CN208194824U - The rolling glue stations of servo shock absorber frame - Google Patents
The rolling glue stations of servo shock absorber frame Download PDFInfo
- Publication number
- CN208194824U CN208194824U CN201820326087.5U CN201820326087U CN208194824U CN 208194824 U CN208194824 U CN 208194824U CN 201820326087 U CN201820326087 U CN 201820326087U CN 208194824 U CN208194824 U CN 208194824U
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- China
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- skeleton
- rubber
- coated mechanism
- feeding groove
- glidepath
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Abstract
The utility model discloses the rolling glue stationss of servo shock absorber frame, it includes feeding groove, straight vibration track, rubber-coated mechanism and cutting agency, the feeding groove upper end is provided with elevator, the elevator driving feeding groove inner frame is moved to straight vibration track, the glidepath of the skeleton for receiving deviation is provided between the elevator and straight vibration track, the glidepath is connect far from one end of straight vibration track with feeding groove, the glidepath is provided with the curved baffle for stopping skeleton to fall close to one end of feeding groove, the skeleton of deviation can be moved in feeding groove after sliding to glidepath along curved baffle, the skeleton of deviation slides automatically, convenient for reentering feeding groove, it improves efficiency.Primer heat preservation tank, the first face glue heat preservation tank and the second face glue heat preservation tank form annular heat preservation tank, successively carry out drying and processing to skeleton, improve product qualification rate.
Description
Technical field
The utility model relates to the rolling glue stationss of servo shock absorber frame.
Background technique
Coating roller is one of coating equipment series mechanical important equipment, with high production efficiency, the simple side of maintenance
Just the advantages of.But when at present to servo shock absorber frame feeding, the skeleton of deviation does not enter into rubber-coated mechanism, can only pass through
It is artificial take out, strong influence working efficiency.In addition, often relating to multiple tracks gluing work for servo shock absorber frame gluing
, the glue between adjacent gluing station often influences each other, and influences the qualification rate of product.
In consideration of it, overcoming defect present in the above-mentioned prior art is the art urgent problem to be solved.
Utility model content
The technical issues of the utility model solves is to provide a kind of rolling glue stations of efficient servo shock absorber frame.
The technical scheme adopted by the utility model to solve the technical problem is as follows: the rolling of servo shock absorber frame applies mucilage binding
It sets including feeding groove, directly vibration track, rubber-coated mechanism and cutting agency, the feeding groove upper end are provided with elevator, the promotion
Machine driving feeding groove inner frame is moved to straight vibration track, is provided between the elevator and straight vibration track for receiving deviation
The glidepath of skeleton, the glidepath are connect far from one end of straight vibration track with feeding groove, and the glidepath is close to upper
One end of hopper is provided with the curved baffle for stopping skeleton to fall, and the skeleton of deviation can be along arc after sliding to glidepath
Shape baffle is moved in feeding groove.
Further, the rubber-coated mechanism successively includes primer rubber-coated mechanism and the first face glue rubber-coated mechanism and the second face
Glue rubber-coated mechanism is provided with for drying to the primer on skeleton between the primer rubber-coated mechanism and the first face glue rubber-coated mechanism
Primer heat preservation tank, the first face glue heat preservation tank is provided between the first face glue rubber-coated mechanism and the second face glue rubber-coated mechanism,
The second face glue rubber-coated mechanism is provided with the second face glue heat preservation tank close to one end of cutting agency.
Further, being provided with the barrier cylinder for barrier skeleton at the straight vibration track export.
Further, the cutting agency includes the pushing tow cylinder for pushing tow skeleton, pushing tow glidepath, blanking biography
Band and product box, the pushing tow cylinder pushing tow skeleton to pushing tow glidepath are sent, the outlet of pushing tow glidepath is transmitted with blanking
Band connection, the product box are located at below blanking conveyer belt.
Further, wash bowl is provided with below the rubber-coated mechanism, the gluing in the wash bowl and rubber-coated mechanism
Slot connection, described wash bowl one end is provided with pump.
The beneficial effects of the utility model are: the skeleton of deviation slides automatically, convenient for reentering feeding groove, effect is improved
Rate；Multilayer gluing is carried out to skeleton, each gluing is dried, and product qualification rate is improved；It misplaces to the skeleton on straight vibration track,
Avoid multiple skeletons that once fall；Automatic blanking improves efficiency；Each coating groove is cleaned in time.
Detailed description of the invention
Fig. 1 is the schematic diagram of the rolling glue stations top view of servo shock absorber frame.
Fig. 2 is the schematic diagram of the rolling glue stations main view of servo shock absorber frame.
In the figure, it is marked as feeding groove 1, elevator 11, straight vibration track 2, primer rubber-coated mechanism 31, the first face glue rubber-coated mechanism
321, the second face glue rubber-coated mechanism 322, product box 41, pushing tow glidepath 42, blanking conveyer belt 43, glidepath 5, arc gear
Plate 51, primer heat preservation tank 61, the first face glue heat preservation tank 62, the second face glue heat preservation tank 63, turntable 7, barrier cylinder 8, wash bowl 9.
Specific embodiment
The present invention will be further described below with reference to the accompanying drawings and specific embodiments.
As shown in Figure 1, the rolling glue stations of servo shock absorber frame includes feeding groove 1, straight vibration track 2, rubber-coated mechanism
And cutting agency, 1 upper end of feeding groove are provided with elevator 11, the elevator 11 drives 1 inner frame of feeding groove to be moved to
Straight vibration track 2 is provided with the glidepath 5 of the skeleton for receiving deviation between the elevator 11 and straight vibration track 2, described
Glidepath 5 one end and 1 Stud connection of feeding groove far from straight vibration track 2, the glidepath 5 is close to one end of feeding groove 1
Stud connection is kept off after having the curved baffle 51 for stopping skeleton to fall, the skeleton of deviation to slide to glidepath 5 along arc
Plate 51 moves in feeding groove 1.Servo shock absorber frame is put into feeding groove 1, elevator 11 passes through the layer-by-layer pushing tow skeleton of cylinder,
Skeleton is pushed into straight vibration track 2, it is multiple for being inserted into skeleton the contact pin for fixing skeleton that turntable 7 has Stud connection to have, and inserts
Needle is towards straight vibration 2 exit of track.Rubber-coated mechanism and cutting agency are located at 7 both ends of turntable.The straight vibration track 2 is far from glidepath
One end Stud connection in road 5 has the baffle for stopping skeleton to fall.Glidepath 5 and straight vibration 2 Stud connection of track, glidepath 5
Lower than straight vibration track 2, when skeleton deviation cannot be introduced into straight vibration track 2, skeleton is snapped down to glidepath 5, and glidepath can
To be conveyer belt, when skeleton is moved to one end of feeding groove 1 by conveyer belt, curved baffle 51 stop its continue glide so that its
Feeding groove 1 is moved to along curved baffle 51 under human assistance.
As shown in Figure 1, the rubber-coated mechanism includes primer rubber-coated mechanism 31 and the first face glue rubber-coated mechanism 321 and the second face
Glue rubber-coated mechanism 322 is provided between the primer rubber-coated mechanism 31 and the first face glue rubber-coated mechanism 321 for on skeleton
The primer heat preservation tank 61 of primer drying, is provided between the first face glue rubber-coated mechanism 321 and the second face glue rubber-coated mechanism 322
First face glue heat preservation tank 62, the second face glue rubber-coated mechanism 322 are provided with the heat preservation of the second face glue close to one end of cutting agency
Slot 63.Temperature is passed to primer heat preservation tank by air hose by the workbench upper end Stud connection having heaters, the heater
61, the first face glue heat preservation tank 62 and the second face glue heat preservation tank 63.7 Stud connection of turntable is in workbench, 31 He of primer rubber-coated mechanism
First face glue rubber-coated mechanism 321 and the second face glue rubber-coated mechanism 322.Rubber-coated mechanism can be coating groove, driving skeleton rotates
Glue bucket inside courtyard is constantly sent into coating groove by pump by rolling bearing and glue bucket, the glue bucket, and the contact pin for being inserted with skeleton passes through
Turntable 7 is moved between the rolling bearing at coating groove both ends, and rolling bearing is rotated by motor driven drives skeleton to rotate, bone
Frame rotates so that skeleton surface passes fully through coating groove to gluing.The rotation of turntable 7 drives the skeleton on contact pin successively the bottom of by
Glue rubber-coated mechanism 31, primer heat preservation tank 61, the first face glue rubber-coated mechanism 321, the first face glue heat preservation tank 62, the second face glue gluing
Mechanism 322, the second face glue heat preservation tank 63 enter heat preservation tank after each gluing and dry, avoid having an impact gluing next time, the
Two face glue heat preservation tanks 63 dry the product for being painted with glue.
As shown in Fig. 1 or Fig. 2, straight vibration 2 exit of track is provided with the barrier cylinder 8 for barrier skeleton.Every
Gear cylinder 8 is connected to straight vibration 2 exit upper end of track by bracket studs, when the light of the contact pin one end in 2 exit of track that directly shakes
Electric transducer detected contact pin upper skeleton and when straight vibration 2 exit of track detected skeleton also by another sensor, every
The skeleton on the lower straightening vibration track 2 of cylinder 8 is kept off, misplaces to the skeleton on straight vibration track, prevents that skeleton is stopped to continue to move to.
As shown in Figure 1, the cutting agency includes pushing tow cylinder for pushing tow skeleton, pushing tow glidepath 42, blanking
Conveyer belt 43 and product box 41, the pushing tow cylinder pushing tow skeleton to pushing tow glidepath 42, pushing tow glidepath 42 export
It is connect with blanking conveyer belt 43, the product box 41 is located at 43 lower section of blanking conveyer belt.Pushing tow cylinder Stud connection is under turntable 7
End is on bracket, and the bracket studs are connected with photoelectric sensor, after the photoelectric sensor detects the skeleton that gluing is completed,
Pushing tow cylinder pushing tow skeleton and disengage it from contact pin, skeleton by pushing tow glidepath 42 downslide drop down onto blanking conveyer belt 43, under
Material conveyer belt 43 is rotated skeleton is mobile until falling into product box 41 by motor.
As shown in Fig. 2, wash bowl 9 is provided with below the rubber-coated mechanism, the wash bowl 9 and the gluing in rubber-coated mechanism
Slot connection, described 9 one end of wash bowl is provided with pump 91.Wash bowl 9 is connect with each coating groove by pipeline, pumps 91 for coating groove
Interior masking liquid is pumped to wash bowl 9, and 9 cleaning liquid inside of wash bowl cleans it.
Particular embodiments described above has carried out into one the purpose of this utility model, technical scheme and beneficial effects
Step is described in detail, it should be understood that being not limited to this foregoing is merely specific embodiment of the utility model
Utility model, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done should all wrap
Containing being within the protection scope of the utility model.
Claims (5)
1. the rolling glue stations of servo shock absorber frame, including feeding groove (1), directly shake track (2), rubber-coated mechanism and blanking machine
Structure, feeding groove (1) upper end are provided with elevator (11), and described elevator (11) driving feeding groove (1) inner frame is moved to
Straight vibration track (2), it is characterised in that: the bone for receiving deviation is provided between the elevator (11) and straight vibration track (2)
The glidepath (5) of frame, the glidepath (5) connect far from one end of straight vibration track (2) with feeding groove (1), the downslide
Track (5) is provided with the curved baffle (51) for stopping skeleton to fall close to the one end of feeding groove (1), and the skeleton of deviation slides
It can be moved to along curved baffle (51) after to glidepath (5) in feeding groove (1).
2. the rolling glue stations of servo shock absorber frame according to claim 1, it is characterised in that: the rubber-coated mechanism
It successively include primer rubber-coated mechanism (31) and the first face glue rubber-coated mechanism (321) and the second face glue rubber-coated mechanism (322), the bottom
It is provided between glue rubber-coated mechanism (31) and the first face glue rubber-coated mechanism (321) for being protected to the primer of the primer drying on skeleton
Warm slot (61) is provided with the first face glue guarantor between the first face glue rubber-coated mechanism (321) and the second face glue rubber-coated mechanism (322)
Warm slot (62), the second face glue rubber-coated mechanism (322) are provided with the second face glue heat preservation tank (63) close to one end of cutting agency.
3. the rolling glue stations of servo shock absorber frame according to claim 1, it is characterised in that: the straight vibration track
(2) exit is provided with the barrier cylinder (8) for barrier skeleton.
4. the rolling glue stations of servo shock absorber frame according to claim 1, it is characterised in that: the cutting agency
It is described including pushing tow cylinder, pushing tow glidepath (42), blanking conveyer belt (43) and the product box (41) for pushing tow skeleton
Pushing tow cylinder pushing tow skeleton to pushing tow glidepath (42), pushing tow glidepath (42) outlet is connect with blanking conveyer belt (43),
The product box (41) is located at below blanking conveyer belt (43).
5. the rolling glue stations of servo shock absorber frame according to claim 1, it is characterised in that: the rubber-coated mechanism
Lower section is provided with wash bowl (9), and the wash bowl (9) connect with the coating groove in rubber-coated mechanism, and described wash bowl (9) one end is set
It is equipped with pump (91).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820326087.5U CN208194824U (en) | 2018-03-09 | 2018-03-09 | The rolling glue stations of servo shock absorber frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820326087.5U CN208194824U (en) | 2018-03-09 | 2018-03-09 | The rolling glue stations of servo shock absorber frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208194824U true CN208194824U (en) | 2018-12-07 |
Family
ID=64535668
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820326087.5U Active CN208194824U (en) | 2018-03-09 | 2018-03-09 | The rolling glue stations of servo shock absorber frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208194824U (en) |
-
2018
- 2018-03-09 CN CN201820326087.5U patent/CN208194824U/en active Active
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