CN201969916U - Lock punching machine - Google Patents
Lock punching machine Download PDFInfo
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- CN201969916U CN201969916U CN2011200869466U CN201120086946U CN201969916U CN 201969916 U CN201969916 U CN 201969916U CN 2011200869466 U CN2011200869466 U CN 2011200869466U CN 201120086946 U CN201120086946 U CN 201120086946U CN 201969916 U CN201969916 U CN 201969916U
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- lock body
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Abstract
The utility model relates to a punching machine. A lock punching machine comprises a stand and 2 to 9 bench drills which are arranged on the stand, and is characterized in that: each bench drill comprises a motor, a head and a clamping device; adjacent bench drills are connected with each other through a synchronous transmission device; one bench drill is provided with a lifting switch for controlling lifting of the head; the lifting switch is connected with the synchronous transmission device; the stand is also provided with a workpiece conveying belt and a feeding device; the workpiece conveying belt is positioned right below the head and is positioned corresponding to the clamping device; the feeding device comprises a movable rod and a push rod which is connected with the movable rod; and the push rod is positioned corresponding to the workpiece conveying belt. The lock punching machine has the advantages of novel structure, high machining efficiency and capability of reducing production cost of lock punching.
Description
Technical field
The utility model relates to a kind of puncher, relates in particular to a kind of puncher that is used for the lockset punching.
Background technology
Existing padlock lockset is made of lock bridge and lock body, and lock body mostly is square lock body, nearly all needs punching on each face of square lock body, for example Chang Gui lock beam hole, tongue hole, centre bore and centre bore strand light etc.Existing lockset puncher is the bench drill lathe, a head of being with drill bit is installed on the puncher, a puncher can only punch to a face on the lock body, and can only make a call to a hole, the square lock body of a lockset has all been beaten the hole on it needs many puncheres just can finish, existing lockset puncher punching process is as follows: operating personnel are installed in lock body on the puncher earlier and punch, after finishing, punching pulls down lock body, punch on a placement and the other puncher then, after finishing, punching pulls down lock body, carry out successively finishing until punching, its reason is that the size in each hole is different with the degree of depth, therefore pairing drill bit needs many puncheres to divide a plurality of steps to punch with regard to different, the loaded down with trivial details production efficiency of punching process is low, the punch device and the puncher operating personnel that need are also many, cause the production cost height.In sum, the deficiency that existing lockset puncher exists is that working (machining) efficiency is low, the production cost height.
Summary of the invention
Goal of the invention of the present utility model is in order to solve the deficiency that above-mentioned existing lockset puncher exists, to provide a kind of novel structure, the lockset puncher that production efficiency is high.
In order to realize above-mentioned goal of the invention, the utility model has adopted following technical scheme:
A kind of lockset puncher, comprise frame and rack-mounted bench drill, bench drill is the 2-9 platform, every bench drill includes motor, head and clamping device, link to each other by synchronous transmission device between the adjacent bench drill, a bench drill wherein is provided with the direction switch of control head lifting, and direction switch links to each other with synchronous transmission device; Also be provided with workpiece transfer device and pay-off on the frame, the position of workpiece transfer device be in head under and corresponding with clamping device; Pay-off comprises that motion bar and coupled push rod constitute, the corresponding workpiece transfer device in push rod position.
As preferably, the lockset puncher also comprises controller and coupled hydraulic system, and direction switch, clamping device and motion bar are connected controller and hydraulic system respectively; Head comprises the main shaft and the drill bit of vertical connection; Workpiece transfer device is divided into many groups, and the lock body surface turning device is set between the adjacent workpiece transfer device.
As preferably, described direction switch comprises hydraulic jack and gear train, and the output of hydraulic jack connects gear train; Be provided with the turning cylinder that links to each other with main shaft in the head, gear train links to each other with turning cylinder on this bench drill, and synchronous transmission device is connected on the turning cylinder, realize that by direction switch the head on all bench drills can synchronization lifting, adopted above-mentioned parts and annexation can make net synchronization capability better.
As preferably, described synchronous transmission device is a universal joint, and is simple in structure, and synchronism is good.
As preferably, the bottom of the drill bit on all bench drills is not on same horizontal plane, it is the length difference of drill bit, because the degree of depth difference in each hole on the lock body, and the drill bit on the bench drill carries out synchronization lifting, in order to increase precision, preferably lifting distance is identical, therefore need realize the punching degree of depth difference in each hole by the height of lifting platform rig head.
As preferably, described clamping device comprises clamping cylinder, guide rail, movable block, fixed block, adjusting bolt and base, base is fixed on the frame, guide rail is installed on the base, movable block and fixed block are installed on the guide rail, wherein the output of clamping cylinder is connected on the movable block, and movable block can move along guide rail, and the fixed block rear end links to each other with the adjusting bolt; The position of workpiece transfer device is between movable block and the fixed block, and workpiece transfer device forms breach at the clamping device place.Adopt clamping cylinder to drive movable block and move the clamping that cooperates fixed block realization labor cost, clamping mode is science and control easily very, especially the fixed block rear end is that the position of fixed block also can be adjusted with regulating that bolt links to each other, thereby can be suitable for the lock body of different size, and the scope of application is more extensive.
As preferably, described pay-off comprises feeding oil cylinder, motion bar, bearing, many push rods and organizes positioning component more, and the output of feeding oil cylinder links to each other with motion bar, and motion bar is installed on the frame by bearing, and push rod and positioning component are installed on the motion bar; Push rod is connected and composed with cutting somebody's hair by connecting rod, the head of the corresponding workpiece transfer device in position of cutting somebody's hair; Positioning component comprises projection, cam, rocking arm and limited block, projection is fixedly mounted on the motion bar, and the cam corresponding with bump position is installed on the frame, and rocking arm one end connects cam, the other end connects the tail end of limited block, and the front position of limited block is corresponding with workpiece transfer device.By feeding oil cylinder pulling motion bar, projection moves and touches cam with the rocking arm pull-up, make limited block backward side shifting be that the limited block leading section no longer blocks workpiece, motion bar resets, workpiece that the head that stretches into workpiece transfer device of cutting somebody's hair promotes in it moves forward, projection separates with cam simultaneously, and limited block resets, and the limited block leading section blocks workpiece.
As preferably, on the head of a described wherein bench drill discharge orifice perforating device is set, the discharge orifice perforating device comprises that the main shaft of belt, expansion plate, regulating wheel and band flowing water drill bit constitutes, regulating wheel is installed on the expansion plate, the main shaft of main shaft on regulating wheel, the head and band flowing water drill bit all is sleeved on the belt, and the main shaft of main shaft on the head and band flowing water drill bit rotates synchronously and in the same way by belt.Because the aperture, discharge orifice is less, special adopt a bench drill to beat the discharge orifice too to waste, and the position, discharge orifice all be basically with central hole in same plane, the position also is in the next door of centre bore, adopt said structure can improve perforating efficiency, reduce production costs.
As preferably, described workpiece transfer device is by base plate and be vertically mounted on that front apron and the backboard on the end constitutes before and after the base plate; The lock body surface turning device is made of substrate, baffle plate and rebound, and baffle plate and rebound all are installed on the substrate by bolt; Substrate position is concordant with backboard, and dock rebound and position the workpiece transfer device tail end of side thereon, and baffle position is in the rear side of rebound, and leaves the outlet of the workpiece transfer device of lock bodies below falling between rebound and the baffle plate.Realized that by the lock body surface turning device turn-over of lock body, turn-over angle can be 0 degree, 90 degree, 180 degree and 270 are spent.
Adopted a kind of lockset puncher of technique scheme, many bench drills are installed on the frame, link to each other by synchronous transmission device between the adjacent bench drill, and the junction of synchronous transmission device is all on head, control the lifting of all heads simultaneously by direction switch, the head below is provided with workpiece transfer device, lock body workpiece to be punched is contained in the workpiece transfer device and by pay-off it is promoted forward, many bench drills are respectively to the punching of faces different on the lock body, and lock body carries out turn-over by the lock body surface turning device between adjacent workpiece transfer device.The advantage of this lockset puncher is a novel structure, and the working (machining) efficiency height has reduced the production cost that lockset punches.
Description of drawings
Fig. 1: the structural representation of the utility model embodiment.
Fig. 2: the rack-mounted schematic diagram of clamping device and pay-off among the utility model embodiment.
Fig. 3: the part of single clamping device and single pay-off cooperates schematic diagram among the utility model embodiment.
Fig. 4: direction switch cooperates scheme of installation with the part of head among the utility model embodiment.
Fig. 5: the schematic diagram of discharge orifice perforating device among the utility model embodiment.
The vertical view of Fig. 6: Fig. 5.
Fig. 7: the schematic diagram of lock body surface turning device among the utility model embodiment.
The specific embodiment
1-7 is described further the utility model below in conjunction with accompanying drawing.
A kind of lockset puncher shown in Fig. 1-7 comprises frame 1, controller 12, hydraulic system 11 and is installed in 4 bench drills 2 on the frame 1.Controller 12 is computer programming controllers.4 bench drills 2 are used for beating lock beam hole, tongue hole, centre bore and centre bore strand light from left to right successively on lock body workpiece A, centre bore and centre bore strand light are in the same plane, therefore lock body workpiece A need punch on 3 faces, and promptly lock body workpiece A needs 90 degree upsets 3 times.Every bench drill 2 includes motor, head and clamping device 7, and head comprises main shaft 23, turning cylinder 21 and drill bit 22.
First bench drill is for making the bench drill 201 of lock beam hole, second bench drill is for making the bench drill 202 in tongue hole, 203, the four bench drills of bench drill that the 3rd bench drill is centering are the bench drill 204 of centre bore strand light, and on the head of the bench drill 204 of centre bore strand light discharge orifice perforating device 4 are set.The bottom of the drill bit 22 on all bench drill 2 heads is not on same horizontal plane, it is the length difference of drill bit 22, because the degree of depth difference in each hole on lock body position height difference and the lock body, and the drill bit 22 on the bench drill 2 carries out synchronization lifting with head, in order to increase precision, preferably lifting distance is identical, therefore need by the lifting head and on the punching degree of depth difference in drill bit 22 each hole of realization.
Every bench drill 2 includes and uses independently motor, and main shaft 23 is vertically fixedlyed connected with drill bit 22, turning cylinder 21 and 23 vertical linking to each other of main shaft, motor be used to control main shaft 23 and on drill bit 22 rotations.Link to each other by synchronous transmission device 13 between the adjacent bench drill 2, and the junction of synchronous transmission device 13 is all on head, synchronous transmission device 13 is 3 groups, any bench drill 2 wherein is provided with the direction switch 3 of control head lifting, and direction switch 3 links to each other with synchronous transmission device 13, and direction switch 3 is installed on the bench drill 203 of centering in the present embodiment.
Pay-off 8 and 3 workpiece transfer devices 5 also are set on the frame 1, the position of workpiece transfer device 5 be on the head under and corresponding with clamping device 7, between the adjacent workpiece transfer device 5 lock body surface turning device 6 is set, and have high low head between the adjacent workpiece transfer device 5, workpiece transfer device 5 is by base plate and be vertically mounted on that front apron and the backboard on the end constitutes before and after the base plate.
As shown in Figure 4, direction switch 3 comprises hydraulic jack 31 and gear train 32, and the output of hydraulic jack 31 connects gear train 32, and hydraulic jack 31 links to each other with hydraulic system 11.Turning cylinder 21 on the bench drill 203 of gear train 32 and centering links to each other, and synchronous transmission device 13 is connected on the turning cylinder 21, realizes that by direction switch 3 head on all bench drills 2 can synchronization lifting.Synchronous transmission device 13 is universal joints, promptly utilizes ball-type to connect the frame for movement that realizes that different dynamic transmits.Gear train 32 is made of tooth bar and the gear that is mated, the output of hydraulic jack 31 links to each other with tooth bar, tooth bar connects turning cylinder 21 by gear, be that hydraulic jack 31 rotates by rack and pinion group control turning cylinder 21, turning cylinder 21 rotates and drives coupled main shaft 23 liftings is the lifting of drill bit 22, turning cylinder 21 drives coupled universal joint when rotating and rotates, it is that turning cylinder 21 on the adjacent bench drill rotates that universal joint drives on the other end, promptly realized the lifting of the head on the adjacent bench drill 2, interlock successively, the drill bit 22 simultaneously liftings of all heads on it, the liter of the drill bit 22 of head on it and fall direction of rotation decision by hydraulic jack 31 control gear groups 32, the speed of drill bit 22 liftings can be regulated by the flow of hydraulic jack 31.
As shown in Figures 2 and 3, clamping device 7 is made of clamping cylinder 71, guide rail 72, movable block 73, fixed block 74, adjusting bolt 75 and base 76.Base 76 is fixed on the frame 1, guide rail 72 is installed on the base 76, movable block 73 and fixed block 74 are installed on the guide rail 72, wherein the output of clamping cylinder 71 is connected on the movable block 73, movable block 73 can move along guide rail 72, and fixed block 74 rear ends link to each other with adjusting bolt 75, and promptly the position of fixed block 74 also can be adjusted, thereby can be suitable for the lock body workpiece A of different size, the scope of application is more extensive.The position of workpiece transfer device 5 is between movable block 73 and the fixed block 74, workpiece transfer device 5 specifically is to form breach between movable block 73 and the fixed block 74 at clamping device 7 places, the front apron of workpiece transfer device 5 and backboard link to each other with fixed block 74 with movable block 73 respectively, are convenient to the operation of 7 pairs of lock body workpiece of clamping device A.After lock body workpiece A is sent to the desired location location, promotes movable block 73 by clamping cylinder 71 lock body workpiece A is clamped, keep in the center according to order after punching is finished.
Pay-off 8 is made of feeding oil cylinder 82, motion bar 81,85,3 push rods 83 of bearing and 3 groups of positioning components 84.The output of feeding oil cylinder 82 links to each other with motion bar 81 ends, and motion bar 81 is installed on the frame 1 by bearing 85, and push rod 83 and positioning component 84 are installed on the motion bar 81.Push rod 83 is by connecting rod 832 and cut somebody's hair and 831 connect and compose, cut somebody's hair 831 and motion bar 81 between distance can adjust by connecting rod 832, the cut somebody's hair head of the corresponding workpiece transfer device 5 in 831 positions, the output of feeding oil cylinder 82 drive lock body workpiece A that 831 heads that can stretch into workpiece transfer device 5 of cutting somebody's hair when motion bar 81 moves right promote in it and move right.Positioning component 84 comprises projection 841, cam 842; rocking arm 843 and limited block 844; projection 841 is fixedly mounted on the motion bar 81; cam 842 corresponding with projection 841 positions is installed on the base 76 of clamping device 7 on the frame 1; rocking arm 843 1 ends connect cam 842; other end connects the tail end of limited block 844; front position of limited block 844 is corresponding with workpiece transfer device 5; specifically be that limited block 844 passes the fixed block 74 on the clamping device 7; front end of limited block 844 can stretch out that fixed block 74 is outer to carry out spacing to lock body workpiece A; in also can indentation fixed block 74, thereby the lock body workpiece A that finishes that punches can be exported smoothly.During use, projection 841 was moved to the left and touches cam 842 with rocking arm 843 other end pull-ups when output drive motion bar 81 of feeding oil cylinder 82 was moved to the left, make limited block 844 backward side shifting be that limited block 844 leading sections no longer block lock body workpiece A, lock body workpiece A can move right, feeding oil cylinder 82 resets after finishing, be motion bar 81 and on cut somebody's hair 831 and projection 841 reset, the lock body workpiece A that 831 heads that can stretch into workpiece transfer device 5 of cutting somebody's hair promote in it moves right, projection 841 separates with cam 842 simultaneously, limited block 844 resets, limited block 844 leading sections eject the fixed block 74 outer lock body workpiece A that block, be that lock body workpiece A moves in the desired location process at motion bar 81, drive cam 842 actions by projection 841 limited block 844 is ejected, thereby reach spacing purpose.
Rocking arm 843 in the above-mentioned positioning component can be adjusted by regulating block 845 with the position of clamping device 7, be that limited block 844 protrudes the partial distance that blocks lock body workpiece A and can adjust in the positioning component 84, and the position of limited block 844 on rocking arm 843 also can be adjusted, the position that is limited block 844 in the positioning component 84 can be along the moving direction adjustment of lock body workpiece A, to be suitable for the lock body workpiece A of different size size.
Discharge orifice perforating device 4 as shown in Figure 5 and Figure 6 is arranged on the head of last bench drill 2, and is promptly reasonable on the bench drill 204 of centre bore strand light.Discharge orifice perforating device 4 comprises that the main shaft 43 of belt 41, expansion plate 44, regulating wheel 42 and band flowing water drill bit constitutes, regulating wheel 42 is installed on the expansion plate 44, the main shaft 43 of main shaft 23 on the head of the bench drill 204 of regulating wheel 42, centre bore strand light and band flowing water drill bit all is sleeved on the belt 41, and the main shaft 43 of main shaft 23 on the head and band flowing water drill bit rotates synchronously and in the same way by belt 41.Main shaft 23 on the head rotates by the main shaft 43 that belt 41 drives band flowing water drill bit, punching synchronously.Because the aperture, discharge orifice is less, special adopt a bench drill to beat the discharge orifice too to waste, and the position, discharge orifice all be basically with central hole in same plane, the position also is in the next door of centre bore, adopt said structure can improve perforating efficiency, reduce production costs.
Lock body surface turning device 6 as shown in Figure 7 is made of substrate 64, baffle plate 62 and rebound 61, and baffle plate 62 and rebound 61 all are installed on the substrate 64 by bolt.Substrate 64 positions are concordant with backboard, dock rebound 61 and position workpiece transfer device 5 tail ends of side thereon, baffle plate 62 positions are in the rear side of rebound 61, rebound 61 is triangular in shape, and leaves the outlet 63 that lock bodies workpiece A falls into the workpiece transfer device of below between rebound 61 and the baffle plate 62.During use, lock body workpiece A moves forward to when exceeding rebound 61 half position, owing to the upset downwards of can taking advantage of a situation of the deadweight reason of workpiece lock body A, under the stopping of baffle plate 62, the workpiece transfer device 5 that falls into the below is realized the 90 degree turn-overs of lock body workpiece A, the turn-over angle can be adjusted, 0 the degree, 90 the degree, 180 the degree and 270 the degree all can, wherein 90 the degree turn-overs the most commonly used.
Use is as follows, a plurality of lock body workpiece A to be processed are put into hopper 501 successively, hopper 501 connects workpiece transfer device 5, controller 12 control hydraulic systems 11 are opened and are carried out the feeding operation, feeding oil cylinder 82 actions, the output of feeding oil cylinder 82 drives motion bar 81 and is moved to the left, limited block 844 is no longer blocked lock body workpiece A toward post-tensioning, the output of feeding oil cylinder 82 drive motion bar 81 moves right and resets then, on the motion bar 81 first lock body workpiece A that 831 heads that stretch into first row's workpiece transfer device 5 promote in it that cuts somebody's hair moves right, and the front end of the limited block in the positioning component 84 844 stretches out that fixed block 74 is outer to carry out spacingly to lock body workpiece A, and a lock body workpiece A enters first bench drill 201 position beating lock beam hole.When a lock body workpiece A enters the clamping device 7 of first bench drill 201,73 actions of clamping cylinder 71 control movable blocks, movable block 73 and fixed block 74 clamp lock body workpiece A, this moment, motion bar 81 resetted, and the front end of the limited block 844 in the positioning component 84 stretches out and carries out spacing to lock body workpiece A outside the fixed block 74.Main shaft 23 on the Electric Machine Control head of first bench drill 201 and drill bit 22 rotate, direction switch 3 actions, and hydraulic oil 31 cylinders are controlled all heads declines and are realized punching.After lock beam hole punching on the lock body workpiece A is finished, direction switch 3 actions, hydraulic jack 31 all heads of control go up to reset.73 actions of clamping cylinder 71 control movable blocks, movable block 73 and fixed block 74 unclamp lock body workpiece A.Feeding oil cylinder 82 moves once more, on the motion bar 81 first lock body workpiece A that 831 heads that stretch into first row's workpiece transfer device 5 promote in it that cuts somebody's hair moves right, the 90 degree turn-overs that lock body workpiece A after the lock beam hole punching is finished moves right and takes advantage of a situation and lead to the second row's workpiece transfer device 5 that falls into the below and realize lock body workpiece A by lock body surface turning device 6, lock body workpiece A after second 831 head that stretch into second row's workpiece transfer device 5 of cutting somebody's hair promote lock beam hole punching in it and finish then moves right, repeat above-mentioned first punching course of action, second hole on the lock body is the tongue hole, and second corresponding bench drill is the bench drill 202 of beating the tongue hole.After the beating the tongue hole and beaten on the lock body workpiece A, by the lock body surface turning device 6 logical 90 degree turn-overs that fall into the 3rd row's workpiece transfer device 5 of below and realize the lock body workpiece, the 3rd bench drill is the bench drill 203 of centering, repeat above-mentioned action, finish the work that lock body workpiece A goes up centering, because the 4th bench drill 204 is used for centre bore strand light, and centre bore and centre bore strand light are in the same plane, therefore do not need turn-over, and together with a workpiece transfer device 5, only need to move to get final product, lock body workpiece A moves into place the 4th bench drill 204 in back it is carried out centre bore strand light, being arranged on 4 pairs of lock body workpiece of discharge orifice perforating device A on the head of centre bore strand light bench drill 204 simultaneously beats the discharge orifice and operates, the main shaft 23 of discharge orifice perforating device 4 and the 4th bench drill 204 drives synchronous spinning movement through belt 41, promptly punches synchronously and return.
Above operation repetitive operation, three row's workpiece transfer devices 5 are filled lock body workpiece A to be processed simultaneously, the lock body workpiece A that three 831 heads that all can stretch into corresponding workpiece transfer device 5 of cutting somebody's hair on the motion bar 81 promote in it moves right, direction switch 3 actions, head lifting simultaneously on four bench drills 2 of hydraulic jack 31 controls, working (machining) efficiency is very high, and only needs an operative employee can operate 3 to 4 playscript with stage directions equipment.
Above-mentioned only is preferred embodiment of the present utility model, for example bench drill 2 quantity between 2-9 all can, the adjustment that the quantity of workpiece transfer device 5 also can be corresponding, specifically quantity and the determining positions that need punch by different lock body workpiece A; Above-mentioned turning cylinder 21 can specifically adopt gear shaft; Above-mentioned synchronous transmission device 13 also can adopt the mode of synchronous band or synchromesh gear group; Conventional lock body is square, so the lock body workpiece A angle of overturning lock body surface turning device 6 in is 90 to spend, and corresponding difform lock body flip angle can be adjusted.All equalizations of being done according to the utility model claim change and modify, and all should belong to the covering scope of the utility model patent.
Claims (9)
1. lockset puncher, comprise frame and rack-mounted bench drill, it is characterized in that bench drill is the 2-9 platform, every bench drill includes motor, head and clamping device, link to each other by synchronous transmission device between the adjacent bench drill, a bench drill wherein is provided with the direction switch of control head lifting, and direction switch links to each other with synchronous transmission device; Also be provided with workpiece transfer device and pay-off on the frame, the position of workpiece transfer device be in head under and corresponding with clamping device; Pay-off comprises that motion bar and coupled push rod constitute, the corresponding workpiece transfer device in push rod position.
2. a kind of lockset puncher according to claim 1 is characterized in that also comprising controller and coupled hydraulic system, and direction switch, clamping device and motion bar are connected controller and hydraulic system respectively; Head comprises the main shaft and the drill bit of vertical connection; Workpiece transfer device is divided into many groups, and the lock body surface turning device is set between the adjacent workpiece transfer device.
3. a kind of lockset puncher according to claim 2 is characterized in that described direction switch comprises hydraulic jack and gear train, and the output of hydraulic jack connects gear train; Be provided with the turning cylinder that links to each other with main shaft in the head, gear train links to each other with turning cylinder on this bench drill, and synchronous transmission device is connected on the turning cylinder.
4. according to claim 1 or 2 or 3 described a kind of lockset puncheres, it is characterized in that described synchronous transmission device is a universal joint.
5. according to claim 2 or 3 described a kind of lockset puncheres, the bottom that it is characterized in that the drill bit on all bench drills is not on same horizontal plane.
6. a kind of lockset puncher according to claim 1 and 2, it is characterized in that described clamping device comprises clamping cylinder, guide rail, movable block, fixed block, adjusting bolt and base, base is fixed on the frame, guide rail is installed on the base, movable block and fixed block are installed on the guide rail, wherein the output of clamping cylinder is connected on the movable block, and movable block can move along guide rail, and the fixed block rear end links to each other with the adjusting bolt; The position of workpiece transfer device is between movable block and the fixed block, and workpiece transfer device forms breach at the clamping device place.
7. a kind of lockset puncher according to claim 1 and 2, it is characterized in that described pay-off comprises feeding oil cylinder, motion bar, bearing, many push rods and organizes positioning component more, the output of feeding oil cylinder links to each other with motion bar, motion bar is installed on the frame by bearing, and push rod and positioning component are installed on the motion bar; Push rod is connected and composed with cutting somebody's hair by connecting rod, the head of the corresponding workpiece transfer device in position of cutting somebody's hair; Positioning component comprises projection, cam, rocking arm and limited block, projection is fixedly mounted on the motion bar, and the cam corresponding with bump position is installed on the frame, and rocking arm one end connects cam, the other end connects the tail end of limited block, and the front position of limited block is corresponding with workpiece transfer device.
8. a kind of lockset puncher according to claim 2, it is characterized in that on the head of a described wherein bench drill discharge orifice perforating device being set, the discharge orifice perforating device comprises that the main shaft of belt, expansion plate, regulating wheel and band flowing water drill bit constitutes, regulating wheel is installed on the expansion plate, the main shaft of main shaft on regulating wheel, the head and band flowing water drill bit all is sleeved on the belt, and the main shaft of main shaft on the head and band flowing water drill bit rotates synchronously and in the same way by belt.
9. a kind of lockset puncher according to claim 2 is characterized in that described workpiece transfer device is by base plate and be vertically mounted on that front apron and the backboard on the end constitutes before and after the base plate; The lock body surface turning device is made of substrate, baffle plate and rebound, and baffle plate and rebound all are installed on the substrate by bolt; Substrate position is concordant with backboard, and dock rebound and position the workpiece transfer device tail end of side thereon, and baffle position is in the rear side of rebound, and leaves the outlet of the workpiece transfer device of lock bodies below falling between rebound and the baffle plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200869466U CN201969916U (en) | 2011-03-29 | 2011-03-29 | Lock punching machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200869466U CN201969916U (en) | 2011-03-29 | 2011-03-29 | Lock punching machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201969916U true CN201969916U (en) | 2011-09-14 |
Family
ID=44575022
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200869466U Expired - Lifetime CN201969916U (en) | 2011-03-29 | 2011-03-29 | Lock punching machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201969916U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103707119A (en) * | 2013-12-30 | 2014-04-09 | 金华市亚虎工具有限公司 | Full-motor-driven feeding perforating machine |
| CN108817456A (en) * | 2018-06-27 | 2018-11-16 | 朱国青 | A kind of lock embryo processing unit (plant) |
| CN108906948A (en) * | 2018-06-11 | 2018-11-30 | 江苏凯联达电子科技有限公司 | Bias pulls out hole machine |
| CN109434159A (en) * | 2018-12-21 | 2019-03-08 | 浙江永福车业有限公司 | A kind of metal batten transmission organisation of working for vehicle frame production |
-
2011
- 2011-03-29 CN CN2011200869466U patent/CN201969916U/en not_active Expired - Lifetime
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103707119A (en) * | 2013-12-30 | 2014-04-09 | 金华市亚虎工具有限公司 | Full-motor-driven feeding perforating machine |
| CN103707119B (en) * | 2013-12-30 | 2016-05-25 | 金华市亚虎工具有限公司 | A kind of complete motor-driven feeding puncher |
| CN108906948A (en) * | 2018-06-11 | 2018-11-30 | 江苏凯联达电子科技有限公司 | Bias pulls out hole machine |
| CN108817456A (en) * | 2018-06-27 | 2018-11-16 | 朱国青 | A kind of lock embryo processing unit (plant) |
| CN108817456B (en) * | 2018-06-27 | 2019-12-27 | 朱国青 | Lock embryo processingequipment |
| CN109434159A (en) * | 2018-12-21 | 2019-03-08 | 浙江永福车业有限公司 | A kind of metal batten transmission organisation of working for vehicle frame production |
| CN109434159B (en) * | 2018-12-21 | 2023-10-31 | 浙江永福车业有限公司 | Metal slat conveying and processing mechanism for frame manufacturing |
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