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CN111816367A - Heat Distribution Management Devices for Wire Handling - Google Patents

Heat Distribution Management Devices for Wire Handling Download PDF

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Publication number
CN111816367A
CN111816367A CN201910298101.4A CN201910298101A CN111816367A CN 111816367 A CN111816367 A CN 111816367A CN 201910298101 A CN201910298101 A CN 201910298101A CN 111816367 A CN111816367 A CN 111816367A
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wire
distribution management
management device
thermal distribution
wires
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Chinese (zh)
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菲利普·马索特
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Superba SAS
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Superba SAS
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    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01B—CABLES; CONDUCTORS; INSULATORS; SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING OR DIELECTRIC PROPERTIES
    • H01B13/00—Apparatus or processes specially adapted for manufacturing conductors or cables
    • H01B13/0016—Apparatus or processes specially adapted for manufacturing conductors or cables for heat treatment
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01B—CABLES; CONDUCTORS; INSULATORS; SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING OR DIELECTRIC PROPERTIES
    • H01B13/00—Apparatus or processes specially adapted for manufacturing conductors or cables
    • H01B13/0036—Details
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01B—CABLES; CONDUCTORS; INSULATORS; SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING OR DIELECTRIC PROPERTIES
    • H01B13/00—Apparatus or processes specially adapted for manufacturing conductors or cables
    • H01B13/012—Apparatus or processes specially adapted for manufacturing conductors or cables for manufacturing wire harnesses
    • H01B13/01209—Details
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01B—CABLES; CONDUCTORS; INSULATORS; SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING OR DIELECTRIC PROPERTIES
    • H01B13/00—Apparatus or processes specially adapted for manufacturing conductors or cables
    • H01B13/012—Apparatus or processes specially adapted for manufacturing conductors or cables for manufacturing wire harnesses
    • H01B13/01236—Apparatus or processes specially adapted for manufacturing conductors or cables for manufacturing wire harnesses the wires being disposed by machine

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  • Engineering & Computer Science (AREA)
  • Manufacturing & Machinery (AREA)
  • Physics & Mathematics (AREA)
  • Thermal Sciences (AREA)
  • Heat Treatment Of Strip Materials And Filament Materials (AREA)

Abstract

The subject of the invention is a thermal distribution management device in a device for processing electrical wires moving on a transport member through which a heat flow can pass at or through an orifice, characterized in that it comprises at least one sealing member which is sealed by covering at least a portion of the orifice of the transport member, such sealing member being independent of the transport member.

Description

用于电线处理的热分布管理装置Heat Distribution Management Devices for Wire Handling

技术领域technical field

本发明涉及用于电线的热处理装置中的热分布管理机构的领域，更具体地，涉及用于优化热处理装置内部的电线的待处理部分的周围的热分布的机构的领域。The present invention relates to the field of heat distribution management mechanisms in heat treatment devices for electrical wires, and more particularly, to the field of mechanisms for optimizing the heat distribution around the parts to be treated of the wires inside the heat treatment device.

背景技术Background technique

目前，通过将电线放置于在处理装置内部移动的传送带上而在处理装置中进行电线或电线束的处理。Currently, the handling of wires or bundles of wires is carried out in a processing device by placing the wires on a conveyor belt that moves inside the processing device.

在处理装置的内部，根据限定的路径，电线或电线束可以被引导至从一个带传递到另一个带的切换输送构件。Inside the processing device, according to a defined path, wires or bundles of wires can be guided to switching conveying members passing from one belt to another.

在热处理的框架中，例如，通过在处理室中分配蒸汽流，输送构件实现为允许蒸汽流和/或热流穿过的结构或输送装置的形式。因此，这种输送构件的构造参与了放置在输送构件上的电线束的每个面上的热处理。因此，热处理不仅仅是在输送构件上的电线的唯一暴露面上完成，也就是说不利于电线的将与输送构件直接接触的面。In the framework of thermal treatment, for example, by distributing the flow of steam in the treatment chamber, the conveying means are realized in the form of structures or conveying means that allow the flow of steam and/or heat to pass through. Thus, the construction of this transport member participates in the heat treatment on each side of the bundle of wires placed on the transport member. Therefore, the heat treatment is not only done on the only exposed face of the wire on the conveying member, that is to say against the face of the wire that will be in direct contact with the conveying member.

尽管如此，输送构件的这种特定结构在处理电线或电线束的端部方面存在缺点。Nonetheless, this particular construction of the conveying member has disadvantages in handling the ends of the wires or bundles of wires.

实际上，在放置下游电线端部期间，输送构件的表面在其长度的至少一部分上是空着的，直到电线或电线束放置在输送构件的整个长度上。此外，当输送构件的仅一部分长度被电线或电线束覆盖时，与输送构件的被电线或电线束覆盖的部分相比，输送构件的空着的部分呈现出一种更容易实现热流和蒸汽流的结构。然后，热流或蒸汽流具有首先行进通过输送构件的呈现空着的结构的部分的趋势。这样的放置优先级会不利于输送构件的承载电线或电线束的部分，因此不利于电线的热处理质量。In fact, during placement of the downstream wire ends, the surface of the conveying member is free for at least part of its length until the wire or bundle of wires is placed over the entire length of the conveying member. Furthermore, when only a portion of the length of the conveying member is covered by wires or bundles of wires, the vacant portion of the conveying member presents an easier flow of heat and steam than the portion of the conveying member that is covered by the wires or bundles of wires Structure. The flow of heat or steam then has a tendency to travel first through the portion of the conveying member that presents an empty structure. Such placement priorities can be detrimental to the portion of the conveying member that carries the wires or bundles of wires, and therefore to the quality of the heat treatment of the wires.

在处理过的电线或电线束的上游端部处存在相同的问题。因此，热处理装置中的这种热分布问题导致在其整个长度上产生具有不均匀处理质量的电线或电线束。The same problem exists at the upstream end of the treated wire or bundle of wires. Thus, this heat distribution problem in the thermal processing apparatus results in wires or bundles of wires with uneven processing quality over their entire length.

发明内容SUMMARY OF THE INVENTION

本发明旨在通过提出一种解决方案来克服这些缺点，该解决方案一方面允许电线或电线束在其整个长度上具有相同处理，另一方面可以在现有热处理装置中容易地实施。The present invention aims to overcome these drawbacks by proposing a solution which, on the one hand, allows the wires or bundles of wires to have the same treatment over their entire length and, on the other hand, can be easily implemented in existing heat treatment installations.

因此，本发明的主题是一种在输送构件上运动的电线的处理装置中的热分布管理装置，热流能够在孔口处或通过孔口穿过该输送构件，其特征在于，该装置包括至少一个密封构件或密封装置，其通过覆盖输送构件的孔口的至少一部分而密封，这种密封构件独立于输送构件。The subject of the present invention is therefore a heat distribution management device in a device for the treatment of electrical wires moving on a conveying member, through which a heat flow can pass at or through an orifice, characterized in that the device comprises at least A sealing member or sealing device that seals by covering at least a portion of the orifice of the delivery member, such sealing member being independent of the delivery member.

本发明还涉及根据本发明的至少一个热分布管理装置的实施方法，其特征在于，所述方法包括：The present invention also relates to a method for implementing at least one thermal distribution management device according to the present invention, characterized in that the method comprises:

涉及在电线的处理装置的入口处将热分布管理装置放置在输送构件上的阶段，a stage involving the placement of a heat distribution management device on a conveying member at the entrance to the handling device for the electrical wire,

涉及在输送构件的宽度的至少一部分上分配管理装置的阶段。A stage involving distributing the management device over at least a portion of the width of the conveying member.

本发明还涉及一种根据本发明的用于回收热分布管理装置的机构，其特征在于，所述回收机构能够定位在电线的处理装置的出口处，所述回收机构至少包括：The present invention also relates to a mechanism for recovering a heat distribution management device according to the present invention, characterized in that the recovery mechanism can be positioned at the outlet of the processing device for the electric wire, and the recovery mechanism includes at least:

紧固接口，所述紧固接口紧固到所述管理装置的至少一个端部；a fastening interface fastened to at least one end of the management device;

枢轴，所述紧固接口安装在所述枢轴上，a pivot on which the fastening interface is mounted,

卷绕装置，所述卷绕装置围绕所述枢轴卷绕；a winding device that is wound around the pivot;

调节装置，所述调节装置基于电线的处理装置的至少一个输送构件的运动速度调节卷绕速度。An adjustment device that adjusts the winding speed based on the speed of movement of the at least one conveying member of the handling device of the electric wire.

附图说明Description of drawings

由于下面参考优选实施例的描述，本发明将被更好地理解，该优选实施例作为非限制性示例给出，并且参考所附示意图进行解释，其中：The invention will be better understood from the following description with reference to preferred embodiments, given by way of non-limiting example, and explained with reference to the accompanying schematic drawings, in which:

图1是本发明的装置在待处理电线下游的变型的示意图，Figure 1 is a schematic view of a variant of the device of the invention downstream of the wire to be treated,

图2是本发明的装置在待处理电线上游的变型的示意图，Figure 2 is a schematic view of a variant of the device of the invention upstream of the wire to be treated,

图3和图3b是根据本发明的用于回收热分布管理装置的机构的示例的示意性和详细图示。Figures 3 and 3b are schematic and detailed illustrations of an example of a mechanism for recovering a heat distribution management device according to the present invention.

具体实施方式Detailed ways

在本文件中，术语“下游”和“上游”限定了相对于正处理的电线和/或处理装置5的输送构件1上的电线的运动方向的位置。In this document, the terms "downstream" and "upstream" define the position relative to the wire being processed and/or the direction of movement of the wire on the conveying member 1 of the processing device 5 .

本发明涉及一种在输送构件1上运动的电线6的处理装置5中的热分布管理装置，热流能够在孔口处或通过孔口穿过该输送构件1，其特征在于，该装置包括至少一个密封构件2，其通过覆盖输送构件1的孔口的至少一部分而密封，这种密封构件2独立于输送构件。The present invention relates to a heat distribution management device in a treatment device 5 of wires 6 moving on a conveying member 1 through which a heat flow can pass at or through an orifice, characterized in that the device comprises at least A sealing member 2 which seals by covering at least part of the orifice of the conveying member 1, this sealing member 2 being independent of the conveying member.

该装置的密封构件2旨在于电线6的处理装置5中的输送构件1上放置的电线6的处理期间，在待处理的电线或电线束6的上游和/或下游，替代电线或电线束6。由此，这种密封构件2允许以类似于会定位于待处理的电线或电线束5的上游或下游的等效电线或电线束5的覆盖的方式来覆盖输送构件的孔口。此外，热流或蒸汽流通过输送构件1的不承载电线或电线束6的部分的运动(以与犹如输送构件1的该部分正承载电线或电线束6的相同的方式)受到限制或甚至排除。The sealing member 2 of the device is intended to replace the wires or bundles 6 of wires upstream and/or downstream of the wires or bundles of wires 6 to be treated during the processing of the wires 6 placed on the conveying member 1 in the processing device 5 of the wires 6 . Thus, such a sealing member 2 allows covering the orifice of the conveying member in a manner similar to the covering of an equivalent wire or bundle of wires 5 that would be positioned upstream or downstream of the wire or bundle of wires 5 to be treated. Furthermore, movement of heat or steam flow through the portion of the conveying member 1 that does not carry the wires or bundles of wires 6 (in the same way as if the portion of the conveying member 1 were carrying the wires or bundles of wires 6) is limited or even excluded.

结果，热流或蒸汽流的分布在热处理装置5中的输送构件1上进行处理的整个电线6部分上均匀化。As a result, the distribution of the heat flow or the steam flow is homogenized over the entire portion of the electric wire 6 that is processed on the conveying member 1 in the heat treatment device 5 .

根据本发明的管理装置的实施例特征，密封构件2实现为纤维带或电线束的形式。密封构件2的选择基于在密封构件2的上游和/或下游处理的电线或电线束6的类型。此外，除了将电线或电线束6放置在输送构件1上的分布的宽度(其被考虑以用于选择密封构件2)，还同样重要的是考虑将被热流或蒸汽流穿过的被处理的电线或电线束6的倾向。因此，密封构件2基于被处理的电线或电线束6的对于热流或蒸汽流的通过的密封性质或相反的可渗透性质来选择，以便优化电线6的处理装置5中的流分布的均匀性。According to an embodiment feature of the management device of the invention, the sealing member 2 is realized in the form of a fiber tape or a bundle of wires. The selection of the sealing member 2 is based on the type of wire or bundle of wires 6 processed upstream and/or downstream of the sealing member 2 . Furthermore, in addition to the width of the distribution in which the wires or bundles of wires 6 are placed on the conveying member 1, which is taken into account for the selection of the sealing member 2, it is also important to consider the processed Tendency of wires or bundles of wires 6 . Thus, the sealing member 2 is selected based on the sealing properties of the wires or bundles 6 of wires being treated for the passage of heat or steam flow, or the opposite permeable properties, in order to optimize the uniformity of the flow distribution in the treatment device 5 of the wires 6 .

根据构造特征，热分布管理装置的特征在于，装置的长度适于至少等于输送构件1的参与在电线6的处理装置5中电线6的输送的整个累积长度。这种构造特征允许根据本发明的装置的密封构件2足够长，以在处理电线或电线束6之前和/或之后、密封处理装置5中电线的输送构件1的全部。According to constructional features, the heat distribution management device is characterized in that the length of the device is adapted to be at least equal to the entire cumulative length of the conveying member 1 involved in the conveying of the electric wire 6 in the treatment device 5 of the electric wire 6 . This constructional feature allows the sealing member 2 of the device according to the invention to be long enough to seal the entirety of the conveying member 1 of the wires in the processing device 5 before and/or after processing the wires or bundles 6 of wires.

根据与前述构造特征互补和/或替代的构造特征，热分布管理装置的特征在于，装置的长度适于至少等于电线6在电线6的处理装置5中行进的长度。这种构造特征允许根据本发明的装置的长度最佳地适应电线或电线束6于处理装置5中所遵循的路径。实际上，特别是当致使电线6从一个输送构件1转移到另一个输送构件时，则可能发生以下情况：电线6所遵循的路径的长度不同于输送构件1的累积长度。因此，当电线或电线束6不在输送构件1的整个长度上移动时，电线6的路径的长度比输送构件1的累积长度短。相反，当电线或电线束6借助两个输送构件1之间的下落从一个输送构件1转移到另一个输送构件时，相对于在唯一的输送构件1上进行的运动的距离，下降的长度增加了电线或电线束6的路径。According to constructional features complementary and/or alternatives to the aforementioned constructional features, the heat distribution management device is characterized in that the length of the device is adapted to be at least equal to the length of the electric wire 6 that travels in the treatment device 5 of the electric wire 6 . This constructional feature allows the length of the device according to the invention to be optimally adapted to the path followed by the wires or bundles of wires 6 in the processing device 5 . In fact, especially when the wire 6 is caused to be transferred from one conveying member 1 to another, it may happen that the length of the path followed by the wire 6 differs from the cumulative length of the conveying members 1 . Thus, when the wires or bundles of wires 6 do not move over the entire length of the conveying member 1 , the length of the path of the wires 6 is shorter than the cumulative length of the conveying member 1 . Conversely, when a wire or bundle of wires 6 is transferred from one conveying member 1 to the other by means of a drop between the two conveying members 1, the length of the drop increases with respect to the distance of the movement made on the single conveying member 1 the path of the wire or wire bundle 6.

根据本发明的装置的另一个构造特征，装置的宽度基本上对应于由处理装置5待处理的整个电线6的宽度。以补充的方式，装置的宽度对应于电线束6在输送构件1的表面上的展开宽度。According to another constructional feature of the device of the invention, the width of the device corresponds substantially to the width of the entire wire 6 to be processed by the processing device 5 . In a complementary manner, the width of the device corresponds to the unfolded width of the wire bundle 6 on the surface of the conveying member 1 .

根据本发明的装置的另一构造特征，该装置包括至少一个紧固件，该紧固件用于将密封构件2紧固到电线或一根电线束6的一个端部。该紧固件优选地与密封构件2在其端部配合。因此，紧固件在热处理装置中的整个处理路径上保持电线或电线束6与密封构件2的紧固。电线或电线束6与密封构件2之间的不连续性的风险降低，并且保持热处理装置5中的热流和/或蒸汽流的分布质量。According to another constructional feature of the device according to the invention, the device comprises at least one fastener for fastening the sealing member 2 to an end of a wire or a bundle of wires 6 . The fastener preferably cooperates with the sealing member 2 at its end. Thus, the fastener maintains the fastening of the wire or bundle of wires 6 and the sealing member 2 throughout the processing path in the thermal processing apparatus. The risk of discontinuities between the wires or bundles of wires 6 and the sealing member 2 is reduced and the quality of the distribution of heat and/or steam flow in the heat treatment device 5 is maintained.

本发明还涉及根据本发明的至少一个热分布管理装置的实施方法，其特征在于，该方法包括：The present invention also relates to a method for implementing at least one thermal distribution management device according to the present invention, characterized in that the method comprises:

包括在电线6的处理装置5的入口处将热分布管理装置放置在输送构件1上的阶段，Including the stage of placing the heat distribution management device on the conveying member 1 at the entrance of the handling device 5 of the wire 6,

包括在输送构件1的宽度的至少一部分上分布管理装置的阶段。Comprising a stage of distributing the management device over at least a part of the width of the conveying member 1 .

根据实施特征，根据本发明的方法的特征在于，其包括：According to implementation features, the method according to the invention is characterized in that it comprises:

包括热分布管理装置在输送构件1上的运动以及对待处理的至少一个电线6的随后驱动的阶段，a phase comprising the movement of the heat distribution management device on the conveying member 1 and the subsequent actuation of the at least one wire 6 to be treated,

包括由热分布管理装置和待处理的至少一个电线6占据电线6的处理装置5的输送构件1上的待处理的电线6的整个路径的长度的阶段。Including the stage in which the entire length of the path of the wire 6 to be treated on the conveying member 1 of the treatment device 5 of the wire 6 is occupied by the heat distribution management device and the at least one wire 6 to be treated.

根据替代实施特征，根据本发明的方法的特征在于，其包括：According to alternative implementation features, the method according to the invention is characterized in that it comprises:

包括热分布管理装置在输送构件1上运动的阶段，该输送构件1随后由待处理的至少一个电线6驱动，comprising a stage of movement of the heat distribution management device on the conveying member 1, which is then driven by the at least one wire 6 to be treated,

包括由热分布管理装置和待处理的至少一个电线6占据电线6的处理装置5的输送构件1上的待处理的电线6的整个路径的长度的阶段。Including the stage in which the entire length of the path of the wire 6 to be treated on the conveying member 1 of the treatment device 5 of the wire 6 is occupied by the heat distribution management device and the at least one wire 6 to be treated.

本发明还涉及一种根据本发明的用于回收热分布管理装置的机构，其特征在于，所述回收机构能够定位在电线6的处理装置5的出口处，所述回收机构至少包括：The present invention also relates to a mechanism for recovering a heat distribution management device according to the present invention, characterized in that the recovery mechanism can be positioned at the outlet of the processing device 5 of the electric wire 6, and the recovery mechanism includes at least:

紧固接口，所述紧固接口紧固到所述管理装置的至少一个端部；a fastening interface fastened to at least one end of the management device;

枢轴3，所述紧固接口安装在所述枢轴上，pivot 3 on which the fastening interface is mounted,

卷绕装置4，所述卷绕装置4围绕所述枢轴3卷绕；a winding device 4, which is wound around the pivot shaft 3;

调节装置，所述调节装置基于电线6的处理装置5的至少一个输送构件1的运动速度调节卷绕速度。An adjustment device that adjusts the winding speed based on the speed of movement of the at least one conveying member 1 of the handling device 5 of the wire 6 .

根据回收机构的构造特征，紧固接口被布置成与管理装置的密封构件2的端部相互作用。According to the constructional features of the retrieval mechanism, the fastening interface is arranged to interact with the end of the sealing member 2 of the management device.

根据该机构的另一构造特征，卷绕速度的调节基于承载本发明的管理装置的最后一个输送构件1的运动速度而进行。According to another structural feature of the mechanism, the adjustment of the winding speed is carried out on the basis of the movement speed of the last conveying member 1 carrying the management device of the invention.

应清楚的是，本发明不限于所描述的以及在附图中图示的实施例。特别地，不脱离本发明的保护范围的情况下，从各种元件的构成的观点或通过替代等效技术，修改仍然是可能的。It should be clear that the invention is not limited to the embodiments described and illustrated in the drawings. In particular, modifications are still possible from the viewpoint of the constitution of various elements or by substituting equivalent techniques without departing from the scope of protection of the present invention.

Claims (11)

1. A thermal distribution management device in an electrical wire handling device, the thermal distribution management device comprising:
a delivery device having an orifice configured to be traversed by a heat flow at the orifice; and
at least one sealing device for covering at least a portion of the orifice of the delivery device, the sealing device being independent of the delivery device.
2. The thermal distribution management device of claim 1, wherein the sealing device is a fiber ribbon or a wire bundle.
3. The thermal distribution management device of claim 1, wherein the thermal distribution management device is adapted to have a length at least equal to a length of the transport device.
4. The thermal distribution management device of claim 1, wherein the length of the thermal distribution management device is adapted to be at least equal to the length of travel of the wire in the wire handling device.
5. The thermal distribution management device of claim 1, wherein a width of the thermal distribution management device corresponds to a width of all wires to be processed by the wire processing device.
6. The thermal distribution management device of claim 1, comprising at least one fastener on the sealing device configured to be secured to an end of an electrical wire or a bundle of electrical wires.
7. A method of processing a wire with a processing device, the method comprising:
a placing stage comprising placing a thermal profile management device on a transport device at an entrance of the processing device; and
a distribution stage comprising distributing the thermal distribution management device across at least a portion of a width of the transport device.
8. The method of claim 7, further comprising:
a movement phase comprising the movement of the thermal distribution management device on the transport device and the subsequent driving of at least one wire to be processed; and
an occupancy phase comprising a length of a path of the wire to be processed on the conveyor occupied by the thermal distribution management device and the at least one wire to be processed.
9. The method of claim 7, further comprising:
a movement phase comprising the movement of the thermal distribution management device on the transport device due to the movement of at least one wire to be processed;
an occupancy phase comprising a length of a path of the at least one wire to be processed on the conveyor occupied by the thermal distribution management device and the at least one wire to be processed.
10. A recovery mechanism for a thermal profile management device located at an outlet of a wire handling device, the recovery mechanism comprising:
a fastening interface mounted to at least one end of the thermal distribution management device;
a pivot, the fastening interface being mounted on the pivot,
a winding device for winding the sealing device of the thermal distribution management device around the pivot; and
an adjustment device for adjusting the winding speed based on the movement speed of at least one transport device of the wire treatment device.
11. The thermal distribution management device of claim 1, further comprising:
a recovery mechanism located at an outlet of the wire processing device, the recovery mechanism comprising:
a fastening interface mounted to at least one end of the thermal distribution management device;
a pivot, the fastening interface being mounted on the pivot,
a winding device for winding the sealing device around the pivot; and
an adjusting device for adjusting the winding speed based on the movement speed of the conveying device.
CN201910298101.4A 2019-04-12 2019-04-12 Heat Distribution Management Devices for Wire Handling Pending CN111816367A (en)

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Application publication date: 20201023