CN208854264U - A kind of automatic precision station for the anti-deviation of cylindric Workpiece boring - Google Patents
A kind of automatic precision station for the anti-deviation of cylindric Workpiece boring Download PDFInfo
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- CN208854264U CN208854264U CN201821637190.8U CN201821637190U CN208854264U CN 208854264 U CN208854264 U CN 208854264U CN 201821637190 U CN201821637190 U CN 201821637190U CN 208854264 U CN208854264 U CN 208854264U
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Abstract
The utility model discloses a kind of automatic precision stations for the anti-deviation of cylindric Workpiece boring, including feeding device, drilling equipment and blanking device, feeding device includes the side positioned at drilling equipment and horizontally disposed first slideway, it is arranged on the first slideway and first connecting rod mechanism that the feeding plate-laying being slidably matched with the first slideway and two driving feeding plate-layings are slided on the first slideway, each first connecting rod mechanism includes the driving motor of link assembly and the rotation of drive link component, the two sides of feeding plate-laying are respectively arranged with the third slideway being slidably matched with two link assemblies, drilling equipment includes clamping device, borehole drill construction positioned at clamping device side and the positioning mechanism that is slidably matched with clamping device, cutting agency includes second slideway parallel with the first slideway, blanking plate-laying and Liang Ge second connecting rod mechanism.The utility model avoids drill bit deviation from causing large error, reduces the defect rate of workpiece, and unnecessary cost is avoided to waste.
Description
Technical field
The utility model relates to precision workpiece processing equipment fields, in particular to a kind of anti-bias for cylindric Workpiece boring
From automatic precision station.
Background technique
Drilling machine refers to the side using the tool harder, sharper keen than object by rotary cutting or rotary squeezing
Formula, the machinery and equipment that cylindrical hole or hole are left on object are referred to as, pre- to reach by drilling to precise part
The effect of phase, drilling machine have automatic drills and full-automatic drilling machine, with the increase of cost of human resources；Most enterprises
Consider full-automatic drilling machine as developing direction.
Present drilling machine is directly drilled to workpiece, but in some special cases, for example, to cylinder
The workpiece cylindrical side of shape directly drills and can slide deviation, causes large error, increases the defect rate of workpiece, causes unnecessary
Cost waste.
Summary of the invention
The purpose of this utility model is that in view of the deficiencies of the prior art, providing a kind of anti-bias for cylindric Workpiece boring
From automatic precision station.
To solve the above problems, the utility model the following technical schemes are provided:
A kind of automatic precision station for the anti-deviation of cylindric Workpiece boring, including feeding device, drilling equipment
And blanking device, the feeding device and blanking device are separately positioned on the two sides of drilling equipment, feeding device includes being located to bore
Aperture apparatus side and horizontally disposed first slideway, the feeding plate-laying for being arranged on the first slideway and being slidably matched with the first slideway and
The first connecting rod mechanism that two driving feeding plate-layings are slided on the first slideway, each first connecting rod mechanism includes link assembly
With the driving motor of drive link component rotation, the two sides of feeding plate-laying, which are respectively arranged with, to be slidably matched with two link assemblies
Third slideway, drilling equipment include clamping device, are slidably matched positioned at the borehole drill construction of clamping device side and with clamping device
Positioning mechanism, cutting agency include second slideway parallel with the first slideway, be located at the second slideway on and with the second slideway
The second connecting rod mechanism of the blanking plate-laying of cooperation and two driving blanking plate-layings slided on the second slideway.
Further, each link assembly includes first connecting rod, the second connecting rod, the first sliding block and stirs
Block, one end of first connecting rod are fixedly connected with the output end of driving motor, the other end of first connecting rod and the second connecting rod
One end it is hinged, first connecting rod is vertical with the output shaft of driving motor, the other end of the second connecting rod and the first slider top
One end is hinged, and slide block one end and the top of the first sliding block are hinged far from one end of the second connecting rod, the other end court of slide block
To feeding plate-laying, the side of slide block hinged end is provided with U-shaped bar of the opening towards slide block, and U-shaped bar is horizontally disposed, U-shaped bar
Midpoint be provided with the rotary shaft being vertically arranged.
Further, the feeding plate-laying is provided with the semi-cylindrical through slot that several axis are parallel and equidistantly arrange,
The orientation of all through slots is parallel with the length direction of the first slideway, and the feeding plate-laying two sides parallel with the first slideway are set respectively
It is equipped with and stirs batten with what Liang Ge first connecting rod mechanism cooperated, each stir the length direction of batten and the length side of the first slideway
To parallel, each stir the groove that batten is provided with several spaced sets, reeded orientation and the first slideway
Length direction is parallel.
Further, the clamping device includes fixed plate, the movable plate parallel with fixed plate and driving movable plate edge
Mobile the first driving mechanism in direction of fixed plate, the direction of fixing plate and moving plate is parallel with the first slideway length direction,
The axial direction of through slot and the direction of fixed plate are parallel, and feeding plate-laying is provided with far from the side of clamping device to push workpiece to admittedly
Pusher cylinder between fixed board and movable plate.
Further, the borehole drill construction is located at side of the fixed plate far from movable plate, and borehole drill construction includes vertical drilling
In the second driving mechanism of through slot axis direction movement, upright drill includes brill straight down for bed and driving upright drill
Head.
Further, the positioning mechanism includes the second sliding block being slidably matched with fixed plate top and the second sliding block
The rotating electric machine of the strip ring and driving strip ring rotation that are slidably matched, the second sliding block are provided with the company being slidably matched with strip ring
End is connect, strip ring is provided with the long stripes through hole being slidably matched for connecting pin, and the second sliding block is provided with close to the side of movable plate
Limit sleeve for being limited to drill bit, limit sleeve be it is cylindric, it is axially vertically disposed.
Further, second sliding block is fixedly connected by fixed ring with limit sleeve close to the side of movable plate, fixed
For ring set loaded on limit sleeve, fixed ring is rubber ring close to the inside of limit sleeve, is provided at the limit sleeve center for drill bit
The limit hole passed through, the axis vertical setting of limit hole.
Further, the fixed plate is provided with pressure sensor far from the side lower section of movable plate, and pressure sensor leans on
Nearly first slideway setting, fixed plate are provided with stop cylinder in pressure sensor side lower section, and stop cylinder is far from first
Slideway setting, the telescopic direction of stop cylinder is parallel with the length direction of the first slideway, and the output end of stop cylinder, which is provided with, to be passed through
The barrier plate of fixed board is fastened, the direction of barrier plate is vertical with the length direction of the first slideway.
Further, the movable plate and fixed plate form a mounting groove to place workpiece, the bottom of mounting groove
Middle section is provided with proximity sensor.
Further, the structure of the blanking plate-laying is identical as the structure of feeding plate-laying, the structure of first connecting rod mechanism with
The structure of second connecting rod mechanism is identical, axial axial parallel, the pusher cylinder with the through slot of feeding plate-laying of the through slot of blanking plate-laying
The workpiece after drilling to be pushed in blanking plate-laying.
The utility model has the beneficial effects that a kind of automation for the anti-deviation of cylindric Workpiece boring of the utility model
Accurate operation platform, driving motor drive first connecting rod rotation to drive the rotation of the second connecting rod, and the second connecting rod drive first is sliding
Block slides on third slideway, to drive slide block mobile, one end of U-shaped bar is rotated to the separate pusher cylinder of slide block
Side, slide block it is mobile with stir batten cooperation and intermittent move phase to pusher cylinder along the first slideway for feeding plate-laying is each
Same distance, when through slot axis is overlapped with the outbound course of pusher cylinder, pusher cylinder is pushed in workpiece to mounting groove, stops gas
Cylinder is lived workpiece by barrier plate, and the first driving mechanism drives movable plate mobile to fixed plate, by Workpiece clamping, electric rotating
Machine drives the rotation of strip ring to drive the second sliding block mobile, and the second driving mechanism drives upright drill mobile, when drill bit and limit sleeve
Limit hole axis be overlapped when, drilling machine driving drill bit pass through limit hole drill to the cylindrical side of workpiece, work pieces process is complete
Cheng Hou, pusher cylinder shift workpiece in blanking plate-laying onto, and second connecting rod mechanism driving blanking plate-laying is moved along the second slideway, keep away
Exempt from drill bit deviation and cause large error, reduces the defect rate of workpiece, unnecessary cost is avoided to waste.
Detailed description of the invention
Fig. 1 show a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring described in the utility model
Schematic perspective view one；
Fig. 2 show a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring described in the utility model
Schematic perspective view two；
Fig. 3 show a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring described in the utility model
Feeding device schematic perspective view；
Fig. 4 show enlarged drawing at the A of Fig. 3；
Fig. 5 show a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring described in the utility model
Drilling equipment stereochemical structure structural schematic diagram one；
Fig. 6 show enlarged drawing at the B of Fig. 5；
Fig. 7 show enlarged drawing at the C of Fig. 5；
Fig. 8 show a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring described in the utility model
Drilling equipment stereochemical structure structural schematic diagram two；
Fig. 9 show enlarged drawing at the D of Fig. 8；
Figure 10 show a kind of automatic precision for the anti-deviation of cylindric Workpiece boring described in the utility model and operates
The stereochemical structure structural schematic diagram three of the drilling equipment of platform；
Attached drawing acceptance of the bid note is described below: 1,1b1, feeding device, 1a, the first slideway, 1b, feeding plate-laying stir batten,
1b2, through slot, 1b3, groove, 1c, first connecting rod mechanism, 1c2, driving motor, 1c3, first connecting rod, 1c4, the second connecting rod,
1c5, the first sliding block, 1c6, slide block, 1c7, U-shaped bar, 1c8, third slideway, 1c9, rotary shaft, 2, drilling equipment, 2a, clamping
Device, 2a1, fixed plate, 2a2, movable plate, 2a3, the first driving mechanism, 2b, borehole drill construction, 2b1, upright drill, 2b2, second
Driving mechanism, 2c, positioning mechanism, 2c1, the second sliding block, 2c2, strip ring, 2c3, rotating electric machine, 2c4, connecting pin, 2c5, fixation
Ring, 2c6, limit sleeve, 2c7, limit hole, 3, blanking device, 3a, the second slideway, 3b, blanking plate-laying, 3c, second connecting rod mechanism,
4, stop cylinder, 4a, barrier plate, 5, mounting groove, 6, proximity sensor, 7, pressure sensor, 8, pusher cylinder.
Specific embodiment
With reference to the accompanying drawings of the specification and embodiment, specific embodiment of the utility model is described in further detail:
Referring to figs. 1 to a kind of automatic precision operation for the anti-deviation of cylindric Workpiece boring shown in Fig. 10
Platform, including feeding device 1, drilling equipment 2 and blanking device 3, the feeding device 1 and blanking device 3 are separately positioned on drilling
The two sides of device 2, feeding device 1 includes positioned at 2 side of drilling equipment and horizontally disposed first slideway 1a, setting are in the first slideway
1a is upper and slides on the first slideway 1a with the first slideway 1a feeding plate-laying 1b being slidably matched and two driving feeding plate-laying 1b
First connecting rod mechanism 1c, each first connecting rod mechanism 1c include link assembly and drive link component rotation driving motor
1c2, the two sides of feeding plate-laying 1b are respectively arranged with the third slideway 1c8 being slidably matched with two link assemblies, and drilling equipment 2 wraps
Include clamping device 2a, the borehole drill construction 2b positioned at clamping device 2a side and the positioning mechanism that is slidably matched with clamping device 2a
2c, cutting agency include the second slideway 3a parallel with the first slideway 1a, be located at the second slideway 3a on and with the second slideway 3a
The second connecting rod mechanism 3c of the blanking plate-laying 3b of cooperation and two driving blanking plate-laying 3b slided on the second slideway 3a.
Working principle of the utility model is: driving motor 1c2 driving first connecting rod 1c3 rotation drives the second connecting rod
1c4 rotation, the second connecting rod 1c4 drive the first sliding block 1c5 to slide on third slideway 1c8, so that slide block 1c6 be driven to move
Dynamic, one end of U-shaped bar 1c7 is rotated to the side of the separate pusher cylinder 8 of slide block 1c6, and slide block 1c6 is mobile and stirs batten
Feeding plate-laying 1b intermittent is moved identical distance, through slot 1b2 to pusher cylinder 8 along the first slideway 1a every time by 1b1 cooperation
When axis is overlapped with the outbound course of pusher cylinder 8, pusher cylinder 8 is pushed in workpiece to mounting groove 5, and stop cylinder 4 passes through resistance
Baffle 4a lives workpiece, and the first driving mechanism 2a3 drives movable plate 2a2 mobile to fixed plate 2a1, by Workpiece clamping, rotation
Rotating motor 2c3 drives strip ring 2c2 rotation to drive the second sliding block 2c1 mobile, and the second driving mechanism 2b2 drives upright drill 2b1
Mobile, when the axis of drill bit and the limit hole 2c7 of limit sleeve 2c6 are overlapped, drilling machine drives drill bit to pass through limit hole 2c7 to workpiece
Cylindrical side drill, after the completion of work pieces process, pusher cylinder 8 shifts workpiece on blanking plate-laying 3b onto, second connecting rod mechanism
3c driving blanking plate-laying 3b is moved along the second slideway 3a.
Each link assembly includes first connecting rod 1c3, the second connecting rod 1c4, the first sliding block 1c5 and slide block
One end of 1c6, first connecting rod 1c3 are fixedly connected with the output end of driving motor 1c2, the other end of first connecting rod 1c3 with
One end of second connecting rod 1c4 is hinged, and first connecting rod 1c3 is vertical with the output shaft of driving motor 1c2, the second connecting rod 1c4
The other end and the first sliding block 1c5 at the top of one end it is hinged, the top of the one end slide block 1c6 and the first sliding block 1c5 connect far from second
One end of extension bar 1c4 is hinged, and towards feeding plate-laying 1b, the side of the hinged end slide block 1c6 is provided with the other end of slide block 1c6
The U-shaped bar 1c7 being open towards slide block 1c6, U-shaped bar 1c7 are horizontally disposed, and the midpoint of U-shaped bar 1c7 is provided with the rotation being vertically arranged
Shaft 1c9, when one end of U-shaped bar 1c7 is rotated to the side of the separate pusher cylinder 8 of slide block 1c6, slide block 1c6 it is mobile with
Stir batten 1b1 cooperation by feeding plate-laying 1b every time it is intermittent move identical distance to pusher cylinder 8 along the first slideway 1a,
When one end of U-shaped bar 1c7 is rotated to the side of the close pusher cylinder 8 of slide block 1c6, slide block 1c6 is mobile and stirs batten
Feeding plate-laying 1b intermittent is moved identical distance backwards to pusher cylinder 8 along the first slideway 1a every time by 1b1 cooperation.
The feeding plate-laying 1b is provided with the semi-cylindrical through slot 1b2 that several axis are parallel and equidistantly arrange, and owns
The orientation of through slot 1b2 is parallel with the length direction of the first slideway 1a, two sides feeding plate-laying 1b parallel with the first slideway 1a
It is respectively arranged with and stirs batten 1b1 with Liang Ge first connecting rod mechanism 1c cooperation, each stir the length direction and the of batten 1b1
The length direction of one slideway 1a is parallel, each stirs the groove 1b3 that batten 1b1 is provided with several spaced sets, and institute is fluted
The orientation of 1b3 is parallel with length direction, several workpiece can be put on feeding plate-laying 1b, and feeding plate-laying 1b is moved every time
When certain distance, the axis of through slot 1b2 is towards mounting groove 5, and then pusher cylinder 8 shifts the workpiece in through slot 1b2 onto
In mounting groove 5.
The clamping device 2a includes fixed plate 2a1, the movable plate 2a2 parallel with fixed plate 2a1 and driving movable plate
The direction and first of the first driving mechanism 2a3, fixed plate 2a1 and movable plate 2a2 that 2a2 is moved along the direction of fixed plate 2a1
Slideway 1a length direction is parallel, and the axial direction of through slot 1b2 is parallel with the direction of fixed plate 2a1, and 1b is far from clamping device for feeding plate-laying
The side of 2a is provided with to push workpiece to the pusher cylinder 8 between fixed plate 2a1 and movable plate 2a2, and pusher cylinder 8 is by work
Part pushes between fixed plate 2a1 and movable plate 2a2, and then movable plate 2a2 and fixed plate 2a1 cooperates Workpiece clamping.
The borehole drill construction 2b is located at side of the fixed plate 2a1 far from movable plate 2a2, and borehole drill construction 2b includes vertical drilling
The second bed 2b1 and driving upright drill 2b1 mobile in through slot 1b2 axis direction driving mechanism 2b2, upright drill 2b1 include
There is drill bit straight down, the second driving mechanism 2b2 drives upright drill 2b1 and positioning mechanism 2c to cooperate to Workpiece boring.
The positioning mechanism 2c includes the second sliding block 2c1 being slidably matched with the top fixed plate 2a1 and the second sliding block
The rotating electric machine 2c3 of strip ring 2c2 and driving strip ring 2c2 rotation that 2c1 is slidably matched, the second sliding block 2c1 is provided with and length
The connecting pin 2c4 that ring 2c2 is slidably matched, strip ring 2c2 are provided with the long stripes through hole being slidably matched for connecting pin 2c4, and
Two sliding block 2c1 are provided with the limit sleeve 2c6 for limiting to drill bit close to the side of movable plate 2a2, and limit sleeve 2c6 is cylinder
Shape, axially vertically disposed, the limit hole 2c7 of limit sleeve 2c6 limits drill bit and will not deviate to the cylindrical side drilling of workpiece.
The second sliding block 2c1 is fixedly connected by fixed ring 2c5 with limit sleeve 2c6 close to the side of movable plate 2a2, Gu
Determine ring 2c5 to be set on limit sleeve 2c6, fixed ring 2c5 is rubber ring close to the inside of limit sleeve 2c6, in the limit sleeve 2c6
The limit hole 2c7 passed through for drill bit, the axis vertical setting of limit hole 2c7 are provided at the heart, rotating electric machine 2c3 drives strip ring
2c2 rotation, strip ring 2c2 drive the second sliding block 2c1 to keep limit sleeve 2c6 mobile in the movement of the top of fixed plate 2a1, limit sleeve
The circular cross-sectional area of 2c6 and the circular cross-sectional area of workpiece are equal.
The fixed plate 2a1 is provided with pressure sensor 7 far from the side lower section of movable plate 2a2, and pressure sensor 7 is close
First slideway 1a setting, fixed plate 2a1 are provided with stop cylinder 4 in 7 side lower section of pressure sensor, and stop cylinder 4 is remote
From the first slideway 1a be arranged, the telescopic direction of stop cylinder 4 is parallel with the length direction of the first slideway 1a, stop cylinder 4 it is defeated
Outlet is provided with the barrier plate 4a through fixed plate 2a1, and the direction of barrier plate 4a is vertical with the length direction of the first slideway 1a, this
Utility model further includes controller, driving motor 1c2, the first driving mechanism 2a3, the second driving mechanism 2b2, rotating electric machine 2c3,
Pusher cylinder 8, pressure sensor 7, stop cylinder 4 and proximity sensor 6 are electrically connected with controller.
The movable plate 2a2 and fixed plate 2a1 form a mounting groove 5 to place workpiece, in the bottom of mounting groove 5
Section is provided with proximity sensor 6, when proximity sensor 6 detects workpiece, transmits an electric signal to controller, controller control
Stop cylinder 4 processed stretches out barrier plate 4a, and workpiece is made not continue to move in mounting groove 5.
The structure of the blanking plate-laying 3b is identical as the structure of feeding plate-laying 1b, the structure and second of first connecting rod mechanism 1c
The structure of link mechanism 3c is identical, and the through slot 1b2 of blanking plate-laying 3b is axial axial parallel with the through slot 1b2 of feeding plate-laying 1b,
Pusher cylinder 8 makes workpiece automatic blanking after processing is completed to push to the workpiece after drilling on blanking plate-laying 3b.
The above descriptions are merely preferred embodiments of the present invention, not makees to the technical scope of the utility model
Any restrictions out, thus it is any trickle amendment made by the above technical examples according to the technical essence of the present invention, equivalent
Variation and modification, in the range of still falling within the technical solution of the utility model.
Claims (9)
1. a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring, it is characterised in that: including feeding device
(1), drilling equipment (2) and blanking device (3), the feeding device (1) and blanking device (3) are separately positioned on drilling equipment
(2) two sides, feeding device (1) includes the side for being located at drilling equipment (2) and horizontally disposed first slideway (1a), setting exist
The feeding plate-laying (1b) and two driving feeding plate-layings (1b) being slidably matched on first slideway (1a) and with the first slideway (1a) exist
The first connecting rod mechanism (1c) slided on first slideway (1a), each first connecting rod mechanism (1c) includes link assembly and driving
The driving motor (1c2) of link assembly rotation, the two sides of feeding plate-laying (1b) are respectively arranged with matches with two link assembly slidings
The third slideway (1c8) of conjunction, drilling equipment (2) include clamping device (2a), the borehole drill construction for being located at clamping device (2a) side
(2b) and the positioning mechanism (2c) being slidably matched with clamping device (2a), cutting agency include parallel with the first slideway (1a)
Second slideway (3a), be located at the second slideway (3a) on and with the second slideway (3a) cooperation blanking plate-laying (3b) and two drive under
Expect the second connecting rod mechanism (3c) slided on the second slideway (3a) of plate-laying (3b)；
Each link assembly includes first connecting rod (1c3), the second connecting rod (1c4), the first sliding block (1c5) and stirs
One end of block (1c6), first connecting rod (1c3) is fixedly connected with the output end of driving motor (1c2), first connecting rod (1c3)
The other end and the second connecting rod (1c4) one end it is hinged, the output shaft of first connecting rod (1c3) and driving motor (1c2) hang down
Directly, the other end of the second connecting rod (1c4) and one end at the top of the first sliding block (1c5) are hinged, and slide block one end (1c6) is sliding with first
The one end of the top of block (1c5) far from the second connecting rod (1c4) is hinged, and the other end of slide block (1c6) is towards feeding plate-laying
(1b), the side of the hinged end slide block (1c6) are provided with U-shaped bar (1c7) of the opening towards slide block (1c6), U-shaped bar (1c7)
Horizontally disposed, the midpoint of U-shaped bar (1c7) is provided with the rotary shaft (1c9) being vertically arranged.
2. a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring according to claim 1, special
Sign is: the feeding plate-laying (1b) is provided with the semi-cylindrical through slot (1b2) that several axis are parallel and equidistantly arrange, institute
Have that the orientation of through slot (1b2) is parallel with the length direction of the first slideway (1a), feeding plate-laying (1b) and the first slideway (1a)
Parallel two sides, which are respectively arranged with, stirs batten (1b1) with what Liang Ge first connecting rod mechanism (1c) cooperated, each stirs batten
The length direction of (1b1) is parallel with the length direction of the first slideway (1a), each stir batten (1b1) be provided with it is several equidistant
The groove (1b3) of setting, fluted (1b3) orientation it is parallel with the length direction of the first slideway (1a).
3. a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring according to claim 1, special
Sign is: the clamping device (2a) includes fixed plate (2a1), the movable plate parallel with fixed plate (2a1) (2a2) and driving
Movable plate (2a2) first driving mechanism (2a3) mobile along the direction of fixed plate (2a1), fixed plate (2a1) and movable plate
The direction of (2a2) is parallel with the first slideway (1a) length direction, and the axial direction of through slot (1b2) is parallel with the direction of fixed plate (2a1),
Feeding plate-laying (1b) is provided with far from the side of clamping device (2a) to push workpiece to fixed plate (2a1) and movable plate
Pusher cylinder (8) between (2a2).
4. a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring according to claim 1, special
Sign is: the borehole drill construction (2b) is located at the side of fixed plate (2a1) far from movable plate (2a2), and borehole drill construction (2b) includes
The second driving mechanism (2b2) for having upright drill (2b1) and driving upright drill (2b1) mobile in through slot (1b2) axis direction,
Upright drill (2b1) includes drill bit straight down.
5. a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring according to claim 1, special
Sign is: the positioning mechanism (2c) includes the second sliding block (2c1) being slidably matched with the top fixed plate (2a1) and second
The rotating electric machine (2c3) of strip ring (2c2) and driving strip ring (2c2) rotation that sliding block (2c1) is slidably matched, the second sliding block
(2c1) is provided with the connecting pin (2c4) being slidably matched with strip ring (2c2), and strip ring (2c2) is provided with for connecting pin (2c4)
The long stripes through hole being slidably matched, the second sliding block (2c1) are provided with close to the side of movable plate (2a2) for limiting to drill bit
Limit sleeve (2c6), limit sleeve (2c6) be it is cylindric, it is axially vertically disposed.
6. a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring according to claim 5, special
Sign is: second sliding block (2c1) is fixed by fixed ring (2c5) and limit sleeve (2c6) close to the side of movable plate (2a2)
Connection, fixed ring (2c5) are set on limit sleeve (2c6), and fixed ring (2c5) is rubber ring close to the inside of limit sleeve (2c6),
The limit hole (2c7) passed through for drill bit, the axis vertical setting of limit hole (2c7) are provided at limit sleeve (2c6) center.
7. a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring according to claim 3, special
Sign is: the fixed plate (2a1) is provided with pressure sensor (7), pressure sensor far from the side lower section of movable plate (2a2)
(7) it is arranged close to the first slideway (1a), fixed plate (2a1) is provided with stop cylinder in pressure sensor (7) side lower section
(4), stop cylinder (4) is arranged far from the first slideway (1a), the telescopic direction of stop cylinder (4) and the length of the first slideway (1a)
Direction is parallel, and the output end of stop cylinder (4) is provided with the barrier plate (4a) through fixed plate (2a1), the side of barrier plate (4a)
To vertical with the length direction of the first slideway (1a).
8. a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring according to claim 7, special
Sign is: the movable plate (2a2) and fixed plate (2a1) form a mounting groove (5) to place workpiece, mounting groove (5)
Bottom middle section be provided with proximity sensor (6).
9. a kind of automatic precision station for the anti-deviation of cylindric Workpiece boring according to claim 1, special
Sign is: the structure of the blanking plate-laying (3b) is identical as the structure of feeding plate-laying (1b), the structure of first connecting rod mechanism (1c)
It is identical as the structure of second connecting rod mechanism (3c), the axial through slot with feeding plate-laying (1b) of the through slot (1b2) of blanking plate-laying (3b)
(1b2's) is axial parallel, and pusher cylinder (8) is to push to the workpiece after drilling on blanking plate-laying (3b).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821637190.8U CN208854264U (en) | 2018-10-09 | 2018-10-09 | A kind of automatic precision station for the anti-deviation of cylindric Workpiece boring |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821637190.8U CN208854264U (en) | 2018-10-09 | 2018-10-09 | A kind of automatic precision station for the anti-deviation of cylindric Workpiece boring |
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| CN208854264U true CN208854264U (en) | 2019-05-14 |
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| CN201821637190.8U Expired - Fee Related CN208854264U (en) | 2018-10-09 | 2018-10-09 | A kind of automatic precision station for the anti-deviation of cylindric Workpiece boring |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109158942A (en) * | 2018-10-09 | 2019-01-08 | 温庆祥 | A kind of automatic precision station for the anti-deviation of cylindric Workpiece boring |
| CN112846311A (en) * | 2021-01-19 | 2021-05-28 | 李明枫 | Processing is played with ball perforation equipment to literary composition |
| CN115213799A (en) * | 2022-09-20 | 2022-10-21 | 常熟非凡新材股份有限公司 | High-precision mining machine wear-resistant ball surface polishing machine |
| CN117182634A (en) * | 2023-11-07 | 2023-12-08 | 四川欣汇铖机械有限公司 | Automatic clamping device and clamping method |
-
2018
- 2018-10-09 CN CN201821637190.8U patent/CN208854264U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109158942A (en) * | 2018-10-09 | 2019-01-08 | 温庆祥 | A kind of automatic precision station for the anti-deviation of cylindric Workpiece boring |
| WO2020073356A1 (en) * | 2018-10-09 | 2020-04-16 | 温庆祥 | Automated precision operating platform for preventing drilling deviation of cylindrical workpiece |
| CN112846311A (en) * | 2021-01-19 | 2021-05-28 | 李明枫 | Processing is played with ball perforation equipment to literary composition |
| CN115213799A (en) * | 2022-09-20 | 2022-10-21 | 常熟非凡新材股份有限公司 | High-precision mining machine wear-resistant ball surface polishing machine |
| CN117182634A (en) * | 2023-11-07 | 2023-12-08 | 四川欣汇铖机械有限公司 | Automatic clamping device and clamping method |
| CN117182634B (en) * | 2023-11-07 | 2024-01-05 | 四川欣汇铖机械有限公司 | Automatic clamping device and clamping method |
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