CN204135668U - Lock core machine for automatic working - Google Patents
Lock core machine for automatic working Download PDFInfo
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- CN204135668U CN204135668U CN201420458635.1U CN201420458635U CN204135668U CN 204135668 U CN204135668 U CN 204135668U CN 201420458635 U CN201420458635 U CN 201420458635U CN 204135668 U CN204135668 U CN 204135668U
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Abstract
The utility model relates to a kind of lock core machine for automatic working, comprises frame, and the platform of described frame is connected successively material loading shut-off mechanism, punching, tapping mechanism, steering mechanism, conveying perforating mechanism and top perforating mechanism; The one end being positioned at frame is also provided with underframe, and described underframe is arranged at intervals with multiple pillar, and lock core advances to the import department of material loading shut-off mechanism along pillar conveying.The utility model compact conformation, rationally, lock core raw material progressively complete its fluting, perforate by each mechanism successively, and the operations such as top punching, automatically complete the processing of lock core, functional reliability is good, and operating efficiency is high.
Description
Technical field
The utility model relates to machining technique field, especially a kind of lock core machine for automatic working.
Background technology
Lock core is the major part controlling lock unlatching, is the heart of lockset, refers to can rotate and the core driving locking bolt to move with key is supporting.In prior art, in the machining process of lock core, lock core is needed to carry out punching, tapping, in streamline processing, usually need first to punch, be then delivered in subsequent processing and carry out tapping, etc. troublesome operation sequence, need manually to complete it and handle, its inefficiency.
Utility model content
The applicant, for the shortcoming in above-mentioned existing production technology, provides a kind of lock core machine for automatic working rational in infrastructure, thus improves dependability, and automatically complete the processing of lock core, operating efficiency is high.
The technical scheme that the utility model adopts is as follows:
A kind of lock core machine for automatic working, comprises frame, and the platform of described frame is connected successively material loading shut-off mechanism, punching, tapping mechanism, steering mechanism, conveying perforating mechanism and top perforating mechanism; The one end being positioned at frame is also provided with underframe, and described underframe is arranged at intervals with multiple pillar, and lock core advances to the import department of material loading shut-off mechanism along pillar conveying.
Further improvement as technique scheme:
The structure of described material loading shut-off mechanism is: comprise feed mechanism, and the front end of described feed mechanism is provided with fluting shut-off mechanism, and the outer end of described fluting shut-off mechanism is provided with the first conveying mechanism; The structure of described feed mechanism is: comprise level the 3rd fixed head supported by support, lead installed by described 3rd fixed head, one end of described lead is fixed with the first guide pad, the other end of described lead is fixed with the second guide pad, the 3rd fixed head outside described second guide pad is provided with telescopic cylinder, and piston rod head and the lock core raw material of described telescopic cylinder are connected; Also comprise spaced stand, install the 3rd guide pad between stand, adjusting cylinders is installed by cover plate in the top of described 3rd guide pad; The outer end being positioned at stand is also provided with column, and the side of described column is fixed with thruster cylinder, and the piston rod of described thruster cylinder connects the 4th guide pad through after column; The middle part of above-mentioned each guide pad has through the raw-material hole of lock core, and is positioned at same position of center line; Be positioned at stand side and be also provided with bracing frame, support frame as described above is fixed with promotion cylinder, the output of described promotion cylinder connects movable block, and described movable block is connected with the first guide pillar, the head of described first guide pillar abuts with lock core; The structure of described fluting shut-off mechanism is; Comprise the first location-plate, flat board is vertically installed with the first location-plate, the two bottom sides of described flat board installs the second gripper shoe respectively, both sides, the top mounting guide rail respectively of described flat board, described guide rail is provided with the first base and the first base plate respectively by slide block, described first base plate fixes the second motor, described first base fixes the first reductor, in the rotating shaft of described first output end of reducer, interval is provided with cutter blades and fluting blade; The structure of described first conveying mechanism is: comprise first gripper shoe of vertically installing, the first motor is vertically installed with the first gripper shoe, the head clearance of described first gripper shoe is provided with support plate, and described support plate two ends are provided with belt wheel, installs conveyer belt between two belt wheels.
The end of described 3rd fixed head is also provided with roller fixed block, and described roller fixed block installs roller, and described lock core rolls along roller and advances.
The cutter blades of described fluting shut-off mechanism and fluting blade are between the column and stand of feed mechanism.
The structure of described punching, tapping mechanism is: comprise the second base plate, clamp is installed by clamping seats in the top of described second base plate, lock core is clamped in the middle part of described clamp, the sidewall being positioned at clamping seats is fixed with first and moves cylinder, the described first output moving cylinder is connected with bottom clamping seats; Also comprise the 4th fixed head, described 4th fixed head is installed square second guide pillar installing plate, a L-square of described second guide pillar installing plate fixes the second guide pillar, and described second guide pillar abuts with lock core; The top being positioned at clamp is also provided with conveying cylinder, and the output of described conveying cylinder is fixed with guide block, inserts vertical mobile post in the middle part of described guide block, and described mobile post head is provided with inclined-plane, described mobile post bottom pushing lock cylinder; The both sides being positioned at clamping seats are separately installed with the identical perforating mechanism of structure and tapping mechanism; The bottom of described second base plate is also provided with second and moves cylinder.
Described clamping seats becomes rectangular structure, has rectangular opening in the middle part of described clamping seats, has multiple 3rd installing hole in the middle part of described clamping seats, and the top being positioned at clamping seats has the clamping delivery chute of break-through, and described clamping delivery chute one end has punching groove.
The structure of described perforating mechanism or tapping mechanism is: comprise motor mount, described motor mount is fixed the 3rd motor, and the output of described 3rd motor installs the first drill bit by the second reductor; Also comprise the 3rd gripper shoe, slide plate is installed in the inner side of described 3rd gripper shoe, and described second reductor snaps in slide plate.
The structure of described steering mechanism is: comprise the first fixed head, and described first fixed head one side roof part installs rotary cylinder, described rotary cylinder installs rotating seat, has the draw-in groove of clamping lock core in the middle part of described rotating seat; The second fixed head is arranged at intervals with the first fixed head, described second fixed head is vertical with the first fixed head, described second fixed head one side roof part installs the output connection locating piece pushing and push cylinder described in cylinder, and described locating piece is installed and pushes arm, described propelling movement arm docks with described draw-in groove; Described first fixed head and the second fixed head shape structure all at a right angle, the bottom of described first fixed head and the second fixed head is provided with boss.
The structure of described conveying perforating mechanism is: comprise second conveyor structure, and on described second conveyor structure, interval is installed and organized hold-down mechanism more, and perforating mechanism is installed in the both sides being positioned at second conveyor structure, the structure of described second conveyor structure is: comprise spaced foundation, the both sides of described foundation install the 4th gripper shoe respectively, between two piece of the 4th gripper shoe, sprocket wheel is installed, between two sprocket wheels, chain is installed, on described chain, interval is fixed with the fixture of installing lock core, the structure of described fixture is: comprise deck, described deck is fixed by the chain link of pin and chain, the top of described deck is fixed with the second base, described second base becomes convex shape structure, the two ends of described second base have through hole, the middle part of described second base has the U-shaped draw-in groove coordinated with lock core, the structure of described hold-down mechanism is: the second support comprising clamping lock core, the two ends of described second support have been mounted opposite the first compression cylinder, the output of described first compression cylinder is fixed with the first compact heap, described first compact heap abuts with the second rack side wall, and described first compression cylinder is fixed on the second installing plate, also comprise the first installing plate, the top of described first installing plate is provided with the 5th fixed head, lift cylinder installed by described 5th fixed head, the output of described lift cylinder is through the 5th fixed head, mounting-fixing base on described 5th fixed head, be connected with the first fixed block in described holder, described first fixed block abuts with lock core top, the structure of described perforating mechanism is: two perforating mechanisms are mounted opposite the both sides in second conveyor structure, comprise motor mounting plate, described motor mounting plate installs the 4th motor, the output of described 4th motor installs the second drill bit by the 3rd reductor, and described 3rd reductor is fixed on back-up block by the first mount pad, the structure of described deck is: have groove in the middle part of described deck, the bottom surface of described deck has the first installing hole, described first installing hole is corresponding with through hole, the two side of described deck has the second installing hole, and described second installing hole is corresponding with the chain link of chain, describedly be positioned at through there being supporting seat in the middle part of chain, the two ends of described supporting seat support with on ground respectively by the first support, described first fixed block has groove, and described groove matches with the structure at lock core top.
The structure of described top perforating mechanism is: comprise chain, interval installed cassette on the chain link of chain, the second base is fixed at deck top, in second base, lock core is installed, chain is through mid-stent, the two ends of described support are separately installed with the second fixed block, described second fixed block has groove, described groove and the clamping of lock core two ends, with the second fixed block at right angle setting second compact heap, described second compact heap connects the second compression cylinder, described second compression cylinder is fixing with on installing plate, tapping mechanism is installed in the side being positioned at chain, the structure of described tapping mechanism is: comprise the second location-plate, bottom described second location-plate, the 3rd base plate is installed, and its sidepiece installs the 5th gripper shoe, longitudinal rail is installed at the top being positioned at the second location-plate, described longitudinal rail is installed the contiguous block slided along it, described contiguous block is by longitudinal air cylinder driven, described contiguous block installs cross slide way, described cross slide way is driven by lateral cylinder, described cross slide way fixes the 5th motor by the second mount pad, and locked by circular arc fixed cap at the top of the second mount pad, the output of described 5th motor installs the 3rd drill bit.
The beneficial effects of the utility model are as follows:
The utility model compact conformation, rationally, lock core raw material progressively complete its fluting, perforate by each mechanism successively, and the operations such as top punching, automatically complete the processing of lock core, functional reliability is good, and operating efficiency is high.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is structural representation of the present utility model (removal frame).
Fig. 3 is the structural representation of the utility model material loading shut-off mechanism.
Fig. 4 is the structural representation of the utility model conveying mechanism.
Fig. 5 is the structural representation of the utility model feed mechanism.
Fig. 6 is the structural representation at another visual angle of the utility model feed mechanism.
Fig. 7 is the structural representation of the utility model fluting shut-off mechanism.
Fig. 8 is the structural representation of the utility model punching, tapping mechanism.
Fig. 9 is the structural representation at the utility model punching, another visual angle of tapping mechanism.
Figure 10 is the structural representation of clamping seats in the utility model punching, tapping mechanism.
Figure 11 is the structural representation of the utility model steering mechanism.
Figure 12 is the structural representation of this practicality conveying perforating mechanism.
Figure 13 is the structural representation of the utility model conveying mechanism.
Figure 14 is the structural representation of deck in the utility model conveying mechanism.
Figure 15 is the structural representation of base in the utility model conveying mechanism.
Figure 16 is the structural representation of the utility model tapping mechanism.
Figure 17 is the structural representation that the utility model compresses framework.
Figure 18 is the structural representation at another visual angle of the utility model hold-down mechanism.
Figure 19 is the realistic application conditions figure of the utility model hold-down mechanism.
Figure 20 is the practical application figure of the utility model top aperture perforating mechanism.
Figure 21 is the structural representation of the utility model top aperture perforating mechanism.
Wherein: 1, the first conveying mechanism; 2, fluting shut-off mechanism; 3, feed mechanism; 4, material loading shut-off mechanism; 5, punching, tapping mechanism; 6, steering mechanism; 7, perforating mechanism is carried; 9, top perforating mechanism; 10, frame; 11, pillar; 12, underframe; 101, support plate; 102, the first gripper shoe; 103, the first motor; 201, fluting blade; 202, cutter blades; 203, rotating shaft; 204, the first reductor; 205, the first location-plate; 206, the second motor; 207, dull and stereotyped; 208, guide rail; 209, the first base; 210, the first base plate; 211, the second gripper shoe; 301, the 4th guide pad; 302, thruster cylinder; 303, column; 304, adjusting cylinders; 305, the 3rd guide pad; 306, cylinder is promoted; 307, stand; 308, the first guide pad; 309, the 3rd fixed head; 310, lead; 311, the second guide pad; 312, telescopic cylinder; 313, the first guide pillar; 314, movable block; 316, bracing frame; 317, roller fixed block; 318, roller; 501, motor mount; 502, the 3rd motor; 503, the second reductor; 504, the 3rd gripper shoe; 505, the second guide pillar; 506, cylinder is carried; 507, the 4th fixed head; 508, guide block; 509, mobile post; 510, the first drill bit; 511, clamp; 512, clamping seats; 513, first cylinder is moved; 514, the second base plate; 515, second cylinder is moved; 516, slide plate; 517, the second guide pillar installing plate; 518, punch groove; 519, delivery chute is clamped; 520, rectangular opening; 521, the 3rd installing hole; 601, rotating seat; 602, draw-in groove; 603, rotary cylinder; 604, the first fixed head; 605, boss; 606, arm is pushed; 607, locating piece; 608, cylinder is pushed; 609, the second fixed head; 13, second conveyor structure; 14, punching, tapping mechanism; 15, hold-down mechanism; 1301, the 4th gripper shoe; 1302, foundation; 1303, lock core; 1304, the second base; 1305, deck; 1306, supporting seat; 1307, the first support; 1308, bottom surface; 1309, the first installing hole; 1310, the second installing hole; 1311, through hole; 1312, U-shaped draw-in groove; 1313, chain; 1401, motor mounting plate; 1402, back-up block; 1403, the first mount pad; 1404, the 4th motor; 1405, the 3rd reductor; 1406, the second drill bit; 1501, the first installing plate; 1502, lift cylinder; 1503, the 5th fixed head; 1504, holder; 1505, the first compression cylinder; 1506, the first compact heap; 1507, the second support; 1508, the second installing plate; 1509, the first fixed block; 16, tapping mechanism; 17, the second fixed block; 18, the second compact heap; 19, installing plate; 20, the second compression cylinder; 1601, longitudinal cylinder; 1602, longitudinal rail; 1603, contiguous block; 1604, cross slide way; 1605, lateral cylinder; 1606, the second location-plate; 1607, the 5th gripper shoe; 1608, the 3rd base plate; 1609, the 3rd drill bit; 1610, fixed cap; 1611, the second mount pad; 1612, the 5th motor.
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described.
As depicted in figs. 1 and 2, the lock core machine for automatic working of the present embodiment, comprises frame 10, and the platform of frame 10 is connected successively material loading shut-off mechanism 4, punching, tapping mechanism 5, steering mechanism 6, conveying perforating mechanism 7 and top perforating mechanism 9; The one end being positioned at frame 10 is also provided with underframe 12, underframe 12 is arranged at intervals with multiple pillar 11, and lock core 1303 advances to the import department of material loading shut-off mechanism 4 along pillar 11 conveying.
As shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7, the structure of material loading shut-off mechanism 4 is: comprise feed mechanism 3, and the front end of feed mechanism 3 is provided with fluting shut-off mechanism 2, and the outer end of fluting shut-off mechanism 2 is provided with the first conveying mechanism 1; The structure of feed mechanism 3 is: comprise level the 3rd fixed head 309 supported by support, lead 310 installed by 3rd fixed head 309, one end of lead 310 is fixed with the first guide pad 308, the other end of lead 310 is fixed with the second guide pad 311, the 3rd fixed head 309 outside second guide pad 311 is provided with telescopic cylinder 312, and piston rod head and the lock core raw material of telescopic cylinder 312 are connected; Also comprise spaced stand 307, adjusting cylinders 304 is installed by cover plate in the top of installing the 3rd guide pad the 305, three guide pad 305 between stand 307; The outer end being positioned at stand 307 is also provided with column 303, and the side of column 303 is fixed with thruster cylinder 302, and the piston rod of thruster cylinder 302 connects the 4th guide pad 301 through after column 303; The middle part of above-mentioned each guide pad has through the raw-material hole of lock core, and is positioned at same position of center line; Be positioned at stand 307 side and be also provided with bracing frame 316, bracing frame 316 is fixed with and promotes cylinder 306, the output promoting cylinder 306 connects movable block 314, and head movable block 314 being connected with the first guide pillar 313, first guide pillar 313 abuts with lock core 1303; The structure of fluting shut-off mechanism 2 is; Comprise the first location-plate 205, dull and stereotyped 207 are vertically installed with the first location-plate 205, the two bottom sides of dull and stereotyped 207 installs the second gripper shoe 211 respectively, both sides, the top mounting guide rail 208 respectively of dull and stereotyped 207, guide rail 208 is provided with the first base 209 and the first base plate 210 respectively by slide block, first base plate 210 is fixed the second motor 206, in the rotating shaft 203 first base 209 being fixed the first reductor 204, first reductor 204 output, interval is provided with cutter blades 202 and fluting blade 201; The structure of the first conveying mechanism 1 is: comprise first gripper shoe 102 of vertically installing, the first motor 103 is vertically installed with the first gripper shoe 102, the head clearance of the first gripper shoe 102 is provided with support plate 101, and support plate 101 two ends are provided with belt wheel, installs conveyer belt between two belt wheels.
The end of the 3rd fixed head 309 is also provided with roller fixed block 317, roller fixed block 317 is installed roller 318, and lock core 1303 rolls along roller 318 and advances.
The cutter blades 202 of fluting shut-off mechanism 2 and fluting blade 201 are between the column 303 and stand 307 of feed mechanism 3.
As shown in Figure 8 and Figure 9, the structure of punching, tapping mechanism 5 is: comprise the second base plate 514, clamp 511 is installed by clamping seats 512 in the top of the second base plate 514, lock core 1303 is clamped in the middle part of clamp 511, the sidewall being positioned at clamping seats 512 is fixed with first and moves cylinder 513, the first output moving cylinder 513 is connected with bottom clamping seats 512; Also comprise the 4th fixed head the 507, four fixed head 507 is installed square second guide pillar installing plate 517, second guide pillar installing plate 517 a L-square on fix the second guide pillar 505, second guide pillar 505 and abut with lock core 1303; The top being positioned at clamp 511 is also provided with conveying cylinder 506, and the output of conveying cylinder 506 is fixed with guide block 508, and insert vertical mobile post 509 in the middle part of guide block 508, mobile post 509 head is provided with inclined-plane, mobile post 509 bottom pushing lock cylinder 1303; The both sides being positioned at clamping seats 512 are separately installed with the identical perforating mechanism of structure and tapping mechanism; The bottom of the second base plate 514 is also provided with second and moves cylinder 515.
As shown in Figure 10, clamping seats 512 one-tenth rectangular structure, has rectangular opening 520 in the middle part of clamping seats 512, have multiple 3rd installing hole 521 in the middle part of clamping seats 512, the top being positioned at clamping seats 512 has the clamping delivery chute 519 of break-through, and clamping delivery chute 519 one end has punching groove 518.
The structure of perforating mechanism or tapping mechanism is: comprise motor mount 501, and output motor mount 501 being fixed the 3rd motor the 502, three motor 502 installs the first drill bit 510 by the second reductor 503; Inner side installation slide plate 516, second reductor 503 also comprising the 3rd gripper shoe the 504, three gripper shoe 504 snaps in slide plate 516.
As shown in figure 11, the structure of steering mechanism 6 is: comprise the first fixed head 604, first fixed head 604 1 side roof part and install rotary cylinder 603, rotary cylinder 603 is installed rotating seat 601, have the draw-in groove 602 of clamping lock core 1303 in the middle part of rotating seat 601; The second fixed head 609 is arranged at intervals with the first fixed head 604, second fixed head 609 is vertical with the first fixed head 604, second fixed head 609 1 side roof part is installed and is pushed the output connection locating piece 607 that cylinder 608 pushes cylinder 608, locating piece 607 is installed and pushes arm 606, push arm 606 and dock with draw-in groove 602; First fixed head 604 and the second fixed head 609 shape structure all at a right angle, the bottom of the first fixed head 604 and the second fixed head 609 is provided with boss 605.
As shown in Figure 12, Figure 13, Figure 14, Figure 15, Figure 16 and Figure 17, the structure of conveying perforating mechanism 7 is: comprise second conveyor structure 13, on second conveyor structure 13, many group hold-down mechanisms 15 are installed at interval, and perforating mechanism 14 is installed in the both sides being positioned at second conveyor structure 13, the structure of second conveyor structure 13 is: comprise spaced foundation 1302, the both sides of foundation 1302 install the 4th gripper shoe 1301 respectively, between two piece of the 4th gripper shoe 1301, sprocket wheel is installed, between two sprocket wheels, chain 1313 is installed, on chain 1313, interval is fixed with the fixture of installing lock core 1303, the structure of fixture is: comprise deck 1305, deck 1305 is fixed by the chain link of pin and chain 1313, the top of deck 1305 is fixed with the second base 1304, second base 1304 one-tenth convex shape structure, the two ends of the second base 1304 have through hole 1311, the middle part of the second base 1304 has the U-shaped draw-in groove 1312 coordinated with lock core 1303, the structure of hold-down mechanism 15 is: the second support 1507 comprising clamping lock core 1303, the two ends of the second support 1507 have been mounted opposite the first compression cylinder 1505, the output of the first compression cylinder 1505 is fixed with the first compact heap 1506, first compact heap 1506 abuts with the second support 1507 sidewall, and the first compression cylinder 1505 is fixed on the second installing plate 1508, also comprise the first installing plate 1501, the top of the first installing plate 1501 is provided with the 5th fixed head 1503, lift cylinder 1502 installed by 5th fixed head 1503, the output of lift cylinder 1502 is through the 5th fixed head 1503, mounting-fixing base 1504 on 5th fixed head 1503, be connected with the first fixed block 1509, first fixed block 1509 in holder 1504 to abut with lock core 1303 top, the structure of perforating mechanism 14 is: two perforating mechanisms are mounted opposite the both sides in second conveyor structure 13, comprise motor mounting plate 1401, motor mounting plate 1401 installs the 4th motor 1404, the output of the 4th motor 1404 is installed the second drill bit the 1406, three reductor 1405 by the 3rd reductor 1405 and is fixed on back-up block 1402 by the first mount pad 1403, the structure of deck 1305 is: have groove in the middle part of deck 1305, the bottom surface 1308 of deck 1305 has the first installing hole 1309, first installing hole 1309 is corresponding with through hole 1311, the two side of deck 1305 has the second installing hole 1310, second installing hole 1310 corresponding with the chain link of chain 1313, be positioned at through there being supporting seat 1306 in the middle part of chain 1313, the two ends of supporting seat 1306 support with on ground respectively by the first support 1307, first fixed block 1509 has groove, and groove matches with the structure at lock core 1303 top.
As shown in Figure 20 and Figure 21, the structure of top perforating mechanism 9 is: comprise chain 1313, interval installed cassette 1305 on the chain link of chain 1313, the second base 1304 is fixed at deck 1305 top, in second base 1304, lock core 1303 is installed, chain 1313 is through mid-stent, the two ends of support are separately installed with the second fixed block 17, second fixed block 17 has groove, groove and lock core 1303 two ends clamping, with the second fixed block 17 at right angle setting second compact heap 18, second compact heap 18 connects the second compression cylinder 20, second compression cylinder 20 is fixing with on installing plate 19, tapping mechanism 16 is installed in the side being positioned at chain 1313, the structure of tapping mechanism 16 is: comprise the second location-plate 1606, bottom second location-plate 1606, the 3rd base plate 1608 is installed, and its sidepiece installs the 5th gripper shoe 1607, longitudinal rail 1602 is installed at the top being positioned at the second location-plate 1606, longitudinal rail 1602 is installed the contiguous block 1603 slided along it, contiguous block 1603 is driven by longitudinal cylinder 1601, contiguous block 1603 is installed cross slide way 1604, cross slide way 1604 is driven by lateral cylinder 1605, cross slide way 1604 fixes the 5th motor 1612 by the second mount pad 1611, and locked by circular arc fixed cap 1610 at the top of the second mount pad 1611, the output of the 5th motor 1612 installs the 3rd drill bit 1609.
In actual use procedure, first lock core raw material are slowly delivered to the import department of material loading shut-off mechanism 4 at the top of pillar 11, feed mechanism 3 action: start telescopic cylinder 312, under the effect of piston rod, be with movable lock core raw material to enter the second guide pad 311 successively along roller 318, first guide pad 308, in 3rd guide pad 305 and the 4th guide pad 301, pass through shut-off mechanism, in the 4th guide pad 301 front end, raw material are cut off, during cut-out, by the effect of guide rail 208, determine blade desired location, then the second motor 206 is driven, cutter blades 202 and fluting blade 201 work simultaneously, to the action that lock core 1303 cuts off and slots, said method is adopted to cut off lock core raw material one by one, then thruster cylinder 302 is started, by lock core 1303 pushed forward cut off, finally by promotion cylinder 306, under the effect of the first guide pillar 313, lock core 1303 is pushed on the conveyer belt (not shown in FIG.) of second conveyor structure 13, under the driving of the first motor 103, lock core 1303 is pushed to punching, in tapping mechanism 5, under the effect of the second guide pillar 505 and mobile post 509, starting conveying cylinder 506 pushes in the clamping delivery chute 519 of lock core 1303 to clamp 511, lock core 1303 is needed perforate, the position of tapping is in alignment with punching groove 518 place, start perforating mechanism, it is punched, and then start tapping mechanism, tapping is carried out to it.Only need a step clamping job, complete punching and tapping, easy to operate, operating efficiency is high simultaneously.Then cylinder 506 is carried to continue to push lock core 1303, it is made to push in steering mechanism 6, lock core 1303 is made to enter in the draw-in groove 602 of rotating seat 601, by the effect of rotary cylinder 603, by rotating seat 601 half-twist, now the position of draw-in groove 602 is docked with propelling movement arm 606 position, then propelling movement cylinder 608 is driven to work, under the effect pushing arm 606, smoothly lock core 1303 can be pushed on the second conveyor structure 13 of conveying perforating mechanism 7, lock core 1303 is made to be stuck in the second base 1304, due to interval installed cassette 1305 on the chain link of chain 1313, the second base 1304 is fixed at deck 1305 top, in second base 1304, lock core 1303 is installed, chain 1313 is through in the middle part of the first support 1307, when lock core 1303 is transported to hold-down mechanism 15 place, the first compression cylinder 1505 is driven to work, promote the two side that the first compact heap 1506 compresses the second support 1507, simultaneously, lift cylinder 1502 works, holder 1504 is driven to move downward, compress until the first fixed block 1509 coordinates with lock core 1303 top.Now, drive perforating mechanism 14 action, drive the 4th motor 1404, by the effect of the 3rd reductor 1405, second drill bit 1406 action, the second drill bit 1406 on perforating mechanism is grooved bit, the second drill bit 1406 on tapping mechanism is tapping drill bit, first lock core 1303 is punched, then tapping, after exiting, hold-down mechanism 15 counteragent, unclamp lock core 1303, under the effect of second conveyor structure 13, lock core 1303 continues to be fed forward, be delivered to top perforating mechanism 9 place, the second compression cylinder 20 is driven to work, promote the second compact heap 18, the second fixed block 17 is promoted under the effect of the second compact heap 18, the second fixed block 17 is made to fix the two ends of lock core 1303, then perforating mechanism 16 works, and regulates lateral cylinder 1605 and longitudinal cylinder 1601 respectively, makes the 3rd drill bit 1609 in alignment with lock core 1303 top drilling place, punches one by one to row's aperture (left-half) at lock core 1303 top.Under the effect of second conveyor structure 13, lock core 1303 continues to be fed forward, and comes, to perforating mechanism 9 place, next top, to adopt above-mentioned same procedure, punches one by one to row's aperture (right half part) at lock core 1303 top.Finally lock core 1303 is delivered to last hold-down mechanism 15 place of place, with tapping mechanism to perforate in the middle part of lock core 1303.
Distance between cutter blades 202 described in the utility model and fluting blade 201 can adjust according to Working position needed for lock core 1303.
More than describing is to explanation of the present utility model, and be not the restriction to utility model, the utility model limited range, see claim, within protection domain of the present utility model, can do any type of amendment.
Claims (10)
1. a lock core machine for automatic working, it is characterized in that: comprise frame (10), the platform of described frame (10) is connected successively material loading shut-off mechanism (4), punching, tapping mechanism (5), steering mechanism (6), conveying perforating mechanism (7) and top perforating mechanism (9); The one end being positioned at frame (10) is also provided with underframe (12), described underframe (12) is arranged at intervals with multiple pillar (11), and lock core (1303) advances to the import department of material loading shut-off mechanism (4) along pillar (11) conveying.
2. lock core machine for automatic working as claimed in claim 1, it is characterized in that: the structure of described material loading shut-off mechanism (4) is: comprise feed mechanism (3), the front end of described feed mechanism (3) is provided with fluting shut-off mechanism (2), and the outer end of described fluting shut-off mechanism (2) is provided with the first conveying mechanism (1), the structure of described feed mechanism (3) is: comprise the level the 3rd fixed head (309) supported by support, lead (310) installed by described 3rd fixed head (309), one end of described lead (310) is fixed with the first guide pad (308), the other end of described lead (310) is fixed with the second guide pad (311), 3rd fixed head (309) in described second guide pad (311) outside is provided with telescopic cylinder (312), and piston rod head and the lock core raw material of described telescopic cylinder (312) are connected, also comprise spaced stand (307), install the 3rd guide pad (305) between stand (307), adjusting cylinders (304) is installed by cover plate in the top of described 3rd guide pad (305), the outer end being positioned at stand (307) is also provided with column (303), and the side of described column (303) is fixed with thruster cylinder (302), and the piston rod of described thruster cylinder (302) connects the 4th guide pad (301) afterwards through column (303), the middle part of above-mentioned each guide pad has through the raw-material hole of lock core, and is positioned at same position of center line, be positioned at stand (307) side and be also provided with bracing frame (316), support frame as described above (316) is fixed with and promotes cylinder (306), the output of described promotion cylinder (306) connects movable block (314), described movable block (314) is connected with the first guide pillar (313), the head of described first guide pillar (313) abuts with lock core (1303), the structure of described fluting shut-off mechanism (2) is, comprise the first location-plate (205), flat board (207) is vertically installed with the first location-plate (205), the two bottom sides of described flat board (207) installs the second gripper shoe (211) respectively, both sides, the top mounting guide rail (208) respectively of described flat board (207), described guide rail (208) is provided with the first base (209) and the first base plate (210) respectively by slide block, described first base plate (210) fixes the second motor (206), described first base (209) fixes the first reductor (204), the upper interval of rotating shaft (203) of described first reductor (204) output is provided with cutter blades (202) and fluting blade (201), the structure of described first conveying mechanism (1) is: comprise first gripper shoe (102) of vertically installing, the first motor (103) is vertically installed with the first gripper shoe (102), the head clearance of described first gripper shoe (102) is provided with support plate (101), described support plate (101) two ends are provided with belt wheel, install conveyer belt between two belt wheels.
3. lock core machine for automatic working as claimed in claim 2, it is characterized in that: the end of described 3rd fixed head (309) is also provided with roller fixed block (317), described roller fixed block (317) installs roller (318), and described lock core (1303) rolls along roller (318) and advances.
4. lock core machine for automatic working as claimed in claim 2, is characterized in that: cutter blades (202) and fluting blade (201) of described fluting shut-off mechanism (2) are positioned between the column (303) of feed mechanism (3) and stand (307).
5. lock core machine for automatic working as claimed in claim 1, it is characterized in that: the structure of described punching, tapping mechanism (5) is: comprise the second base plate (514), clamp (511) is installed by clamping seats (512) in the top of described second base plate (514), described clamp (511) middle part clamping lock core (1303), the sidewall being positioned at clamping seats (512) is fixed with first and moves cylinder (513), the described first output moving cylinder (513) is connected with clamping seats (512) bottom; Also comprise the 4th fixed head (507), described 4th fixed head (507) is upper installs square second guide pillar installing plate (517), one L-square of described second guide pillar installing plate (517) fixes the second guide pillar (505), and described second guide pillar (505) abuts with lock core (1303); The top being positioned at clamp (511) is also provided with conveying cylinder (506), the output of described conveying cylinder (506) is fixed with guide block (508), vertical mobile post (509) is inserted at described guide block (508) middle part, described mobile post (509) head is provided with inclined-plane, described mobile post (509) bottom pushing lock cylinder (1303); The both sides being positioned at clamping seats (512) are separately installed with the identical perforating mechanism of structure and tapping mechanism; The bottom of described second base plate (514) is also provided with second and moves cylinder (515).
6. lock core machine for automatic working as claimed in claim 5, it is characterized in that: described clamping seats (512) becomes rectangular structure, described clamping seats (512) middle part has rectangular opening (520), described clamping seats (512) middle part has multiple 3rd installing hole (521), the top being positioned at clamping seats (512) has the clamping delivery chute (519) of break-through, and described clamping delivery chute (519) one end has punching groove (518).
7. lock core machine for automatic working as claimed in claim 5, it is characterized in that: the structure of described perforating mechanism or tapping mechanism is: comprise motor mount (501), described motor mount (501) is fixed the 3rd motor (502), the output of described 3rd motor (502) installs the first drill bit (510) by the second reductor (503); Also comprise the 3rd gripper shoe (504), slide plate (516) is installed in the inner side of described 3rd gripper shoe (504), and described second reductor (503) snaps in slide plate (516).
8. lock core machine for automatic working as claimed in claim 1, it is characterized in that: the structure of described steering mechanism (6) is: comprise the first fixed head (604), described first fixed head (604) side roof part installs rotary cylinder (603), described rotary cylinder (603) is installed rotating seat (601), described rotating seat (601) middle part has the draw-in groove (602) of clamping lock core (1303); The second fixed head (609) is arranged at intervals with the first fixed head (604), described second fixed head (609) is vertical with the first fixed head (604), described second fixed head (609) side roof part is installed the output pushing cylinder (608) described propelling movement cylinder (608) and is connected locating piece (607), the upper installation of described locating piece (607) pushes arm (606), and described propelling movement arm (606) is docked with described draw-in groove (602); Described first fixed head (604) and the second fixed head (609) shape structure all at a right angle, the bottom of described first fixed head (604) and the second fixed head (609) is provided with boss (605).
9. lock core machine for automatic working as claimed in claim 1, it is characterized in that: the structure of described conveying perforating mechanism (7) is: comprise second conveyor structure (13), the upper interval of described second conveyor structure (13) is installed and is organized hold-down mechanism (15) more, and perforating mechanism (14) is installed in the both sides being positioned at second conveyor structure (13), the structure of described second conveyor structure (13) is: comprise spaced foundation (1302), the both sides of described foundation (1302) install the 4th gripper shoe (1301) respectively, between two piece of the 4th gripper shoe (1301), sprocket wheel is installed, chain (1313) is installed between two sprocket wheels, the upper interval of described chain (1313) is fixed with the fixture of installing lock core (1303), the structure of described fixture is: comprise deck (1305), described deck (1305) is fixed by the chain link of pin and chain (1313), the top of described deck (1305) is fixed with the second base (1304), described second base (1304) becomes convex shape structure, the two ends of described second base (1304) have through hole (1311), the middle part of described second base (1304) has the U-shaped draw-in groove (1312) coordinated with lock core (1303), the structure of described hold-down mechanism (15) is: the second support (1507) comprising clamping lock core (1303), the two ends of described second support (1507) have been mounted opposite the first compression cylinder (1505), the output of described first compression cylinder (1505) is fixed with the first compact heap (1506), described first compact heap (1506) abuts with the second support (1507) sidewall, and described first compression cylinder (1505) is fixed on the second installing plate (1508), also comprise the first installing plate (1501), the top of described first installing plate (1501) is provided with the 5th fixed head (1503), lift cylinder (1502) installed by described 5th fixed head (1503), the output of described lift cylinder (1502) is through the 5th fixed head (1503), the upper mounting-fixing base (1504) of described 5th fixed head (1503), be connected with the first fixed block (1509) in described holder (1504), described first fixed block (1509) abuts with lock core (1303) top, the structure of described perforating mechanism (14) is: two perforating mechanisms are mounted opposite the both sides in second conveyor structure (13), comprise motor mounting plate (1401), the upper installation the 4th motor (1404) of described motor mounting plate (1401), the output of described 4th motor (1404) installs the second drill bit (1406) by the 3rd reductor (1405), and described 3rd reductor (1405) is fixed on back-up block (1402) by the first mount pad (1403), the structure of described deck (1305) is: described deck (1305) middle part has groove, the bottom surface (1308) of described deck (1305) has the first installing hole (1309), described first installing hole (1309) is corresponding with through hole (1311), the two side of described deck (1305) has the second installing hole (1310), described second installing hole (1310) is corresponding with the chain link of chain (1313), described chain (1313) middle part that is positioned at is through there being supporting seat (1306), and the two ends of described supporting seat (1306) support with on ground respectively by the first support (1307), described first fixed block (1509) has groove, and described groove matches with the structure at lock core (1303) top.
10. lock core machine for automatic working as claimed in claim 1, it is characterized in that: the structure at described top perforating mechanism (9) is: comprise chain (1313), interval installed cassette (1305) on the chain link of chain (1313), the second base (1304) is fixed at deck (1305) top, in second base (1304), lock core (1303) is installed, chain (1313) is through mid-stent, the two ends of described support are separately installed with the second fixed block (17), described second fixed block (17) has groove, described groove and lock core (1303) two ends clamping, with the second fixed block (17) at right angle setting second compact heap (18), described second compact heap (18) connects the second compression cylinder (20), described second compression cylinder (20) is fixing with on installing plate (19), tapping mechanism (16) is installed in the side being positioned at chain (1313), the structure of described tapping mechanism (16) is: comprise the second location-plate (1606), the 3rd base plate (1608) is installed in described second location-plate (1606) bottom, and its sidepiece installs the 5th gripper shoe (1607), longitudinal rail (1602) is installed at the top being positioned at the second location-plate (1606), described longitudinal rail (1602) is upper installs the contiguous block (1603) slided along it, described contiguous block (1603) is driven by longitudinal cylinder (1601), described contiguous block (1603) is installed cross slide way (1604), described cross slide way (1604) is driven by lateral cylinder (1605), described cross slide way (1604) fixes the 5th motor (1612) by the second mount pad (1611), and at the top of the second mount pad (1611) by circular arc fixed cap (1610) locking, the output of described 5th motor (1612) installs the 3rd drill bit (1609).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420458635.1U CN204135668U (en) | 2014-08-15 | 2014-08-15 | Lock core machine for automatic working |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420458635.1U CN204135668U (en) | 2014-08-15 | 2014-08-15 | Lock core machine for automatic working |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204135668U true CN204135668U (en) | 2015-02-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420458635.1U Expired - Fee Related CN204135668U (en) | 2014-08-15 | 2014-08-15 | Lock core machine for automatic working |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204135668U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104191244A (en) * | 2014-08-15 | 2014-12-10 | 无锡众望四维科技有限公司 | Automatic lock cylinder machining machine |
| CN106238789A (en) * | 2016-09-09 | 2016-12-21 | 东莞市奥工机械设备有限公司 | A kind of steel wire fluting shearing device |
| CN109434537A (en) * | 2018-12-21 | 2019-03-08 | 浙江欧凌机床股份有限公司 | It is a kind of can automatic feed/discharge casing processing line |
-
2014
- 2014-08-15 CN CN201420458635.1U patent/CN204135668U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104191244A (en) * | 2014-08-15 | 2014-12-10 | 无锡众望四维科技有限公司 | Automatic lock cylinder machining machine |
| CN104191244B (en) * | 2014-08-15 | 2016-09-28 | 无锡众望四维科技有限公司 | Lock core machine for automatic working |
| CN106238789A (en) * | 2016-09-09 | 2016-12-21 | 东莞市奥工机械设备有限公司 | A kind of steel wire fluting shearing device |
| CN106238789B (en) * | 2016-09-09 | 2019-04-16 | 东莞市奥工机械设备有限公司 | A kind of steel wire fluting disconnecting device |
| CN109434537A (en) * | 2018-12-21 | 2019-03-08 | 浙江欧凌机床股份有限公司 | It is a kind of can automatic feed/discharge casing processing line |
| CN109434537B (en) * | 2018-12-21 | 2024-03-19 | 温岭市深澳机床有限公司 | Shell machining line capable of automatically feeding and discharging |
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