CN209327595U - A kind of cylinder locking detection device - Google Patents
A kind of cylinder locking detection device Download PDFInfo
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- CN209327595U CN209327595U CN201821883257.6U CN201821883257U CN209327595U CN 209327595 U CN209327595 U CN 209327595U CN 201821883257 U CN201821883257 U CN 201821883257U CN 209327595 U CN209327595 U CN 209327595U
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- cylinder
- locking
- locking arm
- briquetting
- mounting bracket
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Abstract
The utility model is intended to accurately to detect vehicle body and whether four angles of skid have locked a kind of cylinder locking detection device in place.It includes retaining mechanism and cylinder lifting mechanism, the retaining mechanism includes mounting bracket, locking cylinder and locking arm, the locking arm quantity is set as two, it is rotatablely connected in the middle part of locking arm with mounting bracket, locking arm top setting briquetting is located above mounting bracket and the briquetting on two locking arm tops is outwardly away from setting, two locking arms are far from being arranged locking cylinder between one end of briquetting, the retaining mechanism is set among rolling bed chassis, the cylinder lifting mechanism is arranged in rolling bed chassis two sides, the inductive switch of the cylinder lifting mechanism setting detection rising height.
Description
Technical field
The utility model relates to vehicle coating process technical field of tools more particularly to a kind of cylinder locking detection devices.
Background technique
Current most of pre-processing electrophoresis are all made of C-shaped hook or double swing-bar technique, and without overturning, vehicle body does not fall into slot
In risk, in RODip technique, the vehicle body moment is in rollover states, and vehicle body and skid locking are not in place, and vehicle body will be fallen into
Risk in slot.Current locking checkout gear is that four cylinders lift vehicle body and skid, and skid is not fallen, and is judged to sliding
Sled is locked to position with vehicle body.But if vehicle body and skid have one not lock in four angles, skid will not be fallen, at this time vehicle body
It overturns, will fall into slot in slot.Therefore, locking in the prior art lacks detection function, can not accurately detect vehicle body
Whether locked in place with four angles of skid.
Utility model content
The utility model is the above-mentioned shortcoming in order to overcome cylinder locking device in the prior art, and providing can be quasi-
Really whether detection vehicle body and four angles of skid have locked a kind of cylinder locking detection device in place.
To achieve the above object, the utility model uses following technical scheme:
A kind of cylinder locking detection device of the utility model, including retaining mechanism and cylinder lifting mechanism, the locking
Mechanism includes mounting bracket, locking cylinder and locking arm, and the locking arm quantity is set as two, props up in the middle part of locking arm with installation
Frame rotation connection, locking arm top setting briquetting is located above mounting bracket and the briquetting on two locking arm tops is outwardly away from and sets
It sets, two locking arms are set among rolling bed chassis far from locking cylinder, the retaining mechanism are arranged between one end of briquetting, institute
The setting of cylinder lifting mechanism is stated in rolling bed chassis two sides, the inductive switch of the cylinder lifting mechanism setting detection rising height.
In actual use before and after vehicle body, a retaining mechanism, energy when locking cylinder recycles respectively is arranged in rolling bed middle position
Lever principle rotation lock arm is enough utilized, rotates the briquetting of locking arm outwardly to lock vehicle body and skid bracket.Vehicle body arrives
Position is parked in rolling bed, and 2 cylinder locking devices lock vehicle body and skid, using in the setting of rolling bed chassis two sides two sides
The certain position of four cylinder lifting mechanisms designs 4 stroke sensors；4 cylinder lifting mechanisms rise lift vehicle body, are lifted gas
When cylinder reaches vehicle body position, 4 stroke sensors are just sensed, at this time in place for locking；If body of a motor car has any one
Angle is not locked to position, and vehicle body will be raised up to disengaging inductive switch in this angle by cylinder lifting mechanism, and control cabinet will issue at this time
Warning note.It can accurately detect whether vehicle body and skid lock in place, vehicle body is avoided to fall into slot during overturning.
Preferably, the mounting bracket includes two crossbeams disposed in parallel, connected in the middle part of the crossbeam by a limit
Fishplate bar connection.
Preferably, the limit connecting plate is provided with arc-shaped limit face.
Preferably, relative limit connecting plate is arranged two shafts between two crossbeams, locking arm by the shaft and
Crossbeam rotation connection.
Preferably, locking arm is provided with rotation seat far from one end of briquetting, the rotation seat passes through shaft and installation branch
Frame rotation connection, wherein the cylinder body end of the rotation seat rotation connection locking cylinder of side locking arm, other side locking arm turn
The cylinder rod end of dynamic seat rotation connection locking cylinder.
Locking cylinder can utilize lever principle rotation lock arm when recycling, and rotate the briquetting of locking arm outwardly to lock
Tight vehicle body and skid.
Preferably, mounting bracket is provided with the position switch of detection locking arm position.
Preferably, the position switch includes that the first position switch for being set to mounting bracket both ends and the second position are opened
The third place switch for closing and being arranged in the middle part of mounting bracket, first position switch detection direction is along water level direction, and the
Along the vertical direction, whether first position switch and second position switch are for detecting locking arm top for two position switch detection directions
It laterally rotates in place, the third place is switched for detecting whether locking arm top turns to the inside in place.
Position switch is for detecting locking arm position at described three, so as in the tight gas of locking arm time control lockmaking in place
Cylinder stops, and anti-locking mechanism rotation excessively causes to damage, and keeps present apparatus control more flexible.
Preferably, locking arm top slidably connects the sliding seat of L shape, the sliding seat glide direction is along locking arm
Length direction, its vertical glide direction of one end of sliding seat L shape structure are simultaneously arranged briquetting, are arranged between sliding seat and locking arm
Lower air cylinder, locking arm are provided with the position sensor of detection sliding seat stroke.
The unstable locking skid bracket of briquetting in retaining mechanism is likely to result in vehicle body and skid fixation is unstable, and
The height of different production line skid brackets is possible to different, therefore the position of briquetting can be adjusted by sliding seat, first by briquetting
It rises to push again and locks the stability that arm rotation effectively improves briquetting locking, be also adapted to the height of different skid brackets
Degree.The position of briquetting is detected by position sensor, if the briquetting position difference of two sides is larger after locking, is illustrated at least
The briquetting of side does not lock skid bracket and falls off, and this makes it possible to before the work of cylinder lifting mechanism, increases by a step in advance
Detecting step effectively improves efficiency, and cylinder lifting mechanism can also be made safer when being lifted vehicle body.
Preferably, its vertical glide direction of one end of sliding seat L shape structure and being provided with sliding slot, briquetting in this one end
Be slidably connected the sliding slot, and setting adjusts bolt between briquetting and sliding slot.
Briquetting is adjustable with respect to the extension elongation of sliding seat, improves locking stabilization to adapt to different skid support widths
Property.
Preferably, the cylinder lifting mechanism includes upright guide rail, lifting cylinder, supporting plate and inductive switch, lead vertically
Rail is set to rolling bed chassis two sides, and supporting plate is slidably connected upright guide rail, and lifting cylinder driving supporting plate along lifting rail, open by induction
Pass is set to for detecting blade position.
Using vehicle body is lifted in four cylinder lifting mechanisms of rolling bed chassis two sides two sides setting, lifting cylinder is pushed
Supporting plate is lifted vehicle body along guide rail, and 4 stroke sensors just incude in place, at this time in place for locking；Appoint if body of a motor car has
What angle is not locked to position, and cylinder lifting mechanism will be lifted this angle of vehicle body excessively to disengaging inductive switch, this time control
Cabinet processed will issue warning note.It can accurately detect whether vehicle body and skid lock the process for avoiding vehicle body in overturning in place
In fall into slot.
Therefore, the utility model has the following beneficial effects: whether (1) can accurately detect vehicle body and four angles of skid
Through locking in place；(2) control flexible operating is convenient；(3) features simple structure, it is easy to spread.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the retaining mechanism of the utility model.
Fig. 2 is the locking state structural schematic diagram of the retaining mechanism of the utility model.
Fig. 3 is the cylinder lifting mechanism structural schematic diagram of the utility model.
In figure: 1 mounting bracket；101 crossbeams；102 limit connecting plates；103 arc-shaped limit faces；104 shafts；2 locking gas
Cylinder；3 locking arms；301 briquettings；302 rotation seats；303 sliding seats；304 lower air cylinders；305 sliding slots；306 adjust bolt；4 first
Position switch；5 second positions switch；6 the third places switch；701 upright guide rails；702 lifting cylinders；703 supporting plates；704 inductions
Switch.
Specific embodiment
The utility model is described further with reference to the accompanying drawings and detailed description.
As shown in Figure 1 and Figure 2, a kind of cylinder locking detection device of the utility model, including retaining mechanism and cylinder lifting
Mechanism, the retaining mechanism include mounting bracket 1, locking cylinder 2 and locking arm 3, and 3 quantity of locking arm is set as two,
3 middle part of locking arm is rotatablely connected with mounting bracket 1, and 3 top of locking arm setting briquetting 301 is located at 1 top of mounting bracket and two
The briquetting 301 on 3 top of locking arm is outwardly away from setting, and locking cylinder is arranged between two one end of locking arm 3 far from briquetting 301
2, the mounting bracket 1 is set among rolling bed chassis, and the retaining mechanism setting is in rolling bed chassis two sides, the cylinder lifting
The inductive switch of mechanism setting detection rising height.
The mounting bracket 1 includes two crossbeams 101 disposed in parallel, passes through a limit connection in the middle part of the crossbeam 101
Plate 102 connects.The limit connecting plate 102 is provided with arc-shaped limit face 103.Relative limit connecting plate between two crossbeams 101
102 two shafts 104 of setting, locking arm 3 are rotatablely connected by the shaft and crossbeam 101.
Locking arm 3 is provided with rotation seat 302 far from one end of briquetting 301, and the rotation seat 302 passes through shaft and installation branch
Frame 1 is rotatablely connected, and wherein the rotation seat 302 of side locking arm 3 is rotatablely connected the cylinder body end of locking cylinder 2, other side locking
The rotation seat 302 of arm 3 is rotatablely connected the cylinder rod end of locking cylinder 2.Locking cylinder 2 can be rotated when recycling using lever principle
Locking arm 3 rotates the briquetting 301 of locking arm 3 outwardly to lock vehicle body and skid.
Mounting bracket 1 is provided with the position switch of detection 3 position of locking arm.The position switch includes being set to installation branch
The first position switch 4 and second position switch 5 at 1 both ends of frame and the third place switch 6 that 1 middle part of mounting bracket is set,
4 detection direction of first position switch along water level direction, 5 detection direction of second position switch along the vertical direction, first position
For detecting whether 3 top of locking arm laterally rotates in place, the third place switch 6 is used for for switch 4 and second position switch 5
Whether detection 3 top of locking arm turns to the inside in place.
Position switch is for detecting 3 position of locking arm at described three, so as to tight in the time control lockmaking in place of locking arm 3
Cylinder 2 stops, and anti-locking mechanism rotation excessively causes to damage, and keeps present apparatus control more flexible.
3 top of locking arm slidably connects the sliding seat 303 of L shape, and 303 glide direction of sliding seat is along locking arm 3
Simultaneously briquetting 301 is arranged in length direction, its vertical glide direction of one end of 303 L shape structure of sliding seat, sliding seat 303 and locking
Lower air cylinder 304 is set between arm 3, and locking arm 3 is provided with the position sensor of detection 303 stroke of sliding seat.
Its vertical glide direction of one end of 303 L shape structure of sliding seat and this one end is provided with sliding slot 305, briquetting 301
Be slidably connected the sliding slot 305, and setting adjusts bolt 306 between briquetting 301 and sliding slot 305.
As shown in figure 3, the cylinder lifting mechanism includes upright guide rail 701, lifting cylinder 702, supporting plate 703 and induction
Switch 704, upright guide rail 701 are set to rolling bed chassis two sides, and supporting plate 703 is slidably connected upright guide rail 701, are lifted cylinder 702
Supporting plate 703 is driven to go up and down along guide rail 701, inductive switch 704 is set to for detecting 703 position of supporting plate.
In actual use before and after vehicle body, a retaining mechanism, energy when locking cylinder recycles respectively is arranged in rolling bed middle position
Lever principle rotation lock arm is enough utilized, rotates the briquetting of locking arm outwardly to lock vehicle body and skid bracket.Using
Four cylinder lifting mechanisms through being arranged in rolling bed chassis two sides two sides are lifted vehicle body, and lifting cylinder pushes supporting plate to lift along guide rail
Vehicle body is risen, 4 stroke sensors just incude in place, at this time in place for locking；If body of a motor car has any one angle not lock
In place, cylinder lifting mechanism will be lifted this angle of vehicle body excessively to inductive switch is detached from, and control cabinet will be issued and be alarmed at this time
Prompt.It can accurately detect whether vehicle body and skid lock in place, vehicle body is avoided to fall into slot during overturning.
The unstable locking skid bracket of briquetting in retaining mechanism is likely to result in vehicle body and skid fixation is unstable, and
The height of different production line skid brackets is possible to different, therefore the position of briquetting can be adjusted by sliding seat, first by briquetting
It rises to push again and locks the stability that arm rotation effectively improves briquetting locking, be also adapted to the height of different skid brackets
Degree.The position of briquetting is detected by position sensor, if the briquetting position difference of two sides is larger after locking, is illustrated at least
The briquetting of side does not lock skid bracket and falls off, and this makes it possible to before the work of cylinder lifting mechanism, increases by a step in advance
Detecting step effectively improves efficiency, and cylinder lifting mechanism can also be made safer when being lifted vehicle body.Briquetting is with respect to sliding seat
Extension elongation is adjustable, improves locking stability to adapt to different skid support widths.
Claims (10)
1. a kind of cylinder locking detection device, characterized in that including retaining mechanism and cylinder lifting mechanism, the retaining mechanism packet
Include mounting bracket (1), locking cylinder (2) and locking arm (3), locking arm (3) quantity is set as two, in locking arm (3)
Portion and mounting bracket (1) are rotatablely connected, and locking arm (3) top setting briquetting (301) is located above mounting bracket (1) and two locks
The briquetting (301) on tight arm (3) top is outwardly away from setting, and two locking arms (3) are far from setting lock between the one end of briquetting (301)
Tight cylinder (2), the mounting bracket (1) are set among rolling bed chassis, and the retaining mechanism is arranged in rolling bed chassis two sides, institute
State the inductive switch (704) of cylinder lifting mechanism setting detection rising height.
2. a kind of cylinder locking detection device according to claim 1, characterized in that the mounting bracket (1) includes two
Root crossbeam disposed in parallel (101), crossbeam (101) middle part pass through limit connecting plate (102) connection.
3. a kind of cylinder locking detection device according to claim 2, characterized in that the limit connecting plate (102) sets
It is equipped with arc-shaped limit face (103).
4. a kind of cylinder locking detection device according to claim 3, characterized in that opposite between two crossbeams (101)
It limits connecting plate (102) and two shafts (104) is set, locking arm (3) is connected by the shaft (104) and crossbeam (101) rotation
It connects.
5. a kind of cylinder locking detection device according to claim 1 or 2 or 3 or 4, characterized in that locking arm (3) is separate
One end of briquetting (301) is provided with rotation seat (302), and the rotation seat (302) is turned by shaft (104) and mounting bracket (1)
Dynamic connection, wherein the cylinder body end of rotation seat (302) rotation connection locking cylinder (2) of side locking arm (3), the other side are locked
The cylinder rod end of rotation seat (302) rotation connection locking cylinder (2) of arm (3).
6. a kind of cylinder locking detection device according to claim 5, characterized in that mounting bracket (1) is provided with detection
The position switch of locking arm (3) position.
7. a kind of cylinder locking detection device according to claim 6, characterized in that the position switch includes being set to
The first position switch (4) at mounting bracket (1) both ends and second position switch (5) and setting are in the middle part of mounting bracket (1)
The third place switchs (6), and for first position switch (4) detection direction along water level direction, the second position switchs (5) detection direction
Along the vertical direction, first position switch (4) and second position switch (5) are for detecting whether locking arm (3) top turns outward
It moves in place, the third place switch (6) is for detecting whether locking arm (3) top turns to the inside in place.
8. a kind of cylinder locking detection device according to claim 1, characterized in that locking arm (3) top is slidably connected
There is the sliding seat (303) of L shape, sliding seat (303) glide direction is along locking arm (3) length direction, sliding seat (303)
Its vertical glide direction of one end of L shape structure is simultaneously arranged briquetting (301), under being arranged between sliding seat (303) and locking arm (3)
Air cylinder (304), locking arm (3) are provided with the position sensor of detection sliding seat (303) stroke.
9. a kind of cylinder locking detection device according to claim 8, characterized in that sliding seat (303) L shape structure
It its vertical glide direction of one end and is provided with sliding slot (305) in this one end, briquetting (301) is slidably connected the sliding slot (305), pressure
Setting adjusts bolt (306) between block (301) and sliding slot (305).
10. a kind of cylinder locking detection device according to claim 1, characterized in that the cylinder lifting mechanism includes
Upright guide rail (701), lifting cylinder (702), supporting plate (703) and inductive switch (704), upright guide rail (701) are set to rolling bed
Chassis two sides, supporting plate (703) are slidably connected upright guide rail (701), and lifting cylinder (702) driving supporting plate (703) is along guide rail
(701) it goes up and down, inductive switch (704) is set to for detecting supporting plate (703) position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821883257.6U CN209327595U (en) | 2018-11-15 | 2018-11-15 | A kind of cylinder locking detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821883257.6U CN209327595U (en) | 2018-11-15 | 2018-11-15 | A kind of cylinder locking detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209327595U true CN209327595U (en) | 2019-08-30 |
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ID=67710446
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821883257.6U Active CN209327595U (en) | 2018-11-15 | 2018-11-15 | A kind of cylinder locking detection device |
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| Country | Link |
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| CN (1) | CN209327595U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113484004A (en) * | 2021-07-05 | 2021-10-08 | 安徽美安达智能装备有限公司 | Dead detection device of card of frame locking mechanism climbs |
-
2018
- 2018-11-15 CN CN201821883257.6U patent/CN209327595U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113484004A (en) * | 2021-07-05 | 2021-10-08 | 安徽美安达智能装备有限公司 | Dead detection device of card of frame locking mechanism climbs |
| CN113484004B (en) * | 2021-07-05 | 2024-02-06 | 安徽美安达智能装备有限公司 | Locking detection device of climbing frame locking mechanism |
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