CN215673168U - Horizontal and vertical integrated linkage composite bearing - Google Patents
Horizontal and vertical integrated linkage composite bearing Download PDFInfo
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- CN215673168U CN215673168U CN202122108377.7U CN202122108377U CN215673168U CN 215673168 U CN215673168 U CN 215673168U CN 202122108377 U CN202122108377 U CN 202122108377U CN 215673168 U CN215673168 U CN 215673168U
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Abstract
The utility model relates to a horizontal and vertical integrated linkage composite shaft, which utilizes a fixed support to arrange a plane thrust bearing circular support ring, a plane thrust spherical roller bearing and a bearing 450Cylindrical roller bearing, and 450A circular flange with a groove on the inner circle of the cylindrical roller bearing is provided with a circular flange sleeve which is inserted into the excircle of the cylindrical fixed shaft, and a groove between the step-shaped excircle of the cylindrical roller bearing and the step-shaped inner circle of the horizontal rotating driven gear is inserted into a positioning key and then fixed; fastening the handle 45 with a circular fixing plate through a fixing plate0Cylindrical roller bearing and cylindrical fixingThe shaft is connected and then fixed; then horizontally rotating driven gear to connect with driving gear and 450The cylindrical roller bearing rotates around the cylindrical fixed shaft as the center, and implements the horizontal rotation of the driven gear and 450The transmission effect of the horizontal and vertical efficient integrated linkage composite bearing of the cylindrical roller bearing and the circular flange sleeve can improve the mechanical transmission efficiency, improve the accuracy of transmission parts and reduce the material loss.
Description
Technical Field
The utility model relates to a horizontal and vertical integrated linkage composite bearing in the field of mechanical transmission parts, in particular to a transmission part for implementing a high-efficiency integrated linkage composite bearing on a single cylindrical roller bearing and a plane thrust bearing.
Background
The single type cylindrical roller bearing and the plane thrust bearing run away from a transmission part in the mechanical field for nearly one hundred years, and due to the limitation of application in complex occasions, the bearing which improves the single type variety is also suitable for the requirement of times along with the future development trend of the transmission part in the mechanical field by using high-efficiency and compound type linkage technology; the novel technical product development of the integrated linkage composite bearing applied to special occasions is also used for improving the mechanical transmission efficiency, improving the precision of transmission parts and reducing the material consumption.
SUMMERY OF THE UTILITY MODEL
The present invention solves the above-mentioned technical problems through a series of technical features.
The horizontal and vertical integrated linkage composite bearing is characterized in that: 45 cylindrical roller bearing, including upper portion cylindrical roller clamp plate, 45 recess a, 45 cylindrical roller retaining ring, lower part cylindrical roller backing plate, 45 recess b, spherical roller bearing of plane thrust includes spherical roller, spherical roller retaining ring, spherical roller ring of plane thrust, cylindrical fixed axle in addition, circular flange sleeve pipe, the flange fastener, circular fixed plate, the fixed plate fastener, horizontal rotation driven gear, the circular support ring of plane thrust bearing, the fixed bolster, the screw hole, backup pad fastener, the navigation key constitutes.
The horizontal and vertical integrated linkage composite bearing is characterized in that: the cylindrical fixed shaft is taken as the center, a plane thrust bearing circular support ring is arranged on the fixed support, and the plane thrust bearing circular support ring is connected with the fixed support by 6 or more than 6 support plate fasteners for fixing;
the horizontal and vertical integrated linkage composite bearing is characterized in that: the plane thrust spherical roller bearing is arranged on the plane thrust bearing circular support ring, and the bearing is respectively provided with a plane thrust spherical roller circular ring and a spherical roller with spherical crown circular grooves with the size between 1/4-1/3 spherical rollers, and a spherical roller retainer ring for fixing the spherical roller; a45-degree cylindrical roller bearing is arranged at the upper part of the spherical roller, and a circular groove with a spherical crown with the size between 1/4-1/3 is also arranged on the lower plane of a lower cylindrical roller backing plate of the bearing.
The horizontal and vertical integrated linkage composite bearing is characterized in that: a circular flange with a groove is arranged on the inner circle of a cylindrical roller base plate at the lower part of the 45-degree cylindrical roller bearing and used for placing a circular flange sleeve, and the circular flange with the groove and the circular flange sleeve are connected through a flange fastener and then are fixed; the lower cylindrical roller base plate is provided with a step-shaped excircle, a 45-degree groove b with an upward opening, an outer 45-degree inclined plane y of a connecting groove, a groove with the width of 14mm and the depth of more than 6mm and capable of being placed with a positioning key, the positioning key is 14mm wide and 12mm high, and the lengths of the positioning key and the groove are equal to the plane of a middle convex part of the excircle of the lower cylindrical roller base plate; 45-degree cylindrical rollers are arranged in the 45-degree grooves b of the lower cylindrical roller backing plate, and the 45-degree cylindrical rollers are sleeved in 45-degree cylindrical roller retainer rings for positioning.
The horizontal and vertical integrated linkage composite bearing is characterized in that: the upper cylindrical roller pressing plate of the 45-degree cylindrical roller bearing is provided with a 45-degree groove a with a downward opening and an outer 45-degree inclined plane x of a connecting groove, a circular flange is arranged on the inner circle of the upper cylindrical roller pressing plate and connected with the outer 45-degree inclined plane x to intersect on a circular plane, and a stepped circular plane with a slope is also arranged on the upper cylindrical roller pressing plate.
The horizontal and vertical integrated linkage composite bearing is characterized in that: the 45-degree groove a of the upper cylindrical roller pressing plate is sleeved on the upper part of the 45-degree cylindrical roller which is arranged in the 45-degree groove b of the lower cylindrical roller backing plate and fixed in the 45-degree cylindrical roller retainer ring; the gap M between the 45-degree inclined plane y on the outer side of the lower cylindrical roller base plate and the 45-degree inclined plane x on the outer side of the upper cylindrical roller pressing plate is set to be 4-6 mm; the clearance N between the lower plane of the upper cylindrical roller pressing plate and the flange surface of the fixed sleeve is set to be 3-5 mm.
The horizontal and vertical integrated linkage composite bearing is characterized in that: the stepped inner circle on the horizontal rotating driven gear is connected with the stepped outer circle on the cylindrical roller backing plate at the lower part of the 45-degree cylindrical roller bearing, a groove which has the width of 14mm and the depth of more than 6mm and can be placed with a positioning key is arranged on the stepped inner circle of the horizontal rotating driven gear, and the length of the groove of the positioning key and the horizontal rotating driven gear is equal to the plane of the middle protruding part of the inner circle of the horizontal rotating driven gear; the positioning key is inserted into a groove between the horizontal rotating driven gear and a lower cylindrical roller cushion plate of the 45-degree cylindrical roller bearing to be mutually and tightly matched for connection; and the gear arranged on the excircle of the horizontal rotation driven gear is connected with the motor spindle in a matching way to play a role in linkage.
The horizontal and vertical integrated linkage composite bearing is characterized in that: a circular fixing plate is arranged on the cylindrical fixing shaft, a threaded hole is formed in the cylindrical fixing shaft, and a circular hole penetrating through a fixing plate fastener is formed in the circular fixing plate; the height difference between the cylindrical fixed shaft and the upper cylindrical roller pressing plate is set to be more than 2 mm; the unilateral clearance between the outer diameter of the cylindrical fixed shaft and the inner diameter of the circular flange sleeve is set to be 3-5 mm, the circular fixed plate is arranged on the circular plane of the upper cylindrical roller pressing plate, and the fixed plate is fixed after being connected through the threaded holes of the circular fixed plate and the cylindrical fixed shaft by a fixed plate fastener.
The transmission part of the utility model has simple, compact and reasonable structure, and the working principle is as follows: a horizontal and vertical integrated linkage composite shaft is characterized in that a circular support ring of a plane thrust bearing, a plane thrust spherical roller bearing and a 45-degree cylindrical roller bearing are arranged on a fixed support, a circular flange with a groove on the inner circle of the 45-degree cylindrical roller bearing is provided with a circular flange sleeve which is inserted into the excircle of a cylindrical fixed shaft, and the excircle of the stepped shape and the inner circle of the stepped shape of a horizontally-rotating driven gear are fixed after a groove is inserted into a positioning key; connecting and fixing the 45-degree cylindrical roller bearing and the cylindrical fixed shaft by a circular fixed plate through a fixed plate fastener; and then the horizontal rotation driven gear is externally connected with a driving gear and rotates around the cylindrical fixed shaft by taking the 45-degree cylindrical roller bearing as a center, the horizontal rotation driven gear, the 45-degree cylindrical roller bearing and the transmission effect of the horizontal and vertical efficient integrated linkage composite bearing of the circular flange sleeve are implemented, the mechanical transmission efficiency can be improved, the accuracy of a transmission part is improved, and the material loss is reduced.
Drawings
FIG. 1 is a cross-sectional view of an embodiment of the apparatus of the present invention;
FIG. 2 is a plan view A-A of FIG. 1;
FIG. 3 is a plan sectional view B-B of FIG. 1;
description of the drawings
In fig. 1:
1-horizontal and vertical integrated linkage composite bearing, 2-45 degree cylindrical roller bearing, 21-upper cylindrical roller press plate, 22-45 degree groove a, 23-45 degree cylindrical roller, 24-45 degree cylindrical roller retainer ring, 25-lower cylindrical roller backing plate, 26-45 degree groove b, 3-plane thrust spherical roller bearing, 31-spherical roller, 32-spherical roller retainer ring, 33-plane thrust spherical roller circular ring, 4-plane thrust bearing circular support ring, 5-cylindrical fixed shaft, 6-circular flange sleeve, 7-flange fastener, 8-circular fixed plate, 9-fixed plate fastener, 10-threaded hole, 11-horizontal rotation driven gear, 12-positioning key, 13-fixed support, 14-backing plate fastener.
In fig. 2:
1-horizontal and vertical integrated linkage composite bearing, 2-45-degree cylindrical roller bearing, 21-upper cylindrical roller pressing plate, 22-45-degree groove a, 23-45-degree cylindrical roller, 24-45-degree cylindrical roller retainer ring, 25-lower cylindrical roller backing plate, 26-45-degree groove b, 5-cylindrical fixed shaft, 8-circular fixed plate, 9-fixed plate fastener, 10-threaded hole, 11-horizontal rotation driven gear and 12-positioning key.
In fig. 3:
1-horizontal and vertical integrated linkage composite bearing, 3-plane thrust spherical roller bearing, 31-spherical roller, 32-spherical roller retainer ring, 33-plane thrust spherical roller circular ring, 4-plane thrust bearing circular support ring, 5-cylindrical fixed shaft, 6-circular flange sleeve, 7-flange fastener, 9-fixed plate fastener, 10-threaded hole, 13-fixed support and 14-support plate fastener.
Detailed Description
The technical features of the present invention will be further described with reference to the following embodiments and the accompanying drawings.
According to the figure 1, the horizontal and vertical integrated linkage composite bearing 1 utilizes a plane thrust bearing circular support ring 4, a plane thrust spherical roller bearing 3 and a 45-degree cylindrical roller bearing 2 which are arranged on a fixed bracket 13; the circular support ring 4 of the plane thrust bearing is connected and fixed with a fixed bracket 13 by using 6 and more than 6 support plate fasteners 14 by taking the cylindrical fixed shaft 5 as the center; the plane thrust spherical roller bearing 3 is arranged on the plane thrust bearing circular support ring 4, and the plane thrust spherical roller circular ring 33, the spherical roller 31 and the spherical roller retainer ring 32 for fixing the spherical roller 31 are also respectively arranged; the upper part of the spherical roller 31 is provided with a 45-degree cylindrical roller bearing 2, and the circular flange with a groove on the inner circle of the cylindrical roller backing plate 25 at the lower part of the 45-degree cylindrical roller bearing 2 is connected and fixed between the circular flange sleeves 6 through a flange fastener 7; the excircle of the lower cylindrical roller backing plate 25 is provided with a stepped lower cylindrical roller backing plate 25, a 45-degree groove b26 with an upward opening, and an outer 45-degree inclined plane y connected with the groove, and is also provided with a groove with the width of 14mm and the depth of more than 6mm and capable of being placed with a positioning key 12, and the lengths of the positioning key 12 and the groove are equal to the plane of the middle convex part of the excircle of the lower cylindrical roller backing plate 25; 45-degree cylindrical rollers 23 are arranged in the 45-degree grooves b26 of the lower cylindrical roller backing plate 25, and the 45-degree cylindrical rollers 23 are sleeved in the 45-degree cylindrical roller retainer rings 24 for positioning; the 45 ° groove a22 of the upper cylindrical roller pressure plate 21 provided on the 45 ° cylindrical roller bearing 2 is fitted into the upper part of the 45 ° cylindrical roller 23 provided in the 45 ° groove b26 of the lower cylindrical roller backing plate 25 and fixed in the 45 ° cylindrical roller retainer ring 24; the gap M between the 45-degree inclined plane y on the outer side of the lower cylindrical roller backing plate 25 and the 45-degree inclined plane x on the outer side of the upper cylindrical roller pressing plate 21 is set to be 4-6 mm; the clearance N between the lower plane of the upper cylindrical roller pressing plate 21 and the flange surface of the fixed sleeve is set to be 3-5 mm; the stepped inner circle on the horizontal rotating driven gear 11 is connected with the stepped outer circle on the cylindrical roller backing plate 25 at the lower part of the 45-degree cylindrical roller bearing 2, a groove which has the width of 14mm and the depth of more than 6mm and can be placed with a positioning key 12 is arranged on the stepped inner circle of the horizontal rotating driven gear 11, and the length of the groove of the positioning key 12 and the horizontal rotating driven gear 11 is equal to the plane of the middle protruding part of the inner circle of the horizontal rotating driven gear 11; the positioning key 12 is inserted into a groove between the horizontal rotating driven gear 11 and a lower cylindrical roller backing plate 25 of the 45-degree cylindrical roller bearing 2 to be mutually and tightly matched for connection; a circular fixing plate 8 is arranged on the cylindrical fixing shaft 5, a threaded hole 10 is formed in the cylindrical fixing shaft 5, and a circular hole penetrating through a fixing plate fastening piece 9 is formed in the circular fixing plate 8; the height difference between the cylindrical fixed shaft 5 and the upper cylindrical roller pressing plate 21 is set to be more than 2 mm; the unilateral gap between the outer diameter of the cylindrical fixed shaft 5 and the inner diameter of the circular flange sleeve 6 is set to be 3-5 mm, the circular fixed plate 5 is arranged on the circular plane of the upper cylindrical roller pressing plate 21, and the fixed plate is fixed after being connected through a circular fixed plate 8 and a threaded hole 10 of the cylindrical fixed shaft 5 by a fixed plate fastener 9; and then the horizontal rotation driven gear 11 is externally connected with a driving gear and the 45-degree cylindrical roller bearing 2 rotates around the cylindrical fixed shaft 5 as the center, the transmission effect of the horizontal and vertical efficient integrated linkage composite bearing 1 of the horizontal rotation driven gear 11, the 45-degree cylindrical roller bearing 2 and the circular flange sleeve 6 is implemented, the mechanical transmission efficiency can be improved, the precision of a transmission part is improved, and the material loss is reduced.
Referring to fig. 1, 2 and 3, the horizontal and vertical integrated linked composite bearing 1 is centered on a cylindrical fixed shaft 5, and a planar thrust bearing circular support ring 4, a planar thrust spherical roller bearing 3 and a 45 ° cylindrical roller bearing 2 are arranged on a fixed bracket 13; the plane thrust spherical roller bearing 3 is also provided with a plane thrust spherical roller circular ring 33, a spherical roller 31 and a spherical roller retainer ring 32 respectively; the 45-degree cylindrical roller bearing 2 is provided with a lower cylindrical roller backing plate 25 inner circle, and circular flanges with grooves are arranged among circular flange sleeves 6 and are connected through flange fasteners 7 to be fixed; the outer circle of the lower cylindrical roller backing plate 25 is provided with a lower cylindrical roller backing plate 25 with a step shape, a 45-degree groove b26 with an upward opening and a 45-degree inclined plane y outside the connecting groove, the lower cylindrical roller backing plate is also provided with a groove with the width of 14mm and the depth of more than 6mm, and the positioning key 12 and the groove can be placed in the groove, and the length of the positioning key 12 and the groove is equal to the plane of the middle convex part of the outer circle of the lower cylindrical roller backing plate 25; the 45-degree cylindrical rollers 23 are arranged in the 45-degree grooves b26 of the lower cylindrical roller backing plate 25, and the 45-degree cylindrical rollers 23 are all sleeved in the 45-degree cylindrical roller retainer rings 24 for positioning; the 45-degree groove a22 of the upper cylindrical roller pressing plate 21 is arranged on the 45-degree cylindrical roller bearing 2, and the upper part of the 45-degree cylindrical roller 23 is sleeved in the 45-degree groove b26 of the lower cylindrical roller backing plate 25 and fixed in the 45-degree cylindrical roller retainer ring 24; the gap M between the 45-degree inclined plane y on the outer side of the lower cylindrical roller backing plate 25 and the 45-degree inclined plane x on the outer side of the upper cylindrical roller pressing plate 21 is set to be 4-6 mm; the clearance N between the lower plane of the upper cylindrical roller pressing plate 21 and the flange surface of the fixed sleeve is set to be 3-5 mm; the inner circle of the horizontal rotating driven gear 11 is provided with a step shape which is connected with the step shape outer circle on the lower cylindrical roller backing plate 25 of the 45-degree cylindrical roller bearing 2, a groove which has the width of 14mm and the depth of more than 6mm and can be placed with the positioning key 12 is arranged on the step shape inner circle of the horizontal rotating driven gear 11, and the length of the groove of the positioning key 12 and the horizontal rotating driven gear 11 is equal to the plane of the middle protruding part of the inner circle of the horizontal rotating driven gear 11; the positioning key 12 is inserted into a groove between the horizontal rotating driven gear 11 and a lower cylindrical roller backing plate 25 of the 45-degree cylindrical roller bearing 2 to be connected in a mutually close fit manner; a threaded hole 10 is formed in the cylindrical fixed shaft 5, a round hole penetrating through the fixed plate fastening piece 9 is formed in the round fixed plate 8, the round fixed plate 8 is arranged on the upper portion of the cylindrical fixed shaft 5, and the height difference between the top of the cylindrical fixed shaft 5 and the round plane on the upper cylindrical roller pressing plate 21 is set to be more than 2 mm; the unilateral gap between the outer diameter of the cylindrical fixed shaft 5 and the inner diameter of the circular flange sleeve 6 is set to be 3-5 mm, the circular fixed plate 5 is arranged on the circular plane of the upper cylindrical roller pressing plate 21, and the fixed plate is fixed after being connected through a circular fixed plate 8 and a threaded hole 10 of the cylindrical fixed shaft 5 by a fixed plate fastener 9; and then a gear arranged on the excircle of the horizontal rotation driven gear 11 is connected with a motor spindle to match with a driving wheel to play a linkage role, the horizontal rotation driven gear 11 is externally connected with a driving gear and rotates around the cylindrical fixed shaft 5 by taking the 45-degree cylindrical roller bearing 2 as a center, the transmission effect of the horizontal and vertical efficient integrated linkage composite bearing 1 of the horizontal rotation driven gear 11, the 45-degree cylindrical roller bearing 2 and the circular flange sleeve 6 is implemented, the mechanical transmission efficiency can be improved, the accuracy of a transmission part is improved, and the material loss is reduced.
The transmission part of the utility model has simple, compact and reasonable structure, and the working principle is as follows: a horizontal and vertical integrated linkage composite shaft 1 is characterized in that a plane thrust bearing circular support ring 4, a plane thrust spherical roller bearing 3 and a 45-degree cylindrical roller bearing 2 are arranged on a fixed support 13, a circular flange with a groove on the inner circle of the 45-degree cylindrical roller bearing 2 is provided with a circular flange sleeve 6 which is inserted into the excircle of a cylindrical fixed shaft 5, and the stepped excircle of the circular flange is connected with the stepped inner circle of a horizontal rotation driven gear 11 through the groove and a positioning key 12 and then fixed; a circular fixing plate 8 is used for fixing a 45-degree cylindrical roller bearing 2 and a cylindrical fixing shaft 5 after being connected through a fixing plate fastening piece 9, then a horizontal rotation driven gear 11 is externally connected with a driving gear and the 45-degree cylindrical roller bearing 2 rotates around the cylindrical fixing shaft 5 as a center, the horizontal rotation driven gear 11, the 45-degree cylindrical roller bearing 2 and the circular flange sleeve 6 are horizontally and vertically integrated to link the transmission effect of the composite bearing 1, the mechanical transmission efficiency can be improved, the accuracy of a transmission part can be improved, and the material loss can be reduced.
Claims (3)
1. Horizontal and perpendicular integration linkage composite bearing, its characterized in that: 450Cylindrical roller bearing comprising an upper cylindrical roller press plate 450Grooves a, 450Cylindrical roller, 450Cylindrical roller retainer ring, lower cylindrical roller backing plate, 450The groove b, the plane thrust spherical roller bearing comprises a spherical roller, a spherical roller retainer ring, a plane thrust spherical roller circular ring and a cylinderThe device comprises a fixed shaft, a circular flange sleeve, a flange fastener, a circular fixed plate, a fixed plate fastener, a horizontal rotating driven gear, a plane thrust bearing circular support ring, a fixed support, a threaded hole, a support plate fastener and a positioning key;
the cylindrical fixed shaft is taken as the center, a plane thrust bearing circular support ring is arranged on the fixed support, and the plane thrust bearing circular support ring is connected with the fixed support by 6 or more than 6 support plate fasteners for fixing;
the plane thrust spherical roller bearing is arranged on the plane thrust bearing circular support ring, and the bearing is respectively provided with a plane thrust spherical roller circular ring and a spherical roller with spherical crown circular grooves with the size between 1/4-1/3 spherical rollers, and a spherical roller retainer ring for fixing the spherical roller; the upper part of the spherical roller is provided with a roller 450The cylindrical roller bearing is characterized in that a circular groove with a spherical crown with the size between spherical rollers 1/4-1/3 is also formed in the lower plane of a lower cylindrical roller base plate of the bearing;
at 450The circular flange with the groove is arranged on the inner circle of the cylindrical roller backing plate at the lower part of the cylindrical roller bearing and used for placing the circular flange sleeve, and the circular flange with the groove is connected with the circular flange sleeve through a flange fastener and then fixed; the cylindrical roller shim plate at the lower part is provided with a step-shaped outer circle and a 45-degree opening upwards0Groove b and outer side 45 of connecting groove0The positioning key is 14mm in width and 12mm in height, and the lengths of the positioning key and the groove are equal to the plane of a middle convex part of the excircle of the lower cylindrical roller base plate; lower cylindrical roller shim plate 450A groove b is internally provided with 450Cylindrical roller, 450The cylindrical rollers are all sheathed at 450Positioning the cylindrical roller retainer ring;
at 450The upper cylindrical roller pressure plate of the cylindrical roller bearing is provided with a 45-degree opening downwards0Groove a and outer side 45 of the connecting groove0Inclined plane x, upper cylindrical roller press plateIs provided with a circular flange and an outer side 450The inclined planes x are connected and then intersect on the circular plane, and a stepped circular plane with a slope is also arranged on the upper cylindrical roller pressing plate;
upper cylindrical roller platen 450The groove a is sleeved in the 45 of the lower cylindrical roller backing plate0Arranged in the groove b and fixed at 45045 in the cylindrical roller retainer ring0An upper portion of the cylindrical roller; outer side 45 of lower cylindrical roller shim plate0Bevel y and outer side 45 of upper cylindrical roller platen0The gap M of the inclined plane x is set to be 4-6 mm; the clearance N between the lower plane of the upper cylindrical roller pressing plate and the flange surface of the fixed sleeve is set to be 3-5 mm.
2. The horizontal and vertical integrated linkage composite bearing according to claim 1, wherein: the horizontal rotary driven gear is provided with a step-shaped inner circle and a step-shaped inner circle 450The stepped outer circle is arranged on the cylindrical roller backing plate at the lower part of the cylindrical roller bearing and connected, a groove which has the width of 14mm and the depth of more than 6mm and can be placed with a positioning key is arranged on the stepped inner circle of the horizontal rotating driven gear, and the length of the groove of the positioning key and the horizontal rotating driven gear is equal to the plane of the middle protruding part of the inner circle of the horizontal rotating driven gear; by inserting the positioning key into the horizontal rotary driven gear and 450Grooves between the cylindrical roller backing plates at the lower part of the cylindrical roller bearing are mutually closely matched and connected; and the gear arranged on the excircle of the horizontal rotation driven gear is connected with the motor spindle in a matching way to play a role in linkage.
3. The horizontal and vertical integrated linkage composite bearing according to claim 1, wherein: a circular fixing plate is arranged on the cylindrical fixing shaft, a threaded hole is formed in the cylindrical fixing shaft, and a circular hole penetrating through a fixing plate fastener is formed in the circular fixing plate; the height difference between the cylindrical fixed shaft and the upper cylindrical roller pressing plate is set to be more than 2 mm; the unilateral clearance between the outer diameter of the cylindrical fixed shaft and the inner diameter of the circular flange sleeve is set to be 3-5 mm, the circular fixed plate is arranged on the circular plane of the upper cylindrical roller pressing plate, and the fixed plate is fixed after being connected through the threaded holes of the circular fixed plate and the cylindrical fixed shaft by a fixed plate fastener.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122108377.7U CN215673168U (en) | 2021-09-02 | 2021-09-02 | Horizontal and vertical integrated linkage composite bearing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122108377.7U CN215673168U (en) | 2021-09-02 | 2021-09-02 | Horizontal and vertical integrated linkage composite bearing |
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| Publication Number | Publication Date |
|---|---|
| CN215673168U true CN215673168U (en) | 2022-01-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122108377.7U Active CN215673168U (en) | 2021-09-02 | 2021-09-02 | Horizontal and vertical integrated linkage composite bearing |
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| CN (1) | CN215673168U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113565869A (en) * | 2021-09-02 | 2021-10-29 | 山东建筑大学 | Horizontal and vertical integrated linkage composite bearing |
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2021
- 2021-09-02 CN CN202122108377.7U patent/CN215673168U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113565869A (en) * | 2021-09-02 | 2021-10-29 | 山东建筑大学 | Horizontal and vertical integrated linkage composite bearing |
| CN113565869B (en) * | 2021-09-02 | 2024-05-07 | 山东建筑大学 | Horizontal and vertical integrated linkage composite bearing |
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