CN203365598U - Cable automatic tester - Google Patents
Cable automatic tester Download PDFInfo
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- CN203365598U CN203365598U CN2013203527830U CN201320352783U CN203365598U CN 203365598 U CN203365598 U CN 203365598U CN 2013203527830 U CN2013203527830 U CN 2013203527830U CN 201320352783 U CN201320352783 U CN 201320352783U CN 203365598 U CN203365598 U CN 203365598U
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- cable
- circuit module
- marshalling
- heart yearn
- cylinder
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Abstract
The utility model discloses a cable automatic tester. A program circuit module is connected to a drive circuit module for data interaction. A cable sensing device is connected to the program circuit module for data transmission. The drive circuit module controls and is connected to a drive gas circuit mechanism to drive each fixed air cylinder to move. The drive circuit module is connected to a cable state indicating module for signal transmission. The drive circuit module is connected to an insulation resistance meter for bi-directional signal transmission. A left marshalling sliding conductive block, a left core line sliding conductive block, a right marshalling sliding conductive block, a right core line sliding conductive block are connected electrically to a relay respectively. The relay is also connected to the drive circuit module for bi-directional signal transmission. The cable automatic tester enables automated testing of cable core line continuity, marshalling conduction and insulation between core lines and marshallings, prevents undetected phenomena caused by manual inspection and improves the detection efficiency and accuracy.
Description
Technical field
The utility model relates to a kind of cable automatic testing instrument, belongs to the wireline test technical field.
Background technology
At present, cable is the convectional signals Transmission Part, the coverage that its cable heart yearn conduction, marshalling conduction and heart yearn marshalling insulativity are transmitted signal and the sharpness of signal transmission are extremely important, but prior art is all that the employee measures with multimeter to cable heart yearn conduction, marshalling conduction and heart yearn marshalling insulativity, and whether have broken string, whether meet examination criteria if testing its cable, due to manually detecting, efficiency is slow, easily undetected, causes customer complaint continuous.
Summary of the invention
Technical problem to be solved in the utility model is the defect that overcomes prior art, a kind of cable automatic testing instrument is provided, it can realize the automatic test to the insulativity between cable heart yearn conduction, marshalling conduction and heart yearn marshalling, the undetected phenomenon of avoiding manual detection to bring, improve its detection efficiency and accuracy rate.
The utility model solves the problems of the technologies described above the technical scheme of taking: a kind of cable automatic testing instrument, and it comprises left marshalling sliding conduction piece, left heart yearn sliding conduction piece, right marshalling sliding conduction piece, right heart yearn sliding conduction piece, left marshalling is cylinder fixedly, left heart yearn is cylinder fixedly, right marshalling is cylinder fixedly, right heart yearn is cylinder fixedly, the program circuit module, drive circuit module, cable state indicating module, relay, insulation opposing meter, supply module, there is the cable positioning mould holder of two instrument connections that can insert respectively corresponding cable two ends and coordinate described each driving gas circuit mechanism that fixedly cylinder moves and be used for responding to the cable induction installation whether the cable two ends insert instrument connection, left marshalling sliding conduction piece is arranged on the fixedly movable end of cylinder of left marshalling, left heart yearn sliding conduction piece is arranged on the fixedly movable end of cylinder of left heart yearn, right heart yearn sliding conduction piece is arranged on the fixedly movable end of cylinder of right marshalling, right heart yearn sliding conduction piece is arranged on the fixedly movable end of cylinder of right heart yearn, the program circuit module is connected to realize data interaction with drive circuit module, the cable induction installation is connected to realize data transmission with the program circuit module, the drive circuit module control linkage drives gas circuit mechanism to order about each fixedly action of cylinder, drive circuit module is connected to realize the signal transmission with cable state indicating module, drive circuit module is connected to realize the signal transmitted in both directions with insulation opposing meter, left marshalling sliding conduction piece, left heart yearn sliding conduction piece, right marshalling sliding conduction piece, right heart yearn sliding conduction piece is electrically connected with relay respectively, and relay also is connected to realize the signal transmitted in both directions with drive circuit module.
Further, be respectively arranged with the fixedly fixing conducting block of conducting block and right marshalling of left marshalling above two instrument connections of described cable positioning mould holder, at the end of two instrument connections of described cable positioning mould holder, be respectively arranged with the fixedly fixing conducting block of conducting block and right heart yearn of left heart yearn.
Further, described driving gas circuit mechanism comprises draft tube, the pressure regulation filtrator, left way solenoid valve and right wing solenoid valve, draft tube is connected with the inlet end of pressure regulation filtrator, the outlet side of pressure regulation filtrator is connected with the inlet end of right wing solenoid valve with left way solenoid valve respectively, left way solenoid valve respectively with described left marshalling fixedly cylinder and left heart yearn fixedly cylinder be connected, the right wing solenoid valve respectively with described right marshalling fixedly cylinder and right heart yearn fixedly cylinder be connected, the signal input part of left way solenoid valve and right wing solenoid valve is connected with drive circuit module respectively.
Further, described cable induction installation comprises the left optoelectronic switch for responding to cable one end and the right optoelectronic switch that is used for responding to the cable other end, left optoelectronic switch is arranged on one of them instrument connection place of cable positioning mould holder, right optoelectronic switch is arranged on another instrument connection place of cable positioning mould holder, and the signal output part of left optoelectronic switch and right optoelectronic switch is connected with the program circuit module respectively.
Further, described supply module comprises attaching plug, fuse, power switch and the transformer be electrically connected successively.
Further, described cable state indicating module comprises alarm and/or LED light and/or voice module, voice module comprises speech processing module and be connected to the loudspeaker on speech processing module, and alarm and/or LED light and/or speech processing module are connected on the signal output part of described drive circuit module.
Further, also be connected with the counter for counting on described drive circuit module.
Further, also be connected with the defective products locking switch on described program circuit module.
After having adopted technique scheme, one end of cable is put into one of them instrument connection of cable positioning mould holder, left optoelectronic switch induction work, induced signal passes to the program circuit module, the program circuit module output signal is to drive circuit module, drive circuit module drives left way solenoid valve work, the open air valve 0.1-0.2MPa of left way solenoid valve work air pressure flow into the fixedly fixing cylinder of cylinder and left heart yearn of left marshalling, left marshalling fixedly cylinder promotes the marshalling that left marshalling sliding conduction piece is clamped cable one end, also can adopt and make to compress more effective with the left marshalling mode that fixedly conducting block coordinates, left heart yearn fixedly cylinder promotes the heart yearn that left heart yearn sliding conduction piece is clamped cable one end, also can adopt and make to compress more effective with the left heart yearn mode that fixedly conducting block coordinates, the cable other end is put into another instrument connection of cable positioning mould holder, right optoelectronic switch induction work, induced signal passes to the program circuit module, the program circuit module output signal is to drive circuit module, drive circuit module drives the right wing electromagnetic valve work.The open air valve 0.1-0.2MPa of right wing electromagnetic valve work air pressure flow into the fixedly fixing cylinder of cylinder and right heart yearn of right marshalling.Right marshalling fixedly cylinder promotes right marshalling sliding conduction piece, clamp the marshalling of the cable other end, also can adopt and make to compress more effective with the right marshalling mode that fixedly conducting block coordinates, right heart yearn fixedly cylinder promotes the heart yearn that right heart yearn sliding conduction piece is clamped the cable other end, also can adopt and make to compress more effective with the right heart yearn mode that fixedly conducting block coordinates.When all cylinder crampings have moved, the marshalling at cable two ends, the conducting block contact that heart yearn is corresponding, after the conducting block contact that marshalling, the heart yearn at program circuit Module recognition cable two ends is corresponding is good, output signal is to drive circuit module, drive circuit module drives the actuating of relay and insulation opposing meter output test signal, LED light is lighted the blue indication of test simultaneously, insulation opposing instrumentation trial signal is after relay switch: output to left heart yearn sliding conduction piece and right heart yearn sliding conduction piece, the heart yearn conducting of cable is measured; Output to left marshalling sliding conduction piece and right marshalling sliding conduction piece, the marshalling conducting of cable is measured; Output to left marshalling sliding conduction piece and right heart yearn sliding conduction piece, the heart yearn of coaxial cord and the insulativity between marshalling are measured, test parameter feeds back to drive circuit module, and pass to the program circuit module, then count value is resisted in the indication insulation, and the test result of resolution cable: 1) certified products, the LED light point gives a green light and indicates the unison counter counting, loudspeaker send the OK voice, the program circuit module output signal is to drive circuit module, drive circuit module drives left way solenoid valve and right wing electromagnetic valve work, and all fixedly cylinders unclamp the cable return; 2) unacceptable product, the LED light point sends out a warning and indicates alarm equipment alarm simultaneously, and counter is not counted, and the program circuit module output signal is to drive circuit module, drive circuit module drives left way solenoid valve and right wing electromagnetic valve work, and all fixedly cylinders are pressed always and clamped cable.3) the test failure product are need to open the defective products locking switch to sound all clear, all fixedly cylinders unclamp the electric wire return, so just can realize the automatic test to the insulativity between cable heart yearn conduction, marshalling conduction and heart yearn marshalling, the undetected phenomenon of avoiding manual detection to bring, improve its detection efficiency and accuracy rate.
The accompanying drawing explanation
The assembling explosive view that Fig. 1 is cable automatic testing instrument of the present utility model;
Explosive view is amplified in the part that Fig. 2 is cable automatic testing instrument of the present utility model;
The theory diagram that Fig. 3 is cable automatic testing instrument of the present utility model.
Embodiment
For content of the present utility model more easily is expressly understood, below according to specific embodiment also by reference to the accompanying drawings, the utility model is described in further detail.
As shown in Fig. 1 ~ 3, a kind of cable automatic testing instrument, it comprises left marshalling sliding conduction piece 1, left heart yearn sliding conduction piece 2, right marshalling sliding conduction piece 3, right heart yearn sliding conduction piece 4, left marshalling is cylinder 5 fixedly, left heart yearn is cylinder 6 fixedly, right marshalling is cylinder 7 fixedly, right heart yearn is cylinder 8 fixedly, program circuit module 9, drive circuit module 10, cable state indicating module, relay 11, insulation opposing meter 12, supply module, there is the cable positioning mould holder 13 of two instrument connections that can insert respectively corresponding cable two ends and coordinate described each driving gas circuit mechanism that fixedly cylinder moves and be used for responding to the cable induction installation whether the cable two ends insert instrument connection, left marshalling sliding conduction piece 1 is arranged on the fixedly movable end of cylinder 5 of left marshalling, left heart yearn sliding conduction piece 2 is arranged on the fixedly movable end of cylinder 6 of left heart yearn, right heart yearn sliding conduction piece 4 is arranged on the fixedly movable end of cylinder 7 of right marshalling, right heart yearn sliding conduction piece 4 is arranged on the fixedly movable end of cylinder 8 of right heart yearn, program circuit module 9 is connected to realize data interaction with drive circuit module 10, the cable induction installation is connected to realize data transmission with program circuit module 9, drive circuit module 10 control linkages drive gas circuit mechanism to order about each fixedly action of cylinder, drive circuit module 10 is connected to realize the signal transmission with cable state indicating module, drive circuit module 10 is connected to realize the signal transmitted in both directions with insulation opposing meter 12, left marshalling sliding conduction piece 1, left heart yearn sliding conduction piece 2, right marshalling sliding conduction piece 3, right heart yearn sliding conduction piece 4 is electrically connected with relay 11 respectively, and relay 11 also is connected to realize the signal transmitted in both directions with drive circuit module 10.
Be respectively arranged with the fixedly fixing conducting block 16 of conducting block 15 and right marshalling of left marshalling above 13 two instrument connections of cable positioning mould holder, at the end of two instrument connections of cable positioning mould holder 13, be respectively arranged with the fixedly fixing conducting block 18 of conducting block 17 and right heart yearn of left heart yearn.
Drive gas circuit mechanism to comprise draft tube 19, pressure regulation filtrator 20, left way solenoid valve 21 and right wing solenoid valve 22, draft tube 19 is connected with the inlet end of pressure regulation filtrator 20, the outlet side of pressure regulation filtrator 20 is connected with the inlet end of right wing solenoid valve 22 with left way solenoid valve 21 respectively, left way solenoid valve 21 respectively with described left marshalling fixedly cylinder 5 and left heart yearn fixedly cylinder 6 be connected, right wing solenoid valve 22 respectively with described right marshalling fixedly cylinder 7 and right heart yearn fixedly cylinder 8 be connected, the signal input part of left way solenoid valve 21 and right wing solenoid valve 22 is connected with drive circuit module 10 respectively.
The cable induction installation comprises the left optoelectronic switch 23 for responding to cable one end and the right optoelectronic switch 24 that is used for responding to the cable other end, left optoelectronic switch 23 is arranged on one of them instrument connection place of cable positioning mould holder 13, right optoelectronic switch 24 is arranged on another instrument connection place of cable positioning mould holder 13, and the signal output part of left optoelectronic switch 23 and right optoelectronic switch 24 is connected with program circuit module 9 respectively.
Supply module comprises attaching plug 25, fuse 26, power switch 27 and the transformer 28 be electrically connected successively.
Cable state indicating module comprises alarm 29 and/or LED light 30 and/or voice module, voice module comprises speech processing module 31 and is connected to the loudspeaker 32 on speech processing module 31, and alarm 29 and/or LED light 30 and/or speech processing module 31 are connected on the signal output part of described drive circuit module 10.
Also be connected with the counter 33 for counting on drive circuit module 10.
Also be connected with defective products locking switch 34 on program circuit module 9.
Principle of work of the present invention is as follows:
Connect alternating voltage 110-220V, through fuse 26, to power switch 27, flow to transformer 28 again, after transformation, transformer 28 output dc voltages are to program circuit module 9, drive circuit module 10 and speech processing module 31.The air pressure of connecting source of the gas air pressure 1.0-0.2MPa after filter regulator 20 pressure regulation filtrations of 1.0-1.0MPa outputs to left way solenoid valve 21 and right wing solenoid valve 22.
One end of cable is put into one of them instrument connection of cable positioning mould holder 13, left optoelectronic switch 23 induction work, induced signal passes to program circuit module 9, program circuit module 9 output signals are to drive circuit module 10, drive circuit module 10 drives left way solenoid valve 21 work, the open air valve 0.1-0.2MPa of left way solenoid valve 21 work air pressure flow into the fixedly fixing cylinder 6 of cylinder 5 and left heart yearn of left marshalling, left marshalling fixedly cylinder 5 promotes the marshalling that left marshalling sliding conduction piece 1 is clamped cable one end, also can adopt and make to compress more effective with the left marshalling mode that fixedly conducting block 15 coordinates, left heart yearn fixedly cylinder 6 promotes the heart yearn that left heart yearn sliding conduction piece 2 is clamped cable one end, also can adopt and make to compress more effective with the left heart yearn mode that fixedly conducting block 17 coordinates, the cable other end is put into another instrument connection of cable positioning mould holder 13, right optoelectronic switch 24 induction work, induced signal passes to program circuit module 9, program circuit module 9 output signals are to drive circuit module 10, drive circuit module 10 drives 22 work of right wing solenoid valve.The open air valve 0.1-0.2MPa of right wing solenoid valve 22 work air pressure flow into the fixedly fixing cylinder 8 of cylinder 7 and right heart yearn of right marshalling.Right marshalling fixedly cylinder 7 promotes right marshalling sliding conduction piece 3, clamp the marshalling of the cable other end, also can adopt and make to compress more effective with the right marshalling mode that fixedly conducting block 16 coordinates, right heart yearn fixedly cylinder 8 promotes the heart yearn that right heart yearn sliding conduction piece 4 is clamped the cable other end, also can adopt and make to compress more effective with the right heart yearn mode that fixedly conducting block 18 coordinates.When all cylinder crampings have moved, the marshalling at cable two ends, the conducting block contact that heart yearn is corresponding, after the conducting block contact that marshalling, the heart yearn at program circuit module 9 identification cable two ends is corresponding is good, output signal is to drive circuit module 10, drive circuit module 10 drives relay 11 actions and insulation opposing meter 12 output test signals, LED light 30 is lighted the blue indication of test simultaneously, insulation opposing meter 12 test signals are after relay 11 switchings: output to left heart yearn sliding conduction piece 2 and right heart yearn sliding conduction piece 4, the heart yearn conducting of cable is measured, output to left marshalling sliding conduction piece 1 and right marshalling sliding conduction piece 3, the marshalling conducting of cable is measured, output to left marshalling sliding conduction piece 1 and right heart yearn sliding conduction piece 4, the heart yearn of cable and the insulativity between marshalling are measured, test parameter feeds back to drive circuit module 10, and pass to program circuit module 9, then 12 numerical value are counted in indication insulation opposing, and the test result of resolution cable: 1) certified products, 30 of LED light give a green light and indicate unison counter 33 countings, loudspeaker 32 send the OK voice, program circuit module 9 output signals are to drive circuit module 10, drive circuit module 10 drives left way solenoid valve 21 and 22 work of right wing solenoid valve, all fixedly cylinders unclamp the cable return, 2) unacceptable product, 30 of LED light send out a warning and indicate alarm 29 simultaneously to report to the police, counter 33 is not counted, program circuit module 9 output signals are to drive circuit module 10, drive circuit module 10 drives left way solenoid valve 21 and 22 work of right wing solenoid valve, and all fixedly cylinders are pressed always and clamped cable.3) the test failure product are need to open defective products locking switch 34 to sound all clear, all fixedly cylinders unclamp the electric wire return, so just can realize the automatic test to the insulativity between cable heart yearn conduction, marshalling conduction and heart yearn marshalling, the undetected phenomenon of avoiding manual detection to bring, improve its detection efficiency and accuracy rate.
Operation steps of the present utility model is as follows:
1, with reference to the explanation size, the corresponding peeling of cable two the end of a thread;
2, smooth being bumped in instrument connection of entire volume electric wire two rear line heads of test, guarantee heart yearn conflict conducting block, the end of a thread contact is good.The induction of electric wire induction light electric switch is fixing;
3, after electric wire two rear line heads are correctly fixed, tester is tested automatically.
4, after electric wire test OK, sound, light point out detection qualified, and counting.
5, defective products test, the LED when red, two alarms send the sound of " BZ ", and the first straight clamping of static line, now need to confirm defective products, unblank to take out electric wire.
Above-described specific embodiment; technical matters, technical scheme and beneficial effect to solution of the present utility model further describe; institute is understood that; the foregoing is only specific embodiment of the utility model; be not limited to the utility model; all within spirit of the present utility model and principle, any modification of making, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.
Claims (8)
1. a cable automatic testing instrument, it is characterized in that: it comprises left marshalling sliding conduction piece (1), left heart yearn sliding conduction piece (2), right marshalling sliding conduction piece (3), right heart yearn sliding conduction piece (4), left marshalling is cylinder (5) fixedly, left heart yearn is cylinder (6) fixedly, right marshalling is cylinder (7) fixedly, right heart yearn is cylinder (8) fixedly, program circuit module (9), drive circuit module (10), cable state indicating module, relay (11), insulation opposing meter (12), supply module, there is the cable positioning mould holder (13) of two instrument connections that can insert respectively corresponding cable two ends and coordinate described each driving gas circuit mechanism that fixedly cylinder moves and be used for responding to the cable induction installation whether the cable two ends insert instrument connection, left marshalling sliding conduction piece (1) is arranged on the fixedly movable end of cylinder (5) of left marshalling, left heart yearn sliding conduction piece (2) is arranged on the fixedly movable end of cylinder (6) of left heart yearn, right heart yearn sliding conduction piece (4) is arranged on the fixedly movable end of cylinder (7) of right marshalling, right heart yearn sliding conduction piece (4) is arranged on the fixedly movable end of cylinder (8) of right heart yearn, program circuit module (9) is connected to realize data interaction with drive circuit module (10), the cable induction installation is connected to realize data transmission with program circuit module (9), drive circuit module (10) control linkage drives gas circuit mechanism to order about each fixedly action of cylinder, drive circuit module (10) is connected to realize the signal transmission with cable state indicating module, drive circuit module (10) is connected to realize the signal transmitted in both directions with insulation opposing meter (12), left marshalling sliding conduction piece (1), left heart yearn sliding conduction piece (2), right marshalling sliding conduction piece (3), right heart yearn sliding conduction piece (4) is electrically connected with relay (11) respectively, and relay (11) also is connected to realize the signal transmitted in both directions with drive circuit module (10).
2. cable automatic testing instrument according to claim 1, it is characterized in that: be respectively arranged with the fixedly fixing conducting block (16) of conducting block (15) and right marshalling of left marshalling in the top of (13) two instrument connections of described cable positioning mould holder, at the end of two instrument connections of described cable positioning mould holder (13), be respectively arranged with the fixedly fixing conducting block (18) of conducting block (17) and right heart yearn of left heart yearn.
3. cable automatic testing instrument according to claim 1 and 2, it is characterized in that: described driving gas circuit mechanism comprises draft tube (19), pressure regulation filtrator (20), left way solenoid valve (21) and right wing solenoid valve (22), draft tube (19) is connected with the inlet end of pressure regulation filtrator (20), the outlet side of pressure regulation filtrator (20) is connected with the inlet end of right wing solenoid valve (22) with left way solenoid valve (21) respectively, left way solenoid valve (21) respectively with described left marshalling fixedly cylinder (5) and left heart yearn fixedly cylinder (6) be connected, right wing solenoid valve (22) respectively with described right marshalling fixedly cylinder (7) and right heart yearn fixedly cylinder (8) be connected, the signal input part of left way solenoid valve (21) and right wing solenoid valve (22) is connected with drive circuit module (10) respectively.
4. cable automatic testing instrument according to claim 1 and 2, it is characterized in that: described cable induction installation comprises the left optoelectronic switch (23) for responding to cable one end and the right optoelectronic switch (24) that is used for responding to the cable other end, left optoelectronic switch (23) is arranged on one of them instrument connection place of cable positioning mould holder (13), right optoelectronic switch (24) is arranged on another instrument connection place of cable positioning mould holder (13), and the signal output part of left optoelectronic switch (23) and right optoelectronic switch (24) is connected with program circuit module (9) respectively.
5. cable automatic testing instrument according to claim 1 and 2 is characterized in that: described supply module comprises attaching plug (25), fuse (26), power switch (27) and the transformer (28) be electrically connected successively.
6. cable automatic testing instrument according to claim 1 and 2, it is characterized in that: described cable state indicating module comprises alarm (29) and/or LED light (30) and/or voice module, voice module comprises speech processing module (31) and is connected to the loudspeaker (32) on speech processing module (31), and alarm (29) and/or LED light (30) and/or speech processing module (31) are connected on the signal output part of described drive circuit module (10).
7. cable automatic testing instrument according to claim 1 and 2, is characterized in that: also be connected with the counter (33) for counting on described drive circuit module (10).
8. cable automatic testing instrument according to claim 1 and 2, is characterized in that: also be connected with defective products locking switch (34) on described program circuit module (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203527830U CN203365598U (en) | 2013-06-19 | 2013-06-19 | Cable automatic tester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203527830U CN203365598U (en) | 2013-06-19 | 2013-06-19 | Cable automatic tester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203365598U true CN203365598U (en) | 2013-12-25 |
Family
ID=49813343
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013203527830U Expired - Fee Related CN203365598U (en) | 2013-06-19 | 2013-06-19 | Cable automatic tester |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203365598U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103344868A (en) * | 2013-06-19 | 2013-10-09 | 四国电线（东莞）有限公司 | Cable automatic tester |
-
2013
- 2013-06-19 CN CN2013203527830U patent/CN203365598U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103344868A (en) * | 2013-06-19 | 2013-10-09 | 四国电线（东莞）有限公司 | Cable automatic tester |
| CN103344868B (en) * | 2013-06-19 | 2015-10-28 | 四国电线（东莞）有限公司 | Cable automatic testing instrument |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20131225 Effective date of abandoning: 20151028 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131225 Termination date: 20150619 |
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| EXPY | Termination of patent right or utility model |