JP3176469U - Electronically controlled textile with receiving structure - Google Patents

Abstract

An electronically controlled textile with a receiving structure that is improved in practicality, convenience and safety in use.
An electronic control fabric with a receiving structure to be electrically connected to at least one electronic unit, the first metal thread, the second metal thread, and at least one receiving structure. The second metal thread 30 is arranged on one side of the first metal thread 20, and the receiving structure 40 has a receiving space 41 corresponding to the electronic unit. The first metal thread 20 and the second metal thread 30 are inserted into the receiving structure 40, and the receiving structure 40 corresponds to the sector corresponding to the receiving space 41 of the first metal thread 20 and the receiving space 41 of the second metal thread 30. The power feeding means 60 is electrically connected to the first metal thread 20 and the second metal thread 30.
[Selection] Figure 1

Description

  The present invention relates to an electronic control fabric with a receiving structure, and in particular, an electric circuit is incorporated in the fabric structure and has a receiving structure, so that an electronic unit is coupled to the surface of the fabric and the operation of the electronic unit is controlled. It relates to an electronically controlled textile with a receptive structure that functions as possible.

  In general fabrics (for example, hats and clothes), a plurality of fabric sheets are sewn with a sewing machine, so a gap is formed between the sheets by sewing, and the sewing thread between the sheets is pulled by an external force and is not divided. For this purpose or for the purpose of aesthetics, etc., an effect such as dense coupling, gap shielding, or decoration can be achieved by covering the band at the gap and sewing with a sewing machine. Here, the belt is formed by alternately braiding several yarns in the weft and warp direction, and thus the belt has a strong characteristic to withstand the tensile force.

  Therefore, in order to improve the safety of the wearer, a contractor combines a fiber yarn having a light reflecting effect and a general fiber yarn into one composite yarn, and further braids several composite yarns into a belt. Alternatively, a reflective yarn and a general yarn are alternately braided into a belt body, and such a belt body is formed with an alarm effect due to light reflection. Can not emit light spontaneously, and when light is irradiated, an alarm effect due to light reflection occurs, so there is a disadvantage of condition regulation, light is inferior and light is not irradiated (for example, dark city at night, water source And ecological protection areas) or if the environment is too bright (eg during the daytime), such a band cannot play the role of warning by light reflection.

  In view of this, the creator of the present invention is dedicated to research, design and assembly, has a receiving structure, is used in combination with fabrics and is flexible, and also has a light emission alarm, heat insulation, voice By providing an effect of notification or vibration massage, not only is it easy to be combined with various fabrics such as hats, clothes, pants, bags, bags, etc., but also various electronic devices or electronic elements that the user can easily control The motivation for the creation of the present invention is to provide an electronically controlled fabric with a receiving structure that can be accommodated and has improved practicality, convenience and safety.

  The present invention has a receiving structure and is used in combination with a fabric and has flexibility, and further has a light emitting alarm, a heat insulation, a sound notification, or a vibration massage effect, so that a hat, clothes, pants, Not only is it easy to bond to various fabrics such as bags, bags, etc., but also electronic units such as various electronic devices or electronic elements can be stored so that the user can easily control, practicality, convenience and safety in use. The main object of the present invention is to provide an electronically controlled fabric with a receptive structure that improves the properties.

  To achieve the above object, an electronic control fabric with a receiving structure according to the present invention is an electronic control fabric with a receiving structure for being electrically connected to at least one electronic unit, the first metal yarn, A second metal thread arranged on one side of the first metal thread; a receiving space corresponding to the electronic unit; and the first metal thread and the second metal thread in the receiving space. And at least one receiving structure in which a sector corresponding to the receiving space of the first metal thread and a sector corresponding to the receiving space of the second metal thread are respectively coupled, and the first And a power supply means electrically connected to the second metal thread.

  Therefore, it has a receiving structure to make it easy to store power supply means such as batteries and controllers, and is used in combination with fabric and has a flexible effect, so that it can be used for hats, clothes, pants, bags, bags, etc. Not only is it easy to bond to various fabrics, but also electronic units such as various electronic devices or electronic elements can be stored for easy control by the user. Furthermore, practicality, convenience, and safety in use are improved by providing the effects of a light emission alarm, heat generation and heat insulation, voice notification, or vibration massage.

It is a perspective view which shows the electronically controlled textile fabric with a receiving structure which concerns on this invention. FIG. 3 is an exploded view showing a receiving structure in which an electronic unit of an electronic control fabric according to the present invention is housed. It is a perspective view which shows the embodiment with which the band of the electronic control textile fabric of the present invention was combined further. It is sectional drawing of the AA line of FIG. It is a perspective view which shows the embodiment in which the joint of the electronic control textiles of FIG. 1 and the other party joint were further connected. FIG. 4 is a perspective view showing an embodiment in which a controller is used instead of the power feeding means of FIG. 3 and a joint and a counterpart joint are further connected to the power feeding means. FIG. 3 is a view showing an embodiment of the present invention combined with an electronically controlled textile garment according to the present invention. FIG. 3 is a view showing an embodiment coupled to an electronically controlled textile hat according to the present invention. It is a figure which shows the Example in which the 3rd metal thread | yarn was further provided after combining the electronically controlled textile fabric of FIG. It is a figure which shows the Example with which the 3rd metal thread | yarn of the electronically controlled textile fabric of FIG. 3 was expanded.

  To obtain a deeper understanding of the features, features, and technical contents of the present invention, reference will now be made to the detailed description of the present invention and the accompanying drawings. The accompanying drawings are provided for reference and explanation only and do not limit the present invention.

  As shown in FIGS. 1 to 10, the electronic fabric with receiving structure is for being electrically connected to at least one electronic unit 50, and the electronic fabric with receiving structure is a first electronic fabric. The assembled structure includes the metal thread 20, the second metal thread 30, at least one receiving structure 40, and the power feeding means 60, and the second metal thread 30 is arranged on one side of the first metal thread 20. The receiving structure 40 has a receiving space 41 corresponding to the electronic unit, and the first metal thread 20 and the second metal thread 30 are inserted into the receiving space 41, and the first metal thread is inserted into the receiving structure 40. The sector corresponding to the receiving space 41 of the yarn 20 and the sector corresponding to the receiving space 41 of the second metal yarn 30 are respectively coupled, and the power feeding means 60 is electrically connected to the first metal yarn 20 and the second metal yarn 30. Connected. Therefore, this invention becomes easy to couple | bond with a user's any wearing thing (as shown in FIG.7, FIG.8) by systems, such as sewing or sticking, and the operation | movement of the electronic unit 50 in the receiving structure 40 is controlled by the electric power feeding means 60. Thus, the electronic unit 50 can be stored in the receiving structure 40.

In this embodiment, as shown in FIGS. 1 and 2, the receiving structure 40 has a first electric connection portion 42 and a second electric connection portion 43 arranged on the wall surface of the receiving space 41, and the first metal The sectors of the thread 20 are electrically connected to the first electrical connection 42 of the receiving structure 40 and the sectors of the second metal thread 30 are electrically connected to the second electrical connection 43 of the receiving structure 40. The receiving space 41 of the receiving structure 40 corresponds to the electronic unit 50 so that the electronic unit 50 is housed and fixed in the receiving space 41 of the receiving structure 40.
Furthermore, as shown in FIG. 2, the electronic unit 50 has both electrical connection portions 511 and 512 (that is, both positive and negative electrodes), and both electrical connection portions 511 and 512 of the electronic unit 50 are in the receiving space 41. 1 correspond to the first electrical connection portion 42 and the second electrical connection portion 43 respectively. The power supply means 60 is implemented by a single battery (see FIG. 3), is provided with a controller (or a battery pack incorporating a plurality of batteries), and both the positive and negative electrodes are the same as those of the power supply means 60. By being positioned on the side, the controller is easily electrically connected to the first metal thread 20 and the second metal thread 30, and it is possible to supply necessary power for the electronic unit 50 and control the operation of the electronic unit 50. .

Since both the first metal thread 20 and the second metal thread 30 are composed of a plurality of metal rods 21 and 31, both metal threads have a flexible characteristic. Since both the one electrical connection portion 42 and the second electrical connection portion 43 are composed of a plurality of metal rods 421 and 431, the plurality of metal rods 421 of the first electrical connection portion 42 of the receiving structure 40 are the first one. A plurality of metal rods 431 of the second electrical connecting portion 43 of the receiving structure 40 are fixed to the plurality of metal rods 21 of the sector of the metal yarn 20, and By passing through the metal rod 31 and being fixed to the winding to make an electrical connection, and by connecting both the sector of the first metal thread 20 and the sector of the second metal thread 30 to the wall surface of the receiving structure 40 , To prevent loosening.
The first metal yarn 20 is further provided with a coat layer 22 that covers these metal rods 21, and the second metal yarn 30 is further provided with another coat layer 32 that covers these metal rods 31.

  The two metal threads form a plurality of electrically connectable sectors by passing two metal threads through the receiving spaces 41 of the plurality of receiving structures 40 according to the number of the corresponding receiving structures 40 (see FIG. 8), each sector of both metal yarns is electrically connected to two electrical connections in each receiving space 41, and each electronic unit 50 is housed and positioned in the receiving space 41 of the receiving structure 40, respectively. By electrically connecting the two electrical connecting portions 511 and 512 for each electronic unit 50 to the two electrical connecting portions in each receiving space 41, respectively, electrical connection (for example, electrical series connection) is achieved. A plurality of electronic units 50 can be used in different parts of the wearing article, and the effects of multi-point light emission, multi-point utterance, multi-point heat generation or multi-point vibration massage are formed.

  Since both the positive and negative electrode portions of the electronic unit 50 (or the power supply means 60) are located on the same side or different sides of the electronic unit 50 (or the power supply means 60) depending on the type, As shown in the receiving structure 40 for accommodating the feeding means 60 in FIG. 3, the one electric connecting portion 42 and the second electric connecting portion 43 are the same wall surface (as shown in FIG. 2) or both opposing wall surfaces (as shown in FIG. 3). ), It is adjusted corresponding to the type of the electronic unit 50 (or power supply means 60) used.

  As shown in FIGS. 3 and 4, the present invention further includes a band 10, and the first metal thread 20 and the second metal thread 30 are arranged in parallel with the band 10 at intervals. The band 10 is accommodated in the receiving space 41 and coupled to the receiving structure 40, and a portion corresponding to the receiving space 41 on the surface of the band 10 is connected to the first electric connecting portion 11 and the second electric connection 11. A connecting portion 12 is provided, the first electrical connecting portion 11 is electrically connected to the sector of the first metal thread 20, and the second electrical connecting portion 12 is electrically connected to the sector of the second metal thread 30. Are connected to each other, the first and second electrical connecting portions 11 and 12 are respectively insulated, the receiving space 41 of the receiving structure 40 corresponds to the electronic unit 50, and the electronic unit 50 is connected to both the electric connecting portions (FIG. 2). The electronic connection unit 511, 512 shown in FIG. Both electrical connection of 0 is corresponding to the first electrical connector 11 and the second electrical connection portions 12 of the strip 10 the surface of the receiving structure 40.

  Both the first metal thread 20 and the second metal thread 30 may be provided in parallel along the belt 10, and each may be provided horizontally with a gap between them. (Slowly squeezing shape) may be provided at intervals, so that it is possible to prevent two metal threads from accidentally contacting and short-circuiting, and electronic units of different sizes Since 50 may be provided, the applicable types are increased.

  The band 10 is provided with both receiving passages 131 and 132, both extending from one end of the band 10 to the other end of the band 10 (as shown in FIG. 6), and the first metal thread 20 and the second metal thread 30 are respectively inserted into the receiving passages 131 and 132 and introduced into the receiving passage 131 until the first metal thread 20 is positioned. It is introduced until the metal thread 30 is positioned.

  Each of the first electric connecting portion 11 and the second electric connecting portion 12 of the band 10 is composed of a plurality of metal rods 111 and 121, and the plurality of metal rods 111 of the first electric connecting portion 11 of the band 10 are The plurality of metal rods 121 of the second electrical connection portion 12 of the band 10 are fixed to the plurality of metal rods 21 of the sector of the first metal thread 20 and are fixed to the winding. The plurality of metal rods 31 are fixed to the windings. Therefore, the first metal thread 20 and the second metal thread 30 composed of the plurality of metal rods 21 and 31 are sewn and fixed in the receiving passages 131 and 132 of the band 10, so that the first metal thread 20 and The second metal thread 30 is protected so that it is not directly damaged, soiled or damaged, and both the metal threads are bent along with the bending of the band body 10 and are not easily pulled and divided. Since the sewing thread can be easily inserted into the metal thread, the electrical connection is facilitated.

  Next, according to the number of the corresponding receiving structures 40, the band 10 passes through the receiving spaces 41 of the plurality of receiving structures 40 to form a plurality of electrically connectable portions (see FIG. 7). Similarly, the effect of multi-point light emission, multi-point utterance, multi-point heat generation, or multi-point vibration massage is formed. Corresponding to each sector of the metal yarn, the first electrical connection portion 11 and the second electrical connection portion 11 are electrically connected to the sector of the first metal yarn 20 on the surface of the electrically connectable band 10 portion. Each of the second electrical connection portions 12 that are electrically connected to the sectors of the metal thread 30 is provided, and as shown in FIG. 3, in the present embodiment, the two receiving structures 40 are coupled to the belt body 10, The power receiving means 60 is accommodated in the receiving structure 40, and the electronic unit is connected to the other receiving structure 40. 50, the first electric connection portion 11 and the second electric connection portion 12 are provided in the portions of the band body 10 in both receiving spaces 41, so that the electric unit and the electric supply means 50 are fed. 60 may be configured to supply power.

  On the right side of FIG. 3, one battery (for example, a button battery) can be used as a simple example of the power supply means 60, but both the positive and negative electrode portions are located on different sides, so that an electrical connection is formed. Therefore, the first electrical connection portions 11 and the second electrical connection portions 12 of the belt body 10 in the receiving space 41 are alternately arranged, and the portions of the belt body 10 at the location are arranged on both opposing wall surfaces of the reception space 41. In a bent posture, the first electrical connection portion 11 is positioned on one wall surface of the receiving space 41 and the second electrical connection portion 12 is connected as shown in FIG. By being positioned on the opposite wall surface of the receiving space 41, the positive and negative electrode portions on different sides of the power feeding means 60 are sandwiched between the portions of the band body 10 at the location, and the first electrical connection portion 11 and the first The second electrical connection 12 is the positive of the power supply means 60; Become electrically connected to the electrode portion. Further, on the left side of FIG. 3, the first electrical connection portion 11 and the second electrical connection portion 12 of the band body 10 portion in the other receiving structure 40 are provided side by side, and the receiving space 41 of the other receiving structure 40 is provided. Therefore, it is easy to be directly electrically connected to the positive and negative electrode portions on the same side of the electronic unit 50.

  In the above, both the metal yarns are provided with the coat layers 22 and 32 to protect and bind the metal rods 21 and 31, and the coat layers 22 and 32 have an elastic insulating thin film structure. In addition to bending easily, the plurality of metal rods 111, 121, 421, 431 of the first electrical connection portions 11, 42 and the second electrical connection portions 12, 43 are two metal yarn coat layers 22, 32 is easily inserted into each of the plurality of metal rods 21 and 31 of both metal threads.

  Further, as shown in FIGS. 5 and 6, the present invention further includes a joint 61 on one side of the power feeding means 60, and the positive and negative electrode circuits of the power feeding means 60 are coupled to the joint 61. One end of the metal thread 20 and one end of the second metal thread 30 are coupled and electrically connected to the mating joint 70, so that the mating joint 70 can be quickly connected to the joint 61 for electrical connection. In addition, it is detachable and easy to replace or update.

  The receiving structure 40 is a structure such as a woven band, an elastic woven band, a bag body, an elastic bag body, a case, a translucent woven band, a translucent bag body, or a translucent case. When formed by sewing using an elastic woven belt or an elastic bag, it becomes easy to house and position the electronic units 50 (or the power feeding means 60) of different sizes. The electronic unit 50 uses a light emitting member (for example, a light emitting diode lamp) to generate a warning effect by light emission on the fabric worn by the user. In addition, the electronic unit 50 has a heat generating member (not shown, For example, in the case of an electric heating piece or heating wire, a heat-insulating effect is given to the fabric worn by the user, or, as shown in the left side of the clothing of FIG. In the case of a portable multimedia player or buzzer), an audio notification effect is provided. Further, as shown in the center of the clothes in FIG. 7, the electronic unit 50 is a vibration massage member (for example, a small-size eccentric motor). If this is the case, each vibration massage member (ie, the electronic unit 50) includes both metal threads (20, 30) and a button controller (ie, power supply means 60). More, it is possible to provide the effect of vibration massage. In addition, if the electronic unit 50 of the present invention is various electronic devices (for example, portable electronic devices such as multimedia video devices, electronic dictionaries, IC recorders, pinhole cameras, etc.), the user can place the electronic in the receiving structure 40. By simply placing the unit 50, the power supply means 60 can supply power to the electronic unit 50 for easy use.

  Further, as shown in FIG. 8, the present invention further includes a hollow band 80, and the first metal thread 20, the second metal thread 30, and the plurality of receiving structures 40 are accommodated in the hollow band 80. The power supply means 60 is exposed from the hollow strip 80 and is easily exchanged or renewed. The hollow strip 80 is braided with a reflective yarn and has light on its surface. By having the reflection effect, the light emission alarm of the electronic unit is supplemented and the safety is improved.

  As shown in FIG. 9, the embodiment according to the present invention further includes a third metal thread 90, and the third metal thread 90 is arranged on one side of the first metal thread 20 and the second metal thread 30. The third metal thread 90 is inserted into the receiving space 41, the sector corresponding to the receiving space 41 of the third metal thread 90 is coupled to the receiving structure 40, and the receiving structure 40 has a wall surface of the receiving space 41. A third electrical connection 44 is further arranged, the sector of the third metal thread 90 is electrically connected to the third electrical connection 44 of the receiving structure 40, and the electronic unit 50 has three electrical connections Parts 511, 512, 513, and the three electrical connections 511, 512, 513 of the electronic unit 50 are the first electrical connection 42, the second electrical connection 43, and the third electrical connection in the receiving space 41. Corresponding to each of the connecting portions 44. In the embodiment of FIG. 9, the third metal thread 90 is electrically connected to the power feeding means 60 and used as a signal line. The power feeding means 60 is a button controller, which has a built-in battery and is turned on. Then, when the user presses the button of the button controller once again, the electronic unit 50 serving as a light emitting device is supplied with power through the first metal thread 20 and the second metal thread 30 to emit light, and the third metal thread is pressed. A control signal is transmitted to the light emitting device via 90 to flash and emit light.

  As shown in FIG. 10, in the present invention, the third metal thread 90, the first metal thread 20, and the second metal thread 30 are coupled in parallel to the band body 10 at intervals, respectively. The receiving passage 133 (not necessarily required structure) is added to the receiving passage 133, and it can be selected whether or not the third metal thread 90 is introduced until it is positioned in the receiving passage 133. Is further provided with a third electrical connection portion 14 electrically connected to the sector of the third metal thread 90, and the first, second and third electrical connections on the surface of the belt 10 are provided. The parts 11, 12, and 14 are insulated, and the electronic unit 50 has three electrical connection parts 511, 512, and 513. The three electrical connection parts of the electronic unit 50 are first and second on the surface of the belt body 10. , Corresponding to the third electrical connections 11, 12, 14 respectively That. In the embodiment of FIG. 10, the power supply means 60 is a single battery and supplies power via both metal threads (ie, reference numerals 20 and 30), and the third metal thread 90 is the power supply means 60 (battery). (In the case of one), it is not always necessary to electrically connect, so that the third metal thread 90 can be used as a ground, and electrostatic interference can be prevented. The metal thread 90 can be used as a signal line by being electrically connected to another controller (not shown, for example, an electronic device such as a mobile phone or a personal computer).

  The third electrical connecting portions 14 and 44 are also made of a plurality of metal rods, and penetrate the plurality of metal rods 91 in the sector of the third metal thread 90 and are fixed to the windings for electrical connection.

  Therefore, the electronic control fabric with the receiving structure according to the present invention includes the first metal yarn 20, the second metal yarn 30, the at least one receiving structure 40, and the power supply means 60. 60 has a receiving structure to facilitate storage and is used in conjunction with a fabric and has a flexible effect, so that a hat (as shown in FIG. 8), a garment (as shown in FIG. 7), It becomes easy to be combined with various fabrics such as pants, bags and bags. Furthermore, practicality, convenience, and safety in use are improved by providing the effects of a light emission alarm, heat generation and heat insulation, voice notification, or vibration massage.

  The above is only a preferred specific embodiment of the present invention and does not limit the scope of the utility model registration request of the present invention. An expert with ordinary knowledge in the field can make appropriate changes and modifications within the field of the present invention, but it goes without saying that their implementation should fall within the scope of the present invention. It is.

10: Band 11: First electrical connection part 12: Second electrical connection part 14: Third electrical connection part 20: First metal thread 21: Metal rod 22: Coat layer 30: Second metal thread 31: Metal cage 32: Coat layer 40: Receiving structure 41: Receiving space 42: First electric connecting portion 43: Second electric connecting portion 44: Third electric connecting portion 50: Electronic unit 60: Power feeding means 61: Joint 70: Joint 80: Hollow strip 90: Third metal thread 91: Metal rod 92: Coat layer 111: Metal rod 121: Metal rod 131, 132: Receiving passage 133: Receiving passage 421: Metal rod 431: Metal rod 511, 512: Electrical connection part 513: Electrical connection part

Claims (17)

An electronic control fabric with a receiving structure for electrical connection to at least one electronic unit,
A first metal thread,
A second metal thread arranged on one side of the first metal thread;
A receiving space corresponding to the electronic unit, the first metal thread and the second metal thread being inserted into the receiving space, and a sector corresponding to the receiving space of the first metal thread; At least one receiving structure in which sectors corresponding to the receiving spaces of the second metal thread are respectively coupled;
An electronically controlled woven fabric with a receiving structure including the first metal yarn and a power supply means electrically connected to the second metal yarn.   In the receiving structure, a first electrical connecting portion and a second electrical connecting portion are disposed on a wall surface of the receiving space, and the sector of the first metal thread is electrically connected to the first electrical connecting portion of the receiving structure. Connected, the sector of the second metal thread is electrically connected to the second electrical connection of the receiving structure, the receiving space of the receiving structure corresponds to the electronic unit, and the electronic unit is 2. The electric connection unit according to claim 1, further comprising a first electric connection unit and a second electric connection unit in the receiving space. Electronically controlled fabric with a receptive structure.   Both the first metal thread and the second metal thread are composed of a plurality of metal rods, and both the first electrical connection portion and the second electrical connection portion of the receiving structure are composed of a plurality of metal rods, A plurality of metal rods of the first electrical connection portion of the receiving structure are fixed to the winding through the plurality of metal rods of the sector of the first metal thread, and a plurality of second electrical connection portions of the reception structure Of the second metal yarn penetrates through the plurality of metal rods of the sector and is fixed to the winding, and the first metal yarn is further provided with a coat layer covering the metal rod, The electronic control fabric with a receiving structure according to claim 2, wherein the metal yarn is provided with another coat layer covering the metal rod.   The first electrical connecting portion and the second electrical connecting portion of the receiving structure are located on either one of the same wall surface and both opposing wall surfaces of the receiving space. Electronically controlled fabric with receiving structure.   The belt further includes a band, and the first metal thread and the second metal thread are respectively coupled in parallel to the band with a space therebetween, and the band is stored in the receiving space and the receiving A first electrical connecting portion electrically coupled to the sector of the first metal thread and a portion of the second metal thread coupled to the structure and corresponding to the receiving space of the surface of the belt body; A second electrical connection portion electrically connected to the sector is provided, the first and second electrical connection portions are each insulated, and a receiving space of the receiving structure corresponds to the electronic unit, the electronic unit Has both electrical connection portions, and the both electrical connection portions of the electronic unit correspond respectively to the first electrical connection portion and the second electrical connection portion on the surface of the band in the receiving structure. The electronic control fabric with a receiving structure according to claim 1.   The band is provided with both receiving passages, and both are extended from one end of the band to the other end of the band, and the first metal thread and the second metal thread are the both receiving paths. The electronic control fabric with a receiving structure according to claim 5, wherein the electronic control fabric has a receiving structure.   The first metal thread and the second metal thread are both composed of a plurality of metal rods, and the first electrical connection portion and the second electrical connection portion of the belt body are both composed of a plurality of metal rods, A plurality of metal rods of the first electrical connection portion of the band body are fixed to the winding through the plurality of metal rods of the sector of the first metal thread, and a plurality of second electrical connection portions of the band body A metal layer of the second metal yarn penetrates through the plurality of metal rods of the sector and is fixed to the winding, and the first metal yarn further includes a coat layer covering the metal rod of the first metal yarn The electronic control fabric with a receiving structure according to claim 5, wherein the second metal yarn is further provided with another coat layer that covers the metal bar of the second metal yarn. .   The receiving device according to claim 5, wherein the first electric connecting portion and the second electric connecting portion of the band are located on one of the same wall surface and both opposing wall surfaces of the receiving space. Structured electronically controlled textile.   A joint is further provided in the power supply means, a mating joint is electrically connected to one end of the first metal thread and the second metal thread, and the joint is detachably connected to the mating joint. The electronically controlled fabric with a receiving structure according to claim 1.   The electronic control fabric with a receiving structure according to claim 1, wherein the receiving structure is one of a woven band, a bag, and a case.   2. The electron with receiving structure according to claim 1, wherein a controller is further provided in the power supply means, and the controller is electrically connected to the first metal thread and the second metal thread. Control fabric.   A hollow band is further included, the first metal thread, the second metal thread, and a receiving structure are accommodated in the hollow band, and the power feeding means is exposed from the hollow band. Item 2. An electronically controlled fabric with a receiving structure according to Item 1.   Further comprising a third metal thread, wherein the third metal thread is arranged on one side of the first metal thread and the second metal thread, and the third metal thread is inserted into the receiving space, A sector corresponding to the receiving space of the third metal thread is coupled to the receiving structure, and the receiving structure is further provided with a third electrical connection portion on a wall surface of the receiving space, and the third metal thread Is electrically connected to a third electrical connection of the receiving structure, the electronic unit has three electrical connections, and the three electrical connections of the electronic unit are first in the receiving space. The electronic control fabric with a receiving structure according to claim 2, wherein the electronic control fabric has a receiving structure corresponding to the electrical connection portion, the second electrical connection portion, and the third electrical connection portion.   The first metal thread, the second metal thread, and the third metal thread are respectively coupled in parallel to the band body at intervals, and A portion corresponding to the receiving space is further provided with a third electrical connection portion electrically connected to the sector of the third metal thread, and the first, second, and third electrical connections on the surface of the belt body. Each connection part is insulated, the electronic unit has three electrical connection parts, and the three electrical connection parts of the electronic unit respectively correspond to the first, second and third electrical connection parts on the surface of the band The electronically controlled textile with a receiving structure according to claim 5, wherein the electronically controlled textile has a receiving structure.   The electronic control fabric with a receiving structure according to claim 13 or 14, wherein the third metal yarn is one of a signal line and a ground.   The electronic control fabric with a receiving structure according to claim 2, 5, 13, or 14, wherein the electronic unit is one of a light emitting member, a heat generating member, a vibration massage member, and a voice member.   The electronic control fabric with a receiving structure according to claim 2, 5, 13, or 14, wherein the electronic unit is a portable electronic device.

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