CN207058771U - The fixed plank of knife saw cuts splices all-in-one - Google Patents
The fixed plank of knife saw cuts splices all-in-one Download PDFInfo
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- CN207058771U CN207058771U CN201721081256.5U CN201721081256U CN207058771U CN 207058771 U CN207058771 U CN 207058771U CN 201721081256 U CN201721081256 U CN 201721081256U CN 207058771 U CN207058771 U CN 207058771U
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- knife saw
- cabinet
- motor
- plank
- plate
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Abstract
The utility model discloses the fixed plank of knife saw to cut splices all-in-one, it includes cabinet (1), guide rail (2) is fixedly connected with cabinet (1), movable plate (3), wood support (4) and knife saw support (5) are provided with guide rail (2)；Knife saw (6) and conveyer belt (7) are provided with knife saw support (5)；Coding controller (8) is additionally provided with the cabinet (1)；Cylinder (26) is provided with the guide rail (2)；Cabinet (1) side is provided with pressing plate cabinet (101), and main motor (102), fixation device (103), exit conveyor (104), entrance conveyor (105) and presser device (107) are provided with pressing plate cabinet (101)；Sizer (106) is provided with entrance conveyor (105).The utility model can not only improve security and efficiency, improve splicing effect, also have and operate the advantages of flexible, applied widely, mechanical stability is good, gluing uniformity is good and pressing effect is good.
Description
Technical field
The fixed plank of knife saw that the utility model is related to a kind of timber industry cuts splices all-in-one.
Background technology
At present, the plank used in the timber industry of in the market needs wood blank to cut to obtain, but wood blank is being cut
Shi Tongchang rotates at a high speed knife saw on cutting means, then by the way that manually wood blank is put on knife saw, wood blank is cut
Chamfer rim charge, and because knife saw rotates in high speed during manual work, if worker makes a fault, knife saw can damage to worker, hold
Easily incised wound worker, security are undesirable；And artificial being placed on wood blank on knife saw from one end is needed to cut during manual operation
To after the other end, then plank is taken out, cut what wood blank circulated from the beginning, service speed is slower, less efficient；Market
On bulk plank need by wood board splicing device several pieces of small wood board splicings cut out by guillotine, first exist
Applied glue on small plank, it is glutinous to make viscose more firm by pressure effect with after, but existing wood board splicing machine needs manually
The plank of upper glue is come together, then is all put under pressing plate and is extruded, efficiency is relatively low；And to glue on small plank
Manual operation is needed, because the technical merit by worker is influenceed, gluing is uneven on small plank, the whole wooden plank after bonding
Firmness is relatively low, and splicing effect is poor.Therefore, existing wood blank cuts that there is security to pay no attention to splicing apparatus
Think, the problem of less efficient and splicing effect is poor.
Utility model content
The purpose of this utility model is, there is provided a kind of fixed plank of knife saw cuts splices all-in-one.The utility model
Security and efficiency can not only be improved, also with splicing effect it is preferable the advantages of.
The technical solution of the utility model：The fixed plank of knife saw cuts splices all-in-one, including cabinet, is fixed on cabinet
Guide rail is connected with, movable plate is slidably connected on guide rail；Both ends are connected with wood support on movable plate, are set above wood support
There is knife saw support；Knife saw is connected with knife saw support, knife saw side is provided with conveyer belt；Coding control is additionally provided with the cabinet
Device processed；The guide rail side is provided with cylinder, and cylinder one end is fixedly connected on cabinet；Guide rail bottom is connected with cross slide way；
The cabinet side is provided with pressing plate cabinet, and main motor is provided with pressing plate cabinet, fixation device is connected with main motor；Clamping plate
Device side is provided with exit conveyor, and opposite side is provided with entrance conveyor；Sizer is provided with entrance conveyor；Institute
State and be provided with presser device above main motor, presser device is connected with the top in pressing plate cabinet.
The fixed plank of foregoing knife saw is cut in splices all-in-one, and bearing, bearing are connected with the top of the wood support
Interior one end is rotatably connected to jacking block；Jacking block one end is connected with the first motor, and the other end is connected with multiple equally distributed thimbles；Institute
State wood support bottom and be connected with base, the second motor is provided with base；Screw rod, screw rod and wood are connected with second motor
The bottom threaded connection of material support.
The fixed plank of foregoing knife saw is cut in splices all-in-one, and the 3rd motor is provided with the knife saw support, the
Three motor both sides are respectively connected with wheel disc；Side on wheel disc is rotatably connected to connecting rod, the top ends rotation connection of connecting rod and knife saw；
Knife saw lower carriage is provided with below the knife saw support, knife saw support and knife saw lower carriage are fixedly connected with cabinet；It is described
Knife saw both ends are equipped with the first rectangular opening, and fixing axle is respectively connected with each first rectangular opening.
The fixed plank of foregoing knife saw is cut in splices all-in-one, and the 4th motor, the 4th electricity are provided with the guide rail
Machine one end is connected with helical gear；The movable plate bottom surface is provided with helical teeth, and helical teeth both sides are provided with baffle plate；The multiple fixing axle point
It is not fixedly connected on knife saw support and knife saw lower carriage.
The fixed plank of foregoing knife saw is cut in splices all-in-one, and the fixation device includes fixed case, in fixed case
It is provided with No.1 motor；Driving wheel is connected with No.1 motor, driven pulley is connected with driving wheel；It is fixedly connected with driven pulley
Reverse-flighted screw, reverse-flighted screw both ends hand of spiral is opposite and is threaded with the collar.
The fixed plank of foregoing knife saw is cut in splices all-in-one, and the fixed case side is connected with connecting rod, another
Side is connected with bottom plate；Bottom plate upper/lower terminal portion is equipped with multiple second rectangular openings, and clamping plate is respectively connected with each second rectangular opening
Tooth；Clamping plate bottom of the tooth end is connected with bottom plate, and bottom plate is connected with the collar；Clamping plate connecting rod is fixedly connected with the clamping plate tooth, is pressed from both sides
Plate connecting rod one end is connected with fixed block；The bottom plate and fixed block are arranged on the side of bottom plate, and clamping plate tooth and clamping plate connecting rod are set
Put the opposite side in bottom plate；Circular hole is additionally provided with the bottom plate, short stroke air cylinders are connected with circular hole, short stroke air cylinders are fixed on
In fixed case；The connecting rod is fixedly connected with main motor.
The fixed plank of foregoing knife saw is cut in splices all-in-one, and the sizer includes portal frame, on portal frame
Side is provided with No. two motors, and long stroke cylinder is connected with No. two motors；Infrared inductor is connected with long stroke cylinder, it is red
Controller is connected with outside line inductor；Rotating shaft is provided with below portal frame, glue roller is connected with rotating shaft；On the portal frame
Provided with chute, No. two motors are fixedly connected with rotating shaft.
The fixed plank of foregoing knife saw is cut in splices all-in-one, and the presser device includes hydraulic cylinder, under hydraulic cylinder
Side is connected with pressing plate, and the position that clamping plate tooth is corresponded on pressing plate is provided with notch；The hydraulic cylinder is fixedly connected in pressing plate cabinet
Top.
Compared with prior art, the utility model improves existing wood blank and cut and splicing apparatus, by machine
Movable plate is slidably connected on guide rail in case, both ends are connected with wood support on movable plate, and wood blank is stuck in into timber branch
Between frame, two wood supports with movable plate slided on guide rail and moving back and forth back and forth, by above wood support
It is provided with knife saw support, the knife saw on knife saw support cuts the leftover pieces of the wood blank between wood support, passes through gas
Cylinder push rail moves on cross slide way, can move forward and backward wood blank, then move left and right drive wood by movable plate
Material blank is moved left and right, and then plank is cut out in wood blank, and the waste material and plank under cutting are passed by conveyer belt
It is sent to outside cabinet and is collected, the effect of said mechanism is accomplished by the control of coding controller, instead of artificial behaviour
Make, improve efficiency, and knife saw is arranged in cabinet, the operation of mechanization is avoided manually by the danger of knife saw, is improved
Security；Rotated by the main motor in pressing plate cabinet, first drive fixation device to be parked in the side of entrance conveyor, input passes
The sizer taken is sent uniformly to be glued to the one side of fritter plank, the small plank of polylith of first-class glue is transported to fixation device
In, main motor rotates drives fixation device to be parked in below presser device again, and presser device carries out weight to the plank in fixation device
Power extrudes, and makes the plank of viscose more firm, and last main motor rotates the side for driving fixation device to be parked in exit conveyor, defeated
Go out conveyer belt to transfer out the monoblock plank spliced, drive fixation device to turn to each process by the rotation of main motor
In operated, improve the operating efficiency of splice template, and sizer uniformly can carry out gluing, presser device to plank
The plank being bonded together is extruded in vertical direction, makes extruding more abundant, the firmness after wood board splicing is more preferable, carries
High splicing effect.In addition, the utility model slidably connects top also by being connected with bearing at the top of wood support in bearing
Block, multiple thimbles on jacking block can by wood blank pegging tightly, pass through the first motor driven jacking block and rotate, wood blank two
The jacking block at end drives wood blank rotation, and knife saw can be made to cut every side of wood blank, improve the flexibility of operation；And
Base is connected with wood support bottom, the second motor is provided with base, the second motor driven screw rod rotates, and screw rod drives
The wood support being connected with screw flight moves left and right on base, and then adjusts the distance of two wood supports, suitable for not
Wood blank with length is cut, and improves the scope of application；By being provided with the 3rd motor, the 3rd motor belt motor on knife saw support
The rotation of the wheel disc of dynamic both sides, and the side on wheel disc is rotatably connected to connecting rod, the top ends of connecting rod and knife saw are rotatablely connected, and
Knife saw both ends are equipped with the first rectangular opening, and fixing axle is respectively connected with each first rectangular opening, and multiple fixing axles are fixedly connected
On knife saw support and knife saw lower carriage, rotation drivening rod one end of wheel disc rotates with wheel disc, and the connecting rod other end drives knife saw
By movement of first rectangular opening in fixing axle back and forth, so as to so that knife saw done on knife saw support and knife saw lower carriage it is past
Multiple motion, and then wood blank is cut, the stability of mechanism is improved by the cooperation of said mechanism；By being set on guide rail
There is the 4th motor, the 4th motor driven helical gear is rotated, and helical gear is engaged with the helical teeth of movable plate bottom surface, helical gear rotational band
Dynamic movable plate can be moved back and forth by the stop of baffle plate on guide rail, improve the flexibility of mechanism；By in trigger squeeze
Reverse-flighted screw in case inner clip panel assembly drives the distance between bottom plate on the collar at both ends, and then is connected on regulating base board
The distance between clamping plate tooth, suitable for the splicing for the plank of different-thickness being clipped between clamping plate tooth, improve the scope of application；
By the circular hole set on bottom plate, the piston of short stroke air cylinders can shift the whole wood spliced onto output by circular hole and pass
Send and take, further increase the efficiency of work；By being provided with chute on portal frame, long stroke cylinder promotes No. two motors to move
Dynamic, so as to drive glue roller to move, and No. two motors enable glue roller to be rotating the gluing to plank, and it is uniform to improve gluing
Property, gluing effect is good；By being provided with notch on pressing plate, pressing plate is set uniformly to be pressed to plank through clamping plate tooth,
Improve the effect of pressing.Therefore, the utility model can not only improve security and efficiency, improve splicing effect, also have behaviour
Make the advantages of flexible, applied widely, mechanical stability is good, gluing uniformity is good and pressing effect is good.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the structural representation in cabinet；
Fig. 3 is the structural representation of knife saw support；
Fig. 4 is the structural representation of bearing；
Fig. 5 is the bottom surface structure schematic diagram of movable plate；
Fig. 6 is the side view of movable plate；
Fig. 7 is the structural representation of fixation device；
Fig. 8 is the top view of fixation device；
Fig. 9 is the structural representation of bottom plate；
Figure 10 is the left view of sizer；
Figure 11 is the structural representation of clamping plate tooth and bottom plate；
Figure 12 is the structural representation of pressing plate.
Mark in accompanying drawing for：1- cabinets, 2- guide rails, 3- movable plates, 4- wood supports, 5- knife saw supports, 6- knife saws, 7-
Conveyer belt, 8- coding controllers, 9- bearings, 10- jacking blocks, the motors of 11- first, 12- thimbles, 13- bases, the motors of 14- second,
15- screw rods, the motors of 16- the 3rd, 17- wheel discs, 18- connecting rods, the rectangular openings of 19- first, 20- fixing axles, the motors of 21- the 4th, 22- are oblique
Gear, 23- helical teeth, 24- baffle plates, 25- wood blanks, 26- cylinders, 27- cross slide ways, 28- knife saw lower carriages, 101- trigger squeezes
Case, 102- main motors, 103- fixation devices, 104- exit conveyors, 105- entrance conveyors, 106- sizers, 107- pressures
Panel assembly, 108- fixed cases, 109- No.1 motors, 110- driving wheels, 111- driven pulleys, 112- reverse-flighted screws, the 113- collars,
114- connecting rods, 115- bottom plates, the rectangular openings of 116- second, 117- clamping plate teeth, 118- bottom plates, 119- clamping plate connecting rods, 120- are solid
Determine block, 121- circular holes, 122- short stroke air cylinders, 123- portal frames, No. bis- motors of 124-, 125- long stroke cylinders, 126- is infrared
Line inductor, 127- rotating shafts, 128- glue rollers, 130- chutes, 131- hydraulic cylinders, 132- pressing plates, 133- notches, 134- controls
Device.
Embodiment
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.The fixed plank of knife saw cuts splices all-in-one, forms as shown in Fig. 1 to 12, including cabinet 1, cabinet 1
On be fixedly connected with guide rail 2, movable plate 3 is slidably connected on guide rail 2；Both ends are connected with wood support 4, timber on movable plate 3
The top of support 4 is provided with knife saw support 5；Knife saw 6 is connected with knife saw support 5, the side of knife saw 6 is provided with conveyer belt 7；The machine
Coding controller 8 is additionally provided with case 1；The side of guide rail 2 is provided with cylinder 26, and the one end of cylinder 26 is fixedly connected on cabinet 1
On；The bottom of guide rail 2 is connected with cross slide way 27；The side of cabinet 1 is provided with pressing plate cabinet 101, is set in pressing plate cabinet 101
There is main motor 102, fixation device 103 is connected with main motor 102；The side of fixation device 103 is provided with exit conveyor 104,
Opposite side is provided with entrance conveyor 105；Sizer 106 is provided with entrance conveyor 105；The top of main motor 102
Presser device 107 is provided with, presser device 107 is connected with the top in pressing plate cabinet 101.
The top of wood support 4 is connected with bearing 9, and one end is rotatably connected to jacking block 10 in bearing 9；The one end of jacking block 10 connects
The first motor 11 is connected to, the other end is connected with multiple equally distributed thimbles 12；The bottom of wood support 4 is connected with base
13, the second motor 14 is provided with base 13；Screw rod 15, the bottom of screw rod 15 and wood support 4 are connected with second motor 14
Portion is threadedly coupled；The 3rd motor 16 is provided with the knife saw support 5, the both sides of the 3rd motor 16 are respectively connected with wheel disc 17；Wheel disc
Side on 17 is rotatably connected to connecting rod 18, and the top ends of connecting rod 18 and knife saw 6 are rotatablely connected；The lower section of knife saw support 5 is set
Knife saw lower carriage 28 is equipped with, knife saw support 5 and knife saw lower carriage 28 are fixedly connected with cabinet 1；The both ends of knife saw 6 are equal
Provided with the first rectangular opening 19, fixing axle 20 is respectively connected with each first rectangular opening 19；The 4th motor is provided with the guide rail 2
21, the one end of the 4th motor 21 is connected with helical gear 22；The bottom surface of movable plate 3 is provided with helical teeth 23, and the both sides of helical teeth 23 are provided with gear
Plate 24；The multiple fixing axle 20 is respectively fixedly connected with knife saw support 5 and knife saw lower carriage 28；The fixation device 103
Including fixed case 108, No.1 motor 109 is provided with fixed case 108；Driving wheel 110 is connected with No.1 motor 109, actively
Driven pulley 111 is connected with wheel 110；Reverse-flighted screw 112, the both ends screw thread of reverse-flighted screw 112 are fixedly connected with driven pulley 111
It is threaded with the opposite direction and the collar 113；The side of fixed case 108 is connected with connecting rod 114, and opposite side is connected with bottom
Plate 115；The upper/lower terminal portion of bottom plate 115 is equipped with multiple second rectangular openings 116, and folder is respectively connected with each second rectangular opening 116
Plate tooth 117；The bottom of clamping plate tooth 117 is connected with bottom plate 118, and bottom plate 118 is connected with the collar 113；It is solid on the clamping plate tooth 117
Surely clamping plate connecting rod 119 is connected with, the one end of clamping plate connecting rod 119 is connected with fixed block 120；The bottom plate 118 and fixed block 120 are set
Put in the side of bottom plate 115, clamping plate tooth 117 and clamping plate connecting rod 119 are arranged on the opposite side of bottom plate 115；On the bottom plate 115 also
Provided with circular hole 121, short stroke air cylinders 122 are connected with circular hole 121, short stroke air cylinders 122 are fixed in fixed case 108；It is described
Connecting rod 114 is fixedly connected with main motor 102；The sizer 106 includes portal frame 123, and the top of portal frame 123 is provided with
No. two motors 124, long stroke cylinder 125 is connected with No. two motors 124；Infrared induction is connected with long stroke cylinder 125
Device 126, controller 134 is connected with infrared inductor 126；The lower section of portal frame 123 is provided with rotating shaft 127, connects in rotating shaft 127
It is connected to glue roller 128；The portal frame 123 is provided with chute 130, and No. two motors 124 are fixedly connected with rotating shaft 127；Institute
Stating presser device 107 includes hydraulic cylinder 131, and the lower section of hydraulic cylinder 131 is connected with pressing plate 132, clamping plate tooth 117 is corresponded on pressing plate 132
Position be provided with notch 133；The hydraulic cylinder 131 is fixedly connected on the top in pressing plate cabinet 101.
Operation principle：During work, first pass through the coding controller 8 on cabinet 1 and control on movable plate 3 in the base 13 at both ends
The second motor 14 start, the rotate counterclockwise of the second motor 14 in left end base 13, drive the screw rod 15 of left end to revolve counterclockwise
Turn, so as to drive the wood support 4 of left end to be moved to the left, and the second motor 14 in right-hand member base 13 turns clockwise, and drives
The screw rod 15 of right-hand member turns clockwise, so as to drive the wood support 4 of right-hand member to move right, so as to which two wood supports 4 be divided
Open；Between wood blank 25 is put into two wood supports 4, then it is suitable by the second motor 14 of the control left end of coding controller 8
Hour hands rotate, the rotate counterclockwise of the second motor 14 of right-hand member, so as to drive two wood supports 4 to centre movement, wood blank
25 are stuck between two wood supports 4；Now control the 3rd motor 16 in knife saw support 5 clockwise by coding controller 8
Rotation, the 3rd motor 16 is turned clockwise by the wheel disc 17 at left and right sides of belt drive, and side passes through connecting rod on wheel disc 17
18 are rotatablely connected with the top ends of knife saw 6, and the both ends of knife saw 6 are equipped with the first rectangular opening 19, on each first rectangular opening 19
Be connected with fixing axle 20, multiple fixing axles 20 are respectively fixedly connected with knife saw support 5 and knife saw lower carriage 28, wheel disc 17 it is suitable
Hour hands rotate the one end of drivening rod 18 and rotated clockwise with wheel disc 17, and the other end of connecting rod 18 drives knife saw 6 to pass through the first rectangle
Movement of the hole 19 in fixing axle 20 back and forth, so as to so that the knife saw 6 of both sides is done on knife saw support 5 and knife saw lower carriage 28
Move back and forth, and then wood blank 25 can be cut by knife saw 6.
And coding controller 8 can control the rotation of the first motor 11 on bearing 9, and then drive jacking block 10 and thimble 12
Rotation, so as to drive the rotation of the wood blank 25 between the thimble 12 being stuck in side supports 9, so as to so that knife saw 6
Any one side of wood blank 25 is cut；When wood blank 25 is stuck between two wood supports 4, and two timber
Support 4 is fixedly connected on movable plate 3, and the center bottom of movable plate 3 is provided with helical teeth 23, and the bottom both sides of movable plate 3 are connected with baffle plate
24, the baffle plate 24 of both sides can be stuck on guide rail 2, and the 4th motor 21 is provided with guide rail 2, the control of coding controller 8 the 4th
The rotation of motor 21 can drive the rotation of helical gear 22, and the helical teeth 23 on tooth and movable plate 3 on helical gear 22 is engaged, tiltedly
The cooperation rotated clockwise by helical teeth 23 of gear 22, the baffle plate 24 by being stuck in the both sides of guide rail 2 drive movable plate 3 in guide rail
2 slide to the left, and rotating counterclockwise for helical gear 22 drives movable plate 3 to be slided to the right in guide rail 2, and then can make whole timber base
The cutting back and forth on two knife saws 6 of material 25；After the side of wood blank 25 is cut, start cylinder 26, the push rail 2 of cylinder 26
Transversely guide rail 27 moves inward, and now the right side of the left end of wood blank 25 knife saw 6 on the right, the 4th motor 21 start,
Movable plate 3 is driven to start to slide to the left on guide rail 2, and then knife saw 6 can saw out finished product plank in wood blank 25.
Wood blank 25 cut by knife saw 6 under leftover pieces and finished product plank can by the rotate counterclockwise of conveyer belt 7,
Leftover pieces are sent to the outside of cabinet 1 and are collected, and the finished wood blank 25 after processing of cutting passes through two side rails
The rotation of the screw rod 15 connected on material support 4, pass through the rotate counterclockwise of screw rod 15 of left end and the dextrorotation of screw rod 15 of right-hand member
Turn, and then two wood supports 4 are separated, finally transport out finished product plank, for next process.
When the horizontal conveyer belt 7 out of cabinet 1 of finished product plank is transported in pressing plate cabinet 101, first one piece of plank is put
Between entering two bank clamping plate teeth 117 in sizer 106, then the input that other planks are put into pressing plate cabinet 101 transmits
On band 105, entrance conveyor 105 rotates clockwise, and drives plank to move right close to sizer 106, on plank is encountered
During the infrared ray that the infrared inductor 126 in adhesive dispenser 106 is sent, infrared inductor 126 senses the signal of plank simultaneously
Signal is passed into controller 134, the control input conveyer belt 105 of controller 134 stops operating, and No. two motors 124 start up time
Pin rotates, and drives rotating shaft 127 to rotate clockwise, and rotating shaft 127 drives glue roller 128 to rotate clockwise, and No. two motors 124 is straight
Footpath is more than the width of chute 130, and the diameter of rotating shaft 127 is less than the width of chute 130, and now long stroke cylinder 125 starts, and passes through
Piston on long stroke cylinder 125 is by No. two motors 124 in most inner side along the portal frame being fixed in pressing plate cabinet 101
123 move laterally, and No. two motors 124 drive rotating shaft 127 can be along the also outside sidesway of chute 130 of the upper beam of portal frame 123
It is dynamic, and then drive glue roller 128 to move laterally, glue roller 128 carries out gluing to the side of plank；After coating glue, long row
Stroke cylinder 125 resets, and drives glue roller 128 to reset, and the control input conveyer belt 105 of controller 134 continues to rotate clockwise, and drives
The plank of first-class glue moves right, and fixation device 103 now is in the side of entrance conveyor 105, and entrance conveyor 105 is by wood
Plate is transported between the two rows clamping plate tooth 117 in fixation device 103, defeated after polylith plank is transported to fixation device 103
Enter conveyer belt 105 to stop operating, and the No.1 motor 109 in fixed case 108 starts to rotate clockwise, and drives driving wheel 110 suitable
Hour hands rotate, and driving wheel 110 drives driven pulley 111 to rotate counterclockwise, and reverse-flighted screw 112 also rotates counterclockwise therewith, drive double
The collar 113 to the both ends of screw rod 112 moves inward, and the collar 113 drives bottom plate 118 to move inward, the band of bottom plate 118
The clamping plate tooth 117 for moving multiple arrangements moves inward along the second rectangular opening 116 on bottom plate 115, and then by fixation device 103
Plank clamp, and clamping plate connecting rod 119 and fixed block 120 move inward also along the second rectangular opening 116, clamping plate connecting rod 119
Play a part of fixed multiple clamping plate teeth 117 with fixed block 120, make two rows clamping plate tooth 117 more firm when clamping plank.
When plank is clamped between two rows clamping plate tooth 117, main motor 102 rotates counterclockwise, and drives connecting rod
114 rotate counterclockwise, and connecting rod 114 drives fixation device 103 also to rotate counterclockwise, when fixation device 103 is in presser device
During 107 lower section, main motor 102 stops operating, and the hydraulic cylinder 131 in presser device 107 starts, and band dynamic pressure plate 132 moves down,
Pressing plate 132 is forced downward the plank of the clamping in fixation device 103, and the position of the corresponding clamping plate tooth 117 of pressing plate 132 is provided with notch
133, when pressing plate 132 presses to plank, the notch 133 on pressing plate 132 passes through clamping plate tooth 117, and then will laterally be clipped in two row foldings
Plank between plate tooth 117 compresses；Be pressed to polylith plank viscose it is firm after, hydraulic cylinder 131 is resetted, and pressing plate 132 is lifted upwards
Rise, now main motor 102 rotates counterclockwise again, drives fixation device 3 to turn to exit conveyor 104 1 by connecting rod 114
Side, main motor 102 stop operating, and No.1 motor 109 starts to rotate counterclockwise, and are driven by driving wheel 110 and driven pulley 111 double
Rotated clockwise to screw rod 112, reverse-flighted screw 112 makes two rows clamping plate tooth 117 move laterally by the collar 113, makes to stick
A monoblock plank after glue is firm is not clamped by fixation device 103, and now short stroke air cylinders 122 start, and corresponding on bottom plate 115
The opening position of short stroke air cylinders 122 is provided with circular hole 121, and the pistons of short stroke air cylinders 122 is by circular hole 121 to the sidesway of plank one
It is dynamic, and then the whole wood of one block in fixation device 103 is released to the right, until being pulled on exit conveyor 104, exit conveyor
104 rotate clockwise, and drive one block of whole wood to move right, and are collected, work until being transported to the outside of pressing plate cabinet 101
Complete.
Claims (8)
1. the fixed plank of knife saw cuts splices all-in-one, it is characterised in that：Including cabinet (1), cabinet is fixedly connected with (1)
Guide rail (2), movable plate (3) is slidably connected on guide rail (2)；Both ends are connected with wood support (4), timber branch on movable plate (3)
Knife saw support (5) is provided with above frame (4)；Knife saw (6) is connected with knife saw support (5), knife saw (6) side is provided with conveyer belt
(7)；Coding controller (8) is additionally provided with the cabinet (1)；Guide rail (2) side is provided with cylinder (26), cylinder (26)
One end is fixedly connected on cabinet (1)；Guide rail (2) bottom is connected with cross slide way (27)；Cabinet (1) side is provided with pressure
Trigger case (101), pressing plate cabinet (101) is interior to be provided with main motor (102), and main motor is connected with fixation device on (102)
(103)；Fixation device (103) side is provided with exit conveyor (104), and opposite side is provided with entrance conveyor (105)；Input
Sizer (106) is provided with conveyer belt (105)；Presser device (107), pressing plate are provided with above the main motor (102)
Device (107) is connected with the top in pressing plate cabinet (101).
2. the fixed plank of knife saw according to claim 1 cuts splices all-in-one, it is characterised in that：The wood support
(4) top is connected with bearing (9), and bearing (9) interior one end is rotatably connected to jacking block (10)；Jacking block (10) one end is connected with the first electricity
Machine (11), the other end are connected with multiple equally distributed thimbles (12)；Wood support (4) bottom is connected with base
(13), it is provided with the second motor (14) in base (13)；Screw rod (15), screw rod (15) and timber are connected with second motor (14)
The bottom threaded connection of support (4).
3. the fixed plank of knife saw according to claim 1 cuts splices all-in-one, it is characterised in that：The knife saw support
(5) the 3rd motor (16) is provided with, the 3rd motor (16) both sides are respectively connected with wheel disc (17)；Side on wheel disc (17) rotates
Connecting rod (18) is connected with, the top ends of connecting rod (18) and knife saw (6) are rotatablely connected；Knife is provided with below the knife saw support (5)
Lower carriage (28) is sawed, knife saw support (5) and knife saw lower carriage (28) are fixedly connected with cabinet (1)；Knife saw (6) both ends
Portion is equipped with the first rectangular opening (19), and fixing axle (20) is respectively connected with each first rectangular opening (19).
4. the fixed plank of knife saw according to claim 3 cuts splices all-in-one, it is characterised in that：The guide rail (2)
On be provided with the 4th motor (21), the 4th motor (21) one end is connected with helical gear (22)；Movable plate (3) bottom surface is provided with oblique
Tooth (23), helical teeth (23) both sides are provided with baffle plate (24)；The multiple fixing axle (20) is respectively fixedly connected with knife saw support (5)
On knife saw lower carriage (28).
5. the fixed plank of knife saw according to claim 1 cuts splices all-in-one, it is characterised in that：The fixation device
(103) include fixed case (108), No.1 motor (109) is provided with fixed case (108)；No.1 motor is connected with master on (109)
Driving wheel (110), driven pulley (111) is connected with driving wheel (110)；Driven pulley is fixedly connected with reverse-flighted screw on (111)
(112), reverse-flighted screw (112) both ends hand of spiral is opposite and is threaded with the collar (113).
6. the fixed plank of knife saw according to claim 5 cuts splices all-in-one, it is characterised in that：The fixed case
(108) side is connected with connecting rod (114), and opposite side is connected with bottom plate (115)；Bottom plate (115) upper/lower terminal portion is equipped with more
Individual second rectangular opening (116), clamping plate tooth (117) is respectively connected with each second rectangular opening (116)；Clamping plate tooth (117) bottom connects
Bottom plate (118) is connected to, bottom plate (118) is connected with the collar (113)；Clamping plate company is fixedly connected with the clamping plate tooth (117)
Bar (119), clamping plate connecting rod (119) one end are connected with fixed block (120)；The bottom plate (118) and fixed block (120) are arranged on
The side of bottom plate (115), clamping plate tooth (117) and clamping plate connecting rod (119) are arranged on the opposite side of bottom plate (115)；The bottom plate
(115) circular hole (121) is additionally provided with, short stroke air cylinders (122) are connected with circular hole (121), short stroke air cylinders (122) are fixed on
In fixed case (108)；The connecting rod (114) is fixedly connected with main motor (102).
7. the fixed plank of knife saw according to claim 1 cuts splices all-in-one, it is characterised in that：The sizer
(106) include portal frame (123), be provided with No. two motors (124) above portal frame (123), be connected with No. two motors (124)
Long stroke cylinder (125)；Infrared inductor (126) is connected with long stroke cylinder (125), on infrared inductor (126)
It is connected with controller (134)；Rotating shaft (127) is provided with below portal frame (123), rotating shaft is connected with glue roller on (127)
(128)；The portal frame (123) is provided with chute (130), and No. two motors (124) are fixedly connected with rotating shaft (127).
8. the fixed plank of knife saw according to any claim in claim 1 to 7 cuts splices all-in-one, its feature
It is：The presser device (107) includes hydraulic cylinder (131), and pressing plate (132), pressing plate are connected with below hydraulic cylinder (131)
(132) position that clamping plate tooth (117) is corresponded on is provided with notch (133)；The hydraulic cylinder (131) is fixedly connected on pressing plate cabinet
(101) top in.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721081256.5U CN207058771U (en) | 2017-08-25 | 2017-08-25 | The fixed plank of knife saw cuts splices all-in-one |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721081256.5U CN207058771U (en) | 2017-08-25 | 2017-08-25 | The fixed plank of knife saw cuts splices all-in-one |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207058771U true CN207058771U (en) | 2018-03-02 |
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ID=61514415
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721081256.5U Expired - Fee Related CN207058771U (en) | 2017-08-25 | 2017-08-25 | The fixed plank of knife saw cuts splices all-in-one |
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| Country | Link |
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| CN (1) | CN207058771U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107322691A (en) * | 2017-08-25 | 2017-11-07 | 湖州民阁木业有限公司 | A kind of fixed plank of knife saw cuts splicing all-in-one |
| CN110919786A (en) * | 2019-12-11 | 2020-03-27 | 山西益泰永木雕有限公司 | Never-cracking wooden board antithetical couplet manufacturing device and manufacturing method |
-
2017
- 2017-08-25 CN CN201721081256.5U patent/CN207058771U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107322691A (en) * | 2017-08-25 | 2017-11-07 | 湖州民阁木业有限公司 | A kind of fixed plank of knife saw cuts splicing all-in-one |
| CN110919786A (en) * | 2019-12-11 | 2020-03-27 | 山西益泰永木雕有限公司 | Never-cracking wooden board antithetical couplet manufacturing device and manufacturing method |
| CN110919786B (en) * | 2019-12-11 | 2021-10-26 | 山西益泰永木雕有限公司 | Never-cracking wooden board antithetical couplet manufacturing device and manufacturing method |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180302 Termination date: 20180825 |