CN207548119U - A kind of full-automatic screw assembly machine - Google Patents
A kind of full-automatic screw assembly machine Download PDFInfo
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- CN207548119U CN207548119U CN201721673562.8U CN201721673562U CN207548119U CN 207548119 U CN207548119 U CN 207548119U CN 201721673562 U CN201721673562 U CN 201721673562U CN 207548119 U CN207548119 U CN 207548119U
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- winding device
- mounting bracket
- fixing axle
- screw
- driving motor
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Abstract
The utility model is related to component assembly apparatus fields, more particularly to a kind of full-automatic screw assembly machine, including bottom plate, the top of the bottom plate is equipped with the positioning component for positioning workpiece, the top of the bottom plate is equipped with the first winding device, second winding device, third winding device and the 4th winding device, first winding device, second winding device, the top of third winding device and the 4th winding device is equipped with the mounting bracket for being easily installed four, the mounting bracket is cross-shaped configuration, the mounting bracket is equipped with U-type groove, cylinder is equipped at the center of the mounting bracket, the top of the cylinder is equipped with connecting plate, rotary components are additionally provided at the top of the bottom plate, the side of the bottom plate is additionally provided with Screw feeding device, the bottom of the Screw feeding device is equipped with driving mechanism.The utility model is simple in structure, and automatization level is high, reduces manual labor, and avoid screw and occur locking, kill phenomenon, improves the assembling quality of product.
Description
Technical field
The utility model is related to component assembly apparatus field, more particularly to a kind of full-automatic screw assembly machine.
Background technology
When assembling product component, it will usually encounter and occur locking, killing phenomenon when screw, bolt, nut tighten, even
Cause normally be dismantled in disassembly process and cause happening for product rejection.In the prior art, it mostly all adopts
With manually or electrically tool (such as screwdriver, electric screwdriver) by single screw lock, due to product department during locking
The size of part area is manually held in long-time under locking tool work, it may appear that is exerted oneself uneven and is led to screw height on one side
The defects of low on one side, so as to increase the difficulty for playing other screws, normal tool ejector can not be used even if squeezed into, is led
Screw is caused to lock or kill phenomenon.Screw clamping tool low production efficiency when carrying out typical products in mass production production, and cannot be guaranteed
The output capacity of high quality of products.
Invention content
The purpose of this utility model is that in view of the deficiencies of the prior art, provide a kind of full-automatic screw assembly machine.
To solve the above problems, the utility model provides following technical scheme：
A kind of full-automatic screw assembly machine, including bottom plate, the top of the bottom plate is equipped with the positioning group for positioning workpiece
Part, the top of the bottom plate are equipped with the first winding device, the second winding device, third winding device and the 4th in matrix distribution
Winding device, first winding device, the second winding device, third winding device and the 4th winding device top be equipped with just
In the mounting bracket of installation, the mounting bracket is cross-shaped configuration, which is equipped with for the first winding device, the second rotation
The U-type groove that tight device, third winding device and the 4th winding device can be adjusted along the profile side of mounting bracket, the mounting bracket
Center at be equipped with and set downward in the cylinder that is vertically arranged and its output terminal, the top of the cylinder, which is equipped with, to be secured to connect
Connecting plate, be additionally provided at the top of the bottom plate in the rotary components that cylinder can be driven to rotate being vertically arranged, the connection
It is fixedly connected, is fixedly connected at the top of the other end and drive component, the side of the bottom plate at the top of one end of plate and cylinder
Screw feeding device is additionally provided with, the bottom of the Screw feeding device, which is equipped with, can drive length side of the Screw feeding device along bottom plate
To reciprocating driving mechanism.
Further, the positioning component includes two positioning strips being symmetrical set, and two positioning strips are respectively L-type
Structure, each positioning strip are equipped with several screw holes that bolt is supplied to pass through, and the bottom plate and two positioning strips pass through bolt
One-to-one correspondence is fixedly connected across screw hole, and the both ends of each positioning strip are equipped with the fin being fixedly connected with its own.
Further, first winding device includes being in that first set vertically and downward screws the first rotation of head and driving
First driving motor of tight head rotation, the top of first driving motor are equipped with the first fixing axle for being secured to connection, should
First fixing axle runs through U-type groove, is arranged with the first washer in first fixing axle, the top of first washer and mounting bracket
Bottom contradicts cooperation, is arranged with the first clamp nut in first fixing axle, the bottom of first clamp nut and mounting bracket
Top contradict cooperation.
Further, second winding device includes being in that second set vertically and downward screws the second rotation of head and driving
Second driving motor of tight head rotation, the top of second driving motor are equipped with the second fixing axle for being secured to connection, should
Second fixing axle runs through U-type groove, is arranged with second packing ring in second fixing axle, the top of the second packing ring and mounting bracket
Bottom contradicts cooperation, is arranged with the second clamp nut in second fixing axle, the bottom of second clamp nut and mounting bracket
Top contradict cooperation.
Further, the third winding device includes screwing head and driving third rotation in third that is vertical and setting downward
The third driving motor of tight head rotation, the top of the third driving motor are equipped with the third fixing axle for being secured to connection, should
Third fixing axle runs through U-type groove, is arranged with third washer in the third fixing axle, the top of the third washer and mounting bracket
Bottom contradicts cooperation, is arranged with third clamp nut in the third fixing axle, the bottom of the third clamp nut and mounting bracket
Top contradict cooperation.
Further, the 4th winding device includes being in that the 4th set vertically and downward screws the 4th rotation of head and driving
4th driving motor of tight head rotation, the top of the 4th driving motor are equipped with the 4th fixing axle for being secured to connection, should
4th fixing axle runs through U-type groove, is arranged with the 4th washer in the 4th fixing axle, the top of the 4th washer and mounting bracket
Bottom contradicts cooperation, and the 4th clamp nut, the bottom of the 4th clamp nut and mounting bracket are arranged in the 4th fixing axle
Top contradict cooperation.
Further, the rotary components include driving in the supporting rod being vertically arranged and mounted on the 5th of support bar top
Motor is moved, is fixedly connected at the top of the bottom of the supporting rod and bottom plate, the output terminal of the 5th driving motor is set upward
And it is fixedly connected with one end of connecting plate.
Further, the Screw feeding device includes material vibrating disk and is fixedly connected with the discharge end of material vibrating disk
Material path, the front end of the material path is equipped with the arc panel that cooperation is contradicted with the stub end diameter of screw.
Further, the driving mechanism includes being arranged on the slide unit of remotely located one end of bottom plate, the top with slide unit
The sliding block and driving sliding block being slidably matched can be along the reciprocating driving portion of the length direction of slide unit, the material vibratings
It is fixedly connected at the top of the bottom of disk and slide unit.
Further, the through-hole passed through for cylinder output terminal, the output of the cylinder are equipped at the center of the mounting bracket
Fastener is arranged on end, the top of the fastener and the bottom of mounting bracket contradict and coordinate.
Advantageous effect：A kind of full-automatic screw assembly machine of the utility model passes through the 5th driving electricity of support bar top
Machine driving drives connecting plate rotation, and because one end of connecting plate is fixedly connected with cylinder, the output terminal of cylinder passes through fastener and peace
It shelves and is fixedly connected, so as to screw the first winding device, the second winding device, third winding device and the 4th on mounting bracket
Device is rotated therewith around the axis of supporting rod to the front end of material path, makes first to screw head, the second rotation by cylinder driving
Tight head, third screw head and the 4th bottom for screwing head is adsorbed with screw, and subsequent 5th driving motor driving makes first to screw
Head, second screw head, third screws head and the 4th screws the surface that head turns to workpiece, cylinder driving make first screw head,
Second screws head, third screws head and the 4th screws head and the top of workpiece to be processed contradicts, and is driven using the first driving motor
First screws head rotation, and the second driving motor driving second screws head rotation, and third driving motor driving third screws head rotation
Head rotation is screwed with the 4th driving motor driving the 4th, so as to complete the automatic screw assembling work of workpiece, and first screws dress
It puts, the second winding device, third winding device and the 4th winding device can be adjusted along the profile side of mounting bracket and be installed, driving
Portion can drive material vibrating disk along the reciprocating adjusting of length direction of slide unit and the spacing of bottom plate, so as to suitable for more
The screw assembly process of kind different workpieces, the utility model is simple in structure, and automatization level is high, reduces manual labor, and
It avoids screw to occur locking, kill phenomenon, improves the assembling quality of product.
Description of the drawings
Fig. 1 is the dimensional structure diagram one of the utility model；
Fig. 2 is the dimensional structure diagram two of the utility model；
Fig. 3 is the sectional perspective structure diagram one of the utility model；
Fig. 4 is that the part of the utility model splits dimensional structure diagram；
Fig. 5 is the sectional perspective structure diagram two of the utility model；
Reference sign：Bottom plate 1, positioning component 2, positioning strip 2a, fin 2b, screw hole 2c, the first winding device 3, the
One screws a 3a, the first driving motor 3b, the first fixing axle 3c, the first washer 3d, the first clamp nut 3e, the second winding device
4, second screws a 4a, the second driving motor 4b, the second fixing axle 4c, second packing ring 4d, the second clamp nut 4e, and third screws
Device 5, third screw a 5a, third driving motor 5b, third fixing axle 5c, third washer 5d, third clamp nut 5e, and the 4th
Winding device 6, the 4th screws a 6a, the 4th driving motor 6b, the 4th fixing axle 6c, the 4th washer 6d, the 4th clamp nut 6e,
Mounting bracket 7, through-hole 7a, U-type groove 8, cylinder 9, connecting plate 10, rotary components 11, supporting rod 11a, the 5th driving motor 11b, spiral shell
Follow closely feeding device 12, material vibrating disk 12a, material path 12b, arc panel 12c, driving mechanism 13, slide unit 13a, sliding block 13b, driving
Portion 13c, fastener 14.
Specific embodiment
With reference to the accompanying drawings of the specification and embodiment, specific embodiment of the utility model is described in further detail：
Referring to figs. 1 to a kind of full-automatic screw assembly machine shown in fig. 5, including bottom plate 1, the top of the bottom plate 1 is equipped with
For positioning the positioning component 2 of workpiece, the top of the bottom plate 1 is equipped with the first winding device 3 in matrix distribution, second screws
Device 4,5 and the 4th winding device 6 of third winding device, first winding device 3, the second winding device 4, third screw dress
Put 5 and the 4th winding device 6 top be equipped be easily installed four mounting bracket 7, the mounting bracket 7 be cross-shaped configuration, should
Mounting bracket 7, which is equipped with, supplies the first winding device 3, the second winding device 4,5 and the 4th winding device 6 of third winding device being capable of edge
The U-type groove 8 that the profile side of mounting bracket 7 is adjusted, is equipped at the center of the mounting bracket 7 in the cylinder 9 being vertically arranged and its is defeated
Outlet is set downward, and the top of the cylinder 9 is equipped with the connecting plate 10 for being secured to connection, and the top of the bottom plate 1 is additionally provided with
In the rotary components 11 that cylinder 9 can be driven to rotate being vertically arranged, one end and the top of cylinder 9 of the connecting plate 10 are fixed
It connects, is fixedly connected at the top of the other end and drive component, the side of the bottom plate 1 is additionally provided with Screw feeding device 12, should
The bottom of Screw feeding device 12 is equipped with the reciprocating drive of the length direction that can drive Screw feeding device 12 along bottom plate 1
Motivation structure 13 can make the first winding device 3, the second winding device 4, third winding device 5 and the 4th by rotary components 11
Winding device 6 is rotated to the discharge end of Screw feeding device 12, is driven with exhaust hood 9, is completed the automatic charging of screw
Process, the first winding device 3, the second winding device 4,5 and the 4th winding device 6 of third winding device can be in the U of mounting bracket 7
Installation is adjusted in type groove 8, driving mechanism 13 can drive Screw feeding device 12 to be moved to bottom plate 1, realize adjust with bottom plate 1 it
Between spacing, so as to suitable for a variety of different workpieces screw assembly process.
It is respectively L-type knot that the positioning component 2, which includes two positioning strips 2a, two positioning strip 2a being symmetrical set,
Structure, each positioning strip 2a are equipped with several screw hole 2c that bolt is supplied to pass through, and the bottom plate 1 passes through with two positioning strip 2a
Bolt one-to-one correspondence is fixedly connected across screw hole 2c, and the both ends of each positioning strip 2a are equipped with the fin being fixedly connected with its own
2b engages workpiece by the fin 2b on two positioning strip 2a, prevents when carrying out screw assembly process to workpiece, workpiece occurs
Offset is happened, and be bolted to connection using two positioning strip 2a with bottom plate 1, realizes fast two positioning of quick-detach
The operation of 2a, consequently facilitating the positioning process of different workpieces.
First winding device 3 includes being in that first set vertically and downward screws a 3a and drive first to screw a 3a
First driving motor 3b of rotation rotates connecting plate 10, because of one end and the cylinder 9 of connecting plate 10 by the driving of rotary components 11
It is fixedly connected, the output terminal of cylinder 9 is fixedly connected by fastener 14 with mounting bracket 7, so as to make first on mounting bracket 7 to screw
Head 3a is turned to right over the discharge end of Screw feeding device 12, is driven with exhaust hood 9, makes the first bottom absorption for screwing a 3a
There is screw, complete the upper material process of screw；Subsequent rotary components 11 drive again to be made first to screw a 3a to turn to work to be processed
The surface of part, the first driving motor 3b drivings first screw 3a rotation, and the screw for completing workpiece turns with operation, and described first
The top of driving motor 3b is equipped with the first fixing axle 3c for being secured to connection, and first fixing axle 3c runs through U-type groove 8, described
The first washer 3d is arranged on first fixing axle 3c, the top of first washer 3d is contradicted with the bottom of mounting bracket 7 to be coordinated, described
The first clamp nut 3e is arranged on first fixing axle 3c, the bottom of first clamp nut 3e is contradicted with the top of mounting bracket 7
Adjusting installation procedures of the first driving motor 3b in U-type groove 8 is realized in cooperation, is assembled convenient for the screw of a variety of different workpieces.
Second winding device 4 includes being in that second set vertically and downward screws a 4a and drive second to screw a 4a
Second driving motor 4b of rotation rotates connecting plate 10, because of one end and the cylinder 9 of connecting plate 10 by the driving of rotary components 11
It is fixedly connected, the output terminal of cylinder 9 is fixedly connected by fastener 14 with mounting bracket 7, so as to make second on mounting bracket 7 to screw
Head 4a is turned to right over the discharge end of Screw feeding device 12, is driven with exhaust hood 9, makes the second bottom absorption for screwing a 4a
There is screw, complete the upper material process of screw；Subsequent rotary components 11 drive again to be made second to screw a 4a to turn to work to be processed
The surface of part, the second driving motor 4b drivings second screw 4a rotation, and the screw for completing workpiece turns with operation, and described second
The top of driving motor 4b is equipped with the second fixing axle 4c for being secured to connection, and second fixing axle 4c runs through U-type groove 8, described
Second packing ring 4d is arranged on second fixing axle 4c, the top of second packing ring 4d is contradicted with the bottom of mounting bracket 7 to be coordinated, described
The second clamp nut 4e is arranged on second fixing axle 4c, the bottom of second clamp nut 4e is contradicted with the top of mounting bracket 7
Adjusting installation procedures of the second driving motor 4b in U-type groove 8 is realized in cooperation, is assembled convenient for the screw of a variety of different workpieces.
The third winding device 5 includes screwing a 5a in third that is vertical and setting downward and driving third screws a 5a
The third driving motor 5b of rotation rotates connecting plate 10, because of one end and the cylinder 9 of connecting plate 10 by the driving of rotary components 11
It is fixedly connected, the output terminal of cylinder 9 is fixedly connected by fastener 14 with mounting bracket 7, so as to screw the third on mounting bracket 7
Head 5a is turned to right over the discharge end of Screw feeding device 12, is driven with exhaust hood 9, and third is made to screw the bottom absorption of a 5a
There is screw, complete the upper material process of screw；Subsequent rotary components 11 drive again to be made third screw a 5a to turn to work to be processed
The surface of part, third driving motor 5b drivings third screw a 5a rotations, and the screw for completing workpiece turns with operation, the third
The top of driving motor 5b is equipped with the third fixing axle 5c for being secured to connection, and third fixing axle 5c runs through U-type groove 8, described
Third washer 5d is arranged on third fixing axle 5c, the top of third washer 5d is contradicted with the bottom of mounting bracket 7 to be coordinated, described
Third clamp nut 5e is arranged on third fixing axle 5c, the bottom of third clamp nut 5e is contradicted with the top of mounting bracket 7
Adjusting installation procedures of the third driving motor 5b in U-type groove 8 is realized in cooperation, is assembled convenient for the screw of a variety of different workpieces.
4th winding device 6 includes being in that the 4th set vertically and downward screws a 6a and drive the 4th to screw a 6a
4th driving motor 6b of rotation rotates connecting plate 10, because of one end and the cylinder 9 of connecting plate 10 by the driving of rotary components 11
It is fixedly connected, the output terminal of cylinder 9 is fixedly connected by fastener 14 with mounting bracket 7, so as to make the on mounting bracket 7 the 4th to screw
Head 6a is turned to right over the discharge end of Screw feeding device 12, is driven with exhaust hood 9, makes the 4th bottom absorption for screwing a 6a
There is screw, complete the upper material process of screw；Subsequent rotary components 11 drive again to be made the 4th to screw a 6a to turn to work to be processed
The surface of part, the 4th driving motor 6b drivings the 4th screw 6a rotation, and the screw for completing workpiece turns with operation, and the described 4th
The top of driving motor 6b is equipped with the 4th fixing axle 6c for being secured to connection, and the 4th fixing axle 6c runs through U-type groove 8, described
The 4th washer 6d is arranged on 4th fixing axle 6c, the top of the 4th washer 6d is contradicted with the bottom of mounting bracket 7 to be coordinated, described
The 4th clamp nut 6e is arranged on 4th fixing axle 6c, the bottom of the 4th clamp nut 6e is contradicted with the top of mounting bracket 7
Adjusting installation procedures of the 4th driving motor 6b in U-type groove 8 is realized in cooperation, is assembled convenient for the screw of a variety of different workpieces.
The rotary components 11 include driving in the supporting rod 11a being vertically arranged and the at the top of supporting rod 11a the 5th
Dynamic motor 11b, the bottom of the supporting rod 11a are fixedly connected with the top of bottom plate 1, the output of the 5th driving motor 11b
End sets and is fixedly connected with one end of connecting plate 10 upward, by the intermittent driving of the 5th driving motor 11b, can realize
First screw a 3a, second screw a 4a, third screw a 5a and the 4th screw a 6a Screw feeding process and workpiece from
Dynamic assembly process.
The Screw feeding device 12 includes material vibrating disk 12a and is fixedly connected with the discharge end of material vibrating disk 12a
The front end of material path 12b, the material path 12b be equipped with the arc panel 12c that cooperation is contradicted with the stub end diameter of screw, prevent screw
When its front end is delivered in material path 12b, the offset deviation of appearance influences the automatic charging operation of screw.
The driving mechanism 13 includes being arranged on the slide unit 13a of 1 remotely located 2a one end of bottom plate, the top with slide unit 13a
The sliding block 13b and driving sliding block 13b that portion is slidably matched can be along the reciprocating driving portions of the length direction of slide unit 13a
It is fixedly connected at the top of 13c, the bottom of the material vibrating disk 12a and slide unit 13a, when to different workpieces progress screw assembler
During sequence, it is only necessary to replace two positioning strip 2a, adjust the first winding device 3, the second winding device 4, third winding device 5 and the
Spacing between installation position and adjusting material path 12b and bottom plate 1 of four winding devices 6 in U-type groove 8.
The through-hole 7a passed through for 9 output terminal of cylinder is equipped at the center of the mounting bracket 7, on the output terminal of the cylinder 9
Fastener 14 is arranged with, the top of the fastener 14 is contradicted with the bottom of mounting bracket 7 to be coordinated, and is convenient for cylinder 9 using fastener 14
With the fixation between mounting bracket 7.
Operation principle：A kind of full-automatic screw assembly machine of the utility model passes through the 5th driving at the top of supporting rod 11a
Motor 11b drivings drive connecting plate 10 to rotate, and because one end of connecting plate 10 is fixedly connected with cylinder 9, the output terminal of cylinder 9 passes through
Fastener 14 is fixedly connected with mounting bracket 7, so as to make the first winding device 3 on mounting bracket 7, the second winding device 4, third rotation
Tight 5 and the 4th winding device 6 of device is rotated therewith around the axis of supporting rod 11a to the front end of material path 12b, passes through cylinder
9 drivings make first screw a 3a, second screw a 4a, third screws a 5a and the 4th bottom for screwing a 6a is adsorbed with spiral shell
Nail, subsequent 5th driving motor 11b driving make first screw a 3a, second screw a 4a, third screws a 5a and the 4th and screws
Head 6a turns to the surface of workpiece, the driving of cylinder 9 make first screw a 3a, second screw a 4a, third screws a 5a and the
Four screw the top conflict of a 6a and workpiece to be processed, and screwing a 3a using the first driving motor 3b drivings first rotates, and second
Driving motor 4b drivings second screw a 4a rotations, and third driving motor 5b drivings third screws a 5a rotations and the 4th driving electricity
Machine 6b drivings the 4th screw a 6a rotations, so as to complete the automatic screw assembling work of workpiece, and the first winding device 3, second
Winding device 4,5 and the 4th winding device 6 of third winding device can be adjusted along the profile side of mounting bracket 7 and be installed, driving portion
13c can drive material vibrating disk 12a along the reciprocating adjusting of length direction of slide unit 13a and the spacing of bottom plate 1, thus
Suitable for the screw assembly process of a variety of different workpieces.
The above descriptions are merely preferred embodiments of the present invention, and not the technical scope of the utility model is made
Go out any restrictions, thus it is every any trickle amendment made according to the technical essence of the utility model to above example, equivalent
Variation and modification, in the range of still falling within the technical solution of the utility model.
Claims (10)
1. a kind of full-automatic screw assembly machine, it is characterised in that：Including bottom plate（1）, the bottom plate（1）Top be equipped with for fixed
The positioning component of position workpiece（2）, the bottom plate（1）Top be equipped in matrix distribution the first winding device（3）, second screw
Device（4）, third winding device（5）With the 4th winding device（6）, first winding device（3）, the second winding device（4）、
Third winding device（5）With the 4th winding device（6）Top be equipped be easily installed four mounting bracket（7）, the mounting bracket
（7）For cross-shaped configuration, the mounting bracket（7）It is equipped with for the first winding device（3）, the second winding device（4）, third screw dress
It puts（5）With the 4th winding device（6）It can be along mounting bracket（7）Profile side adjust U-type groove（8）, the mounting bracket（7）'s
It is equipped at center in the cylinder being vertically arranged（9）And its output terminal is set downward, the cylinder（9）Top be equipped be secured to
The connecting plate of connection（10）, the bottom plate（1）Top be additionally provided in be vertically arranged can drive cylinder（9）The rotation of rotation
Component（11）, the connecting plate（10）One end and cylinder（9）Top be fixedly connected, the top of the other end and drive component
It is fixedly connected, the bottom plate（1）Side be additionally provided with Screw feeding device（12）, the Screw feeding device（12）Bottom be equipped with
Screw feeding device can be driven（12）Along bottom plate（1）The reciprocating driving mechanism of length direction（13）.
2. a kind of full-automatic screw assembly machine according to claim 1, it is characterised in that：The positioning component（2）Including
Two positioning strips being symmetrical set（2a）, two positioning strips（2a）It is respectively L-type structure, each positioning strip（2a）On
The screw hole passed through equipped with several for bolt（2c）, the bottom plate（1）With two positioning strips（2a）It is worn by bolt one-to-one correspondence
Cross screw hole（2c）It is fixedly connected, each positioning strip（2a）Both ends be equipped with the fin being fixedly connected with its own（2b）.
3. a kind of full-automatic screw assembly machine according to claim 1, it is characterised in that：First winding device（3）
Including being in vertical and what is set downward first screws head（3a）Head is screwed with driving first（3a）First driving motor of rotation
（3b）, first driving motor（3b）Top be equipped be secured to connection the first fixing axle（3c）, first fixing axle
（3c）Through U-type groove（8）, first fixing axle（3c）On be arranged with the first washer（3d）, first washer（3d）Top
With mounting bracket（7）Bottom contradict cooperation, first fixing axle（3c）On be arranged with the first clamp nut（3e）, this is first tight
Gu nut（3e）Bottom and mounting bracket（7）Top contradict cooperation.
4. a kind of full-automatic screw assembly machine according to claim 3, it is characterised in that：Second winding device（4）
Including being in vertical and what is set downward second screws head（4a）Head is screwed with driving second（4a）Second driving motor of rotation
（4b）, second driving motor（4b）Top be equipped be secured to connection the second fixing axle（4c）, second fixing axle
（4c）Through U-type groove（8）, second fixing axle（4c）On be arranged with second packing ring（4d）, the second packing ring（4d）Top
With mounting bracket（7）Bottom contradict cooperation, second fixing axle（4c）On be arranged with the second clamp nut（4e）, this is second tight
Gu nut（4e）Bottom and mounting bracket（7）Top contradict cooperation.
5. a kind of full-automatic screw assembly machine according to claim 4, it is characterised in that：The third winding device（5）
Including being in vertical and the third that sets downward screws head（5a）Head is screwed with driving third（5a）The third driving motor of rotation
（5b）, the third driving motor（5b）Top be equipped be secured to connection third fixing axle（5c）, the third fixing axle
（5c）Through U-type groove（8）, the third fixing axle（5c）On be arranged with third washer（5d）, the third washer（5d）Top
With mounting bracket（7）Bottom contradict cooperation, the third fixing axle（5c）On be arranged with third clamp nut（5e）, the third is tight
Gu nut（5e）Bottom and mounting bracket（7）Top contradict cooperation.
6. a kind of full-automatic screw assembly machine according to claim 5, it is characterised in that：4th winding device（6）
Including being in vertical and what is set downward the 4th screws head（6a）Head is screwed with driving the 4th（6a）4th driving motor of rotation
（6b）, the 4th driving motor（6b）Top be equipped be secured to connection the 4th fixing axle（6c）, the 4th fixing axle
（6c）Through U-type groove（8）, the 4th fixing axle（6c）On be arranged with the 4th washer（6d）, the 4th washer（6d）Top
With mounting bracket（7）Bottom contradict cooperation, the 4th fixing axle（6c）On be arranged with the 4th clamp nut（6e）, the 4th is tight
Gu nut（6e）Bottom and mounting bracket（7）Top contradict cooperation.
7. a kind of full-automatic screw assembly machine according to claim 6, it is characterised in that：The rotary components（11）Including
In the supporting rod being vertically arranged（11a）With mounted on supporting rod（11a）5th driving motor at top（11b）, the supporting rod
（11a）Bottom and bottom plate（1）Top be fixedly connected, the 5th driving motor（11b）Output terminal set upward and with
Connecting plate（10）One end be fixedly connected.
8. a kind of full-automatic screw assembly machine according to claim 1, it is characterised in that：The Screw feeding device（12）
Including material vibrating disk（12a）With with material vibrating disk（12a）The material path that is fixedly connected of discharge end（12b）, the material path
（12b）Front end be equipped with the arc panel that cooperation is contradicted with the stub end diameter of screw（12c）.
9. a kind of full-automatic screw assembly machine according to claim 8, it is characterised in that：The driving mechanism（13）Including
It is arranged on bottom plate（1）Remotely located item（2a）The slide unit of one end（13a）With slide unit（13a）Top slide cooperation sliding block
（13b）With driving sliding block（13b）It can be along slide unit（13a）The reciprocating driving portion of length direction（13c）, the object
Expect vibrating disk（12a）Bottom and slide unit（13a）Top be fixedly connected.
10. a kind of full-automatic screw assembly machine according to claim 1, it is characterised in that：The mounting bracket（7）Center
Place is equipped with for cylinder（9）The through-hole that output terminal passes through（7a）, the cylinder（9）Output terminal on be arranged with fastener（14）, should
Fastener（14）Top and mounting bracket（7）Bottom contradict cooperation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721673562.8U CN207548119U (en) | 2017-12-05 | 2017-12-05 | A kind of full-automatic screw assembly machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721673562.8U CN207548119U (en) | 2017-12-05 | 2017-12-05 | A kind of full-automatic screw assembly machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207548119U true CN207548119U (en) | 2018-06-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721673562.8U Expired - Fee Related CN207548119U (en) | 2017-12-05 | 2017-12-05 | A kind of full-automatic screw assembly machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207548119U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117300608A (en) * | 2023-11-29 | 2023-12-29 | 江苏同合电气有限公司 | Automatic equipment of electric power distribution cabinet |
-
2017
- 2017-12-05 CN CN201721673562.8U patent/CN207548119U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117300608A (en) * | 2023-11-29 | 2023-12-29 | 江苏同合电气有限公司 | Automatic equipment of electric power distribution cabinet |
| CN117300608B (en) * | 2023-11-29 | 2024-02-27 | 江苏同合电气有限公司 | Automatic equipment of electric power distribution cabinet |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180629 Termination date: 20181205 |
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| CF01 | Termination of patent right due to non-payment of annual fee |