CN208084522U

CN208084522U - Furniture plank cutting polishing production line

Info

Publication number: CN208084522U
Application number: CN201820434693.9U
Authority: CN
Inventors: 孙周新
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-03-29
Filing date: 2018-03-29
Publication date: 2018-11-13
Anticipated expiration: 2028-03-29

Abstract

The utility model discloses furniture planks to cut polishing production line, it includes cabinet, and transmission device is provided in cabinet, first motor is connected on transmission device；Multiple pinch roller casees and pinch roller are provided with above transmission device；It is respectively connected with spring and connecting rod above each pinch roller case；The transmission device side is provided with saw teeth bars, and saw blades groups, fixed saw-tooth ring and mobile saw-tooth ring are socketed in the middle part of saw teeth bars；Described saw teeth bars one end is provided with the first threaded rod；The saw blades groups include multiple saw blades, and connection ring and strut are both provided between two neighboring saw blade；The cabinet side is provided with bottom plate, and bottom plate is equipped with guide groove, the second sliding block and movable plate；Movable plate both ends are both provided with telescopic device；The movable plate both sides are both provided with fixed plate and row's elasticity grinding disc；It is provided with controller on the cabinet.The utility model can not only improve the scope of application, improve efficiency and keep operation easier, also have the advantages that structural stability is preferable.

Description

Furniture plank cutting polishing production line

Technical field

The utility model is related to furniture planks to cut polishing production line.

Background technology

Some existing furniture are polished after needing plank cutting polishing production line that plank is first cut into batten, then These battens are combined and assembled, and batten is needed to cut the board cutting machine in polishing production line with plank and be cut It cuts, but plank can only be cut into the batten of single size by existing board cutting machine when plank is cut into multiple battens, Smaller scope of application；And work as and need to adjust the distance between multiple saw blades, so as to when being cut into various sizes of batten, adjust The distance between saw blade needs to remove board cutting machine, and fixed again and installation, operation are more complex after regulating；When plank is cut After being cut into batten, these battens need to be polished with the batten sander in plank cutting polishing production line, to improve beauty Property；But existing batten sander is needed when polishing batten after clamping artificial batten, then lifts the polishing plate of rotation manually Polishing work is carried out to batten, speed is slower, less efficient；And batten polishing can only generally polish definite shape or a scale Very little batten, smaller scope of application.Therefore, existing plank cutting polishing production line there is smaller scope of application, operation compared with Complicated and less efficient problem.

Utility model content

The purpose of the utility model is to provide furniture planks to cut polishing production line.The utility model can not only carry The high scope of application also has the advantages that operation is easier and efficiency is higher.

The technical solution of the utility model：Furniture plank cuts polishing production line, including cabinet, and biography is provided in cabinet Device is sent, first motor is connected on transmission device；Multiple pinch roller casees side by side, each pinch roller are provided with above transmission device Bottom end is both provided with pinch roller, and the second motor is respectively connected on each pinch roller；It is respectively connected with spring above each pinch roller case, often It is respectively connected with connecting rod above a spring；The transmission device side is provided with transverse conveyor, and cross drive, which takes, to be connected with Third motor；It is provided with saw teeth bars between transmission device and transverse conveyor, saw blades groups are socketed in the middle part of saw teeth bars；Saw blades groups two End has been respectively fixedly connected with fixed saw-tooth ring and mobile saw-tooth ring, and fixed saw-tooth ring and mobile saw-tooth ring are socketed in saw teeth bars On；Described saw teeth bars one end is provided with the 4th motor, and the other end is provided with the 5th motor；It is connected with the first screw thread on 5th motor Bar is connected with the lantern ring being socketed in saw teeth bars on the first threaded rod；The outside of the madial wall of lantern ring one end and mobile saw-tooth ring Bearing is connected between wall；The saw blades groups include multiple saw blades being socketed in saw teeth bars, are all provided between two neighboring saw blade It is equipped with the connection ring being socketed in saw teeth bars；The both sides of each connection ring are rotatably connected to strut, and two struts intersect Setting, one end of each strut are connect with saw blade, and the first sliding block is both provided between each strut and saw blade；It is described laterally to pass It send band one end to be connected with longitudinal conveyer belt, bottom plate is provided with below longitudinal conveyer belt, guide groove is equipped in the middle part of bottom plate；On guide groove It is provided with the second sliding block, is provided with the second threaded rod in the middle part of the second sliding block, second threaded rod one end is connected with the 6th motor；Second It is connected with movable plate above sliding block, V-groove plate is provided in the middle part of movable plate, first hydraulic cylinder is provided with below V-groove plate；It is mobile Plate both ends are both provided with telescopic device, and the 7th motor is respectively connected on each telescopic device；The movable plate both sides are respectively provided with There is fixed plate, the elastic grinding disc that a row is vertically arranged is both provided in each fixed plate；Elastic grinding disc is located at two fixations Between plate, and below longitudinal conveyer belt, connecting box is both provided between each elasticity grinding disc and fixed plate；It is two neighboring Connecting box is hinged, and rack is both provided between each connecting box and fixed plate；It is socketed with ball on each rack, each Ball is rotatablely connected with fixed plate；It is provided with No.1 inductor on the V-groove plate；Close to V on each telescopic device One end of type groove plate is both provided with No. two inductors；Controller, first motor, the second motor, third are provided on the cabinet Motor, the 4th motor, the 5th motor, the 6th motor, first hydraulic cylinder, the 7th motor, No.1 inductor and No. two inductors are equal It is electrically connected with controller.

In furniture plank cutting polishing production line above-mentioned, No.1 skin is connected between the pinch roller and the second motor Band；The connecting rod bottom end is socketed with 3rd sleeve, and 3rd sleeve bottom end is fixedly connected with pinch roller case top, and spring is located at the In three sleeves；The connecting rod top end part is equipped with waist hole, and trip bolt is provided in waist hole；Fixation is connected on trip bolt Bar, fixed link one end are connect with enclosure top；The middle part of the strut and the middle part of connection ring are rotatablely connected, strut and connection ring It is provided with fixing axle at the position of connection；One end of strut is hinged with the first sliding block, and the first sliding block is equipped with No.1 sliding slot；It is described No. two sliding slots are equipped at the position of corresponding first sliding block on saw blade, is corresponded on saw blade and is equipped with No.1 tooth socket at the position of saw teeth bars； It is corresponded in the connection ring and is equipped with No. two tooth sockets at the position of saw teeth bars.

In furniture plank cutting polishing production line above-mentioned, bolt, bolt one end are provided on the fixed saw-tooth ring It is connect with saw teeth bars；It is connected with No.1 connecting plate between 5th motor and the first threaded rod；In the middle part of first threaded rod It is equipped with No.1 through-hole at the position of corresponding saw teeth bars；Be socketed with No. two connecting plates on first threaded rod, No. two connecting plates with Lantern ring connects；The both sides of the lantern ring outer wall are respectively connected with positioning strip, and No. three fixed rings being connect with cabinet are socketed on lantern ring； No. three fixed ring inner walls, which correspond to, is equipped with locating slot at the position of positioning strip.

In furniture plank cutting polishing production line above-mentioned, the bearing is socketed on running saw ring gear, and bearing includes Inner ring and outer ring；Bearing inner race is fixedly connected with mobile saw-tooth ring, and bearing outer ring is fixedly connected with lantern ring inner wall；The transmission dress It sets including tooth band, tooth is connected with the transfer roller of multiple horizontal distributions with side engagement；A transmission in the multiple transfer roller No. two belts are connected between roller and first motor.

In furniture plank above-mentioned cutting polishing production line, the transverse conveyor both ends be respectively arranged with driving wheel and Driven wheel is connected with No. three belts on driving wheel；No. three belts are connect with third motor；4th motor and the 5th motor point It is not connect with the both sides side wall of cabinet；Corresponded on the cabinet be equipped at the position of transmission device and transverse conveyor No. two it is logical Hole.

In furniture plank cutting polishing production line above-mentioned, the telescopic device includes push plate, and No. two inductors are located at The other end of one end of push plate, push plate is connected with second hydraulic cylinder；Fixing sleeve is connected to first set cylinder, push plate position in second hydraulic cylinder In in the first sleeve；One end far from No. two inductors is connected with third hydraulic cylinder on first sleeve, is fixed on third hydraulic cylinder It is socketed with second sleeve；First sleeve is located in second sleeve, is socketed with No.1 fixed ring in second sleeve, remote in second sleeve One end from No. two inductors is connect with the 7th motor；The second hydraulic cylinder and third hydraulic cylinder electrically connect with controller It connects；It is corresponded on the movable plate and is equipped with fluting at the position of V-groove plate, first hydraulic cylinder is located in fluting；Second screw thread It is threadedly coupled in the middle part of bar and the second sliding block, second threaded rod one end is connect with the 6th motor, and the rotation of the second threaded rod other end connects It is connected to No. two fixed rings.

In furniture plank cutting polishing production line above-mentioned, the 8th motor, the 8th motor are provided in the connecting box It is connect with elastic grinding disc；One end of the connecting box and rack is hinged；8th motor is electrically connected with controller；It is described Rack case is provided between rack and ball, ball is socketed on rack case；The 9th motor, the 9th motor are provided in rack case On be connected with gear, wheel and rack engagement connection；The rack case both ends, which correspond to, is equipped with trepanning at the position of rack；It is described 9th motor is electrically connected with controller.

In furniture plank cutting polishing production line above-mentioned, the two neighboring connecting box is provided at hinged position Moving block, moving block middle part are rotatably connected to rotation axis；It is corresponded on connecting box and is equipped with trepanning at the position of moving block, on connecting box It is equipped with through-hole at the position of corresponding rotation axis.

Compared with prior art, the utility model improves existing plank cutting polishing production line, by putting plank It is placed between pinch roller and transmission device, plank is transported to by pinch roller and transmission device at saw blades groups, multiple saw blades at saw blades groups And then plank can be cut into multiple battens, when needing plank being cut into various sizes of batten, pass through controller control The rotation of the first threaded rod is driven after making the rotation of the 5th motor, lantern ring movement, lantern ring and then drive are driven after the rotation of the first threaded rod Bearing and mobile saw-tooth ring move, and mobile saw-tooth ring drives saw blade connected to it to be moved along saw teeth bars, which passes through multiple The cooperation of strut and multiple connection rings changes the distance between two neighboring saw blade after in turn moving the saw blade in saw blades groups, changes Plank can be cut into various sizes of batten by the saw blades groups become after distance in turn, improve the applicable model of the utility model It encloses；By the cooperation of said mechanism, after only need to driving the rotation of the 5th motor by the control of controller, the 5th motor passes through branch The distance between two neighboring saw blade, the utility model in the i.e. changeable saw blades groups of the cooperation of bar, connection ring and the first threaded rod Operation it is easier；After V-groove plate being transmitted to after plank cuts into batten by longitudinal conveyer belt, the No.1 sense on V-groove plate Telescopic device is controlled by controller to clamp batten, then control again multiple in a fixed plate after answering device to sense signal Row's elasticity grinding disc is set to be combined into shape corresponding with batten after the movement of rack, these grinding disc simultaneously connect with batten surface It touches, then controller drives the second sliding block to move after controlling the rotation of the second threaded rod by the 6th motor again, and the second sliding block is in turn The batten of clamping is moved back and forth, batten carries out polishing work by two rows of elastic grinding disc in turn；Pass through said mechanism Cooperation can substitute some manually-operated clampings and mobile step, and then improve speed, and efficiency is higher；And often arrange bullet Property grinding disc can be combined into the effigurate pattern of tool, and then the polishing work of the batten suitable for identical varying cross-section Make, the scope of application is wider.In addition, the utility model is also socketed with 3rd sleeve by connecting rod bottom end, spring is located at third In sleeve, and then keep structural stability of the pinch roller case when moving up and down preferable；It is equipped with waist hole by connecting rod top end part, is passed through It tightens or can adjust the distance between pinch roller and transfer roller after unscrewing trip bolt, and then suitable for the plank to different-thickness Cutting work, further improve the scope of application；By setting No.1 tooth socket on saw blade, No. two teeth are equipped in connection ring Slot, structural stability when making saw teeth bars that saw blade and connection ring be driven to rotate are preferable；By the way that first set is arranged in telescopic device Cylinder and push plate, push plate are suitable for clamping the batten of small diameter, and the first sleeve is suitable for clamping larger-diameter batten, further Improve the scope of application；By being threadedly coupled in the middle part of the second threaded rod and the second sliding block, the second threaded rod makes the second cunning when rotating Structural stability is preferable when block moves；By being provided with moving block and rotation axis at the hinged position of two neighboring connecting box, make Structural stability is preferable when connecting box rotates, and further improves the structural stability of the utility model.Therefore, the utility model The scope of application can not only be improved, efficiency is improved and keeps operation easier, also has the advantages that structural stability is preferable.

Description of the drawings

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the side view at saw blades groups；

Fig. 3 is the vertical view at saw blades groups；

Fig. 4 is the side view of saw blade；

Fig. 5 is the side view of saw teeth bars；

Fig. 6 is the side view of connection ring；

Fig. 7 is the side view of the first sliding block；

Fig. 8 is the side view of No. three fixed rings；

Fig. 9 is the side view at bottom plate；

Figure 10 is the operating diagram at bottom plate；

Figure 11 is the structural schematic diagram at fixed plate；

Figure 12 is the structural schematic diagram of connecting box junction；

Figure 13 is the structural schematic diagram of connecting box；

Figure 14 is the structural schematic diagram of rack case；

Figure 15 is the side view of V-groove plate；

Figure 16 is the control principle drawing of the utility model.

Label in attached drawing be：1- cabinets, 3- first motors, 4- pinch roller casees, 5- pinch rollers, the second motors of 6-, 7- springs, 8- Connecting rod, 9- transverse conveyors, 10- third motors, 11- saw teeth bars, 13- fix saw-tooth ring, and 14- moves saw-tooth ring, 15- the 4th Motor, the 5th motors of 16-, the first threaded rods of 17-, 18- lantern rings, 19- bearings, 20- saw blades, 21- connection rings, 22- struts, 23- First sliding block, 24- controllers, 25- No.1 belts, 26- 3rd sleeves, 27- waist holes, 28- trip bolts, 29- fixed links, 30- No.1 sliding slot, No. bis- sliding slots of 31-, 32- No.1 tooth sockets, No. bis- tooth sockets of 33-, 34- bolts, 35- No.1 connecting plates, 36- one number services Hole, No. bis- connecting plates of 37-, 38- positioning strips, No. tri- fixed rings of 39-, 40- locating slots, 41- fixing axles, 42- transfer rollers, 43- teeth Band, No. bis- belts of 44-, 45- driving wheels, 46- driven wheels, No. tri- belts of 47-, No. bis- through-holes of 48-, the longitudinal directions 49- conveyer belt, 101- Bottom plate, 102- guide grooves, the second sliding blocks of 103-, the second threaded rods of 104-, the 6th motors of 105-, 106- movable plates, 107-V type grooves Plate, 108- first hydraulic cylinders, 109- telescopic devices, the 7th motors of 110-, 111- fixed plates, 112- elasticity grinding disc, 113- connect Connect case, 114- racks, 115- balls, 116- No.1 inductors, No. bis- inductors of 117-, 119- push plates, 120- second hydraulic cylinders, The first sleeves of 121-, 122- third hydraulic cylinders, 123- second sleeves, 124- No.1 fixed rings, No. bis- fixed rings of 125-, 126- Eight motors, 127- rack cases, the 9th motors of 128-, 129- gears, 130- moving blocks, 131- rotation axis, 132- flutings.

Specific implementation mode

The utility model is further described with reference to the accompanying drawings and examples, but is not intended as to the utility model The foundation of limitation.

Embodiment.Furniture plank cutting polishing production line, constitutes as shown in Fig. 1 to 16, including cabinet 1, is set in cabinet 1 It is equipped with transmission device, first motor 3 is connected on transmission device；Multiple pinch roller casees 4 side by side are provided with above transmission device, Each 4 bottom end of pinch roller case is both provided with pinch roller 5, and the second motor 6 is respectively connected on each pinch roller 5；Each 4 top of pinch roller case is It is connected with spring 7,7 top of each spring is respectively connected with connecting rod 8；The transmission device side is provided with transverse conveyor 9, horizontal Third motor 10 is connected on conveyer belt 9；Saw teeth bars 11, saw teeth bars 11 are provided between transmission device and transverse conveyor 9 Middle part is socketed with saw blades groups；Saw blades groups both ends have been respectively fixedly connected with fixed saw-tooth ring 13 and mobile saw-tooth ring 14, fixed sawtooth Ring 13 and mobile saw-tooth ring 14 are socketed in saw teeth bars 11；11 one end of the saw teeth bars is provided with the 4th motor 15, the other end It is provided with the 5th motor 16；It is connected with the first threaded rod 17 on 5th motor 16, is connected on the first threaded rod 17 and is socketed in saw Lantern ring 18 on ratch 11；It is connected with bearing 19 between the madial wall of 18 one end of lantern ring and the lateral wall of mobile saw-tooth ring 14；Institute It includes multiple saw blades 20 being socketed in saw teeth bars 11 to state saw blades groups, is both provided between two neighboring saw blade 20 and is socketed in sawtooth Connection ring 21 on bar 11；The both sides of each connection ring 21 are rotatably connected to strut 22, and two struts 22 intersect setting, One end of each strut 22 is connect with saw blade 20, and the first sliding block 23 is both provided between each strut 22 and saw blade 20；It is described 9 one end of transverse conveyor is connected with longitudinal conveyer belt 49, and 49 lower section of longitudinal conveyer belt is provided with bottom plate 101, and 101 middle part of bottom plate is set There is guide groove 102；The second sliding block 103 is provided on guide groove 102,103 middle part of the second sliding block is provided with the second threaded rod 104, Second threaded rod, 104 one end is connected with the 6th motor 105；The top of second sliding block 103 is connected with movable plate 106, in movable plate 106 Portion is provided with V-groove plate 107, and 107 lower section of V-groove plate is provided with first hydraulic cylinder 108；106 both ends of movable plate are both provided with Telescopic device 109 is respectively connected with the 7th motor 110 on each telescopic device 109；106 both sides of the movable plate are both provided with solid Fixed board 111 is both provided with the elastic grinding disc 112 that a row is vertically arranged in each fixed plate 111；Elastic grinding disc 112 is located at Between two fixed plates 111, and positioned at 49 lower section of longitudinal conveyer belt, it is all provided between each elasticity grinding disc 112 and fixed plate 111 It is equipped with connecting box 113；Two neighboring connecting box 113 is hinged, and is both provided between each connecting box 113 and fixed plate 111 Rack 114；Ball 115 is socketed on each rack 114, each ball 115 is rotatablely connected with fixed plate 111；The V-type No.1 inductor 116 is provided on frid 107；It is respectively provided with close to one end of V-groove plate 107 on each telescopic device 109 There are No. two inductors 117；Controller 24, first motor 3, the second motor 6, third motor the 10, the 4th are provided on the cabinet 1 Motor 15, the 5th motor 16, the 6th motor 105, first hydraulic cylinder 108, the 7th motor 110, No.1 inductor 116 and No. two senses Device 117 is answered to be electrically connected with controller 24.

It is connected with No.1 belt 25 between the pinch roller 5 and the second motor 6；8 bottom end of the connecting rod is socketed with third Sleeve 26,26 bottom end of 3rd sleeve are fixedly connected with 4 top of pinch roller case, and spring 7 is located in 3rd sleeve 26；The connecting rod 8 Top end part is equipped with waist hole 27, and trip bolt 28 is provided in waist hole 27；Fixed link 29, fixed link 29 are connected on trip bolt 28 One end is connect with 1 top of cabinet；The middle part of the strut 22 is rotatablely connected with the middle part of connection ring 21, strut 22 and connection ring 21 Fixing axle 41 is provided at the position of connection；One end of strut 22 is hinged with the first sliding block 23, and the first sliding block 23 is equipped with No.1 Sliding slot 30；No. two sliding slots 31 are equipped at the position of corresponding first sliding block 23 on the saw blade 20, saw teeth bars 11 are corresponded on saw blade 20 Position at be equipped with No.1 tooth socket 32；It is corresponded in the connection ring 21 and is equipped with No. two tooth sockets 33 at the position of saw teeth bars 11；It is described It is provided with bolt 34 on fixed saw-tooth ring 13,34 one end of bolt is connect with saw teeth bars 11；5th motor 16 and the first screw thread No.1 connecting plate 35 is connected between bar 17；First threaded rod, 17 middle part, which corresponds to, is equipped with one number service at the position of saw teeth bars 11 Hole 36；No. two connecting plates 37 are socketed on first threaded rod 17, No. two connecting plates 37 are connect with lantern ring 18；The lantern ring 18 The both sides of outer wall are respectively connected with positioning strip 38, and No. three fixed rings 39 being connect with cabinet 1 are socketed on lantern ring 18；No. three fixed rings 39 inner walls, which correspond to, is equipped with locating slot 40 at the position of positioning strip 38；The bearing 19 is socketed on mobile saw-tooth ring 14, bearing 19 Including inner ring and outer ring；19 inner ring of bearing is fixedly connected with mobile saw-tooth ring 14, and 19 outer ring of bearing is fixed with 18 inner wall of lantern ring to be connected It connects；The transmission device includes tooth band 43, and the transfer roller 42 for being connected with multiple horizontal distributions is engaged in 43 side of tooth band；It is the multiple A transfer roller 42 in transfer roller 42 and No. two belts 44 are connected between first motor 3；9 both ends of the transverse conveyor point It is not provided with driving wheel 45 and driven wheel 46, No. three belts 47 are connected on driving wheel 45；No. three belts 47 and third motor 10 Connection；4th motor 15 and the 5th motor 16 are connect with the both sides side wall of cabinet 1 respectively；Corresponding transmission on the cabinet 1 No. two through-holes 48 are equipped at the position of device and transverse conveyor 9；The telescopic device 109 includes push plate 119, No. two inductions Device 117 is located at one end of push plate 119, and the other end of push plate 119 is connected with second hydraulic cylinder 120；It is fixed in second hydraulic cylinder 120 It is socketed with the first sleeve 121, push plate 119 is located in the first sleeve 121；The one of separate No. two inductors 117 on first sleeve 121 End is connected with third hydraulic cylinder 122, and fixing sleeve is connected to second sleeve 123 on third hydraulic cylinder 122；First sleeve 121 is located at the In two sleeves 123, it is socketed with No.1 fixed ring 124 in second sleeve 123, far from No. two inductors 117 in second sleeve 123 One end is connect with the 7th motor 110；The second hydraulic cylinder 120 and third hydraulic cylinder 122 are electrically connected with controller 24；Institute It states and is equipped with fluting 132 at the position for corresponding to V-groove plate 107 on movable plate 106, first hydraulic cylinder 108 is located in fluting 132；Institute The second threaded rod 104 to be stated to be threadedly coupled with 103 middle part of the second sliding block, 104 one end of the second threaded rod is connect with the 6th motor 105, Second threaded rod, 104 other end is rotatably connected to No. two fixed rings 125；The 8th motor 126 is provided in the connecting box 113, 8th motor 126 is connect with elastic grinding disc 112；The connecting box 113 and one end of rack 114 are hinged；8th motor 126 are electrically connected with controller 24；Rack case 127 is provided between the rack 114 and ball 115, ball 115 is socketed in tooth On bar case 127；It is provided with the 9th motor 128 in rack case 127, gear 129, gear 129 and tooth are connected on the 9th motor 128 The engagement connection of item 114；127 both ends of the rack case correspond to and are equipped with trepanning at the position of rack 114；9th motor 128 It is electrically connected with controller 24；The two neighboring connecting box 113 is provided with moving block 130, moving block 130 at hinged position Middle part is rotatably connected to rotation axis 131；It is corresponded on connecting box 113 and is equipped with trepanning at the position of moving block 130, on connecting box 113 It is equipped with through-hole at the position of corresponding rotation axis 131.

Operation principle：When original state, first hydraulic cylinder 108 is in elongation state, and first hydraulic cylinder 108 is by V-groove plate 107 jack up；Second hydraulic cylinder 120 and third hydraulic cylinder 122 in each telescopic device 109 are in contraction state, No. two senses Device 117 is answered to be located in push plate 119, push plate at this time 119 is located in the first sleeve 121, and the first sleeve 121 is located at second sleeve 123 It is interior；Push plate 119 is leaned on close to one end of V-groove plate 107, the first sleeve 121 close to one end of V-groove plate 107 and second sleeve 123 One end of nearly V-groove plate 107 is respectively positioned on same vertical line；Second sliding block 103 is located at 104 middle part of the second threaded rod, Movable plate 106 also is located at the middle part of bottom plate 101；Multiple racks 114 in each fixed plate 111 are in horizontality, Mei Yipai Elastic grinding disc 112 is in vertical state.

When work, the power supply of the utility model is opened, controller 24 first controls the 8th motor in each connecting box 113 126 rotations, the 8th motor 126 drive corresponding elastic grinding disc 112 also to rotate, and each elasticity grinding disc 112 is adjacent when rotating Two elastic grinding disc 112 between influence each other it is smaller；Controller 24 controls 6 inverse time of the second motor in each pinch roller case 4 Needle rotates, and each second motor 6 drives pinch roller 5 also to rotate counterclockwise by corresponding No.1 belt 25；24 same time control of controller First motor 3 processed rotates clockwise, and first motor 3 one of connect biography by the drive of No. two belts 44 with No. two belts 44 Roller 42 is sent to rotate clockwise, which drives remaining transfer roller 42 in transmission device also to turn clockwise by tooth band 43 It is dynamic；Controller 24 controls third motor 10 and also rotates clockwise again, and third motor 10 also drives driving wheel by No. three belts 47 45 rotate clockwise, and driving wheel 45 can be such that transverse conveyor 9 also rotates clockwise by cooperation with driven wheel 46；Control Device 24 processed also controls the rotation of the 4th motor 15, and the 4th motor 15 drives saw teeth bars 11 to rotate, and saw teeth bars 11 drive be socketed in turn Multiple saw blades 20, multiple connection rings 21, fixed saw-tooth ring 13 and mobile saw-tooth ring 14 thereon also rotates, because of mobile saw-tooth ring 14 On be socketed with bearing 19, lantern ring 18 is socketed on bearing 19, lantern ring 18 is fixedly attached in No. three fixed rings 39, thus saw teeth bars 11 The rotation that multiple saw blades 20 can be driven to stablize.

Then the plank processed will be needed to be positioned over the transmission rotated clockwise from No. two through-holes 48 in 1 left side of cabinet to fill It sets with multiple pinch rollers 5 rotated counterclockwise, plank is under the action of multiple transfer rollers 42 on multiple pinch rollers 5 and transmission device It moves right, and the distance between pinch roller 5 and transmission device are less than the thickness of plank, thus pinch roller 5 has plank downward pressure Power, plank also jack up multiple pinch rollers 5, and multiple pinch rollers 5 drive corresponding pinch roller case 4 to rise in turn, and connecting rod 8 passes through fixation Bar 29 is fixedly connected with 1 top of cabinet, and pinch roller case 4, which rises, drives 3rd sleeve 26 thereon to move up, and pinch roller case 4 also makes the Spring 7 in three sleeves 26 is shunk, and 3rd sleeve 26 is then slided in connecting rod 8, after spring 7 is shunk and then can make pinch roller 5 Plank is compressed and is transmitted when plank being made to transmit to the right more stable.

After the right end of plank is transported to by pinch roller 5 and transmission device at the saw blades groups of rotation, the saw blade 20 of multiple rotations And then plank can be cut into multiple elongated battens, plank, which is sawn into after multiple elongated battens, then to be passed by the transverse direction on right side Band 9 is sent to be transported to longitudinal conveyer belt 49 from No. two through-holes 48 on 1 right side of cabinet, the cutter of a plank is completed, when need When being cut to next plank, above-mentioned work step is repeated.

When needing the plank to different-thickness to cut, after unscrewing the trip bolt 28 in each connecting rod 8, Position of the trip bolt 28 in the waist hole 27 of connecting rod 8 is adjusted, and then adjusts the relative position of connecting rod 8 and fixed link 29, Adjust the distance between pinch roller 5 and the transmission device on pinch roller case 4 with this, so suitable for different-thickness plank transmission and Cut work.

When needing plank cutting into the batten of multiple and different width, then 16 turns of the 5th motor is controlled by controller 24 Dynamic, the 5th motor 16 drives No.1 connecting plate 35 to rotate, No.1 connecting plate 35 and then drive the first threaded rod 17 rotation, and first 17 outer wall of threaded rod is threadedly coupled with No. two connecting plates 37, and No. two connecting plates 37 are fixedly connected with lantern ring 18, are determined on lantern ring 18 Position item 38 is slidably connected with the locating slot 40 in No. three fixed rings 39, and No. three fixed rings 39 are connect with cabinet 1, therefore the first spiral shell The rotation of rasp bar 17 can be such that No. two connecting plates 37 and lantern ring 18 are moved left and right along the direction of saw teeth bars 11 and locating slot 40, lantern ring 18 band dynamic bearings 19 move, and bearing 19 drives mobile saw-tooth ring 14 to be moved along 11 direction of saw teeth bars, mobile saw-tooth ring 14 and then band The saw blade 20 being connect with mobile saw-tooth ring 14 in dynamic saw blades groups moves, and two struts connected to it are driven after the saw blade 20 movement 22 one end movement, the middle part of two struts 22 at this then drive connection ring 21 thereon to be moved along 11 direction of saw teeth bars, And the other end of two struts 22 at this then drives the saw blade 20 of connection to be moved also along 11 direction of saw teeth bars, and with strut 22 First sliding block 23 of connection then moves up and down on saw blade 20 No. two sliding slots 31, in the band of multiple struts 22 and connection ring 21 Until pulling except the movement with fixed 13 all saw blades 20 of saw-tooth ring under dynamic, and the saw blade 20 being connect with fixed saw-tooth ring 13 is because solid The bolt 34 determined on saw-tooth ring 13 is fixed with saw teeth bars 11, which will not then move, at this time multiple saw blades in saw blades groups The distance between 20 are changed, i.e., the distance between two neighboring saw blade 20 is also conditioned, and then can be changed and be sawed from plank Under multiple battens width, and then improve the scope of application of the utility model.

After plank is sawn into batten by multiple saw blades 20 in cabinet 1 and longitudinal conveyer belt is transmitted to by transverse conveyor 9 After on 49, power plant is connected on longitudinal conveyer belt 49, batten can be transmitted to V-groove plate by longitudinal conveyer belt 49 in turn In 107, when falling into a batten in V-groove plate 107, the No.1 inductor 116 on V-groove plate 107 senses the letter of batten After number, signal is passed to controller 24 by No.1 inductor 116, and the component in 24 elder generation's controlling machine box 1 of controller is stopped.

If the diameter for falling into the batten in V-groove plate 107 is smaller, can be controlled often according to the program of setting by controller 24 A second hydraulic cylinder 120 extends, and second hydraulic cylinder 120 pushes corresponding push plate 119 and No. two inductors 117 to V-groove plate 107 In batten it is close, after No. two inductors 117 sense the signal of batten one end, controller 24 control second hydraulic cylinder 120 stop elongation, and two second hydraulic cylinders 120 are in turn clamped batten by push plate 119；When batten is relatively large in diameter, pass through Controller 24 controls third hydraulic cylinder 122 and extends, and third hydraulic cylinder 122 drives 121 and first sleeve 121 of corresponding first sleeve Interior push plate 119 together clamps batten, and it is tighter that the first sleeve 121 and push plate 119 make batten be pressed from both sides；And when batten is shorter When, then second hydraulic cylinder 120 is controlled by controller 24 and third hydraulic cylinder 122 extends, second hydraulic cylinder 120 and third liquid Cylinder pressure 122 makes 121 co-extensive of push plate 119 and the first sleeve, and then can clamp shorter batten, and it is new to improve this practicality The scope of application of type.

After two telescopic devices 109 clamp batten, and batten is by No. two inductors 117 of 109 one end of telescopic device After sensing signal, No. two inductors 117 control first hydraulic cylinder 108 by controller 24 and shrink, and first hydraulic cylinder 108 drives V-groove plate 107 moves down, and clamped batten is then in vacant state；Then controller 24 controls each rack case again The rotation of the 9th motor 128 on 127, controller 24 can be by controlling the 9th electricity on rack case 127 according to the program of input After the rotation of machine 128, the 9th motor 128 drives corresponding gear 129 to rotate, and gear 129 drives corresponding rack 114 to exist in turn It is moved in the trepanning at 127 both ends of rack case, and rack 114 drives corresponding connecting box 113 to move, because in row's connecting box 113 Two neighboring connecting box 113 is hinged, and rack 114 is also hinged with corresponding connecting box 113, when among fixed plate 111 Rack case 127 in 128 rotational angle of the 9th motor it is smaller when, the 9th motor 128 at this is by gear 129 with carry-over bar The distance of 114 movements is smaller, and 128 rotational angle of the 9th motor in the rack case 127 at 111 both ends of fixed plate is larger When, the distance that the 9th motor 128 at this is moved by gear 129 with carry-over bar 114 is larger, and rack 114 makes tooth after moving Bar case 127 also rotates, and rack case 127 is then rotated by ball 115 in fixed plate 111, and the row in a fixed plate 111 Two neighboring connecting box 113 in connecting box 113 is hinged, after the rotation by the 9th motor 128 in each rack case 127 Row's connecting box 113 in a fixed plate 111 can be made to be formed semicircular arc-shaped, which makes multiple vertical in turn Elastic grinding disc 112 be also combined into semicircular arc-shaped, two rows of elasticity grinding disc 112 and then be circular suitable for polishing cross section Batten；When 128 rotational angle of the 9th motor in the rack case 127 positioned at 111 bottom end of fixed plate is smaller, the at this 9th Motor 128 is smaller by the distance that gear 129 is moved with carry-over bar 114, and positioned at the rack case 127 of 111 top end part of fixed plate When interior 128 rotational angle of the 9th motor is larger, the 9th motor 128 at this by gear 129 with carry-over bar 114 move away from From larger, and rack 114 makes rack case 127 also rotate after moving, and rack case 127 is then turned by ball 115 in fixed plate 111 It is dynamic, row's connecting box 113 in a fixed plate 111 can be made after the rotation by the 9th motor 128 in each rack case 127 Formed rectangular-shaped, it is in perpendicular shape which makes multiple vertical elastic grinding disc 112 also combine in turn, two rows of elasticity Grinding disc 112 is in turn rectangular batten suitable for cross section of polishing, and further improves the scope of application of the utility model.

After controller 24, which controls the elastic grinding disc 112 in fixed plate 111, is combined into definite shape, controller 24 may be used also The 9th motor 128 on each rack case 127 is controlled again and rotates certain angle, and then makes row's bullet by multiple racks 114 Property grinding disc 112 it is mobile or far from batten to batten, and then the utility model is made to be suitable for the polishing to the batten of different-diameter； After two rows of elastic grinding disc 112 and the surface of batten contact, controller 24 controls the rotation of the 6th motor 105, the 6th motor again 105 drive the rotation of the second threaded rod 104, the second threaded rod 104 to make the second sliding block 103 on the guide groove 102 of bottom plate 101 in turn Mobile, the second sliding block 103 drives movable plate 106 to move, and movable plate 106 drives batten clamped thereon in two rows of elasticity in turn It is moved in grinding disc 112, the surface of batten can be carried out polishing work by two rows of elasticity grinding disc 112 in turn；When having on batten When non-surface sanded, the rotation of the 7th motor 110 is controlled by controller 24, the 7th motor 110 drives second sleeve 123 Rotation, second sleeve 123, which makes to be sandwiched in batten therein in turn, also to be rotated, and then controls the 6th motor again by controller 24 105 drive the second threaded rod 104 rotations make the second sliding block 103 move, and can be polished by two rows of elasticity on the other surface of batten Piece 112 continues to polish；Last controller 24 makes said mechanism reset, and the batten after being polished is fallen on V-groove plate 107, and one The polishing work of a batten is completed, and when needing to polish to another batten, repeats above-mentioned work step.

Claims

1. furniture plank cutting polishing production line, it is characterised in that：Including cabinet (1), transmission dress is provided in cabinet (1) It sets, first motor (3) is connected on transmission device；Multiple pinch roller casees (4) side by side are provided with above transmission device, it is each to press Roller box (4) bottom end is both provided with pinch roller (5), and the second motor (6) is respectively connected on each pinch roller (5)；On each pinch roller case (4) Side is respectively connected with spring (7), and connecting rod (8) is respectively connected with above each spring (7)；The transmission device side is provided with transverse direction Conveyer belt (9) is connected with third motor (10) on transverse conveyor (9)；It is provided between transmission device and transverse conveyor (9) Saw teeth bars (11), saw teeth bars (11) middle part are socketed with saw blades groups；Saw blades groups both ends have been respectively fixedly connected with fixed saw-tooth ring (13) With mobile saw-tooth ring (14), fixed saw-tooth ring (13) and mobile saw-tooth ring (14) are socketed in saw teeth bars (11)；The sawtooth Bar (11) one end is provided with the 4th motor (15), and the other end is provided with the 5th motor (16)；Is connected on 5th motor (16) One threaded rod (17) is connected with the lantern ring (18) being socketed in saw teeth bars (11) on the first threaded rod (17)；Lantern ring (18) one end Madial wall and the lateral wall of mobile saw-tooth ring (14) between be connected with bearing (19)；The saw blades groups include multiple being socketed in saw Saw blade (20) on ratch (11) is both provided with the connection ring being socketed in saw teeth bars (11) between two neighboring saw blade (20) (21)；The both sides of each connection ring (21) are rotatably connected to strut (22), and two struts (22) intersect setting, Mei Gezhi One end of bar (22) is connect with saw blade (20), and the first sliding block (23) is both provided between each strut (22) and saw blade (20)； Described transverse conveyor (9) one end is connected with longitudinal conveyer belt (49), and bottom plate (101) is provided with below longitudinal conveyer belt (49), Guide groove (102) is equipped in the middle part of bottom plate (101)；The second sliding block (103) is provided on guide groove (102), in the second sliding block (103) Portion is provided with the second threaded rod (104), and the second threaded rod (104) one end is connected with the 6th motor (105)；Second sliding block (103) Top is connected with movable plate (106), and V-groove plate (107) is provided in the middle part of movable plate (106), is arranged below V-groove plate (107) There is first hydraulic cylinder (108)；Movable plate (106) both ends are both provided with telescopic device (109), on each telescopic device (109) It is respectively connected with the 7th motor (110)；Movable plate (106) both sides are both provided with fixed plate (111), each fixed plate (111) On be both provided with the elastic grinding disc (112) that a row is vertically arranged；Elastic grinding disc (112) be located at two fixed plates (111) it Between, and below longitudinal conveyer belt (49), be both provided with and connect between each elasticity grinding disc (112) and fixed plate (111) Case (113)；Two neighboring connecting box (113) is hinged, and is both provided between each connecting box (113) and fixed plate (111) Rack (114)；Ball (115) is socketed on each rack (114), each ball (115), which rotates with fixed plate (111), to be connected It connects；It is provided with No.1 inductor (116) on the V-groove plate (107)；Close to V-groove plate on each telescopic device (109) (107) one end is both provided with No. two inductors (117)；It is provided with controller (24) on the cabinet (1), first motor (3), Second motor (6), third motor (10), the 4th motor (15), the 5th motor (16), the 6th motor (105), first hydraulic cylinder (108), the 7th motor (110), No.1 inductor (116) and No. two inductors (117) are electrically connected with controller (24).

2. furniture plank cutting polishing production line according to claim 1, it is characterised in that：The pinch roller (5) and the No.1 belt (25) is connected between two motors (6)；Connecting rod (8) bottom end is socketed with 3rd sleeve (26), third set Cylinder (26) bottom end is fixedly connected with pinch roller case (4) top, and spring (7) is located in 3rd sleeve (26)；Connecting rod (8) top Portion is equipped with waist hole (27), and trip bolt (28) is provided in waist hole (27)；Fixed link (29) is connected on trip bolt (28), Gu It is connect at the top of fixed pole (29) one end and cabinet (1)；The middle part of the strut (22) is rotatablely connected with the middle part of connection ring (21), branch Fixing axle (41) is provided at the position that bar (22) is connect with connection ring (21)；It is cut with scissors with the first sliding block (23) one end of strut (22) It connects, the first sliding block (23) is equipped with No.1 sliding slot (30)；It is equipped at the position of corresponding first sliding block (23) on the saw blade (20) No. two sliding slots (31) correspond on saw blade (20) and are equipped with No.1 tooth socket (32) at the position of saw teeth bars (11)；The connection ring (21) No. two tooth sockets (33) are equipped at the position of upper corresponding saw teeth bars (11).

3. furniture plank cutting polishing production line according to claim 1, it is characterised in that：The fixed saw-tooth ring (13) bolt (34) is provided on, bolt (34) one end is connect with saw teeth bars (11)；5th motor (16) and the first screw thread No.1 connecting plate (35) is connected between bar (17)；It is set at the position of corresponding saw teeth bars (11) in the middle part of first threaded rod (17) There is No.1 through-hole (36)；No. two connecting plates (37), No. two connecting plates (37) and lantern ring are socketed on first threaded rod (17) (18) it connects；The both sides of lantern ring (18) outer wall are respectively connected with positioning strip (38), are socketed on lantern ring (18) with cabinet (1) even No. three fixed rings (39) connect；No. three fixed ring (39) inner walls, which correspond to, is equipped with locating slot (40) at the position of positioning strip (38).

4. furniture plank cutting polishing production line according to claim 1, it is characterised in that：Bearing (19) socket On mobile saw-tooth ring (14), bearing (19) includes inner ring and outer ring；Bearing (19) inner ring and the fixed company of mobile saw-tooth ring (14) It connects, bearing (19) outer ring is fixedly connected with lantern ring (18) inner wall；The transmission device includes tooth band (43), and tooth band (43) side is nibbled Close the transfer roller (42) for being connected with multiple horizontal distributions；A transfer roller (42) in the multiple transfer roller (42) and the first electricity No. two belts (44) are connected between machine (3).

5. furniture plank cutting polishing production line according to claim 1, it is characterised in that：The transverse conveyor (9) both ends are respectively arranged with driving wheel (45) and driven wheel (46), and No. three belts (47) are connected on driving wheel (45)；No. three skins Band (47) is connect with third motor (10)；4th motor (15) and the 5th motor (16) the both sides side with cabinet (1) respectively Wall connects；It is corresponded on the cabinet (1) and is equipped with No. two through-holes (48) at the position of transmission device and transverse conveyor (9).

6. furniture plank cutting polishing production line according to claim 1, it is characterised in that：The telescopic device (109) include push plate (119), No. two inductors (117) are located at one end of push plate (119), and the other end of push plate (119) is connected with Second hydraulic cylinder (120)；Fixing sleeve is connected to first set cylinder (121) in second hydraulic cylinder (120), and push plate (119) is located at first set In cylinder (121)；One end far from No. two inductors (117) is connected with third hydraulic cylinder (122), third on first sleeve (121) Fixing sleeve is connected to second sleeve (123) on hydraulic cylinder (122)；First sleeve (121) is located in second sleeve (123), second set It is socketed with No.1 fixed ring (124) on cylinder (123), one end and the 7th far from No. two inductors (117) in second sleeve (123) Motor (110) connects；The second hydraulic cylinder (120) and third hydraulic cylinder (122) are electrically connected with controller (24)；It is described It is corresponded on movable plate (106) and is equipped with fluting (132) at the position of V-groove plate (107), first hydraulic cylinder (108) is located at fluting (132) in；Is threadedly coupled in the middle part of second threaded rod (104) and the second sliding block (103), the second threaded rod (104) one end and 6th motor (105) connects, and the second threaded rod (104) other end is rotatably connected to No. two fixed rings (125).

7. furniture plank cutting polishing production line according to claim 1, it is characterised in that：The connecting box (113) It is inside provided with the 8th motor (126), the 8th motor (126) is connect with elastic grinding disc (112)；The connecting box (113) and tooth One end of item (114) is hinged；8th motor (126) is electrically connected with controller (24)；The rack (114) and ball (115) rack case (127) is provided between, ball (115) is socketed on rack case (127)；The is provided in rack case (127) Nine motors (128) are connected with gear (129) on the 9th motor (128), and gear (129) engages connection with rack (114)；It is described Rack case (127) both ends correspond to and are equipped with trepanning at the positions of rack (114)；9th motor (128) and controller (24) It is electrically connected.

8. the furniture plank cutting polishing production line according to any claim in claim 1 to 7, feature exist In：Moving block (130) is provided at the hinged position of the two neighboring connecting box (113), the rotation of moving block (130) middle part connects It is connected to rotation axis (131)；It is corresponded on connecting box (113) and is equipped with trepanning, connecting box (113) on pair at the position of moving block (130) It answers and is equipped with through-hole at the position of rotation axis (131).