown in Figure 6 may include the seam of different pattern. For example, seam 618 can be located at first lateral surface at the rear portion of torso portion 510, after seam 620 can be located at torso portion 510 In the top at the rear portion that opposite second lateral surface and another set seam 612 and 614 in portion can be located at torso portion 510 Centre.Seam 610 can also be located on collar portion 520.Similar to be located at torso portion 510 front seam, seam 610, 612, it some or all of 614,618 or 620 can be perforated.

In in illustrative aspect, open-ended chamber can be formed between neighbouring seam.For example, with reference to Fig. 6, it can To form open-ended chamber 616 between seam 612 and seam 614.Chamber 616 is by seam 612 and 614 along two sides circle It is fixed, but be not defined or open in each opposite end.Due to non-woven polymer sheet material 112 cohesion or entirety Structure can produce open-ended chamber, such as chamber 616.In other words, if not with such as loose filler or natural feather Difference may then be escaped from chamber by being closed, and due to the non-woven constructions of polymer sheet 112, polymer sheet 112 need not It is closed in the chamber (four-sided chamber) at such as four sides.In addition, can be produced using non-woven polymer sheet material 112 Raw chamber, such as chamber 617 are oriented in vertically or diagonally on clothes 500.Using with such as loose filler or natural feather Vertical or diagonally oriented chamber may be challenging because these materials have the trend sunk due to gravity.

The joint pattern gone out shown on front and rear in clothes 500 is merely exemplary, and is contemplated herein, root Different joint patterns can be used in terms of according to this paper.Furthermore, it is contemplated that when forming sleeve part using structure 100 When dividing 512 and 514, may exist seam on sleeve part 512 and 514.It is shown in association with the seam on clothes 500 Perforation pattern is also exemplary, and herein it is contemplated that different perforation patterns can be used in terms of according to this paper.Appoint What and all aspects and its any variations are envisioned in terms of this paper.

It is also using the forward sight of the clothes 700 formed according to the structure 100 for the use of this paper that Fig. 7 and Fig. 8, which is respectively illustrated, Figure and rearview.Clothes 700 are the forms of shorts, although contemplating clothes 700 herein can be in trousers, seven-tenths trousers, Kapp The form of trousers, panty girdle (tight) etc..Clothes 700 include torso portion 710, the first Leg portion 712 and the second Leg portion 714, torso portion 710 is suitable for covering the lower trunk of wearer when clothes 700 are worn.Torso portion 710 is together with the first leg Portion part 712 and the second Leg portion 714 facilitate at least partly to define waist opening 716, the first leg opening 718 together With the second leg opening 720.

Similar to clothes 500, clothes 700 can be configured to provide different heat preservations in the different piece of clothes 700 It is horizontal.This can heat or sweat figure based on human body.For example, being suitable for covering wearer's front thigh area in clothes 700 Bigger heat preservation amount may be needed in the region in domain, and may be needed on the rear portion of the torso portion 710 of clothes 700 lower Heat preservation amount.In this way, the structure in the different piece of clothes 700 can be different, to include the non-woven polymer of not gap section Object sheet material, the non-woven polymer sheet material with gap section, non-woven polymer sheet material and/or clothes with gap section and perforation Fill 700 do not include non-woven polymer sheet material part.

As stated, clothes 700 can be formed by structure 100.In this way, some or all of clothes 700 may include First textile layer 110, non-woven polymer sheet material 112 and the second textile layer 114.One of non-woven polymer sheet material 112 or More parts can be removed to form gap section, all gap sections 132 as shown in figure 1.With reference to Fig. 7,722 He of seam 724 can be formed in region corresponding with the gap section of non-woven polymer sheet material 112.In in illustrative aspect, seam 722 can be located on the forward face of the first Leg portion 712, and seam 724 can be located at the front of the second Leg portion 714 On face.Although seam 722 and 724 is shown as including perforation, contemplate herein one in seam 722 and/or 724 or More can not include perforation.Both seam 722 and 724 is shown as close to vertically-oriented, however contemplate it herein He orients.

With reference to Fig. 8, which depict the rearview of clothes 700, clothes 700 can further comprise being located in rear knee area Seam 810 on the rear of the second Leg portion 714 at (posterior knee region), and it is located behind knee Seam 812 on the rear of the first Leg portion 712 at cover area.Seam 814 can also be located at the neighbour of torso portion 710 On the rear (posterior aspect) of nearly waist opening 716.As shown, some in seam 810,812 and 814 It is perforated, and some is not had.

The placement of seam and pattern are merely exemplary on clothes 700, and contemplate other patterns herein.In addition, institute The perforation pattern of the clothes 700 shown is merely exemplary, and contemplates other perforation patterns herein.It is any and all Aspect and its any modification are envisioned in this context.

The seam of shown clothes 500 and 700 is generally shown to linear.However, it is contemplated that this More organic or curve shape can be presented in the seam of text description.Fig. 9 A and Fig. 9 B illustrate this aspect.For example, in Fig. 9 A Seam 910 includes wave-like form, and the seam 912 in Fig. 9 B includes almost circular component.Seam 912 can define at least portion The chamber divided.As shown, organic or curve joint pattern can be used for defining such as chamber, with more conventional horizontal orientation Linear edge chamber compare, which also has more organic or curve shape.In this aspect of the invention, chamber 913 is by one A jointing line defines, and can have an open end.Fig. 9 A and Fig. 9 B are further illustrated positioned at seam 910 and 912 On perforation.

It provides description according to the aspect of this paper turning now to Figure 10 and uses non-woven polymer sheet material or heat-insulated filler piece Material forms the flow chart of the illustrative methods 1000 of heat preservation ventilating clothes.In step 1010, the first piece of material is provided, such as First textile layer 110, and in step 1012, provide the second piece of material, such as the second textile layer 114.In example Property aspect in, the first piece of material and the second piece of material may include the textile of knitting flexible, braiding or nonwoven.

In step 1014, heat-insulated filling sheet material, such as non-woven polymer sheet material 112 are provided, wherein heat-insulated filling sheet material Including one or more gap sections or opening, each gap section or opening are defined by perimeter edge.It is exemplary at one In aspect, gap section can spray cutting by using such as mechanical cutting processes, laser, water jet is cut, ultrasonic wave is cut The selected part of the heat-insulated filling sheet material of removal such as cut to be formed.It can be from the part that heat-insulated filling sheet material removes based on for example pre- Determine pattern.In alternative illustrative aspect, heat-insulated filling sheet material can be pre-formed into gap section.

In step 1016, heat-insulated filling sheet material is fixed to one in the first piece of material and/or the second piece of material It is a or more.In in illustrative aspect, this can be for example, by that will define the circumference of each of opening or gap section Edge adheres to or is sewn onto the first piece of material and/or the second material piece and occurs.It contemplates herein and consolidates heat-insulated filling sheet material Determine to the first piece of material and/or the other modes of the second piece of material, uses adhesive, combination, spot welding etc..

In step 1018, the first piece of material and the second piece of material are positioned adjacent to each other, so that heat-insulated filler piece Material is between the first sheet stock and the second sheet stock.In step 1020, the first piece of material and the second piece of material with it is heat-insulated It is fixed to one another in the corresponding region of opening or gap section in filling sheet material to form seam.In in illustrative aspect, this It can be realized by providing the adhesive material of such as adhesive sheet (adhesive sheet), the adhesive material is by shape It is with shape corresponding with the shape of opening in heat-insulated filling sheet material at (such as cutting).Adhesive material is positioned in Between first piece of material and the second piece of material so that its with it is heat-insulated filling sheet material in it is corresponding be open or gap section pair It is quasi-.Adhesive material is activated by applying such as heat, light, ultrasonic wave, pressure in the region for corresponding to opening, it will First piece of material is integrated to the second piece of material.For every in the opening being formed in heat-insulated filling sheet material or gap section One contemplates similar technique.In step 1022, coupling unit (bonded described above is at least used Assembly clothes) are formed.

Other method and step is contemplated herein.For example, except through the heat preservation property for using heat-insulated filling sheet material to provide Except, perforation can pass through some or all of seam and be formed to assign clothes gas permeability characteristic.Be contemplated herein, with The seam formed in the corresponding region of opening or gap section in heat-insulated filling sheet material can be reinforced by suturing.Method The list of step 1000 is merely exemplary, and contemplate herein these steps can with other sequence carry out, unless otherwise Explanation.

The another exemplary building method imagined herein includes using the non-woven polymer sheet material for not having gap section.It changes Sentence is talked about, and non-woven polymer sheet material includes continuous bulk zone, without opening formed therein or gap section.Nonwoven Polymer sheet is positioned in the first textile layer and the second textile layer (the first textile layer 110 of such as Fig. 1 and the second spinning Fabric layer 114) between.However, not as described in reference configuration 100, it will at the gap section of non-woven polymer sheet material First layer and the second layer are directly joined together, but the first textile layer and second are weaved in one or more regions Product layer and non-woven polymer sheet material are combined together to form seam.About this aspect, can choose for non-woven polymer The material of object sheet material, so that it melts and/or serve as adhesive when applying activation for example, by heat or energy.Herein into one Step contemplates, and other adhesive material can be used to further enhance the first textile layer and the second textile layer and nonwoven Combination between polymer sheet.Therefore, in this aspect of the invention, seam region will include the first textile layer, non-woven polymer Sheet material and the second textile layer.Any and all aspects and its any variations are envisioned in terms of this paper.

As described, a kind of use non-woven polymer sheet material (such as heat-insulated chemical fibre cotton sheet material) shape is related in terms of this paper At the method for heat preservation ventilating clothes.A kind of heat preservation ventilating clothes formed using non-woven polymer sheet material are further related in terms of this paper Dress.A kind of economic and efficient production method is provided using non-woven polymer sheet material, and raw using such structure The clothes of production may include organic or curved chamber, these chambers can be positioned on clothes to provide and targetedly protect Mild ventilation feature.

Second representative configuration method and the clothes produced by it

A kind of section using non-woven polymer material is also contemplated in terms of this paper or band forms heat preservation ventilating clothes Method.The heat preservation ventilating clothes that a kind of section using non-woven polymer material or band are formed are also contemplated in terms of this paper Dress.As used in the entire disclosure, the term " band " of non-woven polymer material or " section " can be defined as being used in The discrete or discrete part of non-woven polymer material in the structure of clothes, wherein neighbouring non-woven polymer material Discrete segment can be separated by seam, as described below.In certain aspects, which can take narrow nonwoven poly- The form for closing object material piece (for example, piece that its width is less than its length), is hereinafter referred to as non-woven polymer material " band ".However, contemplating herein, term " section " can also cover other geometries, such as rectangular non-woven polymer It is material piece, the non-woven polymer material piece of rectangle, the non-woven polymer material piece of circle or triangle, curved or organized The non-woven polymer material piece etc. of ground forming.Similar to above-mentioned, when non-woven polymer material section is integrated in clothes, by Between the fiber that the air of heating is trapped within entanglement, therefore non-woven polymer material section can provide good heat preservation, together When be still lightweight.

The second exemplary structure 1100 of heat preservation ventilating clothes is provided according to the aspect of this paper turning now to Figure 11 Exploded view.Structure 1100 includes the first flexible textile layer 1110, the second flexible textile layer 1114 and non-woven polymer material Section 1112.In in illustrative aspect, the first textile layer 1110 may include first surface 1116 and opposite second surface 1118 and second textile layer 1114 may include third surface 1120 and the 4th opposite surface 1122.When structure 1100 When being used in clothes, the third surface 1120 of the second textile layer 1114 may include facing out for clothes or clothes sheet stock The second surface 1118 of surface and the first textile layer 1110 may include the inward-facing surface of clothes or clothes sheet stock.

In in illustrative aspect, the first textile layer 1110 can have similar pattern shape with the second textile layer 1114 Shape.However, it may include different pattern forms that the first textile layer 1110 and the second textile layer 1114, which has been contemplated herein,. For example, the first textile layer 1110 can have the pattern form including the surface area smaller than the second textile layer 1114.In order to It describes in different ways, the first textile layer 1110 can be made at one or more regions of the second textile layer 1114 The second textile layer 1114 is applied to for section or " sticking patch (patches) ".Therefore, the first textile layer used herein 1110 and second the described heat preservation feature of textile layer 1114 and non-woven polymer material section 1112 can be bonded to At one or more discrete portions of clothes or article of apparel.It further discusses to this below with reference to Figure 13.

Similar to structure 100, the first textile layer 1110 and the second textile layer 1114 may include knitting, braiding or nothing The textile of spinning.In addition, the first textile layer 1110 can be by material identical with the second textile layer 1114 (for example, knitting Or braiding material) formed or layer 1110 and 1114 can be formed from different materials (that is, the first textile layer 1110 can To be woven materials, and the second textile layer 1114 can be braided material, or vice versa).In in illustrative aspect, layer One or more in 1110 and/or 1114 can be handled with durable hydrophobic processing (DWR), so that gained clothes are substantially On be fluid-tight.For example, the second textile layer 1114 can be located because it is the layer faced out with DWR surfacing Reason.In addition, the first textile layer 1110 can be through surfacing, so that it has soft feeling or feel.Surfacing can To include 1118 napping of second surface for example to the first textile layer 1100.Any and all aspects and its any variations It is envisioned in terms of this paper.

It is contemplated herein, one or more in the first textile layer 1110 and/or the second textile layer 1114 can To be formed by the fabric with different weight.For example, layer 1110 and/or 1114 can be by light-weight fabric (89g/m²To 30g/m²) Or even Ultralight fabric (29g/m²Or lighter) formed.However, heavier fabric is contemplated according to the aspect of this paper herein, Such as weight is in 90g/m²To 149g/m²Or even 150g/m²To 250g/m²Or the fabric in more high scope can be used for layer 110 and/or 114.

Non-woven polymer material section 1112 is shown as having curved ribbon shape.However, contemplating nothing herein Spinning polymer material section 1112 may include shape different as described above.Non-woven polymer material section 1112 goes back quilt It is shown positioned between the first textile layer 1110 and the second textile layer 1114.More specifically, non-woven polymer material sections Section 1112 is shown as being located in the 4th table of the first surface 1116 of the first textile layer 1110 and the second textile layer 1114 Between face 1122.

Similar to the non-woven polymer sheet material 112 in Fig. 1, due to being for example used to form non-woven polymer material section 1112 Fibre matting, non-woven polymer material section 1112 is envisioned for coherent structure or overall structure.In illustrative aspect In, it can be used such as mechanical cutting processes, laser cutting, ultrasonic cutting, water jet cutting from non-woven polymer sheet material Cut non-woven polymer material section 1112.In other illustrative aspects, non-woven polymer material section 1112 can be formed For with shown shape.Any and all aspects and its any variations are envisioned in terms of this paper.

Structure 1100 further includes first adhesive material 1124 and second adhesive material 1126.In in illustrative aspect, First adhesive material 1124 and second adhesive material 1126 may include adhesive tape, which is formed with and nothing The shape that the shape of spinning polymer material section 1112 is generally corresponding to.First adhesive material 1124 and second adhesive material 1126 can be used for the first textile layer 1110 being integrated to the second textile layer 1114.

For package assembly 1100, non-woven polymer material section 1112 can be fixed to the of the first textile layer 1110 One surface 1116, and first adhesive material 1124 and second adhesive material 1126 can neighbouring first textile layers 1110 First surface 1116 on non-woven polymer material section 1112 position.More specifically, first adhesive material 1124 and Two adhesive materials 1126 can be on the opposite side of non-woven polymer material section 1112, neighbouring non-woven polymer material sections Section 1112 is located on the first surface 1116 of the first textile layer 1110.As used in terms of this, term is " adjacent Can closely " it refer in the 0.0mm to 20.0mm away from the edge of non-woven polymer material section 1112.Then, the second textile layer 1114 the 4th surface 1122 can be positioned adjacent to the first surface 1116 of the first textile layer 1110.It can use generally Enough power and/or energy applied in region corresponding to adhesive material 1124 and 1126 are by two layers 1110 and 1114 It is pressed together to activate adhesive material 1124 and 1126, and causes the combination between two layers 1110 and 1114.Adhesive Material 1124 and 1126 can be activated by heat or ultrasonic energy or the energy of any other type applied.It is tying In structure 1100, the first textile layer 1110 and the second textile layer 1114 are in the area for corresponding to non-woven polymer material section 1112 It is not attached or unbonded in domain.

Once the first textile layer 1110 and the second textile layer 1114 are combined together, are then formed and connect at bond area Seam.In other words, seam is formed at the region for corresponding to first adhesive material 1124, and is corresponding to second adhesive Seam is formed at the region of material 1126.It contemplates herein, instead of by first adhesive material 1124 and second adhesive material 1126 position adjacent to the first textile layer 1110, and adhesive material 1124 and 1126 can be fixed adjacent to the second textile layer 1114 Position.It is contemplated herein, other adhesive material can be used by the first textile layer 1110 and the second textile layer 1114 It is combined together in the region of neighbouring non-woven polymer material section 1112.Any and all aspects and its any variations It is envisioned in terms of this paper.

Structure 1100 further includes one or more optional perforation 1134 and 1136.In in illustrative aspect, perforation 1134 can be made as passing through the second textile layer 1114 and first in the region for corresponding to second adhesive material 1126 Textile layer 1110, and perforate and 1136 can be made as passing through the in the region for corresponding to first adhesive material 1124 Two textile layers 1114 and the first textile layer 1110.In other words, perforation 1134 is formed in when the first textile layer 1110 makes The seam area generated when being attached or bonded to the second textile layer 1114 with second adhesive material 1126.And it perforates 1136 are formed in and ought use first adhesive material 1124 that first textile layer 1110 is attached or bonded to the second textile layer The seam area generated when 1114.Perforation 1134 and 1136 can be used such as mechanical cutting processes, knitting or weaving, The formation such as laser cutting, water jet cutting, ultrasonic cutting.As stated above, perforation 1134 and 1136 can be used for allowing The moisture or excessive heat generated by wearer leaves clothes.

Figure 12 A is gone to, is generally indicated by number 1200, shows a part of the structure 1100 according to the aspect of this paper Top perspective, which includes the non-woven polymer material being located on the first surface 1116 of the first textile layer 1110 Section 1112.As described above, first is being spun using first adhesive material 1124 and second adhesive material 1126 Fabric layer 1110 is attached to before the second textile layer 1114, non-woven polymer material section 1112 can be fixed to first and spun Fabric layer 1110, to prevent from shifting in operation 1100 period of structure non-woven polymer material section 1112.In an exemplary side In face, this can by along the non-woven polymer material section 1112 indicated by reference number 1210 perimeter edge attachment or Non-woven polymer material section 1112 is sutured to complete.However, contemplating herein non-woven polymer material section 1112 is fixed To the other modes of the first textile layer 1110, adhesive, combination, spot welding etc. are used.It is contemplated herein, instead of by nothing Spinning polymer material section 1112 is fixed to the first textile layer 1110, it can be fixed to the second textile layer 1114 or solid Determine to both the first textile layer 1110 and the second textile layer 1114.Any and all aspects and its any variations are set Want in terms of this paper.

Figure 12 B illustrates the top perspective of the structure 1100 in assembled state of the aspect according to this paper.As shown Out, the second textile layer 1114 is positioned adjacent to the first textile layer 1110, so that the third surface of the second textile layer 1114 1120 exposures.Non-woven polymer material section 1112 is located between the first textile layer 1110 and the second textile layer 1114, As indicated by the dashed line.As discussed, the first textile layer 1110 and the second textile layer 1114 are viscous corresponding to second At first seam 1310 of mixture material 1126 and corresponding to being tied each other at the second seam 1312 of first adhesive material 1124 It closes or fixed.It contemplates herein, in addition at seam 1310 and 1312, the first textile layer 1110 and the second textile layer 1114 It can usually be not fixed or not attach each other.Seam 1310 and 1312 positions and determines adjacent to non-woven polymer material section 1112 Position helps to define comprising non-woven polymer material section 1112 on the opposite side of non-woven polymer material section 1112 Chamber 1314.In order to describe in different ways, chamber 1314 limited at least two sides by seam 1310 and 1312 or It defines, but can not be defined by seam (that is, it is open ended chamber 1314) in the end of chamber 1314.Due to nonwoven The cohesion or overall structure of polymer material section 1112, thus formed open ended chamber (such as chamber 1314) be it is possible, This with may need to be completely enclosed in chamber with prevent offset loose filling material in contrast.

Figure 12 B further illustrates optional perforation 1134 and 1136.Perforation 1134 be located at the first seam 1310 and The first textile layer 1110 and the second textile layer 1114 extended through in this region.Similarly, perforation 1136 is located in Extend through at second seam 1312 and in this region the first textile layer 1110 and the second textile layer 1114.

As described above, contemplate herein the first textile layer 1110 can have it is different from the second textile layer 1114 Pattern form so that the first textile layer 1110 have the surface area smaller than the second textile layer 1114.This shows in Figure 13 Out, it is generally indicated by number 1300, which depict the bottom perspective views of the alternative configuration of structure 1100, wherein the first weaving Product layer 1110 has the pattern form different from the second textile layer 1114.In this aspect of the invention, the first textile layer 1110 by Perimeter edge 1352,1354,1356 and 1358 defines, and the surface area of the first textile layer 1110 is less than the second textile layer 1114 surface area.In addition to combining at seam 1310 and 1312 fixed to the second textile layer 1114, the first textile layer 1110 can also be fixed to the second textile 1114 along its perimeter edge 1352,1354,1356 and 1358.This can be by making With adhesive seam connecting belt (adhesive seam tape), combination, suture, welding etc..In in illustrative aspect, the first textile The rest part of layer 1110 can keep not being attached to the second textile layer 1114.

Construction shown in Figure 13 is made it possible in multiple portions of the clothes formed using such as the second textile layer 1114 Forming heat preservation and ventilation section respectively.For example, the second textile layer 1114 can be used to form the clothes of such as shirt.Need compared with In the region of high heat preservation amount, the section of the first textile layer 1110 can be used for being formed structure 1100 shown in Figure 11.Pass through Limitation uses the region of the first textile layer 1110, the lighter structure of weight may be implemented, while still having required heat preservation Feature.

Next, showing the structure of the cutting line 14-14 interception along Figure 12 B in Figure 14 according to the aspect of this paper 1100 cross-sectional view.Seam 1310 and 1312 is shown as the neighbouring chamber 1314 comprising non-woven polymer material section 1112 Positioning.In other words, chamber 1314 includes the first textile layer 1110, non-woven polymer material section 1112 and the second textile Layer 1114.As shown, seam 1310 and 1312 only includes the first textile layer 1110 and the second textile layer 1114.Perforation 1134 are shown as extending through the first textile layer 1110 and the second textile layer 1114 at seam 1310, and perforation 1136 are shown as extending through the first textile layer 1110 and the second textile layer 1114 at seam 1312.

Although shown structure 1100 includes a non-woven polymer material section 1112, contemplate, ties herein Structure 1100 may include multiple non-woven polymer material sections, wherein each section passes through seam and neighbouring non-woven polymer material Material segment segregation is opened, and wherein seam may include optionally perforating.Any and all aspects and its any variations are conceived to In in terms of this paper.

Figure 15 is gone to, according to the aspect of this paper, shows the front view of the clothes 1500 with structure 1100.Clothes 1500 It is shown in the form of housing, however other forms can be taken by contemplating clothes 1500 herein, such as shirt, pullover type connects cap Shirt, vest, trousers, shorts, full body suit, socks, cap, shoes etc..Clothes 1500 include torso portion 1510, the trunk 1510 are divided to be configured to cover the preceding trunk and rear trunk of wearer when clothes 1500 are in dress construction.Torso portion 1510 It may include optional releasable fastener mechanism 1511, be such as used to open and close the zipper of clothes 1500.Torso portion 1510 define at least neck opening 1516, waist opening 1518 and the first sleeve opening and the second sleeve opening (not shown). Neck opening 1516 can then be defined by collar portion.Clothes 1500 can be optionally included in the first sleeve opening from body Stem portion 1510 extend the first sleeve part 1512, and extend in the second sleeve opening from torso portion 1510 second Sleeve part 1514.

Some or all of clothes 1500 may include the structure 1100 shown in Figure 11 to Figure 14.For example, this The entirety that text contemplates torso portion 1510 can be formed by structure 1100.In certain aspects, 1512 He of the first sleeve part Second sleeve part 1514 can also be formed by structure 1100.

Similar to clothes 500, structure 1100, which has been contemplated herein, can be used only on the part of clothes 1500.For example, clothes Different regions can be partitioned by filling 1500, such as needed the region of high heat preservation amount, the region of medium heat preservation amount and needed low The region of heat preservation amount.

Next, needing high heat preservation amount to the region of medium heat preservation amount that can be formed by structure 1100.However, in these areas The seam formed in domain can not perforated.Needing the region of minimum living temperature amount can also be formed by structure 1100.These regions In seam can be perforated, to increase the permeability and gas permeability in these regions.Alternatively, structure can not used The region for needing minimum living temperature amount is formed in the case where 1100.For example, these regions can not include non-woven polymer material section 1112, but can only include the first textile layer 1110 and the second textile layer 1114, only include in layer 1110 or 1114 One or these regions may include different textiles, such as, such as the Web materials of bigger permeability and gas permeability. Any and all aspects and its any variations are envisioned in terms of this paper.

Referring in particular to clothes 1500, clothes 1500 include many a seams, are located at trunk such as on the first lateral surface The seam 1520 and seam 1522 of the upper side (upper aspect) of part 1510, and on the second opposite lateral surface Positioned at the seam 1526 and 1528 of the upper side of torso portion 1510.In optional aspect, 1520,1522,1526 and of seam 1528 can be reinforced by suturing.Suture can be along an edge of seam 1520,1522,1526 and 1528, Huo Zheyan Two edges of seam 1520,1522,1526 and 1528.Any and all aspects and its any variations are envisioned for In the aspect of this paper.

In in illustrative aspect, seam 1520 and seam 1522 define the first chamber including non-woven polymer material section 1524, and seam 1526 and seam 1528 define the second chamber 1530 including another non-woven polymer material section.Chamber Room 1524 and 1530 is shown as being defined on two sides by seam, but is unlimited in every an end portion.Seam 1520, 1522, it some or all of 1526 and 1528 can be perforated.For example, seam 1520 and 1526 is shown as including perforation 1532.Similar to the perforation discussed about clothes 500, perforation 1532 may include different sizes, shape, and can edge Seam 1520 and 1526 continuously or intermittently formed.Any and all aspects and its any variations are envisioned for herein Aspect in.

Although seam 1520,1522,1526 and 1528 and chamber 1524 and 1530 are shown as generally horizontal determining To, but contemplate herein, clothes 1500 may include having roughly vertical orientation or presenting more curved or have The seam and chamber of machine shape (exemplary shape shown in such as Fig. 9 A and Fig. 9 B).In addition, seam shown in Figure 15 1520,1522,1526 and 1528 and the placement of chamber 1524 and 1530 be merely exemplary, and contemplate other figures herein Case, the pattern of all clothes 500 as shown in Figure 5.Although it is not shown, also contemplating the rear portion of clothes 1500 also can wrap Include seam, chamber and/or perforation.For example, the rear portion of clothes 1500 can have and the seam of clothes 500, chamber shown in Fig. 6 The similar seam of the pattern of room and/or perforation, chamber and/or the pattern of perforation.Any and all aspects and its any Modification is envisioned in terms of this paper.

Figure 16 illustrates the front view for the clothes 1600 of the aspect according to this paper formed using structure 1100.Clothes 1600 It is the form of shorts, however contemplates herein, clothes 1600 can be the shape of trousers, seven-tenths trousers, Capri pants, panty girdle etc. Formula.Clothes 1600 include torso portion 1610, the first Leg portion 1612 and the second Leg portion 1614, and torso portion 1610 is suitable In the lower trunk for covering wearer when clothes 1600 are worn.Torso portion 1610 is together with the first Leg portion 1612 and second Leg portion 1614, which facilitates at least partly to define waist opening 1616, the first leg opening 1618 and the second leg together, to be opened Mouth 1620.

Similar to the clothes 700 of Fig. 7 and Fig. 8, clothes 1600 can be configured to above mention in the different piece of clothes 1600 It is horizontal for different heat preservations.In this way, the structure in the different piece of clothes 1600 can be different, to include with non-woven polymer The region of material section, the seam with perforation, the seam that do not perforate, does not have the region without non-woven polymer material section Seam etc..

As shown in Figure 16, clothes 1600 include the seam 1622 and 1624 on the first Leg portion 1612, so that When clothes 1600 are worn, femoral region is positioned before seam 1622 and 1624 is configured to the right side of neighbouring wearer.Seam 1622 and 1624 at least partly define the chamber 1626 including non-woven polymer material section.Similarly, clothes 1600 also wrap The seam 1628 and 1630 being located on the second Leg portion 1614 is included, so that when clothes 1600 are worn, 1628 He of seam The 1630 left front femoral regions for being configured to neighbouring wearer position.It is some or complete in seam 1622,1624,1628 and 1630 Portion can perforate.For example, seam 1624 and seam 1630 are shown as including perforation in Figure 16.

Although seam 1622,1624,1628 and 1630 and chamber 1626 and 1632 are shown as generally horizontal determining To, but contemplate seam 1622,1624,1628 and 1630 herein and chamber 1626 and 1632 can present and more vertical determine To or they can present it is more curved or organic in terms of.In addition, seam 1622 shown in Figure 16,1624, 1628 and 1630 and the placement of chamber 1626 and 1632 be merely exemplary, and contemplate other patterns, such as Fig. 7 herein Shown in clothes 700 pattern.Although being not shown, however it is envisaged that, the rear portion of clothes 1600 also may include seam, chamber Room and/or perforation.For example, the rear portion of clothes 1600 can have with the seam of clothes 700, chamber shown in Fig. 8 and/or The similar seam of perforation pattern, chamber and/or perforation pattern.Any and all aspects and its any variations are envisioned for In in terms of this paper.

Figure 17 is gone to, according to the aspect of this paper, provides the section using non-woven polymer material or thermo insulating filling material Or band forms the flow chart of the illustrative methods 1700 of heat preservation ventilating clothes.In step 1710, the first piece of material is provided, Such as the first textile layer 1110, and in step 1712, the second piece of material, such as the second textile layer 1114 are provided. In in illustrative aspect, the first piece of material and the second piece of material may include knitting, braiding or the weaving of nonwoven flexible Product.

In step 1714, thermo insulating filling material section, such as non-woven polymer material section 1112 are provided.Heat-insulated filling Material section can be cut down from thermo insulating filling material sheet material or thermo insulating filling material section can be formed to have knot Specific shape needed for structure.

In step 1716, thermo insulating filling material section is located between the first piece of material and the second piece of material. In in illustrative aspect, thermo insulating filling material section can be by suturing thermo insulating filling material section or attached along its perimeter edge Be fixed to the first piece of material and/or the second piece of material to sheet stock.It is contemplated herein by thermo insulating filling material section Other modes fixed to the first piece of material and/or the second piece of material, use adhesive, combination, spot welding etc..

In step 1718, the first piece of material and the second piece of material are positioned adjacent to each other, so that heat-insulated filling Material section between or be located between the first sheet stock and the second sheet stock.In step 1720, the first piece of material and the second material Tablet material is fixed to one another to form seam in the region neighbouring with thermo insulating filling material section.In in illustrative aspect, this can To be realized by the adhesive material for providing such as adhesive sheet, be formed (such as cutting) be with heat-insulated filling The corresponding shape of the overall shape of material section.Adhesive material be positioned in the first piece of material and the second piece of material it Between, so that it is positioned adjacent to one or more edges of thermo insulating filling material section.By with thermo insulating filling material section Apply such as heat, light, ultrasonic wave, pressure in neighbouring region and activate adhesive material, by the first piece of material knot It closes to the second piece of material.For other thermo insulating filling material section, it is contemplated to similar technique.In step 1722, until Clothes are formed using coupling unit described above less.

Other method and step is contemplated herein.For example, except through the heat preservation for using thermo insulating filling material section to provide Except characteristic, some or all seams can be passed through to form perforation, to assign clothes gas permeability characteristic.It is contemplated herein, The seam formed in the region neighbouring with thermo insulating filling material section can use suture to reinforce.The column of method and step 1700 Table is merely exemplary, and contemplating these steps herein can be with other sequence progress, unless otherwise indicated.

As described, a kind of non-woven polymer material section shape using such as chemical fibre cotton material is related in terms of this paper At the method for heat preservation ventilating clothes.A kind of heat preservation ventilating formed using non-woven polymer material section is further related in terms of this paper Clothes.A kind of economic and efficient production method is provided using non-woven polymer material section, and using such The clothes of structure production may include in an organized way shape or curved chamber, these chambers can be positioned on clothes, To provide targetedly heat preservation and ventilation feature.

The aspect of the disclosure is described for illustrative and not restrictive purpose.Do not depart from disclosure range can Alternative aspect will be apparent those skilled in the art.Without departing from the scope of the invention, those skilled in the art Member can develop the substitutability means for realizing aforementioned improved.

It will be appreciated that certain features and sub-portfolio have practicability and can not be related to other features and sub-portfolio In the case where be used, and be conceived to come within the scope of the following claims.All steps listed in not each figure all need It to be executed according to described particular order.

Claims

1. a kind of method for making warmth-retaining clothing, which comprises

First piece of material is provided；

Second piece of material is provided；

Thermo insulating filling material section is provided；

The thermo insulating filling material section is located in first piece of material；

Second piece of material is positioned, so that the thermo insulating filling material section is between first piece of material and described Between two piece of material；

First piece of material is fixed at one or more regions neighbouring with the thermo insulating filling material section Second piece of material；And

The clothes are formed using at least described first piece of material and second piece of material.

2. according to the method described in claim 1, wherein, fixing step includes neighbouring with the thermo insulating filling material section It is applied adhesive at one or more region in first piece of material or second piece of material extremely Few one inward-facing surface.

3. according to the method described in claim 2, wherein, the adhesive applied is living by one of thermal energy or ultrasonic energy Change.

4. according to the method described in claim 1, wherein, by the way that the thermo insulating filling material section is attached along its perimeter edge It is connected to first piece of material thermo insulating filling material section is located in first piece of material.

5. according to the method described in claim 1, further include to neighbouring one of the thermo insulating filling material section or More regions are perforated to form multiple perforation on one or more region, and the multiple perforation is described one First piece of material and second piece of material are extended through in a or more region.

6. according to the method described in claim 1, wherein, one in first piece of material or second piece of material Or more be to be formed by knitted textile product.

7. according to the method described in claim 1, wherein, one in first piece of material or second piece of material Or more be to be formed by Woven textiles.

8. a kind of clothes, comprising: at least the first clothes sheet stock, the first clothes sheet stock include:

Interior sheet stock；

Outer sheet stock；

The first thermo insulating filling material section between the interior sheet stock and the outer sheet stock；And

At least the first seam, first seam will be described interior at the first area neighbouring with the thermo insulating filling material section Sheet stock is joined to the outer sheet stock.

Further include at least the second seam 9. clothes according to claim 8, second seam with the heat-insulated filling By the interior sheet stock engagement to the outer sheet stock at the neighbouring second area of material section, wherein first seam with it is described Second seam separates and is not connected to second seam.

10. clothes according to claim 9, wherein first seam and second seam are defined comprising described The open ended chamber of first thermo insulating filling material section.

11. clothes according to claim 8, wherein the clothes include between the interior sheet stock and the outer sheet stock it Between one or more other thermo insulating filling material sections.

12. clothes according to claim 8, wherein connect the interior sheet stock engagement to described the first of the outer sheet stock Seam is formed using by applying the adhesive that energy is activated.

13. clothes according to claim 12, wherein first seam is reinforced by suture.

14. clothes according to claim 8, wherein at least one of the interior sheet stock or the outer sheet stock are by needle Knit textile formation.

15. clothes according to claim 8, wherein at least one of the interior sheet stock or the outer sheet stock are by compiling Knit textile formation.

16. a kind of clothes, comprising: at least the first piece of material, first piece of material include:

Interior sheet stock；

Outer sheet stock；

Thermo insulating filling material section, the thermo insulating filling material section is between the interior sheet stock and the outer sheet stock；

First seam, first seam is at the first area neighbouring with the thermo insulating filling material section by the interior sheet stock It is joined to the outer sheet stock；And

Second seam, second seam is at the second area neighbouring with the thermo insulating filling material section by the interior sheet stock It is joined to the outer sheet stock, first seam and second seam define the end comprising the thermo insulating filling material section Open cavity.

17. clothes according to claim 16 further include multiple perforation at least described first seam, described more A perforation extends through first seam, and extends through the interior sheet stock and the outer sheet stock.

18. clothes according to claim 16, further include at least the second piece of material, second piece of material includes single A material layer.

19. clothes according to claim 18, wherein the clothes include a pair of trousers, and a pair of trousers has body Stem portion, the first Leg portion and the second Leg portion, and wherein, first piece of material is positioned in described first On at least upper forepart face of Leg portion and second Leg portion.

20. clothes according to claim 18, wherein the clothes include shirt, and the shirt has torso portion, the One sleeve part and the second sleeve part, and wherein, first piece of material is positioned in the torso portion at least On forward face.