CN205057251U - Conveying system of tin machine on cable - Google Patents
Conveying system of tin machine on cable Download PDFInfo
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- CN205057251U CN205057251U CN201520844466.XU CN201520844466U CN205057251U CN 205057251 U CN205057251 U CN 205057251U CN 201520844466 U CN201520844466 U CN 201520844466U CN 205057251 U CN205057251 U CN 205057251U
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Abstract
The utility model discloses a conveying system of tin machine on cable, including frock clamp, pan feeding mechanism, two tilting mechanism, finished product unloading platforms, snatch the mechanism, pan feeding mechanism includes pan feeding transport guide rail, elevating platform, retention device, two tilting mechanism location baffle on the frock clamp that is used for overturning to fix and release the cable on the frock clamp, finished product unloading platform is equipped with the rotatory cylinder that compresses tightly, it includes grabbing device, three dimension actuating systems to pick the mechanism. The frock clamp that is equipped with the cable is by the elevating platform lifting after the guide rail is carried to the pan feeding, and tilting mechanism upset location baffle is with fixed cable, and grabbing device picks frock clamp, and it is quick -witted together to send the related cable on it of frock clamp into tin, after going up tin, another tilting mechanism location baffle that resets snatchs the mechanism and taks eoff the cable away to move empty frock to discharge mechanism. The utility model discloses can guarantee the normal clear of tin on the cable to improve the quality of product and the efficiency of production.
Description
Technical field:
The utility model relates to cable processing technique field, the induction system of tin machine on a kind of cable.
Background technology:
Upper tin machine refers to a kind of machinery equipment that cable processing uses, by tin upper after one end peeling of cable to wire stripping end.Transmit in the course of the work to make cable, normally used is chain transmitting device, comprise the chain of closed hoop, chain connects outside closed hoop at the brace of link dials line block, dial wire casing line block being arranged and places cable, during work, by needing the cable carrying out terminal process to be placed in the wire casing of toothed disc drive, bringing in tin machine and carrying out cable processing process.But insert wire casing due to cable and do not carry out fastening, the phenomenon easily causing cable to depart from slot in fill process occurs; affect cable wire-stripping tin plating in upper tin machine; impact is formed on product quality, also needs to carry out closed-down manual and clear up, affect production efficiency.
Utility model content:
The technical problem that the utility model solves: the chain transmitting device that in prior art, upper tin machine is used, inserting wire casing due to cable does not carry out fastening, the phenomenon easily causing cable to depart from slot in fill process occurs, affect cable in upper tin machine on normally the carrying out of tin, impact is formed on product quality; Outside, staff also needs shutdown to be cleared up by manual mode, affects production efficiency.
For solving the problems of the technologies described above, the utility model provides following technical scheme:
An induction system for tin machine on cable, comprises frock clamp, feeding mechanism, the first switching mechanism, the second switching mechanism, finished product blanking bench, discharging mechanism, grasping mechanism;
Described frock clamp comprises base plate, the wire casing be arranged on base plate, clamping cable in described wire casing; Described base plate is fixed with mount pad, and mount pad is positioned at the front end place of base plate; Described mount pad offers bayonet socket, engaging cover plate in bayonet socket, cover plate is positioned at above cable; Described mount pad is articulated with positioning baffle, and positioning baffle is positioned at the front end place of mount pad, and positioning baffle can turn over turnback on the end face of cover plate around the articulated section of itself and mount pad, compressing cover plate, and then makes cover plate oppress cable; The side of described positioning baffle is provided with swingle, and swingle and positioning baffle are structure as a whole;
Described feeding mechanism comprises pan feeding conveying, lifting platform, retention device; Described pan feeding conveying comprises the guide-rail plate arranged in opposite directions for a pair, the conveyer belt be arranged on pair of guide rails plate madial wall; Described lifting platform is arranged between pair of guide rails plate, and lifting platform is positioned at the output of pan feeding conveying; Described retention device is arranged between pair of guide rails plate, and retention device is positioned at the output of pan feeding conveying, and retention device is positioned at the side of lifting platform, and retention device comprises for being blocked in the block that pan feeding conveying runs;
Described first switching mechanism is positioned at the side of lifting platform, and described first switching mechanism comprises the first section bar support, the first section bar Connection Block, the first telescopic cylinder, the first rotation clamping cylinder, the first lift cylinder; Described first section bar support is arranged on the first section bar Connection Block, described first lift cylinder is arranged on the first section bar support, described first telescopic cylinder is arranged on the piston rod of the first lift cylinder, described first rotates clamping cylinder is arranged on the piston rod of the first telescopic cylinder, first telescopic cylinder drives first to rotate clamping cylinder and moves horizontally, and the described first end rotating clamping cylinder is provided with the first chuck of clamping swingle;
Described second switching mechanism is positioned at the side of finished product blanking bench, and described second switching mechanism comprises the second section bar support, the second section bar Connection Block, the second telescopic cylinder, the second rotation clamping cylinder, the second lift cylinder; Described second section bar support installing is on the second section bar Connection Block, described second lift cylinder is arranged on the second section bar support, described second telescopic cylinder is arranged on the piston rod of the second lift cylinder, described second rotates clamping cylinder is arranged on the piston rod of the second telescopic cylinder, second telescopic cylinder drives second to rotate clamping cylinder and moves horizontally, and the described second end rotating clamping cylinder is provided with the second chuck of clamping swingle;
Described finished product blanking bench is positioned at the side of discharging mechanism, described finished product blanking bench comprises level table, be arranged on level table side rotatably compress cylinder;
Described discharging mechanism is belt conveyor;
Described grasping mechanism comprises grabbing device, X direction guiding rail and Y-direction guide rail, X drives cylinder, Z-direction lift cylinder to driving cylinder, Y-direction; Described grabbing device is arranged on the piston rod of Z-direction lift cylinder, described Z-direction lift cylinder is arranged on X on the piston driving cylinder, Z-direction lift cylinder is slidably fitted on X direction guiding rail, X is arranged on X direction guiding rail to driving cylinder, described X direction guiding rail is arranged on Y-direction and drives on the piston of cylinder, described X direction guiding rail is slidably fitted on Y-direction guide rail, and Y-direction drives cylinder to be arranged on Y-direction guide rail; Described grabbing device is positioned at the top of feeding mechanism; Described grabbing device comprises clamp cylinder and is arranged on chuck jaws on clamp cylinder piston, folder cover plate slide unit cylinder and the folder cover plate cylinder that is arranged on folder cover plate slide unit cylinder piston rod and the cover plate jaw, folder finished product lift cylinder and the folder finished product cylinder be arranged on folder finished product lift cylinder piston rod that are arranged on folder cover plate cylinder piston and the finished product jaw, the frame support body that are arranged on folder finished product cylinder piston; Described frame support body comprises front side board, back side panel, left plate, right plate, described clamp cylinder is arranged on the bottom surface of front side board, described folder cover plate slide unit cylinder is arranged on the madial wall of back side panel, and described folder finished product lift cylinder is arranged on the lateral wall of right plate; Described frame support body is arranged on the piston rod of Z-direction lift cylinder.
By technique scheme, on cable described in the utility model, the operation principle of the induction system of tin machine is as follows:
The first, first staff will treat that the cable of upper tin is arranged in frock clamp, particularly, treats that the cable clamp of tin is in wire casing, and the certain distance in the front end of base plate is given prominence on the cable top need going up tin, and cable is positioned at mount pad bayonet socket; Afterwards, cover plate is fastened in bayonet socket by staff.
The second, the frock clamp being provided with cable is thrown in pan feeding conveying by staff, is proceeded to the output of pan feeding conveying by the conveyer belt driving frock clamp in pan feeding conveying along pair of guide rails plate.
3rd, when frock clamp is to the output of pan feeding conveying, the block of retention device limits it and moves ahead; Afterwards, lifting platform orders about frock clamp rising.
4th, the first telescopic cylinder in the first switching mechanism, the first lift cylinder are used for by the first chuck close to swingle, and first rotates clamping cylinder carries out 180 degree of rotations to swingle after the first chuck clamping swingle.Positioning baffle turn on cover plate by the front of mount pad, and compressing positioning baffle on the cover board makes cover plate oppress cable, and so, cable is positioned on frock clamp.Cable behind positioning baffle location can together enter upper process of tin flow process along with frock clamp described in the utility model.
Five, X drives cylinder, Z-direction lift cylinder to drive to driving cylinder, Y-direction, and grabbing device moves as horizontal cross, horizontally vertically moves, elevating movement, and grabbing device captures the frock clamp on lifting platform, and is thrown in next predetermined station, in order to upper tin.Particularly, in grabbing device chuck jaws for capturing frock clamp from lifting platform.
6th, after upper tin completes, in grabbing device, chuck jaws captures frock clamp, and is moved on the level table of finished product blanking bench; Rotatably compress cylinder frock clamp is pressed on level table.
7th, the second telescopic cylinder in the second switching mechanism, the second lift cylinder are used for by the second chuck close to swingle, and second rotates clamping cylinder carries out 180 degree of rotations to swingle after the second chuck clamping swingle, and positioning baffle is resetted.
8th, the cover plate jaw in grabbing device, from gripping cover plate frock clamp, makes cover plate depart from mount pad bayonet socket; Afterwards, the finished product jaw in grabbing device from gripping cable frock clamp, and is moved to predetermined station; Afterwards, cover plate is reset on frock clamp by cover plate jaw, and the frock clamp of sky is moved to discharging mechanism by chuck jaws again.
9th, empty frock clamp transfers out upper tin machine by discharging mechanism.
Pass through technique scheme, what on cable described in the utility model, the induction system of tin machine can effectively avoid upper tin machine chain transmitting device used in prior art to cause causes cable to depart from the phenomenon generation of slot in fill process, and then normally the carrying out, with the efficiency of the quality and production that improve product of tin on guarantee cable.
By technique scheme, the utility model eliminate station conversion time time and artificial waste, overcome the original difficult problem manually cannot carrying out going up accurately and fast tin.
Illustrate the one of technique scheme as the utility model, described feeding mechanism and discharging mechanism are positioned at the same side of tin machine on cable, and the throughput direction of feeding mechanism is contrary with the throughput direction of discharging mechanism, and feeding mechanism is positioned at the side of discharging mechanism.The position of design discharging mechanism like this and feeding mechanism, can simplify the structure of whole upper tin machine.In addition, the feeding mechanism and the discharging mechanism that are positioned at tin machine the same side only need staff's nurse or operation, to save cost of labor.
Illustrate the one of feeding mechanism as the utility model, described lifting platform comprises base for supporting, jacking cylinder, linear bearing, guide rod, top board, floating junction; Described jacking cylinder is arranged on base for supporting, and top board is arranged on the piston rod of jacking cylinder by floating junction, and jacking air cylinder driven top board is elevated; Described linear bearing is arranged on base for supporting, and described guide rod is vertically plugged in linear bearing, and the top of guide rod connects top board.
Illustrate the one of feeding mechanism as the utility model, described retention device comprises stop cylinder, and described block is arranged on the piston rod of stop cylinder, stops that air cylinder driven block is elevated between pair of guide rails plate.As described above, when frock clamp moves to predetermined station on pan feeding conveying, under the induction of sensor, stop that air cylinder driven block rises to stop moving ahead of frock clamp.
Illustrate the one of frock clamp as the utility model, a strip through hole offered by described cover plate, is provided with torsion spring in strip through hole, and under the compressing of positioning baffle, described torsion spring and cover plate oppress cable jointly.Torsion spring auxiliary cover plate can oppress cable better, and then improves the validity of cable location.
Illustrate the one of frock clamp as the utility model, described positioning baffle comprises about a pair flipping block, the baffle plate be arranged on a pair flipping block that arrange; A pair flipping block is articulated on the left and right sides wall of mount pad; Square gap all offered by the left and right sides wall of described mount pad, and described flipping block overturns in square gap.Described flipping block can limit the upset amplitude of positioning baffle with coordinating of square gap.
As the utility model, the one of frock clamp is illustrated, described baffle plate is offered cable gap.By above-mentioned improvement, staff by the process of cable clamp in wire casing, described cable gap plays guide-localization effect to cable.
As the utility model, the one of frock clamp is illustrated, described base plate is provided with handle.Described handle facilitates staff to take.
Accompanying drawing illustrates:
Below in conjunction with accompanying drawing, the utility model is described further:
The partial structurtes schematic diagram of tin machine on Fig. 1 cable involved by the utility model;
Fig. 2 structural representation that frock clamp 10 runs on feeding mechanism 20 involved by the utility model;
Fig. 3 is the structural representation of lifting platform 22 lifting frock clamp 10 in Fig. 2;
The structural representation of Fig. 4 frock clamp 10 involved by the utility model;
The structural representation of Fig. 5 first switching mechanism 40 involved by the utility model;
Fig. 6 is the structural representation in Fig. 5 in the first switching mechanism 40 flipchart 4 during positioning baffle 15;
Fig. 7 grabbing device 30 involved by the utility model captures the structural representation of frock clamp 10 from lifting platform 22;
The structural representation of the chuck jaws 310 clamping tooling fixture 10 in Fig. 8 grabbing device 30 involved by the utility model;
The structural representation of cover plate jaw 322 clamping tooling fixture 10 cover plate 14 in Fig. 9 grabbing device 30 involved by the utility model;
Structural representation on finished product jaw 332 clamping tooling fixture 10 in Figure 10 grabbing device 30 involved by the utility model during cable 90;
The structural representation that on finished product jaw 332 clamping tooling fixture 10 in Figure 11 grabbing device 30 involved by the utility model, cable is after 90s;
The structural representation of Figure 12 finished product blanking bench 50 involved by the utility model.
Symbol description in figure:
10, frock clamp; 11, base plate; 12, wire casing; 13, mount pad; 131, square gap; 14, cover plate; 141, strip through hole; 15, positioning baffle; 151, swingle; 152, baffle plate; 1520, cable gap; 153, flipping block; 16, handle;
20, feeding mechanism; 21, pan feeding conveying; 211, guide-rail plate; 212, conveyer belt; 22, lifting platform; 221, base for supporting; 222, jacking cylinder; 223, linear bearing; 224, guide rod; 225, top board; 226, floating junction; 23, retention device; 231, block; 232, cylinder is stopped;
30, grabbing device; 31, clamp cylinder; 310, chuck jaws; 32, cover plate slide unit cylinder is pressed from both sides; 321, cover plate cylinder is pressed from both sides; 322, cover plate jaw; 33, finished product lift cylinder is pressed from both sides; 331, finished product cylinder is pressed from both sides; 332, finished product jaw; 34, frame support body;
40, the first switching mechanism; 41, the first section bar support; 42, the first section bar Connection Block; 43, the first telescopic cylinder; 44, first rotates clamping cylinder; 45, the first lift cylinder; 46, the first chuck;
50, finished product blanking bench; 51, level table; 52, cylinder is rotatably compressed;
60, discharging mechanism;
90, cable.
Detailed description of the invention:
Composition graphs 1 to Fig. 7, Figure 12, the induction system of tin machine on a kind of cable, comprises frock clamp 10, feeding mechanism 20, first switching mechanism 40, second switching mechanism, finished product blanking bench 50, discharging mechanism 60, grasping mechanism.
As Fig. 4, described frock clamp 10 comprises base plate 11, the wire casing 12 be arranged on base plate, clamping cable 90 in described wire casing; Described base plate is fixed with mount pad 13, mount pad is positioned at the front end place of base plate; Described mount pad offers bayonet socket, engaging cover plate 14 in bayonet socket, cover plate is positioned at above cable; Described mount pad is articulated with positioning baffle 15, positioning baffle is positioned at the front end place of mount pad, and positioning baffle can turn over turnback on the end face of cover plate around the articulated section of itself and mount pad, compressing cover plate, and then makes cover plate oppress cable.
In above-mentioned frock clamp 10, a strip through hole 141 offered by described cover plate 14, is provided with torsion spring in strip through hole, and under the compressing of positioning baffle 15, described torsion spring and cover plate oppress cable jointly.
In above-mentioned frock clamp 10, described positioning baffle 15 comprises about a pair flipping block 153, the baffle plate 152 be arranged on a pair flipping block that arrange; A pair flipping block is articulated on the left and right sides wall of mount pad 13; Square gap 131 all offered by the left and right sides wall of described mount pad, and described flipping block overturns in square gap.
In above-mentioned frock clamp 10, described baffle plate 152 offers cable gap 1520.
In above-mentioned frock clamp 10, described base plate 11 is provided with handle 16.
In above-mentioned frock clamp 10, the side of described positioning baffle is provided with swingle 151, and swingle and positioning baffle are structure as a whole.
Composition graphs 2, Fig. 3, described feeding mechanism 20 comprises pan feeding conveying 21, lifting platform 22, retention device 23; Described pan feeding conveying comprises the guide-rail plate 211 arranged in opposite directions for a pair, the conveyer belt 212 be arranged on pair of guide rails plate madial wall; Described lifting platform is arranged between pair of guide rails plate, and lifting platform is positioned at the output of pan feeding conveying; Described retention device is arranged between pair of guide rails plate, and retention device is positioned at the output of pan feeding conveying, and retention device is positioned at the side of lifting platform, and retention device comprises for being blocked in the block 231 that pan feeding conveying runs.
In above-mentioned feeding mechanism 20, described lifting platform 22 comprises base for supporting 221, jacking cylinder 222, linear bearing 223, guide rod 224, top board 225, floating junction 226; Described jacking cylinder is arranged on base for supporting, and top board is arranged on the piston rod of jacking cylinder by floating junction, and jacking air cylinder driven top board is elevated; Described linear bearing is arranged on base for supporting, and described guide rod is vertically plugged in linear bearing, and the top of guide rod connects top board.
In above-mentioned feeding mechanism 20, described retention device 23 comprises and stops cylinder 232, and described block 231 is arranged on the piston rod of stop cylinder, stops that air cylinder driven block is elevated between pair of guide rails plate 211.
As Fig. 5, Fig. 6, described first switching mechanism 40 is positioned at the side of lifting platform, and described first switching mechanism comprises the first section bar support 41, first section bar Connection Block 42, first telescopic cylinder 43, first and rotates clamping cylinder 44, first lift cylinder 45; Described first section bar support is arranged on the first section bar Connection Block, described first lift cylinder is arranged on the first section bar support, described first telescopic cylinder is arranged on the piston rod of the first lift cylinder, described first rotates clamping cylinder is arranged on the piston rod of the first telescopic cylinder, first telescopic cylinder drives first to rotate clamping cylinder and moves horizontally, and the described first end rotating clamping cylinder is provided with the first chuck 46 of clamping swingle.
With reference to figure 5, Fig. 6, described second switching mechanism is positioned at the side of finished product blanking bench 50, and described second switching mechanism comprises the second section bar support, the second section bar Connection Block, the second telescopic cylinder, the second rotation clamping cylinder, the second lift cylinder; Described second section bar support installing is on the second section bar Connection Block, described second lift cylinder is arranged on the second section bar support, described second telescopic cylinder is arranged on the piston rod of the second lift cylinder, described second rotates clamping cylinder is arranged on the piston rod of the second telescopic cylinder, second telescopic cylinder drives second to rotate clamping cylinder and moves horizontally, and the described second end rotating clamping cylinder is provided with the second chuck of clamping swingle.
As Figure 12, described finished product blanking bench 50 is positioned at the side of discharging mechanism, described finished product blanking bench comprises level table 51, be arranged on level table side rotatably compress cylinder 52.Described feeding mechanism 20 and discharging mechanism 60 are positioned at the same side of tin machine on cable, and the throughput direction of feeding mechanism is contrary with the throughput direction of discharging mechanism, and feeding mechanism is positioned at the side of discharging mechanism.
As Fig. 1, described discharging mechanism 60 is belt conveyor.
Described grasping mechanism comprises grabbing device 30, X direction guiding rail and Y-direction guide rail, X drives cylinder, Z-direction lift cylinder to driving cylinder, Y-direction; Described grabbing device is arranged on the piston rod of Z-direction lift cylinder, described Z-direction lift cylinder is arranged on X on the piston driving cylinder, Z-direction lift cylinder is slidably fitted on X direction guiding rail, X is arranged on X direction guiding rail to driving cylinder, described X direction guiding rail is arranged on Y-direction and drives on the piston of cylinder, described X direction guiding rail is slidably fitted on Y-direction guide rail, and Y-direction drives cylinder to be arranged on Y-direction guide rail; Described grabbing device is positioned at the top of feeding mechanism.
In above-mentioned grasping mechanism, composition graphs 7 to Figure 11, described grabbing device 30 comprises clamp cylinder 31 and the chuck jaws 310, folder cover plate slide unit cylinder 32 and the folder cover plate cylinder 321 be arranged on folder cover plate slide unit cylinder piston rod that are arranged on clamp cylinder piston and the cover plate jaw 322, folder finished product lift cylinder 33 and the folder finished product cylinder 331 be arranged on folder finished product lift cylinder piston rod that are arranged on folder cover plate cylinder piston and the finished product jaw 332, the frame support body 34 that are arranged on folder finished product cylinder piston; Described frame support body comprises front side board, back side panel, left plate, right plate, described clamp cylinder is arranged on the bottom surface of front side board, described folder cover plate slide unit cylinder is arranged on the madial wall of back side panel, and described folder finished product lift cylinder is arranged on the lateral wall of right plate; Described frame support body is arranged on the piston rod of Z-direction lift cylinder.
In actual production, on cable described in the utility model, the workflow of the induction system of tin machine is as follows:
The first, first staff will treat that the cable 90 of upper tin is arranged in frock clamp 10, particularly, treats that the cable clamp of tin is in wire casing 12, and the certain distance in the front end of base plate 11 is given prominence on the cable top need going up tin, and cable is positioned at mount pad 13 bayonet socket; Afterwards, cover plate 14 is fastened in bayonet socket by staff.
The second, the frock clamp 10 being provided with cable is thrown in pan feeding conveying 21 by staff, drives frock clamp to proceed to the output of pan feeding conveying along pair of guide rails plate 211 by the conveyer belt 212 in pan feeding conveying.
3rd, during the output of frock clamp 10 to pan feeding conveying 21, the block 231 of retention device 23 limits it and moves ahead; Afterwards, lifting platform 22 orders about frock clamp 10 and rises.
The first telescopic cylinder 43, first lift cylinder 45 in 4th, first switching mechanism 40 for by the first chuck 46 close to swingle 151, first rotate clamping cylinder 44 until first chuck clamping swingle after 180 degree of rotations are carried out to swingle.Positioning baffle 15 turn on cover plate 14 by the front of mount pad 13, and compressing positioning baffle on the cover board makes cover plate oppress cable 90, and so, cable is positioned on frock clamp 10.
5th, X drives cylinder, Z-direction lift cylinder to drive to driving cylinder, Y-direction, and grabbing device 30 moves as horizontal cross, horizontally vertically moves, elevating movement, grabbing device 30 captures the frock clamp 10 on lifting platform 22, and is thrown in next predetermined station, in order to upper tin.Particularly, in grabbing device 30 chuck jaws 310 for capturing frock clamp from lifting platform.
6th, after upper tin completes, in grabbing device 30, chuck jaws 310 captures frock clamp 10, and is moved on the level table 51 of finished product blanking bench 50; Rotatably compress cylinder 52 frock clamp is pressed on level table.
7th, the second telescopic cylinder in the second switching mechanism, the second lift cylinder are used for by the second chuck close to swingle 151, and second rotates clamping cylinder carries out 180 degree of rotations to swingle after the second chuck clamping swingle, and positioning baffle 15 is resetted.
8th, the cover plate jaw 322 in grabbing device 30, from gripping cover plate 14 frock clamp 10, makes cover plate depart from mount pad 13 bayonet socket; Afterwards, the finished product jaw 332 in grabbing device from gripping cable 90 frock clamp 10, and is moved to predetermined station; Afterwards, cover plate 14 is reset on frock clamp 10 by cover plate jaw 322, and the frock clamp of sky is moved to discharging mechanism 60 by chuck jaws 310 again.
9th, empty frock clamp 10 transfers out upper tin machine by discharging mechanism 60.
Above content is only better embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (8)
1. the induction system of tin machine on cable, comprises frock clamp (10), feeding mechanism (20), the first switching mechanism (40), the second switching mechanism, finished product blanking bench (50), discharging mechanism (60), grasping mechanism; It is characterized in that:
Described frock clamp (10) comprises base plate (11), the wire casing (12) be arranged on base plate, clamping cable (90) in described wire casing; Described base plate is fixed with mount pad (13), mount pad is positioned at the front end place of base plate; Described mount pad offers bayonet socket, engaging cover plate (14) in bayonet socket, cover plate is positioned at above cable; Described mount pad is articulated with positioning baffle (15), positioning baffle is positioned at the front end place of mount pad, and positioning baffle can turn over turnback on the end face of cover plate around the articulated section of itself and mount pad, compressing cover plate, and then makes cover plate oppress cable; The side of described positioning baffle is provided with swingle (151), and swingle and positioning baffle are structure as a whole;
Described feeding mechanism (20) comprises pan feeding conveying (21), lifting platform (22), retention device (23); Described pan feeding conveying comprises the guide-rail plate (211) arranged in opposite directions for a pair, the conveyer belt (212) be arranged on pair of guide rails plate madial wall; Described lifting platform is arranged between pair of guide rails plate, and lifting platform is positioned at the output of pan feeding conveying; Described retention device is arranged between pair of guide rails plate, and retention device is positioned at the output of pan feeding conveying, and retention device is positioned at the side of lifting platform, and retention device comprises for being blocked in the block (231) that pan feeding conveying runs;
Described first switching mechanism (40) is positioned at the side of lifting platform, and described first switching mechanism comprises the first section bar support (41), the first section bar Connection Block (42), the first telescopic cylinder (43), the first rotation clamping cylinder (44), the first lift cylinder (45); Described first section bar support is arranged on the first section bar Connection Block, described first lift cylinder is arranged on the first section bar support, described first telescopic cylinder is arranged on the piston rod of the first lift cylinder, described first rotates clamping cylinder is arranged on the piston rod of the first telescopic cylinder, first telescopic cylinder drives first to rotate clamping cylinder and moves horizontally, and the described first end rotating clamping cylinder is provided with first chuck (46) of clamping swingle;
Described second switching mechanism is positioned at the side of finished product blanking bench, and described second switching mechanism comprises the second section bar support, the second section bar Connection Block, the second telescopic cylinder, the second rotation clamping cylinder, the second lift cylinder; Described second section bar support installing is on the second section bar Connection Block, described second lift cylinder is arranged on the second section bar support, described second telescopic cylinder is arranged on the piston rod of the second lift cylinder, described second rotates clamping cylinder is arranged on the piston rod of the second telescopic cylinder, second telescopic cylinder drives second to rotate clamping cylinder and moves horizontally, and the described second end rotating clamping cylinder is provided with the second chuck of clamping swingle;
Described finished product blanking bench (50) is positioned at the side of discharging mechanism, described finished product blanking bench comprises level table (51), be arranged on level table side rotatably compress cylinder (52);
Described discharging mechanism (60) is belt conveyor;
Described grasping mechanism comprises grabbing device (30), X direction guiding rail and Y-direction guide rail, X drives cylinder, Z-direction lift cylinder to driving cylinder, Y-direction, described grabbing device is arranged on the piston rod of Z-direction lift cylinder, described Z-direction lift cylinder is arranged on X on the piston driving cylinder, Z-direction lift cylinder is slidably fitted on X direction guiding rail, X is arranged on X direction guiding rail to driving cylinder, described X direction guiding rail is arranged on Y-direction and drives on the piston of cylinder, described X direction guiding rail is slidably fitted on Y-direction guide rail, and Y-direction drives cylinder to be arranged on Y-direction guide rail, described grabbing device is positioned at the top of feeding mechanism, described grabbing device (30) comprises clamp cylinder (31) and is arranged on the chuck jaws (310) on clamp cylinder piston, the folder cover plate cylinder (321) pressing from both sides cover plate slide unit cylinder (32) and be arranged on folder cover plate slide unit cylinder piston rod and the cover plate jaw (322) be arranged on folder cover plate cylinder piston, the folder finished product cylinder (331) pressing from both sides finished product lift cylinder (33) and be arranged on folder finished product lift cylinder piston rod and the finished product jaw (332) be arranged on folder finished product cylinder piston, frame support body (34), described frame support body comprises front side board, back side panel, left plate, right plate, described clamp cylinder is arranged on the bottom surface of front side board, described folder cover plate slide unit cylinder is arranged on the madial wall of back side panel, and described folder finished product lift cylinder is arranged on the lateral wall of right plate, described frame support body is arranged on the piston rod of Z-direction lift cylinder.
2. the induction system of tin machine on a kind of cable as claimed in claim 1, it is characterized in that: described feeding mechanism (20) and discharging mechanism (60) are positioned at the same side of tin machine on cable, the throughput direction of feeding mechanism is contrary with the throughput direction of discharging mechanism, and feeding mechanism is positioned at the side of discharging mechanism.
3. the induction system of tin machine on a kind of cable as claimed in claim 1, is characterized in that: described lifting platform (22) comprises base for supporting (221), jacking cylinder (222), linear bearing (223), guide rod (224), top board (225), floating junction (226); Described jacking cylinder is arranged on base for supporting, and top board is arranged on the piston rod of jacking cylinder by floating junction, and jacking air cylinder driven top board is elevated; Described linear bearing is arranged on base for supporting, and described guide rod is vertically plugged in linear bearing, and the top of guide rod connects top board.
4. the induction system of tin machine on a kind of cable as claimed in claim 1, it is characterized in that: described retention device (23) comprises and stops cylinder (232), described block (231) is arranged on the piston rod of stop cylinder, stops that air cylinder driven block is elevated between pair of guide rails plate (211).
5. the induction system of tin machine on a kind of cable as claimed in claim 1, it is characterized in that: a strip through hole (141) offered by described cover plate (14), in strip through hole, torsion spring is installed, under the compressing of positioning baffle (15), described torsion spring and cover plate oppress cable jointly.
6. the induction system of tin machine on a kind of cable as claimed in claim 1, is characterized in that:
Described positioning baffle (15) comprises about a pair flipping block (153), the baffle plate (152) be arranged on a pair flipping block that arrange; A pair flipping block is articulated on the left and right sides wall of mount pad (13); The left and right sides wall of described mount pad is all offered square gap (131), described flipping block overturns in square gap.
7. the induction system of tin machine on a kind of cable as claimed in claim 6, is characterized in that: described baffle plate (152) is offered cable gap (1520).
8. the induction system of tin machine on a kind of cable as claimed in claim 1, is characterized in that: described base plate (11) is provided with handle (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520844466.XU CN205057251U (en) | 2015-10-28 | 2015-10-28 | Conveying system of tin machine on cable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520844466.XU CN205057251U (en) | 2015-10-28 | 2015-10-28 | Conveying system of tin machine on cable |
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| Publication Number | Publication Date |
|---|---|
| CN205057251U true CN205057251U (en) | 2016-03-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520844466.XU Expired - Fee Related CN205057251U (en) | 2015-10-28 | 2015-10-28 | Conveying system of tin machine on cable |
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| CN (1) | CN205057251U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105345209A (en) * | 2015-10-28 | 2016-02-24 | 苏州和瑞科自动化科技有限公司 | Conveying system for cable tin feeding machine |
-
2015
- 2015-10-28 CN CN201520844466.XU patent/CN205057251U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105345209A (en) * | 2015-10-28 | 2016-02-24 | 苏州和瑞科自动化科技有限公司 | Conveying system for cable tin feeding machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160302 Termination date: 20161028 |