CN206259520U - The semi-automatic connector of flexible circuitry - Google Patents
The semi-automatic connector of flexible circuitry Download PDFInfo
- Publication number
- CN206259520U CN206259520U CN201621211656.9U CN201621211656U CN206259520U CN 206259520 U CN206259520 U CN 206259520U CN 201621211656 U CN201621211656 U CN 201621211656U CN 206259520 U CN206259520 U CN 206259520U
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- clamping part
- flexible circuitry
- grafting clamping
- grafting
- semi
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- Withdrawn - After Issue
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Abstract
The utility model provides a kind of semi-automatic connector of flexible circuitry, including：Conducting wire, upper shell, lower house, grafting clamping part, settings button hole on upper shell, settings button in button hole are characterized in：One wiring board is set in lower house, circuit plate top surface sets shell fragment, wiring board is connected with conducting wire, grafting clamping part sets assist side top, grafting clamping part sets slot and two elastic cantilevers, and barb buckle is set on elastic cantilever free end, and barb buckle is stuck in the draw-in groove on the flexible circuitry plug connector in slot, it is locked, flexible circuitry plug connector bottom surface is adjacent to the shell fragment of circuit plate top surface.Button down state, bend downwards elastic cantilever, and two barb buckles exit the draw-in groove of flexible circuitry plug connector.Simple structure, parts are few, and connection is flexible, reliable, is difficult abjection；Further objective is that having anti-defibrillating function.
Description
Technical field
The utility model belongs to circuit connector technical field, is related to a kind of connector of electrode, for medical conductor wire
The connection on road, specifically a kind of semi-automatic connector of flexible circuitry.
Background technology
At present, as electronic product is increasingly minimized, flexible circuitry is because its is flexible, lay convenient, manufacturing cost
Cheap characteristic is widely used.Generally, connected between the plate of device interior and use flexible printed wiring more（FPC）, or it is flexible
Cable wide（FFC）.As in the market is for the flexibility of cable, the demand of frivolous property, the connection line of machine exterior also begins to
Flexible circuitry is used on a large scale.At present, realized using onboard connector more than the connection of flexible circuitry, flexible circuitry is inserted into plate
Flexible circuitry and conductive arm are coupled together by pressing locking device after carrying connector.
The inadequate problem of current onboard flexible line connector generally existing tensile strength, when circuit two ends apply pulling force
When flexible circuitry and the easy loose contact of conductive arm or from connector abjection cause open circuit, this reduces making for electronic product
Use reliability.Secondly flexible circuitry repeatability can not be plugged from connector, be both not convenient to use, and also easily cause waste.Separately
Outward, the complex structure of the semi-automatic connector of existing flexible circuitry, parts are more, and processing and fabricating inconvenience, cost of manufacture is higher.
The content of the invention
The utility model is in view of the above-mentioned problems existing in the prior art, there is provided a kind of semi-automatic connector of flexible circuitry, knot
Structure is simple, and parts are few, and connection is flexible, reliable, is difficult abjection；Further objective is that having anti-defibrillating function.
The purpose of this utility model is achieved through the following technical solutions：
A kind of semi-automatic connector of flexible circuitry, including：Conducting wire, upper shell, lower house, grafting clamping part, it is described on
Settings button hole on housing, settings button in described button hole, it is characterised in that a wiring board is set in the lower house,
The circuit plate top surface sets shell fragment, and the wiring board is connected with described conducting wire one end, and the grafting clamping part is arranged on institute
Wiring board top is stated, the grafting clamping part sets the slot of insertion flexible circuitry plug connector, parallel on the grafting clamping part
Two elastic cantilevers are set, barb buckle is set on the elastic cantilever free end, barb buckle is stuck in the slot described in two
In the flexible circuitry plug connector on draw-in groove in, the flexible circuitry plug connector is locked, the flexible circuitry insert
Fitting bottom surface is adjacent to the shell fragment of the circuit plate top surface, the button down state, and bend downwards two elastic cantilevers,
Two barb buckles on the grafting clamping part exit the draw-in groove of the flexible circuitry plug connector.
One kind to above-mentioned technical proposal is improved：The grafting clamping part is structure as a whole, and is set on the grafting clamping part
Two cantilever mounteds are put, the cantilever mounted is parallel with the elastic cantilever, and higher than the elastic cantilever, the cantilever mounted
The slot of insertion flexible circuitry plug connector is formed between the elastic cantilever, on each elastic cantilever free end top surface
Near barb buckle outside, projection, the button bottom settings button post, the button down state, the button are set
Post is withstood on downwards on the projection of the lower section elastic cantilever free end.
Further improvement to above-mentioned technical proposal：The grafting clamping part rear end connects the elastic cantilever fixing end
Top is symmetrical arranged two raised lines, and two raised line is embedded in the upper embedded groove in the upper shell fixed, the grafting buckle part
Bottom below the elastic cantilever is to be symmetrical arranged two arc fixed strips, under two arc fixed strips insertion is described
It is fixed in lower caulking groove in housing.
Another kind to above-mentioned technical proposal is improved：The grafting clamping part is Split type structure, including upper grafting clamping part
With lower grafting clamping part, the upper grafting clamping part is fastened and connected with lower grafting clamping part, and insertion flexible wires are formed between the two
The slot of road plug connector, the upper grafting clamping part and the button bottom are connected as a single entity structure, two elastic suspendeds
Arm is arranged on the lower grafting clamping part, and insertion flexible circuitry is formed between the elastic cantilever and the upper grafting clamping part
The slot of plug connector, protruding block, institute are set on each elastic cantilever free end top surface near barb buckle outside
State grafting clamping part front bottom end to set by compression leg, the button down state is described to be withstood on downwards by compression leg described in lower section
On the protruding block of elastic cantilever free end.
Further improvement to above-mentioned technical proposal：The upper grafting clamping part rear portion be arranged in parallel two connecting rods, respectively
The connecting rod top surface sets fixed lobe, and fixed lobe described in two is embedded in the upper embedded groove in the upper shell fixed, each institute
State and strip groove be set on the bottom surface of connecting rod, the lower grafting clamping part rear portion have two fix bars respectively with two bullets
Property the connection of cantilever fixing end, connected by a cross bar between two fix bars, setting and institute on each fix bar top surface
The corresponding strip projected parts of strip groove are stated, the strip projected parts of the lower grafting clamping part are embedded in the strip of the upper grafting clamping part
Snapped together in groove, each fix bar is embedded in fixed in the lower caulking groove of the lower house.
Further improvement to above-mentioned technical proposal：Electricity is set with the circuit of the conducting wire UNICOM on the wiring board
Resistance.
Further improvement to above-mentioned technical proposal：The both sides of the upper shell are respectively arranged with upper shell anti-slip tank, institute
The both sides for stating lower house are respectively arranged with lower house anti-slip tank.
One kind to above-mentioned technical proposal is improved：The grafting clamping part is the integrative-structure of injection molding.
Another kind to above-mentioned technical proposal is improved：The upper grafting clamping part is injection molding with the button
Integrative-structure, the lower grafting clamping part is the separate piece of injection molding.
The utility model advantage compared with prior art and good effect are：
1st, the grafting clamping part of the utility model design is simple and reasonable, it is possible to reduce amount of parts, processing and fabricating
Convenient, production efficiency is high, and cost of manufacture is relatively low, easy to use, flexible, reliable.
2nd, after the utility model flexible circuitry plug connector insertion slot, it is stuck on flexible circuitry plug connector by barb buckle
In draw-in groove, and it is locked, it is to avoid flexible circuitry plug connector is pulled, it is ensured that flexible circuitry plug connector bottom surface and wiring board
The shell fragment of top surface is adjacent to.Button down state, bend downwards two elastic cantilevers, barb buckle is exited flexible circuitry plug connector
Draw-in groove, facilitate flexible circuitry plug connector release slot.
3rd, the utility model is arranged on the anti-slip tank of upper-lower casing side, increased frictional resistance, it is ensured that user grasps
Being capable of the semi-automatic connector of good grip flexible circuitry when making.
Brief description of the drawings
Fig. 1 is a kind of assembling decomposing schematic representation of the semi-automatic connector embodiment 1 of flexible circuitry of the utility model；
Fig. 2 is a kind of grafting clamping part structural representation of the semi-automatic connector embodiment 1 of flexible circuitry of the utility model;
Fig. 3 be a kind of semi-automatic connector embodiment 1 of flexible circuitry of the utility model assembling after with flexible circuitry grafting
Schematic diagram before part grafting;
Fig. 4 is a kind of assembling decomposing schematic representation of the semi-automatic connector embodiment 2 of flexible circuitry of the utility model；
Fig. 5 is that a kind of semi-automatic flexible circuitry plug connector of connector embodiment 2 insertion of flexible circuitry of the utility model is upper and lower
Schematic diagram between grafting clamping part before slot;
Fig. 6 is that a kind of semi-automatic flexible circuitry plug connector of connector embodiment 2 insertion of flexible circuitry of the utility model is upper and lower
Schematic diagram between grafting clamping part in slot;
Fig. 7 is the stereogram for showing circuit plate top surface in the semi-automatic connector of the utility model flexible circuitry；
Fig. 8 is the stereogram for showing wiring board bottom surface in the semi-automatic connector of the utility model flexible circuitry.
Fig. 1-3（Embodiment 1）In：1- upper shells, 1.1- button holes, 2- lower houses, 3- buttons, 3.1- buttons post, 4- are inserted
Connect clamping part, 4.1- elastic cantilevers, 4.1.1- barbs buckle, 4.1.2- projections, 4.2- cantilever mounteds, 4.3- arcs fixed strip,
4.4- raised lines, 5- wiring boards, 5.1- shell fragments, 6- conducting wires, 7- nets tail, 8- flexible circuitries plug connector, 8.1- slots.
Fig. 4-6（Embodiment 2）In：The upper grafting card of 21- upper shells, 21.1- button holes, 22- lower houses, 23- buttons, 24-
Buckle, 24.1- press compression leg, 24.2- connecting rods, 24.2.1- strip grooves, 24.2.2- fixed lobes, 25- wiring boards, 25.1-
Grafting clamping part under shell fragment, 26- conducting wires, 27-, 27.1- elastic cantilevers, 27.1.1- protruding blocks, 27.1.2- barbs buckle,
27.2- fix bars, 27.2.1- strip projected parts, 27.3- cross bars, 28- flexible circuitries plug connector, 28.1- slots.
Specific embodiment
The utility model is described in further detail below in conjunction with accompanying drawing：
Referring to Fig. 1-Fig. 3, a kind of embodiment 1 of the semi-automatic connector of flexible circuitry of the utility model, including：Conducting wire 6,
Net tail 7, upper shell 1, lower house 2, grafting clamping part, the settings button hole 1.1 on upper shell 1 sets in button hole 1.1 and presses
Button 1.One wiring board 5 is set in lower house 2, and the top surface of assist side 5 sets one end of shell fragment 5.1, wiring board 5 and conducting wire 6
Connection.Above-mentioned grafting clamping part sets the top of assist side 5, and insertion flexible circuitry plug connector 8 is set on grafting clamping part 4
Slot, be arranged in parallel two elastic cantilevers 4.1 on grafting clamping part 4, and barb card is set on the free end of elastic cantilever 4.1
Button 4.1.1.When in the slot on the insertion grafting of flexible circuitry plug connector 8 clamping part 4, two barb buckle 4.1.1 are stuck in flexibility
In draw-in groove 9.1 on circuit socket part 8, the flexible circuitry plug connector 8 is locked, the bottom surface of flexible circuitry plug connector 8
Shell fragment 5.1 with the top surface of wiring board 5 is adjacent to, and flexible circuitry plug connector 8 is turned on conducting wire 6.When need extract out flexible circuitry
During plug connector 8, button 3 is pressed, bend downwards two elastic cantilevers 4.1, two barb buckle 4.1.1 on grafting clamping part 5
Exit the draw-in groove 8.1 of flexible circuitry plug connector 8.
Specifically：Above-mentioned grafting clamping part 4 is the integrative-structure of injection molding, is set on grafting clamping part 4
Two cantilever mounteds 4.2, cantilever mounted 4.2 is parallel with elastic cantilever 4.1, and cantilever mounted 4.2 is higher than elastic cantilever 4.1.On
Stating the slot on grafting clamping part 4 is formed by between cantilever mounted 4.2 and elastic cantilever 4.1.Each elastic cantilever 4.1 is freely
Projection 4.1.2 is set near the outside of the barb buckle 4.1.1 on the top surface of end.In the bottom settings button post 3.1 of button 3,
When the down state of button 3, button post 3.1 are withstood on downwards on the projection 4.1.2 of the lower section free end of elastic cantilever 4.1, make elastic suspended
Arm 4.1 is bent downwardly, and the barb buckle 4.1.1 on elastic cantilever 4.1 exits the draw-in groove 8.1 of flexible circuitry plug connector 8, you can take out
Go out flexible circuitry plug connector 8.
Two raised lines 4.4, two raised lines are symmetrical arranged at the top of the rear end of the grafting clamping part 4 connection fixing end of elastic cantilever 4.1
Fixed in upper embedded groove in 4.4 insertion upper shells 1, the bottom being located at below elastic cantilever 4.1 on grafting clamping part 4 is symmetrical
Two arc fixed strips 4.3 are set, it is fixed in the lower caulking groove in two insertion lower houses 2 of arc fixed strip 4.3.
Resistance is set with the circuit of the UNICOM of conducting wire 6 in assist side 5, the resistance of resistance is 1 kilohm, is thus had
There is anti-defibrillating function.
Upper shell anti-slip tank is respectively arranged with the both sides of upper shell 1, lower house is respectively arranged with the both sides of lower house 2
Anti-slip tank.This adds increased the curable grip between connector and hand, it is ensured that user being capable of good grip connector when operating.
Referring to Fig. 4-Fig. 6, a kind of embodiment 2 of the semi-automatic connector of flexible circuitry of the utility model, including：Conducting wire
26th, upper shell 21, lower house 22, grafting clamping part, settings button hole 21.1 on upper shell 21 sets in button hole 21.1 and presses
Button 23, sets a wiring board 25 in lower house 22, and the top surface of assist side 25 sets shell fragment 25.1, by wiring board 25 and conducting wire
26 one end connect.Above-mentioned grafting clamping part sets the top of assist side 25, and grafting clamping part is Split type structure, including upper grafting
Clamping part 24 and lower grafting clamping part 27, upper grafting clamping part 24 pass through to be fastened and connected with lower grafting clamping part 27, upper grafting card
The slot 28.1 of insertion flexible circuitry plug connector 28 is formed between buckle 24 and lower grafting clamping part 27.
Specifically：Above-mentioned upper grafting clamping part 25 and the bottom of button 23 are connected as a single entity structure, in lower grafting clamping part 27
On be arranged in parallel two elastic cantilevers 27.1, the slot for inserting flexible circuitry plug connector 28 be by elastic cantilever 27.1 with
Formed between grafting clamping part 24.Barb buckle 27.1.2, each elasticity are set on the free end top surface of each elastic cantilever 27.1
Protruding block 27.1.1 is set near barb buckle 27.1.2 outsides on the free end top surface of cantilever 27.1, in upper grafting clamping part 24
Front bottom end sets and presses compression leg 24.1.Inserted for inserting the above-mentioned of flexible circuitry plug connector 28 when flexible circuitry plug connector 28 is inserted
When in groove, two barb buckle 27.1.2 are stuck in the draw-in groove 28.1 on flexible circuitry plug connector 28, by the flexible circuitry grafting
Part 28 is locked, and the bottom surface of flexible circuitry plug connector 28 is adjacent to the shell fragment 25.1 of the top surface of wiring board 25, makes flexible circuitry grafting
Part 28 is turned on conducting wire 26.When needing to extract out flexible circuitry plug connector 28, button 23 is pressed, pushed up downwards by compression leg 24.1
On the protruding block 27.1.1 of the lower section elastic cantilever free end, it is bent downwardly elastic cantilever 27.1.Elastic cantilever 27.1
Barb buckle 27.1.2 exit the draw-in groove 28.1 of flexible circuitry plug connector 28, you can extract flexible circuitry plug connector 28 out.
The above-mentioned upper rear portion of grafting clamping part 24 is be arranged in parallel two connecting rods 24.2, and the top surface of each connecting rod 24.2 is set to be fixed
It is fixed in upper embedded groove in raised 24.2.2, two fixed lobe 24.2.2 insertion upper shell 21, on the bottom surface of each connecting rod 24.2
Strip groove 24.2.1 is set.The lower rear portion of grafting clamping part 27 have two fix bars 27.2 respectively with two elastic cantilevers 27.1
Fixing end is connected, and is connected by a cross bar 27.3 between two fix bars 27.2.Set on the top surface of each fix bar 27.2 with it is described
The corresponding strip projected parts 27.2.1 of strip groove 24.2.1, by grafting in the strip projected parts 27.2.1 insertions of lower grafting clamping part 27
Snapped together in the strip groove 24.2.1 of clamping part 24, it is fixed in the lower caulking groove of the insertion lower house 22 of each fix bar 27.2.
Above-mentioned upper grafting clamping part 25 is the integrative-structure of injection molding, above-mentioned lower grafting clamping part 27 with button 23
It is the separate piece of injection molding.
Resistance is set with the circuit of the UNICOM of the conducting wire 26 in assist side 25, the resistance of resistance is 1 kilohm, this
Sample just has anti-defibrillating function.
Upper shell anti-slip tank is respectively arranged with the both sides of upper shell 21, lower casing is respectively arranged with the both sides of lower house 22
Body anti-slip tank.This adds increased the curable grip between connector and hand, it is ensured that being capable of good grip connection when user operates
Device.
As shown in Figure 7 and Figure 8, an embodiment for wiring board in the semi-automatic connector of the utility model flexible circuitry,
Anti- defibrillation electricity consumption resistance 32 is set in the circuit that wiring board is connected with conducting wire, and the resistance of anti-defibrillation electricity consumption resistance 32 is 1 kilohm, is prevented
Defibrillation is set on assist side bottom surface with resistance 32, thus realizes anti-defibrillating function.The direction of arrow refers to remove in Fig. 7 and Fig. 8
High pressure of quivering is moved towards, and is a process for step-down by resistance.Set on contact terminal 31 in Fig. 7 and connect with flexible circuitry plug connector
Tactile shell fragment.
Certainly, described above is not that, to limitation of the present utility model, the utility model is also not limited to the example above, this
The those of ordinary skill of technical field, the change made in essential scope of the present utility model, remodeling, addition or replacement,
Fall within protection domain of the present utility model.
Claims (10)
1. the semi-automatic connector of a kind of flexible circuitry, including：Conducting wire, upper shell, lower house, grafting clamping part, the upper casing
Settings button hole on body, settings button in described button hole, it is characterised in that a wiring board, institute are set in the lower house
State circuit plate top surface and shell fragment is set, the wiring board is connected with described conducting wire one end, the grafting clamping part is arranged on described
Wiring board top, the grafting clamping part sets the slot of insertion flexible circuitry plug connector, parallel on the grafting clamping part to set
Two elastic cantilevers are put, barb buckle is set on the elastic cantilever free end, barb buckle is stuck in the slot described in two
The flexible circuitry plug connector on draw-in groove in, the flexible circuitry plug connector is locked, the flexible circuitry grafting
Part bottom surface is adjacent to the shell fragment of the circuit plate top surface, the button down state, and bend downwards two elastic cantilevers, institute
State the draw-in groove that two barb buckles on grafting clamping part exit the flexible circuitry plug connector.
2. according to the semi-automatic connector of flexible circuitry described in claim 1, it is characterised in that the grafting clamping part is one
Body structure, sets two cantilever mounteds on the grafting clamping part, the cantilever mounted is parallel with the elastic cantilever, and is higher than
The elastic cantilever, forms the slot of insertion flexible circuitry plug connector between the cantilever mounted and the elastic cantilever,
Projection, button bottom settings button are set near barb buckle outside on each elastic cantilever free end top surface
Post, the button down state, the button post is withstood on downwards on the projection of the lower section elastic cantilever free end.
3. according to the semi-automatic connector of flexible circuitry described in claim 2, it is characterised in that the grafting clamping part rear end
Connect and two raised lines are symmetrical arranged at the top of the elastic cantilever fixing end, two raised line is embedded in the upper embedded groove in the upper shell
Interior fixation, bottom of the grafting buckle part below the elastic cantilever is described to be symmetrical arranged two arc fixed strips
Two arc fixed strips are embedded in the lower caulking groove in the lower house to be fixed.
4. according to the semi-automatic connector of flexible circuitry described in claim 1, it is characterised in that the grafting clamping part is to divide
Body structure, including upper grafting clamping part and lower grafting clamping part, the upper grafting clamping part are fastened and connected with lower grafting clamping part,
The slot of insertion flexible circuitry plug connector is formed between the two, and the upper grafting clamping part is linked as one with the button bottom
Body structure, two elastic cantilevers are arranged on the lower grafting clamping part, the elastic cantilever and the upper grafting buckle
The slot of insertion flexible circuitry plug connector is formed between portion, near the barb on each elastic cantilever free end top surface
Buckle outside sets protruding block, and the upper grafting clamping part front bottom end is set presses compression leg, and the button down state is described to press
Compression leg is withstood on downwards on the protruding block of the lower section elastic cantilever free end.
5. according to the semi-automatic connector of flexible circuitry described in claim 4, it is characterised in that after the upper grafting clamping part
Portion be arranged in parallel two connecting rods, and each connecting rod top surface sets fixed lobe, and fixed lobe described in two is embedded in the upper casing
It is fixed in internal upper embedded groove, strip groove is set on the bottom surface of each connecting rod, the lower grafting clamping part rear portion has two
Root fix bar is connected with two elastic cantilever fixing ends respectively, is connected by a cross bar between two fix bars, respectively
Strip projected parts corresponding with the strip groove are set on the fix bar top surface, and the strip projected parts of the lower grafting clamping part are embedding
Snapped together in the strip groove for entering the upper grafting clamping part, each fix bar is embedded in the lower caulking groove of the lower house
It is fixed.
6. according to the semi-automatic connector of flexible circuitry described in claim any one of 1-5, it is characterised in that on the wiring board
Resistance is set with the circuit of the conducting wire UNICOM.
7. according to the semi-automatic connector of flexible circuitry described in claim any one of 1-5, it is characterised in that the upper shell
Both sides are respectively arranged with upper shell anti-slip tank, and the both sides of the lower house are respectively arranged with lower house anti-slip tank.
8. according to the semi-automatic connector of flexible circuitry described in claim 6, it is characterised in that the both sides difference of the upper shell
Upper shell anti-slip tank is provided with, the both sides of the lower house are respectively arranged with lower house anti-slip tank.
9. according to the semi-automatic connector of flexible circuitry described in claim any one of 1-3, it is characterised in that the grafting buckle
Portion is the integrative-structure of injection molding.
10. according to the semi-automatic connector of flexible circuitry described in claim 4 or 5, it is characterised in that the upper grafting clamping part
It is the integrative-structure of injection molding with the button, the lower grafting clamping part is the separate piece of injection molding.
Priority Applications (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621211656.9U CN206259520U (en) | 2016-11-10 | 2016-11-10 | The semi-automatic connector of flexible circuitry |
| JP2018568422A JP6669902B2 (en) | 2016-11-10 | 2016-12-30 | Flexible circuit connector |
| US16/314,334 US10630012B2 (en) | 2016-11-10 | 2016-12-30 | Semi-automatic connector for flexible circuit |
| PCT/CN2016/113345 WO2018086228A1 (en) | 2016-11-10 | 2016-12-30 | Semi-automatic connector for flexible circuit |
| EP16920958.2A EP3540863B1 (en) | 2016-11-10 | 2016-12-30 | Semi-automatic connector for flexible circuit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621211656.9U CN206259520U (en) | 2016-11-10 | 2016-11-10 | The semi-automatic connector of flexible circuitry |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206259520U true CN206259520U (en) | 2017-06-16 |
Family
ID=59025772
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621211656.9U Withdrawn - After Issue CN206259520U (en) | 2016-11-10 | 2016-11-10 | The semi-automatic connector of flexible circuitry |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206259520U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106505343A (en) * | 2016-11-10 | 2017-03-15 | 青岛光电医疗科技有限公司 | The semi-automatic adapter of flexible circuitry |
| US10630012B2 (en) | 2016-11-10 | 2020-04-21 | Qingdao Bright Medical Manufacturing Co., Ltd. | Semi-automatic connector for flexible circuit |
-
2016
- 2016-11-10 CN CN201621211656.9U patent/CN206259520U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106505343A (en) * | 2016-11-10 | 2017-03-15 | 青岛光电医疗科技有限公司 | The semi-automatic adapter of flexible circuitry |
| US10630012B2 (en) | 2016-11-10 | 2020-04-21 | Qingdao Bright Medical Manufacturing Co., Ltd. | Semi-automatic connector for flexible circuit |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170616 Effective date of abandoning: 20180807 |
|
| AV01 | Patent right actively abandoned |