CN203579114U - Blade discharge mechanism on blade lock automatic assembly machine - Google Patents
Blade discharge mechanism on blade lock automatic assembly machine Download PDFInfo
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- CN203579114U CN203579114U CN201320830613.9U CN201320830613U CN203579114U CN 203579114 U CN203579114 U CN 203579114U CN 201320830613 U CN201320830613 U CN 201320830613U CN 203579114 U CN203579114 U CN 203579114U
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- blade
- main shaft
- push rod
- lock core
- slide block
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Abstract
The utility model relates to processing equipment of blade locks, in particular to a blade discharge mechanism on a blade lock automatic assembly machine. The blade discharge mechanism on the blade lock automatic assembly machine comprises a rack, a lock core sleeve fixed device and a discharge device, wherein the lock core sleeve fixed device and the discharge device are arranged on the rack, the lock core sleeve fixed device comprises a index plate, a main shaft, a main shaft lifting component and a main shaft rotating component, and the discharge device comprises a guide column, a slider, a slider moving part, a blade bin, a plurality of blade top rods and a top rod driver. The blade discharge mechanism on the blade lock automatic assembly machine has the advantages of novel structure, high assembly efficiency and assembly qualified rate.
Description
Technical field
The utility model relates to the process equipment of blade lock lockset.
Background technology
Blade lock is the lockset that current safety coefficient is very high, it is mainly comprised of lock core cover, small pressure spring, blade, lock core and circlip, open theory is to rotate angle in alignment lock core and change different blades by utilizing on the key bevel angle to change different tartars, thereby realize, rotates.Because blade lock structure is complicated, antitheft coefficient is high, so its assembling is also more loaded down with trivial details, particularly blade is packed in lock core cover, the model of blade, erection sequence are all to need to be strict with.Blade lock automatic assembling machine in industry occurs at present, its operation principle is first by key tooth flower identification mechanism, to read the tartar of key, then controller is assembled the lock core of respective vanes by blade discharging mechanism according to bit information, existing blade discharging mechanism consists of lock core sleeve clamp and drawing mechanism mostly, by drawing mechanism, the fixing lock core cover in position is carried out to blade assembling, the deficiency that existing blade lock automatic assembling machine blade discharging mechanism exists is that efficiency of assembling is low and assembly qualified rate is low.
Summary of the invention
Goal of the invention of the present utility model is the deficiency existing in order to solve above-mentioned existing blade lock automatic assembling machine blade discharging mechanism, and a kind of novel structure is provided, and efficiency of assembling and assembly qualified rate be high blade lock automatic assembling machine blade discharging mechanism all.
In order to realize foregoing invention object, the utility model has adopted following technical scheme:
Blade lock automatic assembling machine blade discharging mechanism, comprise frame and on lock core sleeve fixture mechanism and drawing mechanism, lock core sleeve fixture mechanism comprises index dial, main shaft, lifting spindle assembly and main shaft runner assembly, main shaft is arranged in frame, the lifting spindle assembly being connected with main shaft drives lifting spindle, and the main shaft runner assembly being connected with main shaft drives main shaft to rotate; Index dial is fixed on main shaft top, and on index dial, rule is provided with a plurality of for longitudinally placing the lock core cover installing port of lock core cover; Drawing mechanism comprises guide pillar, slide block, slide block moving member, blade feed bin, a plurality of blade push rod and top rod driving device, guide pillar is arranged in frame, blade feed bin and a plurality of blade push rod are arranged on slide block, slide block is on guide pillar, slide block moving member band movable slider moves on guide pillar, blade feed bin is provided with the blade charging hole of a plurality of placement blade workpiece, slide block is provided with the push rod groove that a plurality of positions are communicated with blade charging hole coupling, the lock core cover installing port of the opening of the push rod groove one end on slide block on index dial; A blade push rod is all set in each push rod groove, and one end of blade push rod connects top rod driving device, and top rod driving device is controlled blade push rod and moved in push rod groove.
As preferably, the edge of described lock core cover installing port position in index dial, lock core cover installing port opening outwardly, the width of opening is between 10CM-14CM, the width of opening has guaranteed that blade workpiece can enter in the lock core cover in lock core cover installing port accurately, has improved efficiency and the qualification rate of blade assembling.
As preferably, distance between push rod groove end and index dial is no more than 0.5CM, distance between push rod groove end and index dial surpasses the precision that 0.5CM is difficult to control the discharging of blade workpiece, impulse force too vanelets workpiece possibly cannot enter in the blade groove of lock core cover accurately, the too large blade workpiece of impulse force striking lock core retainer plate may make parts damages, so the distance between push rod groove end and index dial is to limit in order fully to guarantee efficiency and the qualification rate of blade assembling.
As preferably, slide block moving member comprises motor and coupled screw mandrel, and screw mandrel is by screw mandrel nut connection sliding block.
As preferably, the index dial core retainer plate installing port of locking is 2-5, and the quantity of slide block upper ejector pin groove is 2-6.
As preferably, lifting spindle assembly comprises lifting motor and lifting tooth wheels, lifting motor connects main shaft by lifting tooth wheels and controls the lifting of main shaft, main shaft runner assembly rotary electric machine and turning gear wheels, and rotary electric machine connects main shaft by turning gear wheels and controls the rotation of main shaft.
As preferably, described top rod driving device is cylinder.
Adopted the blade lock automatic assembling machine blade discharging mechanism of technique scheme, by lifting spindle assembly and main shaft runner assembly, control the lock core cover installing port position of the index dial on main shaft, make the push rod groove on lock core cover installing port position alignment slide block, blade pass during use in blade feed bin is crossed blade charging hole and is fallen into the push rod groove on slide block, and in the lock core cover that blade is headed into lock core cover installing port by top rod driving device control blade push rod, completes the automatic assembling of blade.By rotating index dial, that can realize blade assembling does not shut down continuous assembly work, and working (machining) efficiency is high.The advantage of this blade lock automatic assembling machine blade discharging mechanism is novel structure, and efficiency of assembling and assembly qualified rate are all high.
Accompanying drawing explanation
Fig. 1: the structural representation of the utility model embodiment.
The partial top view of Fig. 2: Fig. 1.
The specific embodiment
Below in conjunction with Fig. 1 and Fig. 2, the specific embodiment of the present utility model is made a detailed explanation.
Blade lock automatic assembling machine blade discharging mechanism as depicted in figs. 1 and 2, comprise frame 1 and on lock core sleeve fixture mechanism 3 and drawing mechanism 4.
Lock core sleeve fixture mechanism 3 comprises index dial 7, main shaft 31, lifting spindle assembly 32 and main shaft runner assembly 33, main shaft 31 is arranged in frame 1, the lifting spindle assembly 32 being connected with main shaft 31 drives main shaft 31 liftings, the main shaft runner assembly 33 being connected with main shaft 31 drives main shaft 31 to rotate, controller is controlled lifting spindle assembly 32 and 33 actions of main shaft runner assembly, lifting spindle assembly 32 comprises lifting motor and lifting tooth wheels, lifting motor connects main shaft by lifting tooth wheels and controls the lifting of main shaft, main shaft runner assembly 33 rotary electric machines and turning gear wheels, rotary electric machine connects main shaft by turning gear wheels and controls the rotation of main shaft.Index dial 7 is fixed on main shaft 31 tops, index dial 7 and main shaft 31 arrange with one heart, the top of index dial 7 positions in frame 1, on index dial 7, rule is provided with a plurality of for longitudinally placing the lock core cover installing port 71 of lock core cover 72, the edge of lock core cover installing port 71 positions in index dial 7, lock core cover installing port 71 openings outwardly.The width and the width that is not less than blade workpiece to be assembled of lock core cover installing port 71 openings, the width of opening is between 10CM-14CM, the width of general blade workpiece is between 10CM-13CM, the width of opening has guaranteed that blade workpiece can enter in the lock core cover 72 in lock core cover installing port 71 accurately, the width of opening is crossed vanelets workpiece and can not be entered, and opening is excessive, and easily to cause lock core cover 72 to install unstable be that blade workpiece can accurately not enter in the blade groove of lock core cover 72.
Drawing mechanism 4 comprises guide pillar 41, slide block 42, slide block moving member 43, blade feed bin 44, a plurality of blade push rod 45 and top rod driving device 46, and controller is controlled top rod driving device 46 and 43 actions of slide block moving member.Guide pillar 41 is arranged in frame 1, blade feed bin 44 and a plurality of blade push rod 45 are arranged on slide block 42, slide block 42 is on guide pillar 41, slide block moving member 43 band movable sliders 42 move on guide pillar 41, specifically slide block moving member 43 comprises motor 431 and coupled screw mandrel 432, screw mandrel 432 is by screw mandrel nut 433 connection sliding blocks 42, and top rod driving device 46 is cylinders.Blade feed bin 44 is provided with the blade charging hole 441 of a plurality of placement blade workpiece, slide block 42 is provided with the push rod groove 421 that a plurality of positions are communicated with blade charging hole 441 couplings, the below of the position of push rod groove 421 in blade charging hole 441, each push rod groove 421 is interior all arranges a blade push rod 45, one end of blade push rod 45 connects top rod driving device 46, top rod driving device 46 is controlled blade push rod 45 in the interior movement of push rod groove 421, blade push rod 45 heads into blade workpiece in the lock core cover 72 in lock core cover installing port 71, the lock core cover installing port 71 of the opening of push rod groove 421 one end on slide block 42 on index dial 7, distance between these push rod groove 421 ends and index dial 7 is no more than 0.5CM, due to the deadweight of blade workpiece and the restriction of the impulse force of top rod driving device 46, distance between push rod groove 421 ends and index dial 7 surpasses the precision that 0.5CM is difficult to control the discharging of blade workpiece, impulse force too vanelets workpiece possibly cannot enter in the blade groove of lock core cover 72 accurately, the too large blade workpiece of impulse force striking lock core retainer plate 72 may make parts damages, therefore the distance between push rod groove 421 ends and index dial 7 is to limit in order fully to guarantee efficiency and the qualification rate of blade assembling.
The index dial 7 core retainer plate installing port 71 of locking is 2-5, and conventional is 3 or 4, has accelerated the efficiency of processing.
During use, first obtain the information of key tooth flower, according to key tooth flower information assembling lock core.According to bit information, control index dial 7 liftings in lock core sleeve fixture mechanism 3 and rotate in place, make a blade groove on the lock core cover 72 in lock core cover installing port 71 aim at a push rod groove 45 in drawing mechanism 4, blade workpiece 2 in blade feed bin 44 in drawing mechanism 4 falls into push rod groove 45, and in blade push rod 45 is headed into the blade groove of the lock core cover 72 in lock core cover installing port 71.Then slide block moving member 43 band movable sliders 42 move on guide pillar 41, index dial 7 liftings simultaneously, make the blade push rod 45 in the next push rod groove 421 in drawing mechanism 4 aim at another blade groove that lock core overlaps lock core cover 72 in installing port 71, blade push rod 45 heads into 421 blade workpiece 2 in this push rod groove in another blade groove of lock core cover 72 in lock core cover installing port 71, repeats successively until all blade workpiece all pack in the blade groove of lock core cover 72.After a lock core cover 72 has assembled, index dial 7 rotates, as shown in Figure 2, lock core cover installing port 71 on index dial 7 is 3, index dial 7 rotates 120 degree, make a blade groove on the lock core cover 72 in next lock core cover installing port 71 aim at the blade push rod 45 in a push rod groove 421 in drawing mechanism 4, the same repeating, automatically complete the assembling of blade, in the timing of a lock core suit, take off a upper lock core cover of the assembling having completed, change lock core cover to be assembled simultaneously, that has realized blade assembling does not shut down continuous assembly work, working (machining) efficiency is high.
Claims (7)
1. blade lock automatic assembling machine blade discharging mechanism, comprise frame and on lock core sleeve fixture mechanism and drawing mechanism, it is characterized in that lock core sleeve fixture mechanism comprises index dial, main shaft, lifting spindle assembly and main shaft runner assembly, main shaft is arranged in frame, the lifting spindle assembly being connected with main shaft drives lifting spindle, and the main shaft runner assembly being connected with main shaft drives main shaft to rotate; Index dial is fixed on main shaft top, and on index dial, rule is provided with a plurality of for longitudinally placing the lock core cover installing port of lock core cover; Drawing mechanism comprises guide pillar, slide block, slide block moving member, blade feed bin, a plurality of blade push rod and top rod driving device, guide pillar is arranged in frame, blade feed bin and a plurality of blade push rod are arranged on slide block, slide block is on guide pillar, slide block moving member band movable slider moves on guide pillar, blade feed bin is provided with the blade charging hole of a plurality of placement blade workpiece, slide block is provided with the push rod groove that a plurality of positions are communicated with blade charging hole coupling, the lock core cover installing port of the opening of the push rod groove one end on slide block on index dial; A blade push rod is all set in each push rod groove, and one end of blade push rod connects top rod driving device, and top rod driving device is controlled blade push rod and moved in push rod groove.
2. blade lock automatic assembling machine blade discharging mechanism according to claim 1, is characterized in that the edge of described lock core cover installing port position in index dial, and outwardly, the width of opening is between 10CM-14CM to lock core cover installing port opening.
3. blade lock automatic assembling machine blade discharging mechanism according to claim 1, is characterized in that the distance between push rod groove end and index dial is no more than 0.5CM.
4. blade lock automatic assembling machine blade discharging mechanism according to claim 1, is characterized in that slide block moving member comprises motor and coupled screw mandrel, and screw mandrel is by screw mandrel nut connection sliding block.
5. blade lock automatic assembling machine blade discharging mechanism according to claim 1, is characterized in that the index dial core retainer plate installing port of locking is 2-5, and the quantity of slide block upper ejector pin groove is 2-6.
6. blade lock automatic assembling machine blade discharging mechanism according to claim 1, it is characterized in that lifting spindle assembly comprises lifting motor and lifting tooth wheels, lifting motor connects main shaft by lifting tooth wheels and controls the lifting of main shaft, main shaft runner assembly rotary electric machine and turning gear wheels, rotary electric machine connects main shaft by turning gear wheels and controls the rotation of main shaft.
7. blade lock automatic assembling machine blade discharging mechanism according to claim 1, is characterized in that described top rod driving device is cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320830613.9U CN203579114U (en) | 2013-12-16 | 2013-12-16 | Blade discharge mechanism on blade lock automatic assembly machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320830613.9U CN203579114U (en) | 2013-12-16 | 2013-12-16 | Blade discharge mechanism on blade lock automatic assembly machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203579114U true CN203579114U (en) | 2014-05-07 |
Family
ID=50577086
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320830613.9U Expired - Fee Related CN203579114U (en) | 2013-12-16 | 2013-12-16 | Blade discharge mechanism on blade lock automatic assembly machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203579114U (en) |
-
2013
- 2013-12-16 CN CN201320830613.9U patent/CN203579114U/en not_active Expired - Fee Related
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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 |
Granted publication date: 20140507 Termination date: 20151216 |
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| EXPY | Termination of patent right or utility model |