CN207103973U - A kind of processing unit (plant) - Google Patents

A kind of processing unit (plant) Download PDF

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Publication number
CN207103973U
CN207103973U CN201720942242.1U CN201720942242U CN207103973U CN 207103973 U CN207103973 U CN 207103973U CN 201720942242 U CN201720942242 U CN 201720942242U CN 207103973 U CN207103973 U CN 207103973U
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China
Prior art keywords
base
plant
processing unit
ram
rack
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CN201720942242.1U
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Chinese (zh)
Inventor
孙春凤
于建海
孙路伟
张增军
魏效辉
魏猛
宫耀宇
唐立星
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Himile Mechanical Manufacturing Co Ltd
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Himile Mechanical Manufacturing Co Ltd
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Abstract

The utility model discloses a kind of processing unit (plant), it belongs to ring cutting and cut, polishing, the fields such as welding, the device includes base, base is set to arcuate structure, arc-shaped base position can main body relatively to be processed curved surface adjustment, base both ends are provided with the fastener of firm banking, the utility model is positioned according to the structure of main body to be processed, suitable for the processing of complex-curved structure, especially curved surface is provided with the structure of connecting bolt, the device is processed successively between being placed on connecting bolt, connecting bolt is not influenceed not only, and this body structure is reduced, improve operability, the utility model base is provided with feed arrangement, feed arrangement is provided with radial feeding device, radial feeding device is provided with processing unit (plant), labor intensity is reduced using the device, improve processing efficiency and crudy.

Description

A kind of processing unit (plant)
Technical field
It the utility model is related to ring cutting and the field such as cut, polish, welding, and in particular to a kind of processing unit (plant).
Background technology
It is more at present during some extreme large and heavy workpieces, such as when being cut to workpiece body hook, polishing, weld Using manual progress, its efficiency is low, low precision, does not reach processing request.Especially carry out in soldering test, according to test requirements document Need to cut its outer surface, such as to the cutting at periphery surface soldered on a kind of main pump, as described in Figure 14, welding The structure at place is that upper and lower both sides are welded with flange, and needs to be cut weld with the leg that upper lower flange is connected when cutting Cut.
Influenceed by operating space, it is known that current cutting means have cutting saw cut, electrogas welding cutting, wire cutting, etc. Ion is cut, although but wire cutting, plasma cut cut quality are good, cost is high, and time-consuming, can not execute-in-place, Therefore popularization and application are not carried out, mainly use at present or cutting saw cut and electrogas welding cutting, then reality is entered to pump Also need to possess no dust, nonarcing strict demand sometimes during row processing, therefore the use of electrogas welding is also restrained, and electricity Gas welding cutting skill set requirements grade is high, it is easy to flange is damaged, therefore electrogas welding is also seldom applied to during actual processing.
In order to ensure the cut quality of weld, typically now cut for man-hour manually hand-held cutting machine, due to cutting machine Also can be limited by space, therefore human users are very inconvenient, and the structure of annular, worker do not have benchmark to hold very much when processing Easily cutting dislocation, causes efficiency very low, hand labor intensity is very big, and operation can not effectively avoid the production of spark It is raw, therefore operate sometimes also abnormally dangerous.
The girdling machine of known existing market, although annular cutting can be realized, the disposable cutting of ring body is realized, by this The influence of scenario-frame, weld are evenly equipped with the limitation of the structures such as connecting bolt, can not applied, and secondly large-scale workpiece volume is larger, Unreal border is machined using ring cutting, and other relevant devices are influenceed (position is higher) by position to be cut, can not accurate positioning And complex operation, also can not effectively it implement.
In view of the above-mentioned problems of the prior art, the design for many years of the utility model combination association area and warp is used Test, be aided with too strong professional knowledge, manufactured and designed a kind of processing unit (plant), to overcome drawbacks described above.
Utility model content
For the problems of in the prior art, a kind of processing unit (plant) provided by the utility model, curved surface can be realized Rapid processing, and liberated manual processing, reduced labor intensity, improve processing efficiency and crudy.
To achieve these goals, the technical solution adopted in the utility model is as follows:A kind of processing unit (plant), including base, The base is set to arcuate structure, the arc-shaped base position can main body relatively to be processed curved surface adjustment, the base both ends Fastener provided with firm banking;
The base is provided with feed arrangement, and the feed arrangement is slided along the base, and the feed arrangement is provided with Processing unit (plant).
As preferable technical scheme, the base is set to arc-shaped structure, and the arc bottom base position can be with respect to institute State the base center of circle and rotate adjustment.
As preferable technical scheme, the feed arrangement includes lower ram, and the processing unit (plant) is arranged on the downslide On pillow, drive device is additionally provided with the lower ram, the drive device drives the lower ram to be slided along the base;
The lower ram bottom is provided with rack-and-pinion, and the rack of the rack-and-pinion is arranged on the base, institute It is identical with the base radian to state rack radian, the gear of the rack-and-pinion is connected with the drive device, the driving Device drives the gear rotation.
As preferable technical scheme, the rack of the rack-and-pinion is arranged on the outside of the base bottom.
As preferable technical scheme, the lower ram is provided with driving base, and the drive device is by driving base It is arranged on the lower ram, the engagement spacing between the rack on gear and base in the drive device is adjustable.
As preferable technical scheme, the position away from rack is provided with rotating shaft on the lower ram, and the driving base leads to Cross the rotating shaft to be hinged with the lower ram, the lower ram is provided with adjustment tank, and the adjustment tank is set to using rotating shaft as circle The deep-slotted chip breaker of the heart, the distance between drive device gear and base upper rack is can adjust by bolt using the adjustment tank.
As preferable technical scheme, the driving chassis outer side is provided with adjusting seat, and the adjusting seat is provided with adjustment spiral shell Nail is resisted against lower ram away from rack side, passes through the distance of adjusting screw adjustment wheel and rack.
As preferable technical scheme, the base both sides are provided with slide rail, and the lower ram bottom is provided with positive stop strip and institute State the spacing cooperation of slide rail.
As preferable technical scheme, the lower ram bottom is additionally provided with some rollers and the slide rail of the base both sides rolls It is dynamic to coordinate.
As preferable technical scheme, the feed arrangement is provided with radial feeding device, and the processing unit (plant) is fixed on On the radial feeding device.
As preferable technical scheme, the radial feeding device includes upper ram, and the processing unit (plant) is arranged on described On upper ram, the upper ram bottom is provided with guide rail slide block, and the upper ram is slided by the guide rail slide block and the lower ram Dynamic connection;
Radial drive is additionally provided with the upper ram, the radial drive drives the upper ram to slide;
Some guide pads are additionally provided with the upper ram, some guide pad combinations form some position locations, described Processing unit (plant) may be provided on different position locations.
As preferable technical scheme, the processing unit (plant) is set to cutter device or drilling equipment or sanding apparatus or welding Device.
As preferable technical scheme, the cutter device includes cut portion and cutting driving device, and the cutting is driven Dynamic device drives the cut portion to work piece cut.
As preferable technical scheme, the cut portion includes connector, the connector and the cutting driving dress The output end connection put, is fixed with cutting sheet on the connector, the cutting driving device by connector drive described in cut Pitch cutting works.
As preferable technical scheme, the cutting sheet on the connector is set to multi-disc, between cutting sheet described in multi-disc Distance is equal to the distance between the position to be cut of many places.
As preferable technical scheme, swivel nut is threaded with the connector, terminal pad is fixed with the swivel nut, The cutting sheet is fixed in the terminal pad, the steering for being threadedly coupled direction and the cutting sheet of the connector and swivel nut On the contrary, and the swivel nut provided with locking nut fasten.
As preferable technical scheme, the fastener includes connecting seat, and the connecting seat connects with described base one end Connect, the connecting seat is provided with jacking apparatus, and base is fixed in main body to be processed by the jacking apparatus.
As preferable technical scheme, the jacking apparatus both ends are respectively equipped with upper ball base and lower ball base, the lower ball base Anti-loosing screw is provided between the connecting seat.
The utility model is beneficial in that:
1. the utility model base is set to arcuate structure, the processing of processing curve is realized, and is applicable to be processed Various labyrinths, especially curved surface are provided with the knot of connecting bolt and the workpiece of other obstruction non-plane motions in body hook Structure, the device are processed successively between being placed on connecting bolt, while when in face of the processing of large-scale workpiece, the device is than passing System processing unit (plant) overall volume and weight have a reduction, would be much more convenient during use.
2. if the utility model base is set to arc-shaped structure, arc bottom base position can rotate relative to the base center of circle and adjust It is whole, it is achieved that the annular movement processing on main body periphery surface to be processed.
3. the utility model fastener makes full use of the structure of main body to be processed that the utility model is fixed, up and down The structure of ball seat is easy to fast positioning and dismounting to move, and ensure that the quick adjustment of arc-shaped base position, and its fastening is stable Property is also high, so as to ensure that the stabilization of process.
4. having liberated the processing such as hand cut, manual welding, manual grinding, hand drill using the device, labor is reduced Fatigue resistance, improve processing efficiency and crudy.
5. the utility model is using rack-and-pinion drive mechanism and combines slide rail and roller, sliding stability and driving force Greatly, it ensure that crudy.
6. the utility model wheel and rack engagement spacing is adjustable, facilitates processing unit (plant) in base initial processing position and add The conversion of work terminal position, and the structure is also convenient is changed to gear, so as to Indirect method rotary feed speed, so as to It is set to be applied to the different processing of different workpieces.
7. being adjusted using adjusting seat to wheel and rack engagement spacing, its meshing performance is set to be guaranteed, so as to carry Its high running precision.
8. some position locations for having some guide pad combinations to form on the utility model upper ram, improve processing unit (plant) The controllability of position, and increase the processing dimension of a certain radian both ends extreme position of main body to be processed.
9. the cut portion of the utility model cutter device fixes threaded connection direction and the steering of cutting sheet of cutting sheet Self-locking is realized, improves the stability and security of cutting.
10. can also realize the structure of upper and lower leg while cutting according to actual conditions the utility model, the structure can be significantly Improve cutting efficiency.
11. the utility model produces the hazards such as dust, spark when cutting is effectively avoided using cutting sheet, improve Security.
12. radial drive power can be substantially reduced by carrying out arc cutting using cutting sheet, energy consumption is reduced.
Brief description of the drawings
Fig. 1 is a kind of structural representation of processing unit (plant);
Fig. 2 is a kind of operating diagram of processing unit (plant);
Fig. 3 is a kind of structural representation of processing unit (plant) feed arrangement;
Fig. 4 is a kind of axonometric drawing of processing unit (plant) feed arrangement;
Fig. 5 is a kind of sectional view of processing unit (plant) feed arrangement;
Fig. 6 is a kind of structural representation of processing unit (plant) cutter device;
Fig. 7 is a kind of sectional view of saw blade cut portion on processing unit (plant);
Fig. 8 is a kind of sectional view of saw blade cut portion under processing unit (plant);
Fig. 9 is a kind of sectional view of the more cutting sheet cut portions of processing unit (plant);
Figure 10 is a kind of structural representation of processing unit (plant) terminal pad;
Figure 11 is a kind of axonometric drawing of processing unit (plant) radial feeding device;
Figure 12 is a kind of structural representation of processing unit (plant) radial feeding device;
Figure 13 is a kind of sectional view of processing unit (plant) fastener;
Figure 14 is the partial schematic diagram of the utility model main body to be processed.
In figure:1- feed arrangements, 2- processing unit (plant)s, 3- radial feeding devices, 4- fasteners, 5- main bodys to be processed, 10- Lower ram, 11- bases, 12- rack-and-pinions, 13- drive devices, 14- drivings base, 15- slide rails, 101- rotating shafts, 102- are adjusted Whole groove, 103- adjusting seats, 104- positive stop strips, 105- rollers, 21- cutting driving devices, 22- cut portions, 23- connectors, 24- Locking nut, 25- terminal pads, 26- cutting sheets, 27- swivel nuts, 28- glands, 31- upper rams, 32- guide pads, 33- handles, 34- Screw, 35- leading screws, 36- guide rail slide blocks, 41- connecting seats, 42- anti-loosing screws, 43- lower ball bases, 44- thread bush, 45- screw rods, 46- upper ball bases, 51- legs.
Embodiment
For the ease of it will be appreciated by those skilled in the art that being further described below in conjunction with the accompanying drawings to the utility model.
As shown in Figure 1 and Figure 2, a kind of processing unit (plant), for the processing of the curved surface of main body 5 to be processed, due to main body 5 to be processed Curved-surface structure, which is restricted (such as processing space, connecting bolt), can not apply process equipment, therefore devise the device, the device Including base 11, base 11 is set to arcuate structure, the position of arc-shaped base 11 can main body 5 relatively to be processed curved surface adjustment, so as to Realize the processing to the curved surface of main body 5 to be processed.The both ends of base 11 are provided with the fastener 4 of firm banking 11, the utility model root Positioned according to the structure of main body 5 to be processed, fastener 4 can select holding device, gripping mechanism, magnetic devices, bolt The structure such as fixed.Whole device is applicable to the processing of complicated circumferential structure, and especially periphery is provided with the knot of connecting bolt Structure, the device are processed successively between being placed on connecting bolt, do not influence connecting bolt not only, and this body structure is subtracted It is small, improve operability.
When the utility model is processed to outer surface weld on a kind of main pump, because main pump circumference structure constraint system can not Using ring process equipment, base 11 is set to arc-shaped structure, and the position of arc bottom base 11 can rotate relative to the center of circle of base 11 and adjust, It is achieved that the annular movement processing on the periphery surface of main body 5 to be processed.
The utility model base 11 is provided with feed arrangement 1, and feed arrangement 1 is provided with processing unit (plant) 2.In said structure Base 11 can also be set to circular configuration, and those skilled in the art are correspondingly improved to fastener 4, such as circumferential clip Structure etc..And processing unit (plant) can choose cutter device or drilling equipment or sanding apparatus or welder etc..And this area skill Replacement of the art personnel to processing unit (plant) so as to realize annular processing these equivalent form of values equally fall within the application protection domain.
As shown in figure 3, the utility model feed arrangement 1 includes lower ram 10, processing unit (plant) 2 is arranged on lower ram 10, Drive device 13 is additionally provided with lower ram 10, drives lower ram 10 to be slided along base 11 by drive device 13, the drive device 13 are preferably provided with the structure of rack-and-pinion 12 with the lower bottom of ram 10, and the rack of rack-and-pinion 12 is preferably provided at base 11 Bottom outside, rack radian is identical with the radian of base 11, and the gear of rack-and-pinion 12 is connected with drive device 13, drive device The rotation of 13 drive gears drives the pillow 10 that glides to be slided along base 11;Certain drive device 13 can also be provided with using the end of base 11 Drawstring pulls lower ram 10, and along the slide construction of base 11, said structure is only applicable to radian and is less than 90 degree of scopes, does not make herein in detail State.
For convenience of processing unit (plant) in the conversion of the initial processing position of base 11 and processing terminal position, the utility model driving The engagement spacing between the rack on gear and base 11 on device 13 is set to adjustable structure, and the realization of the structure is to pass through downslide Driving base 14 is set on pillow 10, and drive device 13 is by driving base 14 to be arranged on lower ram 10, as shown in figure 4, gliding The position away from rack is provided with rotating shaft 101 on pillow 10, and driving base 14 is hinged by rotating shaft 101 and lower ram 10, lower ram 10 are provided with adjustment tank 102, and the adjustment tank 102 is set to the deep-slotted chip breaker for the center of circle with rotating shaft 101, passes through spiral shell using adjustment tank 102 The adjustable distance between the gear of drive device 13 and the upper rack of base 11 of bolt;The adjustable structure of engagement spacing can also use down Ram 10 carries out the structure of linear position adjustment with driving base 14 using straight line adjustment tank, is not described in detail here.Said structure Also facilitate and gear is changed, so as to Indirect method rotary feed speed, so that it is applied to different processing main bodys Difference processing.
In order to ensure meshing performance, so as to improve its running precision, as shown in figure 5, outside the utility model driving base 14 Side is provided with adjusting seat 103, and adjusting seat 103 is resisted against lower ram 10 away from rack side provided with adjusting screw, by adjusting spiral shell The distance of nail adjustment wheel and rack.The utility model adjusting seat 103 can also be arranged on the lower outside of ram 10, adjusting seat 103 It is provided with adjusting screw and positioning is adjusted to driving base 14;Further to improve rotary feed precision, lower ram 10 is prevented Side stick up, ensure the stabilization slided, the both sides of base 11 are provided with slide rail 15, and the lower bottom of ram 10 is provided with positive stop strip 104 and slide rail 15 Spacing cooperation, the certainly lower bottom of ram 10, which can also use, sets upper some rollers 105 and the slide rail 15 of the both sides of base 11 to roll The structure of cooperation, make rotary feed more smooth.
Radial feeding device 3 is preferably provided with the utility model feed arrangement 1, processing unit (plant) 2 is fixed on radial feed dress Put on 3, the feeding of processing unit (plant) 2 is realized by radial feeding device 3, the utility model radial feeding device 3 includes upper ram 31, processing unit (plant) 2 is arranged on upper ram 31, and as shown in figure 12, the bottom of upper ram 31 is provided with guide rail slide block 36, and upper ram 31 is logical Cross guide rail slide block 36 to be slidably connected with lower ram 10, radial drive driving upper ram 31 be additionally provided with upper ram 31 and is slided, The drive device can use cylinder, oil cylinder either screw structure, this programme preferably to use the structure of 35 screw of leading screw 34, utilize hand Handle 33 improves operability according to the actual conditions Reasonable adjustment amount of feeding.
As shown in figure 11, some guide pads 32 are additionally provided with the utility model upper ram 31, some guide pads 32 combine structure Into some position locations, processing unit (plant) 2 may be provided on different position locations, and this arrangement enhances the position of processing unit (plant) 2 Controllability, this programme are preferably processed at the both sides of upper ram 31 two position locations of setting, processing to which end, and processing unit (plant) 2 is pacified Mounted in the position location at which end, the structure can increase the processing dimension of a certain radian both ends extreme position of main body to be processed, from And processing efficiency is improved indirectly.
As shown in fig. 6, when the utility model processing unit (plant) 2 is using cutter device, cutter device includes the He of cut portion 22 Cutting driving device 21, cutting driving device 21 drive cut portion 22 to cut main body 5 to be processed, the utility model cutting dress Put directly can also be realized using cutting machine, but in order to be applicable processing space, cutter device preferably uses said structure.This practicality is new Type cut portion 22 includes connector 23, and connector 23 is connected with the output end of cutting driving device 21, fixed on connector 23 There is cutting sheet 26, cutting driving device 21 drives cutting sheet 26 to work by connector 23, and the cutting sheet 26 can specifically be selected Metal saw, emery wheel, grinding etc..In order to avoid the axial movement of connector 23, the connector 23 and cutting driving device 21 Output end is typically protected by the structure of gland 28 and limited step, and the structure belongs to those skilled in the art and routinely set Meter, is not described in detail here.
As shown in Figure 7, Figure 8, replacing to cutting sheet 26 for convenience, it is threaded with the utility model connector 23 Swivel nut 27, terminal pad 25 is fixed with swivel nut 27, as shown in Figure 10, cutting sheet 26 is fixed in terminal pad 25, and cutting sheet 26 needs When changing, it is only necessary to disassembled from terminal pad 25, and the structure of terminal pad 25 can also play reinforcement cutting 26 rigid requirement of piece.Swivel nut 27 fastens provided with locking nut 24,
The utility model is in order to improve the stability of cutting process and security, the threaded connection of connector 23 and swivel nut 27 The steering of direction and cutting sheet 26 on the contrary, and swivel nut 27 fastened provided with locking nut 24, during cutting, cutting sheet 26 can and swivel nut 27 Realize self-locking.Below with this programme used by cut portion 22 explain:The utility model in order to realize up and down leg 51 Cutting cut portion 22 is divided for upper cut portion and undercut portion, on this connector 23 of cut portion and swivel nut 27 it Between be set to left hand thread connection, the steering of cutting sheet 26 is set to positive hour hands rotation;The connector 23 and swivel nut of the undercut portion Right-handed thread connection is set between 27, the steering of cutting sheet 26 is set to rotate counterclockwise.
The utility model is according to the distribution of cutting position, and the cutting sheet 26 on connector 23 can be set to multi-disc, and multi-disc is cut The distance between pitch cutting 26 is equal to the distance between the position to be cut of many places.Below with this programme used by cut portion 22 carry out Explain:The utility model selects the structure that leg 51 is cut simultaneously up and down according to real space, as shown in figure 9, now connector Cutting sheet 26 on 23 is set to the distance between two panels, two panels cutting sheet 26 equal to the distance between leg 51 at two, concrete structure Two swivel nuts 27 are provided with for connector 23, two swivel nuts 27 are set to left hand thread with connector 23 and are connected, two swivel nuts 27 It is oppositely arranged, and terminal pad 25 is respectively and fixedly provided with swivel nut 27, cutting sheet 26 is fixed in terminal pad 25, and connector 23 is provided with locking Nut 24 is locked, and the steering of cutting sheet 26 is set to positive hour hands rotation, and the structure will further improve cutting efficiency.This practicality is new Two swivel nuts 27 can also be set to right-handed thread with connector 23 according to the direction of circle-feeding and are connected by type, and now cutting sheet 26 steering is set to rotate counterclockwise, also disclosure satisfy that split requirement.
As shown in figure 13, the utility model fastener 4 includes connecting seat 41, and connecting seat 41 is connected with the one end of base 11, Connecting seat 41 is provided with jacking apparatus, and base 11 is fixed in main body 5 to be processed by jacking apparatus, and jacking apparatus both ends are set respectively Have a upper ball base 46 and lower ball base 43, upper and lower ball holder surface preferably with sphere either cone structure, be easy to fast positioning and its Fastening stability is also high, and anti-loosing screw 42 is provided between lower ball base 43 and connecting seat 41, on the one hand makes lower ball base 43 can be with Swinging certain angle, another aspect anti-loosing screw 42 can prevent lower ball base 43 and above section coming off when not in use, and The jacking apparatus can select hydraulic means and pneumatic means, and the utility model is preferably connected with thread bush 44 with screw rod 45 herein Structure.
Concrete operation step of the present utility model:
1. whole device is lifted on main pump, the screw rod 45 of two fasteners 4 is rotated, upper ball base 46 is held out against outside main pump Side surface weld top hole either above, fastens upper ball base 46 and the fast positioning of lower ball base 43;
2. undercut portion is installed in the output end of cutting driving device 21, adjusted, made by radial drive Cutting sheet 26 is moved radially to suitable position, starts cutting driving device 21, and now cutting sheet 26 starts to rotate.Slow-action Whole radial drive, start radial feed cutting, when cutting sheet 26 is radially fed to suitable position, stop adjustment footpath To drive device;
3. starting drive device 13, start along the circumferential direction to cut, cut a leg 51, stop the He of drive device 13 Radial drive;
4. processing unit (plant) 2 is moved back into initial position by radial drive, undercut portion is pulled down, is replaced by and cuts Part is cut, is operated according still further to 2,3 steps;
5. after having cut, unclamp the fastener at the both ends of base 11;
6. other directions for the main pump outer surface weld that whole device is moved again, cut according still further to above-mentioned steps, Until cutting is completed.
The structure that the utility model is cut simultaneously according to upper and lower leg 51, is omitted from the 4th step, therefore will more save and add Between man-hour, but the structure can be limited by the space at the processing of main body 5 to be processed.And to the connection spiral shell of pump housing circumference structure limitation Bolt, it can be installed again after having cut to be processed to consolidate in cutting process by the connecting bolt removal of the cutting segmental arc Main body 5.
It should be appreciated that the purposes of these embodiments is merely to illustrate the utility model and is not intended to limit of the present utility model Protection domain.In addition, it should also be understood that, after technology contents of the present utility model have been read, those skilled in the art can be right The utility model does various change, modification and/or variation, and all these equivalent form of values equally fall within right appended by the application will Ask within the protection domain that book limited.

Claims (18)

1. a kind of processing unit (plant), including base, the base is set to arcuate structure, and the arc-shaped base position can be relatively to be processed The curved surface adjustment of main body, the base both ends are provided with the fastener of firm banking;
The base is provided with feed arrangement, and the feed arrangement slides along the base, and the feed arrangement is provided with processing Device.
A kind of 2. processing unit (plant) according to claim 1, it is characterised in that:The base is set to arc-shaped structure, described Arc bottom base position can rotate relative to the base center of circle and adjust.
A kind of 3. processing unit (plant) according to claim 1, it is characterised in that:The feed arrangement includes lower ram, described Processing unit (plant) is arranged on the lower ram, drive device is additionally provided with the lower ram, under the drive device driving is described Ram slides along the base;
The lower ram bottom is provided with rack-and-pinion, and the rack of the rack-and-pinion is arranged on the base, the tooth Bar radian is identical with the base radian, and the gear of the rack-and-pinion is connected with the drive device, the drive device The gear is driven to rotate.
A kind of 4. processing unit (plant) according to claim 3, it is characterised in that:The rack of the rack-and-pinion is arranged on institute State on the outside of base bottom.
A kind of 5. processing unit (plant) according to claim 3, it is characterised in that:The lower ram is provided with driving base, institute Drive device is stated by driving base to be arranged on the lower ram, between the rack on gear and base in the drive device Engagement spacing it is adjustable.
A kind of 6. processing unit (plant) according to claim 5, it is characterised in that:The position away from rack is set on the lower ram There is rotating shaft, the driving base is hinged by the rotating shaft and the lower ram, and the lower ram is provided with adjustment tank, described Adjustment tank is set to the deep-slotted chip breaker using rotating shaft as the center of circle, and drive device gear and bottom are can adjust by bolt using the adjustment tank Distance between seat upper rack.
A kind of 7. processing unit (plant) according to claim 6, it is characterised in that:The driving chassis outer side is provided with adjusting seat, The adjusting seat is resisted against lower ram away from rack side provided with adjusting screw, and wheel and rack is adjusted by adjusting screw Distance.
A kind of 8. processing unit (plant) according to claim 3, it is characterised in that:The base both sides are provided with slide rail, under described Ram bottom is provided with positive stop strip and the spacing cooperation of the slide rail.
A kind of 9. processing unit (plant) according to claim 8, it is characterised in that:The lower ram bottom is additionally provided with some rollers Roll and coordinate with the slide rail of the base both sides.
A kind of 10. processing unit (plant) according to claim 3, it is characterised in that:The feed arrangement is provided with radial feed Device, the processing unit (plant) are fixed on the radial feeding device.
A kind of 11. processing unit (plant) according to claim 10, it is characterised in that:The radial feeding device includes upper cunning Pillow, the processing unit (plant) are arranged on the upper ram, and the upper ram bottom is provided with guide rail slide block, and the upper ram passes through institute Guide rail slide block is stated to be slidably connected with the lower ram;
Radial drive is additionally provided with the upper ram, the radial drive drives the upper ram to slide;
Some guide pads are additionally provided with the upper ram, some guide pad combinations form some position locations, the processing Device may be provided on different position locations.
A kind of 12. processing unit (plant) according to claim 1, it is characterised in that:The processing unit (plant) be set to cutter device or Drilling equipment or sanding apparatus or welder.
A kind of 13. processing unit (plant) according to claim 12, it is characterised in that:The cutter device include cut portion and Cutting driving device, the cutting driving device drive the cut portion to work piece cut.
A kind of 14. processing unit (plant) according to claim 13, it is characterised in that:The cut portion includes connector, institute The output end that connector is stated with the cutting driving device is connected, and cutting sheet, the cutting driving are fixed with the connector Device drives the cutting sheet to work by connector.
A kind of 15. processing unit (plant) according to claim 14, it is characterised in that:Cutting sheet on the connector is set to more Piece, the distance between cutting sheet described in multi-disc are equal to the distance between the position to be cut of many places.
A kind of 16. processing unit (plant) according to claims 14 or 15, it is characterised in that:It is threaded with the connector Swivel nut, terminal pad is fixed with the swivel nut, the cutting sheet is fixed in the terminal pad, the spiral shell of the connector and swivel nut The steering of line closure and the cutting sheet on the contrary, and the swivel nut be provided with locking nut fastening.
A kind of 17. processing unit (plant) according to claim 1, it is characterised in that:The fastener includes connecting seat, described Connecting seat is connected with described base one end, and the connecting seat is provided with jacking apparatus, and base is fixed on by the jacking apparatus to be treated Process in main body.
A kind of 18. processing unit (plant) according to claim 17, it is characterised in that:The jacking apparatus both ends are respectively equipped with Ball seat and lower ball base, anti-loosing screw is provided between the lower ball base and the connecting seat.
CN201720942242.1U 2017-07-31 2017-07-31 A kind of processing unit (plant) Active CN207103973U (en)

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Publication number Priority date Publication date Assignee Title
CN110900766A (en) * 2019-11-22 2020-03-24 曾芸芸 Shaddock is device of skinning futilely
CN111673550A (en) * 2020-07-02 2020-09-18 山东立连智能设备有限公司 Automatic turnover type knife sharpener
CN113021162A (en) * 2021-03-01 2021-06-25 机械工业第九设计研究院有限公司 Burnishing device is used in automobile production

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110900766A (en) * 2019-11-22 2020-03-24 曾芸芸 Shaddock is device of skinning futilely
CN111673550A (en) * 2020-07-02 2020-09-18 山东立连智能设备有限公司 Automatic turnover type knife sharpener
CN113021162A (en) * 2021-03-01 2021-06-25 机械工业第九设计研究院有限公司 Burnishing device is used in automobile production

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