CN209078416U - The grinding mechanism of Full-automatic surface grinder - Google Patents
The grinding mechanism of Full-automatic surface grinder Download PDFInfo
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- CN209078416U CN209078416U CN201821787225.6U CN201821787225U CN209078416U CN 209078416 U CN209078416 U CN 209078416U CN 201821787225 U CN201821787225 U CN 201821787225U CN 209078416 U CN209078416 U CN 209078416U
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Abstract
The utility model provides a kind of grinding mechanism of Full-automatic surface grinder.It solves existing technical problem.The grinding mechanism of this Full-automatic surface grinder, including feeding rack body, blank frame is respectively equipped in the feeding rack body, product frame, the blank frame is disposed adjacent with product frame, and grinding station is equipped in the side of blank frame or product frame, the grinding station is arranged on control cabinet, the grinding station is axially movably connected by transverse-moving mechanism with control cabinet, feeding guide is provided between the feeding rack body and grinding station, the feeding guide is equipped with the material feeding seat that can be moved back and forth between feeding rack body and grinding station, the material feeding seat is equipped with material taking hand, grinding seat is equipped in the grinding station, the grinding seat side is equipped with stirring component, and the stirring component can be realized with material taking hand in vertical direction and be docked.The utility model has many advantages, such as to can be realized material automatic turning, and ground effect is good.
Description
Technical field
The utility model belongs to grinding machine technical field more particularly to a kind of grinding mechanism of Full-automatic surface grinder.
Background technique
It is well known that grinding machine is a kind of for carrying out the lathe of polishing operation to workpiece planarization, it is widely used in mechanical add
Industrial and commercial bank's industry；Existing grinding machine, generally includes workbench, grinding wheel, motor and Work fixing device, and Work fixing device is arranged in work
Make on platform, and be located at one end of grinding wheel frictional plane, in use, workpiece is placed on the table, is filled by the way that workpiece is fixed
Set and fix workpiece, and the face to be processed of workpiece is placed in grinding wheel side, grinding wheel rotation with polish workpiece and complete workpiece plus
Work process.Existing grinding machine carries out the work that need to stop grinding machine when the grinding in the second face of material, then manually overturns material
It is ground, not only working efficiency is low and has security threat, and it is mostly immovable to grind platform, and grinding area is small, and effect is poor.
Summary of the invention
The purpose of this utility model is in view of the above-mentioned problems, providing one kind can be realized material automatic turning, and be ground effect
The grinding mechanism of the good Full-automatic surface grinder of fruit.
In order to achieve the above objectives, the utility model uses following technical proposal: the milling drum of this Full-automatic surface grinder
Structure, including feeding rack body are respectively equipped with blank frame, product frame in the feeding rack body, and the blank frame is adjacent with product frame
Setting, and it is equipped with grinding station in the side of blank frame or product frame, the grinding station is arranged on control cabinet, the grinding
Platform is axially movably connected by transverse-moving mechanism with control cabinet, is provided with feeding guide between the feeding rack body and grinding station,
The feeding guide is equipped with the material feeding seat that can move back and forth between feeding rack body and grinding station, on the material feeding seat
Equipped with material taking hand, grinding seat is equipped in the grinding station, the grinding seat side is equipped with stirring component, and the stirring
Component can be realized with material taking hand in vertical direction and be docked.When grinding, blank material one end is resisted against the grinding seat in grinding station
On, when being ground, material taking hand grasps material and material is resisted against grinding station, and grinding station is by transverse-moving mechanism along control
Cabinet axial reciprocating is mobile, therefore the one side of material towards grinding seat can be back and forth ground back and forth by large area, and ground effect is good, the
Material is placed in by stirring component by material taking hand after the completion of grinding on one side, the reverse side of material, feeding are realized by stirring component
Hand catches material again, carries out the grinding in the second face.
In the grinding mechanism of above-mentioned Full-automatic surface grinder, the stirring component includes being arranged in grinding station
Stirring seat, the stirring seat side are equipped with rotating plate, are connected with bull stick body on the rotating plate, the bull stick body hingedly with mill
Platform is cut, described bull stick body one end is connected with stirring motor, and the stirring seat is equipped with material absorbent module.Pass through stirring electricity
Machine drives the rotation of bull stick body to realize the overturning of stirring seat, after the reversion of stirring seat, material another side on stirring seat just against
In grinding seat.
In the grinding mechanism of above-mentioned Full-automatic surface grinder, the material absorbent module includes being arranged in stirring seat
On magnetic absorbing mass, the magnetic absorbing mass is several and the circumferential array annular in shape on stirring seat, the magnetic absorbing mass and power supply
Module is connected, and is additionally provided with material location structure in the middle part of the stirring seat.The object on stirring seat is realized by the power supply of magnetic absorbing mass
The suction in blanking and switching process after material overturning is fixed, and stirring is stable and high-efficient, and process is simple.
In the grinding mechanism of above-mentioned Full-automatic surface grinder, the material location structure includes being arranged in stirring seat
The positioning cylinder at middle part, the positioning cylinder stretches out in stirring seat, and the positioning cylinder is moved axially with respect to stirring seat.
It can be realized the material grasping positioning of hollow plate-like material by positioning column body.
In the grinding mechanism of above-mentioned Full-automatic surface grinder, the positioning cylinder bottom side is equipped with spring body, and institute
State the cylinder positioning hole that positioning cylinder is connected on the inside of stirring seat by spring body.
In the grinding mechanism of above-mentioned Full-automatic surface grinder, the transverse-moving mechanism includes being arranged in control cabinet
Push cylinder, the push cylinder are equipped with push-and-pull disk towards the side of grinding station, and the push-and-pull disk is embedded in grinding station one
In the caulking groove of side, and the width of the caulking groove is less than the diameter of push-and-pull disk.
In the grinding mechanism of above-mentioned Full-automatic surface grinder, press seat is additionally provided in the grinding station, it is described
The side of push-and-pull disk towards grinding station leans with press seat, is additionally provided with guide rail between the caulking groove and control cabinet.It is logical
Crossing push cylinder pushes push-and-pull disk to press the Forward that seat realizes grinding station forward, realizes that push-and-pull disk pulls back grinding by caulking groove
Platform realizes the back-and-forth motion of grinding station with this.
In the grinding mechanism of above-mentioned Full-automatic surface grinder, set corresponding with guide rail is equipped in the caulking groove
The guide groove set, the described guide rail setting is in push-and-pull disk side, and one end and control cabinet are connected, the guide groove with lead
It is mutually embedded to track, and is equipped with guide pulley body in the guide groove.It can further be mentioned by guide rail and guide pulley body
Stability and fluency when high grinding station is moved forward and backward, make the grinding of grinding seat more uniform.
In the grinding mechanism of above-mentioned Full-automatic surface grinder, the transverse-moving mechanism further includes being arranged under control cabinet
The traversing slideway of side.
It is equipped in the grinding mechanism of above-mentioned Full-automatic surface grinder, below the grinding station opposite with traversing slideway
The traversing sliding block that should be arranged.Traversing sliding block and traversing slideway can be realized axially position when grinding station sliding, and traversing cunning
Block can be improved the stability of grinding station pedestal.
Compared with prior art, utility model has the advantages that structure is simple, mill can be realized by stirring component
The automatic turning grinding of the another side of the material on seat is cut, transverse-moving mechanism can effectively increase the area and the uniformity of grinding surface,
It can be realized automatic turning grinding, grinding efficiency is high and effect is good.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is enlarged drawing at the C of the utility model；
Fig. 3 is enlarged drawing at the B of the utility model；
In figure: feeding rack body 1a, blank frame 2a, product frame 3a, grinding station 4a, feeding guide 5a, material feeding seat 6a, material taking hand
7a, grinding seat 1b, stirring component 2b, control cabinet 3b, transverse-moving mechanism 4b, stirring seat 5b, rotating plate 6b, bull stick body 7b, stirring motor
8b, material absorbent module 9b, magnetic absorbing mass 10b, material location structure 11b, positioning cylinder 12b, cylinder location hole 13b, push-and-pull disk
14b, caulking groove 15b, press seat 16b, guide rail 17b, guide groove 18b, traversing slideway 19b, traversing sliding block 20b.
Specific embodiment
The utility model is described in more detail with reference to the accompanying drawings and detailed description.
As shown in Figure 1-3, the grinding mechanism of this Full-automatic surface grinder, including feeding rack body 1a, the feeding rack body 1a
It is inside respectively equipped with blank frame 2a, product frame 3a, blank frame 2a is disposed adjacent with product frame 3a, and in blank frame 2a or product frame 3a
Side be equipped with grinding station 4a, grinding station 4a is arranged on control cabinet 3b, and grinding station 4a passes through transverse-moving mechanism 4b and control cabinet 3b
It is axially movably connected, is provided with feeding guide 5a between feeding rack body 1a and grinding station 4a, feeding guide 5a is equipped with can be
The material feeding seat 6a moved back and forth between feeding rack body 1a and grinding station 4a, material feeding seat 6a are equipped with material taking hand 7a, in grinding station 4a
Equipped with grinding seat 1b, the side grinding seat 1b is equipped with stirring component 2b, and stirring component 2b vertical direction can be with material taking hand 7a
Realize docking.
When grinding, blank material one end is resisted against on the grinding seat 1b in grinding station 4a, when being ground, material taking hand 7a
It grasps material and material is resisted against grinding station 4a, grinding station 4a is moved by transverse-moving mechanism 4b along control cabinet 3b axial reciprocating
It is dynamic, therefore the one side of material towards grinding seat 1b can be back and forth ground back and forth by large area, ground effect is good, and the first face has been ground
Material is placed in by stirring component 2b by material taking hand 7a at rear, the reverse side of material, material taking hand 7a are realized by stirring component 2b
Material is caught again, carries out the grinding in the second face.
Further, stirring component 2b includes the stirring seat 5b being arranged in grinding station 4a, and the stirring side seat 5b, which is equipped with, to be turned
Bull stick body 7b is connected on plate 6b, rotating plate 6b, for bull stick body 7b hingedly with grinding station 4a, the one end bull stick body 7b is connected with stirring motor
8b, and stirring seat 5b is equipped with material absorbent module 9b.The rotation of bull stick body 7b is driven to realize stirring seat by stirring motor 8b
The overturning of 5b, after stirring seat 5b reversion, the material another side on stirring seat 5b is just resisted against grinding seat 1b.Material absorbent module
9b includes the magnetic absorbing mass 10b being arranged on stirring seat 5b, and magnetic absorbing mass 10b is several and the circumferential row annular in shape on stirring seat 5b
Column, magnetic absorbing mass 10b are connected with power supply module, are additionally provided with material location structure 11b in the middle part of stirring seat 5b, pass through magnetic absorbing mass 10b's
Power supply realizes that the suction in blanking and switching process after the material overturning on stirring seat 5b is fixed, and stirring is stable and high-efficient,
Process is simple.
Further, material location structure 11b includes the positioning cylinder 12b being arranged in the middle part of stirring seat 5b, positioning column
Body 12b stretches out in stirring seat 5b, and positions cylinder 12b and move axially with respect to stirring seat 5b, can be realized by positioning cylinder 12b
The material grasping of hollow plate-like material positions.It positions the bottom side cylinder 12b and is equipped with spring body, and the positioning cylinder 12b passes through spring body
It is connected in the cylinder location hole 13b on the inside of stirring seat 5b.
Specifically, transverse-moving mechanism 4b includes the push cylinder being arranged in control cabinet 3b, and push cylinder is towards grinding station
The side of 4a is equipped with push-and-pull disk 14b, and push-and-pull disk 14b is embedded in the caulking groove 15b of the side grinding station 4a, and the width of caulking groove 15b
Less than the diameter of push-and-pull disk 14b.It is additionally provided with press seat 16b in grinding station 4a, pushes and pulls side and top of the disk 14b towards grinding station 4a
Wedge 16b leans, and guide rail 17b is additionally provided between caulking groove 15b and control cabinet 3b.Push-and-pull disk is pushed by push cylinder
14b presses forward the Forward that seat realizes grinding station 4a, realizes that push-and-pull disk 14b pulls back grinding station 4a by caulking groove 15b, with this
Realize the back-and-forth motion of grinding station 4a.
Further, the guide groove 18b of setting corresponding with guide rail 17b, guide rail are equipped in caulking groove 15b
17b setting is in the push-and-pull side disk 14b, and one end and control cabinet 3b are connected, and guide groove 18b is embedded with guide rail 17b phase, and is led
Guide pulley body is equipped with into slot 18b.Grinding station 4a can be further increased by guide rail 17b and guide pulley body to be moved forward and backward
When stability and fluency, make the grinding of grinding seat 1b more uniform.
Transverse-moving mechanism 4b further includes the traversing slideway 19b being arranged in below control cabinet 3b, is equipped with and cross below grinding station 4a
The traversing sliding block 20b, traversing sliding block 20b and traversing slideway 19b for moving the corresponding setting of slideway 19b can be realized grinding station 4a sliding
When axially position, and traversing sliding block 20b can be improved the stability of grinding station 4a pedestal.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Although be used more herein feeding rack body 1a, blank frame 2a, product frame 3a, grinding station 4a, feeding guide 5a,
Material feeding seat 6a, material taking hand 7a, grinding seat 1b, stirring component 2b, control cabinet 3b, transverse-moving mechanism 4b, stirring seat 5b, rotating plate 6b, turn
Body of rod 7b, stirring motor 8b, material absorbent module 9b, magnetic absorbing mass 10b, material location structure 11b, positioning cylinder 12b, cylinder are fixed
Position hole 13b, push-and-pull disk 14b, caulking groove 15b, press seat 16b, guide rail 17b, guide groove 18b, traversing slideway 19b, traversing cunning
The terms such as block 20b, but it does not exclude the possibility of using other terms.The use of these items is only for more easily describe
With the essence for explaining the utility model；Being construed as any additional limitation is disagreed with the spirit of the present invention
Back.
Claims (10)
1. a kind of grinding mechanism of Full-automatic surface grinder, including feeding rack body (1a), which is characterized in that the feeding rack body
It is respectively equipped with blank frame (2a), product frame (3a) in (1a), the blank frame (2a) is disposed adjacent with product frame (3a), and
The side of blank frame (2a) or product frame (3a) is equipped with grinding station (4a), and the grinding station (4a) is arranged at control cabinet (3b)
On, the grinding station (4a) is axially movably connected by transverse-moving mechanism (4b) with control cabinet (3b), the feeding rack body
It is provided between (1a) and grinding station (4a) feeding guide (5a), the feeding guide (5a) is equipped with can be in feeding rack body
The material feeding seat (6a) moved back and forth between (1a) and grinding station (4a), the material feeding seat (6a) are equipped with material taking hand (7a), institute
It is equipped with grinding seat (1b) in the grinding station (4a) stated, the grinding seat side (1b) is equipped with stirring component (2b), and described
Stirring component (2b) can be realized with material taking hand (7a) in vertical direction and be docked.
2. the grinding mechanism of Full-automatic surface grinder according to claim 1, which is characterized in that the stirring component
(2b) includes the stirring seat (5b) being arranged in grinding station (4a), and the stirring seat side (5b) is equipped with rotating plate (6b), described
Rotating plate (6b) on be connected with bull stick body (7b), the bull stick body (7b) hingedly with grinding station (4a), the bull stick body
The one end (7b) is connected with stirring motor (8b), and the stirring seat (5b) is equipped with material absorbent module (9b).
3. the grinding mechanism of Full-automatic surface grinder according to claim 2, which is characterized in that the material absorption group
Part (9b) includes the magnetic absorbing mass (10b) being arranged on stirring seat (5b), and the magnetic absorbing mass (10b) is for several and in stirring seat
Circumferential array annular in shape on (5b), the magnetic absorbing mass (10b) are connected with power supply module, also set in the middle part of the stirring seat (5b)
There is material location structure (11b).
4. the grinding mechanism of Full-automatic surface grinder according to claim 3, which is characterized in that the material positions knot
Structure (11b) includes the positioning cylinder (12b) being arranged in the middle part of stirring seat (5b), and the positioning cylinder (12b) stretches out in stirring
Seat (5b), and the positioning cylinder (12b) is moved axially with respect to stirring seat (5b).
5. the grinding mechanism of Full-automatic surface grinder according to claim 4, which is characterized in that the positioning cylinder
The bottom side (12b) is equipped with spring body, and positioning cylinder (12b) is connected to the cylinder on the inside of stirring seat (5b) by spring body and determines
In position hole (13b).
6. the grinding mechanism of Full-automatic surface grinder according to claim 1, which is characterized in that the transverse-moving mechanism
(4b) includes the push cylinder being arranged in control cabinet (3b), and the push cylinder is equipped with towards the side of grinding station (4a) and pushes away
Pulling plate (14b), the push-and-pull disk (14b) is embedded in the caulking groove (15b) of the side grinding station (4a), and the caulking groove
The width of (15b) is less than the diameter of push-and-pull disk (14b).
7. the grinding mechanism of Full-automatic surface grinder according to claim 6, which is characterized in that the grinding station (4a)
It is inside additionally provided with press seat (16b), the side of the push-and-pull disk (14b) towards grinding station (4a) leans with press seat (16b),
Guide rail (17b) is additionally provided between the caulking groove (15b) and control cabinet (3b).
8. the grinding mechanism of Full-automatic surface grinder according to claim 7, which is characterized in that the caulking groove (15b)
The interior guide groove (18b) equipped with setting corresponding with guide rail (17b), the guide rail (17b) setting is in push-and-pull disk
The side (14b), and one end and control cabinet (3b) are connected, the guide groove (18b) is mutually embedded with guide rail (17b), and institute
Guide pulley body is equipped in the guide groove (18b) stated.
9. the grinding mechanism of Full-automatic surface grinder according to claim 6, which is characterized in that the transverse-moving mechanism
(4b) further includes the traversing slideway (19b) being arranged below control cabinet (3b).
10. the grinding mechanism of Full-automatic surface grinder according to claim 9, which is characterized in that the grinding station
The traversing sliding block (20b) of setting corresponding with traversing slideway (19b) is equipped with below (4a).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821787225.6U CN209078416U (en) | 2018-10-31 | 2018-10-31 | The grinding mechanism of Full-automatic surface grinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821787225.6U CN209078416U (en) | 2018-10-31 | 2018-10-31 | The grinding mechanism of Full-automatic surface grinder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209078416U true CN209078416U (en) | 2019-07-09 |
Family
ID=67121972
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821787225.6U Active CN209078416U (en) | 2018-10-31 | 2018-10-31 | The grinding mechanism of Full-automatic surface grinder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209078416U (en) |
-
2018
- 2018-10-31 CN CN201821787225.6U patent/CN209078416U/en active Active
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