CN102837247B - Working table of abrasive belt machine - Google Patents
Working table of abrasive belt machine Download PDFInfo
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- CN102837247B CN102837247B CN201210330008.5A CN201210330008A CN102837247B CN 102837247 B CN102837247 B CN 102837247B CN 201210330008 A CN201210330008 A CN 201210330008A CN 102837247 B CN102837247 B CN 102837247B
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Abstract
The invention provides a working table of an abrasive belt machine, belongs to the technical field of operation and solves the problem of difficulty in stably controlling a workpiece when the workpiece is ground by a polisher. The working table of the abrasive belt machine comprises a working table plate positioned on the front side of an abrasive belt grinding section; and the working table plate is connected with a rack by a first connection regulating mechanism, wherein the first connection regulating mechanism can be used for regulating the size of an included angle between the plane in which the plate surface of the working table plate is positioned and the plane in which the sand surface of the abrasive belt grinding section is positioned, in the regulating process, the intersection line of the plane in which the plate surface of the working table plate is positioned and the plane in which the sand surface of the abrasive belt grinding section is positioned is always positioned on the horizontal plane. The working table plate of the abrasive belt machine has an effect of positioning the workpiece in an auxiliary mode and has effects of determining the size of an angle between the grinding surface and the positioning surface of the workpiece in an auxiliary mode and guiding the workpiece. The regulation and the fixation of the working table of the abrasive belt machine can be implemented by screwing a bolt and moving a corresponding part, and thus, the working table has the advantage of convenience in regulation.
Description
Technical field
The invention belongs to technical field of operation, relate to a kind of belt sander, particularly a kind of workbench of belt sander.
Background technology
Belt sander is for grinding work piece outer surface, improves the device of workpiece fineness.Belt sander processing is adopted to have the advantage that production efficiency is high and product percent of pass is high; Be widely used in every field thus, especially in five metals, hot-water heating and furniture industry.
The kind of belt sander is more, as a kind of flat grinding abrasive belt polishing machine [application number: 200610118511.9 proposed before applicant; Authorization Notice No.: CN1962191B], comprise the frame that has workbench, frame is provided with the rotating shaft be connected with actuating unit, rotating shaft is connected with driving wheel, frame is also provided with driven pulley and regulating wheel, driving wheel, driven pulley and regulating wheel are socketed with abrasive band, above-mentioned workbench is close to abrasive band and be arranged in parallel with abrasive band, frame is provided with column, and above-mentioned regulating wheel is located at column place, and between regulating wheel and column, be provided with the tensioning apparatus that can make regulating wheel movement.When utilizing this polishing machine grinding work piece, workpiece is fixing treats that flour milling is necessary for horizontal plane on the table, completes workpiece ground feeding by self-powered platform.
And for example a kind of vertical abrasive belt grinder [application number: 00259206.1 of applicant's design of a TaiWan, China; Authorization Notice No.: CN2449871Y], the object disposing platform of an adjustable lifting is established above board, a vertical type shelf is established again in board side, set to open at vertical type shelf epimere and establish wheel, vertical type shelf top is opened and establishes wheel, establish wheel to establish one group of abrasive band by two, and only make to manifest below abrasive band dewiness with the coated isolation of a protecting box, establish an adapter to be connected dust-collecting equipment on protecting box top, lower the belt pulley establishing wheel one end to be connected coordinates a driving belt to link the motor of board inside.When utilizing this vertical abrasive belt grinder grinding work piece, workpiece is fixed on object disposing platform, is realized the feeding of workpiece by manipulation object disposing platform; This grinder utilizes the abrasive band appearing shape to carry out grinding.The table top of above-mentioned two kinds of workbench and the grinding section in abrasive band all process parastate, when to process between grinding face and locating surface and non-parallel time, then need cushion block to support workpiece, this causes fixation workpiece complex structure, and different workpiece also needs to develop cushion block pointedly, this also increases production cost.
Tape-alternation mechanism [the application number: 01254790.5 of a kind of abrasive band plate glazing calender and for example proposed before applicant; Authorization Notice No.: CN2505230Y], abrasive band plate glazing calender is made up of body, motor, driving wheel and driven pulley, and driving wheel and driven pulley to be all fixed on body and to be all positioned in same level.When utilizing this polishing machine grinding work piece, offhand is pressed in the surface in abrasive band from the top down, and the back side, abrasive band and body lean, and completes thus the fixing of workpiece and feeding simultaneously.When processing as triangular prism shape workpiece, because people hold stressed uneven with applying pressure, the stock removal of same side can be caused different, and then affect the precision of workpiece; Also can there is the problem that stable holding workpiece difficulty is large simultaneously.
Summary of the invention
The object of the invention is to there are the problems referred to above for existing technology, propose a kind of workbench of belt sander, the abrasive band function with this workbench avoid locating surface and grinding face non-parallel time problem to Workpiece fixing difficulty.
Object of the present invention realizes by following technical proposal: a kind of workbench of belt sander, and belt sander comprises frame, motor and abrasive band, is at least provided with a driven pulley and a driving wheel in the annular ring in abrasive band; Driven pulley is positioned at the top of driving wheel, and driven pulley and driving wheel are all positioned in frame, and motor is fixed in frame, and machine shaft is connected with capstan drive; Between driven pulley and driving wheel one section, abrasive band is grinding section; It is characterized in that, this workbench comprises the working plate be positioned on front side of sbrasive belt grinding section, between working plate and frame by least can adjusting operating platform plate the plane residing for plate face and between the plane residing for sbrasive belt grinding section sand face corner dimension and regulate time working plate the plane residing for plate face be connected with the connection adjustment structure one that the Plane intersects line residing for sbrasive belt grinding section sand face is positioned on horizontal plane all the time.
The working plate plate face of this workbench can adjust according to the corner dimension between workpiece grinding face and locating surface neatly relative to the angle between sbrasive belt grinding section, in general, working plate plate face is adjusted to identical with the corner dimension between workpiece grinding face and locating surface relative to the corner dimension between sbrasive belt grinding section.During processing work, locating surface is resisted against on working plate plate face thus, promotes gradually to abrasive band.People have auxiliary positioning when holding workpiece, and then improve the stability of fixation workpiece, move simultaneously, also improve the stability of workpiece feeding during workpiece movable along working plate plate face.Add man-hour with working plate plate face for datum level, this also improves machining accuracy effectively.
In the workbench of above-mentioned belt sander, the connecting portion that the both ends that described connection adjustment structure one comprises working plate turn down all downwards, two are all connected by bolt and nut between connecting portion and frame; In two groups of bolt and nuts, the axle center of bolt to be positioned in same level and to overlap with same straight line.By corner dimension between the plane residing for the plate face that screws bolt and nut and swing working plate energy adjusting operating platform plate and the plane residing for sbrasive belt grinding section sand face.
In the workbench of above-mentioned belt sander, described frame has two chutes arranged with bolt and nut position one_to_one corresponding, chute vertical line is vertical with the Plane intersects line residing for sbrasive belt grinding section sand face with the plane residing for the above-mentioned plate face making platen; In bolt and nut, bolt is embedded in chute.By screwing bolt and nut and swinging working plate and push-and-pull working plate, can not only the plane residing for plate face of adjusting operating platform plate and corner dimension between the plane residing for sbrasive belt grinding section sand face, the spacing of working plate relative to abrasive band can also be adjusted.
In the workbench of above-mentioned belt sander, described frame comprises the casing that is positioned at bottom and lower end is fixed on support bar on box top, driven pulley is positioned on support bar, driving wheel is positioned in casing, box top wall has the dust collecting opening of stepping down that the material wearing and supply grinding to produce for abrasive band enters casing, dust collecting opening of stepping down place is fixed with dust hopper, and working plate is arranged on the upper port place of dust hopper.This structure makes the materials such as dust, powder and the grains of sand produced during processing work enter in casing through dust hopper and dust collecting opening of stepping down, and improves the environmental-protecting performance of this belt sander.
In the workbench of above-mentioned belt sander, described dust hopper be fixed on the end face of casing, working plate by connect adjustment structure one be connected with dust hopper.
In the workbench of above-mentioned belt sander, the connecting portion that the both ends that described connection adjustment structure one comprises working plate turn down all downwards, two are all connected by bolt and nut between connecting portion and dust hopper; In two groups of bolt and nuts, the axle center of bolt to be positioned in same level and to overlap with same straight line.
In the workbench of above-mentioned belt sander, the two side of described dust hopper has two chutes arranged with bolt and nut position one_to_one corresponding, chute vertical line is vertical with the Plane intersects line residing for sbrasive belt grinding section sand face with the plane residing for the above-mentioned plate face making platen; In bolt and nut, bolt is embedded in chute.
In the workbench of above-mentioned belt sander, be provided with on rear side of described sbrasive belt grinding section for the back side, abrasive band against by grind part, being provided with a connecting axle by mill part, the connection adjustment structure two connecting axle can be fixed in frame being connected with spacing between the back side, abrasive band by grinding part by regulating between connecting axle and frame.
In the workbench of above-mentioned belt sander, described frame has the support bar vertically arranged, and driven pulley is positioned on support bar; Connect adjustment structure two to comprise a horizontally disposed cross bar and be set in the sliding sleeve on support bar, the vertical line of cross bar is arranged relative to the axis perpendicular of connecting axle; One end of cross bar is fixedly connected with connecting axle, and the other end longitudinally offers the fixing hole in strip along it, and fixing hole place is equipped with two set bolts; Sliding sleeve is threaded connection sliding sleeve can be made to be fixedly connected on locking bolt two on support bar, cross bar is fixedly connected with sliding sleeve by set bolt.This connection adjustment structure one is by screwing set bolt and pulling cross bar can not only adjust by the spacing of mill part relative to the back side, abrasive band; Also slide adjustment by the height of mill part relative to ground by screwing locking bolt two and promoting sliding sleeve.
In the workbench of above-mentioned belt sander, described comprise a substrate in tabular by mill part, a plate is facing to the back side, abrasive band and substrate is fixed with the wear plate covering above-mentioned plate face; Connecting axle is fixedly connected with another plate face of substrate.This is applicable to the plane of grinding work piece by mill part.Arranging wear plate is avoid abrasive band to contact with substrate, namely avoids abrasive band to be worn and torn by substrate gradually.Wear plate is more wear-resisting relative to substrate, can improve the service life by grinding part thus.
In the workbench of above-mentioned belt sander, the two ends of described wear plate all extend around counterpart substrate end face and another plate face of substrate is bolted to connection.Being bolted wear plate makes wearing piece detachable, then by the wear plate removal of wearing and tearing, can changing new wear plate, which further improves the service life by grinding part.
In the workbench of above-mentioned belt sander, described is one cylindrical by emery wheel by mill part, to be set on connecting axle and to be connected by bearing with connecting axle by emery wheel by emery wheel.This is applicable to grinding arc surface or irregular curved surface by mill part.When abrasive band with by emery wheel to against time, abrasive band drives by emery wheel synchronous axial system.
Compared with prior art, utilize this belt sander processing work, first working plate plate face is adjusted to relative to the corner dimension between sbrasive belt grinding section and corner dimension between workpiece grinding face and locating surface adapts numerically.Then the locating surface of workpiece and working plate plate face are leant and hold workpiece, close to abrasive band gradually along working plate plate face, until the back side in abrasive band and supporter lean.It can thus be appreciated that working plate has the effect of auxiliary positioning workpiece, there is the auxiliary angular dimension determined between workpiece grinding face and locating surface, have and workpiece feeding is play the guiding role.
The workbench of this belt sander just can realize adjusting and fixing, it can thus be appreciated that have advantage easy to adjust with mobile corresponding parts by means of only screwing bolt.
Accompanying drawing explanation
Fig. 1 is the perspective view of the workbench of this belt sander.
Fig. 2 is partial structurtes perspective structure schematic diagram in this Fig. 1.
Fig. 3 is the first using state structural representation of the workbench of this belt sander.
Fig. 4 is the second using state structural representation of the workbench of this belt sander.
Fig. 5 is the third using state structural representation of the workbench of this belt sander.
Fig. 6 is the 4th kind of using state structural representation of the workbench of this belt sander.
In figure, 1, frame; 1a, casing; 1b, support bar; 2, motor; 3, abrasive band; 3a, grinding section; 4, driven pulley; 5, driving wheel; 6, working plate; 6a, connecting portion; 7, bolt and nut; 8, chute; 9, by mill part; 9a, substrate; 9b, wear plate; 9c, by emery wheel; 10, connecting axle; 11, cross bar; 12, fixing hole; 13, set bolt; 14, bearing; 15, dust hopper; 16, workpiece.
Detailed description of the invention
Be below specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiments.
Embodiment one
As shown in Figure 1, this belt sander comprises frame 1, motor 2, abrasive band 3, driven pulley 4 and driving wheel 5.Driven pulley 4 and driving wheel 5 be positioned at abrasive band 3 annular ring and can tensioning abrasive band 3.Driven pulley 4 is positioned at the top of driving wheel 5, and driven pulley 4 and driving wheel 5 are all positioned in frame 1, and motor 2 is fixed in frame 1, and motor 2 rotating shaft and driving wheel 5 are in transmission connection; Between driven pulley 4 and driving wheel 5 one section, abrasive band 3 is grinding section 3a.
The workbench of this belt sander is not only suitable in above-mentioned belt sander, is also suitable in other model belt sanders.The workbench of this belt sander comprises working plate 6 and is connected adjustment structure one.Working plate 6 is a metallic plate, and working plate 6 can be horizontally disposed with.Working plate 6 is positioned on front side of abrasive band 3 grinding section 3a.
Connecting adjustment structure one arranges between working plate 6 and frame 1, working plate 6 can be fixedly connected with frame 1 by connecting adjustment structure one, connect adjustment structure one also can adjusting operating platform plate 6 the plane residing for plate face and between the plane residing for abrasive band 3 grinding section 3a sand face corner dimension and regulate time the plane residing for plate face of working plate 6 and the Plane intersects line residing for abrasive band 3 grinding section 3a sand face be positioned at all the time on horizontal plane.
Specifically, the connecting portion 6a that the both ends that connection adjustment structure one comprises working plate 6 turn down all downwards, is all connected by bolt and nut 7 between two connecting portion 6a and frame 1; On in two groups of bolt and nuts 7, the axle center of bolt is positioned at and overlaps in same level and with same straight line.Can plane residing for the plate face of adjusting operating platform plate 6 and corner dimension between the plane residing for abrasive band 3 grinding section 3a sand face by screwing bolt and nut 7 and swinging working plate 6.According to actual conditions when producing belt sander, connecting adjustment structure one can adopt following scheme to replace, the connecting portion 6a that the both ends that connection adjustment structure one not only comprises working plate 6 turn down all downwards, is all connected by bolt and nut 7 between two connecting portion 6a and frame 1; On in two groups of bolt and nuts 7, the axle center of bolt is positioned at and overlaps in same level and with same straight line; Also comprise and be positioned at the chute 8 that in frame 1, two are arranged with bolt and nut 7 position one_to_one corresponding, chute 8 vertical line is vertical with the Plane intersects line residing for abrasive band 3 grinding section 3a sand face with the plane residing for the above-mentioned plate face making platen; In bolt and nut 7, bolt is embedded in chute 8.By screwing bolt and nut 7 and swinging working plate 6 and push-and-pull working plate 6, can not only the plane residing for plate face of adjusting operating platform plate 6 and corner dimension between the plane residing for abrasive band 3 grinding section 3a sand face, the spacing of working plate 6 relative to abrasive band 3 can also be adjusted.
In order to improve the stability of processing work 16 and improve the precision of product, can be provided with on rear side of abrasive band 3 grinding section 3a for the back side, abrasive band 3 against by grind part 9, being provided with a connecting axle 10 by mill part 9, connecting axle 10 being connected the connection adjustment structure two be fixed in frame 1 with spacing between the back side, abrasive band 3 by grinding part 9 by regulating between connecting axle 10 and frame 1.Connect adjustment structure two and comprise a horizontally disposed cross bar 11, the vertical line of cross bar 11 is arranged relative to the axis perpendicular of connecting axle 10; One end of cross bar 11 is fixedly connected with connecting axle 10, and the other end longitudinally offers the fixing hole 12 in strip along it, and fixing hole 12 place is equipped with two set bolts 13, and cross bar 11 is fixedly connected with frame 1 by set bolt 13.This connection adjustment structure two-way is crossed and is screwed set bolt 13 and pull cross bar 11 only can adjust by the spacing of mill part 9 relative to the back side, abrasive band 3.
Comprise one in the substrate 9a of tabular by mill part 9, a plate is facing to the back side, abrasive band 3 and substrate 9a is fixed with the wear plate 9b covering above-mentioned plate face; Connecting axle 10 is fixedly connected with another plate face of substrate 9a.The two ends of wear plate 9b all extend around counterpart substrate 9a end face and another plate face of substrate 9a is bolted to connection.According to the grinding face shape of workpiece 16, following scheme can be adopted to replace by mill part 9.Be one cylindrical by emery wheel 9c by mill part 9, be set on connecting axle 10 by emery wheel 9c and be connected by bearing 14 with connecting axle 10 by emery wheel 9c.
As shown in Figure 3, the grinding face of workpiece 16 is vertical with locating surface; Then the abrasive band 3 grinding section 3a of this belt sander can vertically be arranged, and leans by the abutment face and the back side, abrasive band 3 grinding part 9.The plate face of working plate 6 is vertically arranged relative to abrasive band 3 grinding section 3a.Again as shown in Figure 4, between the grinding face of workpiece 16 and locating surface, angle is 60 °, then the abrasive band 3 grinding section 3a of this belt sander can vertically be arranged, and leans by the abutment face and the back side, abrasive band 3 grinding part 9; The plate face of working plate 6 is also 60 ° relative to angle between abrasive band 3 grinding section 3a.Again as shown in Figure 5, between the grinding face of workpiece 16 and locating surface, angle is 45 °, then the abrasive band 3 grinding section 3a angle with respect to the horizontal plane of this belt sander is 75 °, by grinding the abutment face of part 9 and leaning with the back side, abrasive band 3; Between the plate face of working plate 6 and horizontal plane, angle is 30 °, and namely the plate face of working plate 6 is also 45 ° relative to angle between abrasive band 3 grinding section 3a.As shown in Figure 6, the grinding face of workpiece 16 is arc surface, then the abrasive band 3 grinding section 3a of this belt sander can vertically be arranged, and leans by the abutment face and the back side, abrasive band 3 grinding part 9; Workpiece 16 is resisted against on the plate face of working plate 6 without the need to being resisted against work; By mill part 9 for depending on emery wheel 9c.
Embodiment two
Belt sander can adopt following scheme to replace, the frame 1 of belt sander comprises the support bar 1b that the casing 1a bottom being positioned at is fixedly connected with casing 1a end face with lower end, driven pulley 4 is positioned on support bar 1b, driving wheel 5 is positioned in casing 1a, casing 1a roof has the dust collecting opening of stepping down that the material wearing and supply grinding to produce for abrasive band 3 enters casing 1a, dust collecting opening of stepping down place is fixed with dust hopper 15.Then the workbench of this belt sander is all substantially identical with principle with embodiment one structure compared, and different places is: in the workbench of this belt sander, working plate 6 is arranged on the upper port place of dust hopper 15.Working plate 6 is connected with dust hopper 15, on the end face being fixed on casing 1a of dust hopper 15 by connecting adjustment structure one.The connecting portion 6a that the both ends that connection adjustment structure one comprises working plate 6 turn down all downwards, is all connected by bolt and nut 7 between two connecting portion 6a and dust hopper 15; On in two groups of bolt and nuts 7, the axle center of bolt is positioned at and overlaps in same level and with same straight line.According to actual conditions when producing belt sander, connecting adjustment structure one can adopt following scheme to replace, the connecting portion 6a that the both ends that connection adjustment structure one not only comprises working plate 6 turn down all downwards, is all connected by bolt and nut 7 between two connecting portion 6a and dust hopper 15; On in two groups of bolt and nuts 7, the axle center of bolt is positioned at and overlaps in same level and with same straight line; Also comprise be positioned at dust hopper 15 two side on two chutes 8 arranged with bolt and nut 7 position one_to_one corresponding, chute 8 vertical line is vertical with the Plane intersects line residing for abrasive band 3 grinding section 3a sand face with the plane residing for the above-mentioned plate face making platen; In bolt and nut 7, bolt is embedded in chute 8.
Connect the sliding sleeve that adjustment structure two comprises a horizontally disposed cross bar 11 and is set on support bar 1b, the vertical line of cross bar 11 is arranged relative to the axis perpendicular of connecting axle 10; One end of cross bar 11 is fixedly connected with connecting axle 10, and the other end longitudinally offers the fixing hole 12 in strip along it, and fixing hole 12 place is equipped with two set bolts 13; Sliding sleeve is threaded connection sliding sleeve can be made to be fixedly connected on locking bolt two on support bar 1b, cross bar 11 is fixedly connected with sliding sleeve by set bolt 13.This connection adjustment structure one is by screwing set bolt 13 and pulling cross bar 11 can not only adjust by the spacing of mill part 9 relative to the back side, abrasive band 3; Also slide adjustment by the height of mill part 9 relative to ground by screwing locking bolt two and promoting sliding sleeve.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.
Claims (9)
1. the workbench of a belt sander, belt sander comprises frame (1), motor (2) and abrasive band (3), is at least provided with a driven pulley (4) and a driving wheel (5) in the annular ring of abrasive band (3); Driven pulley (4) is positioned at the top of driving wheel (5), driven pulley (4) and driving wheel (5) are all positioned in frame (1), motor (2) is fixed in frame (1), and motor (2) rotating shaft and driving wheel (5) are in transmission connection; One section of being positioned between driven pulley (4) and driving wheel (5) in abrasive band (3) is grinding section (3a); It is characterized in that, this workbench comprise be positioned at abrasive band (3) grinding section (3a) front side working plate (6), between working plate (6) and frame (1) by least can adjusting operating platform plate (6) the plane residing for plate face and between the plane residing for abrasive band (3) grinding section (3a) sand face corner dimension and adjustment time working plate (6) the plane residing for plate face be connected with the connection adjustment structure one that the Plane intersects line residing for abrasive band (3) grinding section (3a) sand face is positioned on horizontal plane all the time; Described abrasive band (3) grinding section (3a) rear side be provided with for abrasive band (3) back side against by grinding part (9), being provided with a connecting axle (10) by mill part (9), connecting axle (10) being connected the connection adjustment structure two be fixed in frame (1) with spacing between abrasive band (3) back side by grinding part (9) by regulating between connecting axle (10) and frame (1).
2. the workbench of belt sander according to claim 1, it is characterized in that, the connecting portion (6a) that the both ends that described connection adjustment structure one comprises working plate (6) turn down all downwards, is all connected by bolt and nut (7) between two connecting portions (6a) and frame (1); In two groups of bolt and nuts (7), the axle center of bolts to be positioned in same level and to overlap with same straight line.
3. the workbench of belt sander according to claim 2, it is characterized in that, described frame (1) has two chutes (8) arranged with bolt and nut (7) position one_to_one corresponding, the plane residing for the plate face of chute (8) vertical line and above-mentioned working plate (6) is vertical with the Plane intersects line residing for abrasive band (3) grinding section (3a) sand face; In bolt and nut (7), bolt is embedded in chute (8).
4. the workbench of belt sander according to claim 1, it is characterized in that, described frame (1) comprises the casing (1a) that is positioned at bottom and lower end is fixed on support bar (1b) on casing (1a) end face, driven pulley (4) is positioned on support bar (1b), driving wheel (5) is positioned in casing (1a), casing (1a) roof has the dust collecting opening of stepping down that the material wearing and supply grinding to produce for abrasive band (3) enters casing (1a), dust collecting opening of stepping down place is fixed with dust hopper (15), working plate (6) is arranged on the upper port place of dust hopper (15).
5. the workbench of belt sander according to claim 4, it is characterized in that, described dust hopper (15) is fixed on the end face of casing (1a), and working plate (6) is connected with dust hopper (15) by connecting adjustment structure one.
6. the workbench of belt sander according to claim 5, it is characterized in that, the connecting portion (6a) that the both ends that described connection adjustment structure one comprises working plate (6) turn down all downwards, is all connected by bolt and nut (7) between two connecting portions (6a) and dust hopper (15); In two groups of bolt and nuts (7), the axle center of bolts to be positioned in same level and to overlap with same straight line.
7. the workbench of belt sander according to claim 6, it is characterized in that, the two side of described dust hopper (15) has two chutes (8) arranged with bolt and nut (7) position one_to_one corresponding, the plane residing for the plate face of chute (8) vertical line and above-mentioned working plate (6) is vertical with the Plane intersects line residing for abrasive band (3) grinding section (3a) sand face; In bolt and nut (7), bolt is embedded in chute (8).
8. the workbench of the belt sander according to any one in claim 1 to 7, it is characterized in that, described frame (1) has the support bar (1b) vertically arranged, and driven pulley (4) is positioned on support bar (1b); Connect the sliding sleeve that adjustment structure two comprises a horizontally disposed cross bar (11) and is set on support bar (1b), the vertical line of cross bar (11) is arranged relative to the axis perpendicular of connecting axle (10); One end of cross bar (11) is fixedly connected with connecting axle (10), and the other end longitudinally offers the fixing hole (12) in strip along it, and fixing hole (12) place is equipped with two set bolts (13); Sliding sleeve is threaded connection sliding sleeve can be made to be fixedly connected on locking bolt two on support bar (1b), cross bar (11) is fixedly connected with sliding sleeve by set bolt (13).
9. the workbench of the belt sander according to any one in claim 1 to 7, it is characterized in that, described comprise a substrate (9a) in tabular by mill part (9), a plate is facing to (3) back side, abrasive band and substrate (9a) is fixed with the wear plate (9b) covering above-mentioned plate face; Connecting axle (10) is fixedly connected with another plate face of substrate (9a); Or described be one cylindrical by emery wheel (9c) by mill part (9), be set in connecting axle (10) by emery wheel (9c) upper and be connected by bearing (14) with connecting axle (10) by emery wheel (9c).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210330008.5A CN102837247B (en) | 2012-09-07 | 2012-09-07 | Working table of abrasive belt machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210330008.5A CN102837247B (en) | 2012-09-07 | 2012-09-07 | Working table of abrasive belt machine |
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| CN102837247A CN102837247A (en) | 2012-12-26 |
| CN102837247B true CN102837247B (en) | 2015-07-15 |
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| CN104209840B (en) * | 2014-08-27 | 2017-02-15 | 湖州华谱钢琴制造有限公司 | Rubber machine convenient for adjustment of elasticity of rubber belt |
| CN107745307A (en) * | 2017-11-14 | 2018-03-02 | 佛山市新鹏机器人技术有限公司 | A kind of robot belt sander |
| CN112139932B (en) * | 2020-09-23 | 2021-11-16 | 温州职业技术学院 | Tensioning automatic adjustment abrasive belt grinding machine |
| CN112247763A (en) * | 2020-10-10 | 2021-01-22 | 乔福东 | High-efficient ground machine |
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| US7044841B1 (en) * | 2005-05-24 | 2006-05-16 | Juei-Seng Liao | Grinding machine |
| CN201471262U (en) * | 2009-07-27 | 2010-05-19 | 浙江吉天环保科技有限公司 | Environment-friendly woodworking vertical polishing machine |
| CN201579682U (en) * | 2010-01-14 | 2010-09-15 | 希美克(广州)实业有限公司 | Automatic sanding machine |
| CN202114588U (en) * | 2011-05-06 | 2012-01-18 | 莱州行星机械有限公司 | Work table of abrasive belt machine |
| CN202106305U (en) * | 2011-06-13 | 2012-01-11 | 奉化市微分电机有限公司 | Angle adjusting mechanism for abrasive disc machine working platform |
| CN202846309U (en) * | 2012-09-07 | 2013-04-03 | 陈美青 | Workbench of abrasive belt machine |
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| CN102837247A (en) | 2012-12-26 |
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