CN2245520Y - Single-board chamfered joint grinding machine tool - Google Patents
Single-board chamfered joint grinding machine tool Download PDFInfo
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- CN2245520Y CN2245520Y CN 96234928 CN96234928U CN2245520Y CN 2245520 Y CN2245520 Y CN 2245520Y CN 96234928 CN96234928 CN 96234928 CN 96234928 U CN96234928 U CN 96234928U CN 2245520 Y CN2245520 Y CN 2245520Y
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Abstract
The utility model relates to a single-board chamfered joint grinding machine tool which is composed of a stepless gear transport component, a board feeding work table component, a board discharge work table component, a single-board grinding and feeding component, a grinding head component, a grinding surface wheel pressing component, a dedusting component and a machine tool bracket component. The utility model adopts the technical proposal of using a grinding belt to grind in order to solve the problem of shaping a chamfer on a single-board. The utility model also adopts self-weight type wheel pressing technique and a grinding head with adjustable angle. The end part of a single-board to be processed can be ground into a chamfered joint surface with a plate thickness and chamfer ratio of 1: 10 to 1: 20, so as to be bonded and lengthened. The cost of the utility model is only 1/20 to 1/100 of the cost of foreign equipment with the same function. The whole machine tool has simple structure, convenient operation, convenient regulation and convenient maintenance.
Description
The utility model relates to a kind of special mechanical equipment that is used for grinding plank end face, is meant a kind of veneer mitered grinding machine that is applicable to the splicing inclined-plane that grinding wood single-plate lengthening technology is required especially.
In the glued board processing industry, will glued joint lengthening than short wood single-plate, be the important channel of improving the plywood production economy.The country of some forest product industry prosperities solves the process equipment problem of veneer lengthening as far back as the eighties with regard to beginning one's study in the world, and existing procucts come out in recent years.All put on display this class type processing equipment as Finland, Japan, equipment problem to be solved will be processed into the inclined-plane proportional with thickness of slab than short veneer end face, then gluing on the inclined-plane exactly, again that the inclined-plane of two veneers is glued together to the inclined-plane, to solve the problem of veneer lengthening.
Will carry out Milling Process to the veneer end face in the 0.5mm-3.4mm thickness range and become the inclined-plane, this is a technical very complicated problems.Precision prescribed height at first, wood single-plate is a flexible article in addition, and has technical problem such as buckling deformation need to solve owing to the difference of dry assortment.Cause the equipment made with milling cutter cutting veneer end face principle thus, not only bulky, complex structure, manufacturing expense costliness, every cross rate be up to ten million yuan more than, and be not suitable for the characteristics of the easy buckling deformation of homemade material.
The purpose of this utility model is that a kind of structure veneer mitered grinding machine comparatively simple and cheap for manufacturing cost that is applicable to the splicing inclined-plane that grinding wood single-plate lengthening technology is required is provided.
Solution of the present utility model is as follows.Its structure includes the infinitely variable speeds transfer member, advance the plate worktable part, the ejecting plate worktable part, veneer grinding and feeding parts, part of the grinding head, the grinding face puck components, dedusting parts and lathe support parts, wherein advance the plate worktable part and include into plate workbench, rear supporting plate, transmit carrying roller and back carrying roller, advancing the plate workbench is connected on the lathe support parts, rear supporting plate is arranged in on the plate workbench, transmitting carrying roller relies on the bearing seated at two ends to be fixed on the lathe support parts respectively with the back carrying roller, transmission component in the infinitely variable speeds transfer member links to each other to transmit power with the transmission carrying roller, transmit carrying roller and be on the back carrying roller that transmits carrying roller the place ahead sprocket wheel is housed respectively, and the chain that transmits power is housed between the sprocket wheel, transmit the belt pulley that several equal numbers also are housed respectively on carrying roller and the back carrying roller, the ejecting plate worktable part includes the ejecting plate workbench, preceding supporting plate and preceding carrying roller, the ejecting plate workbench is connected on the lathe support parts, preceding supporting plate is arranged on the ejecting plate workbench, before carrying roller rely on the bearing seated at two ends to be fixed on the lathe support parts, several belt pulleys that the quantity of the belt pulley on quantity and the transmission carrying roller equates also are housed on the preceding carrying roller; Veneer grinding and feeding parts have several snub pulleys between preceding carrying roller and back carrying roller, snub pulley all relies on the bearing seated at its two ends to be fixed on the lathe support parts, sprocket wheel all is housed on the snub pulley, between the sprocket wheel on every adjacent two snub pulleys, and between the sprocket wheel on snub pulley and the sprocket wheel on the carrying roller of back the chain that transmits power is housed all backmost, on the every snub pulley several belt pulleys that the belt pulley quantity on quantity and the transmission carrying roller equates are housed also, the centre of belt pulley all has the sunk belt grooves of a circle, belt pulley two side roof parts are fixed with the rubber wheel ring that is used to produce and transmit frictional force, transmitting carrying roller, back carrying roller, on several groups of belt pulleys of the opposite position of several snub pulleys and preceding carrying roller, quantity is housed respectively and transmits the identical a few circle carrying rollers of belt pulley quantity on the carrying roller belt of flating pass, be pressed on pressure roller on several that quantity on the every snub pulley equates with snub pulley quantity respectively having the deadweight of relying on above the snub pulley, going up pressure roller for every all relies on the bearing of its two ends installing and is located on two roller seat bars, all live mutually with a cantilever peg that is connected on the lathe support parts by hinge and be hinged in the middle part of every roller seat bar, and the upper end of every roller seat bar all links to each other with a pressure roller extension spring that is connected on the lathe support parts, be equipped with all on the pressure roller on every that belt pulley quantity on quantity and the snub pulley equates and position and corresponding snub pulley on several belt pulleys of aligning mutually respectively of belt pulley position, the centre of belt pulley all has sunk belt grooves, belt pulley two side roof parts are fixed with the rubber wheel ring that is used to produce and transmit frictional force, on several groups of belt pulleys of the opposite position of several last pressure rollers, quantity and the single identical a few circle pressure rollers of the pressure roller upper belt pulley quantity belt of flating pass of going up are housed respectively, go up between pressure roller and the corresponding snub pulley for every, rely on the rubber wheel ring on the belt pulley that they align mutually to press contact, in the both sides, end of snub pulley and last pressure roller, have respectively and extend through into plate workbench and ejecting plate workbench both sides and be fixed on location guiding ruler on into the plate workbench and ejecting plate workbench; Part of the grinding head has the grinding head box body of adjustable inclination, grinding head box body is fixed on the bistrique loading stand of veneer grinding and feeding parts side, the bistrique loading stand links to each other with the lathe support parts, be fixed with bistrique drive motors and the bistrique driving wheel that is contained in the drive motors rotating shaft on the grinding head box body, Grinding wheel and regulating wheel support lever assembly are housed in the grinding head box body side, one end of regulating wheel support lever assembly is equipped with the abrasive band regulating wheel, the other end joins with the extension spring that is fixed on the grinding head box body, at the bistrique driving wheel, be wound with a circle abrasive band on abrasive band regulating wheel and the Grinding wheel, the grinding face puck components has the pinch roller that is in the Grinding wheel outside and is installed in a pinch roller supporting rod end, pinch roller bearing seated is equipped with in the other end of pinch roller supporting rod, this pinch roller bearing seated is fixed on the side of grinding head box body, the below of pinch roller supporting rod has the locating piece that is connected in the grinding head box body side, be connected with the location adjustment screw of upwards withstanding pinch roller supporting rod bottom side on the locating piece, the dedusting parts be housed in tangential direction along the Grinding wheel rotation.
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is the functional-block diagram of the utility model structure;
Fig. 2, Fig. 3 and Fig. 4 are respectively front view, vertical view and the side view of a kind of concrete structure of the utility model;
Fig. 5 is the A-A cutaway view Amplified image of Fig. 2;
Fig. 6 and Fig. 7 are respectively front view and the side view that part of the grinding head and grinding face puck components are combined among Fig. 2 to Fig. 4;
Fig. 8 is the embodiment of a kind of concrete structure of dedusting parts of the present utility model;
Fig. 9 is that the B of Fig. 8 is to view.
Referring to Fig. 1 to Fig. 5.This embodiment one has the veneer mitered grinding machine of two-stage part of the grinding head, and its structure includes infinitely variable speeds transfer member 10, advances plate worktable part 20, ejecting plate worktable part 30, veneer grinding and feeding parts 40, part of the grinding head 50, grinding face puck components 60, dedusting parts 70 and lathe support parts 80.Wherein infinitely variable speeds transfer member 10 is connected in sequence by main drive motor 101, shaft coupling 102, mechanical stepless speed-changing case 103, output chain gear 104, chain 105, and main drive motor 101 and mechanical stepless speed-changing case 103 are contained on the gearbox support 801 of lathe support parts 80.Infinitely variable speeds transfer member 10 also can adopt electromechanics combine formula infinitely variable speeds connecting gear, controllable silicon infinitely variable speeds tranmission techniques as is well known except adopting this type of mechanical stepless speed-changing connecting gear.Advance plate worktable part 20 and include into plate workbench 201, rear supporting plate 202, transmit carrying roller 203 and back carrying roller 204, advancing the lathe that plate workbench 201 is connected in lathe support parts 80 advances on the board mount 802, rear supporting plate 202 is arranged in on the plate workbench 201, transmitting carrying roller 203 and back carrying roller 204 relies on the bearing seated 205 and 206 at two ends to be fixed on lathe respectively to advance on the board mount 802, transmit carrying roller 203 and be in the double-stranded wheel 207 and 208 of disjunctor is housed respectively on the back carrying roller 204 that transmits carrying roller 203 the place aheads, between the double-stranded wheel 207 and 208 of disjunctor the chain 209 that transmits power is housed, chain 105 in the infinitely variable speeds transfer member 10 is taken turns 207 with the two strands on transmitting carrying roller 203 and is linked to each other to transmit power, transmit on carrying roller 203 and the back carrying roller 204 three belt pulleys 210 and 211 also are housed respectively, ejecting plate worktable part 30 includes ejecting plate workbench 301, preceding supporting plate 302 and preceding carrying roller 303, the lathe that ejecting plate workbench 301 is connected in lathe support parts 80 goes out on the board mount 803, preceding supporting plate 302 is arranged on the ejecting plate workbench 301, before carrying roller 303 lathe that relies on the bearing seated 304 at two ends to be fixed on lathe support parts 80 go out on the board mount 803, three belt pulleys 305 that the quantity of the belt pulley 210 on quantity and the transmission carrying roller 203 equates also are housed on the preceding carrying roller 303.
Veneer grinding and feeding parts 40 have five snub pulleys 401 between preceding carrying roller 303 and back carrying roller 204, snub pulley 401 all relies on the bearing seated 402 at its two ends to be fixed on the lathe main support 804 of lathe support parts 80, the double-stranded wheel 403 of disjunctor all is housed on the snub pulley 401, between the double-stranded wheel 403 of disjunctor on every adjacent two snub pulleys 401, and the chain 404 that transmission power backmost all is housed between the double-stranded wheel 208 of disjunctor on the double-stranded wheel 403 of disjunctor on snub pulley 401 and the back carrying roller 204, three belt pulleys 405 also are housed on the every snub pulley 401, the centre of belt pulley 405 all has the sunk belt grooves of a circle, 405 liang of side roof parts of belt pulley are fixed with the rubber wheel ring 406 that is used to produce and transmit frictional force, transmitting carrying roller 203, back carrying roller 204, three groups of belt pulleys 210 of the opposite position of five snub pulleys 401 and preceding carrying roller 303,211, on 405 and 305, the three circle carrying rollers belts 407 of flating pass are housed respectively, be pressed on pressure roller 408 on five snub pulleys 401 five respectively having the deadweight of relying on above the snub pulley 401, going up pressure roller 408 for every all relies on the bearing 409 of its two ends installing and is located on two roller seat bars 410, all live mutually with the cantilever peg 412 on gantry upper bracket 805 that is connected in lathe support parts 80 by hinge 411 and be hinged in the middle part of every roller seat bar 410, and the upper end of roller seat bar 410 links to each other with seat bar extension spring 414 by the pin 413 that is connected on it, the other end of seat bar extension spring 414 then is fixed on gantry upper bracket 805, all be equipped with on the pressure roller on every 408 position respectively with corresponding snub pulley 401 on three belt pulleys 415 aligning mutually of three belt pulleys 405, the centre of belt pulley 415 all has the sunk belt grooves of a circle, 415 liang of side roof parts of belt pulley are fixed with the rubber wheel ring 416 that is used to produce and transmit frictional force, on three groups of belt pulleys 415 on the opposite position of five last pressure rollers 408, the three circle pressure rollers belts 417 of flating pass are housed respectively, go up between pressure roller 408 and corresponding five snub pulleys 401 for five, the belt pulley gluing wheel rim 416 and 406 that relies on them to align mutually presses mutually and contacts, in the both sides, end of snub pulley 401 and last pressure roller 408, has the location guiding ruler 418 that extends through and be fixed on into the plate workbench 201 and ejecting plate workbench 301 both sides respectively.
Referring to Fig. 6 and Fig. 7.Part of the grinding head 50 has the grinding head box body 501 of adjustable inclination, grinding head box body 501 is fixed on the bistrique loading stand 502 of veneer grinding and feeding parts 40 sides, bistrique loading stand 502 links to each other with the platform support 806 of lathe support parts 80, be fixed with bistrique drive motors 503 and the bistrique driving wheel 504 that is contained in drive motors 503 rotating shafts on the grinding head box body 501, Grinding wheel 505 and regulating wheel support lever assembly 506 are housed in grinding head box body 501 sides, one end of regulating wheel support lever assembly 506 is equipped with abrasive band regulating wheel 507, the other end joins with the extension spring 508 that is fixed on the grinding head box body 501, at bistrique driving wheel 504, be wound with a circle abrasive band 509 on abrasive band regulating wheel 507 and the Grinding wheel 505, grinding face puck components 60 has the pinch roller 602 that is in Grinding wheel 505 outsides and is installed in pinch roller supporting rod 601 ends, pinch roller bearing seated 603 is equipped with in the other end of pinch roller supporting rod 601, this pinch roller bearing seated 603 is fixed on the side of grinding head box body 501, the below of pinch roller supporting rod 601 has the locating piece 604 of the grinding head box body of being connected in 501 sides, be connected with the location adjustment screw 605 of upwards withstanding pinch roller supporting rod 601 bottom sides on the locating piece 604, dedusting parts 70 be housed in tangential direction along Grinding wheel 505 rotations.
In the embodiment of Fig. 5 and Fig. 6, the inclination angle is made in the baseplane of grinding head box body 501, pad is finished the tilt adjustment of grinding head box body 501 with standard cushion block 510 between grinding head box body 501 and bistrique loading stand 502 again.In addition, also can adopt regulate Grinding wheel 505 on grinding head box body 501 residing setting angle or with grinding head box body 501 side plates make hinge connect rotatable, to realize the angle adjustment of grinding machine head; The diameter of Grinding wheel 505 is littler than the diameter of bistrique driving wheel 504, and its purpose is to reduce Grinding Contact face resistance, improves the operating efficiency in abrasive band.In order to guarantee that abrasive band 509 is unlikely to sideslip and sliding band under running up, bistrique driving wheel 504 is designed to cydariform, and abrasive band regulating wheel 507 is designed to cylinder, Grinding wheel 505 be designed to flat cylinder and thereon car cut screw thread bar ditch to pieces; Be equipped with adjustment screw 511 in the extension spring 508 of regulating wheel support lever assembly 506 ends, can guarantee that abrasive band 509 is in operation and keep suitable tensile force.
Referring to Fig. 8 and Fig. 9.In order to absorb the wood chip dust that produces in the veneer grinding process, present embodiment has adopted the large power high efficiency deduster.Dedusting fan 702 and airduct 703 and dust collection groove 704 that dedusting parts 70 have dedusting motor 701, driven by dedusting motor 701, also have dust shield 705 and shunting suction pipe 706 on the rolling tangential direction that is installed in Grinding wheel 505, and dust shield 705, shunting suction pipe 706, airduct 703 and dust collection groove 704 are connected successively, and said modules all is fixedly mounted on the dedusting part installation group bar 807 of lathe support parts 80.Dedusting parts 70 also can adopt existing known whirlwind bag-type dust or alternate manner dedusting.
The utility model with said structure is when concrete work, provide complete machine to transmit power by infinitely variable speeds transfer member 10, earlier power is sent to and transmits carrying roller 203, slowly by corresponding sprocket wheel, chain and the carrying roller belt 407 of flating pass, power is sent to back carrying roller 204, snub pulley 401 and preceding carrying roller 303, friction between the rubber wheel ring 416 on the belt pulley 415 of rubber wheel ring 406 on snub pulley 401 its belt pulleys 405 of dependence and last pressure roller 408 simultaneously, send torque to pressure roller 408, and guarantee five synchronous rotations of going up pressure rollers 408 by flat pass belt 417 of three pressure rollers.Lathe in normal operation, operating personnel only need be by relevant technological requirement, send into the veneer work piece 90 that need carry out grinding from advancing plate workbench 201, this work piece 90 is just flated pass belt 407 drives along straight ahead by carrying roller, enter between pressure roller 408 and the snub pulley 401 and (, be transferred to ejecting plate workbench 301 again referring to Figure 51.By the bistrique driving wheel 504 that bistrique drive motors 503 directly drives, drive abrasive band 509 and run up, under the comprehensive function of abrasive band 509, abrasive band regulating wheel 507 and Grinding wheel 505, will produce a normal pressure to veneer work piece 90.That is to say, veneer work piece 90 be subjected on the one hand the running up grinding force in abrasive band 509, be subjected to extruding force on the other hand perpendicular to the plate face, this extruding force plays two effects, the first guarantees the veneer stock removal, it two is to guarantee that veneer is subjected to balanced grinding in a plane, thereby has avoided the veneer warpage and the situation that is milled into the waveform end face takes place.The effect of grinding face pinch roller 602 mainly is to guarantee veneer steadily feeding on the contact-making surface of high-speed grinding, also increases the normal pressure of veneer on the Grinding Contact face simultaneously, to guarantee the dynamics of veneer feeding.
The utility model one anti-external Milling Process scheme adopts the sbrasive belt grinding scheme to solve veneer inclined-plane shaping problem.Consider the particularity of China's wood material species, join with dead-weight pinch roller technology and can regulate grinding angle, its function can reach becomes 1 with veneer to be processed termination through grinding: 10-1: the miter of 20 thickness of slab inclined-plane ratios, in order to glueing joint lengthening, be the needs of 1220 * 2440mm to be fit to book size.Glued joint the veneer that extends through grinding, its every physical performance index all meets the requirement of standard GB-9846-88 (" normal plywood ").And the lengthening of very suitable homemade material rotary-cut processing veneer.The practical application of this technology also forms production scale, and not only making becomes possibility with homemade veneer tabulation, backboard and central layer, and equipment cost has only the 1/20-1/100 of the overseas equipment of function of the same race.The product of producing, than view picture face glued board, almost the economical with materials cost reaches 30%-50%, as applies, and the economic benefit of generation and social benefit will be very considerable.
Claims (6)
1, a kind of veneer mitered grinding machine, it is characterized in that, its structure includes the infinitely variable speeds transfer member, advances the plate worktable part, ejecting plate worktable part, veneer grinding and feeding parts, part of the grinding head, grinding face puck components, dedusting parts and lathe support parts:
A) advance the plate worktable part and include into plate workbench, rear supporting plate, transmit carrying roller and back carrying roller, advancing the plate workbench is connected on the lathe support parts, rear supporting plate is arranged in on the plate workbench, transmitting carrying roller relies on the bearing seated at two ends to be fixed on the lathe support parts respectively with the back carrying roller, transmission component in the infinitely variable speeds transfer member links to each other to transmit power with the transmission carrying roller, transmit carrying roller and be on the back carrying roller that transmits carrying roller the place ahead sprocket wheel is housed respectively, and the chain that transmits power is housed between the sprocket wheel, transmit the belt pulley that several equal numbers also are housed respectively on carrying roller and the back carrying roller, the ejecting plate worktable part includes the ejecting plate workbench, preceding supporting plate and preceding carrying roller, the ejecting plate workbench is connected on the lathe support parts, preceding supporting plate is arranged on the ejecting plate workbench, before carrying roller rely on the bearing seated at two ends to be fixed on the lathe support parts, several belt pulleys that the quantity of the belt pulley on quantity and the transmission carrying roller equates also are housed on the preceding carrying roller;
B) veneer grinding and feeding parts have several snub pulleys between preceding carrying roller and back carrying roller, snub pulley all relies on the bearing seated at its two ends to be fixed on the lathe support parts, sprocket wheel all is housed on the snub pulley, between the sprocket wheel on every adjacent two snub pulleys, and between the sprocket wheel on snub pulley and the sprocket wheel on the carrying roller of back the chain that transmits power is housed all backmost, on the every snub pulley several belt pulleys that the belt pulley quantity on quantity and the transmission carrying roller equates are housed also, the centre of belt pulley all has the sunk belt grooves of a circle, belt pulley two side roof parts are fixed with the rubber wheel ring that is used to produce and transmit frictional force, transmitting carrying roller, back carrying roller, on several groups of belt pulleys of the opposite position of several snub pulleys and preceding carrying roller, quantity is housed respectively and transmits the identical a few circle carrying rollers of belt pulley quantity on the carrying roller belt of flating pass, be pressed on pressure roller on several that quantity on the every snub pulley equates with snub pulley quantity respectively having the deadweight of relying on above the snub pulley, going up pressure roller for every all relies on the bearing of its two ends installing and is located on two roller seat bars, all live mutually with a cantilever peg that is connected on the lathe support parts by hinge and be hinged in the middle part of every roller seat bar, and the upper end of every roller seat bar all links to each other with a pressure roller extension spring that is connected on the lathe support parts, be equipped with all on the pressure roller on every that belt pulley quantity on quantity and the snub pulley equates and position and corresponding snub pulley on several belt pulleys of aligning mutually respectively of belt pulley position, the centre of belt pulley all has sunk belt grooves, belt pulley two side roof parts are fixed with the rubber wheel ring that is used to produce and transmit frictional force, on several groups of belt pulleys of the opposite position of several last pressure rollers, quantity and the single identical a few circle pressure rollers of the pressure roller upper belt pulley quantity belt of flating pass of going up are housed respectively, go up between pressure roller and the corresponding snub pulley for every, rely on the rubber wheel ring on the belt pulley that they align mutually to press contact, in the both sides, end of snub pulley and last pressure roller, have respectively and extend through into plate workbench and ejecting plate workbench both sides and be fixed on location guiding ruler on into the plate workbench and ejecting plate workbench;
C) part of the grinding head has the grinding head box body of adjustable inclination, grinding head box body is fixed on the bistrique loading stand of veneer grinding and feeding parts side, the bistrique loading stand links to each other with the lathe support parts, be fixed with bistrique drive motors and the bistrique driving wheel that is contained in the drive motors rotating shaft on the grinding head box body, Grinding wheel and regulating wheel support lever assembly are housed in the grinding head box body side, one end of regulating wheel support lever assembly is equipped with the abrasive band regulating wheel, the other end joins with the extension spring that is fixed on the grinding head box body, at the bistrique driving wheel, be wound with a circle abrasive band on abrasive band regulating wheel and the Grinding wheel, the grinding face puck components has the pinch roller that is in the Grinding wheel outside and is installed in a pinch roller supporting rod end, pinch roller bearing seated is equipped with in the other end of pinch roller supporting rod, this pinch roller bearing seated is fixed on the side of grinding head box body, the below of pinch roller supporting rod has the locating piece that is connected in the grinding head box body side, be connected with the location adjustment screw of upwards withstanding pinch roller supporting rod bottom side on the locating piece, the dedusting parts be housed in tangential direction along the Grinding wheel rotation.
2, lathe as claimed in claim 1, it is characterized in that, the infinitely variable speeds transfer member is connected in sequence by main drive motor, shaft coupling, mechanical stepless speed-changing case, output chain gear and chain, and main drive motor and mechanical stepless speed-changing case are contained on the gearbox support of lathe support parts.
3, as claim 1,2 described lathes, it is characterized in that, the dedusting parts have the dedusting motor, by the motor-driven dedusting fan of dedusting and airduct and dust collection groove, also have dust shield and shunting suction pipe on the rolling tangential direction that is installed in Grinding wheel, and dust shield, shunting suction pipe, airduct and dust collection groove are connected successively, and said modules all is fixedly mounted on the dedusting part installation group bar of lathe support parts.
4, as claim 1,2 described lathes, it is characterized in that, the inclination angle is made in the baseplane of grinding head box body, between grinding head box body and bistrique loading stand, fill up again with the standard cushion block.
5, as claim 1,2 described lathes, it is characterized in that the diameter of Grinding wheel is made littler than the diameter of bistrique driving wheel, the bistrique drive wheel design becomes cydariform, and the abrasive band tensioner designs becomes cylinder, Grinding wheel be designed to flat cylinder and thereon car cut screw thread bar ditch to pieces.
6, as claim 1,2 described lathes, it is characterized in that, be equipped with adjustment screw in the extension spring of regulating wheel support lever assembly end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96234928 CN2245520Y (en) | 1996-05-27 | 1996-05-27 | Single-board chamfered joint grinding machine tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96234928 CN2245520Y (en) | 1996-05-27 | 1996-05-27 | Single-board chamfered joint grinding machine tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2245520Y true CN2245520Y (en) | 1997-01-22 |
Family
ID=33911144
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 96234928 Expired - Lifetime CN2245520Y (en) | 1996-05-27 | 1996-05-27 | Single-board chamfered joint grinding machine tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2245520Y (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101722460B (en) * | 2010-01-19 | 2011-10-05 | 戴若夫 | Bamboo strip parallel-to-grain bevel grinding machine |
| CN102398203A (en) * | 2010-09-10 | 2012-04-04 | 沈阳理工大学 | Automatic plane polishing device |
| CN102049720B (en) * | 2009-10-30 | 2012-05-30 | 大冶有色金属有限责任公司 | Automatic blank grinder |
| CN101642891B (en) * | 2009-08-26 | 2012-08-08 | 戴若夫 | Portable sheet slope forming machine |
| CN103264346A (en) * | 2013-05-21 | 2013-08-28 | 白银有色集团股份有限公司 | Double side polishing machine for small-sized aluminum plate |
| CN104108059A (en) * | 2013-04-22 | 2014-10-22 | 招远泽洋工具制造有限公司 | Metal part intensive polishing equipment process |
| CN106271918A (en) * | 2016-08-19 | 2017-01-04 | 吴刚 | A kind of can the plate surface process equipment of alarm |
| CN109607140A (en) * | 2018-12-25 | 2019-04-12 | 广东国伟兴塑胶科技股份有限公司 | A kind of sunlight board, which is cut, smooths autobiography activity code stack device |
-
1996
- 1996-05-27 CN CN 96234928 patent/CN2245520Y/en not_active Expired - Lifetime
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101642891B (en) * | 2009-08-26 | 2012-08-08 | 戴若夫 | Portable sheet slope forming machine |
| CN102049720B (en) * | 2009-10-30 | 2012-05-30 | 大冶有色金属有限责任公司 | Automatic blank grinder |
| CN101722460B (en) * | 2010-01-19 | 2011-10-05 | 戴若夫 | Bamboo strip parallel-to-grain bevel grinding machine |
| CN102398203A (en) * | 2010-09-10 | 2012-04-04 | 沈阳理工大学 | Automatic plane polishing device |
| CN104108059A (en) * | 2013-04-22 | 2014-10-22 | 招远泽洋工具制造有限公司 | Metal part intensive polishing equipment process |
| CN103264346A (en) * | 2013-05-21 | 2013-08-28 | 白银有色集团股份有限公司 | Double side polishing machine for small-sized aluminum plate |
| CN106271918A (en) * | 2016-08-19 | 2017-01-04 | 吴刚 | A kind of can the plate surface process equipment of alarm |
| CN106271918B (en) * | 2016-08-19 | 2018-10-26 | 朱宽 | It is a kind of can alarm plate surface process equipment |
| CN109607140A (en) * | 2018-12-25 | 2019-04-12 | 广东国伟兴塑胶科技股份有限公司 | A kind of sunlight board, which is cut, smooths autobiography activity code stack device |
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