CN206982101U - Automobile breather pipe assembly tool - Google Patents
Automobile breather pipe assembly tool Download PDFInfo
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- CN206982101U CN206982101U CN201720895345.7U CN201720895345U CN206982101U CN 206982101 U CN206982101 U CN 206982101U CN 201720895345 U CN201720895345 U CN 201720895345U CN 206982101 U CN206982101 U CN 206982101U
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- joint
- breather pipe
- shaft coupling
- screw rod
- bottom plate
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Abstract
This automobile breather pipe assembly tool includes bottom plate, bottom plate is provided with body clamping mould, joint fixed seat is additionally provided with bottom plate, horizontal resiliency mechanism is provided between the rear end of bottom plate and joint fixed seat, motor and the screw rod that is rotatablely connected and can move in the horizontal direction with bottom plate are provided with bottom plate, screw rod is located in the screw of joint fixed seat and screw rod and screw threaded connection, first shaft coupling is connected with the rear end of screw rod, second shaft coupling is connected with the output shaft of motor, first shaft coupling and the circumferentially fixed connection of second shaft coupling and the horizontal resiliency mechanism forces joint fixed seat to rest on joint to push up position in advance so as between first shaft coupling and opposite one end of second shaft coupling form spacing when screw rod rotate and drives joint fixed seat to move forward, joint Yu Ding testing agencies are provided with bottom plate.This method includes：A, clamping；B, pre- top；C, it is pressed into.
Description
Technical field
The utility model belongs to field of mechanical technique, more particularly to a kind of automobile breather pipe assembly tool and its assembling side
Method.
Background technology
Automobile breather pipe its be a kind of warp architecture tubing accessory.
Automobile breather pipe includes body and joint, and current assembling is by tool so that body and joint be assembled.Assembling
When, body is fixed, and joint is slowly inserted into one end of body.
It leaves the spacing of setting after being coordinated due to body end and joint, and in the production process of reality, due to pipe
The deformation quantity of body is larger, causes the spacing between body end and joint can not to exist substantial amounts of in normal section all the time
To do over again, production efficiency is greatly reduced, meanwhile, cause automobile breather pipe potential safety hazard during subsequent use to be present.
Utility model content
The purpose of this utility model is to be able to ensure that assembling quality in view of the above-mentioned problems, providing one kind and improve packaging efficiency
Automobile breather pipe assembly tool.
Another purpose of the present utility model is in view of the above-mentioned problems, to provide a kind of method simple, it can be ensured that assembling
Quality and the automobile breather pipe assemble method for improving packaging efficiency.
To reach above-mentioned purpose, the utility model employs following technical proposal：This automobile breather pipe assembly tool includes
Bottom plate, bottom plate are provided with the body clamping mould for being used to fix body, are additionally provided with bottom plate positioned at body clamping mould side
And for the joint fixed seat of anchor tip, horizontal resiliency mechanism is provided between the rear end of bottom plate and joint fixed seat, the bottom of at
Plate is provided with motor and the screw rod that is rotatablely connected and can move in the horizontal direction with bottom plate, and screw rod is located in joint and fixed
In the screw of seat and screw rod and screw are threadedly coupled, and first shaft coupling are connected with the rear end of screw rod, in the output of motor
Second shaft coupling, first shaft coupling and the circumferentially fixed connection of second shaft coupling are connected with axle and when screw rod rotates and drives joint
The horizontal resiliency mechanism forces joint fixed seat to rest on joint and pushes up position in advance so as in the first shaft coupling when fixed seat moves forward
Spacing is formed between device and opposite one end of second shaft coupling, joint Yu Ding testing agencies are provided with bottom plate and when joint is fixed
Seat rests on screw rod when joint pushes up position in advance and is then moved rearwards so as to drive joint to fix above-mentioned spacing elimination and screw rod
Seat continues to move along and forces horizontal resiliency mechanism to compress.
Can be with the screw rod combination horizontal resiliency mechanism of axial float by setting, it may insure assembling quality, it is ensured that
The final assembling quality of product, avoid and do over again phenomenon and further increase production efficiency, meet the hair of current social technology
Exhibition trend.
The first shaft coupling and second shaft coupling of setting, it may insure the stable delivery of power, it is ensured that production efficiency.
In above-mentioned automobile breather pipe assembly tool, described bottom plate is provided with U-shaped seat body, when first shaft coupling and the
Gap is formed between first shaft coupling and U-shaped seat body rear end described in when spacing is formed between opposite one end of two shaft couplings, institute
The joint Yu Ding testing agencies stated are used to detect described gap.
In above-mentioned automobile breather pipe assembly tool, described first shaft coupling is provided with close to one end of second shaft coupling
First concave-convex connection structure, it is provided with and the first described concave-convex connection structure close to one end of first shaft coupling in second shaft coupling
The second concave-convex connection structure being engaged.
Lenticular structure, it can improve packaging efficiency, while may also be ensured that powerdriven stability.
In above-mentioned automobile breather pipe assembly tool, the first described concave-convex connection structure includes some circle distributions
The first mating groove is formed between first two raised and adjacent the first projections, the second concave-convex connection structure includes some circumference point
The second of cloth is raised, and the second projection is inserted in the first mating groove.
First raised quantity is equal with the quantity of the second projection.
In above-mentioned automobile breather pipe assembly tool, described horizontal resiliency mechanism is located in U-shaped seat body, the horizontal bullet
Property mechanism include two horizontally disposed guide rods, and described guide rod is symmetrical arranged centered on screw rod, the both ends difference of guide rod
The both ends of U-shaped seat body and penetrator fixed seat are located in, is respectively equipped between the rear end of every guide rod and joint fixed seat
One spring and when the springs are compressed joint are gradually fitted into body.
In above-mentioned automobile breather pipe assembly tool, described screw front end is hanging, the rear end of screw rod and U-shaped seat body it
Between be provided with some plane retaining bearings.
In above-mentioned automobile breather pipe assembly tool, described U-shaped seat body leading inside is provided with and inserted in for screw front end
Spacing blind hole.
In above-mentioned automobile breather pipe assembly tool, bottom plate both sides are respectively equipped with regulation guide rail, in every regulation guide rail
On be respectively equipped with travel switch and described travel switch is symmetrical arranged, be respectively equipped with above-mentioned joint on two regulation guide rails
Yu Ding testing agencies and described joint Yu Ding testing agencies are symmetrical arranged.
In above-mentioned automobile breather pipe assembly tool, described travel switch includes the limit being connected in joint fixed seat
Position bar, limit sensors are provided with regulation guide rail；
Described joint Yu Ding testing agencies include the sensor installing plate being arranged on regulation guide rail, are installed in sensor
Plate is provided with sensor.
In above-mentioned automobile breather pipe assembly tool, body clamping mould includes lower mould and upper above lower mould
Mould, lower breather pipe fixing groove is provided with the upper surface of lower mould, is provided with and described lower breather pipe fixing groove in the lower surface of upper mould
The upper breather pipe fixing groove being correspondingly arranged, lower layer of silica gel is provided with lower breather pipe fixing groove cell wall, in upper breather pipe fixing groove
Cell wall be provided with upper layer of silica gel, internal diameter is formed between described lower layer of silica gel and upper layer of silica gel and is less than automobile breather pipe external diameter
Gripping channel.
In above-mentioned automobile breather pipe assembly tool, described lower layer of silica gel is fixed on lower breather pipe by glue and fixed
In groove.
In above-mentioned automobile breather pipe assembly tool, described upper layer of silica gel is fixed on upper breather pipe by glue and fixed
In groove.
In above-mentioned automobile breather pipe assembly tool, described upper breather pipe fixes groove deep and lower breather pipe fixing groove
Groove depth it is equal.
In above-mentioned automobile breather pipe assembly tool, described upper layer of silica gel thickness is equal with the thickness of lower layer of silica gel.
In above-mentioned automobile breather pipe assembly tool, described lower mould is fixed on L-shaped base, is set on L-shaped base
There is the lift drive mechanism being connected with described upper mould.
In above-mentioned automobile breather pipe assembly tool, described lift drive mechanism includes the connection being connected on mould
It is provided between block and contiguous block and L-shaped base and is vertically directed structure, it is perpendicular provided with what is be connected with described contiguous block on L-shaped base
Straight elevating lever, the wobble drive arm being connected with described vertical lifting bar upper end is hinged with L-shaped base.
In above-mentioned automobile breather pipe assembly tool, the described structure that is vertically directed includes being arranged on L-shaped base
Upright guide rail, the sliding block being slidably connected with described upright guide rail is provided with contiguous block.
In above-mentioned automobile breather pipe assembly tool, described L-shaped base top is provided with convex shoulder, and U is provided with convex shoulder
Shape fixed mount, it is provided with guide cylinder in the lower end of U-shaped fixed mount and described vertical lifting bar is inserted in guide cylinder, described swing
Actuating arm is hinged on the upper end of U-shaped fixed mount.
In above-mentioned automobile breather pipe assembly tool, described wobble drive arm connects with one end that U-shaped fixed mount is hinged
Two pieces of symmetrically arranged linking arms are connected to, the pin that both ends are connected with described linking arm respectively is provided with the upper end of vertical lifting bar
Axle.
This automobile breather pipe assemble method comprises the following steps：
A, clamping：By body clamping on body clamping mould, by joint clamping in joint fixed seat；
B, pre- top：Start motor, motor is by first shaft coupling and second shaft coupling so as to forcing screw rod to revolve
Turn, screw rod is threadedly coupled with the screw in joint fixed seat so as to drive joint fixed seat to move forward, and is consolidated when being fixed on joint
Junction portion in reservation is arranged on the horizontal resiliency mechanism that bottom plate and joint are fixed between base rear end and forced when being inserted into body
Joint fixed seat rests on joint and pushes up position in advance, shape between the U-shaped seat body rear end on first shaft coupling front end and bottom plate now
Spacing is formed between gap and opposite one end of first shaft coupling and second shaft coupling, the joint being arranged on bottom plate pushes up inspection in advance
Survey mechanism and detect that then joint completes pre- top during the gap signal；
C, it is pressed into：Motor continues to drive screw rod rotation, and screw rod is then moved so as to by first to motor side
Form spacing between axle device and opposite one end of second shaft coupling to eliminate, screw rod now drives joint fixed seat to continue to reach
Move and force horizontal resiliency mechanism to compress, most joint is pressed into body at last, i.e. complete assembling.
Compared with prior art, this automobile breather pipe assembly tool and its it is the advantages of method：
1st, can be with the screw rod combination horizontal resiliency mechanism of axial float by setting, it may insure assembling quality, it is ensured that
Product final assembling quality, avoid and do over again phenomenon and further increase production efficiency, meet current social technology
Development trend.
2nd, the first shaft coupling and second shaft coupling set, it may insure the stable delivery of power, it is ensured that production effect
Rate.
3rd, simple in construction and manufacture easy to process.
4th, gripping channel its can further improve the chucking power of radial direction, and the upper layer of silica gel and lower layer of silica gel set, its
Effectively body can be prevented to be moved rearwards, further increase packaging efficiency and assembling quality.
5th, method is simple and is easy to expanded application.
Brief description of the drawings
Fig. 1 is structural representation provided by the utility model.
Fig. 2 is body clamping mould structure schematic diagram provided by the utility model.
Fig. 3 is body clamping another viewing angle constructions schematic diagram of mould provided by the utility model.
In figure, bottom plate 1, regulation guide rail 11, joint fixed seat 2, horizontal resiliency mechanism 3, guide rod 31, spring 32, driving electricity
Machine 4, second shaft coupling 41, the second projection 42, screw rod 5, first shaft coupling 51, the first projection 52, plane retaining bearing 53, U-shaped
Pedestal 6, spacing blind hole 61, joint Yu Ding testing agencies 7, sensor installing plate 71, sensor 72, travel switch 8, positive stop strip
81st, limit sensors 82, body clamping mould 9, lower mould A1, lower breather pipe fixing groove A11, upper mould A2, upper breather pipe fixing groove
A21, lower layer of silica gel A3, upper layer of silica gel A4, L-shaped base A5, convex shoulder A51, U-shaped fixed mount A52, guide cylinder A53, elevator drive machine
Structure A6, contiguous block A61, vertical lifting bar A62, wobble drive arm A63, upright guide rail A64, sliding block A65, linking arm A66, bearing pin
A67, gripping channel Aa.
Embodiment
It is the specific embodiment of utility model and with reference to accompanying drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these embodiments.
As shown in figure 1, this automobile breather pipe assembly tool includes bottom plate 1, the pipe for being used for fixing body is provided with bottom plate 1
Body clamps mould 9, and specifically, as Figure 2-3, body clamping mould 9 includes lower mould A1 and upper above lower mould A1
Mould A2, lower breather pipe fixing groove A11 is provided with lower mould A1 upper surface, is provided with and described lower ventilation in upper mould A2 lower surface
The upper breather pipe fixing groove A21 that pipe fixing groove A11 is correspondingly arranged.
Upper mould A2 and lower mould A1 have metal material to be made respectively.
Above-mentioned lower breather pipe fixing groove A11 and upper breather pipe fixing groove A21 is respectively the cell body of warp architecture.
Lower layer of silica gel A3 is provided with lower breather pipe fixing groove A11 cell walls, is set on upper breather pipe fixing groove A21 cell wall
There is upper layer of silica gel A4, the clamping that internal diameter is less than automobile breather pipe external diameter is formed between described lower layer of silica gel A3 and upper layer of silica gel A4
Passage Aa.
That is, it can further improve the chucking power of radial direction to gripping channel Aa, and the upper layer of silica gel and lower layer of silica gel set,
It effectively can prevent body to be moved rearwards, and further increase packaging efficiency and assembling quality.
Secondly, lower layer of silica gel A3 is fixed in lower breather pipe fixing groove A11 by glue.Upper layer of silica gel A4 is consolidated by glue
It is scheduled in breather pipe fixing groove A21.
In addition, upper breather pipe fixing groove A21 groove depths are equal with lower breather pipe fixing groove A11 groove depth.Upper layer of silica gel A4 is thick
Degree is equal with lower layer of silica gel A3 thickness.
For the ease of manipulation, lower mould A1 is fixed on L-shaped base A5, is provided with and described upper mould A2 on L-shaped base A5
The lift drive mechanism A6 of connection.Specifically, above-mentioned lift drive mechanism A6 includes the contiguous block A61 being connected on mould A2
And be provided between contiguous block A61 and L-shaped base A5 and be vertically directed structure, being vertically directed structure includes being arranged on L-shaped base A5
Upright guide rail A64, the sliding block A65 that is slidably connected with described upright guide rail A64 is provided with contiguous block A61.
The vertical lifting bar A62 being connected with described contiguous block A61 is provided with L-shaped base A5, is cut with scissors on L-shaped base A5
It is connected to the wobble drive arm A63 being connected with described vertical lifting bar A62 upper ends.
Further, convex shoulder A51 is provided with the top of L-shaped base A5, U-shaped fixed mount A52 is provided with convex shoulder A51, is fixed in U-shaped
Frame A52 lower end is provided with guide cylinder A53 and described vertical lifting bar A62 is inserted in guide cylinder A53, described wobble drive arm
A63 is hinged on U-shaped fixed mount A52 upper end.
Two pieces of symmetrically arranged linking arm A66 are connected with one end that wobble drive arm A63 and U-shaped fixed mount A52 is hinged,
The bearing pin A67 that both ends are connected with described contiguous block 66 respectively is provided with vertical lifting bar A62 upper end.
T-shaped lock part is provided with U-shaped fixed mount A52, described wobble drive arm A63 and U-shaped fixed mount A52 is cut with scissors
It is resisted against during one end locking connect in the plane of lock part.V-shaped groove is offered in the middle part of lock part, which reduces contact area.
Body is placed in lower layer of silica gel A3, now, wobble drive arm A63 from top to bottom vertical direction swing from
And vertical lifting bar A62 is forced to move down, i.e. to force the upper layer of silica gel A4 and lower layer of silica gel A3 on mould A2 to surround to form folder
Passage Aa is held, body is fixed and finished, and then can be carried out assembling processing.
Further, lower block rubber is provided with lower breather pipe fixing groove A11 rear end, is provided with upper breather pipe fixing groove A21
The upper block rubber being correspondingly arranged with the first described block rubber, formed and gripping channel Aa between lower block rubber and upper block rubber
The clamping through hole of connection.
Consolidate as shown in figure 1, being additionally provided with bottom plate 1 positioned at the joint that body clamps the side of mould 9 and is used for anchor tip
Reservation 2, joint fixed seat 2 are provided with joint fixing groove, are easy to the fixed installation of joint.In bottom plate 1 and joint fixed seat 2
Horizontal resiliency mechanism 3 is provided between rear end.It can be elongated and compress for horizontal resiliency mechanism 3, to provide extraordinary elasticity
Confining force.
Motor 4 and the screw rod 5 that is rotatablely connected and can move in the horizontal direction with bottom plate 1, spiral shell are provided with bottom plate 1
Bar 5 is located in the screw of joint fixed seat 2 and screw rod 5 and screw threaded connection.
That is, screw rod 5 can drive sub fixed seat 2 move forward, meanwhile, when joint fixed seat 2 stop move forward when,
The opposing tabs fixed seat 2 of screw rod 5 is moved rearwards.
First shaft coupling 51 is connected with the rear end of screw rod 5, second shaft coupling is connected with the output shaft of motor 4
41, first shaft coupling 51 and second shaft coupling 41 it is circumferentially fixed connection and when screw rod 5 rotates and drives joint fixed seat 2 to reach
The horizontal resiliency mechanism 3 forces joint fixed seat 2 to rest on joint and pushes up position in advance so as in first shaft coupling 51 and second when dynamic
Spacing is formed between opposite one end of shaft coupling 41.
Joint Yu Ding testing agencies 7 and when joint fixed seat 2 rests on spiral shell when joint pushes up position in advance are being provided with bottom plate 1
Bar 5 is then moved rearwards so as to eliminate above-mentioned spacing and screw rod 5 drives joint fixed seat 2 to continue to move along and forces level
Elastic mechanism 3 compresses.Secondly, U-shaped seat body 6 is provided with bottom plate 1, when opposite the one of first shaft coupling 51 and second shaft coupling 41
Gap is formed between first shaft coupling 51 and the rear end of U-shaped seat body 6 described in when spacing is formed between end, described joint pushes up inspection in advance
Mechanism 7 is surveyed to be used to detect described gap.
That is, the starting point that joint pushes up position and be pressed into as joint in advance is rested on using joint fixed seat 2, when screw rod 5 drives
When joint fixed seat 2 continues to move along and forces the compression of horizontal resiliency mechanism 3, the final pressure of whole joint now may insure
Enter size.
The first concave-convex connection structure is provided with close to one end of second shaft coupling 41 in first shaft coupling 51, in second shaft coupling
41 are provided with the second concave-convex connection structure being engaged with the first described concave-convex connection structure close to one end of first shaft coupling 51.
Further, the first above-mentioned concave-convex connection structure include some circle distributions the first projection 52 and adjacent two it is first convex
The first mating groove is formed between playing 52, the second concave-convex connection structure includes the second projection 42 of some circle distributions, and second is raised
42 insert in the first mating groove.
The socket connection structure of male-female engagement formula, it may insure circumferential fixation and the mutual motion of axial direction.
Further, U-shaped seat body 6 is provided with bottom plate 1, horizontal resiliency mechanism 3 is located in U-shaped seat body 6, when first shaft coupling 51
Between opposite one end of second shaft coupling 41 formed spacing when described in first shaft coupling 51 and the rear end of U-shaped seat body 6 between shape
Into gap.
That is, in original state, the front end of first shaft coupling 51 now is resisted against on the rear end of U-shaped seat body 6, when joint pushes up in advance
When testing agency 7 has detected gap signal, now then think that the joint in joint fixed seat has reached pre- top position, also
It is that joint is pressed into the zero point into body.
Specifically, the horizontal resiliency mechanism 3 of the present embodiment is located in U-shaped seat body 6, and horizontal resiliency mechanism 3 includes two water
The flat guide rod 31 set, and described guide rod 31 is symmetrical arranged centered on screw rod 5, the both ends of guide rod 31 are located in U-shaped respectively
The both ends of pedestal 6 and penetrator fixed seat 2, i.e. joint fixed seat 2 is provided with two through holes, and guide rod 31 inserts in described one by one
Through hole in, be respectively equipped with a spring 32 and when spring 32 is compressed between the rear end of every guide rod 31 and joint fixed seat 2
When joint be gradually fitted into body.
That is, using above-mentioned zero point as starting point, then obtain one so as to the press-in size of control joint in control stroke and set
Determine the gap size in section.
Further, travel switch 8 is provided between bottom plate 1 and joint fixed seat 2.The control joint fixed seat 2 of travel switch 8 to
The stroke of preceding movement.
Secondly, the front end of screw rod 5 is hanging, and some plane retaining bearings 53 are provided between the rear end of screw rod 5 and U-shaped seat body 6.It is flat
It may insure the ride comfort that screw rod rotates with face retaining bearing 53, meanwhile, also ensure movement when screw rod moves axially and put down
It is pliable.
Prioritization scheme, the spacing blind hole 61 inserted in for the front end of screw rod 5 is provided with the leading inside of U-shaped seat body 6.Spacing blind hole 61
It, which has, strengthens and spacing multiple effects.
In addition, being respectively equipped with regulation guide rail 11 in the both sides of bottom plate 1, travel switch is respectively equipped with every regulation guide rail 11
8 and described travel switch 8 be symmetrical arranged, above-mentioned joint Yu Ding testing agencies 7 are respectively equipped with two regulation guide rails 11
And described joint Yu Ding testing agencies 7 are symmetrical arranged.
Specifically, travel switch 8 includes the positive stop strip 81 being connected in joint fixed seat 2, is provided with regulation guide rail 11
Limit sensors 82；
Secondly, joint Yu Ding testing agencies 7 include the sensor installing plate 71 being arranged on regulation guide rail 11, in sensor
Installing plate 71 is provided with sensor 72.
This automobile breather pipe assemble method comprises the following steps：
A, clamping：By body clamping on body clamping mould 9, by joint clamping in joint fixed seat 2；
B, pre- top：Start motor 4, motor 4 is by first shaft coupling 51 and second shaft coupling 41 so as to forcing
Screw rod 5 is rotated, and screw rod 5 is threadedly coupled with the screw in joint fixed seat 2 so as to drive joint fixed seat 2 to move forward, when solid
The junction portion being scheduled in joint fixed seat 2 is arranged on the level between bottom plate 1 and the rear end of joint fixed seat 2 when being inserted into body
Elastic mechanism 3 forces joint fixed seat 2 to rest on joint and pushes up position in advance, the front end of first shaft coupling 51 now and the U on bottom plate
Gap is formed between the rear end of shape pedestal 6 and forms spacing between first shaft coupling 51 and opposite one end of second shaft coupling 41, if
Put when the joint Yu Ding testing agencies 7 on bottom plate detect the gap signal then joint and complete pre- top；
C, it is pressed into：Motor 4 continues to drive screw rod rotation, and screw rod is then moved so as to by first to the side of motor 4
Spacing is formed between shaft coupling 51 and opposite one end of second shaft coupling 41 to eliminate, screw rod now drive joint fixed seat 2 after
Continuous to move forward and force horizontal resiliency mechanism 3 to compress, most joint is pressed into body at last, i.e. completes assembling.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement to described specific embodiment or using similar
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Claims (10)
1. a kind of automobile breather pipe assembly tool, including bottom plate (1), it is characterised in that described bottom plate (1), which is provided with, to be used for admittedly
The body clamping mould (9) of fixed tube body, it is additionally provided with bottom plate (1) and clamps mould (9) side positioned at body and connect for fixation
The joint fixed seat (2) of head, is provided with horizontal resiliency mechanism (3), the bottom of between the rear end of bottom plate (1) and joint fixed seat (2)
Plate (1) is provided with motor (4) and the screw rod (5) that is rotatablely connected and can move in the horizontal direction with bottom plate (1), screw rod
(5) it is located in the screw of joint fixed seat (2) and screw rod (5) and screw threaded connection, the is connected with the rear end of screw rod (5)
One shaft coupling (51), second shaft coupling (41), first shaft coupling (51) and second are connected with the output shaft of motor (4)
The circumferentially fixed connection of shaft coupling (41) and the horizontal resiliency when screw rod (5) rotates and drives joint fixed seat (2) to move forward
Mechanism (3) forces joint fixed seat (2) to rest on joint and pushes up position in advance so as in first shaft coupling (51) and second shaft coupling
(41) spacing is formed between opposite one end, joint Yu Ding testing agencies (7) are provided with bottom plate (1) and work as joint fixed seat
(2) screw rod (5) when joint pushes up position in advance is rested on then to be moved rearwards so as to drive and connect above-mentioned spacing elimination and screw rod (5)
Head fixed seat (2) continues to move along and forces horizontal resiliency mechanism (3) to compress.
2. automobile breather pipe assembly tool according to claim 1, it is characterised in that described bottom plate (1) is provided with U-shaped
Pedestal (6), first described in when forming spacing between opposite one end of first shaft coupling (51) and second shaft coupling (41)
Form gap between axle device (51) and U-shaped seat body (6) rear end, described joint Yu Ding testing agencies (7) are used to detecting described
Gap.
3. automobile breather pipe assembly tool according to claim 2, it is characterised in that described first shaft coupling (51) is leaned on
One end of nearly second shaft coupling (41) is provided with the first concave-convex connection structure, in second shaft coupling (41) close to first shaft coupling (51)
One end be provided with the second concave-convex connection structure for being engaged with the first described concave-convex connection structure.
4. automobile breather pipe assembly tool according to claim 3, it is characterised in that the first described concave-convex connection structure
Form the first mating groove between first raised (52) and adjacent two first raised (52) including some circle distributions, second
Concave-convex connection structure includes second raised (42) of some circle distributions, and second raised (42) are inserted in the first mating groove.
5. automobile breather pipe assembly tool according to claim 2, it is characterised in that described horizontal resiliency mechanism (3)
In U-shaped seat body (6), the horizontal resiliency mechanism (3) includes two horizontally disposed guide rods (31), and described guide rod (31)
It is symmetrical arranged centered on screw rod (5), the both ends of guide rod (31) are located in the both ends of U-shaped seat body (6) respectively and penetrator is consolidated
Reservation (2), a spring (32) is respectively equipped between the rear end of every guide rod (31) and joint fixed seat (2) and works as spring (32)
Joint is gradually fitted into body when being compressed.
6. automobile breather pipe assembly tool according to claim 2, it is characterised in that described screw rod (5) front end is hanging,
Some plane retaining bearings (53) are provided between the rear end of screw rod (5) and U-shaped seat body (6).
7. automobile breather pipe assembly tool according to claim 2, it is characterised in that described bottom plate (1) both sides difference
Provided with regulation guide rail (11), travel switch (8) is respectively equipped with every regulation guide rail (11) and described travel switch (8) is right
Claim to set, above-mentioned joint Yu Ding testing agencies (7) are respectively equipped with two regulation guide rails (11) and described joint pushes up in advance
Testing agency (7) is symmetrical arranged.
8. automobile breather pipe assembly tool according to claim 1, it is characterised in that described body clamping mould (9)
Upper mould (A2) including lower mould (A1) and above lower mould (A1), lower breather pipe fixing groove is provided with the upper surface of lower mould (A1)
(A11) the upper breather pipe being correspondingly arranged with described lower breather pipe fixing groove (A11), is provided with the lower surface of upper mould (A2) to fix
Groove (A21), described lower breather pipe fixing groove (A11) cell wall is provided with lower layer of silica gel (A3), in upper breather pipe fixing groove (A21)
Cell wall be provided with upper layer of silica gel (A4), between described lower layer of silica gel (A3) and upper layer of silica gel (A4) formed internal diameter be less than automobile
The gripping channel (Aa) of breather pipe external diameter.
9. automobile breather pipe assembly tool according to claim 8, it is characterised in that described lower mould (A1) is fixed on bottom
On the L-shaped base (A5) of plate, the lift drive mechanism (A6) being connected with described upper mould (A2) is provided with L-shaped base (A5).
10. automobile breather pipe assembly tool according to claim 9, it is characterised in that described lift drive mechanism
(A6) contiguous block (A61) that is connected on mould (A2) is included and between contiguous block (A61) and L-shaped base (A5) provided with leading vertically
To structure, the vertical lifting bar (A62) being connected with described contiguous block (A61) is provided with L-shaped base (A5), in L-shaped base
(A5) the wobble drive arm (A63) being connected with described vertical lifting bar (A62) upper end is hinged with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720895345.7U CN206982101U (en) | 2017-07-21 | 2017-07-21 | Automobile breather pipe assembly tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720895345.7U CN206982101U (en) | 2017-07-21 | 2017-07-21 | Automobile breather pipe assembly tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206982101U true CN206982101U (en) | 2018-02-09 |
Family
ID=61415985
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720895345.7U Active CN206982101U (en) | 2017-07-21 | 2017-07-21 | Automobile breather pipe assembly tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206982101U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109249195A (en) * | 2018-10-24 | 2019-01-22 | 安徽中鼎胶管制品有限公司 | A kind of assembly device of Quick-acting type mounting joint |
-
2017
- 2017-07-21 CN CN201720895345.7U patent/CN206982101U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109249195A (en) * | 2018-10-24 | 2019-01-22 | 安徽中鼎胶管制品有限公司 | A kind of assembly device of Quick-acting type mounting joint |
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