CN203911204U - Terminal high-speed cutting insertion device - Google Patents

Terminal high-speed cutting insertion device Download PDF

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Publication number
CN203911204U
CN203911204U CN201420353633.6U CN201420353633U CN203911204U CN 203911204 U CN203911204 U CN 203911204U CN 201420353633 U CN201420353633 U CN 201420353633U CN 203911204 U CN203911204 U CN 203911204U
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CN
China
Prior art keywords
cam
terminal
cuts
send
clamping
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Withdrawn - After Issue
Application number
CN201420353633.6U
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Chinese (zh)
Inventor
左春玉
韩海庆
李培欣
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Goertek Inc
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Goertek Inc
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Application filed by Goertek Inc filed Critical Goertek Inc
Priority to CN201420353633.6U priority Critical patent/CN203911204U/en
Application granted granted Critical
Publication of CN203911204U publication Critical patent/CN203911204U/en
Withdrawn - After Issue legal-status Critical Current
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Abstract

The utility model discloses a terminal high-speed cutting insertion device, and pertains to the technical field of connection and insertion element equipment. The device comprises a rack. The rack is provided with a feeding device, a clamping and cutting device, a forwarding device and an insertion device. The clamping and cutting device comprises a forwarding sliding block. The forwarding sliding block is provided with a clamping arm and a cutting arm. The end portion of the clamping arm is elastically connected with a clamping jaw. The insertion device comprises an insertion through hole. An insertion rod is installed into the insertion through hole. According to the utility model, the clamping and cutting of terminals can be realized only through a set of devices, so not only the manufacture cost can be realized, and but also the production efficiency can be improved; in the whole process, the terminals are clamped elastically, so the damage of the appearance of the terminals can be avoided; and a pre-insertion step is added, so after the terminals are pre-inserted in place, the terminals are jacked into a connector plastic housing through the insertion rod to realize accurate insertion, so the yield can be greatly improved.

Description

Terminal cuts at a high speed insertion apparatus
Technical field
The utility model belongs to connector equipment technical field, relates in particular to a kind of terminal and cuts at a high speed insertion apparatus.
Background technology
At present, in industries such as connectors, carry for the ease of the automation of terminal, generally some terminals are arranged in successively on sideband and form terminal material belt, on sideband, be provided with some location holes along its bearing of trend.
It is first to clamp terminal that the clamping of most of terminal needle inserting machines cuts group, cutting of complete paired terminals again, need to design separately clamping fixture, cut tool, then carry out respectively two actions, be finally directly inserted in connector plastic shell cutting after the terminal getting off clamps.Adopt this design, the one, it is high that clamping cuts the manufacturing cost of group, and transfer completes and causes efficiency low; Two is that a step is inserted, and easily occurs inserting phenomenon not in place, affects yields.
In addition, in prior art, complete the general all or part of employing pneumatic mode of power set of each action, operation inaccuracy, the speed of service is slow, efficiency is low; And power set scattering device, complex structure, takes up room large.
Utility model content
Technical problem to be solved in the utility model is: provide a kind of terminal to cut at a high speed insertion apparatus, to solve existing terminal, to cut the manufacturing cost of insertion apparatus high, and efficiency is low; And easily there is inserting the problem that affects yields not in place.
For solving the problems of the technologies described above, the technical solution of the utility model is: terminal cuts insertion apparatus at a high speed, comprises frame, described frame is provided with the pay-off for delivery of terminal material belt control terminal web feed distance, in described frame, be also provided with for the terminal on clamping terminal material strip and further terminal cut to the clamping cutting means getting off, realize and send device before pre-inserted and for making the terminal after pre-inserted realize the insertion apparatus inserting for making to cut the terminal getting off, wherein, before comprising, described clamping cutting means send slide block, before described, send and on slide block, be vertically provided with the conveying gap for terminal material belt is passed through, before described, send a side horizontal slip that is positioned at described conveying gap on slide block that the clamping limb being driven by the first power set is installed, the end of described clamping limb is elasticly connected with gripper jaw, before described, send the opposite side horizontal slip that is positioned at described conveying gap on slide block that the arm that cuts being driven by the second power set is installed, the described end that cuts arm is connected with and cuts pawl, describedly cut pawl and described gripper jaw is oppositely arranged, before described, send device to comprise to send slide block before described and drive the 3rd power set that send slide block to move forward and backward before described, described insertion apparatus comprises being located at before described and send the insertion through hole arranging on slide block and near described gripper jaw, in described insertion through hole, is provided with by the 4th power set and drives the insertion rod moving forward and backward.
Improve as one, described the first power set, the second power set, the 3rd power set and the 4th power set are the first cam mechanism, the second cam mechanism, the 3rd cam mechanism and the four-cam mechanism being installed on same camshaft.
As further improvement, described the first cam mechanism comprises: be installed on the first dish type outline cam on described camshaft; Middle part is articulated with the clamping rocking bar in described frame, the first end of described clamping rocking bar relies on described the first dish type outline cam by the first roller follower, the second end of described clamping rocking bar is connected with described clamping limb by the first bearing pin, and between described the first bearing pin and the connecting portion of described clamping limb, has first and move forward and backward gap; For making described clamping rocking bar first end rely on all the time the first spring on described the first dish type outline cam.
As further improvement, described the 3rd cam mechanism comprises: be installed on the first disc groove cam on described camshaft; Before and after be slidably mounted in described frame before send arm, send the first end of arm to be installed in the groove of described the first disc groove cam by the second roller follower before described, the second end that send arm before described with described before send slide block to be connected.
As further improvement, described the first dish type outline cam and described the first disc groove cam are set to be integrally formed the first compound cam.
As further improvement, described the second cam mechanism comprises: be installed on the second dish type outline cam on described camshaft; Middle part is articulated with the rocking bar that cuts in described frame, the described first end that cuts rocking bar relies on described the second dish type outline cam by the 3rd roller follower, described the second end that cuts rocking bar by the second bearing pin with described in cut arm and be connected, and described the second bearing pin and described in cut and between the connecting portion of arm, have second and move forward and backward gap; Described in being used for making, cut rocking bar first end and rely on all the time the second spring on described the second dish type outline cam.
As further improvement, described four-cam mechanism comprises: be installed on the second disc groove cam on described camshaft; Front and back are slidably mounted on the insertion arm in described frame, and the first end of described insertion arm is installed in the groove of described the second disc groove cam by the 4th roller follower, and the second end of described insertion arm is connected with described insertion rod.
As further improvement, described the second dish type outline cam and described the second disc groove cam are set to be integrally formed the second compound cam.
As further improvement, described pay-off comprises driving ratchet and driven ratchet, described driving ratchet connects the 5th power set, described driving ratchet and driven ratchet all rotate and are installed in described frame, and it is suitable that described driving ratchet and driven ratchet lay respectively at location hole on both sides and both ratchets and the terminal material belt of terminal material belt.
As further improvement, described pay-off comprises the positioner for making terminal material belt location, described positioner comprise that horizontal slip is installed in described frame and driven by the 5th cam mechanism for insert or the terminal material belt of retracting on the pilot pin of location hole, described the 5th cam mechanism comprises: be installed on the 3rd dish type outline cam on described camshaft; Middle part is articulated with the location rocking bar in described frame, the first end of described location rocking bar relies on described the 3rd dish type outline cam by the 5th roller follower, the second end of described location rocking bar is connected with described pilot pin by the 3rd bearing pin, and between described the 3rd bearing pin and the connecting portion of described pilot pin, has the 3rd and move forward and backward gap; For making described location rocking bar first end rely on all the time the 3rd spring on described the 3rd dish type outline cam.
Adopted after technique scheme, the beneficial effects of the utility model are: due to terminal, cutting insertion apparatus comprises frame at a high speed; In described frame, designed pay-off, clamping cutting means, front device and the insertion apparatus of sending, thereby along with the conveying of terminal material belt, completed terminal material belt clamping, cut, pre-inserted and inserting step, realized the insertion that cuts of terminal; Wherein, before comprising, described clamping cutting means send slide block, before described, send on slide block and be designed with clamping limb and cut arm, thereby clamping device and cutting means are set together, can realize the clamping of terminal is cut by a covering device, not only reduce manufacturing cost, and production efficiency is improved; Because the end of described clamping limb is elasticly connected with gripper jaw; Thereby in whole process, be that terminal is carried out to resilient clamp, avoid the damage to terminal outward appearance; Before having designed, send device in whole process, increased pre-inserted step, thereby by after pre-inserted terminal putting in place, then by insertion rod, terminal is pushed in connector plastic shell, realize accurately and insert and put in place, greatly improve yields.
Because described the first power set, the second power set, the 3rd power set and the 4th power set are the first cam mechanism, the second cam mechanism, the 3rd cam mechanism and the four-cam mechanism being installed on same camshaft, thereby the operation of whole device is all by cam mechanism control, and be arranged on same camshaft, compact conformation, continuity of movement is good, move more accurately, the speed of service is faster, and production efficiency further improves.
Because described the first dish type outline cam and described the first disc groove cam are set to be integrally formed the first compound cam; Described the second dish type outline cam and described the second disc groove cam are set to be integrally formed the second compound cam; Thereby make the structure of whole device compacter; Save space.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is the vertical view of Fig. 1;
Fig. 4 is part perspective view of the present utility model;
Fig. 5 is the local enlarged diagram at A place in Fig. 4;
Fig. 6 is the part perspective view at another visual angle of the utility model;
Fig. 7 is positioner of the present utility model, clamping cutting means, the front relative position schematic diagram that send device and insertion apparatus;
Fig. 8 is the 3rd dish type outline cam and the relative position schematic diagram of locating rocking bar in Fig. 6;
Fig. 9 is the first compound cam in Fig. 6, the front relative position schematic diagram that send arm and clamping rocking bar;
Figure 10 is the second compound cam in Fig. 6, insert arm and cut the relative position schematic diagram of rocking bar;
In figure: 1, frame, 2, pay-off, 21, driving ratchet, 22, driven ratchet, 23, the 5th power set, 24, positioner, 241, the 5th cam mechanism, 242, pilot pin, 243, the 3rd dish type outline cam, 244, location rocking bar, 245, the 5th roller follower, 246, the 3rd bearing pin, 247, the 3rd moves forward and backward gap, 3, clamping cutting means, 31, before send slide block, 32, carry gap, 33, clamping limb, 34, gripper jaw, 35, cut arm, 36, cut pawl, 4, before send device, 5, insertion apparatus, 51, insert through hole, 52, insertion rod, 6, camshaft, 7, the first cam mechanism, 71, the first dish type outline cam, 72, clamping rocking bar, 73, the first roller follower, 74, the first bearing pin, 75, first moves forward and backward gap, 76, the first spring, 8, the second cam mechanism, 81, the second dish type outline cam, 82, cut rocking bar, 83, the 3rd roller follower, 84, the second bearing pin, 85, second moves forward and backward gap, 86, the second spring, 9, the 3rd cam mechanism, 91, the first disc groove cam, 92, before send arm, 93, the second roller follower, 10, four-cam mechanism, 101, the second disc groove cam, 102, insert arm, 103, the 4th roller follower, 11, motor, 12, shaft coupling, 13, the first compound cam, 14, the second compound cam, 15, device cuts waste material.
Embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.
As shown in Fig. 1 to Figure 10 is common, a kind of terminal cuts insertion apparatus at a high speed, comprises frame 1, frame 1 is provided with the pay-off 2 for delivery of terminal material belt control terminal web feed distance, in frame 1, be also provided with for the terminal on clamping terminal material strip and further terminal cut to the clamping cutting means 3 getting off, realize and send device 4 before pre-inserted and for making the terminal after pre-inserted realize the insertion apparatus 5 inserting for making to cut the terminal getting off, wherein, before comprising, clamping cutting means 3 send slide block 31, before send and on slide block 31, be vertically provided with the conveying gap 32 for terminal material belt is passed through, before send to be positioned on slide block 31 and carry a side horizontal slip in gap 32 that the clamping limb 33 being driven by the first power set is installed, the end of clamping limb 33 is elasticly connected with gripper jaw 34, for example spring is being set between clamping limb 33 and gripper jaw 34 or between clamping limb 33 and gripper jaw 34, silicagel pad etc. is being set, the elasticity that can realize between clamping limb 33 and gripper jaw 34 is connected, before send on slide block 31, be positioned at carry the opposite side horizontal slip in gap 32 to be provided with to be driven by the second power set cut arm 35, the end that cuts arm 35 is connected with and cuts pawl 36, cuts pawl 36 and is oppositely arranged with gripper jaw 34, before send slide block 31 before sending device 4 to comprise and drive before send slide block 31 to move forward and backward the 3rd power set, insertion apparatus 5 comprises before being located at and send the insertion through hole 51 arranging on slide block 31 and near gripper jaw 34, inserts in through hole 51 and is provided with by the 4th power set and drives the insertion rod 52 moving forward and backward.
The first power set, the second power set, the 3rd power set and the 4th power set are the first cam mechanism 7, the second cam mechanism 8, the 3rd cam mechanism 9 and the four-cam mechanism 10 being installed on same camshaft 6, make the operation of whole device all by cam mechanism control, and be arranged on same camshaft 6, compact conformation, continuity of movement is good, move more accurately, the speed of service is faster, and production efficiency further improves.In the present embodiment, camshaft 6 is driven by motor 11, between the output shaft of motor 11 and camshaft 6, is provided with shaft coupling 12.
The first cam mechanism 7 comprises: be installed on the first dish type outline cam 71 on camshaft 6; Middle part is articulated with the clamping rocking bar 72 in frame 1, the first end of clamping rocking bar 72 relies on the first dish type outline cam 71 by the first roller follower 73, the second end of clamping rocking bar 72 is connected with clamping limb 33 by the first bearing pin 74, and between the first bearing pin 74 and the connecting portion of clamping limb 33, has first and move forward and backward gap 75; All the time rely on the first spring 76 on the first dish type outline cam 71 for making to clamp rocking bar 72 first ends.
The 3rd cam mechanism 9 comprises: be installed on the first disc groove cam 91 on camshaft 6; Before and after be slidably mounted in frame 1 before send arm 92, the front first end that send arm 92 is installed in the groove of the first disc groove cam 91 by the second roller follower 93, front the second end that send arm 92 is connected with front sending slide block 31.
In order to make structure compacter, save space, the first dish type outline cam 71 and the first disc groove cam 91 are set to be integrally formed the first compound cam 13.
The second cam mechanism 8 comprises: be installed on the second dish type outline cam 81 on camshaft 6; Middle part is articulated with and cuts rocking bar 82 in frame 1, the first end that cuts rocking bar 82 relies on the second dish type outline cam 81 by the 3rd roller follower 83, the second end that cuts rocking bar 82 by the second bearing pin 84 with cut arm 35 and be connected, and the second bearing pin 84 and cut and have second between the connecting portion of arm 35 and move forward and backward gap; All the time rely on the second spring 86 on the second dish type outline cam 81 for making to cut rocking bar 82 first ends.
Four-cam mechanism 10 comprises: be installed on the second disc groove cam 101 on camshaft 6; Front and back are slidably mounted on the insertion arm 102 in frame 1, and the first end that inserts arm 102 is installed in the groove of the second disc groove cam 101 by the 4th roller follower 103, and the second end that inserts arm 102 is connected with insertion rod 52.
In order to make structure compacter, save space, the second dish type outline cam 81 and the second disc groove cam 101 are set to be integrally formed the second compound cam 14.
Pay-off 2 comprises driving ratchet 21 and driven ratchet 22, and driving ratchet 21 connects the 5th power set 23, the five power set 23 and is preferably servomotor, rotates certain angle realize terminal material belt feeding and put in place by servomotor; Driving ratchet 21 and driven ratchet 22 all rotate and are installed in frame 1, and it is suitable that driving ratchet 21 and driven ratchet 22 lay respectively at location hole on both sides and both ratchets and the terminal material belt of terminal material belt.
Pay-off 2 comprises the positioner 24 for making terminal material belt location, positioner 24 comprise horizontal slip be installed in frame 1 and by the 5th cam mechanism 241, drive for insert or the terminal material belt of retracting on pilot pin 242, the five cam mechanisms 241 of location hole comprise: be installed on the 3rd dish type outline cam 243 on camshaft 6; Middle part is articulated with the location rocking bar 244 in frame 1, the first end of location rocking bar 244 relies on the 3rd dish type outline cam 243 by the 5th roller follower 245, the second end of location rocking bar 244 is connected with pilot pin 242 by the 3rd bearing pin 246, and between the 3rd bearing pin 246 and the connecting portion of pilot pin 242, has the 3rd and move forward and backward gap 247; All the time rely on the 3rd spring (not shown) on the 3rd dish type outline cam 243 for making to locate rocking bar 244 first ends.
For the ease of the terminal waste band after cutting is cut to recovery, along the device 15 that cuts waste material being also provided with on the direct of travel of terminal material belt for the terminal waste band after cutting being cut to recovery, the device 15 that cuts waste material can adopt cutting machine etc., be well known to those skilled in the art, do not repeat them here.
Its operation principle is as follows:
First the 5th power set 23 drive driving ratchet 21 to rotate, and stir the location hole on terminal material belt by the ratchet on driving ratchet 21 and driven ratchet 22, thereby carry terminal material belt; The 5th power set 23 turn over after certain angle, terminal material belt is moved a certain distance along its direct of travel, this distance is the spacing between adjacent both ends on terminal material belt, thereby the terminal conveying on terminal material belt is put in place, even if a terminal carrying insertion to be cut on gap 32 inner terminal material strips is just to gripper jaw 34 with cut pawl 36, the five power set 23 and stop;
Then motor 11 drives camshaft 6 to rotate one week, and in this process, the 3rd dish type outline cam 243 is inserted in the location hole of terminal material belt pilot pin 242 by location rocking bar 244, completes positioning step;
The first dish type outline cam 71 makes clamping limb 33 along front sending slide block 31 to carrying gap 32 to slide by clamping rocking bar 72, thereby the gripper jaw 34 on clamping limb 33 is against on the terminal of terminal material belt; The second dish type outline cam 81 makes to cut arm 35 along front sending slide block 31 to carrying gap 32 to slide by cutting rocking bar 82, thereby making to cut pawl 36 moves to terminal and gripper jaw 34, because gripper jaw 34 elasticity are connected on clamping limb 33, thereby terminal is just cut to front sending the insertion through hole on slide block 31 51 places, completes clamping and cutting step;
Now the first disc groove cam 91 send slide block 31 to move to connector plastic shell by before front sending arm 92 to make, before send slide block 31 to drive clamping limb 33, gripper jaw 34, cut arm 35, cut pawl 36 and move to connector plastic shell together with cutting the terminal getting off, make to cut the terminal getting off and be inserted in advance on connector plastic shell, complete pre-inserted step;
Now the second disc groove cam 101 makes insertion rod 52 stretch out insertion through hole 51 by inserting arm 102, and terminal is inserted on connector plastic shell, completes inserting step;
Then by the first cam mechanism 7, the second cam mechanism 8, the 3rd cam mechanism 9 and four-cam mechanism 10, each parts are resetted, in order to the insertion that cuts of next terminal, then start the 5th power set 23 and carry out the conveying of next terminal, repeat aforementioned process, finally complete the insertion that cuts of terminal; After making terminal waste band be cut to suitable length by the device 15 that cuts waste material, reclaim.
The utility model is set together clamping device and cutting means, can be realized the clamping of terminal is cut by a covering device, has not only reduced manufacturing cost, and production efficiency is improved; And in whole process, be that terminal is carried out to resilient clamp, avoid the damage to terminal outward appearance; Increase pre-inserted step, thereby by after pre-inserted terminal putting in place, then by insertion rod, terminal is pushed in connector plastic shell, realize accurately and insert and put in place, greatly improve yields.
The terminal that the terminal that the utility model provides cuts at a high speed the similar products such as the applicable flexible circuit board connector of insertion apparatus cuts insertion, motor maximum speed can reach 1000r/min, the high speed that can realize the fastest 0.06/s cuts insertion effect, cam structure can effectively be avoided the bad generations such as collision under the condition that ensures design and requirement on machining accuracy in addition, makes action high speed, coherent, reliable.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all any amendments of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection range of the present utility model.

Claims (10)

1. terminal cuts insertion apparatus at a high speed, comprises frame; Described frame is provided with the pay-off for delivery of terminal material belt control terminal web feed distance; It is characterized in that, in described frame, be also provided with the clamping cutting means that gets off for the terminal on clamping terminal material strip further terminal being cut, realize and send device before pre-inserted and for making the terminal after pre-inserted realize the insertion apparatus inserting for making to cut the terminal getting off, wherein
Before comprising, described clamping cutting means send slide block, before described, send and on slide block, be vertically provided with the conveying gap for terminal material belt is passed through, before described, send a side horizontal slip that is positioned at described conveying gap on slide block that the clamping limb being driven by the first power set is installed, the end of described clamping limb is elasticly connected with gripper jaw, before described, send the opposite side horizontal slip that is positioned at described conveying gap on slide block that the arm that cuts being driven by the second power set is installed, the described end that cuts arm is connected with and cuts pawl, described in cut pawl and described gripper jaw is oppositely arranged;
Before described, send device to comprise to send slide block before described and drive the 3rd power set that send slide block to move forward and backward before described;
Described insertion apparatus comprises being located at before described and send the insertion through hole arranging on slide block and near described gripper jaw, in described insertion through hole, is provided with by the 4th power set and drives the insertion rod moving forward and backward.
2. terminal according to claim 1 cuts at a high speed insertion apparatus, it is characterized in that, described the first power set, the second power set, the 3rd power set and the 4th power set are the first cam mechanism, the second cam mechanism, the 3rd cam mechanism and the four-cam mechanism being installed on same camshaft.
3. terminal according to claim 2 cuts insertion apparatus at a high speed, it is characterized in that, described the first cam mechanism comprises:
Be installed on the first dish type outline cam on described camshaft;
Middle part is articulated with the clamping rocking bar in described frame, the first end of described clamping rocking bar relies on described the first dish type outline cam by the first roller follower, the second end of described clamping rocking bar is connected with described clamping limb by the first bearing pin, and between described the first bearing pin and the connecting portion of described clamping limb, has first and move forward and backward gap;
For making described clamping rocking bar first end rely on all the time the first spring on described the first dish type outline cam.
4. terminal according to claim 3 cuts insertion apparatus at a high speed, it is characterized in that, described the 3rd cam mechanism comprises:
Be installed on the first disc groove cam on described camshaft;
Before and after be slidably mounted in described frame before send arm, send the first end of arm to be installed in the groove of described the first disc groove cam by the second roller follower before described, the second end that send arm before described with described before send slide block to be connected.
5. terminal according to claim 4 cuts insertion apparatus at a high speed, it is characterized in that, described the first dish type outline cam and described the first disc groove cam are set to be integrally formed the first compound cam.
6. terminal according to claim 2 cuts insertion apparatus at a high speed, it is characterized in that, described the second cam mechanism comprises:
Be installed on the second dish type outline cam on described camshaft;
Middle part is articulated with the rocking bar that cuts in described frame, the described first end that cuts rocking bar relies on described the second dish type outline cam by the 3rd roller follower, described the second end that cuts rocking bar by the second bearing pin with described in cut arm and be connected, and described the second bearing pin and described in cut and between the connecting portion of arm, have second and move forward and backward gap;
Described in being used for making, cut rocking bar first end and rely on all the time the second spring on described the second dish type outline cam.
7. terminal according to claim 6 cuts insertion apparatus at a high speed, it is characterized in that, described four-cam mechanism comprises:
Be installed on the second disc groove cam on described camshaft;
Front and back are slidably mounted on the insertion arm in described frame, and the first end of described insertion arm is installed in the groove of described the second disc groove cam by the 4th roller follower, and the second end of described insertion arm is connected with described insertion rod.
8. terminal according to claim 7 cuts insertion apparatus at a high speed, it is characterized in that, described the second dish type outline cam and described the second disc groove cam are set to be integrally formed the second compound cam.
9. cut at a high speed insertion apparatus according to the terminal described in any one claim in claim 1 to 8, it is characterized in that, described pay-off comprises driving ratchet and driven ratchet, described driving ratchet connects the 5th power set, described driving ratchet and driven ratchet all rotate and are installed in described frame, and it is suitable that described driving ratchet and driven ratchet lay respectively at location hole on both sides and both ratchets and the terminal material belt of terminal material belt.
10. cut at a high speed insertion apparatus according to the terminal described in any one claim in claim 2 to 8, it is characterized in that, described pay-off comprises the positioner for making terminal material belt location, described positioner comprise that horizontal slip is installed in described frame and driven by the 5th cam mechanism for insert or the terminal material belt of retracting on the pilot pin of location hole, described the 5th cam mechanism comprises:
Be installed on the 3rd dish type outline cam on described camshaft;
Middle part is articulated with the location rocking bar in described frame, the first end of described location rocking bar relies on described the 3rd dish type outline cam by the 5th roller follower, the second end of described location rocking bar is connected with described pilot pin by the 3rd bearing pin, and between described the 3rd bearing pin and the connecting portion of described pilot pin, has the 3rd and move forward and backward gap;
For making described location rocking bar first end rely on all the time the 3rd spring on described the 3rd dish type outline cam.
CN201420353633.6U 2014-06-27 2014-06-27 Terminal high-speed cutting insertion device Withdrawn - After Issue CN203911204U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420353633.6U CN203911204U (en) 2014-06-27 2014-06-27 Terminal high-speed cutting insertion device

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Application Number Priority Date Filing Date Title
CN201420353633.6U CN203911204U (en) 2014-06-27 2014-06-27 Terminal high-speed cutting insertion device

Publications (1)

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CN203911204U true CN203911204U (en) 2014-10-29

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104037588A (en) * 2014-06-27 2014-09-10 歌尔声学股份有限公司 High-speed insertion device for cutting terminal
CN105633765A (en) * 2016-01-26 2016-06-01 东莞市创玺自动化科技有限公司 FPC cam pin inserting machine

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104037588A (en) * 2014-06-27 2014-09-10 歌尔声学股份有限公司 High-speed insertion device for cutting terminal
CN104037588B (en) * 2014-06-27 2015-12-30 歌尔声学股份有限公司 Terminal cuts insertion apparatus at a high speed
CN105633765A (en) * 2016-01-26 2016-06-01 东莞市创玺自动化科技有限公司 FPC cam pin inserting machine

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C25 Abandonment of patent right or utility model to avoid double patenting
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Granted publication date: 20141029

Effective date of abandoning: 20151230