TWM645138U - massage bath device - Google Patents

Abstract

This creative system includes a bathtub part, a flexible water-proof part, multiple telescopic massage parts and a suspension part. The bathtub part has an inner surface of the bathtub; the flexible water-proof part is watertightly covered on the inner surface of the bathtub to form a water-proof space, and a lotion is filled in the water-proof space; the flexible water-proof part has a plurality of protruding structures. A plurality of telescopic massage parts are respectively arranged between the corresponding convex structure and the inner surface of the bathtub. The suspension part is used to move a flexible load-bearing structure into the water-isolating space; the plurality of telescopic massage parts perform independent telescopic movements, and during the action, each of them remains upward against the flexible water-proof part and the flexible load-bearing structure, and can Perform the aforementioned contact massage movements individually. This case combines the features of a suspended part that can easily carry and move people with mobility impairments, high safety, a physical contact massage design with excellent effects, and the ability to set unique and individual massage modes.

Description

Massage bath device

This invention relates to a massage and bathing device, especially a clean massage and long-term bathing machine, which has the features of a suspended part that can be easily carried, high safety for people with mobility impairments, a massage design with excellent physical contact, and can be set uniquely and Massage bathing device with individual independent massage modes.

For patients who are bedridden for a long time, it is difficult to bathe on their own like a person with limited mobility. Also, long-term bed rest can easily lead to poor blood circulation and bacterial growth. Therefore, body massage, cleansing and sterilization are becoming more and more important. If there are related bathing devices, it can further relax the human body, reduce stress and activate blood circulation. Good news for the sick. The existing spa bathtubs and massage bathtubs on the market are all designed for people with convenient mobility. Therefore, firstly, the bathtubs are deep, and secondly, whether they are spa bathtubs or massage bathtubs, most of them are non-physical bubble massage designs. The aforementioned hydrotherapy (or massage) bathtub design causes the following problems: [1] A bathtub without auxiliary support function is more dangerous for people with mobility impairments. For people with convenient mobility, a normal bathtub depth can produce enough ultrasonic massage space for a comfortable bath. However, for people with limited mobility, the average bathtub depth may cause a fatal drowning crisis without auxiliary support (such as an auxiliary elevated position while lying close to the bathtub opening), even by relevant caregivers. If you are performing care and cleaning on the side, you may still be unable to hold your body stably due to slippery conditions and may slip into the bathtub. Therefore, a bathtub without auxiliary support function is more dangerous for people with mobility impairments. [2] Massage designs without physical contact are less effective. Currently, most of the existing spa bathtubs or massage bathtubs on the market are bubble massage designs, and do not use physical massage parts (through) to perform contact massage on the human body. In view of this, it is necessary to develop technology that can solve the above conventional shortcomings.

The purpose of this creation is to provide a massage bathing device that has the advantages of being easily carried by the suspension part, highly safe for moving people with mobility impairments, having excellent physical contact massage design, and being able to set unique and individual massage modes. . In particular, the problems that this creation aims to solve are that the bathtub has no auxiliary support function and is more dangerous for people with mobility impairments, and the massage design without physical contact is less effective in promoting blood circulation for patients with mobility impairments and bedridden patients. problem. The technical means to solve the above problems is to provide a massage bathing device, which includes: A bathtub part has an inner surface of the bathtub and a bathtub opening; A flexible water-proof part is used to water-tightly cover the inner surface of the bathtub to form a water-proof space. The water-proof space is used to fill a lotion; the flexible water-proof part has A surrounding wall structure and a plurality of protruding structures; the surrounding wall structure is for the flexible water-insulating part to be watertightly covered on the inner surface of the bathtub, and each of the plurality of protruding structures is facing the water-insulating part. The direction of the space is convex, and each of the aforementioned convex structures has a convex space, and each of the aforementioned convex spaces is connected to the inner surface of the bathtub; A plurality of telescopic massage parts are respectively arranged in the corresponding plurality of raised spaces; each telescopic massage part in the plurality of telescopic massage parts has a fixed element and a telescopic element; the fixed element is used for the telescopic massage part Standing on the inner surface of the bathtub, the telescopic element is arranged on the fixed element and can telescopically move relative to the fixed element for contact massage; A suspension part is provided corresponding to the bathtub part. The suspension part has a linkage structure and a flexible load-bearing structure; the linkage structure is used to suspend the flexible load-bearing structure so that the flexible load-bearing structure can be suspended. Load-bearing structures can be moved into the watertight space; and A control part electrically connects the plurality of telescopic massage parts and the suspension part individually; Thereby, the control part is used to control the action of the suspension part, and the control part is used to individually and independently control the expansion and contraction actions of the plurality of telescopic massage parts, and the plurality of telescopic massage parts individually maintain upward resistance during the expansion and contraction process. The flexible water-proof part and the flexible load-bearing structure, and further through the flexible water-proof part and the flexible load-bearing structure, each perform the aforementioned contact massage effect. The above-mentioned purposes and advantages of this invention can be easily understood from the following detailed descriptions and drawings of selected embodiments. The invention is described in detail below with the following examples and drawings:

Refer to Figures 1, 2 and 3. This creation is a massage and bathing device, which includes: A bathtub part 10 has an inner surface 11 and a bathtub opening 12 . A flexible water-isolating part 20 is used to cover the inner surface 11 of the bathtub in a water-tight manner to form a water-isolating space W. The water-isolating space W is used to fill a lotion W1. The flexible water-isolating part 20 has a surrounding wall structure 21 and a plurality of protruding structures 22; the surrounding wall structure 21 is for the flexible water-insulating part 20 to be watertightly covered on the inner surface 11 of the bathtub, and the plurality of protruding structures 22 are provided. Each of the raised structures 22 is raised toward the direction of the water-isolating space W, and each of the aforementioned raised structures 22 has a raised space 221, and each of the aforementioned raised spaces 221 They are all connected to the inner surface 11 of the bathtub. The plurality of telescopic massage parts 30 are respectively arranged in the corresponding plurality of raised spaces 221; each telescopic massage part 30 of the plurality of telescopic massage parts 30 has a fixed element 31 and a telescopic element 32; the fixed element 31 is for the telescopic massage part 30 to be erected on the inner surface 11 of the bathtub. The telescopic element 32 is arranged on the fixed element 31 and can telescopically move relative to the fixed element 31 (as shown in Figures 6A and 6B. As shown, the protruding structure 22 can be relatively moved to at least a retracted position P1 and an extended position P2, so that the protruding structure 22 is respectively at a retracted height H1 and an extended height H2) for performing contact massage action. A suspension part 40 is provided corresponding to the bathtub part 10. The suspension part 40 has a linkage structure 41 and a flexible load-bearing structure 42. The linkage structure 41 is used to suspend the flexible load-bearing structure 42 so that the flexible load-bearing structure 42 can be moved into the water-isolating space W. A control part 50 is electrically connected to the plurality of telescopic massage parts 30 and the suspension part 40 respectively. Thereby, the control part 50 is used to control the movement of the suspension part 40, and the control part 50 is used to individually and independently control the expansion and contraction movements of the plurality of telescopic massage parts 30, and the plurality of telescopic massage parts 30 are in the process of expansion and contraction. Each is held upward against the flexible water-proof part 20 and the flexible load-bearing structure 42, and then through the flexible water-proof part 20 and the flexible load-bearing structure 42, each performs the aforementioned contact massage. effect. In practice, the flexible water-proof part 20 can be a known waterproof flexible cloth structure. Each protruding structure 22 in the plurality of protruding structures 22 can further include a reinforced telescopic section element 22A. The reinforced telescopic section element 22A can be a waterproof telescopic coil to improve the smoothness of the telescopic massage part 30. By. The plurality of telescopic massage parts 30 can all be known electric cylinder devices. The fixing element 31 can be a driving device of a known electric telescopic rod; and The telescopic element 32 may be a known electric telescopic rod device. Further, the telescopic element 32 may further include a massage head 321. It can be one of a one-piece structure and a combined structure. Whether it is a one-piece structure or a combined structure, it can be the following types of components: [a] Semi-circular structure: refer to Figures 4 and 5A. [b] Flat-top structure: See Figures 4 and 5B. [c] Conical structure: refer to Figures 4 and 5C. Regardless of the above-mentioned types, all can produce the benefits of contact massage. Referring to Figures 1 and 2, the linkage structure 41 may include: A driving component 411, such as an electric motor and a connecting frame; and A connecting element 412, such as a cable, is connected below the connecting frame. The flexible load-bearing structure 42 may include: A load-bearing frame 421 is suspended and connected below the connecting element 412; and A flexible load-bearing element 422 is connected to the load-bearing frame 421. The flexible load-bearing element 422 can be a well-known high-tension stretcher cloth. Further, the massage bathing device may further include: An ozone generating part 60 is provided corresponding to the water-isolated space W and is electrically connected to the control part 50 . Thereby, the control part 50 can control the ozone generating part 60 to supply ozone to the lotion W1 (a well-known technology, not shown in the drawings and will be described below) to achieve disinfection, sterilization and deodorization effects. The key point of this case is that a person with mobility difficulties 90 (as shown in Figures 1 and 2) can lie comfortably on the flexible load-bearing element 422, and then activate the suspension part 40 through the control part 50 (actually By activating the linkage structure 41), the person with mobility impairments 90 can be moved into the water-isolating space W, and the lotion W1 can be used to clean the person with mobility impairments 90, and the body can be disinfected with ozone. Sterilization and deodorization, and the cleaning process can easily control the flexible bearing element 422 to move forward, backward, raised or lowered. The most important thing is that the control part 50 can individually and independently control the expansion and contraction actions of the plurality of telescopic massage parts 30 , so that the plurality of telescopic massage parts 30 can individually and independently maintain upward against the flexible water-proof part 20 and the flexible load-bearing element 422, and each has its independent telescopic action stroke (in principle, the telescopic action stroke of each telescopic massage part 30 in the plurality of telescopic massage parts 30 is different) for the person 90 with mobility impairments. The muscles of the body produce squeezing force and can be massaged in a random contact manner, which in turn has the effect of relaxing, decompressing and activating blood circulation on the human body. The advantages and effects of this creation can be summarized as follows: [1] The suspension part can easily carry and move people with reduced mobility and is highly safe. In this case, the suspension part is provided corresponding to the bathtub part, so that the person with mobility impairments can lie comfortably on the flexible load-bearing element. The suspension part can be activated and the stable mechanical control force can be used to easily lift the person with mobility impairments. Move it into the water-proof space, and the position can be easily adjusted whether it is forward, backward, raised or lowered. The key point is that it is very safe. There will be no injuries caused by caregivers' slippery hands or improper application of force. A dangerous safety issue for persons with mobility impairments who may slip and drown in the water. Therefore, the suspension part can easily carry and move people with limited mobility, and the safety is high. [2] Massage design with physical contact has excellent effect. In this case, the control part can independently control the expansion and contraction actions of the plurality of telescopic massage parts. During the expansion and contraction process, they individually press upward against the flexible water-proof part and the flexible load-bearing element, and then individually contact the people with mobility impairments. Massage can relax the human body, reduce stress and activate blood circulation. [3] Unique and individual massage modes can be set. The control unit in this case can independently control the expansion and contraction movements of the plurality of telescopic massage parts. For example, it can control and adjust the massage frequency and depth according to different parts of the same person, or it can also adjust the massage frequency and depth according to different parts of different people. Control adjustments. Therefore, unique and individual massage modes can be set. The above is only a detailed description of the invention through preferred embodiments. Any simple modifications and changes made to the embodiments do not deviate from the spirit and scope of the invention.

10: Bathtub Department 11:Inner surface of bathtub 12: Bathtub opening 20: Flexible waterproof part 21: Surround wall structure 22:Protruding structure 221: Raised space 22A: Reinforced telescopic section components 30:Telescopic massage department 31: Fixed components 32:Telescopic element 321: Massage head 40: Suspension part 41: Linked structure 411: Drive components 412:Connecting components 42: Flexible load-bearing structure 421: Bearing frame 422: Flexible load-bearing elements 50:Control Department 60:Ozone generation department 90: People with limited mobility W: Waterproof space W1: lotion P1: contraction position P2: extended position H1: Shrink height H2: extension height

Figure 1 is a schematic diagram of an embodiment of this invention. Picture 2 is the usage process and partial cross-sectional view of Picture 1. Figure 3 is an embodiment and partial cross-sectional view of the telescopic massage part of this invention. Figure 4 is a schematic diagram of the corresponding relationship between different replaceable massage heads in Figure 3. Figures 5A, 5B and 5C are cross-sectional views of the VA-VA position, VB-VB position and VC-VC position in Figure 4 respectively. Figure 6A is a schematic diagram of the telescopic massage part of this invention in the contracted position. Figure 6B is a schematic diagram of the telescopic massage part of this invention in the extended position.

10: Bathtub Department

11:Inner surface of bathtub

12: Bathtub opening

20: Flexible waterproof part

21: Surround wall structure

22:Protruding structure

221: Raised space

30:Telescopic massage department

40: Suspension part

41: Linked structure

411: Drive components

412:Connecting components

42: Flexible load-bearing structure

422: Flexible load-bearing elements

50:Control Department

60:Ozone generation department

90: People with limited mobility

W: Waterproof space

W1: lotion

Claims (8)

A massage and bathing device includes: A bathtub part has an inner surface of the bathtub and a bathtub opening; A flexible water-proof part is used to water-tightly cover the inner surface of the bathtub to form a water-proof space. The water-proof space is used to fill a lotion; the flexible water-proof part has A surrounding wall structure and a plurality of protruding structures; the surrounding wall structure is for the flexible water-insulating part to be watertightly covered on the inner surface of the bathtub, and each of the plurality of protruding structures is facing the water-insulating part. The direction of the space is convex, and each of the aforementioned convex structures has a convex space, and each of the aforementioned convex spaces is connected to the inner surface of the bathtub; A plurality of telescopic massage parts are respectively arranged in the corresponding plurality of raised spaces; each telescopic massage part in the plurality of telescopic massage parts has a fixed element and a telescopic element; the fixed element is used for the telescopic massage part Standing on the inner surface of the bathtub, the telescopic element is arranged on the fixed element and can telescopically move relative to the fixed element for contact massage; A suspension part is provided corresponding to the bathtub part. The suspension part has a linkage structure and a flexible load-bearing structure; the linkage structure is used to suspend the flexible load-bearing structure so that the flexible load-bearing structure can be suspended. Load-bearing structures can be moved into the watertight space; and A control part electrically connects the plurality of telescopic massage parts and the suspension part individually; Thereby, the control part is used to control the action of the suspension part, and the control part is used to individually and independently control the expansion and contraction actions of the plurality of telescopic massage parts, and the plurality of telescopic massage parts individually maintain upward resistance during the expansion and contraction process. The flexible water-proof part and the flexible load-bearing structure, and further through the flexible water-proof part and the flexible load-bearing structure, each perform the aforementioned contact massage effect. The massage bathing device as claimed in claim 1, wherein the flexible water-proof part is a waterproof flexible cloth structure. The massage bathing device as claimed in claim 1, wherein each protruding structure in the plurality of protruding structures further includes: A reinforced telescopic section element, which is a waterproof telescopic coil tube, used to improve the smoothness of the telescopic massage part's telescopic movement. The massage bathing device as described in claim 1, wherein: The plurality of telescopic massage parts are all electric cylinder devices; The fixed element corresponds to the driving device of the electric telescopic rod; and The telescopic element is correspondingly an electric telescopic rod device. The massage bathing device as described in claim 4, wherein: The telescopic element further includes a massage head, which is one of an integrated structure and a combined structure; The massage head is selected from one of a semicircular structure, a flat-top structure and a conical structure. The massage bathing device as described in claim 1, wherein: The linkage structure includes: a driving element; and A connecting element is connected below the driving element; The flexible load-bearing structure includes: a load-bearing frame; and A flexible load-bearing element is connected to the load-bearing frame. The massage bathing device as described in claim 6, wherein: The driving element is an electric motor and a connecting frame; the connecting element is connected below the connecting frame; and The flexible load-bearing element is a high-tension stretcher cloth. The massage bathing device as described in claim 1 further includes: An ozone generating part is provided corresponding to the water-isolated space and is electrically connected to the control part; Thereby, the control part is used to control the ozone generating part to supply ozone to the lotion to achieve disinfection, sterilization and deodorization.

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