CN209273093U - Centerless grinding machine automatic feed lathe - Google Patents
Centerless grinding machine automatic feed lathe Download PDFInfo
- Publication number
- CN209273093U CN209273093U CN201821034406.1U CN201821034406U CN209273093U CN 209273093 U CN209273093 U CN 209273093U CN 201821034406 U CN201821034406 U CN 201821034406U CN 209273093 U CN209273093 U CN 209273093U
- Authority
- CN
- China
- Prior art keywords
- type
- feeding
- plate
- stock support
- support
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Constituent Portions Of Griding Lathes, Driving, Sensing And Control (AREA)
Abstract
A kind of Autoloader of centreless grinder of the utility model, it includes base (2), feeding platform mechanism, intermediate carrier structure, V-type conveying mechanism；The feeding platform mechanism is arranged on base (2)；The intermediate carrier structure is arranged in front of feeding platform mechanism, and V-type conveying mechanism front end is located at below intermediate carrier structure, and base (2) is mounted below adjusting seat (1)；Feeding process is successively by being mounted on feeding platform mechanism, intermediate carrier structure and the successive completion of V-type conveying mechanism of base (2)；The utility model realizes centerless grinding machine charging automation, saves manpower and material resources, and ensure that at centerless grinding machine charging, the axis of workpiece remains parallel with grinding wheel axis.
Description
Technical field
The utility model belongs to grinding machine structure design technical field more particularly to a kind of centerless grinding machine automatic feed lathe.
Background technique
The outer diameter of powder metallurgy high-precision pedestal is that special-shaped cylinder is fabricated using less grinder for grinding, centerless grinding machine mill
The axis and grinder wheel axis keeping parallelism for requiring workpiece when processing are cut, also to keep work when it requires centerless grinding machine charging
Part axis and grinding wheel axis keeping parallelism.Traditional feeding is using manual type, by special messenger at the feed lead rail of centerless grinding machine
It puts, another person pushes product to movement at wheel grinding area manually.The artificial processing that grinding machine is not caught up with when being placed with, resistance
Hinder the progress of production, and more people is needed to operate, expends a large amount of labours.
Utility model content
Technical problem: in view of drawbacks described above in the prior art or deficiency, the technical problems to be solved in the utility model and
The problem of technical assignment of proposition seeks to that existing centerless grinding machine is overcome not have automatic feeder, influences the progress of production, mentions
A kind of Autoloader of centreless grinder that can guarantee axis of workpiece and grinding wheel axis keeping parallelism when centerless grinding machine is fed has been supplied, it is real
Now automate.
Technical solution: used technical solution is the utility model to solve above-mentioned technical problem:
A kind of Autoloader of centreless grinder of the utility model, it includes base 2, feeding platform mechanism, centre conveying
Mechanism, V-type conveying mechanism；
The feeding platform mechanism is arranged on base 2；The intermediate carrier structure is arranged in front of feeding platform mechanism,
V-type conveying mechanism front end is located at below intermediate carrier structure, the feeding process successively feeding platform machine by being mounted on base 2
Structure, intermediate carrier structure and the successive completion of V-type conveying mechanism；
The feeding platform mechanism includes that plate feeding belt 18, plate feeding motor 30, plate stock support 31, plate are sent
Material support 32；The plate stock support 31 is mounted on base 2 by plate feeding support 32, is pacified on plate stock support 31
Equipped with plate feeding belt 18 and plate feeding motor 30, plate feeding motor 30 is connected with plate feeding belt 18；
The intermediate carrier structure includes striker plate tie down screw 7, striker plate 8, backgauge board mount 9, intermediate transfer gantry
10, intermediate feeder motor 13, intermediate transfer gantry support 16, intermediate conveyor belt 19, intermediate conveying guide sleeve 21, intermediate conveying gear
Flitch 22；The intermediate transfer gantry 10 is mounted on base 2 by intermediate transfer gantry support 16, on intermediate transfer gantry 10
Intermediate conveyor belt 19 and intermediate feeder motor 13 are installed, intermediate conveyor belt 19 is connected with intermediate feeder motor 13, intermediate defeated
19 side of band is sent to be equipped with backgauge board mount 9, striker plate 8 is mounted on backgauge board mount 9 by striker plate tie down screw 7, intermediate
The front half section of the other side of conveyer belt 19 is connected with plate feeding belt 18, the second half section peace of the other side of intermediate conveyor belt 19
Striker plate 22 is conveyed equipped with centre, 19 end of intermediate conveyor belt is equipped with intermediate conveying guide sleeve 21；
The V-type conveying mechanism includes left half V-type feeding motor 5, right half V-type feeding motor 6, right half V type feeding belt
25, left half V-type feeding belt 26, left half V-type stock support 27, right half V-type stock support 28, camber guide plate 29, left half V-type
Stock support 27 and right half V-type stock support 28 are mounted on base 2, the half V-type stock support 27 of left side that is tilted to the left and to the right
Inclined right half V-type stock support 28 forms V-type conveying, half V-type stock support 27 of a left side and right half V-type stock support 28 it
Between be equipped with the distance that set according to workpiece size, left half V-type feeding belt 26 is mounted on left half V-type stock support 27, half V-type of the right side
Feeding belt 25 is mounted on right half V-type stock support 28, and left half V-type feeding motor 5 is matched with left half V-type stock support 27,
Right half V-type feeding motor 6 is matched with right half V-type feeding belt 25；Camber guide plate 29 is located at V-type conveying end, and V-type is defeated
It send the guide rail other end to be located at below 19 end of intermediate conveyor belt, is connected with centre conveying guide sleeve 21.
Preferably, further include the back-and-forth motion bracket 4 being successively set on base 2, move left and right bracket 15, the left and right
Mobile bracket 15 is connected by plate feeding support 32 with plate stock support 31, is moved forward and backward on bracket 4 and is equipped with front and back
Mobile handwheel 17, moves left and right to be equipped on bracket 15 and moves left and right handwheel 14, left half V-type stock support 27, right half V-type feeding
Bracket 28 is connected by hinge with bracket 15 is moved left and right, and the base 2 is mounted below adjusting seat 1.
Preferably, it is described move left and right to be equipped on bracket 15 move left and right guide-localization idler wheel 11, move left and right limit
Block 12 moves left and right limited block 12 and is connected by intermediate transfer gantry support 16 with intermediate transfer gantry 10, moves left and right and lead
It is located to positioning roller 11 and moves left and right 12 one end of limited block；Back-and-forth motion guiding is installed fixed on the back-and-forth motion bracket 4
Position idler wheel 33.
Preferably, the time relay is installed in the plate feeding motor 30, guarantees plate feeding belt 18 with 2 seconds just
Turn, inversion mode operation in 1 second.
Preferably, it is conveyed on the inside of intermediate conveyor belt 19 on striker plate 22 and left photoelectric sensor 23, right photoelectricity is installed respectively
Inductor 24.
The utility model has the advantages that compared with prior art, the utility model has the following beneficial effects:
The utility model realizes centerless grinding machine charging automation, saves manpower and material resources, and ensure that in centreless grinding
The axis of workpiece remains parallel with grinding wheel axis at bed charging.Use the centerless grinding machine automatic feeding machine of the utility model
Bed, working efficiency caused by the equipment of 1 personnel operation is equivalent to the work effect of multiple people when former handwork
Rate, production efficiency are original more times, it is current it is economical continue to develop, demographic dividend is constantly reduced in the case where, this is practical newly
The social effect of type, economic significance are more great；Due to all realizing automated job in entire production process, personnel are no longer
Direct contact product avoids pollution of the personnel to product.
Detailed description of the invention
Fig. 1 is the main view of the utility model；
Fig. 2 is the top view of the utility model；
Fig. 3 is the right view of the utility model；
Fig. 4 is the left view of the utility model；
Wherein have: 1-adjusting seat, 2-bases, 3-electric appliance control boxes, 4-are moved forward and backward bracket, 5-left half V-type feedings
Motor, 6-right half V-type feeding motors, 7-striker plate tie down screws, 8-striker plates, 9-backgauge board mounts, 10-is intermediate defeated
Send bracket, 11-move left and right guide-localization idler wheel, and 12-move left and right limited block, 13-intermediate feeder motors, and 14-Zuo You
Mobile handwheel, 15-move left and right bracket, and 16-intermediate transfer gantry supports, 17-are moved forward and backward handwheel, 18-plate feedings
Band, 19-intermediate conveyor belts, 20-workpiece, 21-intermediate conveying guide sleeves, 22-intermediate conveying striker plates, 23-left light inductances
Answer device, the 24-right emerging devices of light inductance, 25-right half V-type feeding belts, 26-left half V-type feeding belts, 27-left half V-type feeding branch
Frame, 28-right half V-type stock supports, 29-camber guide plates, 30-plate feeding motors, 31-plate stock supports, 32-
Plate feeding support, 33-are moved forward and backward guide-localization idler wheel.
Specific embodiment
The application is described in further detail with reference to the accompanying drawings and examples.It is understood that this place is retouched
The specific embodiment stated is used only for explaining relevant utility model, rather than the restriction to the utility model.It further needs exist for illustrating
, part relevant to utility model is illustrated only for ease of description, in attached drawing.
It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase
Mutually combination.The application is described in detail below with reference to the accompanying drawings and in conjunction with the embodiments.
A kind of Autoloader of centreless grinder of the utility model, it includes base 2, feeding platform mechanism, centre conveying
Mechanism, V-type conveying mechanism；
The feeding platform mechanism is arranged on base 2；The intermediate carrier structure is arranged in front of feeding platform mechanism,
V-type conveying mechanism front end is located at below intermediate carrier structure end；The feeding process successively feeding platform by being mounted on base 2
Mechanism, intermediate carrier structure and the successive completion of V-type conveying mechanism.
As shown in Figure 1, Figure 2, Figure 3, Figure 4, a kind of Autoloader of centreless grinder of the utility model, including base 2,
Adjusting seat 1 is installed below in the base 2, adjusts camber guide plate 29 and centerless grinding machine feed inlet one by adjusting seat 1
Horizontal position, successively installation is moved forward and backward bracket 4, moves left and right bracket 15 on base 2, supports 32 by plate feeding
Bracket 15 is moved left and right to be connected with plate stock support 31, on plate stock support 31 install plate feeding motor 30 with
And slab band 18.Bracket 15 will be moved left and right by intermediate transfer gantry support 16 to be connected with intermediate transfer gantry 10,
Backgauge board mount 9, intermediate feeder motor 13, intermediate conveyor belt 19, on backgauge board mount 9 are installed on intermediate carrier frame 10
Striker plate 8 is installed.Left half V-type stock support 27, right half V-type stock support 28 are connected with bracket 15 is moved left and right by hinge
It connects.Left half V-type feeding motor 5, right half V-type feeding are installed respectively in left half V-type stock support 27, right half V-type stock support 28
Motor 6, left half V-type feeding belt 26, right half V type feeding belt 25.Centre conveying guide sleeve 21 is mounted on left half V-type rotary shafts
On 27.Camber guide plate 29, which is mounted on, to be moved left and right on bracket 25.
The left photoelectric sensor 23 of installation, right photoelectric sensor at striker plate 22 are conveyed among 19 inside of intermediate conveyor belt
24, the quantity of product on intermediate conveyor belt 19 is controlled by left photoelectric sensor 23, right photoelectric sensor 24 between,
Prevent workpiece 20 from stacking on V-type conveying.When sensing in upper right 24 position of photoelectric sensor of intermediate conveyor belt 19
When there is product workpiece 20 at place, plate feeding motor 30 is out of service, and intermediate conveyor belt 19 stops；When sensing intermediate conveyor belt 19
When not having workpiece 20 at left 23 position of optical inductor, plate feeding motor 30 brings into operation, and intermediate conveyor belt 19 conveys.
It is in heaps to prevent product from occurring on intermediate conveyor belt 19, in 30 upper set-up time of plate feeding motor relay,
Guarantee that plate feeding belt 18 was rotated forward with 2 seconds, inversion mode operation in 1 second.Workpiece 20 is lain on plate feeding belt 18 by plate,
Plate feeding belt 18 was rotated forward with 2 seconds, inversion mode operation in 1 second, when workpiece 20 is transported to intermediate conveyor belt in plate feeding belt 18
When 19 junction, product is turned over to turn 90 degrees and be fallen on intermediate conveyor belt 19, the workpiece 20 laid flat intermediate conveyor belt 19 drive under to
Centre conveying guide sleeve 21 conveys, and controls intermediate conveying by left photoelectric sensor 23, right photoelectric sensor 24 between
Quantity with product on 19, prevents workpiece 20 from stacking.Under the action of in centre, conveying guide sleeve 21 is oriented to, workpiece 20 hangs down
It is straight on half V-type conveying being made of left half V-type feeding belt 26, right half V-type feeding belt 25, in the frictional force of feeding belt
Under effect, workpiece 20 is transported on camber guide plate 29, with the operating of conveyer belt, is push workpiece 20 and is moved on guide rail, and one
A push workpiece close to one is transported at the charging of centerless grinding machine.
It is being moved forward and backward guide-localization idler wheel 33, is moving left and right under the guiding of guide-localization idler wheel 11 and move left and right limit
Under the limit of block 12, camber guide plate 29 is subtly adjusted with handwheel 14 is moved left and right by adjusting back-and-forth motion handwheel 17
Connection at the charging of position, i.e. camber guide plate 29 and centerless grinding machine, makes axis of workpiece and grinding wheel axis keeping parallelism, guarantees
Workpiece 20 is transported at the charging of centerless grinding machine.
The utility model realizes centerless grinding machine charging automation, saves manpower and material resources, and ensure that in centreless grinding
The axis of workpiece remains parallel with grinding wheel axis at bed charging.
Claims (8)
1. a kind of centerless grinding machine automatic feeding machine, which is characterized in that it includes base (2), feeding platform mechanism, intermediate carrier
Structure, V-type conveying mechanism；
The feeding platform mechanism is arranged on base (2)；The intermediate carrier structure is arranged in front of feeding platform mechanism, V
Type conveying mechanism front end is located at below intermediate carrier structure end；Feeding process is successively flat by the charging being mounted on base (2)
Platform mechanism, intermediate carrier structure and the successive completion of V-type conveying mechanism.
2. centerless grinding machine automatic feeding machine according to claim 1, which is characterized in that the feeding platform mechanism includes flat
Plate feeding belt (18), plate feeding motor (30), plate stock support (31), plate feeding support (32)；The plate feeding
Bracket (31) is mounted on base (2) by plate feeding support (32), and plate stock support is equipped with plate feeding on (31)
Band (18) and plate feeding motor (30), plate feeding motor (30) are connected with plate feeding belt (18).
3. centerless grinding machine automatic feeding machine according to claim 1, which is characterized in that the intermediate carrier structure includes gear
Flitch tie down screw (7), striker plate (8), backgauge board mount (9), intermediate transfer gantry (10), intermediate feeder motor (13), in
Between transfer gantry support (16), intermediate conveyor belt (19), intermediate conveying guide sleeve (21), intermediate conveying striker plate (22)；It is described
Intermediate transfer gantry (10) is mounted on base (2) by intermediate transfer gantry support (16), is pacified on intermediate transfer gantry (10)
Equipped with intermediate conveyor belt (19) and intermediate feeder motor (13), intermediate conveyor belt (19) is connected with intermediate feeder motor (13),
Intermediate conveyor belt (19) side is equipped with backgauge board mount (9), and striker plate (8) is mounted on backgauge by striker plate tie down screw (7)
On board mount (9), the front half section of the other side of intermediate conveyor belt (19) is connected with plate feeding belt (18), intermediate conveyor belt
(19) second half section of the other side is equipped with intermediate conveying striker plate (22), and intermediate conveyor belt (19) end is equipped with intermediate conveying
Guide sleeve (21).
4. centerless grinding machine automatic feeding machine according to claim 1, which is characterized in that the V-type conveying mechanism includes a left side
Half V-type feeding motor (5), right half V-type feeding motor (6), right half V-type feeding belt (25), left half V-type feeding belt (26), half V of a left side
Type stock support (27), right half V-type stock support (28), camber guide plate (29), left half V-type stock support (27) and half V of the right side
Type stock support (28) is mounted on base (2), and that be tilted to the left a left side half V-type stock support (27) and half V of the right side that is tilted to the right
Type stock support (28) forms V-type conveying, sets between left half V-type stock support (27) and right half V-type stock support (28)
The distance of with good grounds workpiece size setting, left half V-type feeding belt (26) are mounted on left half V-type stock support (27), right half V-type
Feeding belt (25) is mounted on right half V-type stock support (28), left half V-type feeding motor (5) and left half V-type stock support (27)
It matches, right half V-type feeding motor (6) is matched with right half V-type feeding belt (25)；Camber guide plate (29) is located at V-type conveying
Guide rail end, the V-type conveying other end are located at below intermediate conveyor belt (19) end, are connected with centre conveying guide sleeve (21)
It connects.
5. centerless grinding machine automatic feeding machine according to claim 1, which is characterized in that the feeder further includes setting gradually
Back-and-forth motion bracket (4) on base (2) moves left and right bracket (15), and the bracket (15) that moves left and right is sent by plate
Material support (32) is connected with plate stock support (31), is moved forward and backward on bracket (4) and is equipped with back-and-forth motion handwheel (17), left
It moves right to be equipped on bracket (15) and move left and right handwheel (14), left half V-type stock support (27), right half V-type stock support
(28) it is connected by hinge with bracket (15) is moved left and right, the base (2) is mounted below adjusting seat (1).
6. centerless grinding machine automatic feeding machine according to claim 5, which is characterized in that described to move left and right on bracket (15)
It is equipped with and moves left and right guide-localization idler wheel (11), moves left and right limited block (12), move left and right limited block (12) and pass through centre
Transfer gantry support (16) is connected with intermediate transfer gantry (10), moves left and right guide-localization idler wheel (11) positioned at moving left and right
Limited block (12) one end；It is equipped on the back-and-forth motion bracket (4) and is moved forward and backward guide-localization idler wheel (33).
7. centerless grinding machine automatic feeding machine according to claim 2, which is characterized in that on the plate feeding motor (30)
The time relay is installed, guarantees that plate feeding belt (18) were rotated forward with 2 seconds, inversion mode operation in 1 second.
8. centerless grinding machine automatic feeding machine according to claim 3, which is characterized in that in intermediate conveyor belt (19) inside
Between convey striker plate (22) on left photoelectric sensor (23), right photoelectric sensor (24) are installed respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821034406.1U CN209273093U (en) | 2018-07-02 | 2018-07-02 | Centerless grinding machine automatic feed lathe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821034406.1U CN209273093U (en) | 2018-07-02 | 2018-07-02 | Centerless grinding machine automatic feed lathe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209273093U true CN209273093U (en) | 2019-08-20 |
Family
ID=67597824
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821034406.1U Active CN209273093U (en) | 2018-07-02 | 2018-07-02 | Centerless grinding machine automatic feed lathe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209273093U (en) |
-
2018
- 2018-07-02 CN CN201821034406.1U patent/CN209273093U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204842990U (en) | Automatic unloader that goes up of numerical control lathe member | |
| CN203843043U (en) | Automatic feeding manipulator | |
| CN208840624U (en) | A kind of cutter device of automatic cutting steel plate | |
| CN108394719A (en) | A kind of glass cutting stock system | |
| CN210504552U (en) | Bent piece overturning and positioning equipment of bent-making stacking production line | |
| CN106002520A (en) | Full-automatic chamfering and edge grinding machine for square magnet iron block | |
| CN209273093U (en) | Centerless grinding machine automatic feed lathe | |
| CN205471628U (en) | Automatic mascerating machine down of defective products glass | |
| CN204849083U (en) | VCP electricity plate wire's feed mechanism | |
| CN105883092A (en) | Refrigerator side plate automatic film scratching line | |
| CN208084517U (en) | A kind of plate water jet automatic production line | |
| CN108994673A (en) | Centerless grinding machine automatic feed lathe | |
| CN204976214U (en) | Feeding agencies of axle type part and contain centerless grinder of this mechanism | |
| CN205386525U (en) | Conveying system based on desktop type dian jiao robot | |
| CN208731871U (en) | A kind of material clamp structure and plate material transportation system | |
| CN107686022A (en) | A kind of Novel palletizer | |
| CN205968427U (en) | Clear copper scraps mechanism of visual detection | |
| CN208165892U (en) | A kind of valve lift machine | |
| CN207648433U (en) | Track pin pivot pin covers automatic quantitative grease filling machine | |
| CN206066618U (en) | A kind of four side moulder milling machine auxiliary convolution handling equipment | |
| CN203187045U (en) | Novel bar-stock conveyor | |
| CN107470914B (en) | A kind of processing unit (plant) of steel plate | |
| CN214868991U (en) | Automatic feeding device of gear hobbing machine | |
| CN207596191U (en) | A kind of Novel palletizer | |
| CN210649173U (en) | Feeding device of composite stirrup welding equipment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |