CN208801319U - Heavy vehicle frame positioning turning mechanism - Google Patents
Heavy vehicle frame positioning turning mechanism Download PDFInfo
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- CN208801319U CN208801319U CN201821380922.XU CN201821380922U CN208801319U CN 208801319 U CN208801319 U CN 208801319U CN 201821380922 U CN201821380922 U CN 201821380922U CN 208801319 U CN208801319 U CN 208801319U
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- positioning device
- transverse beam
- connecting plate
- long transverse
- vehicle frame
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Abstract
The utility model provides a kind of heavy vehicle frame positioning turning mechanism, including rollover stand, the connecting plate being connected with positioner is arranged in the both ends of the rollover stand, it is characterized by: the rollover stand is the rectangle rack surrounded by two short longitudinal beams and two root long transverse beams, the connecting plate is arranged on two short longitudinal beams, the first positioning device is distributed in wheel shaft mounting hole on the inside of two root long transverse beams on corresponding heavy vehicle frame, the first positioning device in two root long transverse beams is oppositely arranged, wherein the second positioning device is distributed in the inside of a root long transverse beam on lower side, there is third positioning device in the inside of another root long transverse beam with the second positioning device Relative distribution on lower side.It by location hole positioning and clamping location fit, is positioned using manual type mechanical formula, positioning is reliable, and locking securely, avoids the shaking in switching process, reduces shop safety accident.
Description
Technical field
The utility model relates to a kind of heavy vehicle frame positioning turning mechanisms, belong to processing equipment field.
Background technique
In the components assembling process of the assembling line of automobile manufacture industry, vehicle frame overturning operation is to be frequently necessary to reality
Existing movement, for heavy vehicle frame again since its weight is big, the requirement to turnover mechanism is higher, it is desirable that positioning is quasi-, can bear heavy type
The weight of vehicle avoids the shaking in switching process, avoids safety accident, therefore the design of vehicle turnover mechanism is most important.
Utility model content
In order to solve the above-mentioned technical problem, the utility model proposes a kind of heavy vehicle frame positioning turning mechanism, vehicle frames
It is reliable to clamp positioning.
In order to realize the above-mentioned purpose of the utility model, the utility model provides a kind of heavy vehicle frame positioning turning machine
The connecting plate being connected with positioner is arranged in structure, including rollover stand, the both ends of the rollover stand, it is characterised in that: the rollover stand
For the rectangle rack surrounded by two short longitudinal beams and two root long transverse beams, the connecting plate is arranged on two short longitudinal beams, and two
Wheel shaft mounting hole on the inside of root long transverse beam on corresponding heavy vehicle frame is distributed with the first positioning device, in two root long transverse beams
First positioning device is oppositely arranged, wherein the second positioning device, another root long is distributed in the inside of a root long transverse beam on lower side
There is third positioning device in the inside of transverse beam with the second positioning device Relative distribution on lower side；
First positioning device includes welding pedestal, and first positioning device is by welding tube chamber welds with base long lateral
Liang Shang, the top of the welding pedestal are fixedly installed fixed connecting plate, and the left side central portion opening of the fixed connecting plate is described
The left upper portion of fixed connecting plate extends outward to form extension, has between the lower surface of the extension and the top plate for welding pedestal
Distance, the upper middle side part of the fixed connecting plate are provided with the groove of opening upwards, are provided with work above the fixed connecting plate
Dynamic connecting plate, the tail portion of the active plate is rotatably connected on the tail portion of fixed connecting plate, the flexible connection by pin
The downside of plate corresponds to the groove on fixed connecting plate and offers the groove that Open Side Down, the first locating rod position extended before and after axis
In the cavity that lower notches surround, the left side central portion of the active plate is also open, and opens on the left of the active plate
It is provided with the axis extended before and after axis in mouthful, the inner thread sleeve that axis or more extends is provided in the middle part of the axis, it is interior at this
Screw rod is threaded in screw shell, the lower end of the screw rod reaches the lower section of the extension of fixed connecting plate, and under it
End connection limit plate, the width of the limit plate are greater than the width of the opening on the left of fixed connecting plate, and the upper end of the screw rod is stretched
End is provided with rotating handle to outside inner thread sleeve, and on it；One end suit of first locating rod on the inside of rollover stand
Have and is also set up with the matched guide pile of heavy vehicle frame upper whorl axial mounting hole, the one end of first locating rod on the inside of rollover stand
There is tie down screw, tie down screw reaches in front of guide pile, locking cover board is arranged on tie down screw, and will by locking nut
Lock cover board locking；
Second positioning device includes pedestal, and second positioning device passes through tube chamber welds with base in long transverse beam, institute
The shaft for being arranged on pedestal and extending before and after axis is stated, the abutting for pushing against heavy goods vehicles is provided in the one end of shaft on the inside of rollover stand
Block；
The third positioning device also includes pedestal, and the third positioning device passes through tube chamber welds with base in long transverse beam,
It is provided with the threaded hole extended before and after axis on the pedestal, is threaded with adjusting screw rod, the adjusting in the threaded hole
One end on the inside of rollover stand of screw rod is provided with the abutting block for pushing against heavy goods vehicles, and the other end is provided with regulation handle.
Using the above scheme, in guide pile insertion wheel shaft mounting hole, tie down screw reaches the other end, and the other end passes through locking
Cover board and locking nut locking, so that the first locating rod be allowed to be fixed on vehicle frame, vehicle frame is placed on rollover stand, opens first
Second connecting plate of positioning device allows the first locating rod to be located in the groove of fixed connecting plate, then covers lower second connecting plate, so
The screw rod for adjusting the first positioning device afterwards, allows the following table face contact of limit plate and fixed connecting plate below, will be fixedly connected
Plate and the locking of the second connecting plate, to position rod locking for first.
Meanwhile second positioning device be to exempt from regulating device, the direct adjusting screw rod of adjusting third positioning device supports vehicle frame
Tightly between the second positioning device and third positioning device.Then it is realized and is overturn by positioner.Entire positioning clamping process is all
It is to be locked by armstrong's patent, locking is solid and reliable, avoids shaking.
In above scheme: the long transverse beam from left to right successively by the first short transverse beam, opening inwardly] shape frame and
Second short transverse beam is formed by connecting, and the first short transverse beam and the second short transverse beam are connected to] shape frame two the side of strutbeam lean on
Position on the inside of rollover stand.It is equivalent in the middle part of long transverse beam and widens.
In above scheme: described] be respectively arranged with stiffening plate between the girder and two strutbeams of shape frame, first hyphen to
Beam and the second short transverse beam and] be also equipped with stiffening plate between shape frame.Improve intensity.
In above scheme: there are three the first positioning device, three the first positioning devices for distribution in the every long transverse beam
Position and vehicle frame upper whorl axial mounting hole location matches.This kind of mechanism is suitable for the heavy goods vehicles of three skate tires.
In above scheme: wherein the inside of a root long transverse beam is uniformly distributed on lower side there are four the second positioning device,
In two the second positioning devices be evenly distributed in the first short transverse beam, other two is evenly distributed in the second short transverse beam,
There are four third positioning devices with the second positioning device Relative distribution on lower side for the inside of another root long transverse beam.Locking more may be used
It leans on.
The heavy vehicle frame positioning turning mechanism of beneficial effect the utility model is matched by the positioning of location hole positioning and clamping
It closes, is positioned using manual type mechanical formula, positioning is reliable, and locking securely, avoids the shaking in switching process, reduces shop safety thing
Therefore.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the heavy goods vehicles positioning turning mechanism of the utility model.
Fig. 2 is partial enlarged view at the A of Fig. 1.
Fig. 3 is partial enlarged view at the B of Fig. 1.
Fig. 4 is partial enlarged view at Fig. 1 C.
Fig. 5 is the structural schematic diagram of the first positioning device opening state.
Fig. 6 is the structural schematic diagram of the first positioning device locking state.
Specific embodiment:
The utility model is described in further detail below with reference to embodiment and attached drawing.
Embodiment 1
As shown in figures 1 to 6, the heavy vehicle frame positioning turning mechanism of the utility model is determined by rollover stand, connecting plate 3, first
Position device 4, the second positioning device 5 and third positioning device 6 form.
Rollover stand is the rectangle rack surrounded by two short longitudinal beam 1 and two root long transverse beams 2, and long transverse beam 2 is from left to right
Successively inwardly by the first short transverse beam 201, opening] shape frame 202 and the second short transverse beam 203 are formed by connecting, the first hyphen
It is connected to beam 201 and the second short transverse beam 203] position of the sides of 202 liang of strutbeams of shape frame on the inside of rollover stand.] shape
Stiffening plate 204 is respectively arranged between the girder of frame 202 and two strutbeams.First short transverse beam 201 and the second short transverse beam 203
With] stiffening plate 204 is also equipped between shape frame 202.
The connecting plate 3 being connected with positioner is arranged in the both ends of rollover stand, and connecting plate 3 is arranged on two short longitudinal beam 1.
The wheel shaft mounting hole on heavy vehicle frame is corresponded on the inside of root long transverse beam 2, and the first positioning device 4, two root longs are distributed with
The first positioning device 4 in transverse beam 2 is oppositely arranged, wherein the second positioning is distributed in the inside of a root long transverse beam 2 on lower side
There are third positioning device 6 in device 5, the inside of another root long transverse beam 2 with the second 5 device Relative distributions of positioning on lower side.
It is preferred that in every root long transverse beam 2 distribution there are three the first positioning device 4, the position of three the first positioning device 4 with
The location matches of vehicle frame upper whorl axial mounting hole.Wherein the inside of a root long transverse beam 2 is uniformly distributed fixed there are four second on lower side
Position device 5, the second positioning device of two of them 5 is evenly distributed in the first short transverse beam 201, other two is evenly distributed on the
In two short transverse beams 203, there are four thirds with 5 Relative distribution of the second positioning device on lower side for the inside of another root long transverse beam 2
Positioning device 6.
First positioning device 4 includes welding pedestal 401, and the first positioning device 4 is welded on length laterally by welding pedestal 401
On beam 2, the top of welding pedestal 401 is fixedly installed fixed connecting plate 402, and the left side central portion of fixed connecting plate 402 is open, Gu
The left upper portion for determining connecting plate 402 extends outward to form extension, the top plate of the lower surface of the extension and welding pedestal 401 it
Between have a distance, the upper middle side part of fixed connecting plate 402 is provided with the groove 404 of opening upwards, the top setting of fixed connecting plate 402
There is active plate 403, the tail portion of active plate 403 is rotatably connected on the tail portion of fixed connecting plate 402 by pin, activity
The groove that the downside of connecting plate 403 corresponds on fixed connecting plate 402 offers the groove 404 that Open Side Down, extends before and after axis
The first locating rod 405 be located in the cavity that lower notches 404 surround, active plate 403 and fixed connecting plate 402 are locked
Afterwards, the first locating rod 405 is locked in the cavity that lower notches 404 surround.The left side central portion of active plate 403 is also open,
It is provided with the axis 414 extended before and after axis in the left side opening of active plate 403, the middle part of the axis 414 is provided with axis
The inner thread sleeve 406 extended up and down, is threaded with screw rod 407 in the inner thread sleeve 406, and the lower end of screw rod 407 is stretched
Limit plate 408 is connected to the lower section of the extension of fixed connecting plate 402, and in its lower end, the width of limit plate 408, which is greater than, to be fixed
The width of the opening in 402 left side of connecting plate, the upper end of screw rod 407 reaches outside inner thread sleeve 406, and end is provided with rotation on it
Change hands handle 413.The one end of first locating rod 405 on the inside of rollover stand is set with matched with heavy vehicle frame upper whorl axial mounting hole
Guide pile 409, guide pile 409 are the circular block that a centre is provided with annular convex platform, are taken turns on annular convex platform and heavy vehicle frame
Shaft mounting hole matching.The one end of first locating rod 405 on the inside of rollover stand is additionally provided with tie down screw 410, and tie down screw 410 is stretched
To 409 front of guide pile, it is arranged with locking cover board 411 on tie down screw 410, and cover board will be locked by locking nut 412
411 lockings.
Second positioning device 5 includes pedestal, and the second positioning device 4 in long transverse beam 2, is set by tube chamber welds with base on pedestal
The shaft 501 extended before and after axis is set, the abutting block 7 for pushing against heavy goods vehicles is provided in the one end of shaft 501 on the inside of rollover stand,
Second positioning device 5 is unadjustable.
Third positioning device 6 also includes pedestal, and third positioning device 6 passes through tube chamber welds with base in long transverse beam 2, on pedestal
Be provided with the threaded hole extended before and after axis, be threaded with adjusting screw rod 601 in threaded hole, adjusting screw rod 601 by overturning
One end on the inside of frame is provided with the abutting block 7 for pushing against heavy goods vehicles, and the other end is provided with regulation handle 8.
It, cannot the above content is specific preferred embodiment further detailed description of the utility model is combined
Assert that the specific implementation of the utility model is only limited to these instructions.For the ordinary skill of the utility model technical field
For personnel, without departing from the concept of the premise utility, a number of simple deductions or replacements can also be made, should all regard
To belong to the protection scope of the utility model.
Claims (5)
1. the both ends setting of a kind of heavy vehicle frame positioning turning mechanism, including rollover stand, the rollover stand is connected with positioner
Connecting plate, it is characterised in that: the rollover stand is the rectangle rack surrounded by two short longitudinal beams and two root long transverse beams, described
Connecting plate is arranged on two short longitudinal beams, and the wheel shaft mounting hole on the inside of two root long transverse beams on corresponding heavy vehicle frame is distributed with
First positioning device, the first positioning device in two root long transverse beams is oppositely arranged, wherein the inside of a root long transverse beam is on the lower
The second positioning device is distributed in end, and the inside of another root long transverse beam has third fixed with the second positioning device Relative distribution on lower side
Position device；
First positioning device includes welding pedestal, and first positioning device is by welding tube chamber welds with base in long transverse beam
On, the top of the welding pedestal is fixedly installed fixed connecting plate, and the left side central portion opening of the fixed connecting plate is described solid
The left upper portion for determining connecting plate extends outward to form extension, have between the lower surface of the extension and the top plate for welding pedestal away from
From the upper middle side part of the fixed connecting plate is provided with the groove of opening upwards, is provided with activity above the fixed connecting plate
Connecting plate, the tail portion of the active plate are rotatably connected on the tail portion of fixed connecting plate, the active plate by pin
Downside correspond to the groove on fixed connecting plate and offer the groove that Open Side Down, the first locating rod extended before and after axis is located at
In the cavity that lower notches surround, the left side central portion of the active plate is also open, the left side opening of the active plate
It is inside provided with the axis extended before and after axis, the inner thread sleeve that axis or more extends is provided in the middle part of the axis, in the interior spiral shell
Screw rod is threaded in line sleeve, the lower end of the screw rod reaches the lower section of the extension of fixed connecting plate, and in its lower end
Limit plate is connected, the width of the limit plate is greater than the width of the opening on the left of fixed connecting plate, and the upper end of the screw rod reaches
Outside inner thread sleeve, and end is provided with rotating handle on it；The one end of first locating rod on the inside of rollover stand is set with
With the matched guide pile of heavy vehicle frame upper whorl axial mounting hole, the one end of first locating rod on the inside of rollover stand is additionally provided with
Tie down screw, tie down screw reach in front of guide pile, locking cover board are arranged on tie down screw, and will lock by locking nut
Tight cover board locking；
Second positioning device includes pedestal, and second positioning device passes through tube chamber welds with base in long transverse beam, the bottom
The shaft extended before and after axis is set on seat, the abutting block for pushing against heavy goods vehicles is provided in the one end of shaft on the inside of rollover stand；
The third positioning device also includes pedestal, and the third positioning device passes through tube chamber welds with base in long transverse beam, described
It is provided with the threaded hole extended before and after axis on pedestal, is threaded with adjusting screw rod, the adjusting screw rod in the threaded hole
One end on the inside of the rollover stand be provided with the abutting block for pushing against heavy goods vehicles, the other end is provided with regulation handle.
2. heavy vehicle frame positioning turning mechanism according to claim 1, it is characterised in that: the long transverse beam is from left to right
Successively inwardly by the first short transverse beam, opening] shape frame and the second short transverse beam are formed by connecting, the first short transverse beam and second
Short transverse beam is connected to] shape frame two strutbeam position of the side on the inside of the rollover stand.
3. heavy vehicle frame positioning turning mechanism according to claim 2, it is characterised in that: described] girder and two of shape frame
Be respectively arranged between strutbeam stiffening plate, the first short transverse beam and the second short transverse beam and] be also equipped between shape frame plus
Strong plate.
4. heavy vehicle frame positioning turning mechanism according to claim 1, it is characterised in that: divide in the every long transverse beam
There are three the first positioning device, the position of three the first positioning device and the location matches of vehicle frame upper whorl axial mounting hole for cloth.
5. heavy vehicle frame positioning turning mechanism according to claim 1, it is characterised in that: wherein a root long transverse beam is interior
Side is uniformly distributed on lower side there are four the second positioning device, and the second positioning device of two of them is evenly distributed on the first short transverse beam
On, other two is evenly distributed in the second short transverse beam, the inside of another root long transverse beam on lower side with the second positioning device
There are four third positioning devices for Relative distribution.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821380922.XU CN208801319U (en) | 2018-08-27 | 2018-08-27 | Heavy vehicle frame positioning turning mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821380922.XU CN208801319U (en) | 2018-08-27 | 2018-08-27 | Heavy vehicle frame positioning turning mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208801319U true CN208801319U (en) | 2019-04-30 |
Family
ID=66235631
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821380922.XU Active CN208801319U (en) | 2018-08-27 | 2018-08-27 | Heavy vehicle frame positioning turning mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208801319U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110465913A (en) * | 2019-08-27 | 2019-11-19 | 谷仁祥 | A kind of overturning and positioning device for the processing detection of heavy truck spare and accessory parts |
-
2018
- 2018-08-27 CN CN201821380922.XU patent/CN208801319U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110465913A (en) * | 2019-08-27 | 2019-11-19 | 谷仁祥 | A kind of overturning and positioning device for the processing detection of heavy truck spare and accessory parts |
| CN110465913B (en) * | 2019-08-27 | 2020-11-10 | 谷仁祥 | A upset positioner for heavily blocking accessories processing detects |
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