CN108381360A - A kind of secondary screen cabinet boring device - Google Patents
A kind of secondary screen cabinet boring device Download PDFInfo
- Publication number
- CN108381360A CN108381360A CN201810019491.2A CN201810019491A CN108381360A CN 108381360 A CN108381360 A CN 108381360A CN 201810019491 A CN201810019491 A CN 201810019491A CN 108381360 A CN108381360 A CN 108381360A
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- Prior art keywords
- vertical
- optical axis
- horizontal
- level
- strand
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B27/00—Other grinding machines or devices
- B24B27/06—Grinders for cutting-off
- B24B27/0641—Grinders for cutting-off for grinding holes
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B41/00—Component parts such as frames, beds, carriages, headstocks
- B24B41/02—Frames; Beds; Carriages
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B47/00—Drives or gearings; Equipment therefor
- B24B47/02—Drives or gearings; Equipment therefor for performing a reciprocating movement of carriages or work- tables
- B24B47/04—Drives or gearings; Equipment therefor for performing a reciprocating movement of carriages or work- tables by mechanical gearing only
Abstract
The present invention provides a kind of secondary screen cabinet boring device, including：Move horizontally ontology, placement seat and vertical shift ontology；Moving horizontally ontology includes：First level crossbeam, the second horizontal gird, first level optical axis, the second horizontal optical axis, horizontal screw lead move horizontally plate, and first level moves draw runner, and second moves horizontally draw runner and move horizontally strand；The horizontal screw lead of secondary screen cabinet boring device, the components such as vertical leading screw have certain straightness, and sanding machine is in moving process, it is along the vertical leading screw direction movement in horizontal screw lead river, it can ensure that size meets design requirement, movement speed can be controlled, can guarantee mobile stabilization, make the smooth of the edge impulse- free robustness, no dentalation.Position of opening meets design requirement, is also convenient for checking.Enamelled coating and protective layer are intact around hole after cutting.Trepanning is beautiful, and verge of opening line is smooth vertical and horizontal, parallel with screen cabinet gabarit.Avoid security risk existing for O2-C2H2 cutting.
Description
Technical field
The present invention relates to secondary screen cabinet trepanning field more particularly to a kind of secondary screen cabinet boring devices.
Background technology
Secondary screen cabinet refers to the screen cabinet equipped with secondary device, connecting terminal used in substation.Including but not limited to
Relay-set, direct current cabinet, ac panel, monitor screen etc..Secondary screen cabinet is the carrier of secondary device in substation.
Trepanning on the secondary screen cabinet of working site is divided into three types according to position and respective action：Shield lateral opening hole.This
The hole main function of type is that the transport vehicles such as cable, optical cable to need to connect two face cabinets provide channel.Shield cabinet just
Face trepanning.Such trepanning refers to the hole opened on baffle to install certain device in the front of screen.It opens at screen bottom
Hole.Refer in screen bottom of cabinet portion, the hole opened on screen cabinet bottom baffle in screen to make cable duct inner cable enter.
Trepanning mode is usually used electric polishing machine and carries out cutting operation at present.Specific method is to be needed with marking pen
It wants the position of trepanning to mark, then is constructed according to label with electric tools such as sanding machines, finally polished.When trepanning is constructed
Sanding machine used itself can only carry out trepanning without metric function according to the construction line finished in advance on cabinet.Lead to trepanning
Precision size does not meet design requirement.O2-C2H2 cutting is also used, O2-C2H2 cutting is a kind of higher cutting of degree of danger
Tool, and need to get angry, and trepanning back edge is rough, and dentalation is apparent.
Invention content
In order to overcome above-mentioned deficiency in the prior art, the present invention provides a kind of secondary screen cabinet boring device, including：It is horizontal
Mobile ontology, placement seat and vertical shift ontology；
Moving horizontally ontology includes：First level crossbeam, the second horizontal gird, first level optical axis, the second horizontal optical axis,
Horizontal screw lead moves horizontally plate, and first level moves draw runner, and second moves horizontally draw runner and move horizontally strand；
First level optical axis, the second horizontal optical axis and horizontal screw lead are arranged in parallel, first level crossbeam and the second water
Flat crossbeam is arranged in parallel；
First level optical axis, the second horizontal optical axis, first level crossbeam and the second horizontal gird are encircled into a rectangle；
Horizontal screw lead is arranged between first level optical axis and the second horizontal optical axis, and the first end of horizontal screw lead is pierced by first
Horizontal gird, the traversing through end of horizontal screw lead, which is connected with, moves horizontally driving guide wheel；Second horizontal gird is equipped with bearing, horizontal screw lead
Second end connect using interference mode with the bearing of the second horizontal gird；
First level move draw runner, second move horizontally draw runner and move horizontally strand respectively with move horizontally plate connect
It connects；First level movement draw runner is set in outside first level optical axis, and is slided along first level optical axis；Second moves horizontally
Draw runner is set in outside the second horizontal optical axis, and is slided along the second horizontal optical axis；Strand is moved horizontally to be equipped with and horizontal screw lead
The compatible internal thread of external screw thread, moves horizontally strand and is threadedly coupled with horizontal screw lead, and water is driven moving horizontally driving guide wheel
When flat leading screw rotation, moves horizontally strand and moved along horizontal screw lead；
Vertical shift ontology includes：For disposing sanding machine, secondary screen cabinet is cut open by the sanding machine of placement
The sanding machine in hole disposes position；
Vertical shift ontology is arranged by placement seat on moving horizontally ontology, and is moved along the direction level of horizontal screw lead
It is dynamic.
Preferably, vertical shift ontology further includes：Vertical shift ontology includes：First vertical crossbeam, the second vertical crossbeam,
First vertical optical axis, the second vertical optical axis, vertical leading screw, vertical connecting plates, the first vertical shift draw runner, the second vertical shift are slided
Item and vertical shift strand；
First vertical optical axis, the second vertical optical axis and vertical leading screw are arranged in parallel, and the first vertical crossbeam and second erects
Straight crossbeam is arranged in parallel；
First vertical optical axis, the second vertical optical axis, the first vertical crossbeam and the second vertical crossbeam are encircled into a vertical rectangle；
Vertical leading screw is arranged between the first vertical optical axis and the second vertical optical axis, and the first end of vertical leading screw is pierced by first
The traversing through end of vertical crossbeam, vertical leading screw is connected with vertical shift driving guide wheel；Second vertical crossbeam is equipped with bearing, vertical leading screw
Second end connect using interference mode with the bearing of the second vertical crossbeam；
Sanding machine placement position includes：It disposes the vertical bottom plate in position and for disposing sanding machine, passes through the sanding machine pair two of placement
Secondary screen cabinet carries out the resettlement groove of cutting trepanning；The slot bottom of resettlement groove is fixedly connected with the placement vertical bottom plate in position；
First vertical shift draw runner, the second vertical shift draw runner and vertical shift strand respectively with placement the vertical bottom plate in position
Connection；
First vertical shift draw runner is set in outside the first vertical optical axis, and is slided along the first vertical optical axis；Second is perpendicular
Translation is moved draw runner and is set in outside the second vertical optical axis, and is slided along the second vertical optical axis；Vertical shift strand is equipped with and erects
The compatible internal thread of raw silk rings thick stick external screw thread, vertical shift strand are threadedly coupled with vertical leading screw, and guide wheel is driven in vertical shift
When vertical leading screw being driven to rotate, vertical shift strand is moved along vertical leading screw；
First vertical connecting plates lid is located at the one side of vertical rectangle, the first vertical connecting plates respectively with the first vertical crossbeam
It is connected by screw bolts with the second vertical crossbeam.
Preferably, placement seat includes：Placement seat bottom plate, placement seat riser and reinforcing plate；
Placement seat bottom plate and placement seat riser vertical connection, reinforcing plate connect with placement seat bottom plate and placement seat riser respectively
It connects；
Placement seat bottom plate is equipped with placement seat bottom plate mounting hole；It the placement seat bottom plate mounting hole of placement seat bottom plate and moves horizontally
The mounting hole of plate is bolted, and so that placement seat is installed in and moves horizontally on plate；
Placement seat riser is equipped with placement seat riser connecting hole；
First vertical connecting plates be equipped with mounting hole compatible with placement seat riser connecting hole, placement seat riser connecting hole with
Mounting hole is connected by screw bolts, and vertical shift ontology is installed on placement seat.
Preferably, it moves horizontally plate and is equipped with multiple placement seat mounting holes；
Placement seat is connected and fixed hole equipped with compatible with placement seat mounting hole, and connection bolt is fixed by connecting placement seat
It hole and is connected and fixed hole and is installed in placement seat and move horizontally on plate.
Preferably, first level movement draw runner is equipped with draw runner mounting hole and the sliding block being set on first level optical axis sliding
Hole；
The draw runner mounting hole of first level movement draw runner and the mounting hole for moving horizontally plate are bolted, and make the first water
The dynamic draw runner of translation, which is installed in, to be moved horizontally on plate.
Preferably, it moves horizontally strand and is equipped with strand mounting hole and strand threaded hole；
The strand mounting hole for moving horizontally strand and the mounting hole for moving horizontally plate are bolted, and make to move horizontally silk
Item, which is installed in, to be moved horizontally on plate；
Strand threaded hole is equipped with internal thread compatible with horizontal screw lead external screw thread.
Preferably, first level crossbeam and the second horizontal gird, which are respectively equipped with, moves horizontally ontology placement hole.
As can be seen from the above technical solutions, the present invention has the following advantages：
The qualification rate of secondary screen cabinet trepanning is improved, and develops a kind of novel drilling tool, improves work effect
Rate.Reduce the material waste caused by trepanning is unqualified.Reducing secondary screen cabinet trepanning may injure caused by cable, into
And reduce the possibility of control cable ground connection and phase fault that may be present, the ability of power grid operation is improved, is carried
High power supply reliability.
The horizontal screw lead of secondary screen cabinet boring device, the components such as vertical leading screw have certain straightness, and sanding machine
In moving process, it is along the vertical leading screw direction movement in horizontal screw lead river, can ensure that size meets design requirement, error
Within ± 10% (in terms of area), in single edge error ± 10%.Movement speed can be controlled, can guarantee mobile stabilization so that
The smooth of the edge impulse- free robustness, no dentalation.Position of opening meets design requirement, is also convenient for checking.Enamelled coating around hole after cutting
It is intact with protective layer.Trepanning is beautiful, and verge of opening line is smooth vertical and horizontal, parallel with screen cabinet gabarit.Avoid O2-C2H2 cutting presence
Security risk.
Description of the drawings
In order to illustrate more clearly of technical scheme of the present invention, attached drawing needed in description will be made below simple
Ground introduction, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ordinary skill
For personnel, without creative efforts, other drawings may also be obtained based on these drawings.
Fig. 1 is to move horizontally ontology schematic diagram；
Fig. 2 is to move horizontally ontology and placement seat cooperation schematic diagram；
Fig. 3 is vertical shift ontology and placement seat cooperation schematic diagram；
Fig. 4 is to move horizontally strand schematic diagram；
Fig. 5 is that first level moves draw runner schematic diagram.
Specific implementation mode
In order to make the invention's purpose, features and advantages of the invention more obvious and easy to understand, it will use below specific
Embodiment and attached drawing, the technical solution protected to the present invention are clearly and completely described, it is clear that implementation disclosed below
Example is only a part of the embodiment of the present invention, and not all embodiment.Based on the embodiment in this patent, the common skill in this field
All other embodiment that art personnel are obtained without making creative work belongs to the model of this patent protection
It encloses.
The present embodiment provides a kind of secondary screen cabinet boring devices, as shown in Fig. 1 to 5, including：Ontology is moved horizontally, is disposed
Seat and vertical shift ontology；
Moving horizontally ontology includes：First level crossbeam 1, the second horizontal gird 2, first level optical axis 3, the second horizon light
Axis 4, horizontal screw lead 5 move horizontally plate 8, and first level moves draw runner 32, and second moves horizontally draw runner 33 and move horizontally silk
Item 31；
First level optical axis 3, the second horizontal optical axis 4 and horizontal screw lead 5 are arranged in parallel, first level crossbeam 1 and
Two horizontal girds 2 are arranged in parallel；First level optical axis 3, the second horizontal optical axis 4, first level crossbeam 1 and the second horizontal cross
Beam 2 is encircled into a rectangle；
Horizontal screw lead 5 is arranged between first level optical axis 3 and the second horizontal optical axis 4, and the first end of horizontal screw lead 5 is pierced by
First level crossbeam 1, the traversing through end of horizontal screw lead 5, which is connected with, moves horizontally driving guide wheel 6；Second horizontal gird 2 is equipped with bearing,
The second end of horizontal screw lead 5 is connect with the bearing of the second horizontal gird 2 using interference mode；First level moves draw runner 32, the
Two move horizontally draw runner 33 and move horizontally strand 31 respectively with move horizontally plate 8 and connect；First level moves 32 sets of draw runner
It is located at outside first level optical axis 3, and is slided along first level optical axis 3；Second, which moves horizontally draw runner 33, is set in the second water
Outside zero diopter axis 4, and slided along the second horizontal optical axis 4；Move horizontally strand 31 be equipped be adapted with 5 external screw thread of horizontal screw lead
Internal thread, move horizontally strand 31 and be threadedly coupled with horizontal screw lead 5, moving horizontally driving guide wheel 6 drive 5 turns of horizontal screw lead
When dynamic, move horizontally strand 31 and moved along horizontal screw lead 5；
Vertical shift ontology includes：For disposing sanding machine, secondary screen cabinet is cut by the sanding machine 24 of placement
The sanding machine of trepanning disposes position；Vertical shift ontology is arranged by placement seat on moving horizontally ontology, and along horizontal screw lead 5
Direction move horizontally.
Vertical shift ontology further includes：Vertical shift ontology includes：First vertical crossbeam 19, the second vertical crossbeam 20, the
One vertical optical axis, the second vertical optical axis 26, vertical leading screw 18, vertical connecting plates 17, the first vertical shift draw runner, the second vertical shifting
Dynamic draw runner and vertical shift strand 21；
First vertical optical axis, the second vertical optical axis 26 and vertical leading screw 18 are arranged in parallel, 19 He of the first vertical crossbeam
Second vertical crossbeam 20 is arranged in parallel；First vertical optical axis, the second vertical optical axis 26, the first vertical crossbeam 19 and second are perpendicular
Straight crossbeam 20 is encircled into a vertical rectangle；Vertical leading screw 18 is arranged between the first vertical optical axis and the second vertical optical axis 26, erects
The first end of raw silk rings thick stick 18 is pierced by the first vertical crossbeam 19, and the traversing through end of vertical leading screw 18 is connected with vertical shift driving guide wheel
15；Second vertical crossbeam 20 is equipped with bearing, and the second end of vertical leading screw 18 and the bearing of the second vertical crossbeam 20 use interference side
Formula connects；
Sanding machine placement position includes：Dispose the vertical bottom plate 22 in position and resettlement groove 23；The slot bottom of resettlement groove 23 and placement position are perpendicular
Straight bottom plate 22 is fixedly connected；
First vertical shift draw runner, the second vertical shift draw runner and vertical shift strand 21 respectively with placement the vertical bottom in position
Plate 22 connects；First vertical shift draw runner is set in outside the first vertical optical axis, and is slided along the first vertical optical axis；Second is perpendicular
Translation is moved draw runner and is set in outside the second vertical optical axis 26, and is slided along the second vertical optical axis 26；Vertical shift strand 21 is set
There is internal thread compatible with 18 external screw thread of vertical leading screw, vertical shift strand 21 is threadedly coupled with vertical leading screw 18, vertical
When mobile driving guide wheel 15 drives vertical leading screw 18 to rotate, vertical shift strand 21 is moved along vertical leading screw 18；
First vertical connecting plates 17 cover the one side for being located at vertical rectangle, and the first vertical connecting plates 17 are vertical with first respectively
Crossbeam 19 and the second vertical crossbeam 20 are connected by screw bolts.
Placement seat includes：Placement seat bottom plate 11, placement seat riser 12 and reinforcing plate 13；Placement seat bottom plate 11 is perpendicular with placement seat
12 vertical connection of plate, reinforcing plate 13 are connect with placement seat bottom plate 11 and placement seat riser 12 respectively；
Placement seat bottom plate 11 is equipped with placement seat bottom plate mounting hole；The placement seat bottom plate mounting hole and level of placement seat bottom plate 11
The mounting hole of movable plate 8 is bolted, and so that placement seat is installed in and moves horizontally on plate 8；Placement seat riser 12 is equipped with placement
Seat riser connecting hole；First vertical connecting plates 17 are equipped with mounting hole compatible with placement seat riser connecting hole, placement seat riser
Connecting hole is connected by screw bolts with mounting hole, and vertical shift ontology is installed on placement seat.
It moves horizontally plate 8 and is equipped with multiple placement seat mounting holes 9；Placement seat is equipped with compatible with placement seat mounting hole 9
It is connected and fixed hole, connection bolt moves horizontally plate 8 by connecting placement seat mounting hole 9 and being connected and fixed hole and be installed in placement seat
On.
The sliding block sliding eye that first level movement draw runner 32 is equipped with draw runner mounting hole 37 and is set on first level optical axis 3
36；The draw runner mounting hole 37 of first level movement draw runner 32 and the mounting hole for moving horizontally plate 8 are bolted, and make the first water
Translation, which is moved draw runner 32 and is installed in, to be moved horizontally on plate 8.
Second move horizontally draw runner 33 structure and first level movement the structure of draw runner 32 it is identical.
It moves horizontally strand 31 and is equipped with strand mounting hole 34 and strand threaded hole 35；The strand for moving horizontally strand 31 is fixed
Hole 34 and the mounting hole for moving horizontally plate 8 are bolted, and make to move horizontally strand 31 to be installed in and move horizontally on plate 8；Silk
Threaded hole 35 is equipped with internal thread compatible with 5 external screw thread of horizontal screw lead.First level crossbeam 1 and the second horizontal gird 2 divide
Ontology placement hole 7 She You not moved horizontally.
Sanding machine 24 is mountable in resettlement groove 23, when vertical shift driving guide wheel 15 drives vertical leading screw 18 to rotate,
Vertical shift strand 21 is moved along vertical leading screw 18, and sanding machine 24 is driven to lift.Move horizontally driving 6 driving level silk of guide wheel
It when thick stick 5 rotates, moves horizontally strand 31 and is moved along horizontal screw lead 5, sanding machine 24 is driven to move horizontally.
The workpiece that sanding machine cutting thickness can be made to differ in this way.It can smooth out mobile using optical axis but also keep stablizing.
To enable an axis is smooth to rotate, upper and lower ends select ball bearing, and pedestal fixing bearing is used in combination.
The horizontal screw lead 5 of secondary screen cabinet boring device, the equal components of vertical leading screw 18 have certain straightness, and polish
Machine 24 is along vertical 18 direction of the leading screw movement in 5 river of horizontal screw lead, can ensure that size meets design and wants in moving process
It asks, within error ± 10% in terms of area, in single edge error ± 10%.Movement speed can be controlled, can guarantee mobile stabilization,
Make the smooth of the edge impulse- free robustness, no dentalation.Position of opening meets design requirement, is also convenient for checking.After cutting around hole
Enamelled coating and protective layer are intact.Trepanning is beautiful, and verge of opening line is smooth vertical and horizontal, parallel with screen cabinet gabarit.Avoid O2-C2H2 cutting
Existing security risk.
Term " first ", " second ", " third " " in description and claims of this specification and above-mentioned attached drawing
Four " etc. if there is being for distinguishing similar object, without being used to describe specific sequence or precedence.It should be appreciated that
The data used in this way can be interchanged in the appropriate case, so that the embodiment of the present invention described herein can be in addition at this
In illustrate or description those of other than sequence implement.In addition, term " comprising " and " having " and their any deformation, meaning
Figure, which is to cover, non-exclusive includes.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest range caused.
Claims (7)
1. a kind of secondary screen cabinet boring device, which is characterized in that including：Move horizontally ontology, placement seat and vertical shift ontology；
Moving horizontally ontology includes：First level crossbeam (1), the second horizontal gird (2), first level optical axis (3), second is horizontal
Optical axis (4), horizontal screw lead (5) move horizontally plate (8), and first level moves draw runner (32), second move horizontally draw runner (33) with
And move horizontally strand (31)；
First level optical axis (3), the second horizontal optical axis (4) and horizontal screw lead (5) are arranged in parallel, first level crossbeam (1)
It is arranged in parallel with the second horizontal gird (2)；
First level optical axis (3), the second horizontal optical axis (4), first level crossbeam (1) and the second horizontal gird (2) are encircled into one
Rectangle；
Horizontal screw lead (5) is arranged between first level optical axis (3) and the second horizontal optical axis (4), the first end of horizontal screw lead (5)
It is pierced by first level crossbeam (1), the traversing through end of horizontal screw lead (5), which is connected with, moves horizontally driving guide wheel (6)；Second horizontal gird
(2) it is equipped with bearing, the second end of horizontal screw lead (5) is connect with the bearing of the second horizontal gird (2) using interference mode；
First level move draw runner (32), second move horizontally draw runner (33) and move horizontally strand (31) respectively with level move
Movable plate (8) connects；First level movement draw runner (32) is set in first level optical axis (3) outside, and along first level optical axis
(3) it slides；Second, which moves horizontally draw runner (33), is set in the second horizontal optical axis (4) outside, and sliding along the second horizontal optical axis (4)
It is dynamic；It moves horizontally strand (31) and is equipped with internal thread compatible with horizontal screw lead (5) external screw thread, move horizontally strand (31) and water
Flat leading screw (5) is threadedly coupled, and when moving horizontally driving guide wheel (6) driving horizontal screw lead (5) rotation, moves horizontally strand (31)
It is mobile along horizontal screw lead (5)；
Vertical shift ontology includes：For disposing sanding machine, secondary screen cabinet is cut open by the sanding machine (24) of placement
The sanding machine in hole disposes position；
Vertical shift ontology is arranged by placement seat on moving horizontally ontology, and is moved along the direction level of horizontal screw lead (5)
It is dynamic.
2. secondary screen cabinet boring device according to claim 1, which is characterized in that
Vertical shift ontology further includes：Vertical shift ontology includes：First vertical crossbeam (19), the second vertical crossbeam (20), the
One vertical optical axis, the second vertical optical axis (26), vertical leading screw (18), vertical connecting plates (17), the first vertical shift draw runner, second
Vertical shift draw runner and vertical shift strand (21)；
First vertical optical axis, the second vertical optical axis (26) and vertical leading screw (18) are arranged in parallel, the first vertical crossbeam (19)
It is arranged in parallel with the second vertical crossbeam (20)；
First vertical optical axis, the second vertical optical axis (26), the first vertical crossbeam (19) and the second vertical crossbeam (20) are encircled into one
Vertical rectangle；
Vertical leading screw (18) is arranged between the first vertical optical axis and the second vertical optical axis (26), the first end of vertical leading screw (18)
It is pierced by the first vertical crossbeam (19), the traversing through end of vertical leading screw (18) is connected with vertical shift driving guide wheel (15)；Second is vertical
Crossbeam (20) is equipped with bearing, and the second end of vertical leading screw (18) and the bearing of the second vertical crossbeam (20) are connected using interference mode
It connects；
Sanding machine placement position includes：It disposes the vertical bottom plate in position (22) and for disposing sanding machine (24), passes through the sanding machine of placement
(24) resettlement groove (23) of cutting trepanning is carried out to secondary screen cabinet；The slot bottom of resettlement groove (23) is solid with the placement vertical bottom plate in position (22)
Fixed connection；
First vertical shift draw runner, the second vertical shift draw runner and vertical shift strand (21) respectively with placement the vertical bottom plate in position
(22) it connects；
First vertical shift draw runner is set in outside the first vertical optical axis, and is slided along the first vertical optical axis；Second vertical shifting
Dynamic draw runner is set in the second vertical optical axis (26) outside, and is slided along the second vertical optical axis (26)；Vertical shift strand (21)
Equipped with internal thread compatible with vertical leading screw (18) external screw thread, vertical shift strand (21) connects with vertical leading screw (18) screw thread
It connects, when vertical shift driving guide wheel (15) drives vertical leading screw (18) rotation, vertical shift strand (21) is along vertical leading screw
(18) mobile；
First vertical connecting plates (17) cover the one side for being located at vertical rectangle, and the first vertical connecting plates (17) are vertical with first respectively
Crossbeam (19) and the second vertical crossbeam (20) are connected by screw bolts.
3. secondary screen cabinet boring device according to claim 2, which is characterized in that
Placement seat includes：Placement seat bottom plate (11), placement seat riser (12) and reinforcing plate (13)；
Placement seat bottom plate (11) and placement seat riser (12) vertical connection, reinforcing plate (13) respectively with placement seat bottom plate (11) and peace
Set a riser (12) connection；
Placement seat bottom plate (11) is equipped with placement seat bottom plate mounting hole；The placement seat bottom plate mounting hole and level of placement seat bottom plate (11)
The mounting hole of movable plate (8) is bolted, and so that placement seat is installed in and moves horizontally on plate (8)；
Placement seat riser (12) is equipped with placement seat riser connecting hole；
First vertical connecting plates (17) be equipped with mounting hole compatible with placement seat riser connecting hole, placement seat riser connecting hole with
Mounting hole is connected by screw bolts, and vertical shift ontology is installed on placement seat.
4. secondary screen cabinet boring device according to claim 1 or 2, which is characterized in that
It moves horizontally plate (8) and is equipped with multiple placement seat mounting holes (9)；
Placement seat is connected and fixed hole equipped with compatible with placement seat mounting hole (9), and connection bolt is fixed by connecting placement seat
It hole (9) and is connected and fixed hole and is installed in placement seat and move horizontally on plate (8).
5. secondary screen cabinet boring device according to claim 1 or 2, which is characterized in that
First level movement draw runner (32) is equipped with draw runner mounting hole (37) and the sliding block being set on first level optical axis (3) sliding
Hole (36)；
The draw runner mounting hole (37) of first level movement draw runner (32) and the mounting hole for moving horizontally plate (8) are bolted,
Make first level movement draw runner (32) be installed in move horizontally on plate (8).
6. secondary screen cabinet boring device according to claim 1 or 2, which is characterized in that
It moves horizontally strand (31) and is equipped with strand mounting hole (34) and strand threaded hole (35)；
The strand mounting hole (34) for moving horizontally strand (31) and the mounting hole for moving horizontally plate (8) are bolted, and make water
The dynamic strand (31) of translation, which is installed in, to be moved horizontally on plate (8)；
Strand threaded hole (35) is equipped with internal thread compatible with horizontal screw lead (5) external screw thread.
7. secondary screen cabinet boring device according to claim 1 or 2, which is characterized in that
First level crossbeam (1) and the second horizontal gird (2), which are respectively equipped with, moves horizontally ontology placement hole (7).
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| CN201810019491.2A CN108381360A (en) | 2018-01-09 | 2018-01-09 | A kind of secondary screen cabinet boring device |
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| CN201810019491.2A CN108381360A (en) | 2018-01-09 | 2018-01-09 | A kind of secondary screen cabinet boring device |
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| CN2312787Y (en) * | 1997-12-15 | 1999-04-07 | 南京铁路分局芜湖轮渡所 | Edge finishing machine |
| JP2000052165A (en) * | 1998-08-06 | 2000-02-22 | Nitto Seiko Co Ltd | Component assembling device |
| JP2002046050A (en) * | 2000-08-03 | 2002-02-12 | Olympus Optical Co Ltd | Grinding wheel grooving device |
| CN201140357Y (en) * | 2007-07-28 | 2008-10-29 | 吴金海 | Multifunctional grinding wheel special for general lathe |
| CN201346632Y (en) * | 2009-01-22 | 2009-11-18 | 山东潍坊福田模具有限责任公司 | Guide plate drilling device |
| CN105171133A (en) * | 2015-08-28 | 2015-12-23 | 上海核工程研究设计院 | Special cross rotating moving mechanism for cutting radiation monitoring sample |
| CN107323143A (en) * | 2017-07-15 | 2017-11-07 | 叶良钱 | A kind of engraving machine carved applied to stone carving |
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