CN105361360A - Conductive zipper with zipper teeth inlaid with conductive materials - Google Patents
Conductive zipper with zipper teeth inlaid with conductive materials Download PDFInfo
- Publication number
- CN105361360A CN105361360A CN201510806196.8A CN201510806196A CN105361360A CN 105361360 A CN105361360 A CN 105361360A CN 201510806196 A CN201510806196 A CN 201510806196A CN 105361360 A CN105361360 A CN 105361360A
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- sprocket
- conductive
- zipper
- slider
- chain
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Abstract
The invention relates to a conductive zipper with zipper teeth inlaid with conductive materials. The conductive zipper comprises zipper tapes, zipper teeth and pull-tabs, wherein contact bumps are arranged on the first side faces, opposite to other zipper teeth, of zipper teeth front ends, and contact pits are arranged on the second side faces which are opposite to the first side faces; the zipper teeth are constituted by insulating materials; the conductive materials are inlaid at the zipper teeth front ends, so that conductive parts are formed; and the conductive parts are exposed from the contact bumps and the contact pits. Extensile contact elastic strips, which make contact with the zipper teeth, are arranged on the pull-tabs. The first zipper head and the second zipper head, which are opposite in direction, are arranged on the zipper tapes; and the plurality of the zipper teeth are engaged under the action of the pull-tabs, so that a conductive lead wire is formed. The zipper disclosed by the invention, by the design of the conductive zipper teeth and the pull-tabs, is a conductive zipper different from a conventional zipper, so that the application scope and the functions of the zipper are widened.
Description
Technical field
The present invention relates to a kind of slide fastener, particularly a kind of conductive zippers of sprocket damascene conductive material.
Background technology
Slide fastener relies on continuously arranged sprocket, make article and the connector closing or be separated, the fastener be made up of the sprocket that two chain bands respectively arrange metal or plastics by, for the edge of connection opening, there is a slider of zipper fastener two row chain tooth occlusions can be made closure of openings, existing a large amount of for clothes, bag tool etc.But for current market of advocating intelligent wearable device, slide fastener only as opening and closing of fault clothes, wrap ostiolate instrument, make it functionally not enough to some extent, can not grow with each passing hour.In addition, in bag tool, slide fastener can only be accomplished simple unlatching and close.Its theftproof performance and the ability be combined with carry-on equipment lower, there is defect in various degree.
Summary of the invention
The object of the invention is the defect in order to overcome above-mentioned background technology, a kind of conductive zippers of sprocket damascene conductive material is provided.
A conductive zippers for sprocket damascene conductive material, 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 the adjacent two edges of two chain bands are relatively set with multiple even sprocket; Described slider of zipper fastener and described sprocket active link, make described sprocket be engaged or be separated; 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 and contacts 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; A conductive wire is formed after multiple described sprocket is engaged under the effect of described slider of zipper fastener; The sprocket conducting connecting part be electrically connected with at least one sprocket is respectively arranged with at described chain band both ends; 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 contact projection of the opening of side and sprocket or to contact pothole relative; In hogring, be movably installed with elasticity touch article, the first end of described elasticity touch article contacts with described contact projection or the described pothole that contacts through after described bending through hole; The stage casing of elasticity touch article and begin chain top surface being parallel, be provided with Compress Spring between itself and the lower surface of described hogring, 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 second end that the first end of elasticity touch article is relative is provided with fixing latch, and described fixing latch is through being just stuck in two sprockets that have been engaged after described begin chain end face; Described slider of zipper fastener is provided with for realizing the first begin chain conducting connecting part of being electrically connected and the second begin chain conducting connecting part with external equipment in the front end at its top; Described 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 on it and the electrical connection of the second begin chain conducting connecting part.
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 first slider of zipper fastener and the second slider of zipper fastener are except being coated with insulating coating with the surface except the position of described chain tooth contact.
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 and contacts pothole.
The conductive zippers of sprocket damascene conductive material of the present invention, 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 added the purposes of slide fastener.
Accompanying drawing explanation
Fig. 1 is the structural representation of conductive zippers in the embodiment of the present invention 1.
Fig. 2 is the conducting state structural representation of conductive zippers in the embodiment of the present invention 1.
Fig. 3 is the teeth structure schematic diagram of conductive zippers in the embodiment of the present invention 2.
Fig. 4 is the teeth structure schematic diagram of conductive zippers in the embodiment of the present invention 3.
Fig. 5 is slider of zipper fastener and the sprocket fit structure schematic diagram of conductive zippers in the embodiment of the present invention 3.
Fig. 6 is the teeth structure schematic diagram of conductive zippers in the embodiment of the present invention 4.
Fig. 7 is slider of zipper fastener and the sprocket fit structure schematic diagram of conductive zippers in the embodiment of the present invention 4.
Fig. 8 is the teeth structure schematic diagram of conductive zippers in the embodiment of the present invention 5.
Fig. 9 is slider of zipper fastener and the sprocket fit structure schematic diagram of conductive zippers in the embodiment of the present invention 5.
Figure 10 is the antitheft bag tool circuit diagram that the present invention is based on conductive zippers.
Figure 11 is the antitheft bag lamps structure schematic diagram with fingerprint that the present invention is based on conductive zippers.
Figure 12 is the bag lamps structure schematic diagram of the band charge function that the present invention is 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; First sprocket conducting connecting part is 121; Second sprocket conducting connecting part is 122;
Slider of zipper fastener is for being 2; First slider of zipper fastener is 20; 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; First begin chain conducting connecting part is 211; 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
Be further described below in conjunction with the conductive zippers of drawings and Examples to sprocket damascene conductive material of the present invention.
A conductive zippers for sprocket damascene conductive material, as shown in Fig. 1 ~ 3, comprises chain band, sprocket and slider of zipper fastener.The quantity of its medium chain band is two, and two chain bands are arranged in parallel, and the adjacent two edges of two chain bands are relatively set with multiple even sprocket.Sprocket comprises the end that is connected with chain band and the sprocket front end for being mutually engaged with other sprockets.Slider of zipper fastener is then arranged between two chain bands, is flexibly connected with sprocket, is engaged or is separated for making sprocket.Under the effect of slider of zipper fastener, the interlaced occlusion of sprocket on two chain bands, makes two chain bands combine.
In preferable case, 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 and contacts pothole.When sprocket is engaged, the contact projection of the first side of sprocket falls into the contact pothole of adjacent sprocket just, increases contact surface, improve on-state rate while reinforcing occlusion effect.
In order to make slide fastener can realize conduction or transmission data, the invention provides multiple embodiment.
Embodiment 1:
As shown in Figure 1 and 2, each sprocket is conductive material and makes or its surface electrical is coated with conductive materials, chain band arranges the first relative slider of zipper fastener of both direction and the second slider of zipper fastener, when two slider of zipper fasteners are in two end of slide fastener respectively, two chain bands are in separated position, when two chain bands are in released state under state, be separated from each other between all sprockets, therefore slide fastener is in off state, along with when wherein a slider of zipper fastener is drawn close to another slider of zipper fastener, sprocket through slider of zipper fastener is engaged mutually, form the entirety contacted with each other, be electroplate with conductive materials due to sprocket itself or have conductive material to make, electric current can conducting on the sprocket after mutual occlusion.Along with moving closer to of two slider of zipper fasteners, can the zipper length of conducting just increasing, when two slider of zipper fasteners contact with each other, the zipper length of conducting can reach maximum.
In addition, in order to make conductive zippers coordinate with electrical equipment or power supply unit better, be respectively arranged with sprocket conducting connecting part at slide fastener both ends, this sprocket conducting connecting part is electrically connected with at least one sprocket at chain end of tape place.Sprocket 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, under the position-limiting action of slider of zipper fastener, the sprocket on slide fastener can not all be engaged, and therefore, only can not realize the conducting of whole piece slide fastener by sprocket.In order to make the conducting of whole piece slide fastener, slider of zipper fastener for making by conductive material, and slider of zipper fastener is also provided with begin chain conducting connecting part.After two slider of zipper fasteners are close to each other, its begin chain conducting connecting part is connected, the conducting of whole piece slide fastener can be realized, make it be equivalent to a wire.Begin chain conducting connecting part can but be not limited only to as USB interface, electric source line interface, antennal interface etc.Concrete, this begin chain conducting connecting part arranges the front end with slider of zipper fastener top, be conveniently in same slide fastener amount two opposing zippers heads close to time connect.
In other embodiments, conductive path can be printed on slider of zipper fastener, or inlay low-resistance material to increase its electric conductivity.
Under preferable case, slider of zipper fastener surface is coated with insulating coating, and the position of itself and chain tooth contact is exposed, makes it to realize being electrically connected with sprocket.
Make slider of zipper fastener and chain tooth contact in order to better, it is protruding that slider of zipper fastener and sprocket opposite side are provided with the arc elastic that can prop up sprocket.
Embodiment 2:
The difference of the present embodiment and embodiment 1 is, as shown in Figure 3.Sprocket is made up of conductive part and insulation division, and sprocket comprises the sprocket end that is connected with chain band and the sprocket front end for being mutually engaged with other sprockets.Wherein sprocket front end is conductive part, and sprocket end is insulation division.Can design for integral type between sprocket front end and sprocket end, also can be that sprocket front end is connected with sprocket end by the mode of inlaying.This structure by the center of current limit at slide fastener, can reduce the probability causing voltage x current to change because of sprocket and other object contacts.
Correspondingly, the elastic bumps of slider of zipper fastener is then arranged on part corresponding to sprocket front end.
Embodiment 3:
The difference of the present embodiment and embodiment 1 is, as shown in Figure 4 and Figure 5.Sprocket is made up of conductive part and insulation division, in wherein conductive part is wrapped in by insulation division.In preferred situation, the sprocket be made up of conductive material is conductive part, forms insulation division at the insulating materials of sprocket outer wrapping.Meanwhile, insulation division connects in chain band, and sprocket is fixed on chain band.In order to ensure the conducting of circuit, the contact projection of sprocket with contact pothole and be not coated with insulating materials, the conductive material of adjacent two sprocket front ends can be contacted with each other.In addition, in order to realize the electrical connection of sprocket and slider of zipper fastener, have groove in the bottom surface of sprocket end, bottom portion of groove is non-covering insulating material also.
In addition, in slider of zipper fastener, elastic bumps is arranged on the madial wall of the slider of zipper fastener first half, correspondingly with this groove arranges.The conductive zippers of the present embodiment due to conductive material by wrapped with insulation interior, and exposed conductive material be all in not easily with the place of external contact.Therefore can effectively avoid external environment condition to the interference of voltage, electric current.
Preferably, the sprocket recessing only on slide fastener wherein a side can be selected according to actual needs, or the equal recessing of sprocket on dual-side.
Embodiment 4:
The difference of the present embodiment and embodiment 3 is: as shown in Figure 6 and Figure 7.Sprocket is made up of insulating materials, conductive material is embedded in sprocket front end and forms conductive part, its after running through sprocket front end again the first side of sprocket front end on these two sides, form contact projection with behind the second side and contact pothole, the conductive part of adjacent two sprocket front ends can be contacted with each other.
In slider of zipper fastener, 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 also provided with the hogring vertical with begin chain end face at the upper surface of begin chain end face.In order to realize the electrical connection of slider of zipper fastener and sprocket, in begin chain joint pin, be provided with bending through hole, through hole extends to the side of begin chain joint pin from begin chain end face, and the contact projection of the opening of side and sprocket or to contact pothole relative.Further, in hogring, be movably installed with elasticity touch article, the first end of this elasticity touch article through after through hole with the contact projection of sprocket or contact pothole and contact.Meanwhile, the stage casing of elasticity touch article roughly with begin chain top surface being parallel, be provided with elastomeric element between itself and the lower surface of hogring, under preferable case, elastomeric element is Compress Spring.It is made to press in its natural state, first end and sprocket close contact.Simultaneously the stage casing of elasticity touch article with begin chain conducting connecting part for being electrically connected.Realize sprocket and begin chain conducting to some connector.
In order to fix the relative position of sprocket and slider of zipper fastener further, the second end relative with the first end of elasticity touch article is provided with fixing latch, this fixing latch, through being just stuck in after begin chain end face two sprockets that have been engaged, makes slider of zipper fastener and sprocket can not relative movement.When the mobile slider of zipper fastener of needs, by the pull-up of elasticity touch article, the first end of fixing latch and elasticity touch article all leaves sprocket, and now slider of zipper fastener then can arbitrarily movement.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 front end is provided with at least two mutual disjunct conductive parts.After multiple sprocket is engaged mutually, is then equivalent to the wire of a multicore, there are at least two conductive paths.
Correspondingly, the elasticity touch article in slider of zipper fastener also relative set become the elasticity touch article of the many elasticity touch article core corresponding with conductive material quantity, mutually insulated between each elasticity touch article core.The conductive zippers of the present embodiment can realize multithreading conduction or communication.
Based on above-mentioned 5 embodiments, the present invention also provides a kind of antitheft bag tool, as shown in Figure 10, comprises bag tool body, conductive zippers, alarm module and the supply module with opening.Concrete, conductive zippers is arranged on the opening part of bag tool body, for the opening of closure or openness bag tool body.Alarm module has test side, and test side is connected with the first sprocket conducting connecting part of conductive zippers one end, and the second sprocket conducting connecting part of the conductive zippers other end connects the high level output end of power module simultaneously.Power module is that alarm module is powered.
When the test side of alarm module is in high level, it is in detecting state; And test side is when transferring low level to by high level, alarm module then becomes alarm condition, and type of alarm can be that audible alarm or vibrations are reported to the police.When conductive zippers is in completely closed, when two slider of zipper fasteners are electrically connected, conductive zippers conducting, now alarm module test side is in high level.Need to open bag tool, when being separated by two slider of zipper fasteners, conductive zippers circuit disconnects, and now alarm module test side is in low level, and alarm module is reported to the police.Now serve 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 above-mentioned 5 embodiments, the present invention also provides a kind of antitheft bag tool with fingerprint, as shown in figure 11, comprises bag tool body, conductive zippers, Fingerprint Lock and the supply module with opening.Concrete, conductive zippers is arranged on the opening part of bag tool body, for the opening of closure or openness bag tool body.Fingerprint Lock comprises snap close and dead bolt, and described dead bolt is fixedly connected with the first begin chain conducting connecting part of the first slider of zipper fastener, and it is the conductor thin bar of an end bending.Snap close is then fixedly connected with the second begin chain conducting connecting part of the second slider of zipper fastener, and it comprises fingerprint identification module and according to the unblanking of fingerprint identification module and the button of closedown.When conductive zippers closes, dead bolt gos deep in snap close, and snap close locking dead bolt, makes two slider of zipper fasteners not to be separated from each other, when Fingerprint Lock opened by needs, unlock by the fingerprint be preset in fingerprint identification module.When fingerprint identification module receives default finger print information, it controls button and opens, and dead bolt then can depart from from snap close.
In addition, in order to the power supply realizing Fingerprint Lock, first sprocket conducting connecting part of conductive zippers connects the positive output end and the negative output terminal that are connected power module with the second sprocket conducting connecting part respectively, and the power supply positive input terminal of fingerprint identification module is connected with the positive output end of power module by dead bolt, negative input end is then connected with the negative input end of power module by the second conducting connecting part.
Snap close is in the lock state in its natural state, therefore, when conductive zippers closes, two slider of zipper fasteners are locked together by Fingerprint Lock, after the fingerprint by presetting opens Fingerprint Lock, dead bolt is separated with snap close, now Fingerprint Lock loses power supply, and therefore snap close is held open state always, until dead bolt again enter snap close after Fingerprint Lock just restore electricity, snap close recovers nature, is locked by dead bolt.
Based on above-mentioned 5 embodiments, as shown in figure 12.The present invention also provide a kind of can the bag tool of supplying power for outside, comprise bag tool body, supply module, conductive zippers and patchcord.Conductive zippers is arranged on the opening part of bag tool body, and is provided with in bag tool body for fixing supply module storage lattice.
Concrete, the first sprocket conducting connecting part and the second sprocket conducting connecting part at conductive zippers both ends are connected positive output end and the negative output terminal of supply module respectively.Patchcord comprises two input interfaces and at least one standard output interface, and two input interface is connected with the first slider of zipper fastener conducting connecting part of conductive zippers and the second slider of zipper fastener connector respectively, and standard output interface then connects charging equipment.
Under preferable case, supply module can be connected with the first sprocket conducting connecting part and the second sprocket conducting connecting part by the power lead being fixed on bag tool inwall, makes bag tool inside cleaner and tidier.In addition, grafting can be carried out by standard interface between supply module and power lead.Facilitate the supply of supply module electric energy.Above-mentioned standard output interface and standard interface can but be not limited only to USB interface.
The present embodiment can the bag tool of supplying power for outside, by using conductive zippers as wire, the bag tool inside being is more clean and tidy, avoids the problem causing accessing article inconvenience in bag because charging conductor is long.
In addition, for the conductive zippers that embodiment 5 relates to, owing to there are at least two conductive paths in occlusion sprocket.Therefore, supply module can only be connected with wherein one end of conductive zippers, and is only connected with charging equipment by a slider of zipper fastener.
By reference to the accompanying drawings embodiments of the present invention are explained in detail above, but the present invention is not limited to above-mentioned embodiment, in the ken that those of ordinary skill in the art possess, various change can also be made under the prerequisite not departing from present inventive concept.
Claims (4)
1. a conductive zippers for sprocket damascene conductive material, 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 the adjacent two edges of two chain bands are relatively set with multiple even sprocket; Described sprocket comprises the end that is connected with described chain band and the sprocket front end for being mutually engaged with other sprockets; Described slider of zipper fastener and described sprocket active link, make described sprocket be engaged or be separated; 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 and contacts 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; A conductive wire is formed after multiple described sprocket is engaged under the effect of described slider of zipper fastener; The sprocket conducting connecting part be electrically connected with at least one sprocket is respectively arranged with at described chain band both ends; 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 contact projection of the opening of side and sprocket or to contact pothole relative; In hogring, be movably installed with elasticity touch article, the first end of described elasticity touch article contacts with described contact projection or the described pothole that contacts through after described bending through hole; The stage casing of elasticity touch article and begin chain top surface being parallel, be provided with Compress Spring between itself and the lower surface of described hogring, 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 second end that the first end of elasticity touch article is relative is provided with fixing latch, and described fixing latch is through being just stuck in two sprockets that have been engaged after described begin chain end face; Described slider of zipper fastener is provided with for realizing the first begin chain conducting connecting part of being electrically connected and the second begin chain conducting connecting part with external equipment in the front end at its top; Described 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 on it and the electrical connection of the second begin chain conducting connecting part.
2. the conductive zippers of sprocket damascene conductive material as claimed in claim 1, 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. the conductive zippers of sprocket damascene conductive material as claimed in claim 1, 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. the conductive zippers of sprocket damascene conductive material as claimed in claim 1, is characterized in that: described first slider of zipper fastener and the second slider of zipper fastener are except being coated with insulating coating with the surface except the position of described chain tooth contact.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510806196.8A CN105361360A (en) | 2015-11-20 | 2015-11-20 | Conductive zipper with zipper teeth inlaid with conductive materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510806196.8A CN105361360A (en) | 2015-11-20 | 2015-11-20 | Conductive zipper with zipper teeth inlaid with conductive materials |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105361360A true CN105361360A (en) | 2016-03-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510806196.8A Withdrawn CN105361360A (en) | 2015-11-20 | 2015-11-20 | Conductive zipper with zipper teeth inlaid with conductive materials |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105361360A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105671786A (en) * | 2016-03-18 | 2016-06-15 | 苏州椒图电子有限公司 | Machining method of sensing circuits |
| CN109361124A (en) * | 2018-10-24 | 2019-02-19 | 邱俊浩 | Zip mode electrical interface assembly |
-
2015
- 2015-11-20 CN CN201510806196.8A patent/CN105361360A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105671786A (en) * | 2016-03-18 | 2016-06-15 | 苏州椒图电子有限公司 | Machining method of sensing circuits |
| CN109361124A (en) * | 2018-10-24 | 2019-02-19 | 邱俊浩 | Zip mode electrical interface assembly |
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Application publication date: 20160302 |
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