CN208556634U - A kind of assembly line of telescopic rod - Google Patents
A kind of assembly line of telescopic rod Download PDFInfo
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- CN208556634U CN208556634U CN201821095489.5U CN201821095489U CN208556634U CN 208556634 U CN208556634 U CN 208556634U CN 201821095489 U CN201821095489 U CN 201821095489U CN 208556634 U CN208556634 U CN 208556634U
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Abstract
A kind of assembly line of telescopic rod, when being intended to overcome the telescopic rod of assembling mop in the prior art, it is assembled using manual type, production efficiency is low, it is at high cost, the shortcomings that quality is difficult to ensure, a kind of assembly line of telescopic rod is provided, including product line frame, inner tube feed mechanism, outer tube feed mechanism, conveyer belt feeding mechanism, components installing mechanism and finished product cutting agency, the components installing mechanism includes: inner tube and screw plug plug-in connection, inner tube and twist rod plug-in connection, inner tube assembly position Jian Ce mechanism, inner tube and screw plug riveting mechanism, inner tube and twist rod riveting mechanism, outer tube and lock sleeve plug-in connection, outer tube assembly position Jian Ce mechanism, inner tube and outer tube plug-in connection, inner and outer pipes position Jian Ce mechanism, outer tube and twist rod riveting mechanism.The utility model is improved production efficiency, is reduced production cost, stable product quality using the telescopic rod of automatic production line assembling mop, is suitble to use when assembling telescopic rod.
Description
Technical field
The utility model relates to the special equipment of assembling product more particularly to a kind of groups of the telescopic rod used on mop
Assembling production lines.
Background technique
Mop uses extensively in daily life, when the telescopic rod of factory-assembled mop, generallys use manual type assembly,
Lead to that production efficiency is low, at high cost, quality is difficult to ensure.
Utility model content
When the utility model overcomes the telescopic rod of assembling mop in the prior art, is assembled, produced using manual type
The shortcomings that low efficiency, at high cost, quality are difficult to ensure provides a kind of assembly line of telescopic rod used on mop.
The utility model realize goal of the invention the technical solution adopted is that: a kind of assembly line of telescopic rod, including life
Producing line rack, inner tube feed mechanism, outer tube feed mechanism, conveyer belt feeding mechanism, components installing mechanism and finished product blanking machine
Structure, inner tube feed mechanism and outer tube feed mechanism are arranged in parallel in product line frame one end, and conveyer belt feeding mechanism is arranged in parallel
Two pairs, the feeding end of each pair of conveyer belt feeding mechanism is corresponding with the discharge end of inner tube feed mechanism and outer tube feed mechanism respectively,
Components installing mechanism is separately mounted on the product line frame of conveyer belt feeding mechanism two sides, and finished product cutting agency is arranged outside
The discharge end of the corresponding conveyer belt feeding mechanism of pipe feed mechanism, the components installing mechanism includes: inner tube and screwed plug
Head plug-in connection, inner tube and twist rod plug-in connection, inner tube assembly position Jian Ce mechanism, inner tube and screw plug riveting machine
Structure, inner tube and twist rod riveting mechanism, outer tube and lock sleeve plug-in connection, outer tube assembly position Jian Ce mechanism, inner tube and outer
Pipe plug-in connection, inner and outer pipes position Jian Ce mechanism and outer tube and twist rod riveting mechanism, the inner tube and screw plug grafting
Mechanism, inner tube and twist rod plug-in connection, inner tube assembly position Jian Ce mechanism, inner tube and screw plug riveting mechanism and inner tube
With twist rod riveting mechanism successively along transmission direction of belt travel, the setting corresponding conveyer belt feeding of material mechanism discharge end on inner pipe
It is the outer tube and lock sleeve plug-in connection, outer tube assembly position Jian Ce mechanism, inside and outside on the product line frame of mechanism two sides
Pipe position Jian Ce mechanism and outer tube and twist rod riveting mechanism are arranged successively along transmission direction of belt travel in outer tube feed mechanism
On the product line frame of discharge end corresponding conveyer belt feeding mechanism two sides, the inner tube and outer tube plug-in connection are arranged two
To on the product line frame of conveyer belt feeding mechanism two sides.
Further, the inner tube and screw plug plug-in connection include: screw plug feeding warehouse, are controlled by cylinder
Screw plug hopper, the screw plug being controlled by cylinder assembly clamping die, screw plug pusher cylinder and inner tube pusher cylinder, spiral shell
The outlet of line plug feeding warehouse is corresponding with screw plug hopper, and screw plug pusher cylinder, inner tube pusher cylinder and inner tube are coaxial
Line, the center line of the screw plug in screw plug hopper, the center line of screw plug assembly clamping die are overlapped with inner tube axis.
Further, the inner tube and twist rod plug-in connection include: twist rod feeding warehouse, twist rod hopper, by gas
The twist rod push rod of cylinder control, the twist rod assembly clamping die being controlled by cylinder and inner tube pusher cylinder, twist rod feeding warehouse
Export, inner tube pusher cylinder and inner tube coaxial line corresponding with twist rod hopper, the center line of the twist rod in twist rod hopper, fiber crops
The center line of line rod assembly clamping die is overlapped with inner tube axis, and twist rod push rod is contacted with twist rod, the movement of twist rod push rod
Direction is overlapped with twist rod axis direction.
Further, the inner tube assembly position Jian Ce mechanism includes: the metal detection piece pushed by cylinder, detects
Instrument and block, metal detection piece and block are arranged both ends of the inner tube, the moving direction of metal detection piece and interior tube axis direction
It is overlapped, survey meter setting examines side machine in inner tube sides, the structure of the outer tube assembly position Jian Ce mechanism, inner and outer pipes position
The structure of structure is identical as the structure of inner tube assembly position Jian Ce mechanism.
Further, the inner tube and screw plug riveting mechanism include: inner tube pusher cylinder, riveting bed, by cylinder control
The discharging push plate of system, inner tube pusher cylinder and riveting bed are arranged both ends of the inner tube, and discharging push plate is arranged in riveting bed side, and inner tube pushes away
The axis of cylinder, riveting bed and inner tube of taking offence is overlapped, and discharging push plate contacts with screw plug, the moving direction and inner tube axis of discharging push plate
Line direction is overlapped, and the structure and inner tube of inner tube and twist rod riveting mechanism are identical as the structure of screw plug riveting mechanism.
Further, the locking that the outer tube and lock sleeve plug-in connection include: lock sleeve feeding warehouse, are controlled by cylinder
Set hopper, lock sleeve assembly clamping die, lock sleeve pusher cylinder and the outer tube baffle being controlled by cylinder, lock sleeve feeding warehouse go out
Mouth is corresponding with lock sleeve hopper, and lock sleeve pusher cylinder and outer coaxial tube line, outer tube baffle are correspondingly arranged with outer tube one end, locks
The center line of lock sleeve in fixed hopper, the center line of lock sleeve assembly clamping die are overlapped with outer tube axis.
Further, the inner tube and outer tube plug-in connection include: outer tube pusher cylinder, the outer pipe clamp being controlled by cylinder
Plate, the inner and outer pipes being controlled by cylinder assembly clamping die, the inner tube hopper being controlled by cylinder and the inner tube push rod being controlled by cylinder, outside
The center line of inner tube coaxial line in pipe pusher cylinder, outer tube and inner tube hopper, outer manifold clamp is vertical with outer tube axis, inner and outer pipes
The center line of assembly clamping die is overlapped with outer tube axis, and inner tube push rod is contacted with inner tube, the moving direction and inner tube of inner tube push rod
Axis direction is overlapped.
Further, the outer tube and twist rod riveting mechanism include: to be moved up and down by two groups of cylinder controls
The both ends of outer tube are arranged in outer manifold clamp, riveting bed, the discharging push plate being controlled by cylinder, outer manifold clamp and riveting bed, outer manifold clamp
Center line is vertical with outer tube axis, and discharging push plate setting is in riveting bed side, the axis coincidence of riveting bed and outer tube, discharging push plate and fiber crops
Line rod contact, the moving direction of discharging push plate are overlapped with outer tube axis direction.
The beneficial effects of the utility model are: the utility model is mentioned using the telescopic rod of automatic production line assembling mop
High production efficiency reduces production cost, stable product quality.
The utility model will be further described with specific embodiment with reference to the accompanying drawing.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the inner tube assembling schematic diagram of the utility model.
Fig. 3 is the inner tube of the utility model and the structural schematic diagram of screw plug plug-in connection.
Fig. 4 is the inner tube of the utility model and the structural schematic diagram of twist rod plug-in connection.
Fig. 5 is the structural schematic diagram of the inner tube assembly position Jian Ce mechanism of the utility model.
Fig. 6 is the inner tube of the utility model and the structural schematic diagram of screw plug riveting mechanism.
Fig. 7 is the inner tube of the utility model and the structural schematic diagram of twist rod riveting mechanism.
Fig. 8 is the outer tube of the utility model and the structural schematic diagram of lock sleeve plug-in connection.
Fig. 9 is the structural schematic diagram of the outer tube assembly position Jian Ce mechanism of the utility model.
Figure 10 is the inner and outer pipes assembling schematic diagram of the utility model.
Figure 11 is the inner tube of the utility model and the structural schematic diagram of outer tube plug-in connection.
Figure 12 is the structural schematic diagram of the inner and outer pipes position Jian Ce mechanism of the utility model.
Figure 13 is the outer tube and twist rod riveting mechanism structural schematic diagram of the utility model.
In attached drawing, 1 is inner tube and screw plug plug-in connection, 1-1 are screw plug feeding warehouse, 1-2 is screw plug material
Slot, 1-3 are that screw plug assembly clamping die, 1-4 are screw plug pusher cylinder, 2 are inner tube and twist rod plug-in connection, 2-1
For twist rod feeding warehouse, 2-2 be twist rod hopper, 2-3 is twist rod push rod, 2-4 is twist rod assembly clamping die, 3 is inner tube
Assembly position Jian Ce mechanism, 3-1 are metal detection piece, 3-2 is survey meter, 3-3 is block, 4 is inner tube and screw plug riveting
Connection mechanism, 5 be inner tube and twist rod riveting mechanism, 6 be outer tube and lock sleeve plug-in connection, 6-1 are lock sleeve feeding warehouse, 6-2
It is that lock sleeve assembles that clamping die, 6-4 are lock sleeve pusher cylinder, 6-5 is outer tube baffle, 7 is outer tube for lock sleeve hopper, 6-3
Assembly position Jian Ce mechanism, 8 be inner tube and outer tube plug-in connection, 8-1 be inner and outer pipes assembly clamping die, 8-2 be inner tube hopper,
8-3 is the inner tube push rod of cylinder control, 9 is inner and outer pipes position Jian Ce mechanism, 10 is outer tube and twist rod riveting mechanism, 11 makes a living
Producing line rack, 12 be inner tube feed mechanism, 13 be outer tube feed mechanism, 14 be conveyer belt feeding mechanism, 15 be riveting bed, 16 to unload
Material push plate, 20 be inner tube, 21 be screw plug, 22 be twist rod, 23 be inner tube pusher cylinder, 30 be outer tube, 31 be lock sleeve,
32 it is outer tube pusher cylinder, 33 is outer manifold clamp.
Specific embodiment
As shown in the picture, the assembly line of a kind of telescopic rod of the present embodiment, including product line frame 11, inner tube feeding
Mechanism 12, outer tube feed mechanism 13, conveyer belt feeding mechanism 14, components installing mechanism and finished product cutting agency.Inner tube feeding
Mechanism 12 and outer tube feed mechanism 13 are arranged in parallel in 11 one end of product line frame.Conveyer belt feeding mechanism 14 is arranged in parallel two
It is right, the feeding end of each pair of conveyer belt feeding mechanism 14 discharge end pair with inner tube feed mechanism 12 and outer tube feed mechanism 13 respectively
It answers.Components installing mechanism is separately mounted to 11 on the product line frame of 14 two sides of conveyer belt feeding mechanism.Finished product cutting agency
The discharge end of the corresponding conveyer belt feeding mechanism 14 of outer tube feed mechanism 13 is set.The components installing mechanism includes:
Inner tube and screw plug plug-in connection 1, inner tube and twist rod plug-in connection 2, inner tube assembly position Jian Ce mechanism 3, inner tube with
Screw plug riveting mechanism 4, inner tube and twist rod riveting mechanism 5, outer tube and lock sleeve plug-in connection 6, outer tube assembly position
Jian Ce mechanism 7, inner tube and outer tube plug-in connection 8, inner and outer pipes position Jian Ce mechanism 9 and outer tube and twist rod riveting mechanism 10.Institute
It is the inner tube stated and screw plug plug-in connection 1, inner tube and twist rod plug-in connection 2, inner tube assembly position Jian Ce mechanism 3, interior
Pipe is with screw plug riveting mechanism 4 and inner tube and twist rod riveting mechanism 5 successively along transmission direction of belt travel, and setting is on inner pipe
On the product line frame 11 for expecting corresponding 14 two sides of conveyer belt feeding mechanism of 12 discharge end of mechanism.The outer tube and locking inserting
Connection mechanism 6, outer tube assembly position Jian Ce mechanism 7, inner and outer pipes position Jian Ce mechanism 9 and outer tube and twist rod riveting mechanism 10,
Successively along transmission direction of belt travel, the life of corresponding 14 two sides of conveyer belt feeding mechanism of 13 discharge end of outer tube feed mechanism is set
In producing line rack 11.The production line of two pairs of 14 two sides of conveyer belt feeding mechanism is arranged in the inner tube and outer tube plug-in connection 8
In rack 11.
As shown in Fig. 3, the preferred inner tube of the present embodiment and screw plug plug-in connection 1 include: screw plug feeding warehouse
1-1, the screw plug hopper 1-2 being controlled by cylinder, the screw plug being controlled by cylinder assembly clamping die 1-3, screw plug push away
It takes offence cylinder 1-4 and inner tube pusher cylinder 23.The outlet of screw plug feeding warehouse 1-1 is corresponding with screw plug hopper 1-2.Screwed plug
Head pusher cylinder 1-4, inner tube pusher cylinder 23 and 20 coaxial line of inner tube.In screw plug 21 in screw plug hopper 1-2
The center line that heart line, screw plug assemble clamping die 1-3 is overlapped with 20 axis of inner tube.Inner tube and screw plug plug-in connection 1
Working principle are as follows: inner tube 20 by conveyer belt feeding mechanism 14 V-arrangement material stock slot support be moved to inner tube 20 and inserted with screw plug 21
Connect station.Inner tube pusher cylinder 23 pushes inner tube 20 to move on material stock slot along axis, enters screw plug assembly clamping die
In 1-3.Screw plug, which assembles clamping die 1-3 and driven by cylinder, to be opened or clamps.Screw plug 21 is by screw plug feeding warehouse 1-1
It is sent into screw plug hopper 1-2.Cylinder pushes screw plug hopper 1-2, makes the screw plug 21 in screw plug hopper 1-2
The center line of center line and screw plug assembly clamping die 1-3 be overlapped.Screw plug pusher cylinder 1-4 pushes away screw plug 21
Enter in inner tube 20.Screw plug 21 and inner tube 20 are pushed back conveyer belt feeding mechanism by screw plug pusher cylinder 1-4 together simultaneously
Home position on 14.Inner tube 20 equipped with screw plug 21 is moved to inner tube and twist rod grafting by conveyer belt feeding mechanism 14
Station.
As shown in Fig. 4, the preferred inner tube of the present embodiment and twist rod plug-in connection 2 include: twist rod feeding warehouse 2-1,
Twist rod hopper 2-2, the twist rod push rod 2-3 being controlled by cylinder, the twist rod being controlled by cylinder assembly clamping die 2-4 and inner tube
Pusher cylinder 23.The outlet of twist rod feeding warehouse 2-1 is corresponding with twist rod hopper 2-2.Inner tube pusher cylinder 23 and inner tube 20 are same
Axis.Center line, the twist rod of twist rod 22 in twist rod hopper 2-2 assemble 20 axis of center line and inner tube of clamping die 2-4
Line is overlapped, and twist rod push rod 2-3 is contacted with twist rod 22, the moving direction and 22 axis direction of twist rod of twist rod push rod 2-3
It is overlapped.The working principle of inner tube and twist rod plug-in connection 2 are as follows: inner tube 20 by conveyer belt feeding mechanism 14 V-arrangement material stock slot support
Be moved to inner tube 20 and 22 grafting station of twist rod.Inner tube pusher cylinder 23 pushes inner tube 20 to move on material stock slot along axis
It is dynamic, it enters in twist rod assembly clamping die 2-4.Twist rod, which assembles clamping die 2-4 and driven by cylinder, to be opened or clamps.Twist rod
22 are sent into twist rod hopper 2-2 by twist rod feeding warehouse 2-1.Cylinder push twist rod push rod 2-3, make twist rod push rod 2-3 with
Twist rod 22 is pushed into inner tube 20 by 22 end thereof contacts of twist rod.Twist rod push rod 2-3 is by twist rod 22 and inner tube 20 1 simultaneously
Act the home position pushed back on conveyer belt feeding mechanism 14.Conveyer belt feeding mechanism 14 will be equipped with screw plug 21, twist rod 22
Inner tube 20 be moved to inner tube assembly position inspection side station.
As shown in Fig. 5, the present embodiment preferred inner tube assembly position Jian Ce mechanism 3 includes: the gold pushed by cylinder
Belong to detection piece 3-1, survey meter 3-2 and block 3-3.The both ends of inner tube 20, metal is arranged in metal detection piece 3-1 and block 3-3
The moving direction of detection piece 3-1 is overlapped with 20 axis direction of inner tube, and survey meter 3-2 is arranged in 20 side of inner tube.Inner tube assembly
The working principle of position Jian Ce mechanism 3 are as follows: inner tube 20 by conveyer belt feeding mechanism 14 V-arrangement material stock slot support be moved to inner tube group
Examine side station in piece installing position.Cylinder pushes metal detection piece 3-1, contacts metal detection piece 3-1 with inner tube 20, inner tube 20 is pushed away
To block 3-3.It is mounted with the inner tube 20 of screw plug 21, twist rod 22, length will increase, 20 front end of inner tube and block 3-
When 3 contact, the position survey meter 3-2 can just detect metal detection piece 3-1, if detection is less than illustrating inner tube 20
Screw plug 21 or twist rod 22 are not installed.Mounted inner tube 20 is moved to inner tube 20 and screw thread by conveyer belt feeding mechanism 14
Plug 21 rivets station.
As shown in Fig. 6, the preferred inner tube of the present embodiment and screw plug riveting mechanism 4 include: inner tube pusher cylinder 23,
Riveting bed 15, the discharging push plate 16 being controlled by cylinder.The both ends of inner tube 20 are arranged in inner tube pusher cylinder 23 and riveting bed 15.Discharging pushes away
Plate 16 is arranged in 15 side of riveting bed.The axis of inner tube pusher cylinder 23, riveting bed 15 and inner tube 20 is overlapped.Discharging push plate 16 and screw thread
Plug 21 contacts, and the moving direction of discharging push plate 16 is overlapped with 20 axis direction of inner tube.Inner tube and screw plug riveting mechanism 4
Working principle are as follows: inner tube 20 by conveyer belt feeding mechanism 14 V-arrangement material stock slot support be moved to inner tube 20 and 21 riveting of screw plug
Connect station.Inner tube 20 and screw plug 21 are pushed into riveting bed 15 by inner tube pusher cylinder 23, and riveting bed 15 is punched out.When discharging,
Riveting bed 15 is opened, and cylinder drives discharging push plate 16 mobile, and discharging push plate 16 pushes screw plug 21 to move in reverse direction, pushes back biography
It send with the home position on feeding mechanism 14.Conveyer belt feeding mechanism 14 is moved to the inner tube 20 that screw plug 21 rivets is completed
Inner tube 20 and twist rod 22 rivet station.
As shown in Fig. 7, the structure and inner tube and screw plug of the preferred inner tube of the present embodiment and twist rod riveting mechanism 5
The structure of riveting mechanism 4 is identical.Conveyer belt feeding mechanism 14 will complete the inner tube 20 that rivets of twist rod 22 be moved to inner tube 20 with
30 grafting station of outer tube.
As shown in Fig. 8, the preferred outer tube of the present embodiment and lock sleeve plug-in connection 6 include: lock sleeve feeding warehouse 6-1,
The lock sleeve hopper 6-2 that is controlled by cylinder, the lock sleeve being controlled by cylinder assembly clamping die 6-3, lock sleeve pusher cylinder 6-4 and
Outer tube baffle 6-5.The outlet of lock sleeve feeding warehouse 6-1 is corresponding with lock sleeve hopper 6-2.Lock sleeve pusher cylinder 6-4 and outer tube
30 coaxial lines.Outer tube baffle 6-5 is correspondingly arranged with 30 one end of outer tube.The center line of lock sleeve 31 in lock sleeve hopper 6-2,
The center line of lock sleeve assembly clamping die 6-3 is overlapped with 30 axis of outer tube.The working principle of outer tube and lock sleeve plug-in connection 6
Are as follows: outer tube 30 by conveyer belt feeding mechanism 14 V-arrangement material stock slot support be moved to outer tube 30 and 31 grafting station of lock sleeve.Locking
Set 31 is sent into lock sleeve hopper 6-2 by lock sleeve feeding warehouse 6-1.Cylinder pushes lock sleeve hopper 6-2, makes lock sleeve hopper 6-
The center line of lock sleeve 31 in 2 is overlapped with the center line of lock sleeve assembly clamping die 6-3.Lock sleeve pusher cylinder 6-4 is pushed
Lock sleeve 31 enters in lock sleeve assembly clamping die 6-3.Lock sleeve, which assembles clamping die 6-3 and driven by cylinder, to be opened or clamps.
Lock sleeve pusher cylinder 6-4 pushes screw plug 21 to dock with outer tube 30.The outer tube baffle 6-5 limitation of 30 one end of outer tube is set
The moving displacement of outer tube 30, provides reaction force.Outer tube 30 equipped with lock sleeve 31 is moved to outer by conveyer belt feeding mechanism 14
Examine side station in pipe assembly position.
As shown in Fig. 9, the structure of the present embodiment preferred outer tube assembly position Jian Ce mechanism 7 and inner tube assembly position
The structure of the side Zhi Jian mechanism 3 is identical.Mounted outer tube 30 is moved to inner tube 20 and inserted with outer tube 30 by conveyer belt feeding mechanism 14
Connect station.
As shown in Fig. 11, the preferred inner tube of the present embodiment and outer tube plug-in connection 8 include: outer tube pusher cylinder 32, by
The inner tube hopper 8-2 that the outer manifold clamp 33 of cylinder control, the inner and outer pipes being controlled by cylinder assemble clamping die 8-1, are controlled by cylinder
With the inner tube push rod 8-3 being controlled by cylinder.20 coaxial line of inner tube in outer tube pusher cylinder 33, outer tube 30 and inner tube hopper 8-2.
The center line of outer manifold clamp 33 is vertical with 30 axis of outer tube.Inner and outer pipes assemble the center line and 30 axis weight of outer tube of clamping die 8-1
It closes.Inner tube push rod 8-3 is contacted with inner tube 20, and the moving direction of inner tube push rod 8-3 is overlapped with 20 axis direction of inner tube.Inner tube 20 with
The working principle of 30 grafting of outer tube are as follows: inner tube 20, outer tube 30 are mobile by the V-arrangement material stock slot support of conveyer belt feeding mechanism 14 respectively
To inner tube 20 and 30 grafting station of outer tube.Outer tube pusher cylinder 33 pushes outer tube 30 to move on material stock slot along axis, enters
Inner and outer pipes assemble in clamping die 8-1.Inner and outer pipes, which assemble clamping die 8-1 and driven by cylinder, to be opened or clamps.Outer manifold clamp 33 clamps
The lock sleeve 31 being mounted on outer tube 30.Outer tube pusher cylinder 33 retracts initial position, provides space for the insertion of inner tube 20.Cylinder
It is lifted inner tube hopper 8-2, inner tube 20 is fallen into inner tube hopper 8-2.Cylinder pushes inner tube push rod 8-3, makes inner tube push rod 8-3 and peace
20 entirety of inner tube is pushed into outer tube 30, outer tube 30 and 22 grafting of twist rod by 22 end thereof contacts of twist rod in inner tube 20,
The screw plug 21 being mounted in inner tube 20 is pierced by from outer tube 30.Conveyer belt feeding mechanism 14 will complete the inner tube 20, outer of grafting
30 component of pipe is moved to inner and outer pipes position inspection side station.
As shown in Fig. 12, the structure of the structure of inner and outer pipes position Jian Ce mechanism 9 and inner tube assembly position Jian Ce mechanism 3
It is identical.Mounted inner tube 20,30 component of outer tube are moved to outer tube 30 with conveyer belt feeding mechanism 14 and twist rod 22 is riveted and inserted
Connect station.
As shown in Fig. 13, the outer tube and twist rod riveting mechanism 10 include: to be controlled up and down by two groups of cylinders
Outer manifold clamp 33, the riveting bed 15, the discharging push plate 16 being controlled by cylinder of movement.Outer manifold clamp 33 is arranged with riveting bed 15 in outer tube 30
Both ends.The center line of outer manifold clamp 33 is vertical with 30 axis of outer tube.Discharging push plate 16 is arranged in 15 side of riveting bed.15 He of riveting bed
The axis of outer tube 30 is overlapped.Discharging push plate 16 is contacted with twist rod 22, the moving direction of discharging push plate 16 and 30 axis side of outer tube
To coincidence.The working principle of outer tube and twist rod riveting mechanism 10 are as follows: inner tube 20,30 component of outer tube are by conveyer belt feeding mechanism 14
V-arrangement material stock slot support be moved to outer tube 30 and twist rod 22 and rivet station.Cylinder pushes outer manifold clamp 33 to close to screwed plug
First 21 direction is mobile, and screw plug 21 is clamped, screw plug 21 is continued to press on, and inner tube 20,30 component of outer tube are pushed into riveting
In bed 15, riveting bed 15 is punched out.When discharging, riveting bed 15 is opened, and cylinder drives discharging push plate 16 mobile, and discharging push plate 16 pushes
Twist rod 22 moves in reverse direction, pushes back the home position on conveyer belt feeding mechanism 14.Conveyer belt feeding mechanism 14 will be completed
Outer tube 30 and the inner tube 20 of the riveting of twist rod 22,30 component of outer tube are moved to finished product discharge station.
Claims (8)
1. a kind of assembly line of telescopic rod, including product line frame, inner tube feed mechanism, outer tube feed mechanism, conveyer belt
Feeding mechanism, components installing mechanism and finished product cutting agency, inner tube feed mechanism and outer tube feed mechanism are arranged in parallel in life
Producing line rack one end, conveyer belt feeding mechanism are arranged in parallel two pairs, the feeding end of each pair of conveyer belt feeding mechanism respectively with inner tube
The discharge end of feed mechanism and outer tube feed mechanism is corresponding, and components installing mechanism is separately mounted to conveyer belt feeding mechanism two sides
Product line frame on, the discharge end of the corresponding conveyer belt feeding mechanism of outer tube feed mechanism is arranged in finished product cutting agency,
It is characterized in that, the components installing mechanism includes: inner tube and screw plug plug-in connection (1), inner tube and twist rod grafting
Mechanism (2), inner tube assembly position Jian Ce mechanism (3), inner tube and screw plug riveting mechanism (4), inner tube and twist rod rivet
Mechanism (5), outer tube and lock sleeve plug-in connection (6), outer tube assembly position Jian Ce mechanism (7), inner tube and outer tube plug-in connection
(8), inner and outer pipes position Jian Ce mechanism (9) and outer tube and twist rod riveting mechanism (10), the inner tube and screw plug grafting
Mechanism (1), inner tube and twist rod plug-in connection (2), inner tube assembly position Jian Ce mechanism (3), inner tube and screw plug rivet
Mechanism (4) and inner tube and twist rod riveting mechanism (5) are successively along transmission direction of belt travel, and material mechanism (12) goes out on inner pipe for setting
On the product line frame (11) for expecting corresponding conveyer belt feeding mechanism (14) two sides in end, the outer tube and lock sleeve plug-in connection
(6), outer tube assembly position Jian Ce mechanism (7), inner and outer pipes position Jian Ce mechanism (9) and outer tube and twist rod riveting mechanism
(10), successively it is arranged along transmission direction of belt travel in the corresponding conveyer belt feeding mechanism of outer tube feed mechanism discharge end (13)
(14) on the product line frame (11) of two sides, the inner tube and outer tube plug-in connection (8) are arranged in two pairs of conveyer belt feeders
On the product line frame (11) of structure (14) two sides.
2. a kind of assembly line of telescopic rod according to claim 1, which is characterized in that the inner tube and screwed plug
Head plug-in connection (1) includes: screw plug feeding warehouse (1-1), the screw plug hopper (1-2) that is controlled by cylinder, by cylinder control
Screw plug assembly clamping die (1-3), screw plug pusher cylinder (1-4) and the inner tube pusher cylinder (23) of system, screw plug
The outlet of feeding warehouse (1-1) is corresponding with screw plug hopper (1-2), screw plug pusher cylinder (1-4), inner tube pusher cylinder
(23) with inner tube (20) coaxial line, center line, the screw plug mounting clip of the screw plug (21) in screw plug hopper (1-2)
The center line of tight mould (1-3) is overlapped with inner tube (20) axis.
3. a kind of assembly line of telescopic rod according to claim 1, which is characterized in that the inner tube and twist rod
Plug-in connection (2) includes: twist rod feeding warehouse (2-1), twist rod hopper (2-2), the twist rod push rod (2- being controlled by cylinder
3) twist rod assembly clamping die (2-4), being controlled by cylinder and inner tube pusher cylinder (23), twist rod feeding warehouse (2-1) go out
Mouth is corresponding with twist rod hopper (2-2), inner tube pusher cylinder (23) and inner tube (20) coaxial line, in twist rod hopper (2-2)
The center line of twist rod (22), the center line of twist rod assembly clamping die (2-4) are overlapped with inner tube (20) axis, twist rod push rod
(2-3) is contacted with twist rod (22), and the moving direction of twist rod push rod (2-3) is overlapped with twist rod (22) axis direction.
4. a kind of assembly line of telescopic rod according to claim 1, which is characterized in that the inner tube assembly position
The side Zhi Jian mechanism (3) includes: metal detection piece (3-1), survey meter (3-2) and the block (3-3) pushed by cylinder, metal detection
Piece (3-1) and block (3-3) are arranged in the both ends of inner tube (20), the moving direction and inner tube (20) axis of metal detection piece (3-1)
Line direction is overlapped, and survey meter (3-2) is arranged in inner tube (20) side, the knot of the outer tube assembly position Jian Ce mechanism (7)
Structure, the structure of inner and outer pipes position Jian Ce mechanism (9) are identical as the structure of inner tube assembly position Jian Ce mechanism (3).
5. a kind of assembly line of telescopic rod according to claim 1, which is characterized in that the inner tube and screwed plug
Head riveting mechanism (4) includes: inner tube pusher cylinder (23), riveting bed (15), the discharging push plate (16) being controlled by cylinder, and inner tube pushes
Cylinder (23) and riveting bed (15) are arranged at the both ends of inner tube (20), and discharging push plate (16) is arranged in riveting bed (15) side, and inner tube pushes away
The axis of cylinder (23), riveting bed (15) and inner tube (20) of taking offence is overlapped, and discharging push plate (16) contacts with screw plug (21), and discharging pushes away
The moving direction of plate (16) is overlapped with inner tube (20) axis direction, the structure and inner tube of inner tube and twist rod riveting mechanism (5) with
The structure of screw plug riveting mechanism (4) is identical.
6. a kind of assembly line of telescopic rod according to claim 1, which is characterized in that the outer tube and lock sleeve
Plug-in connection (6) includes: lock sleeve feeding warehouse (6-1), that be controlled by cylinder lock sleeve hopper (6-2), the lock that is controlled by cylinder
Fixed assembly clamping die (6-3), lock sleeve pusher cylinder (6-4) and outer tube baffle (6-5), lock sleeve feeding warehouse (6-1) go out
It is mouthful corresponding with lock sleeve hopper (6-2), lock sleeve pusher cylinder (6-4) and outer tube (30) coaxial line, outer tube baffle (6-5) with outside
Pipe (30) one end is correspondingly arranged, and center line, the lock sleeve of the lock sleeve (31) in lock sleeve hopper (6-2) assemble clamping die
The center line of (6-3) is overlapped with outer tube (30) axis.
7. a kind of assembly line of telescopic rod according to claim 1, which is characterized in that the inner tube and outer tube is inserted
Connection mechanism (8) includes: outer tube pusher cylinder (32), is controlled by cylinder outer manifold clamp (33), the inner and outer pipes dress being controlled by cylinder
With clamping die (8-1), the inner tube hopper (8-2) being controlled by cylinder and the inner tube push rod (8-3) being controlled by cylinder, outer tube pushes gas
Cylinder (32), outer tube (30) and inner tube (20) coaxial line in inner tube hopper (8-2), the center line and outer tube of outer manifold clamp (33)
(30) axis is vertical, inner and outer pipes assembly clamping die (8-1) center line be overlapped with outer tube (30) axis, inner tube push rod (8-3) and
Inner tube (20) contact, the moving direction of inner tube push rod (8-3) are overlapped with inner tube (20) axis direction.
8. a kind of assembly line of telescopic rod according to claim 1, which is characterized in that the outer tube and twist rod
Riveting mechanism (10) includes: the outer manifold clamp (33) moved up and down by two groups of cylinder controls, riveting bed (15), is controlled by cylinder
Discharging push plate (16), outer manifold clamp (33) and riveting bed (15) are arranged at the both ends of outer tube (30), the center of outer manifold clamp (33)
Line is vertical with outer tube (30) axis, and discharging push plate (16) is arranged in riveting bed (15) side, the axis of riveting bed (15) and outer tube (30)
It is overlapped, discharging push plate (16) is contacted with twist rod (22), the moving direction and outer tube (30) axis direction weight of discharging push plate (16)
It closes.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821095489.5U CN208556634U (en) | 2018-07-11 | 2018-07-11 | A kind of assembly line of telescopic rod |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821095489.5U CN208556634U (en) | 2018-07-11 | 2018-07-11 | A kind of assembly line of telescopic rod |
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| CN208556634U true CN208556634U (en) | 2019-03-01 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108907704A (en) * | 2018-07-11 | 2018-11-30 | 东莞市楚诺机械科技有限公司 | A kind of assembly line of telescopic rod |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108907704A (en) * | 2018-07-11 | 2018-11-30 | 东莞市楚诺机械科技有限公司 | A kind of assembly line of telescopic rod |
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