CN109304799A - A kind of insulation board feeder of edge alignment device - Google Patents

Abstract

A kind of insulation board feeder of edge alignment device, belongs to insulation board production technical field.It is characterized by comprising material frame (1), lifting device (5) and conveying devices, the two sides of material frame (1) are symmetrically arranged with puts the load of insulation board and puts portion (102) for carrying on a shoulder pole, and load put portion (102) be arranged at intervals with along the short transverse of material frame (1) it is multiple, material frame (1) is arranged on lifting device (5) and with lifting device (5) synchronization lifting, conveying device setting is in the middle part of lifting device (5), and the feed end of conveying device protrudes into material frame (1).The two sides load of the insulation board to be cut of the insulation board feeder of this edge alignment device is placed on load and puts in portion, lifting device is matched with conveying device, insulation board is conveyed to cutter device one by one, realize continuously conveying one by one for insulation board, and after the insulation board on material frame conveys completely, the material frame of the material frame replacement sky of insulation board can will be filled, material supplement is rapid.

Description

A kind of insulation board feeder of edge alignment device

Technical field

A kind of insulation board feeder of edge alignment device, belongs to insulation board production technical field.

Background technique

Polystyrene molded plate (EPS), polystyrene extruded sheet (XPS), phenolic board, polyurethane sheet, graphite polystyrene board and Rock wool is the upper common external-wall heat-insulation material of current building, and these types of thermal insulation material has good heat insulating, spy easy for construction Point, is widely used by the whole nation.But these thermal insulation materials combustibility in addition to rock wool is not achieved A grades, easily causes fire.It is existing In technology, fiber is parallel with screed when in use for flat silk rock wool, and vertical strain intensity is low, is easy to appear after use and opens layer by layer It splits, influences the service life of insulation board.And rock wool is also easy water suction, the destruction of its physical property is caused, to reduce heat preservation The service life of plate.

In the production technology of insulation board, edging is carried out to insulation board after needing the mortar on insulation board to solidify, it can Enough guarantee that the side of insulation board is neat, and insulation board can be made to meet required size requirement.The edging of insulation board is logical at present It is carried out frequently with the mode manually cut, this method exists as following drawbacks: 1, due to insulation board quality weight, so as to cause edging Speed it is slower, and then improve the processing cost of insulation board, and artificial edging causes the size of insulation board unstable, causes to give up Product rate is higher；2, since edging needs to carry out after mortar solidification, the working environment of edging is severe, to operator's Body harm is larger.Due to the limitation of the diameter of cast-cutting saw slice, cast-cutting saw slice is merely able to carry out an insulation board every time Cutting, therefore it is one of the technical issues of must solving that how insulation board is continuously conveyed to cutter device one by one.

Summary of the invention

It can be by insulation board one by one the technical problem to be solved by the present invention is overcoming the deficiencies of the prior art and provide one kind It is conveyed to cutter device and can be realized the insulation board feeder for the edge alignment device being continuously conveyed.

The technical solution adopted by the present invention to solve the technical problems is: the insulation board feeder of the edge alignment device, Be characterized in that: including material frame, lifting device and conveying device, the two sides of material frame, which are symmetrically arranged with, puts insulation board for carrying on a shoulder pole Load puts portion, and load puts portion and is arranged at intervals with along the short transverse of material frame multiple, and material frame is arranged on lifting device and with liter Falling unit synchronization lifting, conveying device is arranged in the middle part of lifting device, and the feed end of conveying device protrudes into material frame.

Preferably, the material frame is cuboid framework, and the width of material frame is greater than the width of insulation board, and load puts portion It is arranged in material frame.

Preferably, the conveying device is cutting conveyer belt, and the width for cutting conveyer belt is greater than the width of insulation board, and Less than the width of material frame.

Preferably, the lifting device includes lifting device main body, is slidably mounted on the intracorporal lifting of lifting device master Frame and lifting drive mechanism, lifting drive mechanism are arranged on the upside of lifting device main body, lifting drive mechanism and crane phase Even, and crane is driven to go up and down.

Preferably, the crane is horizontally disposed cuboid framework, and it is defeated to be horizontally installed with crane on crane Band is sent, material frame is placed on crane conveyer belt.

Preferably, the two sides of the crane are symmetrically arranged with crane directive wheel, and crane directive wheel is rotatably installed in On crane, crane is slidably mounted in lifting device main body by crane directive wheel.

Preferably, the two sides of the crane are symmetrically arranged with the crane guide rod for being oriented to material frame.

Preferably, the both ends of the crane guide rod are from middle part to end gradually to bending on the outside of crane It is skewed.

Compared with prior art, the present invention has the beneficial effects that

1, the two sides load of the insulation board to be cut of the insulation board feeder of this edge alignment device is placed on load and puts in portion, lifting device Material frame decline is driven, and is matched with conveying device, insulation board is conveyed to cutter device one by one, to realize insulation board Continuously convey one by one, and when the insulation board on material frame convey completely after, the material frame that can will fill insulation board replaces sky Material frame, rapidly, insulation board transfer efficiency is high for material supplement.

2, crane conveyer belt is installed on crane, horizontal feed can be carried out to material frame, so as to preferably It is matched with conveying device, avoids conveying device from influencing the lifting of material frame, and do not need aloft to supplement insulation board, kept the temperature Plate supplement is convenient.

3, crane directive wheel can be matched with lifting device main body, be oriented to crane, can either guarantee to rise The lifting of frame straight line is dropped, guarantees that material frame and conveying device just to just, and can be avoided crane in lifting process and shake, thus Influence the stability of equipment work.

4, crane guide rod can be oriented to moving horizontally for material frame, to avoid material frame in moving process Middle deviation crane conveyer belt, influences the cooperation of material frame and conveying device；The end of crane guide rod be it is skewed, make object Material frame more easily enters between two crane guide rods.

Detailed description of the invention

Fig. 1 is the stereoscopic schematic diagram of lifting device.

Fig. 2 is the partial enlarged view in Fig. 1 at A.

Fig. 3 is the stereoscopic schematic diagram of material frame.

Fig. 4 is the stereoscopic schematic diagram of insulation board edge alignment device.

Fig. 5 is the stereoscopic schematic diagram of feeding device.

Fig. 6 is the stereoscopic schematic diagram of feeding rack.

Fig. 7 is the stereoscopic schematic diagram of cutter device.

Fig. 8 is the partial enlarged view in Fig. 7 at B.

Fig. 9 is the partial enlarged view in Fig. 7 at C.

Figure 10 is the partial enlarged view in Fig. 7 at D.

Figure 11 is the stereoscopic schematic diagram of Cutting platform.

Figure 12 is the stereoscopic schematic diagram of discharging device.

Figure 13 is the stereoscopic schematic diagram of discharge rack.

In figure: 1, material frame 101, material frame body 102, load put portion 2, transfer rack 3, feeding rack 4, charging Frame pedestal 5, lifting device 6, cutter device 7, discharge rack pedestal 8, discharge rack 9, transfer rack feeding roller 10, in Pivoted frame limit plate 11, feeding table 12, feeding table guide rod 13, feeding table feeding roller 14, feeding drive shaft 15, into Expect frame limited block 16, lifting device main body 17, crane 18, crane conveyer belt 19, crane guide rod 20, Crane directive wheel 21, stack device 22, Cutting platform 23, saw blade mounting rack 24, cutting conveyer belt 25, cutting Frame 26, cast-cutting saw slice 27, guide sleeve 28, mounting rail 29, cutting rack installation axle 30, cutting rack directive wheel 31, Cutting rack guide rail 32, cutting positioning cylinder 34, stacks push plate 35, push plate cylinder 36, stacks cutting positioning plate 33 Frame directive wheel 37, stacking shelf leading arm 38, stacking shelf 39, swinging frame 40, cutting carrying roller 41, column 42, pendulum Swing arm 43, Cutting platform guide rod 45, stacks guide plate 46, cutter device main body 47, discharging at oscillating cylinder 44 Frame limited block 48, discharging platform feeding roller 50, discharge rack guide plate 51, discharge rack limit plate 52, goes out discharging platform 49 Expect frame idler wheel.

Specific embodiment

Fig. 1 ~ 13 are highly preferred embodiment of the present invention, and 1 ~ 13 the present invention will be further described with reference to the accompanying drawing.

A kind of insulation board feeder of edge alignment device, it is characterised in that: including material frame 1, lifting device 5 and conveying Device, the two sides of material frame 1 are symmetrically arranged with puts the load of insulation board and puts portion 102 for carrying on a shoulder pole, and load puts portion 102 along the height of material frame 1 Degree direction be arranged at intervals with it is multiple, material frame 1 be arranged on lifting device 5 and with 5 synchronization lifting of lifting device, conveying device is set It sets at 5 middle part of lifting device, and the feed end of conveying device protrudes into material frame 1.The insulation board feeder of this edge alignment device The two sides load of insulation board to be cut be placed on load and put in portion 102, lifting device 5 drives material frame 1 to decline, and and conveying device It matches, insulation board is conveyed to cutter device 6 one by one, to realize continuously conveying one by one for insulation board, and work as material frame 1 On insulation board convey completely after, the material frame 1 for filling insulation board can replace to empty material frame 1, material supplement rapidly, heat preservation Plate transfer efficiency is high.

The present invention will be further described combined with specific embodiments below, however persons familiar with the art it is to be appreciated that Here in connection with the detailed description that attached drawing provides be in order to preferably explain, structure of the invention necessarily have exceeded it is limited these Embodiment, and for some equivalents or common approach, it is no longer described in detail herein, but still fall within the guarantor of the application Protect range.

It is as shown in Figure 1 and 2: the lifting drive mechanism that lifting device 5 includes crane 17 and crane 17 is driven to go up and down, Crane 17, which can slide up and down, to be mounted in lifting device main body 16, and lifting drive mechanism is mounted in lifting device main body 16 Side.Lifting device main body 16 is cuboid framework, and crane 17 is horizontally disposed rectangular frame, the two sides pair of crane 17 Title is equipped with crane directive wheel 20, and crane directive wheel 20 is rotatably installed on crane 17, and crane 17 passes through crane Directive wheel 20 is slidably mounted in lifting device main body 16.Crane 17 is equipped with horizontal crane conveyer belt 18, crane Conveyer belt 18 is used for horizontal feed material frame 1.Lifting drive mechanism is connected with crane 17, and crane 17 is driven to go up and down.

Lifting drive mechanism includes lifting motor, the lifting shaft being rotatably installed in lifting device main body 16 and lift chain Item, there are two lifting shafts, is arranged at intervals on the upside of lifting device main body 16, and the axis of two lifting shafts is arranged in parallel, and two A lifting shaft is connected by chain and keeps rotating synchronously.Lifting motor is mounted on the upside of lifting device main body 16, lifting electricity Machine is connected with a lifting shaft by chain and lifting shaft is driven to rotate.The both ends of each lifting shaft are mounted on lifting sprocket, Elevating chain and lifting sprocket correspond, and the lower end of elevating chain is fixedly connected with crane 17, the upper end of elevating chain by Upside is fixedly connected after bypassing lifting sprocket with lifting device main body 16, so that crane 17 be driven to go up and down, load-bearing capacity is strong, and 17 stress equalization of crane.

The width of crane 17 is greater than the width of material frame 1, and the length of crane 17 is greater than the length of material frame 1, rises The two sides of frame 17 drop equipped with the crane guide rod 19 for being oriented to material frame 1, and crane guide rod 19 is horizontally disposed In 17 upside of crane, and the both ends of crane guide rod 19 are gradually bent to the outside of crane 17 from middle part to end, So as to facilitate material frame 1 to enter between two crane guide rods 19 crane 17 on.Conveying device is that cutting is defeated Send band 24.

As shown in Figure 3: material frame 1 includes material frame body 101, and material frame body 101 is cuboid framework, material frame master The two sides of body 101 are symmetrically arranged with load and put portion 102, and load is put portion 102 and is arranged in material frame body 101, positioned at same level It is one group that two loads, which put portion 102,.Load puts portion 102 and is arranged at intervals with multiple groups along short transverse, so as in a material frame 1 Upper multiple insulation boards of placement.Insulation board can be spaced apart by material frame 1, so as to facilitate the mortar on insulation board to solidify, It can also avoid interfering with each other between insulation board, and facilitate and insulation board is delivered to page by page on Cutting platform 22.

As shown in Figure 4: a kind of insulation board edge alignment device, including cutter device 6, conveying device and stack device 21 are cut The downside for cutting device 6 is equipped with Cutting platform 22, and the charging side of Cutting platform 22, the bottom of Cutting platform 22 is arranged in conveying device Portion is exit side, the liftable downside that Cutting platform 22 is arranged in of stack device 21.The conveying of this insulation board edge alignment device fills Set the work for completing and insulation board being delivered on Cutting platform 22, cutter device 6 is matched with Cutting platform 22, to insulation board It is cut, the insulation board after cutting stacks on stack device 21, to realize cutting for automation instead of hand labor It cuts, edging speed is fast, and accuracy is high, and the insulation board qualification rate after cutting is high；The liftable setting of stack device 21 is being cut 22 downside of platform, can either avoid breaking insulation board when stacking, and the excessively multipair Cutting platform of the insulation board that can be avoided stacking 22 work counteracts.

Insulation board edge alignment device further includes that Cutting platform 22 is arranged in feed the feeding device of side, be arranged in stack device The discharging device and material frame 1 for placing insulation board to be cut of 21 discharging sides, feeding device and Cutting platform 22 it Between be equipped with lifting device 5.The material frame 1 for piling insulation board to be cut is conveyed to lifting device 5, lifting device 5 by feeding device It is matched with conveying device, the insulation board to be cut on material frame 1 is delivered on Cutting platform 22, cutter device 6 and cutting Platform 22, which matches, cuts the insulation board on Cutting platform 22, and the insulation board after cutting drops down on stack device 21, and It is stacked on stack device 21.When stacking full insulation board on stack device 21, stack device 21 send the insulation board stacked It is removed to discharging device, and by forklift.

As shown in Fig. 5 ~ 6: feeding device includes feeding rack pedestal 4 and the charging that is slidably arranged on feeding rack pedestal 4 Frame 3, feeding rack pedestal 4 are cuboid framework, and the width along material conveying direction of feeding rack pedestal 4 is greater than the width of feeding rack 3 Degree.Feeding rack 3 is slidably arranged in the upside of feeding rack pedestal 4, and feeding rack 3 is also cuboid framework, and the length of feeding rack 3 is big In the length of material frame 1, the width of feeding rack 3 is greater than the width of material frame 1, so as to smoothly be delivered to material frame 1 On lifting device 5, and empty material frame 1 is delivered on feeding rack 3.The two sides of feeding rack 3 are equipped with feeding rack idler wheel, charging Frame 3 is mounted on feeding rack pedestal 4 by feeding rack roller-coaster, the two sides of feeding rack pedestal 4 be equipped with for feeding rack 3 into The feeding rack limited block 15 of row limit avoids feeding rack 3 and feeding rack pedestal 4 from being detached from.Feeding rack 3, which is connected with, pushes its movement The direction of motion of material feeding driving mechanism, feeding rack 3 is opposite with the conveying direction of material frame 1.

Feeding rack 3 is equipped with the feeding table guide rod 12 for being oriented to material frame 1, thus the two of feeding rack 3 Side is respectively formed a feeding table 11, and feeding table 11 is rectangle, is equipped at intervals with multiple feeding tables on each feeding table 11 and send Expect that roller 13, the mid diameter of feeding table feeding roller 13 are less than two sides diameter, the two sides of material frame 1 are placed on feeding table feeding roller 13 Two sides, to complete the conveying of material, feeding table feeding roller 13 is connected with the feeding motor for driving its rotation.Two feeding tables 11 alternately send material frame 1 to lifting device 5, and send material frame 1 to the process on lifting device 5 in a feeding table 11 In, another feeding table 11 can both accept the material frame 1 in 5 overhead of lifting device, empty material frame 1 can also be replaced with dress The material frame 1 of full insulation board to realize continuous feeding, and can satisfy cutter device 6 and realize continuity cutting.

Material feeding driving mechanism is arranged on the feeding rack 3 between two feeding tables 11, and material feeding driving mechanism includes that feeding is driven Moving axis 14 and feeding driving motor, feeding drive shaft 14 are rotatably installed in 3 downside of feeding rack, and the axis of feeding drive shaft 14 Vertical with the conveying direction of material frame 1, the both ends of feeding drive shaft 14 are equipped with feeding driving wheel, the rotational installation of feeding driving wheel In 4 upside of feeding rack pedestal.Feeding driving motor is mounted on feeding rack 3, and the output shaft of feeding driving motor passes through chain It is connected with feeding drive shaft 14, and feeding drive shaft 14 is driven to rotate, to realizes the movement of feeding rack 3.

Rear side positioned at the feeding table 11 of front side is equipped with feeding table guide rod 12, and the left end of the feeding table 11 of front side is equipped with Feeding positioning plate, material frame 1 are sent into feeding table 11 by the front side of the feeding table 11 of front side.The feeding table of the feeding table 11 of front side 12 right end of guide rod is gradually outside skewed by middle part to end, so that empty material frame 1 be facilitated to be recycled to the feeding table In 11.

The front and rear sides of the feeding table 11 of rear side are symmetrically arranged with feeding table guide rod 12, the left and right two of feeding table guide rod 12 End to be gradually outside skewed by middle part to end, thus make the spacing of two 12 ends of feeding table guide rod by middle part extremely End is gradually increased, and material frame 1 is sent on feeding table 11 to facilitate, and fill the sending by rear side of material frame 1 of insulation board Expect that the left side of platform 11 is sent into.

The left side of feeding rack pedestal 4 is equipped with transfer rack 2, and the material frame 1 that transfer rack 2 is used to fill insulation board is sent into rear side Feeding table 11 on, the rear side of feeding rack pedestal 4 is arranged in transfer rack 2.Transfer rack 2 is rectangular frame, is spaced on transfer rack 2 Equipped with multiple transfer rack feeding rollers 9, the structure of transfer rack feeding roller 9 is identical as the structure of feeding table feeding roller 13, and transfer rack Feeding roller 9 is connected with the transfer rack motor for driving its rotation.The rear side of transfer rack 2 is equipped with transfer rack limit plate 10, transfer rack limit The upper front of position plate 10 is from top to bottom gradually backward skewed, thus can either be when placing material frame 1 to material frame 1 It is oriented to, and material frame 1 can be limited, the left side central portion of transfer rack 2 is equipped with transfer rack baffle, thus to material frame 1 is limited.Due to the presence of transfer rack 2, material frame 1 is made can be put into two feeding tables 11 from front side, do not need into Material 4 two sides of frame pedestal reserve the space for placing material frame 1, keep equipment occupation space small, and place 1 side of material frame by forklift Just, excessive u-turn is not needed, easy to operate and feed rate is fast.

As shown in Figure 7: cutter device 6, Cutting platform 22 and conveying device are installed in cutter device main body 46, are cut Cutting apparatus main body 46 is cuboid framework, and stack device 21, which can slide up and down, to be mounted in cutter device main body 46.Cutting is flat Platform 22 is arranged between cutter device 6 and stack device 21, and conveying device is arranged between Cutting platform 22 and lifting device 5, And conveying device one end is connected with Cutting platform 22, the other end protrudes into 16 top of lifting device main body.In the present embodiment, defeated Send device for cutting conveyer belt 24.

Stack device 21 includes stacking shelf 38 and the stacking elevating mechanism for driving the lifting of stacking shelf 38.Stacking shelf 38 is water The rectangular frame of flat setting, the width of stacking shelf 38 is greater than the width of insulation board, and the length of stacking shelf 38 is flat greater than cutting The length of platform 22.Multiple stacking shelf conveying rollers are arranged at intervals on stacking shelf 38, multiple stacking shelf conveying rollers are horizontally disposed, heap The stacking shelf feeder motor for driving the rotation of stacking shelf conveying roller is also equipped in superimposed 38, the output shaft of stacking shelf feeder motor is logical The rotation of chain-driving stacking shelf conveying roller is crossed, so that the insulation board of well cutting be sent out.Stacking shelf conveying roller is cylindric.It stacks The upside of cutter device main body 46 is arranged in elevating mechanism, and stacks elevating mechanism and be connected with stacking shelf 38, and drive stacking shelf 38 liftings.

The two sides of stacking shelf 38 are equipped with the stacking guide plate 45 being oriented to the insulation board of whereabouts, stack guide plate 45 and are Rectangular slab stacks guide plate 45 and is mounted in the cutter device main body 46 on stacking shelf 38, to guarantee the insulation board stacked Two sides alignment.

Stacking elevating mechanism includes stacking lifting motor, stack lifting shaft and stacking chain, stacks lifting shaft rotation peace Mounted in the upside of cutter device main body 46, the axis of two stacking lifting shafts is arranged in parallel, and two stacking lifting shafts pass through chain It is connected and keeps rotating synchronously, stacks lifting motor setting in 46 upside of cutter device main body, stack lifting motor and pass through chain It drives and stacks lifting shaft rotation.The both ends for stacking lifting shaft are mounted on stacking lifting sprocket, stack chain one end and stacking shelf 8 It being fixedly connected, the other end is stacked lifting sprocket by stacking lifting sprocket upside and is fixedly connected with cutter device main body 46, Lifting motor is stacked to be connected with stacking lifting shaft and drive stacking lifting shaft rotation.

It is as shown in Figure 8: cutter device 6 include cutting rack 25, the cast-cutting saw slice 26 that is rotatably installed on cutting rack 25 and Cutting motor.Cutting rack 25 is connected with the cutting running mechanism for driving its movement, the moving direction of cutting rack 25 and insulation board Conveying direction is vertical, so as to cut simultaneously edging by both ends of the cast-cutting saw slice 26 to insulation board.Cutting motor installation On cutting rack 25, cast-cutting saw slice 26 is rotatably installed on cutting rack 25 by saw blade installation axle, and the output shaft of cutting motor is logical It crosses chain to be connected with saw blade installation axle and saw blade installation axle is driven to rotate, cast-cutting saw slice 26 and saw blade installation axle rotate synchronously.? In the present embodiment, there are three the settings of cast-cutting saw slice 26, and saw blade installation axle and cutting motor are corresponded with cast-cutting saw slice 26, from And it can either realize the edging work to heat preservation board ends, additionally it is possible to the synchronous cutting work for realizing insulation board.Cutting walking dress It sets and drives cutting rack 25 mobile, to complete the cutting of insulation board.It is additionally provided in cutter device main body 46 and send water for cutter device 6 Sparge pipe, sparge pipe is mounted on cutting rack 25 and with 25 synchronizing moving of cutting rack, and the water outlet setting of sparge pipe is being cut 26 side of saw blade, and sparge pipe and cast-cutting saw slice 26 correspond.

Horizontal mounting rail 28 is equipped on the upside of cutting rack 25, the axis of mounting rail 28 and the conveying direction of insulation board are parallel. Mounting rail 28 is equipped with saw blade mounting rack 23, and the upside of saw blade mounting rack 23 is equipped with guide sleeve 27, saw blade mounting rack 23 and guiding Set 27 is fixedly connected with and keeps synchronizing moving, and guide sleeve 27 is axially slidable to be set in outside mounting rail 28.Guide sleeve 27 connects There is the regulating mechanism for adjusting 23 position of saw blade mounting rack.Saw blade installation axle is rotatably installed on saw blade mounting rack 23, and is sawed Piece installation axle is horizontally disposed, and cutting motor is mounted on 27 upside of guide sleeve.

Regulating mechanism includes adjusting rod and adjusting nut, and adjusting rod is rotatably installed on mounting rail 28, and adjusting rod with The axis of mounting rail 28 is parallel, and adjusting nut is mounted on guide sleeve 27, and adjusting rod is equipped with the spiral shell matched with adjusting nut Line, the end of adjusting rod are protruded into adjusting nut and are connected through a screw thread with adjusting nut, the i.e. adjustable guiding of rotation adjusting rod The position of set 27, and then the position of cast-cutting saw slice 26 is adjusted, so as to be adjusted according to the size of the insulation board of production, keep this neat Side device can adapt to the edging work of the insulation board of arbitrary dimension, applied widely.

Cutting running mechanism includes that cutting rack installation axle 29 and cutting movable motor, cutting rack installation axle 29 are rotatablely installed In 25 downside of cutting rack, cutting rack installation axle 29 has spaced two, and the axis and mounting rail of cutting rack installation axle 29 28 axis is parallel, and the both ends of cutting rack installation axle 29 are mounted on cutting rack directive wheel 30, and cutter device main body 46 is equipped with Cutting rack guide rail 31, cutting rack guide rail 31 have horizontally disposed two, and the axis of cutting rack guide rail 31 and cutting rack installation axle 29 axis is vertical.The cutting rack directive wheel 30 at each 29 both ends of cutting rack installation axle is carried on a shoulder pole respectively is placed on two cutting rack guide rails 31 On, cutting rack guide rail 31 and cutting rack directive wheel 30 match, and form the cutting machine Guiding machine for being oriented to cutting rack 25 Structure guarantees the edging effect of insulation board, avoids the occurrence of rejected product to guarantee that cutting rack 25 moves linearly.Cutting walking electricity Machine is mounted on cutting rack 25, and cutting movable motor is connected with cutting rack installation axle 29 by chain and drives cutting rack installation axle 29 rotations, to realize the walking of cutting rack 25.

As shown in Figure 9: Cutting platform 22 is equipped with heat preservation board positioning mechanism far from one end of cutting conveyer belt 24, and insulation board is fixed Position mechanism, to guarantee that the cutting position of insulation board is accurate and consistent, ensure that for positioning to insulation board to be cut Insulation board quality and dimensional accuracy.The both ends of Cutting platform 22 are also symmetrically arranged with stacking positioning mechanism, stack positioning mechanism setting On the downside of heat preservation board positioning mechanism, so that it is neat to ensure that insulation board stacks.

Keeping the temperature board positioning mechanism includes cutting positioning plate 32 and cutting positioning cylinder 33, the horizontal peace of cutting positioning cylinder 33 Mounted in 22 upside of Cutting platform, cutting positioning plate 32 is mounted on the piston rod of cutting positioning cylinder 33.Cut positioning plate 32 Top is equipped with the positioning port of indent close to the side of insulation board, after cutting conveyer belt 24 for insulation board feeding Cutting platform 22, Insulation board enters in the positioning port of cutting positioning plate 32 far from one end of cutting conveyer belt 24, cuts positioning cylinder 33 at this time and pushes away Dynamic cutting positioning plate 32 is to direction movement a distance close to cutting conveyer belt 24, to complete to determine with cutting insulation board Position, and the position to be cut for making insulation board and cast-cutting saw slice 26 are to just.Positioning cylinder 33 is cut to push by cutting positioning plate 32 Insulation board is mobile, so that the position to be cut for making insulation board and cutter device 6 be to just, improving cutting accuracy, and can cross guarantor It is accurate to demonstrate,prove insulation board cutting position；Cut positioning plate 32 top be equipped with positioning port, enable cut positioning plate 32 preferably with Insulation board fitting.

Stacking positioning mechanism includes stacking push plate 34 and push plate cylinder 35, and stacking push plate 34 is inverted "T"-shaped plate, heap The vertical portion upper end of folded push plate 34 is rotatably installed in cutter device main body 46, and push plate cylinder 35 is mounted on cutter device main body 46 On, the piston rod of push plate cylinder 35, which is connected and is pushed with stacking push plate 34, stacks the swing of push plate 34.Stacking push plate 34 can be under The insulation board fallen is oriented to, so that it is neat to guarantee that insulation board stacks, push plate cylinder 35, which pushes, stacks the swing of push plate 34, so as to The storage of insulation board had not only enough been facilitated, but also avoid keeping the temperature to being just aligned, the heat preservation board ends stacked to the insulation board stacked Sheetpile, which is folded, uneven to be caused insulation board to be toppled over to break.

It is as shown in Figure 10: stacking shelf guiding mechanism is equipped between stacking shelf 38 and cutter device main body 46.Stacking shelf guiding Mechanism includes stacking shelf leading arm 37 and the stacking shelf directive wheel 36 being rotatably installed on stacking shelf leading arm 37.Stacking shelf is led To there are four arms 37, the two sides of stacking shelf 38 are symmetricly set on, stacking shelf directive wheel 36 and stacking shelf leading arm 37 correspond, The setting of stacking shelf directive wheel 36 is supported in cutter device main body 46 in 46 inside of cutter device main body, thus to stacking shelf 38 are oriented to, and are guaranteed the lifting of 38 straight line of stacking shelf, and can be avoided stacking shelf 38 and shake in lifting process, have both been facilitated guarantee Insulation board stacks neatly, and can be avoided shaking causes the insulation board stacked to be toppled over.Removably pacify in cutter device main body 46 Equipped with bolt is fixed, fixes bolt and stacking shelf 38 is fixed by stacking shelf directive wheel 36, heap when equipment being avoided not work Superimposed 38 falls suddenly causes safety accident.

As shown in figure 11: Cutting platform 22 includes spaced two swinging frames 39 and oscillating cylinder 43.Cutting dress The two sides for setting main body 46 are symmetrically arranged with column 41, and every side of cutter device main body 46 is equipped at intervals with two columns 41, position It is greater than the width of insulation board in the spacing of two columns 41 of the same side.Swinging frame 39 is " Contraband " shape of opening upwards, swinging frame The both ends of 39 vertical portion are rotatably installed on the column 41 of two sides, to make two interval of swinging frame 39 settings, and two The spacing of swinging frame 39 is greater than the width of insulation board.Multiple supporting parts are arranged at intervals on each swinging frame 39, supporting part is Horizontally disposed cutting carrying roller 40, the setting of cutting carrying roller 40 are cut carrying roller 40 and are arranged in swinging frame 39 in 39 inside of swinging frame Upside, so as to avoid swinging frame 39 from counteracting the cutting work of cast-cutting saw slice 26.The upside of each swinging frame 39 is also Equipped with the Cutting platform guide rod 44 for being oriented to insulation board, Cutting platform guide rod 44 is located at same with swinging frame 39 In vertical plane.The middle part of each swinging frame 39 is connected with horizontal swing arm 42, and one end of swing arm 42 and swinging frame 39 are fixed Connection, the other end is free end.The setting of oscillating cylinder 43 is rotatably installed in cutter device in 42 downside of swing arm, oscillating cylinder 43 In main body 46, the piston rod of oscillating cylinder 43 and the free end of swing arm 42 are rotatablely connected, and oscillating cylinder 43 passes through swing arm 42 It pushes swinging frame 39 to swing, is spaced oscillating cylinder 43 and swinging frame 39 and is arranged, the torque of oscillating cylinder 43 can be increased, again It can be avoided oscillating cylinder 43 to counteract the cutting of insulation board.After the completion of the insulation board cutting on Cutting platform 22, two The oscillating cylinder 43 of side pushes swinging frame 39 to swing, to make insulation board by falling to stacking for downside between two swinging frames 39 On frame 38.

In the present embodiment, it stacks positioning mechanism and heat preservation board positioning mechanism is installed on column 41.

The feed end of Cutting platform 22 is arranged in cutting conveyer belt 24, and the two sides for cutting conveyer belt 24 are equipped with for guarantor The cutting conveyer belt guide plate that warm plate is oriented to, the left end of cutting conveyer belt guide plate are gradually inside inclination from left to right Shape so that insulation board be enable more smoothly to enter between the cutting conveyer belt guide plate of two sides, and leads insulation board To guarantee cutting is neat, and accurate size.

As shown in Figure 12 ~ 13: discharging mechanism includes discharge rack pedestal 7 and discharge rack 8, and discharge rack pedestal 7 is rectangle Frame, the width of discharge rack pedestal 7 are greater than the width of discharge rack 8, and the two sides of discharge rack pedestal 7 are symmetrically arranged with for discharge rack The 8 discharge rack limited blocks 47 limited, so that discharge rack 8 and discharge rack pedestal 7 be avoided to be detached from.Discharge rack 8 is also rectangle The middle part of frame, discharge rack 8 is equipped with discharge rack mounting plate, so that discharge rack 8 is separated into two discharging platforms 48, each discharging platform Multiple discharging platform feeding rollers 49 are equipped at intervals on 48, discharging platform feeding roller 49 is cylindric, the discharging platform of each discharging platform 48 Feeding roller 49 is respectively connected with the discharging platform motor for driving its rotation, so that insulation board to be integrally delivered to 48 top of discharging platform.Out Material platform feeding roller 49 protrudes from the setting of discharge rack 8, is removed the insulation board on discharge rack 8 with forklift to facilitate.Discharging platform 48 Width be greater than insulation board width, and the length of discharging platform 48 be greater than cutting after insulation board length.

The two sides of discharge rack 8 are rotatably equipped with discharge rack idler wheel 52, and discharge rack 8 is rotatably installed in by discharge rack idler wheel 52 On discharge rack pedestal 7, discharge rack idler wheel 52 is connected with the discharge rack mobile motor for driving its rotation, to realize discharge rack 8 Walking.So that two discharging platforms 48 is realized alternation, i.e., it, can be with when a discharging platform 48 accepts the insulation board on stacking shelf 38 The insulation board in another discharging platform 48 is removed by forklift.

The two sides of discharge rack 8 are symmetrically arranged with the discharge rack guide plate 50 for being oriented to guide plate, thus to entering out Insulation board on material frame 8 is oriented to, and discharge rack 8 is equipped with discharge rack limit plate 51 far from one end of feed end, to avoid protecting Warm plate and discharge rack 8 are detached from.

A kind of edging technique of above-mentioned insulation board edge alignment device, characterized by the following steps:

(1) insulation board to be cut is delivered on Cutting platform 22 by conveying device one by one；

The material frame 1 with cutting insulation board will be filled to be directly placed on feeding rack 3, or the material with cutting insulation board will be filled Frame 1 is placed on transfer rack 2, then material frame 1 is sent on feeding rack 3 by transfer rack 2.Crane 17 drops to and feeding rack 3 Then empty material frame 1 is sent on the empty feeding table 11 of feeding rack 3 by level, feeding rack 3 is moved to the object for filling insulation board Material frame 1 is aligned with crane 17, and feeding table 11 send the material frame 1 for filling insulation board to crane 17.Empty material frame 1 It is directly removed from feeding rack 3 by forklift, or by being removed on transfer rack 2.

Crane 17 drives the material frame 1 for filling insulation board to be moved to the top of lifting device main body 16, then goes up and down Frame 17 drives material frame 1 to the direction movement close to cutting conveyer belt 24, and cutting conveyer belt 24 is made to protrude into 1 lower side of material frame Insulation board on the downside of, cutting conveyer belt 24 insulation board is delivered on Cutting platform 22, insulation board load be placed on two swinging frames 39 Cutting carrying roller 40 on.Crane 17 drives material frame 1 to move down and connects insulation board of the cutting conveyer belt 24 again with lower side Touching, so that insulation board is delivered to one by one on Cutting platform 22.

(2) cutter device 6 is matched with Cutting platform 22, is cut to the insulation board on Cutting platform 22；

After insulation board is delivered on Cutting platform 22, cutting positioning cylinder 33 pushes insulation board to close by cutting positioning plate 32 The direction for cutting conveyer belt 24 is mobile, to make the cast-cutting saw slice 26 of insulation board and cutter device 6 to just.The drive of cutting rack 25 is cut Sawing piece 26 is mobile, to complete the edging cutting of insulation board.

(3) insulation board of well cutting stacks on stack device 21, and stack device 21 drives the insulation board decline stacked.

After the completion of cutting, oscillating cylinder 43 pushes swinging frame 39 to swing, the insulation board of well cutting by two swinging frames 39 it Between fall on stacking shelf 38, while stacking shelf 38 moves down the distance of a heat preservation plate thickness, to fall to next insulation board. After the insulation board on stacking shelf 38 is stacked to specified quantity, push plate cylinder 35, which pushes, stacks the swing of push plate 34, and folds heap Insulation board alignment.The insulation board that stacking shelf 38 folds heap is delivered on discharge rack 8, and is transported by forklift, completes insulation board Edging work.

The above described is only a preferred embodiment of the present invention, being not that the invention has other forms of limitations, appoint What those skilled in the art changed or be modified as possibly also with the technology contents of the disclosure above equivalent variations etc. Imitate embodiment.But without departing from the technical solutions of the present invention, according to the technical essence of the invention to above embodiments institute Any simple modification, equivalent variations and the remodeling made, still fall within the protection scope of technical solution of the present invention.

Claims (8)

1. a kind of insulation board feeder of edge alignment device, it is characterised in that: including material frame (1), lifting device (5) and defeated Send device, the two sides of material frame (1) are symmetrically arranged with puts the load of insulation board and put portion (102) for carrying on a shoulder pole, and load puts portion (102) along material The short transverse of frame (1) is arranged at intervals with multiple, and material frame (1) is arranged on lifting device (5) and synchronous with lifting device (5) Lifting, conveying device setting is in the middle part of lifting device (5), and the feed end of conveying device protrudes into material frame (1).

2. the insulation board feeder of edge alignment device according to claim 1, it is characterised in that: the material frame (1) For cuboid framework, and the width of material frame (1) is greater than the width of insulation board, and load puts portion (102) setting in material frame (1).

3. the insulation board feeder of edge alignment device according to claim 1, it is characterised in that: the conveying device is It cuts conveyer belt (24), the width of cutting conveyer belt (24) is greater than the width of insulation board, and is less than the width of material frame (1).

4. the insulation board feeder of edge alignment device according to claim 1, it is characterised in that: the lifting device It (5) include lifting device main body (16), the crane (17) being slidably mounted in lifting device main body (16) and lifting drive Mechanism, the setting of lifting drive mechanism is on the upside of lifting device main body (16), and lifting drive mechanism is connected with crane (17), and band Dynamic crane (17) lifting.

5. the insulation board feeder of edge alignment device according to claim 4, it is characterised in that: the crane (17) For horizontally disposed cuboid framework, it is horizontally installed with crane conveyer belt (18) on crane (17), material frame (1) is placed on On crane conveyer belt (18).

6. the insulation board feeder of edge alignment device according to claim 4, it is characterised in that: the crane (17) Two sides be symmetrically arranged with crane directive wheel (20), crane directive wheel (20) is rotatably installed on crane (17), crane (17) it is slidably mounted on lifting device main body (16) by crane directive wheel (20).

7. the insulation board feeder of edge alignment device according to claim 5, it is characterised in that: the crane (17) Two sides be symmetrically arranged with the crane guide rod (19) for being oriented to material frame (1).

8. the insulation board feeder of edge alignment device according to claim 7, it is characterised in that: the crane guiding The both ends of bar (19) are from middle part to end gradually to the skewed of crane (17) outside bending.