CN206550634U - A kind of bolt component assembly machine - Google Patents
A kind of bolt component assembly machine Download PDFInfo
- Publication number
- CN206550634U CN206550634U CN201720241522.XU CN201720241522U CN206550634U CN 206550634 U CN206550634 U CN 206550634U CN 201720241522 U CN201720241522 U CN 201720241522U CN 206550634 U CN206550634 U CN 206550634U
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- CN
- China
- Prior art keywords
- slide rail
- ladder
- dead bolt
- vibrating disk
- pushing block
- Prior art date
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Abstract
The utility model discloses a kind of bolt component assembly machine, the main points of its technical scheme are to include board, the multiple slide rails for loading multiple vibrating disks of part such as multiple big dead bolts, small dead bolt and being connected with vibrating disk are respectively provided with board, the assembly bench that can be rotated is additionally provided with board, step trough is provided with assembly bench, multiple parts are successively slipped into assembly bench by various mechanism and assembled by the utility model.The parts such as big dead bolt, small dead bolt, locking bar, pad, spring, pin need to be only put into during operation in each vibrating disk, can be achieved with automatic assembling, it is on duty without manual site, substantially increase efficiency of assembling.
Description
【Technical field】
The utility model is related to a kind of bolt component assembly machine.
【Background technology】
Existing bolt component assembling, typically all hand assembled, inefficiency.
【Utility model content】
The utility model purpose is to overcome the deficiencies in the prior art to greatly improve the lock of production efficiency there is provided a kind of
Tongue subgroup assembling machine.
The utility model is achieved through the following technical solutions：
A kind of bolt component assembly machine, it is characterised in that：Include board, loading is respectively provided with board multiple
First vibrating disk 10 of big dead bolt 2 and the first slide rail 11 being connected with the first vibrating disk 10, the second of the multiple small dead bolts 3 of loading shake
Moving plate 12 and the second slide rail 13 being connected with the second vibrating disk 12, the 3rd vibrating disk 14 for loading multiple locking bars 4 and the 3rd vibration
The 3rd connected slide rail 15 of disk 14, the 4th vibrating disk 16 for loading multiple stub nails 8 and the be connected with the 4th vibrating disk 16 the 4th
Slide rail 17, the 5th vibrating disk 18 for loading multiple side pins 9 and the 5th slide rail 19 being connected with the 5th vibrating disk 18, loading are multiple
6th vibrating disk 20 of spring 5 and the 6th slide rail 23 being connected with the 6th vibrating disk 20, the 7th vibrating disk for loading multiple pads 7
21 and the 7th slide rail 22 that is connected with the 7th vibrating disk 21, the assembly bench 6 that can be rotated is additionally provided with board, is set in assembly bench 6
There is step trough 601, the first of the big dead bolt push-in step trough 601 skidded off from the first slide rail 11 can be pushed away by being provided with the board
Block 24.
Bolt component assembly machine is planted as described above, it is characterised in that：The top of the locking bar 4 is provided with projection 401, described the
The output end of three slide rails 15 is connected with the first ladder slide rail 25, and locking bar 4 slides to the first ladder slide rail 25, institute from the 3rd slide rail 15
State locking bar 4 to hang on the first ladder slide rail 25, the outside of the first ladder slide rail 25, which is provided with, to be used to stir the advance of locking bar 4
Gear pulling part 26, the outside of the first ladder slide rail 25 is additionally provided with the brill of the draw-bore 402 of locking bar 4 for that will be struck
Machine 29, being provided with the both sides of the first ladder slide rail 25 is used for the hairbrush 30 to the deburring of pin-and-hole 402, and first ladder is slided
The output end of rail 25 is connected with the curve ladder slide rail for being changed into superconducting tilting suspension slip for the vertical suspension of locking bar 4 to be slided
33, the output end of the curve ladder slide rail 33 is connected with arc-shaped slide rail 34, and the end of the arc-shaped slide rail 34 is connected with first
Horizontal slide rail 35, upper hinge block 36 and lower jaw block 37, the upper He of hinge block 36 are provided with the end of first level slide rail 35
Lower jaw block 37 is hinged by two hinges 38 up and down respectively, can be opened by top.Two hinges 38 are fixed on first level slide rail 35
On, the first through hole 39 passed through for locking bar 4 is provided between hinge block 36 and lower jaw block 37 on two, on upper hinge block 36
Provided with the receiver hole 40 for receiving the pad 7.
Bolt component assembly machine is planted as described above, it is characterised in that：The output end of 7th slide rail 22 is received provided with first
Collect platform 43, first collection table 43 is provided with the 3rd pushing block 44, the end of the 3rd pushing block 44 is used for provided with Open Side Down
Receive the pad 7 and first push away groove 4401 by what pad 7 was released, be provided with to be used to receiving described first on the board and push away groove
8th slide rail 45 of 4401 pads 7 released, the output end of the 8th slide rail 45 is connected with described receiver hole 40.
Bolt component assembly machine is planted as described above, it is characterised in that：The output end of 6th slide rail 23 is received provided with second
Collect platform 46, second collection table 46 is used to receive the spring 5 and second pushes away groove by what spring 5 was released provided with Open Side Down
4601, the 9th slide rail 47 for being used for receiving the second spring 5 for pushing away the release of groove 4601, the 9th slide rail are provided with the board
47 output end is connected with the step trough 601.
Bolt component assembly machine is planted as described above, it is characterised in that：It is provided with the input of the first level slide rail 35
The locking bar 4 can be promoted to slide and hinge block 36 on described is opened on the pad 7 and then top on set in the first through hole 39
With the second pushing block 41 of the lower jaw block 37.
Bolt component assembly machine is planted as described above, it is characterised in that：The output end of 4th slide rail 17, which is connected with, to be used for
The 3rd ladder slide rail 65 of the stub nail 8 is received, stub nail 8 is suspended on the 3rd ladder slide rail 65, and the 3rd ladder is slided
The output end of rail 65 is pushed into the of the 12nd slide rails 66 provided with the 12nd slide rail 66 and by the stub nail 8 on the 3rd ladder slide rail 65
Five pushing blocks 67, groove is pushed away on the 5th pushing block 67 provided with the 4th connected with the shoulder hole on the 3rd ladder slide rail 65
671, the side wall of the 5th pushing block 67 is fitted with the side wall of the 3rd ladder slide rail 65, in the end of the 3rd ladder slide rail 65
Side wall is provided with so that the second otch 68 that stub nail 8 is fallen down, is provided with and the 12nd slide rail in the top of the assembly bench 6
The hopper 52 of 66 output ends connection, the hopper 52 is connected with the first pin machine 53 located at the top of assembly bench 6, first pin
Nailing machine 53 is riveted the locking bar 4 with big dead bolt 2 by the stub nail 8 slipped into from hopper 52.
Bolt component assembly machine is planted as described above, it is characterised in that：The output end of second slide rail 13, which is provided with, to be used to connect
The 3rd collection table 55 of the small dead bolt 3 is received, the 3rd collection table 55 is provided with the location division for being used for positioning the small dead bolt 3
551, the 5th pushing block 56 of the small dead bolt 3 that can promote bottom is provided with the lower section of the 3rd collection table 55, described the
The front of five pushing blocks 56 is provided with that can lift the bumping post 58 so that small dead bolt 3 to be positioned, and being provided with the board can be moved by driving
Dynamic movable plate, the movable plate, which is provided with, can clamp the small dead bolt 3 and the fixture 60 further promoted, the fixture 60
Small dead bolt 3 is moved at the big dead bolt 2 on the assembly bench 6 after the decline of bumping post 58 with movable plate movement.
Bolt component assembly machine is planted as described above, it is characterised in that：The output end of 5th slide rail 19, which is connected with, to be used for
The second ladder slide rail 48 of the side pin 9 is received, side pin 9 is suspended on the second ladder slide rail 48, second ladder is slided
The output end of rail 48 is provided with the tenth slide rail 49 and the side pin 9 on the second ladder slide rail 48 is pushed into the 4th of the tenth slide rail 49 and pushes away
Block 50, pushes away groove 501, institute on the 4th pushing block 50 provided with the 3rd connected with the shoulder hole on the second ladder slide rail 48
The side wall that the side wall of the 4th pushing block 50 is stated with the second ladder slide rail 48 is fitted, and is set in the side wall end of the second ladder slide rail 48
Have provided with so that side pin 9 falls into the first otch 51 of the tenth slide rail 49, the assembly bench 6, which is provided with, can connect the tenth slide rail
49 with the intercommunicating pore 602 in the 3rd hole 203, be provided with described big to be fixedly connected by the side pin 9 in the top of assembly bench 6
Second pin machine 54 of dead bolt 2 and the small dead bolt 3.
Bolt component assembly machine is planted as described above, it is characterised in that：It is hinged with the assembly bench 6 described in can clamping
The fixture block 61 of big dead bolt 2, the fixture block 61 is provided with two, the both sides of the big dead bolt 2 is clamped respectively, the fixture block 61 is provided with
Pinching end 6101 for clamping big dead bolt 2, the relative other end of pinching end 6101 is provided with stage clip, in the upper bottom left of assembly bench 6
Right four faces are designed with described fixture block 61, the lower section of the assembly bench 6 provided with can pinching end 6101 described in top pressure to unclamp
The top plate of the big dead bolt 2, the 11st cunning for being used for receiving the bolt component assembled is provided with the lower section of the assembly bench 6
Rail, the output end of the 11st slide rail is connected with conveyer belt 63.
Compared with prior art, the utility model has the following advantages：
1st, the utility model by various mechanism by the parts such as big dead bolt, small dead bolt, locking bar, pad, spring, pin successively
Assembly bench is slipped into, only the parts such as big dead bolt, small dead bolt, locking bar, pad, spring, pin each vibrating disk need to be put into during operation
In, automatic assembling is can be achieved with, it is on duty without manual site, substantially increase efficiency of assembling.
2nd, there is the process of deburring after the utility model locking bar draw-bore, the end of the bottom separation pin of pin machine has
1 to 2 millimeter of spacing, it is ensured that once rivet in place, it is ensured that the quality of riveting, also substantially increase the quality of assembling.
【Brief description of the drawings】
Fig. 1 is the stereogram of the utility model bolt component；
Fig. 2 is the exploded view of the utility model bolt component；
Fig. 3 is to eliminate part in the utility model bolt component assembly machine schematic perspective view 1, figure；
Fig. 4 is the structural scheme of mechanism that the utility model is used to slip into stub nail；
Fig. 5 is the structural scheme of mechanism that the utility model is used to slip into side pin；
Fig. 6 is the schematic diagram of the utility model assembly bench；
Fig. 7 is the structural scheme of mechanism that the utility model is used to slip into locking bar；
Fig. 8 is the sectional view of the utility model assembly bench；
Fig. 9 is the schematic diagram at B in Fig. 8；
Figure 10 is the utility model partial schematic diagram；
Figure 11 is to eliminate part in the schematic perspective view 2 of the utility model bolt component, figure.
In figure：2 be big dead bolt；201 be the first hole；202 be the second hole；203 be the 3rd hole；204 be intermediate channel；3 be small
Dead bolt；4 be locking bar；401 be projection；402 be pin-and-hole；5 be spring；6 be assembly bench；601 be step trough；602 be intercommunicating pore；7
For pad；8 be main pin；9 be side pin；10 be the first vibrating disk；11 be the first slide rail；12 be the second vibrating disk；13 be
Two slide rails；14 be the 3rd vibrating disk；15 be the 3rd slide rail；16 be the 4th vibrating disk；17 be the 4th slide rail；18 be the 5th vibration
Disk；19 be the 5th slide rail；20 be the 6th vibrating disk；21 be the 7th vibrating disk；22 be the 7th slide rail；23 be the 6th slide rail；24 are
First pushing block；25 be the first ladder slide rail；26 be gear pulling part；29 be rig；30 be hairbrush；33 be curve ladder slide rail；34
For arc-shaped slide rail；35 be first level slide rail；36 be upper hinge block；37 be lower jaw block；38 be hinge；39 be first through hole；
40 be receiver hole；41 be the second pushing block；43 be the first collection table；44 be the 3rd pushing block；4401 push away groove for first；45 be the 8th cunning
Rail；46 be the second collection table；4601 push away groove for second；47 be the 9th slide rail；48 be the second ladder slide rail；49 be the tenth slide rail；
50 be the 4th pushing block；501 push away groove for the 3rd；51 be the first otch；52 be hopper；53 be the first pin machine；54 be the second pin
Machine；55 be the 3rd collection table；551 be location division；56 be the 5th pushing block；58 be bumping post；60 be fixture；61 be fixture block；6101 are
Pinching end；63 be conveyer belt；65 be the 3rd ladder slide rail；66 be the 12nd slide rail；67 be the 5th pushing block；671 push away groove for the 4th；
68 be the second otch；69 be the 4th collection table.
【Embodiment】
The utility model technical characteristic is described in further detail in order to the art people below in conjunction with the accompanying drawings
Member it will be appreciated that.
The bolt component of family expenses, at least includes big dead bolt 2 and locking bar 4, can also include and be hinged on big dead bolt 2
Small dead bolt 3, is cased with spring 5 and pad 7, as illustrated in fig. 1 and 2 on locking bar 4.
A kind of assembly machine of above-mentioned bolt component, as shown in Fig. 3 to Figure 11, includes board, board not shown in figure,
The first vibrating disk 10 for loading multiple big dead bolts 2 is respectively provided with board and first be connected with the first vibrating disk 10 is slided
Rail 11, the second vibrating disk 12 for loading multiple small dead bolts 3 and the second slide rail 13 being connected with the second vibrating disk 12, the multiple locks of loading
The 3rd slide rail 15 that 3rd vibrating disk 14 of bar 4 is connected with the 3rd vibrating disk 14, the 4th vibrating disk 16 for loading multiple stubs nails 8
The 4th slide rail 17 that is connected with the 4th vibrating disk 16, the 5th vibrating disk 18 for loading multiple side pins 9 and with the 5th vibrating disk
18 the 5th connected slide rails 19, the 6th slide rail for loading the 6th vibrating disk 20 of multiple springs 5 and being connected with the 6th vibrating disk 20
23rd, load the 7th vibrating disk 21 of multiple pads 7 and the 7th slide rail 22 being connected with the 7th vibrating disk 21, be additionally provided with board
The assembly bench 6 that can be rotated, is provided with step trough 601, specifically all being set in four faces up and down of assembly bench 6 in assembly bench 6
There is step trough 601, and four other settings of face up and down of assembly bench 6 are all identical, provided with can will be from the board
The big dead bolt that first slide rail 11 is skidded off is pushed into the first pushing block 24 of step trough 601, and first pushing block 24 stretches into the big dead bolt 2
Intermediate channel 204 in promote the first pushing block 24, big dead bolt 2 is pushed at the step of step trough 601 by first pushing block 24, institute
The first pushing block 24 is stated to be driven by first driving means.
The top of the locking bar 4 is provided with projection 401, and the output end of the 3rd slide rail 15 is connected with the first ladder slide rail
25, locking bar 4 slides to the first ladder slide rail 25 from the 3rd slide rail 15, and the projection 401 of the locking bar 4 is placed in the first ladder slide rail 25
Step on, the body of rod of the locking bar 4 stretches out from the shoulder hole of the first ladder slide rail 25, i.e., locking bar 4 hangs on the first ladder cunning
On rail 25, the outside of the first ladder slide rail 25 is provided with the gear pulling part 26 for being used for stirring the advance of locking bar 4, the gear pulling part
26 are driven by the first motor and the first timing belt and rotate, and the outside of the first ladder slide rail 25 is additionally provided with for will be by gear plectrum
The rig 29 that the locking bar 4 that part 26 is stirred drills, rig 29 gets out one on locking bar 4 to be used to be fixedly connected with big dead bolt 2
Pin-and-hole 402, being provided with the both sides of the first ladder slide rail 25 is used for the hairbrush 30 of the deburring of pin-and-hole 402, described in two
Hairbrush 30 is driven by the second motor and the second timing belt and rotated, and can be moved by driving, the first ladder slide rail 25
Output end is connected with the curve ladder slide rail 33 for being changed into superconducting tilting suspension slip for the vertical suspension of locking bar 4 to be slided, described
The output end of curve ladder slide rail 33 is connected with arc-shaped slide rail 34, and the end of the arc-shaped slide rail 34 is connected with first level slide rail
35, locking bar 4 slips into arc-shaped slide rail 34 from curve ladder slide rail 33 and slides further into first level slide rail 35, is slided in first level
The end of rail 35 is provided with upper hinge block 36 and lower jaw block 37, and upper the hinge block 36 and lower jaw block 37 are respectively by two up and down
Hinge 38 is hinged, and two hinges 38 are fixed on first level slide rail 35, the shape between hinge block 36 and lower jaw block 37 on two
Into the first through hole 39 for having confession locking bar 4 to pass through, the receiver hole 40 for being used for receiving pad 7 is provided with upper hinge block 36.
The output end of 7th slide rail 22 is provided with the first collection table 43, and first collection table 43 is provided with the 3rd pushing block
44, the end of the 3rd pushing block 44 is used to receiving pad 7 provided with Open Side Down and first pushes away groove 4401 by what pad 7 was released,
First pushes away groove 4401 only promotes a pad 7 every time, and being provided with the board is used to receive described first and push away groove 4401 to release
Pad 7 the 8th slide rail 45, the output end of the 8th slide rail 45 connects with described receiver hole 40.
The output end of 6th slide rail 23 is provided with the second collection table 46, and second collection table 46 is provided with Open Side Down
For receiving spring 5 and second pushing away groove 4601 by what spring 5 was released, spring 5 slides to the second collection table 46 simultaneously from the 6th slide rail 23
Second is slipped into successively and pushes away groove 4601, and second pushes away groove 4601 only promotes a spring 5 every time, and being provided with the board is used to receive
Second pushes away the 9th slide rail 47 of the spring 5 of the release of groove 4601, and output end and the step trough 601 of the 9th slide rail 47 connect
Logical, spring 5 is just slipped into step trough 601 from the 9th slide rail 47.
Pad 7, which is slipped into, to be positioned in after receiver hole 40 in first through hole 39, is provided with the input of first level slide rail 35
Locking bar 4 can be promoted to slide and the of hinge block 36 and lower jaw block 37 is opened in the inner sleeve Upper gasket 7 of first through hole 39 and then top
Two pushing blocks 41, second pushing block 41 is driven by the second drive device.
Second pushing block 41 promotes locking bar 4 and pad 7 enters the step trough 601 and bullet is covered in step trough 601
Spring 5, the big dead bolt 2 is provided with the first hole 201, the second hole 202, the 3rd hole 203, intermediate channel 204, and first pushing block 24 is stretched
The intermediate channel 204 and both sides for entering the big dead bolt 2 promote big dead bolt 2 with stable, and big dead bolt 2 is pushed into rank by first pushing block 24
Terraced groove 601 is simultaneously withstood at the step of step trough 601, and locking bar 4 is pushed into the first hole of the big dead bolt 2 by second pushing block 41
In 201, the locking bar 4 stretched into behind the first hole 201, the pin-and-hole 402 thereon is directed at the second hole 202 on big dead bolt 2 automatically.
The output end of 4th slide rail 17 is connected with the 3rd ladder slide rail 65 for receiving the stub nail 8, stub
Nail 8 is suspended on the 3rd ladder slide rail 65, and the output end of the 3rd ladder slide rail 65 is provided with the 12nd slide rail 66 and by the 3rd
Stub nail 8 on ladder slide rail 65 is pushed into the 5th pushing block 67 of the 12nd slide rail 66, is provided with and institute on the 5th pushing block 67
State the 4th of the connection of the shoulder hole on the 3rd ladder slide rail 65 and push away groove 671, the side wall of the 5th pushing block 67 and the 3rd ladder
The side wall laminating of slide rail 65, is received after the stub nail 8 and promotion, stub nail 8 drops, described with preventing the 4th to push away groove 671
The 4th end for pushing away the reach of groove 671 is provided with the second otch 68 on 3rd ladder slide rail 65 so that the 4th pushes away the stub nail in groove 671
8 can fall into the 12nd slide rail 66.The hopper connected with the output end of the 12nd slide rail 66 is provided with the top of assembly bench 6
52, the hopper 52 is connected with the first pin machine 53 located at the top of assembly bench 6, i.e., stub nail 8 can slip into the from hopper 52
In one pin machine 53, the first pin machine 53 squeezes into the stub slipped into from hopper 52 nail 8 in second hole 202,
Realize the connection of locking bar 4 and big dead bolt 2.
Accomplish fluently after stub nail 8, assembly bench 6 is rotated by 90 °, the 3rd hole 203 on now described big dead bolt 2 is in vertical direction,
The output end of second slide rail 13 is provided with the 3rd collection table 55 for being used for receiving the small dead bolt 3, the 3rd collection table 55
The location division 551 for being used for positioning the small dead bolt 3 is provided with, being provided with the lower section of the 3rd collection table 55 can promote most lower
5th pushing block 56 of the small dead bolt 3 of side, lifting can be driven by the 3rd drive device by being provided with the front of the 5th pushing block 56
Bumping post 58, the small clamping and positioning of dead bolt 3 is prevented small dead bolt 3 from dropping, in the machine by the bumping post 58 and the 5th pushing block 56
Platform is provided with that can be driven mobile movable plate, and the movable plate is provided with that can clamp the fixture 60 of the small dead bolt 3, specifically
Ground, is to clamp the small dead bolt 3 positioned by bumping post 58 and the 5th pushing block 56, and the fixture 60 is with movable plate movement by small dead bolt
3 are moved to the assembly bench 6, specifically being moved in the intermediate channel 204 of big dead bolt 2.
The output end of 5th slide rail 19 is connected with the second ladder slide rail 48 for receiving the side pin 9, side pin
Nail 9 is suspended on the second ladder slide rail 48, and the output end of the second ladder slide rail 48 is provided with the tenth slide rail 49 and by second-order
Side pin 9 on terraced slide rail 48 is pushed into the 4th pushing block 50 of the tenth slide rail 49, is provided with the 4th pushing block 50 and described the
The 3rd of shoulder hole connection on two ladder slide rails 48 pushes away groove 501, the side wall of the 4th pushing block 50 and the second ladder slide rail
48 side wall laminating, to prevent the 3rd to push away after groove 501 receives the side pin 9 and promote, side pin 9 drops, but described the
The 3rd end for pushing away the reach of groove 501 is provided with the first otch 51 on two ladder slide rails 48, thus the slideway of the 4th pushing block 50 this first cut
It cannot just be fitted during mouth 51 with the side wall of the second ladder slide rail 48, therefore the 3rd side pin 9 pushed away in groove 501 will be cut first
Fallen at mouth 51 in the tenth slide rail 49, the assembly bench 6, which is provided with, can connect the tenth slide rail 49 and the company in the 3rd hole 203
Through hole 602, the intercommunicating pore is divided into multistage, as shown in figure 8, side pin 9 is after the tenth slide rail 49 is slided, passes through the intercommunicating pore 602
Into in the 3rd hole 203 of big dead bolt 2, now the 3rd hole 203 is in vertical direction, in the top of assembly bench 6 provided with insertion institute
Assembly bench 6 is stated by 9 dozens of pins of side pin to be fixedly connected with the second pin machine 54 of big dead bolt 2 and small dead bolt 3.
54 points of the second pin machine is two parts up and down, and bottom is set up separately in the second pins of the inside machine 54 of assembly bench 6
Lower part and the 3rd hole 203 of the big dead bolt 2 bottom spacing A length be 1-2mm；It is easy to riveting, as shown in Figure 9；The
One pin machine 53 is similar with the second pin machine 54 with the structure of the second pin machine 54.
After the bolt component for installing small dead bolt 3,90 degree of rotating Vortex again of assembly bench 6, bolt component is rotated into bottom,
Two are provided with, the big lock is clamped respectively provided with the fixture block 61 of the big dead bolt 2, the fixture block 61 can be clamped in assembly bench 6
The both sides of tongue 2, such bolt component would not be fallen down, and the fixture block 61 is hinged on the assembly bench 6, on the fixture block 61
Provided with the pinching end 6101 for clamping big dead bolt 2, the relative other end is provided with stage clip, and the stage clip top pressure end is so that pinching end
6101 clamp big dead bolt 2, described fixture block 61 are equally designed with four faces of assembly bench 6, the lower section of the assembly bench 6 is provided with
Can pinching end 6101 described in top pressure to unclamp the top plate of the big dead bolt 2, can use cylinder driving top plate top pressure pinching end
6101, therefore the bolt component assembled can fall down from assembly bench 6, being provided with the lower section of the assembly bench 6 is used to receive group
11st slide rail of the bolt component installed, the output end of the 11st slide rail is connected with conveyer belt 63, the dead bolt group assembled
Part slides to conveyer belt 63 from the 11st slide rail and is collected, and so far completes automatic assembling work.
A kind of method of the bolt component assembly machine assembling, includes：
Big vibration screening of the dead bolt 2 through the first vibrating disk 10, skids off from the first slide rail 11, slips into the 4th collection table 69,
Big dead bolt 2 in 4th collection table 69 is pushed into the step trough 601 on assembly bench 6 by the first pushing block 24；The centre of first pushing block 24
Part is longer, the intermediate channel for stretching into the big dead bolt 2 of top pressure, so pushes away big dead bolt 2 more steady.
Multiple locking bars 4 slip into the first ladder slide rail 25 simultaneously by the vibration screening of the 3rd vibrating disk 14 from the 3rd slide rail 15
Locking bar 4 on advance, 29 pair of first ladder slide rail 25 of rig is stirred by gear pulling part 26 and gets out pin-and-hole 402, then by both sides
Then the deburring of hairbrush 30, locking bar 4 is slipped into curve ladder slide rail 33, arc-shaped slide rail 34 and first level slide rail 35 respectively；
Multiple pads 7 slip into first through the vibration screening of the 7th vibrating disk 21, from the 7th slide rail 22 and push away groove 4401, the 3rd pushing block
44 are driven and are moved forward, and pad 7, which pushes away groove 4401 from first and falls into the 8th slide rail 45, to be slid further into receiver hole 40, and
It is positioned in one through hole 39；
Multiple springs 5 slip into second through the vibration screening of the 6th vibrating disk 20, from the 6th slide rail 23 and push away groove 4601, and second pushes away groove
Before 4601 are driven to, spring 5 pushes away groove 4601 from second and falls into the 9th slide rail 47 and slip into step trough 601 through the 9th slide rail 47；
Similar pad 7 slips into process.
Second pushing block 41 promotes the locking bar 4 in first level slide rail 35 to enter first through hole 39, and pad 7 is enclosed on locking bar 4, and
It is driven and enters the step trough 601, then spring is also enclosed on locking bar 4, and locking bar 4 is pushed into the first hole of big dead bolt 2
In 201；
Stub nail 8 is skidded off into the 3rd ladder slide rail 65, the 5th through the vibration screening of the 4th vibrating disk 16 from the 4th slide rail 17
The 4th on pushing block 67, which pushes away the stub nail 8 that groove 671 skids off the 3rd ladder slide rail 65, is pushed into the 12nd slide rail 66, stub nail 8 from
12nd slide rail 66 is slipped into hopper 52, and the stub nail 8 slipped into from hopper 52 is riveted on big dead bolt 2 by the first pin machine 53
First hole 201 is so that locking bar 4 to be fixedly connected with big dead bolt 2；
Assembly bench 6 is rotated by 90 °, and multiple small dead bolts 3 are through the vibration screening of the second vibrating disk 12, and small dead bolt 3 is from the second slide rail 13
Slide to the 3rd collection table 55 and positioned by location division 551, the 5th pushing block 56 is promoted at small dead bolt 3 to the baffle plate 58 of bottom, folder
Tool 60 is clamped the small dead bolt 3 at baffle plate 58 by driving, and baffle plate 58 is declined by driving, and movable plate drives fixture 60 and small lock thereon
Tongue 3 is moved at the big dead bolt 2 on the side wall of assembly bench 6, is specifically moved at intermediate channel 204.
Multiple side pins 9 slip into the second ladder slide rail through the vibration screening of the 5th vibrating disk 18, side pin 9 from the 5th slide rail 19
48, the on the 4th pushing block 50 the 3rd pushes away groove 501 is pushed into the tenth slide rail 49, side pin by the side pin 9 that the second ladder slide rail 48 is skidded off
Nail 9 is slipped into the 3rd hole 203 on big dead bolt 2 from the tenth slide rail 49 through intercommunicating pore 602, and the second pin machine 54 passes through the side pin
9 rivet big dead bolt 2 with small dead bolt 3；
Assembly bench 6 continues to be rotated by 90 °, and the bolt component assembled is in the bottom of assembly bench 6 and clamped by fixture block 61,
The upward top pressure fixture block 61 of top plate is equipped with that end of stage clip, and bolt component is released and fallen into the 11st slide rail, passes through the 11st
Slide rail slips into conveyer belt 63 and is collected.
Claims (8)
1. a kind of bolt component assembly machine, it is characterised in that：Include board, loading is respectively provided with board multiple big
Dead bolt（2）The first vibrating disk（10）With with the first vibrating disk（10）The first connected slide rail（11）, load multiple small dead bolts（3）
The second vibrating disk（12）With with the second vibrating disk（12）The second connected slide rail（13）, load multiple locking bars（4）The 3rd shake
Moving plate（14）With the 3rd vibrating disk（14）The 3rd connected slide rail（15）, load multiple stubs nail（8）The 4th vibrating disk（16）
With with the 4th vibrating disk（16）The 4th connected slide rail（17）, load multiple side pins（9）The 5th vibrating disk（18）With with
Five vibrating disks（18）The 5th connected slide rail（19）, load multiple springs（5）The 6th vibrating disk（20）With with the 6th vibrating disk
（20）The 6th connected slide rail（23）, load multiple pads（7）The 7th vibrating disk（21）With with the 7th vibrating disk（21）It is connected
The 7th slide rail（22）, the assembly bench that can be rotated is additionally provided with board（6）, in assembly bench（6）Provided with step trough（601）,
The board will be from the first slide rail provided with energy（11）The big dead bolt push-in step trough skidded off（601）The first pushing block（24）；
The assembly bench（6）On be hinged with and can clamp the big dead bolt（2）Fixture block（61）, the fixture block（61）Being provided with is used to press from both sides
Firmly big dead bolt（2）Pinching end（6101）, pinching end（6101）The relative other end is provided with stage clip, the assembly bench（6）Under
Side is provided with being capable of pinching end described in top pressure（6101）To unclamp the big dead bolt（2）Top plate.
2. bolt component assembly machine is planted according to claim 1, it is characterised in that：The locking bar（4）Top be provided with projection
（401）, the 3rd slide rail（15）Output end be connected with the first ladder slide rail（25）, locking bar（4）From the 3rd slide rail（15）On
Slide to the first ladder slide rail（25）, the locking bar（4）Hang on the first ladder slide rail（25）On, the first ladder slide rail（25）
Outside be provided be used for stir locking bar（4）The gear pulling part of advance（26）, the first ladder slide rail（25）Outside be additionally provided with
For by the locking bar being struck（4）Draw-bore（402）Rig（29）, in the first ladder slide rail（25）Both sides provided with use
In to the pin-and-hole（402）The hairbrush of deburring（30）, the first ladder slide rail（25）Output end be connected with for will lock
Bar（4）Vertical suspension slide be changed into superconducting tilting suspension slip curve ladder slide rail（33）, the curve ladder slide rail（33）
Output end be connected with arc-shaped slide rail（34）, the arc-shaped slide rail（34）End be connected with first level slide rail（35）,
One horizontal slide rail（35）End be provided with upper hinge block（36）With lower jaw block（37）, the upper hinge block（36）With lower jaw block
（37）Respectively by two hinges up and down（38）It is hinged, two hinges（38）It is fixed on first level slide rail（35）On, closed on two
Page block（36）With lower jaw block（37）Between provided with supplying locking bar（4）The first through hole passed through（39）, in upper hinge block（36）On set
Have for receiving the pad（7）Receiver hole（40）.
3. bolt component assembly machine is planted according to claim 2, it is characterised in that：7th slide rail（22）Output end set
There is the first collection table（43）, first collection table（43）It is provided with the 3rd pushing block（44）, the 3rd pushing block（44）End
Provided with Open Side Down for receiving the pad（7）And by pad（7）First released pushes away groove（4401）, set on the board
Have and push away groove for receiving described first（4401）The pad of release（7）The 8th slide rail（45）, the 8th slide rail（45）It is defeated
Go out end and described receiver hole（40）Connection.
4. bolt component assembly machine is planted according to claim 1, it is characterised in that：6th slide rail（23）Output end set
There is the second collection table（46）, second collection table（46）Provided with Open Side Down for receiving the spring（5）And by spring
（5）Second released pushes away groove（4601）, it is provided with the board and pushes away groove for receiving second（4601）The spring of release（5）'s
9th slide rail（47）, the 9th slide rail（47）Output end and the step trough（601）Connection.
5. bolt component assembly machine is planted according to claim 2, it is characterised in that：In the first level slide rail（35）It is defeated
Enter to hold to be provided with and can promote the locking bar（4）Slide and in the first through hole（39）Inside put the pad（7）Then top is opened
The upper hinge block（36）With the lower jaw block（37）The second pushing block（41）.
6. bolt component assembly machine is planted according to claim 5, it is characterised in that：4th slide rail（17）Output end connect
It is connected to for receiving the stub nail（8）The 3rd ladder slide rail（65）, stub nail（8）It is suspended on the 3rd ladder slide rail（65）
On, the 3rd ladder slide rail（65）Output end be provided with the 12nd slide rail（66）With by the 3rd ladder slide rail（65）On stub
Nail（8）It is pushed into the 12nd slide rail（66）The 5th pushing block（67）, in the 5th pushing block（67）It is provided with and the 3rd ladder
Slide rail（65）On shoulder hole connection the 4th push away groove（671）, the 5th pushing block（67）Side wall and the 3rd ladder slide rail
（65）The laminating of side wall, in the 3rd ladder slide rail（65）End side wall is provided with so that stub is followed closely（8）Second fallen down cuts
Mouthful（68）, in the assembly bench（6）Top be provided with and the 12nd slide rail（66）The hopper of output end connection（52）, it is described
Hopper（52）With located at assembly bench（6）First pin machine of top（53）Connection, the first pin machine（53）By from hopper
（52）The stub nail slipped into（8）By the locking bar（4）With big dead bolt（2）Riveting.
7. bolt component assembly machine is planted according to claim 6, it is characterised in that：Second slide rail（13）Output end set
Have for receiving the small dead bolt（3）The 3rd collection table（55）, the 3rd collection table（55）It is provided with described for positioning
Small dead bolt（3）Location division（551）, in the 3rd collection table（55）Lower section provided with the small dead bolt of bottom can be promoted
（3）The 5th pushing block（56）, in the 5th pushing block（56）Front provided with can lift with by small dead bolt（3）The bumping post of positioning
（58）, provided with that can be driven mobile movable plate on the board, the movable plate, which is provided with, can clamp the small dead bolt
（3）And the fixture further promoted（60）, the fixture（60）With movable plate movement in bumping post（58）By small dead bolt after decline（3）
It is moved to the assembly bench（6）On big dead bolt（2）Place.
8. bolt component assembly machine is planted according to claim 7, it is characterised in that：5th slide rail（19）Output end connect
It is connected to for receiving the side pin（9）The second ladder slide rail（48）, side pin（9）It is suspended on the second ladder slide rail（48）
On, the second ladder slide rail（48）Output end be provided with the tenth slide rail（49）With by the second ladder slide rail（48）On side pin
（9）It is pushed into the tenth slide rail（49）The 4th pushing block（50）, in the 4th pushing block（50）It is provided with and the second ladder slide rail
（48）On shoulder hole connection the 3rd push away groove（501）, the 4th pushing block（50）Side wall and the second ladder slide rail（48）
The laminating of side wall, in the second ladder slide rail（48）Side wall end is provided with so that side pin（9）Fall into the tenth slide rail
（49）The first otch（51）, the assembly bench（6）The tenth slide rail can be connected by being provided with（49）With the big dead bolt（2）On
The 3rd hole（203）Intercommunicating pore（602）, in assembly bench（6）Top be provided with pass through the side pin（9）It is described to be fixedly connected
Big dead bolt（2）With the small dead bolt（3）The second pin machine（54）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720241522.XU CN206550634U (en) | 2017-03-11 | 2017-03-11 | A kind of bolt component assembly machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720241522.XU CN206550634U (en) | 2017-03-11 | 2017-03-11 | A kind of bolt component assembly machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206550634U true CN206550634U (en) | 2017-10-13 |
Family
ID=60365593
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720241522.XU Expired - Fee Related CN206550634U (en) | 2017-03-11 | 2017-03-11 | A kind of bolt component assembly machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206550634U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108127600A (en) * | 2017-12-29 | 2018-06-08 | 永康市永铭五金配件厂 | For the fixture of lock tongue assembling |
| CN108526906A (en) * | 2018-06-21 | 2018-09-14 | 广东容宏科技有限公司 | A kind of latch bolt one automatic machining device and latch bolt one machine for automatic working |
| CN110561112A (en) * | 2019-09-30 | 2019-12-13 | 中山市川上智能设备有限公司 | method for assembling lock tongue by lock tongue assembly assembling machine |
-
2017
- 2017-03-11 CN CN201720241522.XU patent/CN206550634U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108127600A (en) * | 2017-12-29 | 2018-06-08 | 永康市永铭五金配件厂 | For the fixture of lock tongue assembling |
| CN108526906A (en) * | 2018-06-21 | 2018-09-14 | 广东容宏科技有限公司 | A kind of latch bolt one automatic machining device and latch bolt one machine for automatic working |
| CN110561112A (en) * | 2019-09-30 | 2019-12-13 | 中山市川上智能设备有限公司 | method for assembling lock tongue by lock tongue assembly assembling machine |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |