CN205233655U - A plurality of conducting material's electrically conductive zip fastener is inlayed to sprocket - Google Patents
A plurality of conducting material's electrically conductive zip fastener is inlayed to sprocket Download PDFInfo
- Publication number
- CN205233655U CN205233655U CN201520929440.5U CN201520929440U CN205233655U CN 205233655 U CN205233655 U CN 205233655U CN 201520929440 U CN201520929440 U CN 201520929440U CN 205233655 U CN205233655 U CN 205233655U
- Authority
- CN
- China
- Prior art keywords
- sprocket
- slider
- chain
- begin chain
- zipper fastener
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Slide Fasteners (AREA)
Abstract
The utility model relates to a plurality of conducting material's electrically conductive zip fastener is inlayed to sprocket, include chain belt, sprocket and draw zipper head, the first side relative with other sprockets of sprocket front end is equipped with the contact arch, and the second side relative with this first side is equipped with the contact pothole, and the sprocket comprises insulating material, and a plurality of mutual separated conducting material inlay and form the conductive part at the sprocket front end to expose with the contact pothole from the contact is protruding. Draw the protractile contact bullet strip that is equipped with on the zipper head with the chain tooth contact. Set up two relative first zipper head of drawing and seconds of orientation and draw zipper head on the chain area, a plurality of sprockets form a wire that can electrically conduct after the interlock under the effect of drawing zipper head. The utility model discloses a through the design that can electrically conduct the sprocket he draw zipper head, make traditional zip fastener become the zip fastener that can electrically conduct, widen the application range of zip fastener and increased the usage of zip fastener.
Description
Technical field
The utility model relates to a kind of slide fastener, and particularly a kind of sprocket is inlayed the conductive zippers of multiple conductive materials.
Background technology
Slide fastener is to rely on continuously arranged sprocket, the connector that makes article and close or separate, by the fastener being respectively made up of the sprocket of row's metal or plastics on two chain bands, for the edge of connection opening, there is a slider of zipper fastener two row chain tooth interlocks can be made to closure of openings, existing in a large number for clothes, bag tool etc. But for the market of the intelligent wearable device of current promotion, slide fastener only as opening and closing of fault clothes, wrap ostiolate instrument, make in its function not enoughly to some extent, can not grow with each passing hour. In addition, aspect bag tool, slide fastener can only be accomplished simple unlatching and sealing. Its theftproof performance and the ability of being combined with carry-on equipment are lower, have defect in various degree.
Summary of the invention
The purpose of this utility model is the defect in order to overcome above-mentioned background technology, provides a kind of sprocket to inlay the conductive zippers of multiple conductive materials.
Sprocket is inlayed a conductive zippers for multiple conductive materials, comprises chain band, sprocket and slider of zipper fastener; The quantity of described chain band is two, and two chain bands are arranged in parallel, and is relatively set with multiple even sprockets on the adjacent two edges of two chain bands; Described slider of zipper fastener and described sprocket active link, make described sprocket interlock or separation; First side relative with other sprockets of sprocket front end is provided with contact projection, and second side relative with this first side is provided with contact pothole; Sprocket is made up of insulating materials, and conductive material is embedded in sprocket front end and forms conductive part, and from contact projection with contact pothole and expose; Multiple described sprockets form a conductive wire under the effect of described slider of zipper fastener after interlock; Be provided with respectively at described chain band both ends the sprocket conducting connecting part being electrically connected with at least one sprocket; Described sprocket conducting connecting part is connected with outside electricity consumption or electric energy storage device; Described slider of zipper fastener comprises begin chain bottom surface and begin chain end face, and begin chain bottom surface is fixedly connected with by begin chain joint pin with begin chain end face, is fixed with the hogring vertical with described begin chain end face at the upper surface of described begin chain end face; In begin chain joint pin, have bending through hole, described bending through hole extends to the side of described begin chain joint pin from begin chain end face, and the opening of side and the contact projection of sprocket or contact pothole relative; In hogring, be movably installed with elasticity touch article, the first end of described elasticity touch article is through contacting with described contact projection or the described pothole that contacts after described bending through hole; The stage casing of elasticity touch article is parallel with begin chain end face, between the lower surface of itself and described hogring, is provided with Compress Spring, makes first end and sprocket close contact; The stage casing of described property touch article with begin chain conducting connecting part for being electrically connected; The relative the second end of first end of elasticity touch article is provided with fixing latch, and described fixing latch is just stuck in two sprockets of interlock after described begin chain end face; Described slider of zipper fastener is provided with for realizing with external equipment the first begin chain conducting connecting part and the second begin chain conducting connecting part that are electrically connected at the front end at its top; Described the first slider of zipper fastener and the second slider of zipper fastener are by being separately positioned on the first begin chain conducting connecting part and the electrical connection of the second begin chain conducting connecting part on it.
Further, described slider of zipper fastener passes through conductive circuit or the conduction of damascene conductive material realization thereon on it again.
Further, described begin chain conducting connecting part and/or sprocket conducting connecting part are a kind of interface in USB interface, electric source line interface and antennal interface.
Further, described the first slider of zipper fastener and the second slider of zipper fastener except with the position of described chain tooth contact surface be coated with insulating coating.
Further, first side relative with other sprockets of sprocket front end is provided with contact projection, and second side relative with this first side is provided with contact pothole.
Sprocket of the present utility model is inlayed the conductive zippers of multiple conductive materials, by conducting electricity the design of sprocket and slider of zipper fastener, makes traditional slide fastener become conductive slide fastener, has widened the scope of application of slide fastener and has increased the purposes of slide fastener.
Brief description of the drawings
Fig. 1 is the structural representation of conductive zippers in the utility model embodiment 1.
Fig. 2 is the conducting state structural representation of conductive zippers in the utility model embodiment 1.
Fig. 3 is the teeth structure schematic diagram of conductive zippers in the utility model embodiment 2.
Fig. 4 is the teeth structure schematic diagram of conductive zippers in the utility model embodiment 3.
Fig. 5 is slider of zipper fastener and the sprocket fit structure schematic diagram of conductive zippers in the utility model embodiment 3.
Fig. 6 is the teeth structure schematic diagram of conductive zippers in the utility model embodiment 4.
Fig. 7 is slider of zipper fastener and the sprocket fit structure schematic diagram of conductive zippers in the utility model embodiment 4.
Fig. 8 is the teeth structure schematic diagram of conductive zippers in the utility model embodiment 5.
Fig. 9 is slider of zipper fastener and the sprocket fit structure schematic diagram of conductive zippers in the utility model embodiment 5.
Figure 10 is the antitheft bag tool circuit diagram of the utility model based on conductive zippers.
Figure 11 is the antitheft bag lamps structure schematic diagram with fingerprint recognition of the utility model based on conductive zippers.
Figure 12 is the bag lamps structure schematic diagram with charge function of the utility model based on conductive zippers.
Wherein, sprocket is 1; Sprocket front end is 101; Sprocket end is 102; Insulation division is 103; Conductive part is 104; Contact projection is 111; Contact pothole is 112; Groove is 113; Sprocket conducting connecting part is 120; The first sprocket conducting connecting part is 121; The second sprocket conducting connecting part is 122;
Slider of zipper fastener is for being 2; The first slider of zipper fastener is 20; The second slider of zipper fastener is 200; Begin chain bottom surface is 201; Begin chain end face is 202; Begin chain joint pin is 203; Begin chain conducting connecting part is 210; The first begin chain conducting connecting part is 211; The second begin chain conducting connecting part is 212; Elastic bumps is 221; Bending through hole is 222; Elastomeric element is 223; Elasticity touch article is 230; Fixing latch is 231;
Chain band is 3; Conductive zippers is 400; Alarm module is 410; Supply module is 420; Fingerprint Lock is 430; Snap close is 431; Dead bolt is 432; Fingerprint identification module is 433; Button is 434; Test side is REF; High level output end is VCC; Positive output end is OUT+; Negative output terminal is OUT-; Positive input terminal is IN+; Negative input end is IN-; Patchcord is 440; Input interface is 441; Output interface is 442.
Detailed description of the invention
The conductive zippers 400 of sprocket 1 of the present utility model being inlayed to multiple conductive materials below in conjunction with drawings and Examples is further described.
A kind of sprocket 1 is inlayed the conductive zippers 400 of multiple conductive materials, as shown in Fig. 1 ~ 3, comprises chain band 3, sprocket 1 and slider of zipper fastener 2. The quantity of its medium chain band 3 is two, and two chain bands 3 are arranged in parallel, and is relatively set with multiple even sprockets 1 on the adjacent two edges of two chain bands 3. Sprocket 1 comprise the end that is connected with chain band 3 and for sprocket 1 front end of other sprocket 1 mutual interlocks. Slider of zipper fastener 2 is arranged between two chain bands 3, is flexibly connected, for making sprocket 1 interlock or separation with sprocket 1. Under the effect of slider of zipper fastener 2, the interlaced interlock of sprocket 1 on two chain bands 3, makes two chain band 3 combinations.
In preferable case, first side relative with other sprockets 1 of sprocket 1 front end is provided with contact projection 111, and second side relative with this first side is provided with contact pothole 112. In the time of sprocket 1 interlock, the contact projection 111 of the first side of sprocket 1 falls into the contact pothole 112 of adjacent sprocket 1 just, increases contact-making surface when reinforcing interlock effect, improves on-state rate.
In order to make slide fastener can realize conduction or transmission data, the utility model provides multiple embodiment.
Embodiment 1:
As shown in Figure 1 and 2, each sprocket 1 is that conductive material is made or its surface electrical is coated with conductive materials, the first slider of zipper fastener 202 and the second slider of zipper fastener 200 that both direction is relative are set on chain band 3, when two slider of zipper fasteners 2 are respectively when two end in slide fastener, two chain bands 3 are in separated position, at two chain bands 3 during in released state under state, between all sprockets 1, be separated from each other, therefore slide fastener is in off state, when wherein a slider of zipper fastener 2 is drawn close to another slider of zipper fastener 2, make the mutual interlock of sprocket 1 through slider of zipper fastener 2, form the entirety being in contact with one another, because sprocket 1 itself is electroplate with conductive materials or has conductive material to make, electric current can conducting on the sprocket 1 after mutual interlock. along with moving closer to of two slider of zipper fasteners 2, slide fastener length that can conducting is just increasing, and in the time that two slider of zipper fasteners 2 are in contact with one another, slide fastener length that can conducting reaches maximum.
In addition, for conductive zippers 400 is coordinated with consumer or power supply unit better, be provided with respectively sprocket 1 conducting connecting part at slide fastener both ends, this sprocket 1 conducting connecting part is electrically connected with at least one sprocket 1 of chain band 3 ends. Sprocket 1 conducting connecting part can but be not limited only to as USB interface, electric source line interface, antennal interface etc.
Owing to being provided with two slider of zipper fasteners 2, under the position-limiting action of slider of zipper fastener 2, all interlocks of sprocket 1 on slide fastener, therefore, can not only depend on sprocket 1 to realize the conducting of whole piece slide fastener. In order to make the conducting of whole piece slide fastener, slider of zipper fastener 2 is for making by conductive material, and on slider of zipper fastener 2, is also provided with begin chain conducting connecting part 210. After two slider of zipper fasteners 2 are mutually close, its begin chain conducting connecting part 210 is connected, can realize the conducting of whole piece slide fastener, make it be equivalent to a wire. Begin chain conducting connecting part 210 can but be not limited only to as USB interface, electric source line interface, antennal interface etc. Concrete, this begin chain conducting connecting part 210 arranges the front end with slider of zipper fastener 2 tops, conveniently in the time that two relative slider of zipper fasteners 2 of same slide fastener amount approach, connects.
In other embodiments, can be on slider of zipper fastener 2 printing conductive road, or inlay low-resistance material to increase its electric conductivity.
Under preferable case, slider of zipper fastener 2 surfaces are coated with insulating coating, and it is exposed with the position that sprocket 1 contacts, and make it to realize and being electrically connected with sprocket 1.
For better, slider of zipper fastener 2 is contacted with sprocket 1, slider of zipper fastener 2 one side relative to sprocket 1 is provided with the arc elastic projection 221 that can prop up sprocket 1.
Embodiment 2:
The difference of the present embodiment and embodiment 1 is, as shown in Figure 3. Sprocket 1 is made up of conductive part 104 and insulation division 103, sprocket 1 comprise sprocket 1 end that is connected with chain band 3 and for sprocket 1 front end of other sprocket 1 mutual interlocks. Wherein sprocket 1 front end is conductive part 104, and sprocket 1 end is insulation division 103. Can be for integral type designs between sprocket 1 front end and sprocket 1 end, can be also that sprocket 1 front end is connected with sprocket 1 end by the mode of inlaying. This structure can be by current limit the center at slide fastener, reduce because the probability that sprocket 1 and other object contacts cause electric current and voltage to change.
Correspondingly, 221 of the elastic bumps of slider of zipper fastener 2 are arranged on and the corresponding part of sprocket 1 front end.
Embodiment 3:
The difference of the present embodiment and embodiment 1 is, as shown in Figure 4 and Figure 5. Sprocket 1 is made up of conductive part 104 and insulation division 103, and wherein conductive part 104 is insulated in portion 103 is wrapped in. In preferred situation, the sprocket 1 of being made up of conductive material is conductive part 104, forms insulation division 103 at the insulating materials of sprocket 1 outer wrapping. Meanwhile, insulation division 103 connects in chain band 3, and sprocket 1 is fixed on chain band 3. In order to ensure the conducting of circuit, the contact projection 111 of sprocket 1 with contact pothole 112 and be not coated with insulating materials, the conductive material of adjacent two sprocket 1 front ends can be in contact with one another. In addition, in order to realize being electrically connected of sprocket 1 and slider of zipper fastener 2, have groove 113 in the bottom surface of sprocket 1 end, also covering insulating material not of groove 113 bottoms.
In addition, aspect slider of zipper fastener 2, elastic bumps 221 is arranged on the madial wall of slider of zipper fastener 2 first halves, setting corresponding to this groove 113. The conductive zippers 400 of the present embodiment is because conductive material is insulated in material is wrapped in, and exposed conductive material is all in being difficult for and the place of external contact. Therefore can effectively avoid the interference of external environment condition to voltage, electric current.
Preferably, only can select according to actual needs in wherein sprocket 1 recessing 113 on a side of slide fastener, or the equal recessing 113 of sprocket 1 on dual-side.
Embodiment 4:
The difference of the present embodiment and embodiment 3 is: as shown in Figure 6 and Figure 7. Sprocket 1 is made up of insulating materials, conductive material is embedded in sprocket 1 front end and forms conductive part 104, it runs through after sprocket 1 front end the first side of sprocket 1 front end again and forms contact projection 111 and contact pothole 112 with behind the second side and on these two sides, and the conductive part 104 of adjacent two sprocket 1 front ends can be in contact with one another.
Aspect slider of zipper fastener 2, slider of zipper fastener 2 comprises begin chain bottom surface 201 and begin chain end face 202, and begin chain bottom surface 201 is fixedly connected with by begin chain joint pin 203 with begin chain end face 202, is also provided with the hogring vertical with begin chain end face 202 at the upper surface of begin chain end face 202. In order to realize being electrically connected of slider of zipper fastener 2 and sprocket 1, in begin chain joint pin 203, be provided with bending through hole 222, through hole extends to the side of begin chain joint pin 203 from begin chain end face 202, and the opening of side is relative with contact projection 111 or the contact pothole 112 of sprocket 1. Further, in hogring, be movably installed with elasticity touch article 230, the first end of this elasticity touch article 230 through after through hole with the contact projection 111 of sprocket 1 or contact pothole 112 and contact. Meanwhile, the stage casing of elasticity touch article 230 is roughly parallel with begin chain end face 202, between the lower surface of itself and hogring, is provided with elastomeric element 223, and under preferable case, elastomeric element 223 is Compress Spring. It is pressed down, first end and sprocket 1 close contact in nature. Simultaneously the stage casing of elasticity touch article 230 with begin chain conducting connecting part 210 for being electrically connected. Realize sprocket 1 and begin chain conducting to some connector.
For further fixing sprocket 1 and the relative position of slider of zipper fastener 2, be provided with fixing latch 231 at the second end relative with the first end of elasticity touch article 230, this fixing latch 231, through rear two sprockets 1 that are just stuck in interlock of begin chain end face 202, can not relatively move slider of zipper fastener 2 and sprocket 1. In the time of the mobile slider of zipper fastener 2 of needs, by 230 pull-ups of elasticity touch article, the first end of fixing latch 231 and elasticity touch article 230 all leaves sprocket 1, and now 2 of slider of zipper fasteners can arbitrarily move. This structure can make coming out of conductive material minimum degree, plays good anti-tampering effect.
Embodiment 5:
The difference of the present embodiment and embodiment 4 is: as shown in Figure 8 and Figure 9. Sprocket 1 front end is provided with at least two mutual disjunct conductive parts 104. When being equivalent to the wire of a multicore after the mutual interlock of multiple sprockets 1, there are at least two conductive paths.
Correspondingly, the elasticity touch article 230 in slider of zipper fastener 2 also relative set become the elasticity touch article 230 of the how tactile core core corresponding with conductive material quantity, mutually insulated between each tactile core. Make elasticity touch article 230 each conductive path of conducting respectively. The conductive zippers 400 of the present embodiment can realize multithreading conduction or communication.
Based on 5 above-mentioned embodiment, the utility model also provides a kind of antitheft bag tool, as shown in figure 10, comprises bag tool body, conductive zippers 400, alarm module 410 and the supply module 420 with opening. Concrete, conductive zippers 400 is arranged on the opening part of bag tool body, for the opening of closure or openness bag tool body. Alarm module 410 has test side, and test side is connected with the first sprocket 1 conducting connecting part of conductive zippers 400 1 ends, and the second sprocket 1 conducting connecting part of conductive zippers 400 other ends connects the high level output end of power module simultaneously. Power module is that alarm module 410 is powered.
When the test side of alarm module 410 is during in high level, it is in detecting state; And test side is while transferring low level to by high level, 410 of alarm modules become alarm condition, and type of alarm can be that audible alarm or vibrations are reported to the police. When conductive zippers 400 is in complete closure, when two slider of zipper fasteners 2 are electrically connected, conductive zippers 400 conductings, now alarm module 410 test sides are in high level. Need to open bag tool, when two slider of zipper fasteners 2 are separated, conductive zippers 400 circuit disconnect, and now alarm module 410 test sides are in low level, and alarm module 410 is reported to the police. Now play the effect that reminding user bag tool is opened. Avoid other people to agree to privately open bag tool without user, play antitheft amount effect.
Based on 5 above-mentioned embodiment, the utility model also provides a kind of antitheft bag tool with fingerprint recognition, as shown in figure 11, comprises bag tool body, conductive zippers 400, Fingerprint Lock 430 and the supply module 420 with opening. Concrete, conductive zippers 400 is arranged on the opening part of bag tool body, for the opening of closure or openness bag tool body. Fingerprint Lock 430 comprises snap close 431 and dead bolt 432, and described dead bolt 432 is fixedly connected with the first begin chain conducting connecting part 211 of the first slider of zipper fastener 202, and it is the conductor thin bar of an end bending. Snap close 431 is fixedly connected with the second begin chain conducting connecting part 212 of the second slider of zipper fastener 200, and it comprises fingerprint identification module 433 and according to the unblanking of fingerprint identification module 433 and the button 434 of closing. In the time that conductive zippers 400 is closed, dead bolt 432 gos deep in snap close 431, and snap close 431 locks dead bolt 432, and two slider of zipper fasteners 2 can not be separated from each other, and in the time that needs are opened Fingerprint Lock 430, can carry out release by the fingerprint being preset in fingerprint identification module 433. In the time that fingerprint identification module 433 receives default finger print information, it is controlled button 434 and opens, and 432 of dead bolts can depart from from snap close 431.
In addition, for to the power supply that realizes Fingerprint Lock 430, the first sprocket 1 conducting connecting part of conductive zippers 400 connects the positive output end and the negative output terminal that are connected respectively power module with the second sprocket 1 conducting connecting part, and the power supply positive input terminal of fingerprint identification module 433 is connected with the positive output end of power module by dead bolt 432, negative input end is connected with the negative input end of power module by the second conducting connecting part.
Snap close 431 is in the lock state under nature, therefore, when conductive zippers 400 is closed, two slider of zipper fasteners 2 lock together by Fingerprint Lock 430, when the fingerprint by default is opened after Fingerprint Lock 430, dead bolt 432 separates with snap close 431, now Fingerprint Lock 430 loses power supply, and therefore snap close 431 is held open state always, just restores electricity until dead bolt 432 enters the rear Fingerprint Lock 430 of snap close 431 again, snap close 431 recovers nature, and dead bolt 432 is locked.
Based on 5 above-mentioned embodiment, as shown in figure 12. The utility model also provides a kind of bag tool that can supplying power for outside, comprises tool body, supply module 420, conductive zippers 400 and patchcord 440. Conductive zippers 400 is arranged on the opening part of bag tool body, and is provided with for fixing supply module 420 and receives lattice in bag tool body.
Concrete, first sprocket 1 conducting connecting part at conductive zippers 400 both ends and the second sprocket 1 conducting connecting part are connected respectively positive output end and the negative output terminal of supply module 420. Patchcord 440 comprises two input interfaces 441 and at least one standard output interface 442, two input interface 441 is connected with the first slider of zipper fastener 202 conducting connecting parts and second slider of zipper fastener 200 connectors of conductive zippers 400 respectively, and standard output interface 442 connects charging equipment.
Under preferable case, supply module 420 can be connected with the first sprocket 1 conducting connecting part and the second sprocket 1 conducting connecting part by the power lead that is fixed on bag tool inwall, makes to wrap tool inside cleaner and tidier. In addition, between supply module 420 and power lead, can peg graft by standard interface. Facilitate the supply of supply module 420 electric energy. Above-mentioned standard output interface 442 and standard interface can but be not limited only to USB interface.
The present embodiment can supplying power for outside bag tool, by using conductive zippers 400 as wire, the bag tool inside that is is cleaner and tidier, has avoided causing because charging conductor is long the problem of article inconvenience in access bag.
In addition, the conductive zippers 400 relating to for embodiment 5, owing to having at least two conductive paths in interlock sprocket 1. Therefore, supply module 420 can only be connected with wherein one end of conductive zippers 400, and is only connected with charging equipment by a slider of zipper fastener 2.
By reference to the accompanying drawings embodiment of the present utility model is explained in detail above, but the utility model is not limited to above-mentioned embodiment, in the ken possessing those of ordinary skill in the art, can also under the prerequisite that does not depart from the utility model aim, make various variations.
Claims (4)
1. sprocket is inlayed a conductive zippers for multiple conductive materials, comprises chain band, sprocket and slider of zipper fastener; The quantity of described chain band is two, and two chain bands are arranged in parallel, and is relatively set with multiple even sprockets on the adjacent two edges of two chain bands; Described sprocket comprise the end that is connected with described chain band and for the sprocket front end of the mutual interlock of other sprockets; Described slider of zipper fastener and described sprocket active link, make described sprocket interlock or separation; It is characterized in that: first side relative with other sprockets of sprocket front end is provided with contact projection, and second side relative with this first side is provided with contact pothole; Sprocket is made up of insulating materials, and at least two mutual disjunct conductive materials are embedded in sprocket front end and form conductive part, and from contact projection with contact pothole and expose; Multiple described sprockets form a conductive wire under the effect of described slider of zipper fastener after interlock; Be provided with respectively at described chain band both ends the sprocket conducting connecting part being electrically connected with at least one sprocket; Described sprocket conducting connecting part is connected with outside electricity consumption or electric energy storage device; Described slider of zipper fastener comprises begin chain bottom surface and begin chain end face, and begin chain bottom surface is fixedly connected with by begin chain joint pin with begin chain end face, is fixed with the hogring vertical with described begin chain end face at the upper surface of described begin chain end face; In begin chain joint pin, have bending through hole, described bending through hole extends to the side of described begin chain joint pin from begin chain end face, and the opening of side and the contact projection of sprocket or contact pothole relative; In hogring, be movably installed with elasticity touch article, in elasticity touch article, establish the multiple tactile core of mutually insulated, touch core quantity corresponding with conductive material quantity in single sprocket; The first end of described elasticity touch article is through contacting with described contact projection or the described pothole that contacts after described bending through hole; The stage casing of elasticity touch article is parallel with begin chain end face, between the lower surface of itself and described hogring, is provided with Compress Spring, makes first end and sprocket close contact; The stage casing of described property touch article with begin chain conducting connecting part for being electrically connected; The relative the second end of first end of elasticity touch article is provided with fixing latch, and described fixing latch is just stuck in two sprockets of interlock after described begin chain end face; Described slider of zipper fastener is provided with for realizing with external equipment the first begin chain conducting connecting part and the second begin chain conducting connecting part that are electrically connected at the front end at its top; On described the first begin chain conducting connecting part, comprise the first slider of zipper fastener, on described the second begin chain conducting connecting part, include the second slider of zipper fastener; Described the first slider of zipper fastener and the second slider of zipper fastener are by being separately positioned on the first begin chain conducting connecting part and the electrical connection of the second begin chain conducting connecting part on it.
2. sprocket as claimed in claim 1 is inlayed the conductive zippers of multiple conductive materials, it is characterized in that: described slider of zipper fastener passes through conductive circuit or the conduction of damascene conductive material realization thereon on it again.
3. sprocket as claimed in claim 1 is inlayed the conductive zippers of multiple conductive materials, it is characterized in that: described begin chain conducting connecting part and/or sprocket conducting connecting part are a kind of interface in USB interface, electric source line interface and antennal interface.
4. sprocket as claimed in claim 1 is inlayed the conductive zippers of multiple conductive materials, it is characterized in that: described the first slider of zipper fastener and the second slider of zipper fastener except with the position of described chain tooth contact surface be coated with insulating coating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520929440.5U CN205233655U (en) | 2015-11-20 | 2015-11-20 | A plurality of conducting material's electrically conductive zip fastener is inlayed to sprocket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520929440.5U CN205233655U (en) | 2015-11-20 | 2015-11-20 | A plurality of conducting material's electrically conductive zip fastener is inlayed to sprocket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205233655U true CN205233655U (en) | 2016-05-18 |
Family
ID=55932752
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520929440.5U Expired - Fee Related CN205233655U (en) | 2015-11-20 | 2015-11-20 | A plurality of conducting material's electrically conductive zip fastener is inlayed to sprocket |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205233655U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105380351A (en) * | 2015-11-20 | 2016-03-09 | 李晓敏 | Conductive zipper inlayed with multiple conductive materials on zipper teeth |
-
2015
- 2015-11-20 CN CN201520929440.5U patent/CN205233655U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105380351A (en) * | 2015-11-20 | 2016-03-09 | 李晓敏 | Conductive zipper inlayed with multiple conductive materials on zipper teeth |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN107331896B (en) | Lithium battery and charger baby | |
| CN202487677U (en) | Battery mounting structure | |
| CN204391836U (en) | intelligent bracelet | |
| US20120252248A1 (en) | Transformable electrical plug devices | |
| JP2018511134A (en) | Apparatus for controlling an article closure system and corresponding article | |
| CN205233655U (en) | A plurality of conducting material's electrically conductive zip fastener is inlayed to sprocket | |
| CN205547637U (en) | Zip fastener sprocket front end and fingerprint identification anti -theft bag utensil that draws zipper head to electrically conduct | |
| CN205233656U (en) | Packet utensil of can externally supplying power that zip fastener sprocket can electrically conduct | |
| CN105476188A (en) | Antitheft backpack with multiple conductive materials being embedded into zipper teeth | |
| CN105361360A (en) | Conductive zipper with zipper teeth inlaid with conductive materials | |
| CN105361361A (en) | Fingerprint identification anti-theft bag realizing electric conduction of zipper teeth and zipper heads | |
| CN205233653U (en) | Sprocket and zip fastener that draws zipper head to electrically conduct | |
| CN206585145U (en) | A kind of strong magnetic-extraction connector and electronic equipment | |
| CN205547783U (en) | A plurality of conducting material's anti - theft bag is inlayed to zip fastener sprocket | |
| CN205547635U (en) | Conducting material's anti - theft bag is inlayed to zip fastener sprocket | |
| CN205547636U (en) | Zip fastener sprocket and fingerprint identification anti -theft bag utensil that draws zipper head to electrically conduct | |
| CN205233654U (en) | Fingerprint identification anti -theft bag utensil that zip fastener sprocket can electrically conduct | |
| CN105380348A (en) | Zipper-tooth-electrically-conductive bag capable of supplying power to outside | |
| CN105380384A (en) | Anti-theft knapsack with conductive zipper sprockets | |
| CN105361365A (en) | Outward power supply bag with zipper teeth inlaid with multiple conductive materials | |
| CN105380347A (en) | Fingerprint recognition anti-theft bag with zipper teeth inlaid with electrically conductive materials | |
| CN205267211U (en) | A plurality of conducting material's fingerprint identification anti -theft bag utensil is inlayed to zip fastener sprocket | |
| CN205456540U (en) | Conducting material's electrically conductive zip fastener is inlayed to sprocket | |
| CN205409986U (en) | Sprocket front end and zip fastener that draws zipper head to electrically conduct | |
| CN205409987U (en) | A plurality of conducting material's packet utensil of can externally supplying power is inlayed to zip fastener sprocket |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160518 Termination date: 20161120 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |