CN209021801U - A kind of circular glass sander of good fixing effect - Google Patents
A kind of circular glass sander of good fixing effect Download PDFInfo
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- CN209021801U CN209021801U CN201821529760.1U CN201821529760U CN209021801U CN 209021801 U CN209021801 U CN 209021801U CN 201821529760 U CN201821529760 U CN 201821529760U CN 209021801 U CN209021801 U CN 209021801U
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- glass
- sleeve
- strut
- rotary sleeve
- fixed station
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Abstract
The utility model discloses a kind of circular glass sanders of good fixing effect, are related to glass processing field；Including pedestal, a glass fixed station is equipped with above the pedestal, a vertical strut is equipped between the pedestal and glass fixed station, the top of the strut and glass fixed station are affixed, the bottom end of the strut and pedestal are affixed, rotary sleeve is rotatably connected on the strut, the rotary sleeve two sides are each provided with a polishing motor, the polishing motor is arranged symmetrically using the axis of strut as symmetry axis, the polishing motor and rotary sleeve are affixed, the glass fixed station is located between two polishing motors, the pressing plate for fixing glass is equipped with above the glass fixed station, the rotary sleeve is connect with driving device；The fixed glass of the utility model is secured.
Description
Technical field
The utility model belongs to glass processing field, in particular to the circular glass sander of a kind of good fixing effect.
Background technique
Glass can be polished into circular glass by circular glass sander.
Chinese patent authorization publication number CN203751878U, authorized announcement date 20140806 disclose a kind of " saving raw material
Fillet sander "；Including glass fixed station and mold fixed station, mold fixed station is located at right above glass fixed station；Polishing
Board, polishing board include mold fitting wheel shaft, polishing motor and polishing grinding wheel, and mold fitting wheel shaft is consolidated with mold fixed station
Determine face level, the buffed surface and glass fixed station of fillet polishing grinding wheel are horizontal；Board of polishing moves rail, and polishing board moves rail setting and exists
The lower section of polishing board；When production, the invention is using the fixed glass of glass fixing device, and the polishing grinding wheel of glass side is to glass
It polishes, since polishing grinding wheel has a lateral force to glass, while glass unavoidably generates vibration in polishing, therefore
Glass fixing device cannot fix glass, the unstable quality of the shape of polishing, if glass fixing device adds glass well
Big pressure potential must generate damage to glass；The fixed glass of the invention is insecure.
Utility model content
The purpose of this utility model is to overcome the fixed unstable disadvantages of glass of the prior art, provide a kind of fixed effect
The good circular glass sander of fruit.
To achieve the goals above, the utility model uses following technical scheme:
A kind of circular glass sander of good fixing effect, including pedestal, the pedestal top are equipped with a glass and fix
Platform is equipped with a vertical strut between the pedestal and glass fixed station, the top of the strut and glass fixed station are affixed,
The bottom end of the strut and pedestal are affixed, and rotary sleeve is rotatably connected on the strut, and the rotary sleeve two sides are each provided with one
A polishing motor, the polishing motor are arranged symmetrically using the axis of strut as symmetry axis, and the polishing motor and rotary sleeve are affixed, institute
Glass fixed station is stated between two polishing motors, the pressing plate for fixing glass, institute are equipped with above the glass fixed station
Rotary sleeve is stated to connect with driving device.
A glass fixed station is equipped with above pedestal；When polishing circular glass, glass is placed on glass fixed station, glass
The pressing plate for fixing glass is equipped with above glass fixed station；Glass is fixed on glass fixed station using pressing plate；Start this reality
With novel, rotary sleeve is connect with driving device, and driving device drives rotary sleeve rotation；Rotary sleeve two sides are each provided with a polishing
Motor, polishing motor are arranged symmetrically using the axis of strut as symmetry axis, and polishing motor and rotary sleeve are affixed, and glass fixed station is located at two
Between a polishing motor；Rotary sleeve drives polishing motor to rotate around glass fixed station, and motor of polishing is on glass fixed station
The edge of glass is polished, and glass is finally polished into circle, and since polishing motor is arranged symmetrically, motor of polishing is to glass
Glass generates contrary lateral force, inhibits glass sidesway well, has the advantages that fixed glass is firm.
Preferably, the rotary sleeve is connect with a lifting apparatus, set on rotary sleeve there are two sliding block, the sliding block with
The axis of strut is arranged symmetrically for symmetry axis, and the guide sleeve being adapted to rotary sleeve is arranged on the strut, and the guide sleeve is located at
Below rotary sleeve, the guide sleeve and pedestal are affixed, and guide sleeve inner sidewall is set there are two the guide rail for being used for sliding slider, described to lead
The line of the Origin And Destination of rail by the axis of strut, on guide rail any point to the distance between guide sleeve bottom surface be L, L by
The origin-to-destination direction of guide rail is gradually reduced, and the starting point of any one guide rail is located at the surface of the terminal of another guide rail.
Rotary sleeve is connect with a lifting apparatus, and when the utility model starting, rotary sleeve is raised to and leads by lifting apparatus
To set top, polishing motor polishes to glass；After the completion of glass polishing, lifting apparatus reduces rotary sleeve height, most
Whole rotary sleeve bottom end enters in guide sleeve, and the sliding block on rotary sleeve is resisted against on the guide rail on guide sleeve inner sidewall；Guide rail is taken up an official post
It is L that meaning, which a little arrives the distance between guide sleeve bottom surface, and L is gradually reduced by the origin-to-destination direction of guide rail；Therefore when lifting dress
It sets when continuing to reduce the height of rotary sleeve, the sliding block on rotary sleeve is slided along guide rail, and sliding block drives rotary sleeve rotation, rotation
Set drives polishing motor rotation, and final sliding block slides into guide rail terminal；After each lifting apparatus reduces rotary sleeve height, rotary sleeve
On sliding block be respectively positioned on guide rail terminal, since guide sleeve is fixed on pedestal so that every time polishing glass after the completion of, polishing
Motor rotates to same position, avoids the occurrence of situation of the polishing motor gear among glass and operator, prevents from operating
When removing glass contingency occurs for personnel, increases the safety of the utility model.
Preferably, driving device includes actuating sleeve, the actuating sleeve is set on strut, and described actuating sleeve one end is affixed
There is friction plate, the actuating sleeve other end is connected with driving gear, and the driving geared sleeve is located on strut, and the friction plate supports
It leans against on the bottom surface of rotary sleeve, the driving gear is connect with driving motor, and the lifting apparatus includes for being lifted actuating sleeve
Rack tube, the rack tube is set on strut, and the rack tube is located at below actuating sleeve, is engaged with lift on the rack tube
Rise gear.
When the utility model starting, lifting gear rotation, rack tube rises along strut, and rack tube top is resisted against drive
Dynamic to put on, rack tube drives actuating sleeve to rise, and actuating sleeve is connected with friction plate, and friction plate is resisted against rotary sleeve bottom end, actuating sleeve
It drives rotary sleeve to rise, finally rotary sleeve is lifted to above guide sleeve, driving motor drives actuating sleeve driving gear rotation at this time
Turn, driving gear band moves actuating sleeve and rotates, and there are frictional force between the friction plate and rotary sleeve on actuating sleeve, in the drive of frictional force
Under making, rotary sleeve rotation, final rotary sleeve drives polishing motor to polish glass；After the completion of glass polishing, it is lifted tooth
Wheel rotates backward, and rack tube declines along strut, rotary sleeve decline, when the sliding block on rotary sleeve is resisted against on guide rail, friction
It is separated between piece and rotary sleeve, sliding block slides under the action of the gravity of rotary sleeve along guide rail, and final sliding block slides into guide rail
Terminal, operator remove polishing complete glass.
Preferably, being arranged with thrust bearing on strut, the thrust bearing is described between actuating sleeve and rack tube
Thrust bearing side is resisted against the bottom end of actuating sleeve, and the thrust bearing other side is resisted against the top of rack tube.
Thrust bearing is added, when so that actuating sleeve rotating, the resistance from actuating sleeve bottom end reduces, and improves the utility model
Working efficiency.
The beneficial effects of the utility model are: (1) polishing motor is arranged symmetrically, therefore motor of polishing generates direction to glass
Opposite lateral force inhibits glass sidesway well, has the advantages that fixed glass is firm；(2) lifting apparatus will revolve every time
After pivoted housing height reduces, the sliding block on rotary sleeve is respectively positioned on guide rail terminal, since guide sleeve is fixed on pedestal, so that often
After the completion of secondary polishing glass, polishing motor rotates to same position, avoids the occurrence of polishing motor gear in glass and operator
Intermediate situation, prevents that contingency occurs when operator removes glass, increases the safety of the utility model；
(3) thrust bearing is added, when so that actuating sleeve rotating, the resistance from actuating sleeve bottom end reduces, and improves the work of the utility model
Make efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the partial enlarged view in Fig. 1 at A；
Fig. 3 is the structural schematic diagram of actuating sleeve；
Fig. 4 is the structural schematic diagram of guide sleeve；
Fig. 5 is the structural schematic diagram of rotary sleeve；
Fig. 6 is the structural schematic diagram of rack tube.
In figure: pedestal 1, strut 3, rotary sleeve 4, polishing motor 5, pressing plate 6, guide sleeve 8, sliding block 9, is led at glass fixed station 2
Rail 10, actuating sleeve 11, friction plate 12, driving gear 13, driving motor 14, rack tube 15, lifting gear 16, thrust bearing 17.
Specific embodiment
The utility model is further elaborated on reference to the accompanying drawings and detailed description:
Fig. 1 is a kind of circular glass sander of good fixing effect, including pedestal 1, is equipped with a glass above the pedestal 1
Glass fixed station 2 is equipped with a vertical strut 3, the top of the strut 3 and glass between the pedestal 1 and glass fixed station 2
Fixed station 2 is affixed, and the bottom end of the strut 3 and pedestal 1 are affixed, and rotary sleeve 4, the rotation are rotatably connected on the strut 3
It covers 4 two sides and is each provided with a polishing motor 5, the polishing motor 5 is arranged symmetrically using the axis of strut 3 as symmetry axis, described to beat
Electric mill machine 5 and rotary sleeve 4 are affixed, and the glass fixed station 2 is located between two polishing motors 5,2 top of glass fixed station
Equipped with the pressing plate 6 for fixing glass, the rotary sleeve 4 is connect with driving device.
A glass fixed station is equipped with above pedestal；When polishing circular glass, glass is placed on glass fixed station, glass
The pressing plate for fixing glass is equipped with above glass fixed station；Glass is fixed on glass fixed station using pressing plate；Start this reality
With novel, rotary sleeve is connect with driving device, and driving device drives rotary sleeve rotation；Rotary sleeve two sides are each provided with a polishing
Motor, polishing motor are arranged symmetrically using the axis of strut as symmetry axis, and polishing motor and rotary sleeve are affixed, and glass fixed station is located at two
Between a polishing motor；Rotary sleeve drives polishing motor to rotate around glass fixed station, and motor of polishing is on glass fixed station
The edge of glass is polished, and glass is finally polished into circle, and since polishing motor is arranged symmetrically, motor of polishing is to glass
Glass generates contrary lateral force, inhibits glass sidesway well, has the advantages that fixed glass is firm.
Fig. 2, Fig. 4 and Fig. 5 show that rotary sleeve 4 is connect with a lifting apparatus, are set on the rotary sleeve 4 there are two sliding block
9, the sliding block 9 is arranged symmetrically using the axis of strut 3 as symmetry axis, is arranged with the guide sleeve being adapted to rotary sleeve 4 on the strut 3
8, the guide sleeve 8 is located at the lower section of rotary sleeve 4, and the guide sleeve 8 and pedestal 1 are affixed, 8 inner sidewall of guide sleeve set there are two be used for
The guide rail 10 of sliding slider 9, the line of the Origin And Destination of the guide rail 10 pass through the axis of strut 3, any point on guide rail 10
It is L to the distance between 8 bottom surface of guide sleeve, L is gradually reduced by the origin-to-destination direction of guide rail 10, any one guide rail 10
Starting point is located at the surface of the terminal of another guide rail 10.
Rotary sleeve is connect with a lifting apparatus, and when the utility model starting, rotary sleeve is raised to and leads by lifting apparatus
To set top, polishing motor polishes to glass；After the completion of glass polishing, lifting apparatus reduces rotary sleeve height, most
Whole rotary sleeve bottom end enters in guide sleeve, and the sliding block on rotary sleeve is resisted against on the guide rail on guide sleeve inner sidewall；Guide rail is taken up an official post
It is L that meaning, which a little arrives the distance between guide sleeve bottom surface, and L is gradually reduced by the origin-to-destination direction of guide rail；Therefore when lifting dress
It sets when continuing to reduce the height of rotary sleeve, the sliding block on rotary sleeve is slided along guide rail, and sliding block drives rotary sleeve rotation, rotation
Set drives polishing motor rotation, and final sliding block slides into guide rail terminal；After each lifting apparatus reduces rotary sleeve height, rotary sleeve
On sliding block be respectively positioned on guide rail terminal, since guide sleeve is fixed on pedestal so that every time polishing glass after the completion of, polishing
Motor rotates to same position, avoids the occurrence of situation of the polishing motor gear among glass and operator, prevents from operating
When removing glass contingency occurs for personnel, increases the safety of the utility model.
Fig. 2, Fig. 3 and Fig. 6 show that driving device includes actuating sleeve 11, and the actuating sleeve 11 is set on strut 3, described
11 one end of actuating sleeve is connected with friction plate 12, and 11 other end of actuating sleeve is connected with driving gear 13, the driving gear 13
It is set on strut 3, the friction plate 12 is resisted against on the bottom surface of rotary sleeve 4, and the driving gear 13 connects with driving motor 14
It connects, the lifting apparatus includes the rack tube 15 for being lifted actuating sleeve 11, and the rack tube 15 is set on strut 3, described
Rack tube 15 is located at 11 lower section of actuating sleeve, is engaged with lifting gear 16 on the rack tube 15.
When the utility model starting, lifting gear rotation, rack tube rises along strut, and rack tube top is resisted against drive
Dynamic to put on, rack tube drives actuating sleeve to rise, and actuating sleeve is connected with friction plate, and friction plate is resisted against rotary sleeve bottom end, actuating sleeve
It drives rotary sleeve to rise, finally rotary sleeve is lifted to above guide sleeve, driving motor drives actuating sleeve driving gear rotation at this time
Turn, driving gear band moves actuating sleeve and rotates, and there are frictional force between the friction plate and rotary sleeve on actuating sleeve, in the drive of frictional force
Under making, rotary sleeve rotation, final rotary sleeve drives polishing motor to polish glass；After the completion of glass polishing, it is lifted tooth
Wheel rotates backward, and rack tube declines along strut, rotary sleeve decline, when the sliding block on rotary sleeve is resisted against on guide rail, friction
It is separated between piece and rotary sleeve, sliding block slides under the action of the gravity of rotary sleeve along guide rail, and final sliding block slides into guide rail
Terminal, operator remove polishing complete glass.
Fig. 2 is shown, thrust bearing 17 is arranged on strut 3, and the thrust bearing 17 is located at actuating sleeve 11 and rack tube 15
Between, 17 side of thrust bearing is resisted against the bottom end of actuating sleeve 11, and 17 other side of thrust bearing is resisted against rack tube
15 top.
Thrust bearing is added, when so that actuating sleeve rotating, the resistance from actuating sleeve bottom end reduces, and improves the utility model
Working efficiency.
Claims (4)
1. a kind of circular glass sander of good fixing effect, including pedestal (1), which is characterized in that set above the pedestal (1)
There is a glass fixed station (2), a vertical strut (3) is equipped between the pedestal (1) and glass fixed station (2), it is described
The top of strut (3) and glass fixed station (2) are affixed, and the bottom end of the strut (3) and pedestal (1) are affixed, on the strut (3)
It is rotatably connected to rotary sleeve (4), rotary sleeve (4) two sides are each provided with a polishing motor (5), the polishing motor (5)
It is arranged symmetrically using the axis of strut (3) as symmetry axis, the polishing motor (5) and rotary sleeve (4) are affixed, the glass fixed station
(2) it is located between two polishing motors (5), the pressing plate (6) for fixing glass, institute is equipped with above the glass fixed station (2)
Rotary sleeve (4) is stated to connect with driving device.
2. a kind of circular glass sander of good fixing effect according to claim 1, which is characterized in that the rotary sleeve
(4) it connect, is set on the rotary sleeve (4) there are two sliding block (9), the sliding block (9) is with the axis of strut (3) with a lifting apparatus
It is arranged symmetrically for symmetry axis, the guide sleeve (8) being adapted to rotary sleeve (4), the guide sleeve (8) is arranged on the strut (3)
Below the rotary sleeve (4), the guide sleeve (8) and pedestal (1) are affixed, and guide sleeve (8) inner sidewall sets that there are two be used to slide
The guide rail (10) of sliding block (9), the line of the Origin And Destination of the guide rail (10) pass through the axis of strut (3), and guide rail (10) is taken up an official post
It is L that meaning, which a little arrives the distance between guide sleeve (8) bottom surface, and L is gradually reduced by the origin-to-destination direction of guide rail (10), any one
The starting point of a guide rail (10) is located at the surface of the terminal of another guide rail (10).
3. a kind of circular glass sander of good fixing effect according to claim 2, which is characterized in that the driving dress
It sets including actuating sleeve (11), the actuating sleeve (11) is set on strut (3), and described actuating sleeve (11) one end is connected with friction plate
(12), actuating sleeve (11) other end is connected with driving gear (13), and the driving gear (13) is set on strut (3),
The friction plate (12) is resisted against on the bottom surface of rotary sleeve (4), and the driving gear (13) connect with driving motor (14), described
Lifting apparatus includes for being lifted the rack tube of actuating sleeve (11) (15), and the rack tube (15) is set on strut (3), described
Rack tube (15) is located at below actuating sleeve (11), and lifting gear (16) is engaged on the rack tube (15).
4. a kind of circular glass sander of good fixing effect according to claim 3, which is characterized in that the strut
(3) it is arranged on thrust bearing (17), the thrust bearing (17) is located between actuating sleeve (11) and rack tube (15), described to push away
Power bearing (17) side is resisted against the bottom end of actuating sleeve (11), and thrust bearing (17) other side is resisted against rack tube (15)
Top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821529760.1U CN209021801U (en) | 2018-09-18 | 2018-09-18 | A kind of circular glass sander of good fixing effect |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821529760.1U CN209021801U (en) | 2018-09-18 | 2018-09-18 | A kind of circular glass sander of good fixing effect |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209021801U true CN209021801U (en) | 2019-06-25 |
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ID=66904747
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821529760.1U Active CN209021801U (en) | 2018-09-18 | 2018-09-18 | A kind of circular glass sander of good fixing effect |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209021801U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113400133A (en) * | 2021-08-20 | 2021-09-17 | 江苏圣锦硅业新材料有限公司 | Automatic edging machine after glass cutting shaping |
-
2018
- 2018-09-18 CN CN201821529760.1U patent/CN209021801U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113400133A (en) * | 2021-08-20 | 2021-09-17 | 江苏圣锦硅业新材料有限公司 | Automatic edging machine after glass cutting shaping |
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