CN208246513U - A kind of horizontal bilateral Multi-edge grinding mechanism - Google Patents
A kind of horizontal bilateral Multi-edge grinding mechanism Download PDFInfo
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- CN208246513U CN208246513U CN201721868410.3U CN201721868410U CN208246513U CN 208246513 U CN208246513 U CN 208246513U CN 201721868410 U CN201721868410 U CN 201721868410U CN 208246513 U CN208246513 U CN 208246513U
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Abstract
The utility model embodiment discloses a kind of horizontal bilateral Multi-edge grinding mechanism, it includes horizontal feed channel, two groups of bistrique groups including being symmetrically set in horizontal feed channel two sides, one group of bistrique group include the bevel edge corase grinding assembly set gradually along feedstock direction, bevel edge fine grinding assembly, side corase grinding assembly, upper and lower chamfering assembly and side fine grinding assembly；The bevel edge fine grinding assembly and side corase grinding assembly are set in balance arm mechanism, and the balance arm mechanism is used to adjust the grinding included angle of the bevel edge fine grinding assembly and side corase grinding assembly.The utility model is ground plate by being symmetrically set in two groups of bistrique groups of horizontal feed channel two sides, can disposably polish two sides and the bevel edge of the plates such as glass, and the symmetry of plate two sides is good；By disposably polishing two sides and the bevel edge of the plates such as glass, the process velocity that can at least double than existing single-side edge grinding machine greatly improves production efficiency, increases the performance of enterprises.
Description
Technical field
The utility model relates to a kind of edge polisher more particularly to a kind of horizontal bilateral Multi-edge grinding mechanisms.
Background technique
Edge polisher is the equipment for grinding at the materials such as glass, stone material edge, has and roughly grinds, refines, polishing one step completed spy
Point, suitable for being ground the inclined-plane and straight flange of the material of different sizes and thickness.Behind existing good one side of unilateral grinding mechanical grinding,
It needs again to feed plate rotation 180 degree, regrinds and cut another side, since the position and angle that feed plate twice can all generate
Slight deviations cause the symmetry of two sides after being ground poor, do not meet the demand of client, and processing efficiency is low, the performance of enterprises is poor.
Utility model content
The technical problem to be solved by the embodiment of the utility model is, providing a kind of horizontal bilateral Multi-edge milling drum
Structure, can disposably polish two sides and the bevel edge of the plates such as glass, and the symmetry of plate two sides is good；By disposably polishing
The two sides of the plates such as glass and bevel edge out, the process velocity that can be at least doubled than existing single-side edge grinding machine, greatly
Ground improves production efficiency, increases the performance of enterprises.
In order to solve the above-mentioned technical problem, the utility model embodiment provides a kind of horizontal bilateral Multi-edge milling drum
Structure, Multi-edge refer to disposably carrying out the edge of plate that the grinding of a variety of depth and gradient, formation successively connect
The plane of the multiple and different width connect and tilt angle.This horizontal bilateral Multi-edge grinding mechanism is equipped with horizontal feed channel, packet
Two groups of bistrique groups for being symmetrically set in horizontal feed channel two sides are included, one group of bistrique group includes the bevel edge set gradually along feedstock direction
It roughly grinds assembly, bevel edge fine grinding assembly, side corase grinding assembly, upper and lower chamfering assembly and side and refines assembly；The bevel edge fine grinding is total
It is set in balance arm mechanism at side corase grinding assembly, the balance arm mechanism is for adjusting the bevel edge fine grinding assembly and side corase grinding
The grinding included angle of assembly.
As an improvement of the above scheme, the bevel edge corase grinding assembly includes the bevel edge being arranged with plate surface at predetermined angle
Roughing heads；The bevel edge fine grinding assembly includes bevel edge fine grinding head identical with the inclination angle of bevel edge roughing heads；The side corase grinding is total
At the side coarse-grinding head being vertically arranged including grinding surface；The chamfering assembly up and down includes upper chamfer grinding head and lower chamfering mill
Head, the angle of they and plate surface are greater than the angle of the bevel edge roughing heads and bevel edge fine grinding head and plate surface；The side
Side fine grinding assembly includes the side fine grinding bistrique that grinding surface is vertically arranged.
As an improvement of the above scheme, leading for the feed entrance point and direction for correcting plate is additionally provided in front of bistrique group
To frame.
As an improvement of the above scheme, the leading truck includes sliding seat, guidance set, slide assemblies and telescoping mechanism,
The slide assemblies are connect with sliding seat, enable sliding seat and the vertically oriented sliding of feedstock direction；The telescoping mechanism
It is connect with sliding seat, for adjusting slide displacement of the sliding seat under slide assemblies limitation；The guidance set includes directive wheel,
The directive wheel is set in a row along feedstock direction in sliding seat.
As an improvement of the above scheme, the slide assemblies include mutually matched sliding slot and sliding rail, they one of them
Fixed setting, another is set in sliding seat；The sliding slot and totally two groups of sliding rail, they are set to sliding seat bottom in parallel；Wherein,
The sliding slot is connect with sliding seat, and notch is downward；The sliding rail fixed setting.
As an improvement of the above scheme, the telescoping mechanism is the hydraulic cylinder hinged with sliding seat, cylinder or electric pushrod；
The telescoping mechanism is articulated in swing seat, and can be swung up and down by axis of hinge joint.
As an improvement of the above scheme, the bevel edge corase grinding assembly and bevel edge fine grinding assembly are set in balance arm mechanism, described
Balance arm is for driving the bevel edge corase grinding assembly and bevel edge fine grinding assembly to swing predetermined angular around predetermined axial line.
As an improvement of the above scheme, the balance arm mechanism includes wobble component and driving assembly, the wobble component packet
Fixed turntable, movable disk, linking arm, swing seat are included, the fixed turntable and movable disk are cooperatively connected, the movable disk
It can be mobile around the edge of fixed turntable；The linking arm is connect with movable disk, the synchronous hunting with the movement of movable disk；
The swing seat is fixedly connected with the linking arm of two sides；The driving component includes the first hinged seat being set on linking arm, sets
In the screw body of the second hinged seat and connection the first hinged seat and the second hinged seat on base, the screw body energy
It enough drives the first hinged seat separate or close to the second hinged seat, swing seat is made to swing predetermined angular around fixed turntable.
As an improvement of the above scheme, the fixed turntable and movable disk are equipped with the portion of being fastened and connected, and are set to described solid
Determine the portion that the is fastened and connected setting symmetrical above and below of turntable and movable disk and mutually fastens；The portion of being fastened and connected includes being set to fix
The bulge loop of turntable or movable disk edge, and the stop collar extended perpendicularly out from bulge loop side；One portion that is fastened and connected it is described
The stop collar that stop collar protrudes into another portion that is fastened and connected connect the pit to be formed with bulge loop.
Implement the utility model embodiment, has the following beneficial effects:
The utility model is ground plate by being symmetrically set in two groups of bistrique groups of horizontal feed channel two sides, can
Two sides and the bevel edge of the plates such as glass are disposably polished, the symmetry of plate two sides is good；By disposably polishing glass
The two sides of equal plates and bevel edge, the process velocity that can at least double than existing single-side edge grinding machine greatly improve
Production efficiency increases the performance of enterprises.
The utility model is equipped with leading truck, can adjust angles and positions when plate charging, the plate for preventing high speed from feeding
Material may be collided with bistrique.
The utility model is equipped with balance arm mechanism, can the angle of bistrique assembly that is attached thereto of flexible modulation, precision is high,
And resistance to compression and tensile capacity are strong, are capable of providing stable grinding force.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the first embodiment of horizontal bilateral Multi-edge grinding mechanism of the utility model；
Fig. 2 is a kind of bistrique arrangement schematic diagram of horizontal bilateral Multi-edge grinding mechanism of the utility model；
Fig. 3 is the structural schematic diagram of the leading truck of the utility model；
Fig. 4 is the structural schematic diagram of the slide assemblies of the leading truck of the utility model.
Fig. 5 is the structural schematic diagram of the balance arm mechanism of the utility model；
Fig. 6 is the structural schematic diagram at another visual angle of the balance arm mechanism of the utility model；
Fig. 7 is the portion the A enlarged drawing of Fig. 6.
Specific embodiment
It is practical new to this below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer
Type is described in further detail.Only this state, the utility model occur in the text or will occur upper and lower, left and right, it is preceding,
Afterwards, the orientation such as inside and outside word is not the specific restriction to the utility model only on the basis of the attached drawing of the utility model.
As depicted in figs. 1 and 2, the utility model first embodiment provides a kind of horizontal bilateral Multi-edge grinding mechanism,
It is equipped with horizontal feed channel 1, two groups of bistrique groups (2a, 2b) including being symmetrically set in 1 two sides of horizontal feed channel, one group of bistrique
Group includes the bevel edge corase grinding assembly 21 set gradually along feedstock direction, bevel edge fine grinding assembly 22, side corase grinding assembly 23, falls up and down
Assembly 25 is refined in angle assembly 24 and side；The bevel edge fine grinding assembly 22 and side corase grinding assembly 23 are set in balance arm mechanism 3, institute
Balance arm mechanism 3 is stated for adjusting the grinding included angle of the bevel edge fine grinding assembly 22 and side corase grinding assembly 23.
Wherein, the bevel edge corase grinding assembly 21 includes the bevel edge roughing heads 211 being arranged with plate surface at predetermined angle；Institute
Stating bevel edge fine grinding assembly 22 includes bevel edge fine grinding head 221 identical with the inclination angle of bevel edge roughing heads；Roughly grind assembly 23 in the side
The side coarse-grinding head (being not drawn into figure) being vertically arranged including grinding surface；The chamfering assembly 24 up and down includes upper chamfer grinding head
241 and lower chamfer grinding head 242, the angle of they and plate surface be greater than the bevel edge roughing heads 211 and bevel edge fine grinding head 221 with
The angle of plate surface；The side fine grinding assembly 25 includes the side fine grinding bistrique 251 that grinding surface is vertically arranged.Wherein, it grinds
Head selects the restriction of corase grinding and fine grinding according to Grinding wheel industry national standard.
The working principle of the utility model is as follows: each bistrique is independently driven rotation by motor.After plate charging, successively pass through
Bevel edge roughing heads 211, bevel edge fine grinding head 221, side coarse-grinding head, upper chamfer grinding head 241, lower chamfer grinding head 242, side fine grinding
Bistrique 251 forms the finished product plate that there is incline bench, chamfering and side to polish smooth.Wherein, 211 He of bevel edge roughing heads
Bevel edge refine head 221 for incline bench polishing form, more than two bevel edge roughing heads 211 and bevel edge fine grinding head 221 according to
Secondary arrangement, their polishing starting point sequentially reduce, and by above-mentioned setting, once polish benchboard by less cutting output
Rank, grinding stability is good, and fever control is outstanding.Then by side coarse-grinding head, plate two sides vertical plane is roughly ground；Again on demand
To pass through upper chamfer grinding head 241, lower chamfer grinding head 242, by one side of plate or both sides chamfering；Finally bistrique is refined by side
251, the two sides vertical plane fine grinding of plate is smooth.
Implement the utility model, can disposably polish two sides and the bevel edge of the plates such as glass, pair of plate two sides
Title property is good.In addition, by the two sides and the bevel edge that disposably polish the plates such as glass, it can be than existing single-side edge grinding machine extremely
The process velocity doubled less greatly improves production efficiency, increases the performance of enterprises.
Due to the technology mode that the utility model is ground simultaneously using both sides, plate is located at relatively-stationary in grinding process
Between two rows of bistriques, angles and positions control when charging must precisely, and otherwise the plate of high speed charging may be touched with bistrique
It hits, makes the side of plate or bistrique damages or even plate entirety fragmentation.Therefore, the utility model second embodiment is in feed inlet
Place is additionally provided with the leading truck 4 of feed entrance point and direction for correcting plate.
In conjunction with Fig. 3 and Fig. 4, specifically, the leading truck 4 includes sliding seat 41, guidance set 42,43 and of slide assemblies
Telescoping mechanism 44, the slide assemblies 43 are connect with sliding seat 41, enable sliding seat 41 and feedstock direction vertically oriented
Sliding；The telescoping mechanism 44 is connect with sliding seat 41, for adjusting sliding position of the sliding seat 41 under the limitation of slide assemblies 43
It moves；The guidance set 42 includes directive wheel 421, and the directive wheel 421 is set in a row along feedstock direction in sliding seat 41.It adopts
With this leading truck 4, sliding seat 41 can be driven to slide back and forth by single telescoping mechanism 44, moving process sliding seat 41 keeps flat
Row can quickly adjust the trend of material to be ground, guarantee grinding quality.
Wherein, the slide assemblies 43 include mutually matched sliding slot 431 and sliding rail 432, their one of fixations are set
It sets, another is set in sliding seat 41.The sliding slot 431 and totally two groups of sliding rail 432 as a preferred implementation manner, they
It is set to 41 bottom of sliding seat in parallel；Wherein, the sliding slot 431 is connect with sliding seat 41, and notch is downward；Sliding rail 432 is fixedly installed.
The slide assemblies 43 further include the slide assemblies shield 433 set on 432 periphery of sliding slot 431 and sliding rail, the slide assemblies shield
433 package sliding slot 431 of cover and sliding rail 432, the clast for preventing grinding process from generating enter sliding slot 431 and sliding rail 432, influence to slide
The service life of component 43.The guidance set 42 further includes buffering steel plate 422, and the directive wheel 421 is by buffering steel plate 422 and lives
Dynamic seat 41 connects.When material to be ground (such as glass) passes through this leading truck 4, rows of directive wheel 421 start one by one with glass
Two sides is overlapped glass with predetermined charging track along contact, and keep the edge to be ground of glass parallel with track is fed, guarantor
It is uniform to demonstrate,prove the subsequent contact with bistrique, ground effect is unified.During adjustment of the directive wheel 421 to glass travel track, delay
422 bend by pressure of steel plate is rushed, adjustment pressure is provided by buffering steel plate 422.The buffering steel plate 422 and feedstock direction are at predetermined angle
Degree setting guarantees that buffering steel plate 422 is in elastically-deformable amount of deflection.
Preferably, the telescoping mechanism 44 is the hydraulic cylinder hinged with sliding seat 41, cylinder or electric pushrod.In this implementation
In example, selects hydraulic cylinder as telescoping mechanism 44, because hydraulic cylinder is sensitive, and accurate positioning, sliding seat can be prevented
Unnecessary displacement is generated after 41 stress.The telescoping mechanism 44 is articulated in swing seat 45, and can be using hinge joint as on axis
Lower swing, so that sliding seat 41, in up and down adjustment, telescoping mechanism 44 still can smoothly drive sliding seat 41 mobile.
After it ensure that feeding preceding plate feed entrance point can accurately control with itself placement angle, need to solve is next
A problem is to implement the bevel edge grinding of plate.Since the amount of feeding of bevel edge grinding is big, the pressure that bistrique generates is also big, in addition, being
Meet the needs of bilateral rapid stock-removal, bevel edge corase grinding assembly 21 and bevel edge fine grinding assembly 22 to be sequentially arranged and ground by multiple
The bistrique composition that starting point reduces one by one is cut, and bevel edge corase grinding assembly 21 and bevel edge refine when grinding forms the bevel edge of different angle
Assembly 22 needs whole overturning, this just needs turnover device to allow for providing enough pressure, guarantees the feed accuracy of bistrique；
There can be enough rigidity, guarantee that each bistrique pressurized process relative position will not change；There can be enough wobble accuracies,
Guarantee the gradient for quickly adjusting grinding bevel edge as needed.For this purpose, the utility model 3rd embodiment also proposed one
Kind balance arm mechanism 3, the bevel edge corase grinding assembly 21 and bevel edge fine grinding assembly 22 are set in the balance arm mechanism 3.
In conjunction with Fig. 5-Fig. 7, specifically, the balance arm mechanism 3 includes wobble component 31 and driving assembly 32, the swing
Component 31 includes fixed turntable 311, movable disk 312, linking arm 313, swing seat 314, and the fixed turntable 311 turns with activity
Disk 312 is cooperatively connected, and the movable disk 312 can be mobile around the edge of fixed turntable 311；The linking arm 313 and activity
Turntable 312 connects, the synchronous hunting with the movement of movable disk 312；The swing seat 314 and the linking arm 313 of two sides are fixed
Connection；The driving component 32 includes the first hinged seat 321 on linking arm 313, the second hinged seat on base 5
322 and the screw body 323 of the first hinged seat 321 and the second hinged seat 322 is connected, the screw body 323 can drive
First hinged seat 321 is separate or close to the second hinged seat 322, and swing seat 314 is made to swing predetermined angular around fixed turntable 311.Institute
It states the bevel edge that swing seat 314 is equipped with for being ground and roughly grinds assembly 21 and bevel edge fine grinding assembly 22.It is pre- when needing to form plate
When determining the bevel edge of angle, the tilt angle of bevel edge corase grinding assembly 21 and bevel edge fine grinding assembly 22 and plate is first wanted, bistrique and plate are made
The inclined-plane of predetermined angular is formed when edge is along contact.At this point, arm 313 can be drivingly connected by screw body 323 around fixed turntable
311 swing, and swing seat 314 is made to swing predetermined angular, to make the bevel edge being fixed in swing seat 314 corase grinding assembly 21 and bevel edge
Fine grinding assembly 22 and plate form predetermined angle.
The bevel edge corase grinding for needing to generate larger pressure to plate, and be installed in swing seat 314 due to bistrique grinding process
The pressure of assembly 21 and bevel edge fine grinding assembly 22 and plate is eventually transferred to the junction of fixed turntable 311 and movable disk 312.
Therefore, whether the bonding strength of fixed turntable 311 and movable disk 312 enough, directly determine plate grinding skin whether
It is flat and smooth.Herein described fixed turntable 311 and movable disk 312 are equipped with the portion of being fastened and connected 315, are set to the fixation and turn
The setting symmetrical above and below of the portion 315 that is fastened and connected of disk 311 and movable disk 312 simultaneously mutually fastens.The portion 315 that is fastened and connected includes
Bulge loop 316 set on fixed turntable 311 or 312 edge of movable disk, and the stop collar extended perpendicularly out from 316 side of bulge loop
317.The stop collar 317 in one portion 315 that is fastened and connected protrudes into the stop collar 317 and bulge loop in another portion 315 that is fastened and connected
At the pit 318 that 316 connections are formed.Using the above structure, fixed turntable 311 and movable disk 312 are face contact, contact surface
Resistance to compression and tensile capacity it is strong；Using being fastened and connected, slip plane does not need bearing, energy for fixed turntable 311 and movable disk 312
The impact for enough resisting the hard particles of grinding process generation, prevents these particles from entering slip plane, stablizes durable.
Other than robust wobble component 31, it is also necessary to which accurate driving assembly 32 cooperates, and can be only achieved optimal
Grinding angle regulating effect.Therefore, the screw body 323 of the utility model includes nut 331, screw rod 332, lead screw motor 333
With synchronizing bar 334, the lead screw motor 333 is connect with screw rod 332, for driving screw rod 332 to rotate；The nut 331 and silk
Bar 332 is cooperatively connected, and the nut 331 and lead screw motor 333 are respectively arranged on the first hinged seat 321 and the second hinged seat 322；
The synchronizing bar 334 is connect with the screw rod 332 of two sides simultaneously, for guaranteeing that the screw rod 332 of two sides rotates synchronously.In the present embodiment
In, the lead screw motor 333 is hinged on the first hinged seat 321, and the nut 331 is hinged on the second hinged seat 322, described
Screw rod 332 is connect with lead screw motor 333, and is protruded into nut 331.It is of course also possible to according to demand by the lead screw motor 333
It is hinged on the second hinged seat 322, the nut 331 is hinged on the first hinged seat 321.Since the first hinged seat 321 is set to
The end of linking arm 313 can provide maximum torque, while improving control far from its axis of oscillation under identical torsion
Precision processed.
Preferably, the fixed turntable 311 is additionally provided with arc groove 319.The edge of plate to be ground is located at arc groove 319
Arc immediate vicinity, the outer of fixed turntable 311 and arc groove 319 are coaxially disposed, when the swing of linking arm 313 is total to adjust bistrique
At 4 angle when, the grinding skin of bistrique and the contact point of plate to be ground are basically unchanged, substantially without again after adjustment angle
The grinding depth of bistrique is adjusted, it is easy to operate, save manpower.
Above disclosed is only a kind of preferred embodiment of the utility model, certainly cannot be practical to limit with this
Novel interest field, therefore equivalent variations made according to the claim of the utility model still belong to what the utility model was covered
Range.
Claims (9)
1. a kind of horizontal bilateral Multi-edge grinding mechanism is equipped with horizontal feed channel, which is characterized in that including being symmetrically set in water
Two groups of bistrique groups of flat feeding-passage two sides, one group of bistrique group include set gradually along feedstock direction bevel edge corase grinding assembly, tiltedly
It refines assembly, side corase grinding assembly, upper and lower chamfering assembly and side and refines assembly in side；
The bevel edge fine grinding assembly and side corase grinding assembly are set in balance arm mechanism, and the balance arm mechanism is for adjusting the bevel edge
Refine the grinding included angle of assembly and side corase grinding assembly.
2. horizontal bilateral Multi-edge grinding mechanism as described in claim 1, which is characterized in that the bevel edge roughly grinds assembly and includes
The bevel edge roughing heads being arranged with plate surface at predetermined angle；
The bevel edge fine grinding assembly includes bevel edge fine grinding head identical with the inclination angle of bevel edge roughing heads；
The side corase grinding assembly includes the side coarse-grinding head that grinding surface is vertically arranged；
The chamfering assembly up and down includes upper chamfer grinding head and lower chamfer grinding head, they are oblique greater than described with the angle of plate surface
The angle of side roughing heads and bevel edge fine grinding head and plate surface；
The side fine grinding assembly includes the side fine grinding bistrique that grinding surface is vertically arranged.
3. horizontal bilateral Multi-edge grinding mechanism as claimed in claim 2, which is characterized in that be additionally provided with use in front of bistrique group
In the feed entrance point of correction plate and the leading truck of direction.
4. horizontal bilateral Multi-edge grinding mechanism as claimed in claim 3, which is characterized in that the leading truck includes activity
Seat, guidance set, slide assemblies and telescoping mechanism,
The slide assemblies are connect with sliding seat, enable sliding seat and the vertically oriented sliding of feedstock direction；
The telescoping mechanism is connect with sliding seat, for adjusting slide displacement of the sliding seat under slide assemblies limitation；
The guidance set includes directive wheel, and the directive wheel is set in a row along feedstock direction in sliding seat.
5. horizontal bilateral Multi-edge grinding mechanism as claimed in claim 4, which is characterized in that the slide assemblies include mutual
The sliding slot and sliding rail of cooperation, their one of fixed settings, another is set in sliding seat；
The sliding slot and totally two groups of sliding rail, they are set to sliding seat bottom in parallel；
Wherein, the sliding slot is connect with sliding seat, and notch is downward；
The sliding rail fixed setting.
6. horizontal bilateral Multi-edge grinding mechanism as claimed in claim 4, which is characterized in that the telescoping mechanism be and activity
Seat hinged hydraulic cylinder, cylinder or electric pushrod；The telescoping mechanism is articulated in swing seat, and can be using hinge joint as on axis
Lower swing.
7. horizontal bilateral Multi-edge grinding mechanism as claimed in claim 6, which is characterized in that bevel edge corase grinding assembly and tiltedly
Side is refined assembly and is set in balance arm mechanism, and the balance arm is for driving the bevel edge corase grinding assembly and bevel edge fine grinding assembly around predetermined
Axis oscillating predetermined angular.
8. horizontal bilateral Multi-edge grinding mechanism as claimed in claim 7, which is characterized in that the balance arm mechanism includes swinging
Component and driving assembly, the wobble component include fixed turntable, movable disk, linking arm, swing seat, the fixed turntable with
Movable disk is cooperatively connected, and the movable disk can be mobile around the edge of fixed turntable；
The linking arm is connect with movable disk, the synchronous hunting with the movement of movable disk；
The swing seat is fixedly connected with the linking arm of two sides；
The driving component includes the first hinged seat on linking arm, the second hinged seat on base and connection
The screw body of first hinged seat and the second hinged seat, the screw body can drive the first hinged seat separate or close to second
Hinged seat makes swing seat swing predetermined angular around fixed turntable.
9. horizontal bilateral Multi-edge grinding mechanism as claimed in claim 8, which is characterized in that the fixed turntable and activity turn
Disk is equipped with the portion of being fastened and connected, and detains set on the setting symmetrical above and below of the portion that is fastened and connected of the fixed turntable and movable disk and mutually
It closes；
The portion of being fastened and connected includes the bulge loop set on fixed turntable or movable disk edge, and is extended perpendicularly out from bulge loop side
Stop collar；
The stop collar that the stop collar in one portion that is fastened and connected protrudes into another portion that is fastened and connected connect with bulge loop to be formed it is recessed
At hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721868410.3U CN208246513U (en) | 2017-12-26 | 2017-12-26 | A kind of horizontal bilateral Multi-edge grinding mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721868410.3U CN208246513U (en) | 2017-12-26 | 2017-12-26 | A kind of horizontal bilateral Multi-edge grinding mechanism |
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| CN208246513U true CN208246513U (en) | 2018-12-18 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108015658A (en) * | 2017-12-26 | 2018-05-11 | 佛山市博裕城玻璃机械有限公司 | A kind of horizontal bilateral Multi-edge grinding mechanism |
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- 2017-12-26 CN CN201721868410.3U patent/CN208246513U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108015658A (en) * | 2017-12-26 | 2018-05-11 | 佛山市博裕城玻璃机械有限公司 | A kind of horizontal bilateral Multi-edge grinding mechanism |
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Address after: 528300 Foshan, Shunde, Guangdong province Leliu street, Lian Du Village Tian Ren Industrial Park (self compiled) No. 44 factory building Patentee after: GUANGDONG JINBO INTELLIGENT EQUIPMENT CO.,LTD. Address before: 528200 No. 24 Honggang Liangxing Road, Daliang Street, Shunde District, Foshan City, Guangdong Province Patentee before: FOSHAN BOYUCHENG GLASS MACHINERY Co.,Ltd. |
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| CP02 | Change in the address of a patent holder |
Address after: 528000, No. 2-5, Fu'an Industrial Zone, Liandu Village, Leliu Street, Shunde District, Foshan City, Guangdong Province (Residence Declaration) Patentee after: GUANGDONG JINBO INTELLIGENT EQUIPMENT CO.,LTD. Address before: 528300 Foshan, Shunde, Guangdong province Leliu street, Lian Du Village Tian Ren Industrial Park (self compiled) No. 44 factory building Patentee before: GUANGDONG JINBO INTELLIGENT EQUIPMENT CO.,LTD. |