CN205956224U - Bearing installation is detained and bearing assembly - Google Patents
Bearing installation is detained and bearing assembly Download PDFInfo
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- CN205956224U CN205956224U CN201620900015.8U CN201620900015U CN205956224U CN 205956224 U CN205956224 U CN 205956224U CN 201620900015 U CN201620900015 U CN 201620900015U CN 205956224 U CN205956224 U CN 205956224U
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- gripper shoe
- boss
- base
- base plate
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Abstract
The utility model provides a pair of bearing installation is detained and bearing assembly sets up perpendicularly to prior art's bearing and takes place the technical problem that radial translation results in the bearing to come off easily when the equipment surface, and the bearing assembly who provides includes bearing installation knot, first bearing and second bearing, bearing installation detain including bearing base and slope set up in first boss and second boss on the bearing base, install on the first boss first bearing, install on the second boss the second bearing, first bearing with the second bearing passes through bearing installation is detained on relative slope installs the equipment of using, and radial effect cancel each other out between the bearing has reached the bearing and can not take place the technological effect of radial pivoted for the equipment of installing.
Description
Technical field
This utility model is related to industry accessories apparatus field, in particular to a kind of bearing installing tache and a kind of bearing
Assembly.
Background technology
In the bearing apparatus of prior art, it is by bearing mounts, bearing to be installed on industrial equipment mostly.Existing
Bearing mounting means is all that bearing is vertically mounted in bearing mounts, bearing mounts is being fitted in equipment so that axle
Hold and can rotate with respect to equipment.Rotate due to being perpendicular to equipment surface bearing more, therefore can occur radially flat in rotation process
Dynamic, lead to bearing to come off, the normal use of impact equipment.
Utility model content
The purpose of this utility model is to provide a kind of bearing installing tache and a kind of bearing assembly, and bearing can be tilted by it
It is arranged on bearing installing tache, bearing installing tache is arranged at during installation equipment so that the bearing installation equipment that connects for it
Radial rotating is offset, it is to avoid bearing comes off because of radial rotating the normal use of impact equipment.
Embodiment of the present utility model is realized in：
A kind of bearing installing tache, it includes：Bearing base and the obliquity prominence platform being inclined and mounted on described bearing base, institute
State obliquity prominence platform and include first boss and second boss, described first boss and described second boss are relatively arranged on described bearing
The two ends of base.
Preferably, described bearing base includes base plate, the first gripper shoe and the second gripper shoe, described first gripper shoe and institute
State the second gripper shoe and be obliquely installed in the two ends of described base plate, described first boss is arranged in described first gripper shoe, described
Second boss is arranged in described second gripper shoe.
Preferably, described first gripper shoe and described second gripper shoe opposite tilt are installed.
Preferably, described first gripper shoe and described second gripper shoe relative tilt are installed.
Preferably, described first gripper shoe and described first boss are integrally formed, described second gripper shoe and described second
Boss is integrally formed.
Preferably, also include the fixture of installation-angle adjustable, described first gripper shoe and described second gripper shoe are equal
It is arranged on described base plate by described fixture.
Preferably, described bearing base is additionally provided with the screw for described bearing base being connected to installation equipment.
Preferably, described bearing base and described obliquity prominence platform are integrally formed.
A kind of bearing assembly, it includes bearing installing tache, clutch shaft bearing and second bearing, and described bearing installing tache includes axle
Hold base, first boss and second boss, described first boss and described second boss are obliquely installed on described bearing base,
Described first boss is fixedly connected with described clutch shaft bearing, and described second boss is fixedly connected with described second bearing.
Preferably, described bearing base includes base plate, the first gripper shoe and the second gripper shoe, described first gripper shoe and institute
State the second gripper shoe and be obliquely installed in the two ends of described base plate, described first boss is arranged in described first gripper shoe, described
Second boss is arranged in described second gripper shoe.
A kind of bearing installing tache and a kind of bearing assembly that above-mentioned this utility model provides, the bearing for prior art hangs down
Being susceptible to radial direction translation when being directly arranged at equipment surface leads to bearing to hold caducous technical problem, the bearing assembly bag providing
Include described bearing installing tache, clutch shaft bearing and second bearing, described bearing installing tache includes bearing base and is obliquely installed in institute
State the first boss on bearing base and second boss, described first boss is installed described clutch shaft bearing, described second boss
The described second bearing of upper installation, described clutch shaft bearing and described second bearing are installed to by described bearing installing tache relative tilt
On the equipment applied, the radial effect between bearing is cancelled out each other, and has reached bearing and will not send out with respect to the equipment installed
The technique effect of raw radial rotating.
Brief description
In order to be illustrated more clearly that the technical scheme of this utility model embodiment, below will be to use required in embodiment
Accompanying drawing be briefly described it will be appreciated that the following drawings illustrate only some embodiments of the present utility model, therefore should be by
Regard the restriction to scope as, for those of ordinary skill in the art, on the premise of not paying creative work, also may be used
To obtain other related accompanying drawings according to these accompanying drawings.
Fig. 1 is the structural representation of the bearing installing tache that this utility model preferred embodiment provides；
Fig. 2 is the structural representation of the bearing installing tache that this utility model preferred embodiment provides；
Fig. 3 is the structural representation of the bearing installing tache that this utility model preferred embodiment provides；
Fig. 4 is the structural representation of the bearing assembly that this utility model preferred embodiment provides；
Fig. 5 is the use state schematic diagram of the bearing assembly that this utility model preferred embodiment provides.
Reference collects：
Bearing installing tache 100；
Bearing base 110；
Screw 111；
Bottom 114 plate 112, inner side 1121, first end 1122, middle part 1124, the second end 1126, outside 1127；
First gripper shoe 114, the first joint face 1141, the first supporting surface 1142, the first binding face 1143, the first top surface
1144；
Second gripper shoe 116, the second joint face 1161, the second supporting surface 1162, the second binding face 1163, the second top surface
1164；
Obliquity prominence platform 120；
First boss 122, the first disc 1221, the second disc 1222, the first post body 1223, clutch shaft bearing installing hole
1224；
Second boss 124, the 3rd disc 1241, the 4th disc 1242, the second post body 1243, second bearing installing hole
1244；
Bearing assembly 200；
Clutch shaft bearing 210, second bearing 220；
Application apparatus 300.
Specific embodiment
Purpose, technical scheme and advantage for making this utility model embodiment are clearer, new below in conjunction with this practicality
Accompanying drawing in type embodiment, is clearly and completely described it is clear that being retouched to the technical scheme in this utility model embodiment
The embodiment stated is a part of embodiment of this utility model, rather than whole embodiments.Generally described in accompanying drawing herein and
The assembly of this utility model embodiment illustrating can be arranged with various different configurations and design.
Therefore, below requirement is not intended to limit to the detailed description of the embodiment of the present utility model providing in the accompanying drawings
The scope of the present utility model of protection, but it is merely representative of selected embodiment of the present utility model.Based in this utility model
Embodiment, the every other embodiment that those of ordinary skill in the art are obtained under the premise of not making creative work, all
Belong to the scope of this utility model protection.
First embodiment
Refer to Fig. 1 to Fig. 3, show that this utility model embodiment provides a kind of bearing installing tache 100.Described bearing peace
Dress button 100 includes bearing base 110 and obliquity prominence platform 120, and described obliquity prominence platform 120 is arranged on described bearing base 110.
Described bearing base 110 includes base plate 112, the first gripper shoe 114 and the second gripper shoe 116, described first support
Plate 114 and described second gripper shoe 116 are installed on described base.
Described base plate 112 includes inner side 1121 faces and outside 1127 face, and described outside 1127 face is used for described base plate 112
Fit to described installation equipment.Described inner side 1121 face of described base plate 112 includes first end 1122, middle part 1124 and second
End 1126, described first end 1122 and described the second end 1126 are respectively arranged at the two ends at described middle part 1124.Described
Base plate 112 is to carry described obliquity prominence platform 120, and described bearing base 110 is fixed to the plate object of installation equipment, permissible
It is preferably certain thickness rectangular slab.The middle part 1124 of described base plate 112 is provided with screw 111, can pass through screw 111 He
Described base plate 112 is fixed on installation equipment screw.
Described first gripper shoe 114 is massive support plate, preferably clapboard.Described first gripper shoe 114 includes first
Joint face 1141, the first supporting surface 1142, the first binding face 1143 and the first top surface 1144, described first joint face 1141 and institute
State the two ends that the first top surface 1144 is relatively arranged on described first gripper shoe 114, described first supporting surface 1142 and described first
Binding face 1143 is relatively arranged on the both sides of described first gripper shoe 114.Described first binding face 1143 is perpendicular to described first
Top surface 1144 and described first joint face 1141, described first supporting surface 1142 tilts to set with respect to described first binding face 1143
Put.Described first joint face 1141 connects the first end 1122 of described base plate 112.Described first joint face 1141 and described
The connected mode of one end 1122 can have multiple, can be fixedly connected by connector, or integrally formed mode is stable
Connect.
Described second gripper shoe 116 is preferably clapboard.Described second gripper shoe 116 include the second joint face 1161,
Two supporting surfaces 1162, the second binding face 1163 and the second top surface 1164, described second joint face 1161 and described second top surface
1164 two ends being relatively arranged on described second gripper shoe 116, described second supporting surface 1162 and described second binding face 1163
It is relatively arranged on the both sides of described second gripper shoe 116.Described second binding face 1163 is perpendicular to described second top surface 1164 He
Described second joint face 1161, described second supporting surface 1162 is obliquely installed with respect to described second binding face 1163.Described
Two joint faces 1161 connect the described the second end 1126 of described base plate 112.Described first binding face 1143 and described second patch
The opposing parallel setting in conjunction face 1163, described first supporting surface 1142 and the setting of described second supporting surface 1162 relative tilt.Described
The connected mode of the first joint face 1141 and described first end 1122 can have multiple, can be fixedly connected by connector,
Or integrally formed mode is stably connected with.
Described first boss 122 includes first annular post and clutch shaft bearing 210 installing hole 1224.Described first annular post bag
Include the first post body 1223, the first disc 1221 and the second disc 1222, described first disc 1221 and described second disc
1222 two ends being respectively arranged at described first post body 1223.Described first disc 1221 is used for being connected with bearing, and described the
Two discs 1222 are connected with the first supporting surface 1142 of described first gripper shoe 114.Described clutch shaft bearing 210 installing hole 1224 sets
It is placed in described first post body 1223, for installing described bearing.Described first boss 122 preferably with described first gripper shoe
114 are integrally formed, and are easy to process and use, be connected between the described first boss 122 of enhancing and described first gripper shoe 114 is steady
Qualitative.
The structure of described second boss 124 is preferably consistent with the structure of first boss 122.Described second boss 124 is wrapped
Include the second circular column and second bearing 220 installing hole 1244.Described second circular column includes the second post body 1243, the 3rd disc
1241 and the 4th disc 1242, described 3rd disc 1241 and described 4th disc 1242 are respectively arranged at described second post body
1243 two ends.Described 3rd disc 1241 is used for being connected with the second supporting surface 1162 of the second gripper shoe 116, described 4th circle
Face 1242 is used for being connected with bearing.Described second bearing 220 installing hole 1244 is arranged in described second post body 1243, is used for
Described bearing is installed.Described second boss 124 is preferably integrally formed with described second gripper shoe 116, is easy to process and uses, increases
The stability being connected between described second boss 124 and described second gripper shoe 116 by force.
The outside 1127 of base plate 112 is connected to by installation equipment, base plate by the screw 111 at the middle part 1124 of base plate 112
112 first end 1122 is connected with the first joint face 1141 of the first gripper shoe 114, the second end of base plate 112 1126 with
Second joint face 1161 of the second gripper shoe 116 connects.First binding face 1143 of the first gripper shoe 114 and the second gripper shoe
116 the second binding face 1163 is each perpendicular to inner side 1121 face of described base plate 112.First of described first gripper shoe 114
What the second supporting surface 1162 of support face 1142 and described second gripper shoe 116 was thought is obliquely installed.Institute is arranged on the first gripper shoe 114
State first boss 122, described first supporting surface 1142 is fixedly connected with the second disc 1222 of described first boss 122.Described
Described second boss 124, described second supporting surface 1162 and the 3rd of described second boss 124 are arranged on the second gripper shoe 116
Disc 1241 is fixedly connected.
When bearing being installed to application apparatus 300 using this bearing installing tache 100, screw can be first passed through and pass through base plate
Bearing base 110 is installed on application apparatus 300 screw 111 at 112 middle parts 1124.Then clutch shaft bearing 210 is installed to
It is fixed in first boss 122 on application apparatus 300, second bearing 220 is installed to and is fixed to application in second boss 124 and sets
On standby 300.Described clutch shaft bearing 210 produces the first tilting action power to described installation equipment, and described first tilting action power can
To be decomposed into the first axial force and the first radial forces.Described second bearing 220 produces second to described installation equipment
Tilting action power, described second tilting action power can be decomposed into the second axial force and the second radial forces.
Described first axial force is identical with described second axial action force direction, described first radial forces and institute
State the second radial forces in opposite direction.And when described clutch shaft bearing 210 and described second bearing 220 are symmetrically installed, first
Radial forces and the second radial forces are equal in magnitude and in opposite direction, and first suffered by therefore described installation equipment radially makees
Firmly can cancel out each other with the second radial forces.Described clutch shaft bearing 210, second bearing 220, described bearing installing tache
Radial forces between 100 and described installation equipment are all offset, and only exist axial force, therefore clutch shaft bearing 210 He
Described second bearing 220 all will not will not occur relative movement it is possible to avoid axle because of stress and described installation equipment between
Hold because radial forces are mounted opposite the technique effect that equipment slip leads to bearing to come off.
The bearing installing tache 100 that above-mentioned this utility model embodiment provides, the bearing for prior art is vertically installed in
Being susceptible to radial direction translation during equipment surface leads to bearing to hold caducous technical problem, and the bearing installing tache 100 providing includes
Bearing base 110 and the first boss 122 being obliquely installed on described bearing base 110 and second boss 124, described first is convex
Described clutch shaft bearing 210 is installed on platform 122, described second boss 124 is installed described second bearing 220, described clutch shaft bearing
210 and described second bearing 220 be installed on applied equipment by described bearing installing tache 100 relative tilt, bearing it
Between radial effect cancel out each other, reached bearing with respect to the equipment installed and will not occur the technique effect of radial rotating.
Second embodiment
Continuing with referring to Fig. 2 and Fig. 3, show that the structure of the bearing installing tache 100 that this utility model embodiment provides is shown
It is intended to.Described bearing installing tache 100 includes bearing base 110 and obliquity prominence platform 120, and described obliquity prominence platform 120 is arranged on described
On bearing base 110.
Described bearing base 110 includes base, the first gripper shoe 114 and the second gripper shoe 116, described first gripper shoe
114 and described second gripper shoe 116 be installed on described base.Described base plate 112 includes inner side 1121 faces and outside 1127
Face, described outside 1127 face is used for for described base plate 112 fitting to described installation equipment.The described inner side of described base plate 112
1121 faces include first end 1122, middle part 1124 and the second end 1126, described first end 1122 and described the second end
1126 two ends being respectively arranged at described middle part 1124.
Described first gripper shoe 114 is massive support plate, preferably clapboard.Described first gripper shoe 114 includes first
Joint face 1141, the first supporting surface 1142, the first binding face 1143 and the first top surface 1144, described first joint face 1141 and institute
State the two ends that the first top surface 1144 is relatively arranged on described first gripper shoe 114, described first supporting surface 1142 and described first
Binding face 1143 is relatively arranged on the both sides of described first gripper shoe 114.Described first binding face 1143 is perpendicular to described first
Top surface 1144 and described first joint face 1141, described first supporting surface 1142 tilts to set with respect to described first binding face 1143
Put.Described first joint face 1141 connects the first end 1122 of described base plate 112.
Described second gripper shoe 116 is preferably clapboard.Described second gripper shoe 116 include the second joint face 1161,
Two supporting surfaces 1162, the second binding face 1163 and the second top surface 1164, described second joint face 1161 and described second top surface
1164 two ends being relatively arranged on described second gripper shoe 116, described second supporting surface 1162 and described second binding face 1163
It is relatively arranged on the both sides of described second gripper shoe 116.Described second binding face 1163 is perpendicular to described second top surface 1164 He
Described second joint face 1161, described second supporting surface 1162 is obliquely installed with respect to described second binding face 1163.Described
Two joint faces 1161 connect the described the second end 1126 of described base plate 112.Described first binding face 1143 and described second patch
The opposing parallel setting in conjunction face 1163, described first supporting surface 1142 and the setting of described second supporting surface 1162 relative tilt.
Refer to Fig. 2, described first gripper shoe 114 and described second gripper shoe 116 are oppositely arranged.Described first gripper shoe
114 described first supporting surface 1142 tilts to the middle part 1124 of described base plate 112, and described the of described second gripper shoe 116
Two supporting surfaces 1162 tilt to the middle part 1124 of described base plate 112, described first supporting surface 1142 and described second supporting surface
1162 upper end is drawn close.
Refer to Fig. 3, described first gripper shoe 114 and described second gripper shoe 116 are oppositely arranged.Described first gripper shoe
114 described first supporting surface 1142 away from the middle part 1124 of described base plate 112, described the second of described second gripper shoe 116
Supporting surface 1162 away from the middle part 1124 of described base plate 112, described first supporting surface 1142 and described second supporting surface 1162
Upper end phase deviates from.
The bearing installing tache 100 that above-mentioned the present embodiment provides is relative with the second gripper shoe 116 including the first gripper shoe 114
Arrange and be oppositely arranged two kinds of situations.In the case of two kinds, clutch shaft bearing 210 and second bearing 220 are made to the radial direction of the equipment of installation
It is firmly all equal in magnitude in opposite direction, therefore can offset.The structure of two kinds of bearing installing taches 100 all can reach and avoid bearing
Because radial forces are mounted opposite the technique effect that equipment slip leads to bearing to come off.
On the basis of above-described embodiment, the first joint face 1141 of described first gripper shoe 114 can pass through fixture
It is connected to the first end 1122 of base plate 112, the second joint face 1161 of described second gripper shoe 116 can by fixture even
It is connected to the second end 1126 of described base plate 112, described fixture preferably can adjust the fixture of setting angle, to adjust
Described first gripper shoe 114 and described second gripper shoe 116 with respect to the mounting inclination angle degree of described base plate 112, to adapt to
The demand of equipment installed by different bearings.
Described fixture can include screw, nut and adjustable gasket.Described adjustable gasket can be in uneven thickness
Annular gasket, can include one-level ring segment, two-stage ring section and three-level ring segment according to its thickness difference, represent three kinds of different thickness respectively
The ring portion of degree.Described adjustable gasket is placed on the first joint face 1141 of described first gripper shoe 114 and described base plate 112
Between first end 1122, screw is passed through and after described adjustable mark pad and described first joint face 1141, is connected to described first
End 1122.Edge and the institute of described first joint face 1141 can be changed by rotating the different ring segment of described adjustable gasket
State the angle between first end 1122, realize the regulation at angle of inclination between the first gripper shoe 114 and described base plate 112, enter
And realize the technique effect that bearing is installed to application-specific equipment 300 at a certain angle, meet the application demand of different scenes.
3rd embodiment
Refer to Fig. 4 and Fig. 5, show the structural representation of the bearing assembly 200 that the present embodiment provides.Described bearing group
Part 200 includes bearing installing tache 100, clutch shaft bearing 210 and second bearing 220, described clutch shaft bearing 210 and the second described axle
Hold 220 all to tilt to be installed on described bearing installing tache 100.
Described bearing installing tache 100 includes bearing base 110, first boss 122 and second boss 124, and described first is convex
Platform 122 and described second boss 124 are all obliquely installed on described bearing base 110.Described first boss 122 and described first
Bearing 210 is fixedly connected, and described second boss 124 is fixedly connected with described second bearing 220.
Described bearing base 110 includes base plate 112, the first gripper shoe 114 and the second gripper shoe 116, described first support
Plate 114 and described second gripper shoe 116 are obliquely installed in the two ends of described base plate 112, and described first boss 122 is arranged on described
In first gripper shoe 114, described second boss 124 is arranged in described second gripper shoe 116.
Described base plate 112 includes inner side 1121 faces and outside 1127 face, and described outside 1127 face is used for described base plate 112
Fit to described installation equipment.Described inner side 1121 face of described base plate 112 includes first end 1122, middle part 1124 and second
End 1126, described first end 1122 and described the second end 1126 are respectively arranged at the two ends at described middle part 1124.Described
Base plate 112 is to carry described obliquity prominence platform 120, and described bearing base 110 is fixed to the plate object of installation equipment, permissible
It is preferably certain thickness rectangular slab.The middle part 1124 of described base plate 112 is provided with screw 111, can pass through screw 111 He
Described base plate 112 is fixed on installation equipment screw.
Described first gripper shoe 114 is massive support plate, preferably clapboard.Described first gripper shoe 114 includes first
Joint face 1141, the first supporting surface 1142, the first binding face 1143 and the first top surface 1144, described first joint face 1141 and institute
State the two ends that the first top surface 1144 is relatively arranged on described first gripper shoe 114, described first supporting surface 1142 and described first
Binding face 1143 is relatively arranged on the both sides of described first gripper shoe 114.Described first binding face 1143 is perpendicular to described first
Top surface 1144 and described first joint face 1141, described first supporting surface 1142 tilts to set with respect to described first binding face 1143
Put.Described first joint face 1141 connects the first end 1122 of described base plate 112.Described first joint face 1141 and described
The connected mode of one end 1122 can have multiple, can be fixedly connected by connector, or integrally formed mode is stable
Connect.
Described second gripper shoe 116 is preferably clapboard.Described second gripper shoe 116 include the second joint face 1161,
Two supporting surfaces 1162, the second binding face 1163 and the second top surface 1164, described second joint face 1161 and described second top surface
1164 two ends being relatively arranged on described second gripper shoe 116, described second supporting surface 1162 and described second binding face 1163
It is relatively arranged on the both sides of described second gripper shoe 116.Described second binding face 1163 is perpendicular to described second top surface 1164 He
Described second joint face 1161, described second supporting surface 1162 is obliquely installed with respect to described second binding face 1163.Described
Two joint faces 1161 connect the described the second end 1126 of described base plate 112.Described first binding face 1143 and described second patch
The opposing parallel setting in conjunction face 1163, described first supporting surface 1142 and the setting of described second supporting surface 1162 relative tilt.Described
The connected mode of the first joint face 1141 and described first end 1122 can have multiple, can be fixedly connected by connector,
Or integrally formed mode is stably connected with.
Described first boss 122 includes first annular post and clutch shaft bearing 210 installing hole 1224.Described first annular post bag
Include the first post body 1223, the first disc 1221 and the second disc 1222, described first disc 1221 and described second disc
1222 two ends being respectively arranged at described first post body 1223.Described first disc 1221 is used for being connected with bearing, and described the
Two discs 1222 are connected with the first supporting surface 1142 of described first gripper shoe 114.Described clutch shaft bearing 210 installing hole 1224 sets
It is placed in described first post body 1223, for installing described bearing.Described first boss 122 preferably with described first gripper shoe
114 are integrally formed, and are easy to process and use, be connected between the described first boss 122 of enhancing and described first gripper shoe 114 is steady
Qualitative.
The structure of described second boss 124 is preferably consistent with the structure of first boss 122.Described second boss 124 is wrapped
Include the second circular column and second bearing 220 installing hole 1244.Described second circular column includes the second post body 1243, the 3rd disc
1241 and the 4th disc 1242, described 3rd disc 1241 and described 4th disc 1242 are respectively arranged at described second post body
1243 two ends.Described 3rd disc 1241 is used for being connected with the second supporting surface 1162 of the second gripper shoe 116, described 4th circle
Face 1242 is used for being connected with bearing.Described second bearing 220 installing hole 1244 is arranged in described second post body 1243, is used for
Described bearing is installed.Described second boss 124 is preferably integrally formed with described second gripper shoe 116, is easy to process and uses, increases
The stability being connected between described second boss 124 and described second gripper shoe 116 by force.
The outside 1127 of base plate 112 is connected to by installation equipment, base plate by the screw 111 at the middle part 1124 of base plate 112
112 first end 1122 is connected with the first joint face 1141 of the first gripper shoe 114, the second end of base plate 112 1126 with
Second joint face 1161 of the second gripper shoe 116 connects.First binding face 1143 of the first gripper shoe 114 and the second gripper shoe
116 the second binding face 1163 is each perpendicular to inner side 1121 face of described base plate 112.First of described first gripper shoe 114
What the second supporting surface 1162 of support face 1142 and described second gripper shoe 116 was thought is obliquely installed.Institute is arranged on the first gripper shoe 114
State first boss 122, described first supporting surface 1142 is fixedly connected with the second disc 1222 of described first boss 122.Described
Described second boss 124, described second supporting surface 1162 and the 3rd of described second boss 124 are arranged on the second gripper shoe 116
Disc 1241 is fixedly connected.
When bearing being installed to application apparatus 300 using this bearing assembly 200, screw can be first passed through and pass through base plate
Bearing base 110 is installed on application apparatus 300 screw 111 at 112 middle parts 1124.Then clutch shaft bearing 210 is installed to
It is fixed in first boss 122 on application apparatus 300, second bearing 220 is installed to and is fixed to application in second boss 124 and sets
On standby 300.Described clutch shaft bearing 210 produces the first tilting action power to described installation equipment, and described first tilting action power can
To be decomposed into the first axial force and the first radial forces.Described second bearing 220 produces second to described installation equipment
Tilting action power, described second tilting action power can be decomposed into the second axial force and the second radial forces.
Described first axial force is identical with described second axial action force direction, described first radial forces and institute
State the second radial forces in opposite direction.And when described clutch shaft bearing 210 and described second bearing 220 are symmetrically installed, first
Radial forces and the second radial forces are equal in magnitude and in opposite direction, and first suffered by therefore described installation equipment radially makees
Firmly can cancel out each other with the second radial forces.Described clutch shaft bearing 210, second bearing 220, described bearing installing tache
Radial forces between 100 and described installation equipment are all offset, and only exist axial force, therefore clutch shaft bearing 210 He
Described second bearing 220 all will not will not occur relative movement it is possible to avoid axle because of stress and described installation equipment between
Hold because radial forces are mounted opposite the technique effect that equipment slip leads to bearing to come off.
The bearing assembly that above-mentioned this utility model embodiment provides, the bearing for prior art is vertically installed in equipment list
Being susceptible to radial direction translation during face leads to bearing to hold caducous technical problem, and bearing assembly includes bearing installing tache and is installed on
Clutch shaft bearing on described bearing installing tache and second bearing, described bearing installing tache includes bearing base and is obliquely installed in institute
State the first boss on bearing base and second boss, described first boss is installed described clutch shaft bearing, described second boss
The described second bearing of upper installation, described clutch shaft bearing and described second bearing are installed to by described bearing installing tache relative tilt
On the equipment applied, the radial effect between bearing is cancelled out each other, and has reached bearing and will not send out with respect to the equipment installed
The technique effect of raw radial rotating.The specific embodiment of the bearing assembly that the present embodiment provides can be found in aforementioned bearings installing tache
Specific embodiment, this is no longer going to repeat them.
The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for this
For the technical staff in field, this utility model can have various modifications and variations.All of the present utility model spirit and principle
Within, any modification, equivalent substitution and improvement made etc., should be included within protection domain of the present utility model.
Claims (10)
1. a kind of bearing installing tache is it is characterised in that include：Bearing base and the inclination being inclined and mounted on described bearing base
Boss, described obliquity prominence platform includes first boss and second boss, and described first boss and described second boss are relatively arranged on
The two ends of described bearing base.
2. bearing installing tache according to claim 1 is it is characterised in that described bearing base includes base plate, the first support
Plate and the second gripper shoe, described first gripper shoe and described second gripper shoe are obliquely installed in the two ends of described base plate, and described
One boss is arranged in described first gripper shoe, and described second boss is arranged in described second gripper shoe.
3. bearing installing tache according to claim 2 is it is characterised in that described first gripper shoe and described second gripper shoe
Opposite tilt is installed.
4. bearing installing tache according to claim 2 is it is characterised in that described first gripper shoe and described second gripper shoe
Relative tilt is installed.
5. bearing installing tache according to claim 2 is it is characterised in that described first gripper shoe and described first boss one
Body formed, described second gripper shoe and described second boss are integrally formed.
6. bearing installing tache according to claim 5 is it is characterised in that also include the fixture of installation-angle adjustable,
Described first gripper shoe and described second gripper shoe are all arranged on described base plate by described fixture.
7. bearing installing tache according to claim 1 is it is characterised in that be additionally provided with described bearing base for by institute
State the screw that bearing base is connected to installation equipment.
8. bearing installing tache according to claim 1 it is characterised in that described bearing base and described obliquity prominence platform one
Molding.
9. a kind of bearing assembly it is characterised in that including bearing installing tache, clutch shaft bearing and second bearing, install by described bearing
Button includes bearing base, first boss and second boss, and described first boss and described second boss are obliquely installed in described axle
Hold on base, described first boss is fixedly connected with described clutch shaft bearing, described second boss and described second bearing are fixing even
Connect.
10. bearing assembly according to claim 9 is it is characterised in that described bearing base includes base plate, the first gripper shoe
With the second gripper shoe, described first gripper shoe and described second gripper shoe are obliquely installed in the two ends of described base plate, and described first
Boss is arranged in described first gripper shoe, and described second boss is arranged in described second gripper shoe.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620900015.8U CN205956224U (en) | 2016-08-18 | 2016-08-18 | Bearing installation is detained and bearing assembly |
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| CN201620900015.8U CN205956224U (en) | 2016-08-18 | 2016-08-18 | Bearing installation is detained and bearing assembly |
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| CN205956224U true CN205956224U (en) | 2017-02-15 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106050940A (en) * | 2016-08-18 | 2016-10-26 | 北京可以科技有限公司 | Bearing mounting buckle and bearing assembly |
| WO2018033064A1 (en) * | 2016-08-18 | 2018-02-22 | 杨健勃 | Bearing piece with bearings angularly arranged and bearing installation structure |
-
2016
- 2016-08-18 CN CN201620900015.8U patent/CN205956224U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106050940A (en) * | 2016-08-18 | 2016-10-26 | 北京可以科技有限公司 | Bearing mounting buckle and bearing assembly |
| WO2018033065A1 (en) * | 2016-08-18 | 2018-02-22 | 杨健勃 | Bearing installation fastener, bearing assembly, bearing installation device and method for installing bearings |
| WO2018033064A1 (en) * | 2016-08-18 | 2018-02-22 | 杨健勃 | Bearing piece with bearings angularly arranged and bearing installation structure |
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