CN105345627A - Device for processing surface of aluminum plate - Google Patents
Device for processing surface of aluminum plate Download PDFInfo
- Publication number
- CN105345627A CN105345627A CN201510754353.5A CN201510754353A CN105345627A CN 105345627 A CN105345627 A CN 105345627A CN 201510754353 A CN201510754353 A CN 201510754353A CN 105345627 A CN105345627 A CN 105345627A
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- belt wheel
- spring
- workbench
- wheel bar
- secondary pulley
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- 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
- B24B21/00—Machines or devices using grinding or polishing belts; Accessories therefor
- B24B21/006—Machines or devices using grinding or polishing belts; Accessories therefor for special purposes, e.g. for television tubes, car bumpers
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- 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
- B24B21/00—Machines or devices using grinding or polishing belts; Accessories therefor
- B24B21/18—Accessories
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
The invention discloses a device for processing the surface of an aluminum plate. The device comprises a machine base. A workbench and a driving part are arranged on the machine base. The device further comprises two main belt wheels, and a grinding belt is wound around the two main belt wheels. The device further comprises auxiliary belt wheels, springs, deformation adjusting parts and second belt wheel rods. The side faces of the auxiliary belt wheels make contact with the side face of the grinding belt, and the axes of the auxiliary belt wheels are parallel to the axes of the main belt wheels. The distances between the auxiliary belt wheels and the workbench are smaller than the distances between the main belt wheels and the workbench, and the axes of the springs intersect with the tabletop of the workbench. An adjusting groove is further formed in a first belt wheel rod, and a compression spring is arranged in the adjusting groove. More than one auxiliary belt wheel is arranged. The device further comprises guide blocks and a linkage rod which are used for limiting the relative positions of all the auxiliary belt wheels. Dependence of work of wiredrawing equipment on manual real-time control can be relieved, the device is suitable for conducting wiredrawing on the aluminum plate with poor surface quality, and processing efficiency is high.
Description
Technical field
The present invention relates to aluminum profile extrusion apparatus field, particularly relate to a kind of surface of aluminum plate processing unit (plant).
Background technology
Surface wire drawing process forms strain line by abrasive product at surface of the work, plays a kind of surface treatment means of decorative effect.Wire drawing process can make metal surface obtain metallic luster as non-specular surface, as silk satin face, there is very strong decorative effect, new life and life is given just as giving common metal, so wire drawing process has the accreditation of increasing market and extensive use, door of elevator is had in building trade, escalator decorative panel, tap, hinge, handle, lockset plaque in architectural hardware industry, etc.; Kitchen utensils is as smoke exhaust ventilator, stainless steel kitchen range, tank etc.And the application of wire drawing has been pushed to climax by various 3C digital products especially that rose in recent years, as the panel of notebook computer, finger-board etc., the panel of mobile phone, LCD frame face, battery cover board, the protection slip lid of camera, digital camera lens slippery cover plate etc.Also have other various electronic product, such as: Mp3, Mp4, DVD player, projecting apparatus etc.
The processing mode of surface wire drawing is generally divided into mechanical wire drawing and manual wire drawing, and the wire drawing of flat-crushing type abrasive band is that the one in mechanical wire drawing uses wire drawing mode comparatively widely.If application number is the patent of invention of CN201420827664.0, it discloses a kind of form adopting the elastic force of spring to substitute pneumatic shuttle or the balancing weight adopted in traditional abrasive belt wire-drawing machine, this structure can avoid wire drawing machine, and abrasive band is stressed excessive instantaneously in the course of the work.The structure of the existing wire-drawing equipment of further optimization, effects on surface wire drawing process can play positive facilitation undoubtedly.
Summary of the invention
For the structure of the existing wire-drawing equipment of above-mentioned further optimization, effects on surface wire drawing process can play the problem of positive facilitation undoubtedly, the invention provides a kind of surface of aluminum plate processing unit (plant).
For the problems referred to above, surface of aluminum plate processing unit (plant) provided by the invention is achieved the goal by following technical essential: surface of aluminum plate processing unit (plant), comprise support, described support is provided with workbench and drive division, also comprise two main pulleys, one of them main pulley is connected on drive division, another main pulley is connected with support by the first belt wheel bar, and two main pulleys are wound with grinding strip, also comprise secondary pulley, spring, deformation adjusting portion and the second belt wheel bar, described second belt wheel bar is fixedly connected on the first belt wheel bar or support, one end of spring is sheathed on the second belt wheel bar, described deformation adjusting portion is arranged on the second belt wheel bar, and one end that the second belt wheel bar is located at by spring housing contacts with deformation adjusting portion, in the course of action of deformation adjusting portion, the position of one end on the second belt wheel pole length direction that the second belt wheel bar is located at by spring housing is adjustable, secondary pulley is fixed on the other end of spring, the side of secondary pulley contacts with the side of grinding strip, the axis being parallel of secondary pulley and main pulley, secondary pulley is bordering on the distance of main pulley apart from workbench apart from the distance of workbench, the axis of spring is crossing with the table top of workbench, also comprise the regulating tank be arranged on the first belt wheel bar, described regulating tank is strip, and the length direction of regulating tank is parallel with the spacing direction of two main pulleys, the Compress Spring being in compressive state is also provided with in regulating tank, the axial direction of described Compress Spring is parallel with the length direction of regulating tank, the wheel shaft of another main pulley described is arranged in regulating tank, and Compress Spring is between the wheel shaft of two main pulleys, described secondary pulley, spring, deformation adjusting portion and all more than one and the quantity of four is equal of the second belt wheel bar, each secondary pulley, spring and deformation adjusting portion are arranged on the second different belt wheel bars respectively, and the distance of the equal workbench of each secondary pulley is equal, also comprise the gangbar parallel with workbench working face, the wheel shaft of each secondary pulley is all articulated and connected with gangbar, also comprise at least two guide pads be arranged on support or workbench, described guide pad is provided with the guide chute of bar shaped, the length direction of described guide chute is positioned at the spacing direction of secondary pulley and workbench, a slide block that can slide in this guide chute is provided with in guide chute, the relative position of slide block and gangbar is fixed.
Concrete, the side of above secondary pulley contacts with the side of grinding strip, the axis being parallel of secondary pulley and main pulley, secondary pulley is bordering on the distance of main pulley apart from workbench apart from the distance of workbench, the architectural feature that the axis of spring is crossing with the table top of workbench, be intended to realize making the axial direction of spring to be positioned in the tension direction of grinding strip, when making the outer surface of the grinding strip part contacted with secondary pulley carry out wire drawing process as wire-drawing equipment and the interactional working face of workpiece simultaneously, like this, under the dilatation of grinding strip, the moment of spring not only by compression buffering grinding strip is stressed, simultaneously, due to when this wire-drawing equipment works, spring clip is held between workpiece and deformation adjusting portion, by the position regulating deformation adjusting portion adjustment spring housing to be located at the second belt wheel bar upper end, the object of adjustment spring initial compression amount can be reached, like this, along with the carrying out of Wire Drawing, when surface of the work is thinning, above recoil of spring changes the position of secondary pulley, like this, grinding strip can continue to carry out Wire Drawing to the surface of workpiece, until spring not redeformation.In above process, by adjustment deformation adjusting portion, when can make Wire Drawing, workpiece is ground appointed thickness, can weaken the dependence of wire-drawing equipment work to artificial real-time control like this.
Further, be arranged at regulating tank on the first belt wheel bar for installing a main pulley in this structure, carry out in the process of Wire Drawing in this structure to aluminium sheet, because surface of the work is ground, recoil of spring on second belt wheel bar causes grinding strip to be expanded further, because existing alternative grinding strip stroke for wire drawing can not be too large, therefore Compress Spring is set on the first belt wheel bar, be convenient to realize following object: when recoil of spring, tension force on grinding strip forces Compress Spring to be further compressed, the wheel base of two main pulleys diminishes, to make up the defect that existing grinding strip stroke can not be excessive, the spacing of secondary pulley and workbench can be made like this to change in the larger context, like this by above structure, can when carrying out wire drawing process to aluminium sheet, obtain larger wire drawing treatment surface stock removal, therefore this structure is applicable to the Wire Drawing of the aluminium sheet of surface quality difference.In above structure, the coefficient of elasticity of spring can be set to the coefficient of elasticity being greater than Compress Spring.
More than be set to more than one of secondary pulley, be convenient to make this wire drawing machine have multiple wire drawing grinding points relative to aluminium sheet, but due to the arrangement relation of each secondary pulley, each secondary pulley place grinding strip may be different to respective tension force, relative to workbench, there is equal height for making each secondary pulley, to process the uniform aluminium sheet of each dot thickness, gangbar and guide pad are set in this configuration, with the version that top shoe and gangbar relative position are fixed, by arranging independently slide block, and be fixed in gangbar, or by adopting the wheel shaft of secondary pulley, with upper whorl axial through gangbar, namely stretch into guide chute medium structure again after hinged with gangbar to realize, like this, the secondary pulley of more than one just can relative to workbench with entering with moving back above, reach the goal of the invention of the operating efficiency improving wire drawing machine.
Further technical scheme is:
As a kind of technical scheme realizing above goal of the invention specifically, also comprise the sleeve be articulated and connected with secondary pulley wheel shaft, described second belt wheel bar is also provided with thread segment, described deformation adjusting portion is two two nuts being threadedly connected on above thread segment, one end of described second belt wheel bar is connected on the first belt wheel bar, second belt wheel bar is also provided with one section of guide rod section be positioned between deformation adjusting portion and the second belt wheel bar free end, described sleeve and guide rod section matched in clearance, spring housing is located in guide rod section, and the two ends of spring contact with the end of deformation adjusting portion and guide rod section respectively.Above two screw threads are by mutually extruding both positions on the second belt wheel bar fixing, and in the process of spring deformation, guide rod section only can be moved along the axis direction of spring for limiting secondary pulley.
The for the benefit of compactedness of this structure, when avoiding there is no interaction force between secondary pulley and workpiece, spring and deformation adjustment portion from, the nut of described close spring is also provided with a cannelure, be provided with the annular ring that can rotate around cannelure in described cannelure, described spring is fixedly connected with annular ring near one end of deformation adjusting portion.Above annular ring can select circlip for shaft.
The for the benefit of contact quality of secondary pulley and grinding strip, is also provided with the flat key that length direction is parallel to guide rod section axial direction between described sleeve and guide rod section.
In above structure, workbench is for putting workpiece, position for ease of workpiece adjusts, described support is also provided with adjustment part, position, the output of adjustment part, described position is connected with workbench to adjust workbench in X, Y, Z tri-position upwards, described X, Y, Z three-dimensional respectively with in rectangular coordinate system in space three-dimensional not in the same way.
A kind of specific embodiments being convenient to the position adjustment of workpiece in seat, the position regulating member in adjustment part, described position is threaded rod.
The present invention has following beneficial effect:
1, in the present invention, the side of above secondary pulley contacts with the side of grinding strip, the axis being parallel of secondary pulley and main pulley, secondary pulley is bordering on the distance of main pulley apart from workbench apart from the distance of workbench, the architectural feature that the axis of spring is crossing with the table top of workbench, be intended to realize making the axial direction of spring to be positioned in the tension direction of grinding strip, when making the outer surface of the grinding strip part contacted with secondary pulley carry out wire drawing process as wire-drawing equipment and the interactional working face of workpiece simultaneously, like this, under the dilatation of grinding strip, the moment of spring not only by compression buffering grinding strip is stressed, simultaneously, due to when this wire-drawing equipment works, spring clip is held between workpiece and deformation adjusting portion, by the position regulating deformation adjusting portion adjustment spring housing to be located at the second belt wheel bar upper end, the object of adjustment spring initial compression amount can be reached, like this, along with the carrying out of Wire Drawing, when surface of the work is thinning, above recoil of spring changes the position of secondary pulley, like this, grinding strip can continue to carry out Wire Drawing to the surface of workpiece, until spring not redeformation.In above process, by adjustment deformation adjusting portion, when can make Wire Drawing, workpiece is ground appointed thickness, can weaken the dependence of wire-drawing equipment work to artificial real-time control like this.
2, be arranged at regulating tank on the first belt wheel bar for installing a main pulley in this structure, carry out in the process of Wire Drawing in this structure to aluminium sheet, because surface of the work is ground, recoil of spring on second belt wheel bar causes grinding strip to be expanded further, because existing alternative grinding strip stroke for wire drawing can not be too large, therefore Compress Spring is set on the first belt wheel bar, be convenient to realize following object: when recoil of spring, tension force on grinding strip forces Compress Spring to be further compressed, the wheel base of two main pulleys diminishes, to make up the defect that existing grinding strip stroke can not be excessive, the spacing of secondary pulley and workbench can be made like this to change in the larger context, like this by above structure, can when carrying out wire drawing process to aluminium sheet, obtain larger wire drawing treatment surface stock removal, therefore this structure is applicable to the Wire Drawing of the aluminium sheet of surface quality difference.
3, more than be set to more than one of secondary pulley, be convenient to make this wire drawing machine have multiple wire drawing grinding points relative to aluminium sheet, but due to the arrangement relation of each secondary pulley, each secondary pulley place grinding strip may be different to respective tension force, relative to workbench, there is equal height for making each secondary pulley, to process the uniform aluminium sheet of each dot thickness, gangbar and guide pad are set in this configuration, with the version that top shoe and gangbar relative position are fixed, by arranging independently slide block, and be fixed in gangbar, or by adopting the wheel shaft of secondary pulley, with upper whorl axial through gangbar, namely stretch into guide chute medium structure again after hinged with gangbar to realize, like this, the secondary pulley of more than one just can relative to workbench with entering with moving back above, reach the goal of the invention of the operating efficiency improving wire drawing machine.
Accompanying drawing explanation
Fig. 1 is the structural representation of a surface of aluminum plate processing unit (plant) of the present invention specific embodiment;
Fig. 2 is the partial structurtes schematic diagram of a surface of aluminum plate processing unit (plant) of the present invention specific embodiment.
Label in figure represents respectively: 1, support, and 2, workbench, 3, drive division, the 4, first belt wheel bar, 41, regulating tank, 42, Compress Spring, 5, main pulley, 6, the second belt wheel bar, 7, grinding strip, 8, spring, 9, secondary pulley, 10, deformation adjusting portion, 101, sleeve, 102, guide rod section, 103, nut, 11, guide pad, 111, guide chute, 12, gangbar, 121, slide block.
Detailed description of the invention
Below in conjunction with embodiment, the present invention is described in further detail, but structure of the present invention is not limited only to following examples.
Embodiment 1:
As depicted in figs. 1 and 2, surface of aluminum plate processing unit (plant), comprise support 1, described support 1 is provided with workbench 2 and drive division 3, also comprise two main pulleys 5, one of them main pulley 5 is connected on drive division 3, another main pulley 5 is connected with support 1 by the first belt wheel bar 4, and two main pulleys 5 are wound with grinding strip 7, also comprise secondary pulley 9, spring 8, deformation adjusting portion 10 and the second belt wheel bar 6, described second belt wheel bar 6 is fixedly connected on the first belt wheel bar 4 or support 1, one end of spring 8 is sheathed on the second belt wheel bar 6, described deformation adjusting portion 10 is arranged on the second belt wheel bar 6, and one end that spring 8 is sheathed on the second belt wheel bar 6 contacts with deformation adjusting portion 10, in the course of action of deformation adjusting portion 10, the position of one end on the second belt wheel bar 6 length direction that spring 8 is sheathed on the second belt wheel bar 6 is adjustable, secondary pulley 9 is fixed on the other end of spring 8, the side of secondary pulley 9 contacts with the side of grinding strip 7, the axis being parallel of secondary pulley 9 and main pulley 5, secondary pulley 9 is bordering on the distance of main pulley 5 apart from workbench 2 apart from the distance of workbench 2, the axis of spring 8 is crossing with the table top of workbench 2, also comprise the regulating tank 41 be arranged on the first belt wheel bar 4, described regulating tank 41 is in strip, and the length direction of regulating tank 41 is parallel with the spacing direction of two main pulleys 5, the Compress Spring 42 being in compressive state is also provided with in regulating tank 41, the axial direction of described Compress Spring 42 is parallel with the length direction of regulating tank 41, the wheel shaft of another main pulley 5 described is arranged in regulating tank 41, and Compress Spring 42 is between the wheel shaft of two main pulleys 5,
Described secondary pulley 9, spring 8, deformation adjusting portion 10 and all more than one and the quantity of four is equal of the second belt wheel bar 6, each secondary pulley 9, spring 8 and deformation adjusting portion 10 are arranged on the second different belt wheel bars 6 respectively, and the distance of the equal workbench 2 of each secondary pulley 9 is equal, also comprise the gangbar 12 parallel with workbench 2 working face, the wheel shaft of each secondary pulley 9 is all articulated and connected with gangbar 12, also comprise at least two guide pads 11 be arranged on support 1 or workbench 2, described guide pad 11 is provided with the guide chute 111 of bar shaped, the length direction of described guide chute 111 is positioned at the spacing direction of secondary pulley 9 and workbench 2, a slide block 121 that can slide in this guide chute 111 is provided with in guide chute 111, slide block 121 is fixed with the relative position of gangbar 12.
In the present embodiment, the side of above secondary pulley 9 contacts with the side of grinding strip 7, the axis being parallel of secondary pulley 9 and main pulley 5, secondary pulley 9 is bordering on the distance of main pulley 5 apart from workbench 2 apart from the distance of workbench 2, the architectural feature that the axis of spring 8 is crossing with the table top of workbench 2, be intended to realize making the axial direction of spring 8 be positioned in the tension direction of grinding strip 7, when making the outer surface of grinding strip 7 part contacted with secondary pulley 9 carry out wire drawing process as wire-drawing equipment and the interactional working face of workpiece simultaneously, like this, under the dilatation of grinding strip 7, the moment of spring 8 not only by compression buffering grinding strip 7 is stressed, simultaneously, due to when this wire-drawing equipment works, spring 8 is held between workpiece and deformation adjusting portion 10, the position that spring 8 is sheathed on the second belt wheel bar 6 upper end is adjusted by regulating deformation adjusting portion 10, the object of adjustment spring 8 initial compression amount can be reached, like this, along with the carrying out of Wire Drawing, when surface of the work is thinning, above spring 8 resilience changes the position of secondary pulley 9, like this, grinding strip 7 can continue to carry out Wire Drawing to the surface of workpiece, until spring 8 not redeformation.In above process, by adjustment deformation adjusting portion 10, when can make Wire Drawing, workpiece is ground appointed thickness, can weaken the dependence of wire-drawing equipment work to artificial real-time control like this.
Be arranged at regulating tank 41 on the first belt wheel bar 4 for installing a main pulley 5 in this structure, carry out in the process of Wire Drawing in this structure to aluminium sheet, because surface of the work is ground, spring 8 resilience on second belt wheel bar 6 causes grinding strip 7 to be expanded further, because existing alternative grinding strip 7 stroke for wire drawing can not be too large, therefore Compress Spring 42 is set on the first belt wheel bar 4, be convenient to realize following object: when spring 8 resilience, tension force on grinding strip 7 forces Compress Spring 42 to be further compressed, the wheel base of two main pulleys 5 diminishes, to make up the defect that existing grinding strip 7 stroke can not be excessive, secondary pulley 9 can be made like this can to change in the larger context with the spacing of workbench 2, like this by above structure, can when carrying out wire drawing process to aluminium sheet, obtain larger wire drawing treatment surface stock removal, therefore this structure is applicable to the Wire Drawing of the aluminium sheet of surface quality difference.
More than be set to more than one of secondary pulley 9, be convenient to make this wire drawing machine have multiple wire drawing grinding points relative to aluminium sheet, but due to the arrangement relation of each secondary pulley 9, each secondary pulley 9 place grinding strip 7 may be different to respective tension force, relative to workbench 2, there is equal height for making each secondary pulley 9, to process the uniform aluminium sheet of each dot thickness, gangbar 12 and guide pad 11 are set in this configuration, with the version that top shoe 121 is fixing with gangbar 12 relative position, by arranging independently slide block 121, and be fixed in gangbar 12, or by adopting the wheel shaft of secondary pulley 9, with upper whorl axial through gangbar 121, namely stretch into guide chute 111 medium structure again after hinged with gangbar 121 to realize, like this, the secondary pulley 9 of more than one just can relative to workbench 2 with entering with moving back above, reach the goal of the invention of the operating efficiency improving wire drawing machine.
Embodiment 2:
As depicted in figs. 1 and 2, the present embodiment is further qualified on the basis of embodiment 1: as a kind of technical scheme realizing above goal of the invention specifically, also comprise the sleeve 101 be articulated and connected with secondary pulley 9 wheel shaft, described second belt wheel bar 6 is also provided with thread segment, described deformation adjusting portion 10 is two two nuts 103 being threadedly connected on above thread segment, one end of described second belt wheel bar 6 is connected on the first belt wheel bar 4, second belt wheel bar 6 is also provided with one section of guide rod section 102 be positioned between deformation adjusting portion 10 and the second belt wheel bar 6 free end, described sleeve 101 and guide rod section 102 matched in clearance, spring 8 is sheathed in guide rod section 102, and the two ends of spring 8 contact with the end of deformation adjusting portion 10 and guide rod section 102 respectively.Above two screw threads are by mutually extruding both positions on the second belt wheel bar 6 fixing, and in the process of spring 8 deformation, guide rod section 102 only can be moved along the axis direction of spring 8 for limiting secondary pulley 9.
The for the benefit of compactedness of this structure, when avoiding there is no interaction force between secondary pulley 9 and workpiece, spring 8 is separated with deformation adjusting portion 10, the nut 103 of described close spring 8 is also provided with a cannelure, be provided with the annular ring that can rotate around cannelure in described cannelure, described spring 8 is fixedly connected with annular ring near one end of deformation adjusting portion 10.Above annular ring can select circlip for shaft.
For the benefit of secondary pulley 9 and the contact quality of grinding strip 7, be also provided with the flat key that length direction is parallel to guide rod section 102 axial direction between described sleeve 101 and guide rod section 102.
Embodiment 3:
As depicted in figs. 1 and 2, the basis of any one technical scheme that the present embodiment provides in above embodiment is further qualified: in above structure, workbench 2 is for putting workpiece, position for ease of workpiece adjusts, described support 1 is also provided with adjustment part, position, the output of adjustment part, described position is connected to adjust workbench 2 in X, Y, Z tri-position upwards with workbench 2, described X, Y, Z three-dimensional respectively with in rectangular coordinate system in space three-dimensional not in the same way.
A kind of specific embodiments being convenient to the position adjustment of workpiece in seat, the position regulating member in adjustment part, described position is threaded rod.
Above content is the further description done the present invention in conjunction with concrete preferred embodiment, can not assert that the specific embodiment of the present invention is confined to these explanations.For general technical staff of the technical field of the invention, not departing from other embodiments drawn under technical scheme of the present invention, all should be included in protection scope of the present invention.
Claims (6)
1. surface of aluminum plate processing unit (plant), comprise support (1), described support (1) is provided with workbench (2) and drive division (3), also comprise two main pulleys (5), one of them main pulley (5) is connected on drive division (3), another main pulley (5) is connected with support (1) by the first belt wheel bar (4), and two main pulleys (5) are wound with grinding strip (7), it is characterized in that, also comprise secondary pulley (9), spring (8), deformation adjusting portion (10) and the second belt wheel bar (6), described second belt wheel bar (6) is fixedly connected on the first belt wheel bar (4) or support (1), one end of spring (8) is sheathed on the second belt wheel bar (6), described deformation adjusting portion (10) is arranged on the second belt wheel bar (6), and one end that spring (8) is sheathed on the second belt wheel bar (6) contacts with deformation adjusting portion (10), in the course of action of deformation adjusting portion (10), the position of one end on the second belt wheel bar (6) length direction that spring (8) is sheathed on the second belt wheel bar (6) is adjustable, secondary pulley (9) is fixed on the other end of spring (8), the side of secondary pulley (9) contacts with the side of grinding strip (7), the axis being parallel of secondary pulley (9) and main pulley (5), secondary pulley (9) is bordering on the distance of main pulley (5) apart from workbench (2) apart from the distance of workbench (2), the axis of spring (8) is crossing with the table top of workbench (2),
Also comprise the regulating tank (41) be arranged on the first belt wheel bar (4), described regulating tank (41) is in strip, and the length direction of regulating tank (41) is parallel with the spacing direction of two main pulleys (5), the Compress Spring (42) being in compressive state is also provided with in regulating tank (41), the axial direction of described Compress Spring (42) is parallel with the length direction of regulating tank (41), the wheel shaft of described another main pulley (5) is arranged in regulating tank (41), and Compress Spring (42) is positioned between the wheel shaft of two main pulleys (5);
Described secondary pulley (9), spring (8), deformation adjusting portion (10) and all more than one and the quantity of four is equal of the second belt wheel bar (6), each secondary pulley (9), spring (8) and deformation adjusting portion (10) are arranged on the second different belt wheel bars (6) respectively, and the distance of the equal workbench (2) of each secondary pulley (9) is equal, also comprise the gangbar (12) parallel with workbench (2) working face, the wheel shaft of each secondary pulley (9) is all articulated and connected with gangbar (12), also comprise at least two guide pads (11) be arranged on support (1) or workbench (2), described guide pad (11) is provided with the guide chute (111) of bar shaped, the length direction of described guide chute (111) is positioned at the spacing direction of secondary pulley (9) and workbench (2), a slide block (121) that can slide in this guide chute (111) is provided with in guide chute (111), slide block (121) is fixed with the relative position of gangbar (12).
2. surface of aluminum plate processing unit (plant) according to claim 1, it is characterized in that, also comprise the sleeve (101) be articulated and connected with secondary pulley (9) wheel shaft, described second belt wheel bar (6) is also provided with thread segment, described deformation adjusting portion (10) is two two nuts (103) being threadedly connected on above thread segment, one end of described second belt wheel bar (6) is connected on the first belt wheel bar (4), second belt wheel bar (6) is also provided with one section of guide rod section (102) be positioned between deformation adjusting portion (10) and the second belt wheel bar (6) free end, described sleeve (101) and guide rod section (102) matched in clearance, spring (8) is sheathed in guide rod section (102), and the two ends of spring (8) contact with the end of deformation adjusting portion (10) and guide rod section (102) respectively.
3. surface of aluminum plate processing unit (plant) according to claim 2, it is characterized in that, the nut (103) of described close spring (8) is also provided with a cannelure, be provided with the annular ring that can rotate around cannelure in described cannelure, described spring (8) is fixedly connected with annular ring near one end of deformation adjusting portion (10).
4. surface of aluminum plate processing unit (plant) according to claim 2, is characterized in that, is also provided with the flat key that length direction is parallel to guide rod section (102) axial direction between described sleeve (101) and guide rod section (102).
5. surface of aluminum plate processing unit (plant) as claimed in any of claims 1 to 4, it is characterized in that, (1) is also provided with adjustment part, position to described support, the output of adjustment part, described position is connected to adjust workbench (2) in X, Y, Z tri-position upwards with workbench (2), described X, Y, Z three-dimensional respectively with in rectangular coordinate system in space three-dimensional not in the same way.
6. surface of aluminum plate processing unit (plant) according to claim 5, is characterized in that, the position regulating member in adjustment part, described position is threaded rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510754353.5A CN105345627B (en) | 2015-11-09 | 2015-11-09 | Surface of aluminum plate processing unit (plant) |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510754353.5A CN105345627B (en) | 2015-11-09 | 2015-11-09 | Surface of aluminum plate processing unit (plant) |
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| Publication Number | Publication Date |
|---|---|
| CN105345627A true CN105345627A (en) | 2016-02-24 |
| CN105345627B CN105345627B (en) | 2017-10-13 |
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| CN201510754353.5A Expired - Fee Related CN105345627B (en) | 2015-11-09 | 2015-11-09 | Surface of aluminum plate processing unit (plant) |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022000412A1 (en) * | 2020-07-02 | 2022-01-06 | 江苏新鼎新材料有限公司 | Aluminum sheet machining apparatus capable of implementing stable clamping and rotation |
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| CN205096981U (en) * | 2015-11-09 | 2016-03-23 | 成都金科达铝业有限公司 | Aluminum plate wire drawing machine convenient to improve machining efficiency |
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| WO2022000412A1 (en) * | 2020-07-02 | 2022-01-06 | 江苏新鼎新材料有限公司 | Aluminum sheet machining apparatus capable of implementing stable clamping and rotation |
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| CN105345627B (en) | 2017-10-13 |
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