CN204156282U - A kind of automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press - Google Patents
A kind of automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press Download PDFInfo
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- CN204156282U CN204156282U CN201420654706.5U CN201420654706U CN204156282U CN 204156282 U CN204156282 U CN 204156282U CN 201420654706 U CN201420654706 U CN 201420654706U CN 204156282 U CN204156282 U CN 204156282U
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- poling
- tube
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Abstract
Automatically wear an automatic cover thermal shrinking pipe apparatus for heat-shrink tube press, comprise be arranged side by side cut pyrocondensation pipe support and wear pyrocondensation pipe support; The side of cutting pyrocondensation pipe support is provided with two feed mechanisms from top to bottom side by side, and the front of each feed mechanism is provided with tube cutting mechanism, and the dead ahead of each tube cutting mechanism is provided with tube-conveyer tool hand; The front of wearing pyrocondensation pipe support is provided with clamp manipulator, and the dead astern of clamp manipulator is provided with detent mechanism; The side of wearing pyrocondensation pipe support is provided with two poling manipulators from top to bottom side by side, two poling manipulators are driven by vertical driving mechanism thus can move up and down simultaneously, and two poling manipulators are respectively driven thus the forward and backward movement that can mutually stagger by a transversal driving mechanism.The beneficial effects of the utility model are: adopt said structure, can realize the actions such as the feeding of automation heat-shrink tube, segment, transfer and suit, not only simple and compact for structure, rationally distributed, and production efficiency is high, the qualification rate of product is high.
Description
Technical field
The utility model relates to a kind of automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press.
Background technology
The so a kind of wiring harness structure of current existence, this wiring harness structure is made up of cable, terminal head and heat-shrink tube, terminal head is pressed on the current-carrying part of the end of cable, and heat-shrink tube is sleeved on outside the current-carrying part of terminal head and cable, then to heat-shrink tube heating thus by heat-shrink tube with cable together with terminal head hot adhesion.In prior art, be generally be sleeved on the terminal head of cable by artificial by thermoplastic tube, not only production efficiency is low, and the qualification rate of product is also low.
Summary of the invention
There is above-mentioned deficiency to overcome in prior art, the utility model provide a kind of simple and compact for structure, production efficiency is high, the qualification rate of product is high, can the automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press of automated production.
The technical scheme in the invention for solving the technical problem is: a kind of automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press, comprise be arranged side by side cut pyrocondensation pipe support and wear pyrocondensation pipe support;
Described side of cutting pyrocondensation pipe support is provided with from top to bottom side by side two respectively by feed mechanism that two heat-shrink tubes forward, the front of each described feed mechanism is provided with the tube cutting mechanism of thermoplastic tube being cut into chunks, the dead ahead of each described tube cutting mechanism is provided with the tube-conveyer tool hand for transferring heat-shrink tube, the left and right movement that two described tube-conveyer tool palmistrys stagger mutually;
Described front of wearing pyrocondensation pipe support is provided with the clamp manipulator clamped cable, and the dead astern of this clamp manipulator is provided with the detent mechanism positioned the terminal head on cable;
Described side of wearing pyrocondensation pipe support is provided with the poling manipulator that two are positioned at the rear of described detent mechanism from top to bottom side by side, two described poling manipulators are driven by vertical driving mechanism thus can move up and down simultaneously, and two described poling manipulators are respectively driven thus the forward and backward movement that can mutually stagger by a transversal driving mechanism;
When described clamp machinery has clamped cable on hand, the terminal head of described detent mechanism to cable positions, described vertical driving mechanism drives two described poling manipulators to move simultaneously or move down and makes poling manipulator described in one of them be positioned at the dead astern of described detent mechanism, described poling manipulator moves forward thus is enclosed within the terminal head of cable by thermoplastic tube under described transversal driving mechanism drives, poling manipulator described in another is relative with tube-conveyer tool hand described in one of them, and thermoplastic tube is moved to described poling machinery on hand by described tube-conveyer tool hand.
Further, described vertical driving mechanism comprise vertically be arranged on described in wear vertical driving cylinder on pyrocondensation pipe support, this vertically drives the output of cylinder to be provided with poling support;
Each described transversal driving mechanism comprises the horizontal drive motor be horizontally installed on described poling support, the output shaft of this horizontal drive motor is connected with leading screw, this leading screw is provided with nut seat, the relatively described poling support of this nut seat laterally slides, this nut seat is provided with a poling and moves cylinder, the output that this poling moves cylinder is provided with a described poling manipulator, described poling manipulator moves the drive of cylinder at described poling under thus forward and backward movement.
In use, two transversal driving mechanisms and two poling manipulators are driven to move simultaneously or move down by vertically driving cylinder, leading screw is driven to rotate forward or backwards by horizontal drive motor, nut seat match with leading screw thus relative poling support laterally before, rear slip, thus before driving poling manipulator, rear movement, also move before cylinder drives poling manipulator again by poling, rear movement, when horizontal drive motor drives the reach of poling manipulator by nut seat, then poling moves cylinder when also driving poling manipulator to move forward, poling manipulator thus heat-shrink tube is sleeved on the terminal head on detent mechanism.
Further, each described feed mechanism comprises a pair feeding guide wheel and drives the synchronous feeding motor in relative rotation of feeding guide wheel described in a pair, the feeding channel passed for heat-shrink tube is formed between feeding guide wheel described in a pair, the front of this feeding channel is provided with a described tube cutting mechanism, and the rear of described feeding channel is provided with passage.In use, heat-shrink tube passes in passage, is then placed in the feeding channel between a pair feeding guide wheel, and then feeding driven by motor a pair feeding guide wheel synchronously relatively rotates, and is transported to tube cutting mechanism under the extruding of a pair feeding guide wheel from by heat-shrink tube.
Further, each described tube cutting mechanism comprise be slidably installed in described in cut on pyrocondensation pipe support and can relative or heterodromous upper cutter head and lower tool rest, described upper cutter head is provided with upper cutter, described lower tool rest is provided with the below that is positioned at described upper cutter and the lower cutter matched with described upper cutter, described upper cutter head is vertically provided with upper rack, described lower tool rest is provided with the lower tooth bar paralleled with described upper rack, the Pipe Cutting gear of the transmission that is simultaneously meshed with described lower tooth bar and upper rack is provided with between this lower tooth bar with described upper rack, this Pipe Cutting gear by Pipe Cutting driven by motor thus rotate.In use, Pipe Cutting motor can rotate forward by Direct driver Pipe Cutting gear, also can be rotated forward by belt speed reducer structure deceleration rear drive Pipe Cutting gear, the upper rack be meshed with Pipe Cutting gear moves down, lower tooth bar moves, thus upper rack drives upper cutter head and upper cutter to move down, under lower rack drives, tool rest and lower cutter move, upper cutter matches with lower cutter thus is cut off by heat-shrink tube, then Pipe Cutting gear rotates backward under the drive of Pipe Cutting motor, the upper rack be meshed with Pipe Cutting gear moves, lower tooth bar moves down, thus upper rack drive upper cutter head and upper cutter move, under lower rack drives, tool rest and lower cutter move down, Pipe Cutting action next time can be carried out.
Further, described in cut pyrocondensation pipe support and be provided with two and send pipe to move cylinder, the output sending pipe to move cylinder described in each is provided with a described tube-conveyer tool hand, under described tube-conveyer tool hand send pipe to move the drive of cylinder described in corresponding thus left and right movement.In use, move cylinder by sending pipe and drive tube-conveyer tool hand left and right movement, when send pipe move cylinder drive tube-conveyer tool hand to move to right time, tube-conveyer tool hand thus heat-shrink tube is moved to poling machinery on hand.Further, described detent mechanism comprise be arranged on described in wear upper positioning cylinder on pyrocondensation pipe support and lower positioning cylinder, the output of described upper positioning cylinder is provided with locating detent, the output of described lower positioning cylinder be provided with to be positioned at immediately below described upper locating detent and with described upper locating detent match lower locating detent, this lower locating detent and described upper locating detent are mutually drawn close thus position the terminal head on cable.In use, upper positioning cylinder drives upper locating detent to move down, and meanwhile, lower positioning cylinder drives on lower locating detent and moves, and lower locating detent and upper locating detent are mutually drawn close thus positioned the terminal head on cable.
The utility model in use, two heat-shrink tubes pass from two feed mechanisms respectively and are placed in corresponding tube cutting mechanism, then feed mechanism is fed forward heat-shrink tube thus makes heat-shrink tube stretch out tube cutting mechanism forward until the length of stretching out reaches set point, then feed mechanism stops feeding, then the heat-shrink tube that tube-conveyer tool hand treats cut-out clamps, heat-shrink tube is cut into chunks by tube cutting mechanism, and general two tube cutting mechanisms operationally stagger mutually;
Meanwhile, single line cable is put in clamp machinery on hand, clamp manipulator clamps cable, and the terminal head of detent mechanism to cable positions, then vertical driving mechanism drives two poling manipulators to move down simultaneously, a poling manipulator is above positioned at the dead astern of detent mechanism, a poling manipulator below and a tube-conveyer tool palmistry pair below, and a poling machinery has above clamped heat-shrink tube on hand, and a poling machinery does not below have heat-shrink tube on hand, then a poling manipulator above moves forward and is enclosed within the terminal head of cable by thermoplastic tube under corresponding transversal driving mechanism drives, meanwhile, heat-shrink tube is transferred to a poling machinery below on hand by a tube-conveyer tool hand below, thus complete the poling step of first cable,
Then take off from clamp machinery first cable machined on hand, and second cable is put in clamp machinery on hand, clamp manipulator clamps this cable, and the terminal head of detent mechanism to this cable positions, then vertical driving mechanism drives two poling manipulators to move simultaneously, a poling manipulator is below positioned at the dead astern of detent mechanism, a poling manipulator above and a tube-conveyer tool palmistry pair above, now, a poling machinery has below clamped heat-shrink tube on hand, and a poling machinery does not above have heat-shrink tube on hand, then a poling manipulator below moves forward and is enclosed within the terminal head of cable by thermoplastic tube under corresponding transversal driving mechanism drives, meanwhile, heat-shrink tube is transferred to a poling machinery above on hand by a tube-conveyer tool hand above, thus complete the poling step of second cable, circulation like this, the processing that heat-shrink tube is worn in cable automation can be realized.
The beneficial effects of the utility model are: adopt said structure, can realize the actions such as the feeding of automation heat-shrink tube, segment, transfer and suit, not only simple and compact for structure, rationally distributed, and production efficiency is high, the qualification rate of product is high.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the angled arrangement schematic diagram cutting pyrocondensation pipe support of the present utility model.
Fig. 3 is another angled arrangement schematic diagram cutting pyrocondensation pipe support of the present utility model.
Fig. 4 is the angled arrangement schematic diagram wearing pyrocondensation pipe support of the present utility model.
Fig. 5 is another angled arrangement schematic diagram wearing pyrocondensation pipe support of the present utility model.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
With reference to Fig. 1 ~ Fig. 5, a kind of automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press, comprise be arranged side by side cut pyrocondensation pipe support 1 and wear pyrocondensation pipe support 2;
Described side of cutting pyrocondensation pipe support 1 is provided with from top to bottom side by side two respectively by feed mechanism that two heat-shrink tubes forward, each described feed mechanism comprises a pair feeding guide wheel 3 and drives the synchronous feeding motor in relative rotation of feeding guide wheel described in a pair, the feeding channel 4 passed for heat-shrink tube is formed between feeding guide wheel described in a pair, the rear of this feeding channel is provided with passage 5, and the front of this feeding channel is provided with a tube cutting mechanism of thermoplastic tube being cut into chunks;
Each described tube cutting mechanism comprise be slidably installed in described in cut on pyrocondensation pipe support 1 and can relative or heterodromous upper cutter head 6 and lower tool rest 7, described upper cutter head is provided with upper cutter, described lower tool rest is provided with the below that is positioned at described upper cutter and the lower cutter matched with described upper cutter, described upper cutter head is vertically provided with upper rack 8, described lower tool rest is provided with the lower tooth bar 9 paralleled with described upper rack, the Pipe Cutting gear 10 of the transmission that is simultaneously meshed with described lower tooth bar and upper rack is provided with between this lower tooth bar with described upper rack, this Pipe Cutting gear is driven by Pipe Cutting motor 11 thus rotates,
The dead ahead of each described tube cutting mechanism is provided with the tube-conveyer tool hand 13 for transferring heat-shrink tube, the left and right movement that two described tube-conveyer tool palmistrys stagger mutually, described pyrocondensation pipe support 1 of cutting is provided with two and send pipe to move cylinder 12, the output sending pipe to move cylinder described in each is provided with a described tube-conveyer tool hand 13, under described tube-conveyer tool hand 13 send pipe to move the drive of cylinder 12 described in corresponding thus left and right movement;
Described front of wearing pyrocondensation pipe support 2 is provided with the clamp manipulator 14 clamped cable, the dead astern of described clamp manipulator is provided with the detent mechanism positioned the terminal head on cable, this detent mechanism comprise be arranged on described in wear upper positioning cylinder 17 on pyrocondensation pipe support 2 and lower positioning cylinder 18, the output of described upper positioning cylinder is provided with locating detent 19, the output of described lower positioning cylinder be provided with to be positioned at immediately below described upper locating detent and with described upper locating detent match lower locating detent 20, this lower locating detent 20 is mutually drawn close with described upper locating detent 19 thus positions the terminal head on cable,
Described side of wearing pyrocondensation pipe support 2 is provided with the poling manipulator 15 that two are positioned at the rear of described detent mechanism from top to bottom side by side, two described poling manipulators are driven by vertical driving mechanism thus can move up and down simultaneously, and two described poling manipulators 15 are respectively driven thus the forward and backward movement that can mutually stagger by a transversal driving mechanism;
Described vertical driving mechanism comprise vertically be arranged on described in wear vertical driving cylinder 21 on pyrocondensation pipe support 2, this vertically drives the output of cylinder to be provided with poling support 22;
Each described transversal driving mechanism comprises the horizontal drive motor 23 be horizontally installed on described poling support 22, the output shaft of this horizontal drive motor is connected with leading screw 24, this leading screw is provided with nut seat 25, the relatively described poling support of this nut seat laterally slides, this nut seat is provided with a poling and moves cylinder 26, the output that this poling moves cylinder is provided with a described poling manipulator 15, described poling manipulator 15 moves the drive of cylinder 26 at described poling under thus forward and backward movement;
When clamping on described clamp manipulator 14 has cable, the terminal head of described detent mechanism to cable positions, described vertical driving mechanism drives two described poling manipulators 15 to move simultaneously or move down and makes poling manipulator 15 described in one of them be positioned at the dead astern of described detent mechanism, described poling manipulator 15 moves forward thus is enclosed within the terminal head of cable by thermoplastic tube under described transversal driving mechanism drives, poling manipulator 15 described in another is relative with tube-conveyer tool hand 13 described in one of them, thermoplastic tube moves on described poling manipulator 15 by described tube-conveyer tool hand 13.
The utility model in use, two heat-shrink tubes pass from two feed mechanisms respectively and are placed in corresponding tube cutting mechanism, then feed mechanism is fed forward heat-shrink tube thus makes heat-shrink tube stretch out tube cutting mechanism forward until the length of stretching out reaches set point, then feed mechanism stops feeding, then the heat-shrink tube that tube-conveyer tool hand 13 treats cut-out clamps, heat-shrink tube is cut into chunks by tube cutting mechanism, and general two tube cutting mechanisms operationally stagger mutually;
Meanwhile, single line cable is put on clamp manipulator 14, clamp manipulator clamps cable, and the terminal head of detent mechanism to cable positions, then vertical driving mechanism drives two poling manipulators 15 to move down simultaneously, a poling manipulator 15 is above positioned at the dead astern of detent mechanism, a poling manipulator 15 is below relative with the tube-conveyer tool hand 13 of below, and clamping has heat-shrink tube on a poling manipulator 15 above, and a poling manipulator 15 does not below have heat-shrink tube, then a poling manipulator 15 above moves forward and is enclosed within the terminal head of cable by thermoplastic tube under corresponding transversal driving mechanism drives, meanwhile, heat-shrink tube is transferred on a poling manipulator 15 below by a tube-conveyer tool hand 13 below, thus complete the poling step of first cable,
Then take off from clamp manipulator 14 first cable machined, and second cable is put on clamp manipulator 14, clamp manipulator 14 clamps this cable, and the terminal head of detent mechanism to this cable positions, then vertical driving mechanism drives two poling manipulators 15 to move simultaneously, a poling manipulator 15 is below positioned at the dead astern of detent mechanism, a poling manipulator 15 is above relative with the tube-conveyer tool hand 13 of above, now, on a poling manipulator 15 below, clamping has heat-shrink tube, and a poling manipulator 15 does not above have heat-shrink tube, then a poling manipulator 15 below moves forward and is enclosed within the terminal head of cable by thermoplastic tube under corresponding transversal driving mechanism drives, meanwhile, heat-shrink tube is transferred on a poling manipulator 15 above by a tube-conveyer tool hand 13 above, thus complete the poling step of second cable, circulation like this, the processing that heat-shrink tube is worn in cable automation can be realized.
In the course of processing, feed mechanism in use, heat-shrink tube passes in passage 5, then be placed in the feeding channel 4 between a pair feeding guide wheel 3, then feeding driven by motor a pair feeding guide wheel 3 synchronously relatively rotates, from being transported to tube cutting mechanism by heat-shrink tube under the extruding of a pair feeding guide wheel 3;
Tube cutting mechanism in use, Pipe Cutting motor 11 can rotate forward by Direct driver Pipe Cutting gear 10, also can be rotated forward by belt speed reducer structure deceleration rear drive Pipe Cutting gear 10, the upper rack 8 be meshed with Pipe Cutting gear 10 moves down, lower tooth bar 9 moves, thus upper rack 8 drives upper cutter head 6 and upper cutter to move down, lower tooth bar 9 drives on lower tool rest 7 and lower cutter and moves, upper cutter matches with lower cutter thus is cut off by heat-shrink tube, then Pipe Cutting gear 10 rotates backward under the drive of Pipe Cutting motor 11, the upper rack 8 be meshed with Pipe Cutting gear 10 moves, lower tooth bar 9 moves down, thus upper rack 8 drives on upper cutter head 6 and upper cutter and moves, lower tooth bar 9 drives lower tool rest 7 and lower cutter to move down, Pipe Cutting action next time can be carried out,
Tube-conveyer tool hand 13 in use, moves cylinder 12 by sending pipe and drives the left and right movement of tube-conveyer tool hand 13, when send pipe move cylinder 12 drive tube-conveyer tool hand to move to right time, tube-conveyer tool hand 13 thus heat-shrink tube is moved on poling manipulator 15;
In use, upper positioning cylinder 17 drives upper locating detent 19 to move down to detent mechanism, and meanwhile, lower positioning cylinder 18 drives on lower locating detent 20 and moves, and lower locating detent 20 is mutually drawn close with upper locating detent 19 thus positions the terminal head on cable;
When wearing heat-shrink tube, two transversal driving mechanisms and two poling manipulators are driven to move simultaneously or move down by vertically driving cylinder 21, leading screw 24 is driven to rotate forward or backwards by horizontal drive motor 23, nut seat 25 match with leading screw thus relative poling support 22 laterally before, rear slip, thus before driving poling manipulator, rear movement, also move before cylinder 26 drives poling manipulator 15 again by poling, rear movement, when horizontal drive motor 23 drives poling manipulator 15 to move forward by nut seat 25, then poling moves cylinder 26 when also driving poling manipulator 15 to move forward, poling manipulator 15 thus heat-shrink tube is sleeved on the terminal head on detent mechanism.
Claims (6)
1. automatically wear an automatic cover thermal shrinking pipe apparatus for heat-shrink tube press, it is characterized in that: comprise be arranged side by side cut pyrocondensation pipe support and wear pyrocondensation pipe support;
Described side of cutting pyrocondensation pipe support is provided with from top to bottom side by side two respectively by feed mechanism that two heat-shrink tubes forward, the front of each described feed mechanism is provided with the tube cutting mechanism of thermoplastic tube being cut into chunks, the dead ahead of each described tube cutting mechanism is provided with the tube-conveyer tool hand for transferring heat-shrink tube, the left and right movement that two described tube-conveyer tool palmistrys stagger mutually;
Described front of wearing pyrocondensation pipe support is provided with the clamp manipulator clamped cable, and the dead astern of this clamp manipulator is provided with the detent mechanism positioned the terminal head on cable;
Described side of wearing pyrocondensation pipe support is provided with the poling manipulator that two are positioned at the rear of described detent mechanism from top to bottom side by side, two described poling manipulators are driven by vertical driving mechanism thus can move up and down simultaneously, and two described poling manipulators are respectively driven thus the forward and backward movement that can mutually stagger by a transversal driving mechanism;
When described clamp machinery has clamped cable on hand, the terminal head of described detent mechanism to cable positions, described vertical driving mechanism drives two described poling manipulators to move simultaneously or move down and makes poling manipulator described in one of them be positioned at the dead astern of described detent mechanism, described poling manipulator moves forward thus is enclosed within the terminal head of cable by thermoplastic tube under described transversal driving mechanism drives, poling manipulator described in another is relative with tube-conveyer tool hand described in one of them, and thermoplastic tube is moved to described poling machinery on hand by described tube-conveyer tool hand.
2. according to the automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press according to claim 1, it is characterized in that: described vertical driving mechanism comprise vertically be arranged on described in wear vertical driving cylinder on pyrocondensation pipe support, this vertically drives the output of cylinder to be provided with poling support;
Each described transversal driving mechanism comprises the horizontal drive motor be horizontally installed on described poling support, the output shaft of this horizontal drive motor is connected with leading screw, this leading screw is provided with nut seat, the relatively described poling support of this nut seat laterally slides, this nut seat is provided with a poling and moves cylinder, the output that this poling moves cylinder is provided with a described poling manipulator, described poling manipulator moves the drive of cylinder at described poling under thus forward and backward movement.
3. according to the automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press described in claim 1 or 2, it is characterized in that: each described feed mechanism comprises a pair feeding guide wheel and drives the synchronous feeding motor in relative rotation of feeding guide wheel described in a pair, the feeding channel passed for heat-shrink tube is formed between feeding guide wheel described in a pair, the front of this feeding channel is provided with a described tube cutting mechanism, and the rear of described feeding channel is provided with passage.
4. according to the automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press described in claim 1 or 2, it is characterized in that: each described tube cutting mechanism comprise be slidably installed in described in cut on pyrocondensation pipe support and can relative or heterodromous upper cutter head and lower tool rest, described upper cutter head is provided with upper cutter, described lower tool rest is provided with the below that is positioned at described upper cutter and the lower cutter matched with described upper cutter, described upper cutter head is vertically provided with upper rack, described lower tool rest is provided with the lower tooth bar paralleled with described upper rack, the Pipe Cutting gear of the transmission that is simultaneously meshed with described lower tooth bar and upper rack is provided with between this lower tooth bar with described upper rack, this Pipe Cutting gear by Pipe Cutting driven by motor thus rotate.
5. according to the automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press described in claim 1 or 2, it is characterized in that: described in cut pyrocondensation pipe support and be provided with two and send pipe to move cylinder, the output sending pipe to move cylinder described in each is provided with a described tube-conveyer tool hand, under described tube-conveyer tool hand send pipe to move the drive of cylinder described in corresponding thus left and right movement.
6. according to the automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press described in claim 1 or 2, it is characterized in that: described detent mechanism comprise be arranged on described in wear upper positioning cylinder on pyrocondensation pipe support and lower positioning cylinder, the output of described upper positioning cylinder is provided with locating detent, the output of described lower positioning cylinder be provided with to be positioned at immediately below described upper locating detent and with described upper locating detent match lower locating detent, this lower locating detent and described upper locating detent are mutually drawn close thus position the terminal head on cable.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420654706.5U CN204156282U (en) | 2014-11-05 | 2014-11-05 | A kind of automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420654706.5U CN204156282U (en) | 2014-11-05 | 2014-11-05 | A kind of automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press |
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| Publication Number | Publication Date |
|---|---|
| CN204156282U true CN204156282U (en) | 2015-02-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420654706.5U Withdrawn - After Issue CN204156282U (en) | 2014-11-05 | 2014-11-05 | A kind of automatic cover thermal shrinking pipe apparatus automatically wearing heat-shrink tube press |
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| CN (1) | CN204156282U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104319600A (en) * | 2014-11-05 | 2015-01-28 | 慈溪市宏晟机械设备有限公司 | Automatic heat shrinkage tube sleeving device of full-automatic heat shrinkage tube penetrating pressing machine |
| CN108971916A (en) * | 2018-07-12 | 2018-12-11 | 安徽鼎升自动化科技有限公司 | A kind of equipment of multi-angle bronze medal set isolating shrinkable tube |
| CN109290494A (en) * | 2018-11-24 | 2019-02-01 | 中山市协展机械有限公司 | Wire automatic tube-penetrating Machine for manufacturing rings from wire |
-
2014
- 2014-11-05 CN CN201420654706.5U patent/CN204156282U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104319600A (en) * | 2014-11-05 | 2015-01-28 | 慈溪市宏晟机械设备有限公司 | Automatic heat shrinkage tube sleeving device of full-automatic heat shrinkage tube penetrating pressing machine |
| CN104319600B (en) * | 2014-11-05 | 2016-07-06 | 慈溪市宏晟机械设备有限公司 | A kind of automatically wear heat-shrink tube press automatically overlap thermal shrinking pipe apparatus |
| CN108971916A (en) * | 2018-07-12 | 2018-12-11 | 安徽鼎升自动化科技有限公司 | A kind of equipment of multi-angle bronze medal set isolating shrinkable tube |
| CN108971916B (en) * | 2018-07-12 | 2020-11-03 | 安徽鼎升自动化科技有限公司 | Equipment of insulating pyrocondensation pipe of multi-angle copper tablet cover |
| CN109290494A (en) * | 2018-11-24 | 2019-02-01 | 中山市协展机械有限公司 | Wire automatic tube-penetrating Machine for manufacturing rings from wire |
| CN109290494B (en) * | 2018-11-24 | 2023-10-13 | 中山市协展机械有限公司 | Automatic threading looper machine for metal wire |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20150211 Effective date of abandoning: 20160706 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20150211 Effective date of abandoning: 20160706 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |