CN205764873U - Lock cylinder automatic assembly machine - Google Patents
Lock cylinder automatic assembly machine Download PDFInfo
- Publication number
- CN205764873U CN205764873U CN201620691758.9U CN201620691758U CN205764873U CN 205764873 U CN205764873 U CN 205764873U CN 201620691758 U CN201620691758 U CN 201620691758U CN 205764873 U CN205764873 U CN 205764873U
- Authority
- CN
- China
- Prior art keywords
- spring
- tack
- fixed
- cylinder
- steel ball
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Automatic Assembly (AREA)
Abstract
The utility model discloses a kind of lock cylinder automatic assembly machine, including frame；Frame is provided with the first charging tray, the second charging tray, the 3rd charging tray, and the middle part of frame is provided with workbench；Turntable it is articulated with on workbench, 4 support arms it are evenly distributed with on turntable, support arm is provided with false lock, vacation is locked and is provided with the temporary hole that the most penetrating and with lock core core bore matches, the lower section of false lock is provided with the backgauge sheet that can move along the bearing of trend being perpendicular to corresponding support arm, backgauge sheet is provided with pin-and-hole, the lower section of backgauge sheet is provided with the push pedal that can move along the bearing of trend of respective support arm, push pedal is provided with skewed slot, in pin-and-hole and skewed slot, card has a sliding pin, push pedal is furnished with the back-moving spring making it have the center away from this turntable；On workbench around this turntable even circumferential be provided with assembly of sealing up a door, tack feeding assembly, spring feeding assembly and steel ball feeding assembly.The utility model has the advantages that: automaticity is higher.
Description
Technical field
The present invention relates to lockset preparing technical field, especially relate to a kind of lock cylinder automatic assembly machine.
Background technology
Lockset, in preparation process, relates to fill to lock core corresponding core the raw materials such as tack pellet, spring, steel ball
In hole, then core bore is sealed up a door.At present, when carrying out this work, artificial degree of participation is relatively big, thus inefficient,
Product quality is not sufficiently stable, labor strength is bigger than normal.
Summary of the invention
It is an object of the invention to provide a kind of lock cylinder automatic assembly machine, it is higher that it has automaticity, thus efficiency is relatively
Height, and the feature that labor strength is relatively low.
The technical solution adopted in the present invention is: lock cylinder automatic assembly machine, for loading flat nose in the core bore of lock core
Son, spring, steel ball,
Described lock cylinder automatic assembly machine includes frame；
Described frame be provided with the first charging tray for storing tack pellet, for store spring the second charging tray, for
Store the 3rd charging tray of steel ball, and the middle part of this frame is provided with workbench；
Being articulated with turntable on described workbench, this turntable is evenly distributed with 4 support arms, support arm is provided with vacation
Locking, vacation is locked and is provided with the temporary hole that the most penetrating and with lock core core bore matches, and meanwhile, the lower section of false lock is provided with can be along hanging down
The backgauge sheet directly moved in the bearing of trend of corresponding support arm, backgauge sheet is provided with pin-and-hole, and the lower section of backgauge sheet is provided with
The push pedal that can move along the bearing of trend of respective support arm, in push pedal is provided with skewed slot, pin-and-hole and skewed slot, card has one
Sliding pin, and, push pedal is furnished with the back-moving spring making it have the center away from this turntable；
On described workbench around this turntable even circumferential be provided with assembly of sealing up a door, tack feeding assembly, spring enter
Material assembly and steel ball feeding assembly；And
The charging aperture of this tack feeding assembly connects this first charging tray by connecting tube, discharging opening is compatible with false lock；
The charging aperture of this spring feeding assembly connects this second charging tray by connecting tube, discharging opening is compatible with false lock；
The charging aperture of this steel ball feeding assembly connects the 3rd charging tray by connecting tube, discharging opening is compatible with false lock.
The rotary shaft power of described turntable is connected to a servomotor, meanwhile, this workbench is fixed with telescopic shaft and
The positioning cylinder that this turntable matches.
Described assembly of sealing up a door includes:
Bottom is fixed on the supporter on this workbench, and the top of this supporter has support platform and lower support on one and puts down
Platform；
It is fixed on the lock core detent mechanism below this lower support platform；
It is fixed on this in support platform and telescopic shaft pneumohydraulic pressure-cylinder down；
The thimble being fixed on the telescopic shaft of this pneumohydraulic pressure-cylinder and downwardly extend；
Wherein:
Thimble and lock core detent mechanism match；
And:
This lower support platform is provided with thimble guider, thimble and thimble guider and matches.
Described lower support platform is provided with false lock relieving mechanism.
Described tack feeding assembly includes:
The first support seat that bottom is fixed on this workbench；
Being fixed on the tack hopper on the top of this first support seat, the side of this tack hopper is provided with tack chute；
It is fixed on this first first fixture supporting on seat or this tack hopper and supports seat；
Middle part is articulated in this first fixture by one first rotary shaft and supports the tack fixture on seat, this first rotary shaft position
In the middle part of this tack fixture, this tack fixture bottom is provided with horizontal-extending stop hook；
Cylinder body is fixed on this first fixture and supports the first aciculiform cylinder on seat, solid on the telescopic shaft of this first aciculiform cylinder
Surely there is a plate；
Cylinder body is fixed on this and first supports the tack cylinder on seat, and the telescopic shaft of this tack cylinder is provided with in level the
One striker plate；And
The upper end of tack chute connects this first charging tray by connecting tube；
The bottom of stop hook and tack chute matches；
The upper end of this plate and this tack fixture matches；
This first gear flitch is compatible with the bottom of this tack chute.
The side of described tack chute is fixed with the first access panel and the first technical baffle, and this first access panel uses transparent
Prepared by material, this first technical baffle is provided with the mating holes passed for stop hook.
Described spring feeding assembly includes:
The second support seat that bottom is fixed on this workbench；
Being fixed on the spring hopper on this second support seat, the side of this spring hopper is provided with spring chute；
It is fixed on this second second fixture supporting on seat or this spring hopper and supports seat；
It is articulated with this second fixture by the second rotary shaft and supports the spring perch on seat, the side, middle part of this spring perch
It is provided with horizontal-extending support bar, is provided with under reseting pressuring spring, and this spring perch between support bar and the second fixture support seat
Portion is fixed with spring needle；
Cylinder body is fixed on this second fixture and supports the second aciculiform cylinder on seat；
Cylinder body is fixed on this and second supports the spring cylinder on seat, and the telescopic shaft of this spring cylinder is provided with in level the
Two striker plates；And
The upper end of spring chute connects this second charging tray by connecting tube；
The bottom of spring needle and spring chute matches；
The front end of the telescopic shaft of this second aciculiform cylinder is compatible with the top of this spring perch；
This second gear flitch is compatible with the bottom of this spring chute.
The side of described spring chute is fixed with the second access panel and the second technical baffle, and this second access panel uses transparent
Prepared by material, this second technical baffle is provided with and passes and in vertical bar-shaped trough for spring needle.
Described steel ball feeding assembly includes:
The 3rd support seat being fixed on this workbench；
Being fixed on the steel ball hopper on the 3rd support seat, the side of this steel ball hopper is provided with steel ball chute；
Being slideably positioned in the delivery sheet of steel ball hopper bottom, this delivery sheet is provided with flat-bottom slot, and one end of flat-bottom slot is provided with
Material feeding hole；
Being fixed on the lower feed box of the lower section of this delivery sheet, lower feed box is provided with the blanking hole matched with material feeding hole；
Cylinder body is fixed on the steel ball cylinder on the 3rd support seat, and the telescopic shaft of this steel ball cylinder connects this delivery sheet；With
And
The upper end of steel ball chute is connected to the 3rd charging tray by connecting tube；
Material feeding hole is compatible with the lower end of steel ball chute.
The avris of described steel ball chute is fixed with the 3rd access panel and the 3rd technical baffle, and the 3rd access panel uses transparent
Prepared by material.
The present invention is the most advantageously: automaticity is higher, thus efficiency is higher, Gong Renlao
Fatigue resistance is relatively low.In use, the every half-twist of turntable, false lock can successively and seal up a door for the lock cylinder automatic assembly machine of the present invention
Assembly, tack feeding assembly, spring feeding assembly, steel ball feeding assembly coordinate, and complete the charging of tack pellet, spring enters
The operations such as material, steel ball feed, lock core is sealed up a door, workman's action required is only that to take off and has formed the lock core of finished product and be placed into new
The lock core not yet carrying out any operation, thus automaticity is higher, greatly alleviates the labor intensity of workman, improves work
Make efficiency.
Accompanying drawing explanation
The present invention is further described with embodiment below in conjunction with the accompanying drawings:
Fig. 1 and Fig. 2 is the lock cylinder automatic assembly machine schematic perspective view in different visual angles of embodiments of the invention；
Fig. 3 is turntable and the schematic perspective view (section components is in decomposing state) of connection member thereof of the present invention；
Fig. 4 is the top view of Fig. 3；
Fig. 5 is the front view of the assembly of sealing up a door of the present invention；
Fig. 6 is the schematic perspective view of the assembly of sealing up a door of the present invention；
Fig. 7 is the perspective exploded view of the tack feeding assembly of the present invention；
Fig. 8 is the schematic perspective view of the tack feeding assembly of the present invention；
Fig. 9 is the perspective exploded view of the spring feeding assembly of the present invention；
Figure 10 is the schematic perspective view of the spring feeding assembly of the present invention；
Figure 11 is the perspective exploded view of the steel ball feeding assembly of the present invention；
Figure 12 is the schematic perspective view of the steel ball feeding assembly of the present invention.
In figure:
1, frame, 11, workbench；
21, the first charging tray, the 22, second charging tray, the 23, the 3rd charging tray；
30, turntable, 31, support arm, 32, false lock, 321, temporary hole, 33, backgauge sheet, 331, pin-and-hole, 34, push pedal,
341, skewed slot, 35, sliding pin, 36, back-moving spring；
40, seal up a door assembly, 41, supporter, 411, upper support platform, 412, lower support platform, 42, lock core detent mechanism,
43, pneumohydraulic pressure-cylinder, 44, thimble, 45, thimble guider, 46, false lock relieving mechanism；
50, tack feeding assembly, 51, first supports seat, and 52, tack hopper, 521, tack chute, 522, first observes
Plate, the 523, first technical baffle, the 5231, mating holes, 53, first fixture supports seat, and 54, tack fixture, the 541, first rotary shaft,
542, stop hook, the 55, first aciculiform cylinder, 551, plate, 56, tack cylinder, 561, first gear flitch；
60, spring feeding assembly, 61, second supports seat, and 62, spring hopper, 621, spring chute, 622, second observes
Plate, the 623, second technical baffle, the 6231, bar-shaped trough, 63, second fixture supports seat, and 64, spring perch, the 641, second rotary shaft,
642, support bar, 643, reseting pressuring spring, 644, spring needle, the 65, second aciculiform cylinder, 66, spring cylinder, the 661, second backgauge
Plate；
70, steel ball feeding assembly, the 71, the 3rd supports seat, and 72, steel ball hopper, 721, steel ball chute, the 722, the 3rd observes
Plate, the 723, the 3rd technical baffle, 73, delivery sheet, 731, flat-bottom slot, 732, material feeding hole, 74, lower feed box, 741, blanking hole, 75,
Steel ball cylinder；
80, positioning cylinder.
Detailed description of the invention
Embodiment, as shown in Fig. 1 and Fig. 2: lock cylinder automatic assembly machine, sub for loading flat nose in the core bore of lock core,
Spring, steel ball, then seal up a door to core bore.
Further say:
This lock cylinder automatic assembly machine includes frame 10.
This frame 10 be provided with the first charging tray 21 for storing tack pellet, for store spring the second charging tray 22,
For storing the 3rd charging tray 23 of steel ball.Certainly, glide smoothly for the ease of raw materials such as tack pellet, spring, steel balls, should
First charging tray the 21, second charging tray the 22, the 3rd charging tray 23 all can be furnished with oscillation device.Meanwhile, the middle part of this frame 10 is provided with work
Station 11.
Shown in Fig. 3 and Fig. 4, this workbench 11 is articulated with turntable 30.It is evenly distributed with 4 on this turntable 30
Support arm 31.That is, the angle of adjacent support arm 31 is 90 °.Support arm 31 is provided with false lock 32, and false lock 32 is provided with the most penetrating
And and the temporary hole 321 that matches of the core bore of lock core.That is, 1 tack pellet, 1 spring, 1 steel ball descend the backwardness can be temporary in single file
It is stored in a temporary hole 321, the most all falls in corresponding core bore in temporary hole 321.Meanwhile, the lower section of false lock 32
Being provided with the backgauge sheet 33 that can move along the bearing of trend being perpendicular to corresponding support arm 31, backgauge sheet 33 is provided with pin
Hole 331.The lower section of backgauge sheet 33 is provided with the push pedal 34 that can move, push pedal 34 along the bearing of trend of respective support arm 31
It is provided with skewed slot 341.In pin-and-hole 331 and skewed slot 341, card has a sliding pin 35.I.e., in an initial condition, backgauge sheet 33 blocks
The lower end in temporary hole 321, once push pedal 34 is promoted, then, under the effect of sliding pin 35, backgauge sheet 33 slides, and makes temporary hole
The lower end of 321 is opened, and is temporarily stored in the tack pellet in temporary hole 321, spring, steel ball fall simultaneously, drops down onto in corresponding core bore.
And, push pedal 34 is furnished with the back-moving spring 36 making it have the center away from this turntable 30.Certainly, this turntable 30
Rotary shaft is in vertically.
On this workbench 11 around this turntable 30 even circumferential be provided with assembly 40 of sealing up a door, tack feeding assembly 50,
Spring feeding assembly 60 and steel ball feeding assembly 70.That is, this assembly 40 of sealing up a door, tack feeding assembly 50, spring feeding assembly 60
Lay respectively at 0 °, 90 °, 180 °, the phase place of 270 ° with steel ball feeding assembly 70, thus the false lock 32 on this turntable 30 can depend on
Secondary accept the operation that this assembly 40 of sealing up a door, tack feeding assembly 50, spring feeding assembly 60 and steel ball feeding assembly 70 are carried out.
The charging aperture of this tack feeding assembly 50 connects this first charging tray 21 by connecting tube, discharging opening is compatible with false lock
32.That is, the tack pellet in this first charging tray 21 can enter in this tack feeding assembly 50, finally by this tack feeding assembly
Tack pellet is delivered in the temporary hole 321 of false lock 32 by 50.
The charging aperture of this spring feeding assembly 60 connects this second charging tray 22 by connecting tube, discharging opening is compatible with false lock
32.That is, the spring in this second charging tray 22 can enter in this spring feeding assembly 60, finally will by this spring feeding assembly 60
Spring is delivered in the temporary hole 321 of false lock 32.
The charging aperture of this steel ball feeding assembly 70 connects the 3rd charging tray 23 by connecting tube, discharging opening is compatible with false lock
32.That is, the steel ball in the 3rd charging tray 23 can enter in this steel ball feeding assembly 70, finally will by this steel ball feeding assembly 70
Steel ball is delivered in the temporary hole 321 of false lock 32.
Finally, be filled with tack pellet, spring, steel ball false lock 32 rotation at assembly 40 of sealing up a door, backgauge sheet 33 is opened,
Tack pellet, spring, steel ball drop down onto in the core bore of lock core, and lock core is sealed up a door by assembly 40 of sealing up a door.
Obviously, aforementioned operation is circulated successively by the rotation of turntable 30 and carries out, thus has certain automaticity,
Reduce the labor intensity of workman.
More specifically:
The rotary shaft power of this turntable 30 is connected to a servomotor.Meanwhile, this workbench 11 is fixed with telescopic shaft
The positioning cylinder 80 matched with this turntable 30.That is, this turntable 30 is rotated by this driven by servomotor, and this turntable
The side of 30 can be provided with the locating slot that the telescopic shaft of 4 and this positioning cylinder 80 matches, after this turntable 30 rotates every time, this
The telescopic shaft of positioning cylinder 80 i.e. forward extends out once, then withstands in corresponding locating slot, it is achieved that the essence of this rotating disk 30
Determine position.Certainly, servomotor is necessarily furnished with the parts such as decelerator.
Continue to optimize:
Shown in Fig. 5 and Fig. 6, this assembly 40 of sealing up a door includes:
Bottom is fixed on the supporter 41 on this workbench 11, and the top of this supporter 41 has support platform 411 on
With lower support platform 412.That is, on this, support platform 411 and lower support platform 412 are to be positioned at two layers of knot above this workbench 11
Structure.
It is fixed on the lock core detent mechanism 42 below this lower support platform 412.Obviously, this lock core detent mechanism 42 preferably has
Having the draw-in groove that can block this lock core, lock core can be stuck in this draw-in groove.Meanwhile, the cross section of draw-in groove preferably semicircle so that
In handling lock core.
It is fixed on this in support platform 411 and telescopic shaft pneumohydraulic pressure-cylinder 43 down.
The thimble 44 being fixed on the telescopic shaft of this pneumohydraulic pressure-cylinder 43 and downwardly extend, thimble 44 and lock core detent mechanism
42 match.That is, thimble 44 is corresponding to the position of the core bore of lock core and quantity, in order to its in company with this pneumohydraulic pressure-cylinder 43 to moving down
Core bore can be sealed up a door after Dong.
Thimble guider 45, thimble 44 and thimble guider 45 can be provided with in this lower support platform 412 to match.That is, top
Pin guider 45 can be rows of hole, and thimble 44 passes in those holes, then makes thimble 44 keep correct position.
This lower support platform 412 is provided with false lock relieving mechanism 46.Generally, false lock relieving mechanism 46 is for being fixed on this lower
Cylinder on support platform 412, the telescopic shaft of this cylinder can push corresponding push pedal 34, and backgauge sheet 33 moves then, is temporarily stored in
Tack pellet in temporary hole 321, spring, steel ball drop down onto in corresponding core bore in single file.
This course of action sealing up a door assembly 40 is: relieving mechanism 46 action of false lock, by the tack pellet in vacation lock 32, bullet
Spring, steel ball are filled to the lock core being placed in lock core detent mechanism 42, pneumohydraulic pressure-cylinder 43 action, drive thimble 44 to move down
Core bore is sealed up a door.Afterwards, pneumohydraulic pressure-cylinder 43 counteragent, thimble 44 resets, and takes off the lock core processed.So
After, new lock core is positioned in this lock core detent mechanism 42, prepares new operation.
Shown in Fig. 7 and Fig. 8, this tack feeding assembly 50 includes:
The first support seat 51 that bottom is fixed on this workbench 11.
Being fixed on the tack hopper 52 on the top of this first support seat 51, the side of this tack hopper 52 is provided with tack chute
521.The upper end of tack chute 521 connects this first charging tray 21 by connecting tube.That is, the tack pellet in the first charging tray 21 it is positioned at
In connecting tube enters those tack chutes 521, and can move down along tack chute 521.
It is fixed on this first first fixture supporting on seat 51 or this tack hopper 52 and supports seat 53.
Middle part is articulated in this first fixture by one first rotary shaft 541 and supports the tack fixture 54 on seat 53, and this is first years old
Rotary shaft 541 is positioned at the middle part of this tack fixture 54, and this tack fixture 54 bottom is provided with horizontal-extending stop hook 542.That is, this is put down
Fixture head 54 is similar forms seesaw structure.The bottom of stop hook 542 and tack chute 521 matches.That is, stop hook 542 can keep off flat
The bottom of head chute 521, once the top of this tack fixture 54 is moved, then this stop hook 542 reversely moves once, tack chute
Tack pellet in 521 can discharge downwards one group.
Cylinder body is fixed on this first fixture and supports the first aciculiform cylinder 55 on seat 53, stretching of this first aciculiform cylinder 55
A plate 551 it is fixed with on axle.The upper end of this plate 551 and this tack fixture 54 matches.That is, this first aciculiform cylinder 55 moves
After work, this plate 551 can stir the upper end of this tack fixture 54, makes this stop hook 542 reversely move once.
Cylinder body is fixed on the tack cylinder 56 on this first support seat 51, and the telescopic shaft of this tack cylinder 56 is provided with in water
Flat first gear flitch 561.This first gear flitch 561 is compatible with the bottom of this tack chute 521.That is, this first gear flitch
561 keep off in the lower end of this tack chute 521 in an initial condition, stop the one group of tack having dropped down onto tack chute 521 lower end
Pellet does not falls out.When, after this tack cylinder 56 action, this first gear flitch 561 i.e. being driven to pull open, make stopped one group
Tack pellet drops down onto in the temporary hole 321 of false lock 32.
It is to say, after previous station vacation lock 32 carries out 90 ° of rotations along with turntable 30, arrive this tack charging group
The position at part 50 place, after aforementioned first aciculiform cylinder 55, tack cylinder 56 action successively, one group of tack pellet drops down onto false lock 32
Temporary hole 321 in.
Obviously, tack chute 521 can be the chute of cross section semicircular in shape.Now, the side of tack chute 521 is permissible
It is fixed with the first access panel 522 and the first technical baffle 523.This first access panel 522 uses transparent material to prepare, this first work
Skill baffle plate 523 is provided with the mating holes 5231 passed for stop hook 542.So, it is simple to observe the landing feelings of tack pellet at any time
Condition.
Shown in Fig. 9 and Figure 10, this spring feeding assembly 60 includes:
The second support seat 61 that bottom is fixed on this workbench 11.
Being fixed on the spring hopper 62 on this second support seat 61, the side of this spring hopper 62 is provided with spring chute
621.The upper end of spring chute 621 connects this second charging tray 22 by connecting tube.That is, the spring being positioned at the second charging tray 22 is permissible
In connecting tube enters spring chute 621, and move down along spring chute 621.
It is fixed on this second second fixture supporting on seat 61 or this spring hopper 62 and supports seat 63.
It is articulated with this second fixture by the second rotary shaft 641 and supports the spring perch 64 on seat 63, this spring perch 64
Side, middle part be provided with horizontal-extending support bar 642, support bar 642 and the second fixture support and are provided with reseting pressuring spring between seat 63
643, and the bottom of this spring perch 64 is fixed with spring needle 644.The bottom of spring needle 644 and spring chute 621 matches.That is,
Under the effect of this reseting pressuring spring 643, the front end of spring needle 644 is inserted in corresponding spring chute 621 bottom and makes spring purgative being prohibited
Move.
Cylinder body is fixed on this second fixture and supports the second aciculiform cylinder 65 on seat 63.Stretching of this second aciculiform cylinder 65
The front end of axle is compatible with the top of this spring perch 64.That is, after this second aciculiform cylinder 65 action, this spring perch 64 is pushed
Top is moved, and makes the bottom of this spring perch 64 reversely move, and those spring needles 644 are in corresponding spring chute 621 then
Extracting out, one group of lower end dropping down onto spring chute 621 discharged downwards by the spring of spring chute 621.
Cylinder body is fixed on the spring cylinder 66 on this second support seat 61, and the telescopic shaft of this spring cylinder 66 is provided with in water
Flat second gear flitch 661.This second gear flitch 661 is compatible with the bottom of this spring chute 621.That is, at ordinary times, this is second years old
Striker plate 661 keeps off the bottom at spring chute 621, makes spring to fall；Otherwise, after this spring cylinder 66 action, make this
Second gear flitch 661 pulls open, and the spring having dropped down onto spring chute 621 lower end thoroughly slides in spring chute 621, drops down onto vacation
In the temporary hole 321 of lock 32.
It is to say, installed the false lock 32 of tack pellet at previous station to carry out 90 ° of rotations along with this turntable 30
After Zhuaning, vacation is locked into the position reaching this spring feeding assembly 60 place, this second aciculiform cylinder 65, spring cylinder 66 action successively
After, one group of spring drops down onto in temporary hole 321.
Obviously, the cross section of spring chute 621 can be semicircle.Now, the side of spring chute 621 is fixed with second
Access panel 622 and the second technical baffle 623, this second access panel 622 uses transparent material to prepare, this second technical baffle 623
It is provided with and passes and in vertical bar-shaped trough 6231 for spring needle 644.I.e., it is simple to the whereabouts situation of Real Time Observation spring.
Shown in Figure 11 and Figure 12, this steel ball feeding assembly 70 includes:
The 3rd support seat 71 being fixed on this workbench 11.
Being fixed on the steel ball hopper 72 on the 3rd support seat 71, the side of this steel ball hopper 72 is provided with steel ball chute
721.The upper end of steel ball chute 721 is connected to the 3rd charging tray 23 by connecting tube.That is, the steel ball of the 3rd charging tray 23 it is positioned at
Can be entered in steel ball chute 721 by connecting tube, and move down along steel ball chute 721.
Be slideably positioned in steel ball hopper 72 bottom it is thus possible to level slide delivery sheet 73.This delivery sheet 73 is provided with flat
Kerve 731, one end of flat-bottom slot 731 is provided with material feeding hole 732.Material feeding hole 732 is compatible with the lower end of steel ball chute 721.That is, this is put down
The degree of depth of kerve 731 is preferably equal to or is slightly less than the diameter of a steel ball, in other words, in an initial condition, this flat-bottom slot 731
The diameter that distance is a steel ball of bottom of distance from bottom steel ball chute 721.So, the most only can have under one group of steel ball
Drop down onto in flat-bottom slot 731；Then, once this delivery sheet 73 moves, then this group steel ball can drop down onto in material feeding hole 732.
Being fixed on the lower feed box 74 of the lower section of this delivery sheet 73, lower feed box 74 is provided with the blanking matched with material feeding hole 732
Hole 741.I.e., once aforementioned delivery sheet 73 continues after slip, material feeding hole 732 and blanking hole 741 align, and falls in material feeding hole 732
One group of steel ball i.e. can fall from blanking hole 741, until fall vacation lock 32 temporary hole 321 in.
Cylinder body is fixed on the steel ball cylinder 75 on the 3rd support seat 71, and the telescopic shaft of this steel ball cylinder 75 connects this feeding
Plate 73.That is, this delivery sheet 73 is driven to slide after this steel ball cylinder 75 action.
It is to say, installed tack pellet at previous station, the false lock 32 of spring continues along with this turntable 30
Half-twist, the position at false this steel ball feeding assembly 70 place of lock 32 arrival, once, one group of steel ball falls in this steel ball cylinder 75 action
To the temporary hole 321 of the false lock 32 having installed tack pellet, spring.
Obviously, the cross section of steel ball chute 721 can be semicircle.Now, the avris of steel ball chute 721 is fixed with the 3rd
Access panel 722 and the 3rd technical baffle 723, the 3rd access panel 722 uses transparent material to prepare.As such, it is possible to Real Time Observation
The whereabouts situation of steel ball.
The foregoing is only the preferred embodiments of the present invention, not thereby limit the scope of the claims of the present invention, every utilization
Equivalent structure or equivalence flow process that description of the invention and accompanying drawing content are made convert, or it is relevant to be directly or indirectly used in other
Technical field, be the most in like manner included in the scope of patent protection of the present invention.
Claims (10)
1. lock cylinder automatic assembly machine, for loading flat nose, spring, steel ball in the core bore of lock core, it is characterised in that:
Described lock cylinder automatic assembly machine includes frame (10)；
Described frame (10) is provided with the first charging tray (21) for storing tack pellet, for storing the second charging tray of spring
(22), for storing the 3rd charging tray (23) of steel ball, and the middle part of this frame (10) is provided with workbench (11)；
It is articulated with turntable (30) on described workbench (11), this turntable (30) is evenly distributed with 4 support arms (31),
Brace (31) is provided with false lock (32), and false lock (32) is provided with the temporary hole (321) that the most penetrating and with lock core core bore matches,
Meanwhile, the lower section of false lock (32) is provided with the backgauge that can move along the bearing of trend being perpendicular to corresponding support arm (31)
Sheet (33), backgauge sheet (33) is provided with pin-and-hole (331), and the lower section of backgauge sheet (33) is provided with can be along respective support arm (31)
The push pedal (34) that bearing of trend moves, in push pedal (34) is provided with skewed slot (341), pin-and-hole (331) and skewed slot (341), card has
One sliding pin (35), and, push pedal (34) is furnished with the back-moving spring making it have the center away from this turntable (30)
(36)；
On described workbench (11) around this turntable (30) even circumferential be provided with assembly of sealing up a door (40), tack feeding assembly
(50), spring feeding assembly (60) and steel ball feeding assembly (70)；And
The charging aperture of this tack feeding assembly (50) connects this first charging tray (21) by connecting tube, discharging opening is compatible with false lock
(32)；
The charging aperture of this spring feeding assembly (60) connects this second charging tray (22) by connecting tube, discharging opening is compatible with false lock
(32)；
The charging aperture of this steel ball feeding assembly (70) connects the 3rd charging tray (23) by connecting tube, discharging opening is compatible with false lock
(32)。
Lock cylinder automatic assembly machine the most according to claim 1, it is characterised in that: the rotary shaft power of described turntable (30)
It is connected to a servomotor, meanwhile, this workbench (11) is fixed with the positioning cylinder that telescopic shaft matches with this turntable (30)
(80)。
Lock cylinder automatic assembly machine the most according to claim 1, it is characterised in that assembly (40) of sealing up a door described in: including:
Bottom is fixed on the supporter (41) on this workbench (11), and the top of this supporter (41) has support platform on
And lower support platform (412) (411)；
It is fixed on the lock core detent mechanism (42) of this lower support platform (412) lower section；
It is fixed in support platform on this (411) and telescopic shaft pneumohydraulic pressure-cylinder (43) down；
The thimble (44) being fixed on the telescopic shaft of this pneumohydraulic pressure-cylinder (43) and downwardly extend；
Wherein:
Thimble (44) and lock core detent mechanism (42) match；
And:
This lower support platform (412) is provided with thimble guider (45), thimble (44) and thimble guider (45) and matches.
Lock cylinder automatic assembly machine the most according to claim 3, it is characterised in that: described lower support platform (412) is provided with
False lock relieving mechanism (46).
Lock cylinder automatic assembly machine the most according to claim 1, it is characterised in that: described tack feeding assembly (50) including:
The first support seat (51) that bottom is fixed on this workbench (11)；
Being fixed on the tack hopper (52) on the top of this first support seat (51), it is sliding that the side of this tack hopper (52) is provided with tack
Groove (521)；
It is fixed on this first first fixture supporting on seat (51) or this tack hopper (52) and supports seat (53)；
Middle part is articulated in this first fixture by one first rotary shaft (541) and supports the tack fixture (54) on seat (53), and this is the years old
One rotary shaft (541) is positioned at the middle part of this tack fixture (54), and this tack fixture (54) bottom is provided with horizontal-extending stop hook
(542)；
Cylinder body is fixed on this first fixture and supports the first aciculiform cylinder (55) on seat (53), stretching of these the first aciculiform cylinder (55)
A plate (551) it is fixed with on contracting axle；
Cylinder body is fixed on this and first supports the tack cylinder (56) on seat (51), the telescopic shaft of this tack cylinder (56) be provided with in
The first gear flitch (561) of level；And
The upper end of tack chute (521) connects this first charging tray (21) by connecting tube；
The bottom of stop hook (542) and tack chute (521) matches；
The upper end of this plate (551) and this tack fixture (54) matches；
This first gear flitch (561) is compatible with the bottom of this tack chute (521).
Lock cylinder automatic assembly machine the most according to claim 5, it is characterised in that: the side of described tack chute (521) is solid
Surely having the first access panel (522) and the first technical baffle (523), this first access panel (522) uses transparent material to prepare, and this is the years old
One technical baffle (523) is provided with the mating holes (5231) passed for stop hook (542).
Lock cylinder automatic assembly machine the most according to claim 1, it is characterised in that: described spring feeding assembly (60) including:
The second support seat (61) that bottom is fixed on this workbench (11)；
Being fixed on the spring hopper (62) in this second support seat (61), the side of this spring hopper (62) is provided with spring chute
(621)；
It is fixed on this second second fixture supporting on seat (61) or this spring hopper (62) and supports seat (63)；
It is articulated with this second fixture by the second rotary shaft (641) and supports the spring perch (64) on seat (63), this spring perch
(64) side, middle part is provided with horizontal-extending support bar (642), sets between support bar (642) and the second fixture support seat (63)
There is reseting pressuring spring (643), and the bottom of this spring perch (64) is fixed with spring needle (644)；
Cylinder body is fixed on this second fixture and supports the second aciculiform cylinder (65) on seat (63)；
Cylinder body is fixed on this and second supports the spring cylinder (66) on seat (61), the telescopic shaft of this spring cylinder (66) be provided with in
The second gear flitch (661) of level；And
The upper end of spring chute (621) connects this second charging tray (22) by connecting tube；
The bottom of spring needle (644) and spring chute (621) matches；
The front end of the telescopic shaft of this second aciculiform cylinder (65) is compatible with the top of this spring perch (64)；
This second gear flitch (661) is compatible with the bottom of this spring chute (621).
Lock cylinder automatic assembly machine the most according to claim 7, it is characterised in that: the side of described spring chute (621) is solid
Surely having the second access panel (622) and the second technical baffle (623), this second access panel (622) uses transparent material to prepare, and this is the years old
Two technical baffles (623) are provided with and pass and in vertical bar-shaped trough (6231) for spring needle (644).
Lock cylinder automatic assembly machine the most according to claim 1, it is characterised in that: described steel ball feeding assembly (70) including:
The 3rd support seat (71) being fixed on this workbench (11)；
Being fixed on the steel ball hopper (72) in the 3rd support seat (71), the side of this steel ball hopper (72) is provided with steel ball chute
(721)；
Being slideably positioned in the delivery sheet (73) of steel ball hopper (72) bottom, this delivery sheet (73) is provided with flat-bottom slot (731), flat
One end of groove (731) is provided with material feeding hole (732)；
Being fixed on the lower feed box (74) of the lower section of this delivery sheet (73), lower feed box (74) is provided with and matches with material feeding hole (732)
Blanking hole (741)；
Cylinder body is fixed on the steel ball cylinder (75) in the 3rd support seat (71), and the telescopic shaft of this steel ball cylinder (75) connects this and send
Flitch (73)；And
The upper end of steel ball chute (721) is connected to the 3rd charging tray (23) by connecting tube；
Material feeding hole (732) is compatible with the lower end of steel ball chute (721).
Lock cylinder automatic assembly machine the most according to claim 9, it is characterised in that: the avris of described steel ball chute (721) is solid
Surely the 3rd access panel (722) and the 3rd technical baffle (723), the 3rd access panel (722) is had to use transparent material to prepare.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620691758.9U CN205764873U (en) | 2016-07-01 | 2016-07-01 | Lock cylinder automatic assembly machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620691758.9U CN205764873U (en) | 2016-07-01 | 2016-07-01 | Lock cylinder automatic assembly machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205764873U true CN205764873U (en) | 2016-12-07 |
Family
ID=58126690
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620691758.9U Expired - Fee Related CN205764873U (en) | 2016-07-01 | 2016-07-01 | Lock cylinder automatic assembly machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205764873U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105904214A (en) * | 2016-07-01 | 2016-08-31 | 钱军佐 | Automatic assembly machine for lock cylinder |
| CN106736535A (en) * | 2017-01-06 | 2017-05-31 | 浙江炬达机械有限公司 | A kind of lock cylinder automatic assembling machine |
| CN115816012A (en) * | 2023-01-29 | 2023-03-21 | 中国原子能科学研究院 | Filling device and filling method for filling a mandrel into a radioactive tube |
-
2016
- 2016-07-01 CN CN201620691758.9U patent/CN205764873U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105904214A (en) * | 2016-07-01 | 2016-08-31 | 钱军佐 | Automatic assembly machine for lock cylinder |
| CN105904214B (en) * | 2016-07-01 | 2018-06-19 | 钱军佐 | Lock cylinder automatic assembly machine |
| CN106736535A (en) * | 2017-01-06 | 2017-05-31 | 浙江炬达机械有限公司 | A kind of lock cylinder automatic assembling machine |
| CN106736535B (en) * | 2017-01-06 | 2019-05-24 | 浙江炬达机械有限公司 | A kind of lock cylinder automatic assembling machine |
| CN115816012A (en) * | 2023-01-29 | 2023-03-21 | 中国原子能科学研究院 | Filling device and filling method for filling a mandrel into a radioactive tube |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205764873U (en) | Lock cylinder automatic assembly machine | |
| CN106440970B (en) | A kind of automatic package system of combined firework | |
| CN105904214B (en) | Lock cylinder automatic assembly machine | |
| CN102814653A (en) | Pin tumbler lock pin tumbler-spring-seal needle integration assembly equipment | |
| CN206779478U (en) | A kind of feed arrangement for bearing ring | |
| CN108686968A (en) | Weight defect capsule selects shell medicine separating mechanism and medicine shell separation method is selected in detection | |
| CN201187976Y (en) | Equipment for producing firework and petard | |
| CN205764874U (en) | Release assembly | |
| CN206065860U (en) | A kind of full-automatic coil spring assembly machine | |
| CN107933986A (en) | The automatic bottle filling machine of Chinese medicinal granule | |
| CN105364478B (en) | Lock cylinder automatic assembly machine | |
| CN205192788U (en) | Solid material machine of sampling | |
| CN107555132A (en) | A kind of electromechanical automatic bar feed device | |
| CN207414107U (en) | A kind of gas nozzle punch device | |
| CN201181189Y (en) | Powder mixing and filling device of firework firecracker | |
| CN103512436A (en) | Automatic powder charging method and powder charging machine for producing combination fireworks | |
| CN208020500U (en) | A kind of concrete subregion blanking device | |
| CN212668423U (en) | Discharging device for motor end cover | |
| CN206387320U (en) | A kind of automatic package system of combined firework | |
| CN104502140B (en) | A kind of article method of sampling for distinguishing nib and sample devices | |
| CN211602576U (en) | Automatic sample separating device | |
| CN113895742A (en) | Cement bag unpacking device | |
| CN207915122U (en) | A kind of bearing inner race automatically grinds excusing from death producing line | |
| CN207826689U (en) | A kind of medicine bottle feeding device | |
| CN207461136U (en) | Bamboo rat feeding device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161207 Termination date: 20180701 |