CN106182226B

CN106182226B - Automatic plate-splicing machine with multiple functions

Info

Publication number: CN106182226B
Application number: CN201610553764.2A
Authority: CN
Inventors: 王国涛
Original assignee: Qingdao Yi Mu Jinling Furniture Co Ltd
Current assignee: Qingdao Yi Mu Jinling Furniture Co., Ltd.
Priority date: 2015-04-22
Filing date: 2015-04-22
Publication date: 2018-05-25
Anticipated expiration: 2035-04-22
Also published as: CN106042090A; CN104786302B; CN106182226A; CN104786302A; CN106042092B; CN106042090B; CN106042092A

Abstract

Automatic plate-splicing machine with multiple functions belongs to wood processing machinery technical field.Including rack；Upper and lower heating arrangements；Material stirring-up mechanism；Pusher, including a pair of of scraping wings acting cylinder, scraping wings and a pair of of scraping wings sychronisation；Upper heating arrangements include heating tube on one group, upper heating tube heat medium introduces, draw manifold；Lower heating arrangements include heating tube under one group, lower heating tube heat medium introduces, draw manifold；Structure is plate row Mobile Communication road between one group of upper and lower heating tube；Plate pressure exerting arrangement is fixed in heating tube；The lower part of the left and right side of left adjustment crossbeam respectively sets heating tube floating junction device on first；Heating tube floating junction device on second is respectively set in the lower part of the left and right side of right adjustment crossbeam；Heating tube floating junction device respectively includes an adjusting screw rod on first, second, and lower end forms screw rod lifting lug, and sheathed spring is gone back on adjusting screw rod；Screw rod lifting lug connecting seat is respectively formed on one group in heating tube.

Description

Automatic plate-splicing machine with multiple functions

The application is entitled：Multi-functional automatic plate-splicing machine, the applying date be：On 04 22nd, 2015, Application No.： 201510192127.2 application for a patent for invention divisional application.

Technical field

The invention belongs to wood processing machinery technical fields, and in particular to have the automatic plate-splicing machine of multiple functions.

Background technology

The function of above mentioned plate joggling apparatus will be generated by woodwork manufacturing enterprise during woodwork is produced It is 122 that different in size but thickness and width, which tends to identical lath to be spliced into such as specification,（Width）×244（Length）㎝'s is whole Former piece, the plate as furniture cabinet and interior trim, positive effect are to save valuable timber resources.

Technical information on plate joggling apparatus can be seen in disclosed Chinese patent literature, such as Authorization Notice No. CN2265880Y recommendations have " heating plate joggling apparatus ", and the patent is by multiple heating tubes（Patent claims heat pipe）As top board, and The both ends of heating tube respectively set strut, and heating tube is arranged at rack in a suspended state by strut（Patent claims pedestal）It is upper Portion sets idler wheel mechanism, the idler wheel of idler wheel mechanism and the contact of incline plane of guide-rail plate, so that workbench is real at the both ends of workbench Existing lift adjustment.In addition the patent also shows panel turnover mechanism（Patent claims reverse turning bed workbench）, Pneumatic hold-down mechanism, pusher （Patent claims pusher）And for one end of lath to be trimmed to whole circular saw.Although the patent formula can fulfil its explanation Book the 6th row of inverse of page 1 to countdown line 3 technique effect, but since pusher is only by a pair of of scraping wings acting cylinder（Specially Profit, which is selected, uses oil cylinder）The scraping wings being connected with one piece with the end of the scraping wings acting cylinder of scraping wings acting cylinder is formed, thus During actual use, which can generate following technical problem unavoidably：First, since scraping wings is more tediously long（It is logical Often greater than it is equal to 122 ㎝）, and since scraping wings is towards the position placed in the middle of the length direction of the one side of scraping wings acting cylinder and pusher The end connection of plate acting cylinder, thus when being overhang in scraping wings acting cylinder to cylinder body and scraping wings being driven to move, pusher Plate shows as passive type and shows as passive motion-type exercise, and the mass motion effect of scraping wings is difficult to ensure that, that is to say, that is difficult to really The both ends of whole piece of scraping wings and the Integral synchronous movement effects at middle part are protected, influence the plate to entering the plate intracavitary in rack Balanced promote effect；Second, since scraping wings is directly rested on the scraping wings platform of rack, thus frictional resistance is big, no Beneficial to the energy consumption for saving scraping wings acting cylinder, and pusher is undermined due to scraping wings and the scraping wings platform of rack frequently rub Plate；Third, due to being only capable of the upper surface heating to plate, thus the heating effect of the lower surface of plate is poor, influences spliced The entirety combination effect of adjacent plate.In addition, also there are following shortcoming by the CN2265880Y：First, due to lacking structure Rational lateral material jacking mechanism, thus adjacent slat（Patent claims blank）End between there are gap anxiety, finally influence whole The splicing effect of the width of former；Second, due to the connection that fluctuates to multiple heating tubes（Patent claims to suspend in midair）Only lean on Each strut at every heating tube both ends is taken on, thus can not to the whole compressing effect of the lath below heating tube Reach satisfactory degree；Third, since the patent is to be realized by being arranged on the power drive mechanism of bottom of the frame under Heating tube（Patent claims hot workbench）Height be adjusted, specifically drive leading screw through speed reducer by motor, then by leading screw Guide rail sliding plate is driven, and then the idler wheel mechanism in lower heating tube is fixed on by guide rail sliding plate drive, finally makes lower heating tube（I.e. specially Hot workbench described in profit）It is down or up, use the thickness change for adapting to the lath to be spliced, but the power transmission machine Structure（Industry custom claims elevating mechanism）Structure it is complex.

For another example Authorization Notice No. CN2425206Y is provided with " push-plate type plate joggling apparatus ", which has highlighted pusher The concrete structure of mechanism, since pusher is by motor, drive pulley, that is, small belt pulley, big belt pulley, gear wheel, pinion gear With the compositions such as bent axle, thus structure is complex and volume is big.

For above-mentioned prior art, still there is improved necessity, for this purpose, the applicant has made beneficial design, formed finally Technical solution described below, and the test center in the case where taking secrecy provision in the applicant is simulated Experiment, is as a result proved to be practicable.

The content of the invention

The task of the present invention is that providing one kind helps that scraping wings is made to embody good mass motion effect and use Under proportionality action power by the plate of plate intracavitary by piece plate intake in push-in plate row Mobile Communication road, be conducive to be substantially reduced and push away Friction level between flitch and the scraping wings platform of rack and use protection scraping wings and scraping wings platform and save and push away The energy consumption of flitch acting cylinder, be beneficial to the upper and lower surface of plate while heating and use significantly improve it is whole between adjacent plate Body combination effect and the patch for having heating tube on one group is made smoothly to fluctuate and using guarantee and plate touch the tool of effect There are many automatic plate-splicing machines of function.

The task of the present invention is so come what is completed, a kind of automatic plate-splicing machine with multiple functions, should including a rack It is that the left end of rack is fixed on a pair of setting that faces each other with the state soared in terrace and be supported in a state of use Between rack left column on terrace, and the right end of rack is equally fixed on a pair with the state soared in terrace and faces each other Set and be equally supported in a state of use between the rack right column on terrace, the left end of rack is provided with a machine Frame scraping wings platform, wherein：Between a pair of frame left column and above and below the position corresponding to the top of rack A left adjustment crossbeam is movably provided with, and between a pair of frame right column and equally corresponding to the upper of rack The position of side is provided with a right adjustment crossbeam up or down；Heating arrangements and once heating arrangements, upper heating arrangements exist on one Simultaneously corresponding to the left adjustment crossbeam and the position of the lower section of right adjustment crossbeam and left adjustment crossbeam and right adjustment crossbeam Connection, lower heating arrangements are fixed in the position of the lower section corresponding to upper heating arrangements in the rack, upper and lower heating arrangements Between space be configured to plate row Mobile Communication road, the left end port in the plate row Mobile Communication road is configured to plate intake, and should The plate chamber of left upper part of the plate intake with being formed in rack communicates, and the right end port in plate row Mobile Communication road is configured to spell It is connected into template outlet；One is used for the plate pressure exerting arrangement to press to the plate for being located at the plate intracavitary with stacked state, should Plate pressure exerting arrangement is fixed on described heating arrangements back to the lower heating in the position of the top corresponding to the plate chamber The one side of mechanism；One for plate to be fed to the material stirring-up mechanism of the plate intracavitary, and the material stirring-up mechanism is corresponding to plate chamber Position is arranged in the rack；One is used for the pusher of the plate push-in of the plate intracavitary plate intake, should The position that pusher corresponds to the left side of the length direction of the plate chamber is arranged on the rack scraping wings platform, described Pusher include a pair of of scraping wings acting cylinder, a scraping wings and a pair of of scraping wings sychronisation, a pair of of scraping wings acting cylinder It is fixed on horizontally-arranged state in scraping wings acting cylinder base, and described in the scraping wings acting cylinder direction to scraping wings acting cylinder Scraping wings, scraping wings is corresponding with the length direction of the plate chamber and is slidably matched with the rack scraping wings platform, Be fixed with scraping wings connecting seat on the scraping wings and in the position corresponding to scraping wings acting cylinder, the scraping wings connecting seat with Scraping wings acting cylinder connects, and a pair of of scraping wings sychronisation is arranged between scraping wings and the rack scraping wings platform, And coordinate with one side of the scraping wings under, the scraping wings acting cylinder base is fixed on rack scraping wings with horizontal boom state On the left surface of platform, the material stirring-up mechanism corresponds to the top of scraping wings；The upper heating arrangements include heating on one group Pipe, heating tube heat medium introduces heating tube heat medium on manifold and one and draws manifold on one, and heating tube is with each other on one group Parallel state interval distribution, and in the group heating tube left end the position of the lower section corresponding to the left adjustment crossbeam with Left adjustment crossbeam connection, and the right end of heating tube is in the position of the lower section corresponding to the right adjustment crossbeam and right adjustment in the group Crossbeam connects, and the top of heating tube left end is respectively fixed with one for heat medium to be introduced heating tube tube chamber in the group Interior upper heating tube heat medium introduces interface, and is respectively fixed with one on the right end end face of heating tube in the group for that will heat Medium draws the upper heating tube heat medium extraction interface for heating tube chamber, and upper heating tube heat medium introduces manifold and is fixed on institute Between a pair of frame left column stated, and corresponding to the left adjustment crossbeam towards the one side of the right adjustment crossbeam, at this Upper heating tube heat medium is introduced on manifold and formed in the position that interface is introduced corresponding to heating tube heat medium on described The upper heating tube heat medium for having quantity equal with the quantity of upper heating tube introduces total interface tube, and heating tube heat medium is drawn on this Enter total interface tube and introduce interface with upper heating tube heat medium by transitional connection pipe on first to be connected, upper heating tube heat medium Manifold is drawn to be fixed between a pair of frame right column, and corresponding to the right crossbeam that adjusts back to the left adjustment The one side of crossbeam, heating tube heat medium is drawn on manifold and is drawn corresponding to heating tube heat medium on described on this The position of interface forms the upper heating tube heat medium for having quantity equal with the quantity of upper heating tube and draws total interface tube, adds on this Heat pipes heat medium is drawn total interface tube and is connected by transitional connection pipe on second with upper heating tube heat medium extraction interface；Institute The lower heating arrangements stated include heating tube under one group, once heating tube heat medium introduces manifold and once heating tube heat medium Manifold is drawn, the quantity of heating tube is equal with the quantity of heating tube on described one group under one group, and with parallel shape State is spaced apart, and the left end of heating tube is fixed in the position corresponding to the lower section of heating tube on described with the rack under the group, And the right end of heating tube is fixed equally in the position of the lower section corresponding to upper heating tube with rack under the group, and add under the group The lower section of the left end of heat pipe is respectively fixed with one and draws for heat medium to be introduced the intraluminal lower heating tube heat medium of lower heating Incoming interface, and be respectively fixed with one on the right end end face of heating tube under the group and be used to heat under tube chamber under heat medium is drawn Heating tube heat medium draws interface, and lower heating tube heat medium introduces manifold below the left end corresponding to the lower heating tube Position be fixed in the rack, introduced in the lower heating tube heat medium on manifold and corresponding to the lower heating The position that pipe heat medium introduces interface forms the lower heating tube heat medium introducing for having quantity equal with the quantity of lower heating tube Total interface tube, the lower heating tube heat medium introduce total interface tube and are connect by First Transition pipe and the introducing of lower heating tube heat medium Mouth connection, lower heating tube heat medium draw positions of the manifold below the right end corresponding to lower heating tube and are fixed on described one To between rack right column, and corresponding to the right adjustment crossbeam back to the one side of the left adjustment crossbeam, in the lower heating Pipe heat medium, which is drawn on manifold and formed in the position that interface is drawn corresponding to the lower heating tube heat medium, quantity The lower heating tube heat medium equal with the quantity of lower heating tube draws total interface tube, which draws manifold Interface is drawn interface with lower heating tube heat medium by the second coupling tube and is connected；Between one group of upper and lower heating tube Space is configured to the plate row Mobile Communication road；The plate pressure exerting arrangement is fixed in the position of the top corresponding to the plate chamber On described in heating tube；It is described it is left adjustment crossbeam the left side of length direction and the lower part on right side be each provided with one for Heating tube floating junction device on the first of the left end floating connection of heating tube on one group of the upper heating arrangements；On the right side The left side of length direction of crossbeam and the lower part on right side is adjusted to be each provided with one and for floating with the right end of heating tube on one group connect Heating tube floating junction device on second connect；The structure of heating tube floating junction device is and described second on described first The structure of upper heating tube floating junction device is identical, this on second heating tube floating junction device be in including a cross-sectional shape The channel steel and quantity of the U-shaped adjusting screw rod equal with the quantity of heating tube on described one group, channel steel and the right adjustment are horizontal The following side of the length direction of beam is fixed, and the position of heating tube is opened with space state on the channel steel and on corresponding to one group Equipped with adjusting screw rod hole, adjusting screw rod is arranged in the position corresponding to adjusting screw rod hole on channel steel, and in adjusting screw rod Lower end, which is formed, a screw rod lifting lug, and position of the screw rod lifting lug on adjusting screw rod corresponds to the lower section of channel steel, and screw rod lifting lug It is hinged with heating tube on one group, a spring is also arranged on adjusting screw rod, the upper end of the spring is supported on channel steel, and lower end It is supported on screw rod lifting lug；It is respectively formed on described one group in heating tube and in the position corresponding to the screw rod lifting lug There is a screw rod lifting lug connecting seat, which is hinged by lifting lug connecting seat axis pin and screw rod lifting lug.

In the specific embodiment of the present invention, on the rack scraping wings platform and corresponding to described The region of the length direction of scraping wings is fixed with scraping wings platform supporting bar with space state, in scraping wings platform supporting bar towards pusher The surface of the one side of plate is provided with slide guide piece, scraping wings towards under one side and corresponding to slide guide piece position form have Scraping wings slide guide flange, scraping wings slide guide flange are slidably matched with slide guide piece.

In another specific embodiment of the present invention, a pair of of scraping wings sychronisation is respectively fixed including rack Seat, rack, synchromesh gear and synchromesh gear axle bed, rack fixing seat are fixed on the rack scraping wings platform, and rack is fixed In rack fixing seat towards the one side of the scraping wings, synchromesh gear axle bed is fixed on scraping wings one towards rack fixing seat Side, synchromesh gear are fixed on synchronous gear shaft, and are meshed with rack, and synchronous gear shaft is rotatably supported at synchromesh gear On axle bed.

In another specific embodiment of the present invention, a pair of of scraping wings acting cylinder is oil cylinder or cylinder.

In another specific embodiment of the present invention, the heat medium is steam or conduction oil.

In the present invention there are one in specific embodiment, the plate pressure exerting arrangement includes a backbar, a pair Press acting cylinder fixed frame, a pair of of screen Kao Liang, one group of screen item, plate pressure item and a pair of of plate pressure item effect Cylinder, is fixed with one first cushion block in one end of backbar, and the other end is fixed with one second cushion block, the first cushion block with described one group First in upper heating tube upper heating tube is fixed towards upper one side, on one, end on the second cushion block and one group in heating tube Heating tube is fixed towards upper one side, the bottom of one of pressure acting cylinder fixed frame in a pair of pressure acting cylinder fixed frame It is fixed with one end of backbar, and the bottom of another pressure acting cylinder fixed frame in a pair of of pressure acting cylinder fixed frame and branch The other end of bolster is fixed, and being respectively fixed with a plate pressure acting cylinder at the top of a pair of of pressure acting cylinder fixed frame fixes Seat, a pair of of screen item are fixed by beam and a pair of one side for pressing acting cylinder fixed frame towards the plate chamber, and this is to screen Item is laterally parallel by beam, and one group of screen item is vertically fixed in a pair of of screen item with space state and leans on beam back to described a pair Press the one side of acting cylinder fixed frame, and one of plate pressure acting cylinder in a pair of of plate pressure acting cylinder is fixed on The plate pressure acting cylinder fixed seat of one of pressure acting cylinder fixed frame in a pair of pressure acting cylinder fixed frame On, and another plate pressure acting cylinder in a pair of of plate pressure acting cylinder is fixed on a pair of of pressure acting cylinder fixed frame In another pressure acting cylinder fixed frame the plate pressure acting cylinder fixed seat on, this to plate press acting cylinder Plate pressure acting cylinder under, one end and a pair of of the plate of plate pressure item press in an acting cylinder one of them The end connection of the plate pressure acting cylinder of plate pressure acting cylinder, and the other end of plate pressure item and a pair of of plate The end connection of the plate pressure acting cylinder of another plate pressure acting cylinder in pressure acting cylinder, and the plate Material pressure item is corresponding with the top of the plate chamber.

In a still more specific embodiment of the invention, a pair of of plate pressure acting cylinder is cylinder or oil Cylinder；The cross-sectional shape of one group of screen item is in the shape of the letter V.

The present invention's and then in a specific embodiment, the material stirring-up mechanism is turned over including an inverting action cylinder, one Pivoted arm, a stirring board shaft and a material rotating plate, inverting action cylinder are connected to longitudinal state in inverting action cylinder seat, and the overturning is made It is fixed on the front side of the left end of the rack with cylinder seat, and the inverting action cylinder column of the inverting action cylinder is towards upper, in stirring The lower part of plate towards the length direction of the one side of the plate chamber is fixed with a stirring board shaft fixed seat, the length side of stirring board shaft To middle part fixed with stirring board shaft fixed seat, and the both ends of stirring board shaft lean out material rotating plate and are rotatably supported at described On rack scraping wings platform, one end and the stirring board shaft of flip-arm are fixed, and the other end and the inverting action cylinder are column articulated, described Inverting action cylinder be cylinder or oil cylinder.

In yet a further embodiment of the present invention on the rack scraping wings platform and in correspondence A material rotating plate haulage gear is each provided in the position at the both ends of the stirring board shaft, which includes towing plate With towing plate acting cylinder, towing plate is movably arranged on the rack scraping wings platform, and with the end of the stirring board shaft Portion is corresponding, and being formed on the towing plate has a material rotating plate to be pivotally supported seat and a towing plate acting cylinder connecting seat, stirring board shaft End be rotatably supported at material rotating plate and be pivotally supported on seat, towing plate acting cylinder is arranged on rack scraping wings with horizontal horizontally-arranged state On platform, and a towing plate acting cylinder adjustment screw, the towing plate acting cylinder are connected in the afterbody of the towing plate acting cylinder Adjustment screw is connected on adjustment screw seat, and is limited by limiting nut, and adjustment screw seat is fixed on rack scraping wings platform On, the end of the towing plate acting cylinder of towing plate acting cylinder is connected with the towing plate acting cylinder connecting seat, wherein：It is leading Towing plate sliding groove is further opened on corbel back slab, is provided in the position corresponding to the towing plate sliding groove and the rack scraping wings The fixed towing plate stop screw of platform；The towing plate acting cylinder is oil cylinder or cylinder.

In the present invention again and then in a specific embodiment, the opposite one side of a pair of frame left column is spacious Mouthful, the rack that the left both ends for adjusting crossbeam are insinuated into a pair of frame left column at the position corresponding to the opening is left vertical Column intracavitary；The opposite one side of a pair of frame right column is open, and the both ends of the right adjustment crossbeam are corresponding to institute The rack right column intracavitary that open position is insinuated into a pair of frame right column is stated, and a pair of frame left column is away from one another The top of one side respectively form and have one for making the rack left column chamber and the extraneous rack left column opening communicated, it is and a pair of The top of the one side away from one another of rack right column, which is respectively formed, has one to be used to make what the rack right column chamber was communicated with the external world Rack right column opening；The left adjustment crossbeam composition has a left adjustment crossbeam chamber, and the left crossbeam chamber that adjusts is from left adjustment crossbeam One end of length direction penetrate through to the other end, the right adjustment crossbeam composition has a right adjustment crossbeam chamber, the right adjustment crossbeam Chamber is penetrated through from one end of the length direction of right adjustment crossbeam to the other end, and a left tune is rotationally provided in left adjustment crossbeam intracavitary Whole crossbeam gear shaft, the both ends of the left adjustment crossbeam gear shaft lean out the accent of the left adjustment crossbeam chamber and are stretched over institute Rack left column intracavitary is stated, a right adjustment crossbeam gear shaft, the right adjustment crossbeam are rotationally provided in right adjustment crossbeam intracavitary The both ends of gear shaft lean out the accent of the right adjustment crossbeam chamber and are stretched over the rack right column intracavitary；Described The rack left column intracavitary of a pair of frame left column is each provided with adjustment mechanism above and below a left adjustment crossbeam, on the left adjustment crossbeam Lower adjustment mechanism and the left adjustment crossbeam gear axis connection for being arranged on the left left adjustment crossbeam intracavitary for adjusting crossbeam； The rack right column intracavitary of a pair of frame right column is each provided with right adjustment crossbeam adjustment mechanism up and down, the right adjustment The right adjustment crossbeam gear shaft of right adjustment crossbeam intracavitary of the adjustment mechanism with being arranged on the right adjustment crossbeam above and below crossbeam Connection；The structure of right adjustment crossbeam adjustment mechanism up and down be and the left adjustment crossbeam above and below adjustment mechanism structure phase With, and adjustment mechanism includes lift acting cylinder, scale screw rod adjustment plate, scale screw rod, scale spiral shell to the left adjustment crossbeam up and down Bar fixed plate, synchronous adjustment rack and synchronous adjustment gear, lift acting cylinder are fixed on longitudinal state in lift action cylinder seat, The lift action cylinder seat and the cavity wall of the rack left column chamber are fixed, and the lift acting cylinder column direction of lift acting cylinder On, which is connected with the bottom of the left adjustment crossbeam, and it is left vertical that scale screw rod adjustment plate is fixed on the rack Column intracavitary, scale screw rod are arranged in scale screw rod adjustment plate, on the scale screw rod and in corresponding scale screw rod adjustment plate The position of the upper side and lower side be respectively equipped with a scale screw lock nut, upper end and the scale screw rod fixed plate of scale screw rod are consolidated Fixed, which fixes with the left bottom for adjusting crossbeam, and the lower end of scale screw rod is towards scale screw rod adjustment plate Lower section is stretched, and synchronous adjustment rack is fixed on longitudinal state in the cavity wall of rack left column chamber, and synchronous adjustment gear is fixed on The left adjustment crossbeam gear shaft is insinuated into the end of left column intracavitary, and is meshed with synchronous adjustment rack；Described Scale mark is provided on scale screw rod；The lift acting cylinder is oil cylinder or cylinder；On a left side for the left adjustment crossbeam Adjust the one side of the left adjustment crossbeam cavity wall of crossbeam chamber and along the left length direction for adjusting crossbeam cavity wall with space state Left adjustment crossbeam gear shaft fulcrum bearing is fixed with, the left adjustment crossbeam gear shaft is rotatably supported at left adjustment crossbeam gear It is pivotally supported on seat；In the one side of the right adjustment crossbeam cavity wall of the right adjustment crossbeam chamber of the right adjustment crossbeam and along the right side It adjusts the length direction of crossbeam cavity wall and right adjustment crossbeam gear shaft fulcrum bearing, the right adjustment crossbeam is fixed with space state Gear shaft is rotatably supported in right adjustment crossbeam gear shaft fulcrum bearing；In the rack left column of a pair of frame left column Intracavitary and corresponding to it is described it is left adjustment crossbeam on the left of and right side position be respectively fixed with one it is left adjustment crossbeam /V clamping plate； The rack right column intracavitary of a pair of frame right column and in the left side and right side corresponding to the right adjustment crossbeam Position is respectively fixed with a right adjustment crossbeam /V clamping plate.

One of technique effect of technical solution provided by the invention, it is synchronous due to adding a pair of of scraping wings to pusher Device, thus scraping wings can be made to embody good mass motion effect, it ensures the plate of plate intracavitary under balanced active force Material is by piece plate intake in push-in plate row Mobile Communication road；Two, due to being fixed at intervals pusher on bracket scraping wings platform Plate platform supporting bar, and be provided in scraping wings platform supporting bar slide guide piece and one side of the scraping wings under and It forms corresponding to the position of slide guide piece and has the scraping wings slide guide flange that is slidably matched with slide guide piece, thus pusher can be substantially reduced The resistance of motion of plate can not only protect scraping wings, but also can save the energy consumption of a pair of of scraping wings acting cylinder；Three, due to by above and below plus Heat engine structure respectively heats the both sides up and down of plate, thus is avoided that plate is heated and negative and positive situation occurs, ensures splicing effect；It Four, due to being connected by heating tube floating junction device on first, second with heating tube on one group, thus it can ensure that and heated on one group It manages and contacts effect with the appropriateness of plate.

Description of the drawings

Fig. 1 is the overall structure diagram of the present invention.

Fig. 2 is a pair of frame left column shown in FIG. 1, left adjustment crossbeam, plate pressure exerting arrangement, material stirring-up mechanism, pusher The detailed structure view of adjustment mechanism above and below structure, material rotating plate haulage gear and left adjustment crossbeam.

Fig. 3 is a pair of frame right column shown in FIG. 1, adjustment mechanism and second above and below right adjustment crossbeam, right adjustment crossbeam The detailed structure view of upper heating tube floating junction device.

Fig. 4 is the detailed structure view of saw cutting mechanism shown in FIG. 1.

Fig. 5 is the detailed structure view of heating tube floating junction device on shown in FIG. 1 first.

Fig. 6 is the sectional view of adjustment mechanism above and below left adjustment crossbeam shown in FIG. 1.

Specific embodiment

In order to enable the auditor of the Patent Office especially public that the technical spirit of the present invention is more clearly understood and have Beneficial effect, applicant will elaborate by way of examples below, but be not to this hair to the description of embodiment The limitation of bright scheme, any only formal but not substantive equivalent transformation according to made by present inventive concept all should It is considered as technical scheme scope.

Every concept for being related to upper, lower, left, right, front and rear is directed in addition to additional description in the following description For location status shown in FIG. 1, thus it cannot be understood as being particularly limited to the present invention.

Fig. 1 is referred to, gives a rack 1, the left end of the rack 1 is fixed on a pair each other with the state soared in terrace Between rack left column 11 that is setting face-to-face and being supported in a state of use on terrace, and the right end of rack 1 is similary It is that a pair of setting that faces each other is fixed on the state soared in terrace and be equally supported in a state of use on terrace Rack right column 12 between, the left end of rack 1 is provided with a rack scraping wings platform 13, as shown in Figure 1, in a pair of frame Between left column 11 and in the position of the top corresponding to rack 1 up or down（That is, can adjust up and down）It is horizontal to be provided with one The rectangular or square left adjustment crossbeam 14 of cross sectional shape, and between a pair of frame right column 12 and equally corresponding to The position of the top of rack 1 is up or down（That is, can adjust up and down）A cross-sectional shape is provided with as to left adjustment crossbeam The right adjustment crossbeam 15 of 14 descriptions.

It gives heating arrangements 2 on one and once heating arrangements 3, upper heating arrangements 2 corresponds to the left adjustment at the same time The position of the lower section of crossbeam 14 and right adjustment crossbeam 15 is connected with left adjustment crossbeam 14 and right adjustment crossbeam 15, lower heater Structure 3 is fixed in the position of the lower section corresponding to upper heating arrangements 2 in the rack 1, between upper and lower heating arrangements 2,3 Space is configured to plate row Mobile Communication road 10, and the left end port in the plate row Mobile Communication road 10 is configured to plate intake 101, and should The plate chamber 16 of left upper part of the plate intake 101 with being formed in rack 1 communicates, and the right end port in plate row Mobile Communication road 10 It is configured to be spliced into template outlet 102.For the ease of the understanding of the public, applicant is shown in FIG. 1 strip and pre- The plate 30 of adhesive is first scribbled, from plate chamber 16 through plate under the promotion for the pusher 6 which refers to below Expect that intake 101 into plate row Mobile Communication road 10, moves in plate row Mobile Communication road 10 to the direction row for being spliced into template outlet 102 During, heating and making adjacent 30 phase of plate under the compressing of upper heating arrangements 2 through foregoing upper and lower heating arrangements 2,3 Mutually be bonded together, when from be spliced into template draw 102 row of outlet go out when, just form view picture for make furniture, Office appliance（Such as bookcase）And inner decoration sheet, view picture designated herein refer to monoblock, such as width is 122 ㎝ and length For the plate of 244 ㎝, thickness can be determined according to the thickness change of plate 30.

One is given for the plate pressing machine to press to stacked state to the plate 30 being located in aforementioned panels material chamber 16 Structure 4, the plate pressure exerting arrangement 4 be fixed in the position of the top corresponding to foregoing plate chamber 16 on foregoing heating arrangements 2 back to The one side of the lower heating arrangements 3 is fixed on heating arrangements 2 towards upper one side.One is given for plate 30 to be fed Enter the material stirring-up mechanism 5 ploughed under in foregoing plate chamber 16, which is arranged on foregoing in the position corresponding to plate chamber 16 In rack 1.Give one for by the plate 30 in plate chamber 16 by piece by piece（That is block-by-block block-by-block）Foregoing plate is pushed into draw The pusher 6 of entrance 101, the position which corresponds to the left side of the length direction of foregoing plate chamber 16 are arranged on On foregoing rack scraping wings platform 13.

Refer to Fig. 2 and still with Fig. 1, a technical essential as technical solution provided by the invention：Foregoing Pusher 6 includes a pair of of scraping wings acting cylinder 61, a scraping wings 62 and a pair of of scraping wings sychronisation 63, and a pair of of scraping wings is made It is fixed on cylinder 61 with horizontally-arranged state with horizontality in scraping wings acting cylinder base 612, and this is to scraping wings acting cylinder 61 Scraping wings acting cylinder 611 towards foregoing scraping wings 62, the left side of scraping wings 62 and the length direction of foregoing plate chamber 16（It should Left side is by taking location status shown in Fig. 1 as an example）It is corresponding and be slidably matched with foregoing rack scraping wings platform 13, it is pushed away at this It is fixed on flitch 62 and in the position corresponding to scraping wings acting cylinder 611 using scraping wings connecting seat fixing screws 6211 Scraping wings connecting seat 621, the scraping wings connecting seat 621 are connected with scraping wings acting cylinder 611, a pair of of scraping wings sychronisation 63 It is arranged between scraping wings 62 and foregoing rack scraping wings platform 13, and coordinates with one side of the scraping wings 62 under.Before The scraping wings acting cylinder base 612 stated is fixed on the left surface of rack scraping wings platform 13 with horizontal boom state（With position shown in Fig. 1 Exemplified by configuration state）On, foregoing material stirring-up mechanism 5 corresponds to the top of scraping wings 62.

On foregoing rack scraping wings platform 13 and the region of the length direction corresponding to foregoing scraping wings 62 with Space state is fixed with scraping wings platform supporting bar 131, is towards the surface of the one side of scraping wings 62 in scraping wings platform supporting bar 131 It is provided with to reduce the smooth material in surface of frictional force either metal can also be non-gold towards a upper side surface The slide guide piece 1311 of category forms in one side of the scraping wings 62 under and in the position corresponding to slide guide piece 1311 and has scraping wings Slide guide flange 622, scraping wings slide guide flange 622 are slidably matched with slide guide piece 1311.As shown in Figure 2, due to foregoing scraping wings Platform supporting bar 131 is to be fixed with being parallel to the state of the short side of rack scraping wings platform 13 on organic frame scraping wings platform 13, Thus scraping wings platform supporting bar 131 is substantially also mutually parallel with the short side of scraping wings 62.

Applicant it should be noted that：If into the slide guide piece 1311 in scraping wings platform supporting bar 131 is made to the knot of guide rail Configuration formula, and make scraping wings slide guide flange 622 into structure type with the matched guide rail slide block of guide rail, then it should regard Still belong to technology contents scope disclosed by the invention for equivalent substitution.For another example fruit makes slide guide piece 1311 into raceway, and Scraping wings slide guide flange 622 is made to the structure type of roller into, then should equally be considered as form and immaterial equivalent substitution And belong to technical connotation scope disclosed by the invention.

The structure that is preferred rather than being definitely limited to of foregoing a pair of of scraping wings sychronisation 63 is as follows：Respectively fixed including rack Seat 631, rack 632, synchromesh gear 633 and synchromesh gear axle bed 634, rack fixing seat 631 are fixed on foregoing rack scraping wings On platform 13, rack 632 is fixed on rack fixing seat 631 towards the one side of foregoing scraping wings 62, that is, is fixed on rack fixing seat 631 towards upper one side, and synchromesh gear axle bed 634 is fixed on scraping wings 62 towards the one side of rack fixing seat 631 using screw, Synchromesh gear 633 is fixed on synchronous gear shaft 6331, and is meshed with rack 632, and synchronous gear shaft 6331 rotates twelve Earthly Branches It holds on synchromesh gear axle bed 634.

In the present embodiment, foregoing a pair of of scraping wings acting cylinder 61 uses oil cylinder, however if using cylinder instead, it should It is considered as equivalent substitution.

When a pair of of scraping wings acting cylinder 61 works, for example, scraping wings acting cylinder 61 scraping wings acting cylinder 611 to cylinder During external stretching, extension, then drive scraping wings 62 by scraping wings acting cylinder 611, make scraping wings 62 to the direction of foregoing plate chamber 16 Displacement pushes one piece of plate 30 positioned at bottom in storage plate chamber 40 as shown in Figure 1 to plate intake 101, on the contrary Same example, scraping wings 62 are replied, and make scraping wings 62 by plate 30 by piece by a piece ground by the alternating movement of scraping wings acting cylinder 611 It is pushed to plate intake 101.It is described herein and be the plate that describes in further detail below by Fig. 1 storage plate chambers 40 illustrated The space formed between pressure exerting arrangement 4 and material stirring-up mechanism 5（It is commonly called as " lane ", i.e. slype）.

Emphasis is shown in Fig. 1, and foregoing upper heating arrangements 2 include heating tube heat medium introducing in heating tube 21, one on one group Heating tube heat medium draws manifold 23 on manifold 22 and one, and heating tube 21 is distributed with parallel state interval on one group, And the left end of heating tube 21 connects in the position of the lower section corresponding to foregoing left adjustment crossbeam 14 with left adjustment crossbeam 14 in the group It connects, and the right end of heating tube 21 connects in the position of the lower section corresponding to foregoing right adjustment crossbeam 15 with right adjustment crossbeam 15 in the group Connect, and in the group 21 left end of heating tube it is upper（I.e. towards upper one side）One is respectively fixed with for heat medium to be introduced Heat tube chamber 211（Fig. 3 is indicated）Interior upper heating tube heat medium introduces interface 212, and in the group heating tube 21 right end One is respectively fixed on end face and draws interface 213 for heat medium to be drawn to the upper heating tube heat medium of heating tube chamber 211, Upper heating tube heat medium introduce manifold 22 using the first upper fixed seat 222 be fixed on foregoing a pair of frame left column 11 it Between, and corresponding to left adjustment crossbeam 14 towards the one side of foregoing right adjustment crossbeam 15, i.e., positioned at 11 court of a pair of frame left column To the one side of a pair of frame right column 12, heating tube heat medium is introduced on manifold 22 and corresponding to upper heating tube on this The upper heating tube heat medium that the position composition that heat medium introduces interface 212 has quantity equal with the quantity of upper heating tube 21 is drawn Enter total interface tube 221, heating tube heat medium introduces total interface tube 221 and passes through transitional connection pipe 2211 on first on this（Using Hose）Interface 212 is introduced with upper heating tube heat medium to be connected, upper heating tube heat medium is drawn manifold 23 and used on first admittedly Reservation 232 is fixed between foregoing a pair of frame right column 12, and corresponding to the right crossbeam 15 that adjusts back to foregoing left adjustment The one side of crossbeam 14 is located at a pair of frame right column 12 back to the one side of a pair of frame left column 11, and heating tube heats on this Medium is drawn on manifold 23 and being formed in the position that interface 213 is drawn corresponding to upper heating tube heat medium has quantity to add with upper The upper heating tube heat medium that the quantity of heat pipe 21 is equal draws total interface tube 231, and heating tube heat medium draws manifold on this Interface 231 passes through transitional connection pipe 2311 on second（Using hose）Interface 213 is drawn with upper heating tube heat medium to be connected.

Still emphasis is shown in Fig. 1, and foregoing lower heating arrangements 3 include heating tube 31 under one group, once heating tube heat medium is drawn Enter manifold 32 and once heating tube heat medium draws manifold 33, the quantity of heating tube 31 on foregoing one group with heating under one group The quantity of pipe 21 is equal, and is distributed with parallel state interval, and the left end of heating tube 31 is corresponding to foregoing under the group The lower section of upper heating tube 21（Below left end）Position fixed with foregoing rack 1, and the right end of heating tube 31 equally exists under the group Corresponding to the lower section of upper heating tube 21（Below right end）Position fixed with rack 1, and under the group heating tube 31 left end Lower section（Lower surface）One is respectively fixed with for heat medium to be introduced lower heating tube chamber 3（Fig. 3 is marked）Interior lower heating tube adds Thermal medium introduces interface 312, and is respectively fixed with one on the right end end face of heating tube 31 under the group for heat medium to be drawn The lower heating tube heat medium of lower heating tube chamber 311 draws interface 313, lower heating tube heat medium introduce manifold 32 corresponding to Position below the left end of the lower heating tube 31 is fixed on using the first lower fixed seat 322 in rack 1, is added in the lower heating tube Thermal medium, which is introduced on manifold 32 and formed in the position that interface 312 is introduced corresponding to the lower heating tube heat medium, quantity The lower heating tube heat medium equal with the quantity of lower heating tube 31 introduces total interface tube 321, which draws Enter total interface tube 321 and pass through First Transition pipe 3211（Using hose）Interface 312 is introduced with lower heating tube heat medium to be connected, under Heating tube heat medium draws positions of the manifold 33 below the right end corresponding to lower heating tube 31 and uses the second lower fixed seat 332 It is fixed between a pair of frame right column 12, and corresponding to the foregoing right crossbeam 15 that adjusts back to the one of the left adjustment crossbeam 14 Side is drawn corresponding to a pair of frame right column 12 back to the one side of a pair of frame left column 11 in the lower heating tube heat medium Going out on manifold 33 and being formed in the position that interface 313 is drawn corresponding to foregoing lower heating tube heat medium has quantity and lower heating The lower heating tube heat medium that the quantity of pipe 31 is equal draws total interface tube 331, which draws manifold and connect Mouth 331 passes through the second coupling tube 3311（Using hose）Interface 313 is drawn with lower heating tube heat medium to be connected.

Space between one group of foregoing upper and lower heating tube 21,31 is configured to foregoing plate row Mobile Communication road 10.Foregoing plate Pressure exerting arrangement 4 is fixed on foregoing in the position of the top corresponding to foregoing plate chamber 16 in heating tube 21.

In the present embodiment, above mentioned heat medium is steam, however conduction oil or other equivalent can also be used Substance is as heat medium.

Explanation according to above-mentioned upper and lower heating arrangements 2,3 is understood, by the synergistic effect of one group of upper and lower heating tube 21,31 And the plate 30 by way of plate row Mobile Communication road 10 can be heated, make to volatilize coated in the solvent in the adhesive on plate 30, together When plate 30 is made mutually reliably to bond together.Exemplified by the principle of heating of more than heating arrangements 2：The heat medium of high temperature（This Embodiment is steam）The total interface tube 221 of upper heating tube heat medium introducing that manifold 22 is introduced by upper heating tube heat medium passes through Transitional connection pipe 2211 leads to heating tube heat medium and introduces interface 212 on first, is connect by the introducing of upper heating tube heat medium Mouthfuls 212 introduce and heat tube chamber 211, then draw interface 213 through transitional connection pipe 2311 on second by upper heating tube heat medium And upper heating tube heat medium draws total interface tube 231 and draws manifold 23 into upper heating tube heat medium, adds so as to be formed The circulating reflux process of thermal medium.In this process, on one group heating tube 21 to by way of below i.e. to being moved by way of plate row The plate 30 of passage 10 heats.Since the principle of heating of lower heating arrangements 3 and upper heating arrangements 2 are identical, thus applicant is no longer It repeats.

Please emphasis see Fig. 2 and with reference to Fig. 1, above mentioned plate pressure exerting arrangement 4 includes a backbar 41, a pair of of pressure Acting cylinder fixed frame 42, a pair of of screen item are made by 43, one groups of screen items 44 of beam, plate pressure item 45 and a pair of of plate pressure item With cylinder 46, in one end of backbar 41（The rear end of location status shown in Fig. 1）It is fixed with one first cushion block 411, the other end（Fig. 1 The front end of shown location status）Be fixed with one second cushion block 412, the first cushion block 411 in heating tube 21 on foregoing one group First is fixed in one of the leftmost side upper heating tube towards upper one side, on the second cushion block 412 and one group in heating tube 21 A upper heating tube i.e. in the rightmost side of one, end fixed towards upper one side, in a pair of pressure acting cylinder fixed frame 42 One of pressure acting cylinder fixed frame bottom and one end of backbar 41 be welded and fixed, and a pair of of pressure acting cylinder is fixed The bottom of another pressure acting cylinder fixed frame in frame 42 and the other end of backbar 41 are welded and fixed, and are acted in a pair of of pressure The top of cylinder fixed frame 42 is respectively fixed with horizontality（Pass through welding）There is plate pressure acting cylinder fixed seat 421, it is a pair of Screen item is welded and fixed by beam 43 and a pair of acting cylinder fixed frame 42 that presses towards the one side of the plate chamber 16, and this is to grid Lath is laterally parallel by beam 43（It is laterally parallel with upper and lower corresponding state）, one group of screen item 44 is longitudinally solid with space state A pair of of screen item is scheduled on by beam 43 back to the one side of a pair of of pressure acting cylinder fixed frame 42, a pair of of plate presses in an acting cylinder 46 One of plate pressure acting cylinder be fixed on one of pressure acting cylinder in a pair of of pressure acting cylinder fixed frame 42 In the plate pressure acting cylinder fixed seat 421 of fixed frame, and another plate in a pair of of plate pressure acting cylinder 46 is applied Press strip acting cylinder is fixed on the plate pressure item of another pressure acting cylinder fixed frame in a pair of of pressure acting cylinder fixed frame 42 In acting cylinder fixed seat 421, this presses an acting cylinder 461 under to the plate of plate pressure acting cylinder 46, and plate is applied One end of press strip 45 is by press strip link seat 451 and using in connecting seat axis pin 4511 and a pair of of plate pressure acting cylinder 46 One of plate pressure acting cylinder plate pressure acting cylinder 461 end connection, and plate pressure item 45 The other end is again by press strip link seat 451 and using in connecting seat axis pin 4511 and a pair of of plate pressure acting cylinder 46 Another plate pressure acting cylinder plate pressure acting cylinder 461 end connection, and the plate pressure item 45 with The top of foregoing plate chamber 16 is corresponding.

In the present embodiment, foregoing a pair of of plate pressure acting cylinder 46 is cylinder, but does not repel and use oil cylinder. The cross-sectional shape of one group of foregoing screen item 44 is in the shape of the letter V.

Applicant sketches operation principle and its effect of plate pressure exerting arrangement 4：When a pair of of plate pressure 46 work of acting cylinder When making, such as when plate pressure acting cylinder 461 is gradually stretched out from outside cylinder body, then by plate pressure acting cylinder 461 drive plate pressure 45 downlink of item, by top of the plate pressure item 45 to the plate 30 illustrated by Fig. 1（Uppermost plate） Compressing.At this point, under the work of foregoing pusher 6, when the plate 30 of lowest part is moved from plate intake 101 into plate row After passage 10, material position of the plate 30 in foregoing storage plate chamber 40 lessens the degree of the thickness of one piece of plate 30, then plate Pressure acting cylinder 461 accordingly stretches out the degree of the thickness of one piece of plate 30 outside cylinder body, that is to say, that plate pressure item 45 Always the oppression state to plate 30 is in, until after the plate 30 in storage plate chamber 40 is pushed away to the greatest extent by the scraping wings 62 of pusher 6, Plate pressure 46 ability counteragent of acting cylinder makes plate pressure acting cylinder 461 reply upwards.It follows that plate is applied Press mechanism 4 generates pressing force to plate 30, and plate 30 is pushed with the scraping wings 62 for ensureing pusher 6.

Plate 30 in foregoing storage plate chamber 40 is ploughed under by material stirring-up mechanism 5, i.e., is fed by material stirring-up mechanism 5.

As shown in Fig. 1 and Fig. 2, foregoing material stirring-up mechanism 5 includes an inverting action cylinder 51, a flip-arm 52, a material rotating plate 53 and one material rotating plate 54 of axis, inverting action cylinder 51 are connected to inverting action cylinder seat 512 with longitudinal state and by connecting pin 513 On, and the inverting action cylinder seat 512 is fixed on the front side of the left end of foregoing rack 1（By taking location status shown in Fig. 1 as an example）, and The inverting action cylinder column 511 of the inverting action cylinder 51 is towards upper, in material rotating plate 54 towards the length of the one side of foregoing plate chamber 16 The lower part in direction is fixed with a stirring board shaft fixed seat 541, and middle part and the stirring board shaft of the length direction of stirring board shaft 53 are fixed Seat 541 is fixed（It is mounted in a manner of setting in stirring board shaft fixed seat 541）, and the both ends of stirring board shaft 53 lean out material rotating plate It 54 and is rotatably supported on the rack scraping wings platform 13, one end and the stirring board shaft 53 of flip-arm 52 are fixed, another End is hinged with the inverting action cylinder column 511 by flip-arm axis pin 521.As shown in Fig. 1 and Fig. 2, the whole shape of flip-arm 52 Shape is in arc-shaped, is said vividerly in kidney-shaped（Also banana-shaped can be claimed）.

As preferred scheme, can also at least one material rotating plate leg rest be set on foregoing rack scraping wings platform 13 132, when material rotating plate 54 as shown in Figure 1 plumbness become as shown in Figure 2 when being intended to horizontality, be just shelved on material rotating plate On leg rest 132.

It is respectively set on foregoing rack scraping wings platform 13 and in the position at the both ends corresponding to foregoing stirring board shaft 53 A material rotating plate haulage gear 7 is equipped with, the both ends of foregoing stirring board shaft 53 are rotatably supported on material rotating plate haulage gear 7.

In the present embodiment, foregoing inverting action cylinder 51 is cylinder, but oil cylinder can also be used to replace cylinder.

Foregoing material rotating plate haulage gear 7 includes towing plate 71 and towing plate acting cylinder 72, and towing plate 71 is movably set On foregoing rack scraping wings platform 13, and, on the towing plate 71 structure corresponding with the end of foregoing stirring board shaft 53 Cheng Youyi material rotating plates are pivotally supported 711 and one towing plate acting cylinder connecting seat 712 of seat, and the end of stirring board shaft 53 rotationally supports It being pivotally supported in material rotating plate on seat 711, towing plate acting cylinder 72 is arranged on horizontal horizontally-arranged state on rack scraping wings platform 13, and And it is connected with a towing plate acting cylinder adjustment screw 721, towing plate acting cylinder adjustment in the afterbody of the towing plate acting cylinder 72 Screw rod 721 is connected on adjustment screw seat 7211, and is limited by limiting nut 7212, and adjustment screw seat 7211 is fixed on rack On scraping wings platform 13, the end of the towing plate acting cylinder 722 of towing plate acting cylinder 72 connects with the towing plate acting cylinder Joint chair 712 connects.Towing plate sliding groove 713 is further opened on towing plate 71, in the position corresponding to the towing plate sliding groove 713 It installs and is equipped with and foregoing 13 fixed towing plate stop screw 7131 of rack scraping wings platform.

When the state evolution of material rotating plate 54 to be made as shown in Figure 2 is by state shown in FIG. 1, that is to say, that when position to be made When the plate 30 on material rotating plate 54 turns to degree as shown in Figure 1, then, inverting action cylinder 51 works, inverting action cylinder column 511 overhang to cylinder body, i.e., stretch out upwards, drive flip-arm 52 by inverting action cylinder column 511, material rotating plate is driven by flip-arm 52 Axis 53, the direction for driving material rotating plate 54 to foregoing plate pressure exerting arrangement 4 from stirring board shaft 53 move, until moving in Fig. 1 Shown state in this state, is previously disposed in the plate 30 on material rotating plate 54 by control in storage plate chamber 40 as shown in Figure 1 It is interior.After 54 stirring of material rotating plate, that is to say, that being in shown in FIG. 1 in material rotating plate 54 tends to hang down with rack scraping wings platform 131 During straight state, foregoing towing plate acting cylinder 72 works, and towing plate acting cylinder 722 is to cylinder body outer displacement, and at the same time band Dynamic towing plate acting cylinder connecting seat 712, drives towing plate 71, by towing plate 71 by towing plate acting cylinder connecting seat 712 Material rotating plate be pivotally supported seat 711 and drive stirring board shaft 53, material rotating plate 54 is forced, which to be maintained at foregoing, to tend to put down with rack scraping wings The vertical state of platform 131.Inverting action cylinder 51 and towing plate when becoming Fig. 2 states from Fig. 1 states due to material rotating plate 54 are made With the motion process of cylinder 72 with it is foregoing on the contrary, and can by it will be understood by those skilled in the art that, thus applicant no longer repeats.

In the present embodiment, foregoing towing plate acting cylinder 72 is it is preferable to use oil cylinder, but if selected with cylinder, then it should When being considered as equivalent substitution.

It refers to Fig. 2 and Fig. 3 and still combines Fig. 1, the opposite one side of foregoing a pair of frame left column 11 is open , the both ends of foregoing left adjustment crossbeam 14 are insinuated into a rack left side for a pair of frame left column 11 at the position corresponding to the opening In column chamber 111（Fig. 1 and Fig. 2 show）；The opposite one side of foregoing a pair of frame right column 12 is open, and foregoing right adjustment is horizontal The both ends of beam 15 are insinuated at the position corresponding to the opening in the rack right column chamber 121 of a pair of frame right column 12, and And respectively composition has one for making rack left column chamber 111 and the external world on the top of the one side away from one another of a pair of frame left column 11 The rack left column opening 112 communicated, and respectively composition has a use on the top of the one side away from one another of a pair of frame right column 12 In the rack right column opening 122 that rack right column chamber 121 is made to be communicated with the external world（Fig. 1 and Fig. 3 marks）；Foregoing left adjustment crossbeam 14 compositions have a left adjustment crossbeam chamber 141, which penetrates through from one end of the length direction of left adjustment crossbeam 14 To the other end, foregoing right adjustment crossbeam 15 composition has a right adjustment crossbeam chamber 151, and the right adjustment crossbeam chamber 151 is horizontal from right adjustment One end of the length direction of beam 15 is penetrated through to the other end, and a left adjustment crossbeam is rotationally provided in left adjustment crossbeam chamber 141 Gear shaft 142, the both ends of the left adjustment crossbeam gear shaft 142 lean out the accent of left adjustment crossbeam chamber 141 and are stretched over machine In frame left column chamber 111, a right adjustment crossbeam gear shaft 152, the right adjustment are rotationally provided in right adjustment crossbeam chamber 151 The both ends of crossbeam gear shaft 152 lean out the accent of right adjustment crossbeam chamber 151 and are stretched over the rack right column chamber 121 It is interior.

It is each provided with lowering on a left adjustment crossbeam in the rack left column chamber 111 of foregoing a pair of frame left column 11 Complete machine structure 8, the left upper and lower adjustment mechanism 8 of adjustment crossbeam is with being arranged in the left adjustment crossbeam chamber 141 of foregoing left adjustment crossbeam 14 Foregoing left adjustment crossbeam gear shaft 142 connect, for details, reference can be made to Fig. 1 and Fig. 2；In the machine of foregoing a pair of frame right column 12 Adjustment mechanism 20 above and below a right adjustment crossbeam is each provided in frame right column chamber 121, adjustment mechanism 20 above and below the right adjustment crossbeam It is connected with the right adjustment crossbeam gear shaft 152 being arranged in the right adjustment crossbeam chamber 151 of foregoing right adjustment crossbeam 15, specifically Reference can be made to Fig. 1 and Fig. 3.The electric control box of automatic plate-splicing machine can be arranged on a pair of frame left column 11 by preferred scheme The top of a piece rack left column of front side.

Since the structure of adjustment mechanism 20 above and below foregoing right adjustment crossbeam is to adjust machine up and down with foregoing left adjustment crossbeam Structure 8 it is completely identical in structure, therefore applicant below only to it is left adjustment crossbeam above and below adjustment mechanism 8 be described in detail.

See Fig. 2 and Fig. 6 and with reference to Fig. 1, foregoing left adjustment crossbeam adjustment mechanism 8 preferred rather than is definitely limited to up and down Structure it is as follows：Including lift acting cylinder 81, scale screw rod adjustment plate 82, scale screw rod 83, scale screw rod fixed plate 84, synchronization Adjustment rack 85 and synchronous adjustment gear 86, lift acting cylinder 81 are fixed on longitudinal state in lift action cylinder seat 812, the liter Drop acting cylinder base 812 and the cavity wall of foregoing rack left column chamber 111 are fixed, and the lift acting cylinder column of lift acting cylinder 81 811 towards upper, which be connected with the bottom of foregoing left adjustment crossbeam 14, specifically：In left adjustment crossbeam 14 Bottom and a lift acting cylinder column connecting seat 144, lift action are fixed in the position corresponding to lift acting cylinder column 811 Cylinder column 811 is connected by axis pin with the lift acting cylinder column connecting seat 144.Scale screw rod adjustment plate 82 is fixed on rack left column In chamber 111, scale screw rod 83 is arranged in scale screw rod adjustment plate 82, on the scale screw rod 83 and in corresponding scale screw rod The position of the upper side and lower side of adjustment plate 82 is respectively equipped with a scale screw lock nut 831, the upper end of scale screw rod 83 and mark Ruler screw rod fixed plate 84 is fixed, and the scale screw rod fixed plate 84 and the bottom of left adjustment crossbeam 14 are fixed, under scale screw rod 83 It holds towards the lower section of scale screw rod adjustment plate 82 and stretches, synchronous adjustment rack 85 is fixed on rack left column chamber with longitudinal state In 111 cavity wall, synchronous adjustment gear 86 is fixed on foregoing left adjustment crossbeam gear shaft 142 with flat key fixed form and is insinuated into a left side End in column chamber 111, and be meshed with synchronous adjustment rack 85.

Scale mark 832 is provided on foregoing scale screw rod 83（Fig. 6 shows）；Foregoing lift acting cylinder 81 is oil Cylinder, but can also select and use cylinder.

When the thickness of plate 30 changes, then it needs to make adaptive change to the height in plate row Mobile Communication road 10, And the spacing that the height for changing plate row Mobile Communication road 10 changes between one group of upper and lower heating tube 21,31 passes through to left and right adjustment It adjusts and realizes while crossbeam 14,15.Since adjustment mechanism 20 is to the adjusting of right adjustment crossbeam 15 above and below right adjustment crossbeam It is identical to the adjusting of left adjustment crossbeam 14 with adjustment mechanism 8 above and below left adjustment crossbeam, therefore applicant is below only Adjustment mechanism 8 explains the adjusting process of left adjustment crossbeam 14 to left adjustment crossbeam up and down.

When the spacing between increasing one group of upper and lower heating tube 21,31 increases the height in plate row Mobile Communication road 10, first Pine enables to be locked in scale screw rod 83（Limit）Scale screw lock nut 831, lift acting cylinder 81 works, lifting make It is stretched with cylinder column 811 outside cylinder body, i.e. stretching, extension upwards, due to lift acting cylinder column 811 and is fixed on the left bottom for adjusting crossbeam 14 The lift acting cylinder column connecting seat 144 in portion connects, thus passes through lift acting cylinder column connecting seat 144 by lift acting cylinder column 811 Left adjustment crossbeam 14 is shifted up, in this process, the synchronous adjustment gear 86 being fixed on left adjustment crossbeam gear shaft 142 Left adjustment crossbeam gear shaft 142 is driven to rotate in the state of being meshed with synchronous adjustment rack 85, to ensure left adjustment crossbeam 14 horizontality.When the degree that left adjustment crossbeam 14 shifts up reaches the indicating value of the scale mark 832 on scale screw rod 83 When, lift acting cylinder 81 is stopped, and is locked foregoing scale screw lock nut 831 by operating personnel.As general When spacing between one group of upper and lower heating tube 21,31 becomes smaller and uses the processing for the plate 30 for adapting to become smaller to thickness, then Left adjustment crossbeam up and down adjustment mechanism 8 adjustment process with it is foregoing opposite.It is needed when adjustment mechanism 8 adjusts above and below left adjustment crossbeam Adjustment mechanism 20 above and below right adjustment crossbeam is adjusted simultaneously.

The one side of the left adjustment crossbeam cavity wall of the left adjustment crossbeam chamber 141 of foregoing left adjustment crossbeam 14 and along this The length direction of left adjustment crossbeam cavity wall is fixed with left adjustment crossbeam gear shaft fulcrum bearing 1411 with space state（Fig. 2 shows）, it is preceding The left adjustment crossbeam gear shaft 142 stated is rotatably supported in left adjustment crossbeam gear shaft fulcrum bearing 1411；In foregoing right tune The one side of the right adjustment crossbeam cavity wall of the right adjustment crossbeam chamber 151 of whole crossbeam 15 and along this it is right adjustment crossbeam cavity wall length Direction is fixed with right adjustment crossbeam gear shaft fulcrum bearing 1511 with space state（Fig. 3 shows）, foregoing right adjustment crossbeam gear shaft 152 are rotatably supported in right adjustment crossbeam gear shaft fulcrum bearing 1511.

In the rack left column chamber 111 of foregoing a pair of frame left column 11 and corresponding to foregoing left adjustment crossbeam 14 left sides and right side（Defined herein left side and right side are with for location status shown in FIG. 1）Position respectively pass through one The left adjustment crossbeam /V bridge screw 1131 of group is fixed with a left adjustment crossbeam /V clamping plate 113（Fig. 2 shows）；In foregoing a pair In the rack right column chamber 121 of rack right column 12 and in the left side corresponding to foregoing right adjustment crossbeam 15 and the position on right side Respectively pass through one group of right adjustment crossbeam /V bridge screw 1231（Fig. 3 shows）It is fixed with a right adjustment crossbeam /V clamping plate 123.

See Fig. 5 and Fig. 1 and Fig. 2 is combined, under the left side and right side of the length direction of foregoing left adjustment crossbeam 14 Portion is each provided with one and is used for and heating tube on first of the left end floating connection of heating tube 21 on one group of the upper heating arrangements 2 Floating junction device 143.See Fig. 3 and with reference to Fig. 1, on the left side of the length direction of foregoing right adjustment crossbeam 15 and right side Lower part is each provided with one and is used for and heating tube floating junction device on second of the right end floating connection of heating tube 21 on one group 153.Defined herein left side and right side are still according to for the location of Fig. 1 state.

Due to Fig. 1, Fig. 2 and Fig. 5 signal first on heating tube floating junction device 143 structure and its function be with by Fig. 3 be shown in detail second on heating tube floating junction device 153 structure and function it is identical, thus applicant is below only It elaborates to heating tube floating junction device 153 on second.

Please emphasis see Fig. 3, it is u-shaped to include a cross-sectional shape for heating tube floating junction device 153 on foregoing second Channel steel 1531 and the quantity adjusting screw rod 1532 equal with the quantity of heating tube 21 on foregoing one group, channel steel 1531 with it is foregoing The following side of length direction of right adjustment crossbeam 15 is welded and fixed, on the channel steel 1531 and the heating tube on corresponding to one group 21 position offers adjusting screw rod hole 15311 with space state, and adjusting screw rod 1532 is corresponding to adjusting screw rod hole 15311 Position is arranged on channel steel 1531, and has a screw rod lifting lug 15321, screw rod lifting lug in the lower end of adjusting screw rod 1532 composition 15321 position on adjusting screw rod 1532 corresponds to the lower section of channel steel 1531, and screw rod lifting lug 15321 on one group with heating Pipe 21 is hinged, a spring 15322 is also arranged on adjusting screw rod 1532, the upper end of the spring 15322 is supported on channel steel 1531 On, and lower end is supported on screw rod lifting lug 15321.

As shown in Figure 3, in heating tube 21 and in the position corresponding to foregoing screw rod lifting lug 15321 on foregoing one group Putting each composition has a screw rod lifting lug connecting seat 214, which passes through lifting lug connecting seat axis pin 2141 and screw rod Lifting lug 15321 is hinged.

From the above-mentioned explanation to heating tube floating junction device 143,153 on first, second, in spring 15322 Effect is lower to make heating tube 21 on one group be in the good contact state to being located at the plate 30 in plate row Mobile Communication road 10 always.

Due to when upper and lower 2,3 pairs of plates 30 of heating arrangements heat, being waved coated in the solvent in the adhesive on plate 30 Hair, thus for the environment in safeguard work place, then in foregoing rack 1 and corresponding to foregoing a pair of frame it is left, Region between right column 11,12 is provided with one for upper heating arrangements 2 to be covered with the heat-preservation guard shield 17 of shield.Upper and lower heating arrangements 2nd, the aforementioned solvents generated during 3 heating enter heat-preservation guard shield 17, are handled by the pipeline extraction being connected with insulation cover 17, to avoid damage And environment.The shield frame 171 of heat-preservation guard shield 17 is also shown in Fig. 2, which takes heat-preservation guard shield 17 and be fixed on a pair of of machine Between the left and right column 11,12 of frame.

Please continue to refer to Fig. 2, in foregoing a pair of frame left column 11, on rear side of the left end of rack 1（With shown in Fig. 1 Location status exemplified by）A rack left column on and in the position of the rear end of the length direction corresponding to foregoing plate chamber 16 It installs and is equipped with a plate end liftout acting cylinder 114,1141 direction of liftout acting cylinder of the plate end liftout acting cylinder 114 The plate chamber 16；One is provided in rack 1 and in the position corresponding to plate end liftout acting cylinder 114 to be used for plate Expect the saw cutting mechanism 9 of the redundancy section excision of end.

Foregoing plate end liftout acting cylinder 114 is cylinder, but oil cylinder can also be used.

In foregoing a pair of of screen item by beam 43 and in the front end of the length direction corresponding to foregoing plate chamber 16 Position is fixed with a plate end and stops limited post 431, which stops that the cross-sectional shape of limited post 431 is in L-shaped, More precisely, limited post 431 is kept off as plate end resistance using L-shaped angle steel.

When plate 30 is located in state shown in FIG. 1 in storage plate chamber 40, due between the end of adjacent plate 30 unavoidably There are non-contacting gap, therefore, under the work of plate end liftout acting cylinder 114, for example, liftout acting cylinder 1141 to It stretches outside cylinder body and pushes up and during the end of plate 30, the end reliable contacts of adjacent plate 30 are forced, because answering plate Expect that the front end of the length direction of chamber 16 stops that limited post 431 limits by plate end.

It refers to Fig. 4 and combines Fig. 1, the structure that is preferred and being not limited to for the saw cutting mechanism 9 having already mentioned above is as follows：Bag Motor 91, driving wheel 92, transmission belt 93, driven wheel 94 and circular saw bit 95 are included, motor 91 is set is fixed on foregoing rack 1 shortly Left end on rear side of, driving wheel 92 is fixed on the motor shaft 911 of motor 9, and one end of transmission belt 93 is nested on driving wheel 92, separately One end is nested on driven wheel 94, and driven wheel 94 is fixed on follower shaft 941, and the follower shaft 941 is rotatably supported at On driven wheel axle bed 9411, circular saw bit 95 is fixed on follower shaft 941, and with the length direction of foregoing plate chamber 16 The side of back-end ports is corresponding.In the present embodiment, driving wheel 92 and driven wheel 94 are belt pulley, and transmission belt 93 is transmission skin Band.

From the signal of Fig. 4, plate 30 stops that one end end of limited post 431 is before away from foregoing plate end One end end for stating plate end liftout acting cylinder 114 is typically that cun difference is uneven, and the uneven part of this cun of difference is redundancy portion Point, thus when the redundancy section is cut off, then it is worked by motor 91, driving wheel is driven by the motor shaft 911 of motor 91 92, through transmission belt 93 drive driven wheel 94, since circular saw bit 95 and follower shaft 941 are coaxial, thus by driven wheel 94 pass through from Driving wheel axis 941 drives circular saw bit 95, is removed the redundancy section saw of plate 30 by circular saw bit 95.

Applicant combine Fig. 1 to Fig. 6 summary the present invention the course of work, by operating personnel by up for splicing and The position of Mosaic face scribbles the plate 30 of adhesive（Strip）It is framed interior to be arranged in plate（It is not shown in figure）And it is transferred to and turns over On the material rotating plate 54 for expecting mechanism 5, then the inverting action cylinder 51 of material stirring-up mechanism 5 works, described above by applicant and make to turn over Flitch 54 is in state shown in FIG. 1, i.e. plate 30 is located at stacked state in storage plate chamber 16 in an orderly manner, and by foregoing The liftout acting cylinder 1141 of plate end liftout acting cylinder 114 will stop /V positioned at the plate 30 of bottom towards plate end The direction pushing tow of column 431, then the redundancy section saw of the end of plate 30 is removed by saw cutting mechanism 9.It is applied simultaneously by foregoing plate The plate pressure item 45 of press mechanism 4 presses to the top of plate 30, and the plate 30 being located in storage plate chamber 16 is made to be in pressured state. At this point, pusher 6 works, by applicant in the description above to the pusher 6, by scraping wings 62 by plate 30 by piece by Piece ground push-in plate row Mobile Communication road 10, is often pushed into one piece of plate 30, and foregoing plate end thrusting action cylinder 114 works once, To ensure that the both ends of the plate 30 into plate row Mobile Communication road 10 are concordant.

In above process, upper and lower heating arrangements 2,3 are in running order, by the association of one group of upper and lower heating tube 21,31 Same-action and plate 30 is heated, make reliably to be bonded between adjacent plate 30, until plate 30 in the form of view picture plate face from spelling It is connected into template outlet 102 to draw, by the length of 244 ㎝（Width is 122 ㎝）It cuts.

In conclusion technical solution provided by the invention overcomes the shortcoming in prior art, invention task is completed, visitor It sees ground and has fulfilled the technique effect that applicant refers in technical effect column above, it is a ultimate attainment technical side that can yet be regarded as Case.

Claims

1. the automatic plate-splicing machine with multiple functions, including a rack (1), the left end of the rack (1) is to soar in the shape of terrace State is fixed between rack left column (11) that is a pair of facing each other setting and being supported in a state of use on terrace, And the right end of rack (1) is equally fixed on a pair of setting that faces each other and similary is using with the state soared in terrace State lower support is provided with a rack scraping wings platform between the rack right column (12) on terrace, in the left end of rack (1) (13), wherein：It is set up or down between a pair of frame left column (11) and in the position of the top corresponding to rack (1) A left adjustment crossbeam (14) is equipped with, and between a pair of frame right column (12) and equally in the top corresponding to rack (1) Position be provided with up or down one it is right adjustment crossbeam (15)；Heating arrangements (2) and once heating arrangements (3) on one, it is upper plus Heat engine structure (2) corresponds to the position of the lower section of the left adjustment crossbeam (14) and right adjustment crossbeam (15) and left adjustment at the same time Crossbeam (14) and right adjustment crossbeam (15) connect, and lower heating arrangements (3) are in the position of the lower section corresponding to upper heating arrangements (2) It is fixed in the rack (1), the space between upper and lower heating arrangements (2,3) is configured to plate row Mobile Communication road (10), the plate The left end port of Liao Hang Mobile Communication road (10) is configured to plate intake (101), and the plate intake (101) is with being formed in machine The plate chamber (16) of the left upper part of frame (1) communicates, and the right end port of plate row Mobile Communication road (10) is configured to be spliced into template Outlet (102)；One is used for the plate pressure exerting arrangement to press to the plate being located at stacked state in the plate chamber (16) (4), which is fixed on the upper heating arrangements in the position of the top corresponding to the plate chamber (16) (2) back to the one side of the lower heating arrangements (3)；One for plate to be fed to the material stirring-up mechanism (5) in the plate chamber (16), The material stirring-up mechanism (5) is arranged in the position corresponding to plate chamber (16) in the rack (1)；One for will be in plate chamber (16) The plate push-in plate intake (101) pusher (6), which corresponds to the plate chamber (16) position in the left side of length direction is arranged on the rack scraping wings platform (13), it is characterised in that：Described pushes away Expect that mechanism (6) includes a pair of of scraping wings acting cylinder (61), a scraping wings (62) and a pair of of scraping wings sychronisation (63), a pair pushes away Flitch acting cylinder (61) is fixed on horizontally-arranged state in scraping wings acting cylinder base (612), and this is to scraping wings acting cylinder (61) Scraping wings acting cylinder (611) towards the scraping wings (62), scraping wings (62) and the length direction of the plate chamber (16) It is corresponding and be slidably matched with the rack scraping wings platform (13), on the scraping wings (62) and corresponding to scraping wings The position of acting cylinder (611) is fixed with scraping wings connecting seat (621), the scraping wings connecting seat (621) and scraping wings acting cylinder Column (611) connects, and a pair of of scraping wings sychronisation (63) is arranged on scraping wings (62) and the rack scraping wings platform (13) Between, and coordinate with one side of the scraping wings (62) under, the scraping wings acting cylinder base (612) is consolidated with horizontal boom state It is scheduled on the left surface of rack scraping wings platform (13), the material stirring-up mechanism (5) corresponds to the top of scraping wings (62)；Described Upper heating arrangements (2) include heating tube (21) on one group, heating tube heat medium introduces heating tube on manifold (22) and one on one Heat medium draws manifold (23), and heating tube (21) is distributed with parallel state interval on one group, and is heated in the group The left end for managing (21) is connected in the position of the lower section corresponding to the left adjustment crossbeam (14) with left adjustment crossbeam (14), and the group The right end of upper heating tube (21) is connected in the position of the lower section corresponding to the right adjustment crossbeam (15) with right adjustment crossbeam (15), And the top of heating tube (21) left end is respectively fixed with one for heat medium to be introduced upper heating tube tube chamber (211) in the group Interior upper heating tube heat medium introduces interface (212), and is respectively fixed with one on the right end end face of heating tube (21) in the group Interface (213), upper heating tube heating are drawn for heat medium to be drawn to the upper heating tube heat medium of heating tube chamber (211) Medium introduces manifold (22) and is fixed between a pair of frame left column (11), and corresponding to the left adjustment crossbeam (14) towards the one side of the right adjustment crossbeam (15), heating tube heat medium is introduced on manifold (22) and in correspondence on this The position that interface (212) is introduced in the upper heating tube heat medium forms and has the quantity equal with the quantity of upper heating tube (21) Upper heating tube heat medium introduces total interface tube (221), and total interface tube (221) of heating tube heat medium introducing passes through first on this Upper transitional connection pipe (2211) introduces interface (212) with upper heating tube heat medium and is connected, and upper heating tube heat medium is drawn total Pipe (23) is fixed between a pair of frame right column (12), and corresponding to the right adjustment crossbeam (15) back to described The one side of left adjustment crossbeam (14), heating tube heat medium draws on manifold (23) and corresponding to heating on described on this The position that pipe heat medium draws interface (213) forms the upper heating tube heating for having quantity equal with the quantity of upper heating tube (21) Medium draws total interface tube (231), and heating tube heat medium draws total interface tube (231) and passes through transitional connection pipe on second on this (2311) interface (213) is drawn with upper heating tube heat medium to be connected；The lower heating arrangements (3) include heating tube under one group (31), once heating tube heat medium introduces manifold (32) and once heating tube heat medium draws manifold (33), adds under one group The quantity of heat pipe (31) is equal with the quantity of heating tube (21) on described one group, and with parallel state interval point Cloth, the left end of heating tube (31) is solid corresponding to the position of the lower section of heating tube (21) and the rack (1) on described under the group It is fixed, and the right end of heating tube (31) is equally fixed in the position of the lower section corresponding to upper heating tube (21) and rack (1) under the group, And the lower section of the left end of heating tube (31) is respectively fixed with one for will heat tube chamber (311) under heat medium introducing under the group Interior lower heating tube heat medium introduces interface (312), and is respectively fixed with one on the right end end face of heating tube (31) under the group Lower heating tube heat medium for heat medium to be drawn to lower heating tube chamber (311) draws interface (313), lower heating tube heating Medium introduces positions of the manifold (32) below the left end corresponding to the lower heating tube (31) and is fixed on the rack (1) On, it is introduced in the lower heating tube heat medium on manifold (32) and is introducing interface corresponding to the lower heating tube heat medium (312) position forms the lower heating tube heat medium for having quantity equal with the quantity of lower heating tube (31) and introduces total interface tube (321), which introduces total interface tube (321) and is situated between by First Transition pipe (3211) and the heating of lower heating tube Matter introduces interface (312) and connects, and lower heating tube heat medium draws manifold (33) under the right end corresponding to lower heating tube (31) The position of side is fixed between a pair of frame right column (12), and corresponding to the right crossbeam (15) that adjusts back to institute The one side of left adjustment crossbeam (14) is stated, drawn in the lower heating tube heat medium on manifold (33) and is added down corresponding to described The lower heating tube that the position composition that heat pipes heat medium draws interface (313) has quantity equal with the quantity of lower heating tube (31) adds Thermal medium draws total interface tube (331), which draws total interface tube (331) and pass through the second coupling tube (3311) interface (313) is drawn with lower heating tube heat medium to be connected；Space structure between one group of upper and lower heating tube (21,31) As the plate row Mobile Communication road (10)；The plate pressure exerting arrangement (4) is in the position of the top corresponding to the plate chamber (16) It puts and is fixed on the upper heating tube (21)；It is each in the lower part in the left side of the length direction of the left adjustment crossbeam (14) and right side One is provided with to be used for and heating tube on first of the left end floating connection of heating tube (21) on one group of the upper heating arrangements (2) Floating junction device (143)；One is each provided in the left side of length direction of the right adjustment crossbeam (15) and the lower part on right side The heating tube floating junction device (153) on second with the right end floating connection of heating tube (21) on one group；Described The structure of heating tube floating junction device (143) is the structure with heating tube floating junction device (153) on described second on one It is identical, this on second heating tube floating junction device (153) include u-shaped channel steel (1531) sum number of a cross-sectional shape The amount adjusting screw rod (1532) equal with the quantity of heating tube (21) on described one group, channel steel (1531) and the right adjustment are horizontal The following side of the length direction of beam (15) is fixed, the position of heating tube (21) on the channel steel (1531) and on corresponding to one group It puts and adjusting screw rod hole (15311) is offered with space state, adjusting screw rod (1532) is corresponding to adjusting screw rod hole (15311) Position is arranged on channel steel (1531), and has a screw rod lifting lug (15321), screw rod in the lower end of adjusting screw rod (1532) composition Position of the lifting lug (15321) on adjusting screw rod (1532) corresponds to the lower section of channel steel (1531), and screw rod lifting lug (15321) It is hinged with heating tube (21) on one group, a spring (15322) is also arranged on adjusting screw rod (1532), the spring (15322) Upper end be supported on channel steel (1531), and lower end is supported on screw rod lifting lug (15321)；The heating tube on described one group (21) being formed in the position corresponding to the screw rod lifting lug (15321) on and respectively has a screw rod lifting lug connecting seat (214), should Screw rod lifting lug connecting seat (214) is hinged by lifting lug connecting seat axis pin (2141) and screw rod lifting lug (15321)；Described a pair pushes away Flitch acting cylinder (61) is oil cylinder or cylinder；The plate pressure exerting arrangement (4) includes a backbar (41), a pair of of pressure effect Cylinder fixed frame (42), a pair of of screen item are by beam (43), one group of screen item (44), plate pressure item (45) and a pair of of plate pressure Acting cylinder (46), one first cushion block (411) is fixed in one end of backbar (41), the other end is fixed with one second cushion block (412), the first cushion block (411) is fixed with first upper heating tube in heating tube (21) on described one group towards upper one side, Second cushion block (412) is fixed with the upper heating tube in one, end in heating tube (21) on one group towards upper one side, a pair of pressure The bottom and one end of backbar (41) of one of pressure acting cylinder fixed frame in acting cylinder fixed frame (42) are fixed, and one The bottom and the other end of backbar (41) of another pressure acting cylinder fixed frame in pressure acting cylinder fixed frame (42) are consolidated It is fixed, plate pressure acting cylinder fixed seat (421) is respectively fixed at the top of a pair of of pressure acting cylinder fixed frame (42), it is a pair of Screen item is fixed by beam (43) and the one side of a pair of of pressure acting cylinder fixed frame (42) towards the plate chamber (16), and this is right Screen item is laterally parallel by beam (43), and one group of screen item (44) is vertically fixed in a pair of of screen item by beam with space state (43) back to the one side of described a pair of of pressure acting cylinder fixed frame (42), in a pair of of plate pressure acting cylinder (46) wherein One of pressure acting cylinder that one plate pressure acting cylinder is fixed in a pair of of pressure acting cylinder fixed frame (42) is fixed In the plate pressure acting cylinder fixed seat (421) of frame, and another plate in a pair of of plate pressure acting cylinder (46) Material pressure acting cylinder is fixed on the described of another pressure acting cylinder fixed frame in a pair of of pressure acting cylinder fixed frame (42) In plate pressure acting cylinder fixed seat (421), the acting cylinder that presses to the plate of plate pressure acting cylinder (46) (461) under, one end of plate pressure item (45) is applied with one of plate in a pair of of plate pressure acting cylinder (46) The end connection of the plate pressure acting cylinder (461) of press strip acting cylinder, and the other end of plate pressure item (45) and a pair The end of the plate pressure acting cylinder (461) of another plate pressure acting cylinder in plate pressure acting cylinder (46) Connection, and plate pressure item (45) is corresponding with the top of the plate chamber (16).

2. the automatic plate-splicing machine with multiple functions, including a rack (1), the left end of the rack (1) is to soar in the shape of terrace State is fixed between rack left column (11) that is a pair of facing each other setting and being supported in a state of use on terrace, And the right end of rack (1) is equally fixed on a pair of setting that faces each other and similary is using with the state soared in terrace State lower support is provided with a rack scraping wings platform between the rack right column (12) on terrace, in the left end of rack (1) (13), wherein：It is set up or down between a pair of frame left column (11) and in the position of the top corresponding to rack (1) A left adjustment crossbeam (14) is equipped with, and between a pair of frame right column (12) and equally in the top corresponding to rack (1) Position be provided with up or down one it is right adjustment crossbeam (15)；Heating arrangements (2) and once heating arrangements (3) on one, it is upper plus Heat engine structure (2) corresponds to the position of the lower section of the left adjustment crossbeam (14) and right adjustment crossbeam (15) and left adjustment at the same time Crossbeam (14) and right adjustment crossbeam (15) connect, and lower heating arrangements (3) are in the position of the lower section corresponding to upper heating arrangements (2) It is fixed in the rack (1), the space between upper and lower heating arrangements (2,3) is configured to plate row Mobile Communication road (10), the plate The left end port of Liao Hang Mobile Communication road (10) is configured to plate intake (101), and the plate intake (101) is with being formed in machine The plate chamber (16) of the left upper part of frame (1) communicates, and the right end port of plate row Mobile Communication road (10) is configured to be spliced into template Outlet (102)；One is used for the plate pressure exerting arrangement to press to the plate being located at stacked state in the plate chamber (16) (4), which is fixed on the upper heating arrangements in the position of the top corresponding to the plate chamber (16) (2) back to the one side of the lower heating arrangements (3)；One for plate to be fed to the material stirring-up mechanism (5) in the plate chamber (16), The material stirring-up mechanism (5) is arranged in the position corresponding to plate chamber (16) in the rack (1)；One for will be in plate chamber (16) The plate push-in plate intake (101) pusher (6), which corresponds to the plate chamber (16) position in the left side of length direction is arranged on the rack scraping wings platform (13), it is characterised in that：Described pushes away Expect that mechanism (6) includes a pair of of scraping wings acting cylinder (61), a scraping wings (62) and a pair of of scraping wings sychronisation (63), a pair pushes away Flitch acting cylinder (61) is fixed on horizontally-arranged state in scraping wings acting cylinder base (612), and this is to scraping wings acting cylinder (61) Scraping wings acting cylinder (611) towards the scraping wings (62), scraping wings (62) and the length direction of the plate chamber (16) It is corresponding and be slidably matched with the rack scraping wings platform (13), on the scraping wings (62) and corresponding to scraping wings The position of acting cylinder (611) is fixed with scraping wings connecting seat (621), the scraping wings connecting seat (621) and scraping wings acting cylinder Column (611) connects, and a pair of of scraping wings sychronisation (63) is arranged on scraping wings (62) and the rack scraping wings platform (13) Between, and coordinate with one side of the scraping wings (62) under, the scraping wings acting cylinder base (612) is consolidated with horizontal boom state It is scheduled on the left surface of rack scraping wings platform (13), the material stirring-up mechanism (5) corresponds to the top of scraping wings (62)；Described Upper heating arrangements (2) include heating tube (21) on one group, heating tube heat medium introduces heating tube on manifold (22) and one on one Heat medium draws manifold (23), and heating tube (21) is distributed with parallel state interval on one group, and is heated in the group The left end for managing (21) is connected in the position of the lower section corresponding to the left adjustment crossbeam (14) with left adjustment crossbeam (14), and the group The right end of upper heating tube (21) is connected in the position of the lower section corresponding to the right adjustment crossbeam (15) with right adjustment crossbeam (15), And the top of heating tube (21) left end is respectively fixed with one for heat medium to be introduced upper heating tube tube chamber (211) in the group Interior upper heating tube heat medium introduces interface (212), and is respectively fixed with one on the right end end face of heating tube (21) in the group Interface (213), upper heating tube heating are drawn for heat medium to be drawn to the upper heating tube heat medium of heating tube chamber (211) Medium introduces manifold (22) and is fixed between a pair of frame left column (11), and corresponding to the left adjustment crossbeam (14) towards the one side of the right adjustment crossbeam (15), heating tube heat medium is introduced on manifold (22) and in correspondence on this The position that interface (212) is introduced in the upper heating tube heat medium forms and has the quantity equal with the quantity of upper heating tube (21) Upper heating tube heat medium introduces total interface tube (221), and total interface tube (221) of heating tube heat medium introducing passes through first on this Upper transitional connection pipe (2211) introduces interface (212) with upper heating tube heat medium and is connected, and upper heating tube heat medium is drawn total Pipe (23) is fixed between a pair of frame right column (12), and corresponding to the right adjustment crossbeam (15) back to described The one side of left adjustment crossbeam (14), heating tube heat medium draws on manifold (23) and corresponding to heating on described on this The position that pipe heat medium draws interface (213) forms the upper heating tube heating for having quantity equal with the quantity of upper heating tube (21) Medium draws total interface tube (231), and heating tube heat medium draws total interface tube (231) and passes through transitional connection pipe on second on this (2311) interface (213) is drawn with upper heating tube heat medium to be connected；The lower heating arrangements (3) include heating tube under one group (31), once heating tube heat medium introduces manifold (32) and once heating tube heat medium draws manifold (33), adds under one group The quantity of heat pipe (31) is equal with the quantity of heating tube (21) on described one group, and with parallel state interval point Cloth, the left end of heating tube (31) is solid corresponding to the position of the lower section of heating tube (21) and the rack (1) on described under the group It is fixed, and the right end of heating tube (31) is equally fixed in the position of the lower section corresponding to upper heating tube (21) and rack (1) under the group, And the lower section of the left end of heating tube (31) is respectively fixed with one for will heat tube chamber (311) under heat medium introducing under the group Interior lower heating tube heat medium introduces interface (312), and is respectively fixed with one on the right end end face of heating tube (31) under the group Lower heating tube heat medium for heat medium to be drawn to lower heating tube chamber (311) draws interface (313), lower heating tube heating Medium introduces positions of the manifold (32) below the left end corresponding to the lower heating tube (31) and is fixed on the rack (1) On, it is introduced in the lower heating tube heat medium on manifold (32) and is introducing interface corresponding to the lower heating tube heat medium (312) position forms the lower heating tube heat medium for having quantity equal with the quantity of lower heating tube (31) and introduces total interface tube (321), which introduces total interface tube (321) and is situated between by First Transition pipe (3211) and the heating of lower heating tube Matter introduces interface (312) and connects, and lower heating tube heat medium draws manifold (33) under the right end corresponding to lower heating tube (31) The position of side is fixed between a pair of frame right column (12), and corresponding to the right crossbeam (15) that adjusts back to institute The one side of left adjustment crossbeam (14) is stated, drawn in the lower heating tube heat medium on manifold (33) and is added down corresponding to described The lower heating tube that the position composition that heat pipes heat medium draws interface (313) has quantity equal with the quantity of lower heating tube (31) adds Thermal medium draws total interface tube (331), which draws total interface tube (331) and pass through the second coupling tube (3311) interface (313) is drawn with lower heating tube heat medium to be connected；Space structure between one group of upper and lower heating tube (21,31) As the plate row Mobile Communication road (10)；The plate pressure exerting arrangement (4) is in the position of the top corresponding to the plate chamber (16) It puts and is fixed on the upper heating tube (21)；It is each in the lower part in the left side of the length direction of the left adjustment crossbeam (14) and right side One is provided with to be used for and heating tube on first of the left end floating connection of heating tube (21) on one group of the upper heating arrangements (2) Floating junction device (143)；One is each provided in the left side of length direction of the right adjustment crossbeam (15) and the lower part on right side The heating tube floating junction device (153) on second with the right end floating connection of heating tube (21) on one group；Described The structure of heating tube floating junction device (143) is the structure with heating tube floating junction device (153) on described second on one It is identical, this on second heating tube floating junction device (153) include u-shaped channel steel (1531) sum number of a cross-sectional shape The amount adjusting screw rod (1532) equal with the quantity of heating tube (21) on described one group, channel steel (1531) and the right adjustment are horizontal The following side of the length direction of beam (15) is fixed, the position of heating tube (21) on the channel steel (1531) and on corresponding to one group It puts and adjusting screw rod hole (15311) is offered with space state, adjusting screw rod (1532) is corresponding to adjusting screw rod hole (15311) Position is arranged on channel steel (1531), and has a screw rod lifting lug (15321), screw rod in the lower end of adjusting screw rod (1532) composition Position of the lifting lug (15321) on adjusting screw rod (1532) corresponds to the lower section of channel steel (1531), and screw rod lifting lug (15321) It is hinged with heating tube (21) on one group, a spring (15322) is also arranged on adjusting screw rod (1532), the spring (15322) Upper end be supported on channel steel (1531), and lower end is supported on screw rod lifting lug (15321)；The heating tube on described one group (21) being formed in the position corresponding to the screw rod lifting lug (15321) on and respectively has a screw rod lifting lug connecting seat (214), should Screw rod lifting lug connecting seat (214) is hinged by lifting lug connecting seat axis pin (2141) and screw rod lifting lug (15321)；The heating is situated between Matter is steam or conduction oil；The plate pressure exerting arrangement (4) includes a backbar (41), a pair of of pressure acting cylinder fixed frame (42), a pair of of screen item is by beam (43), one group of screen item (44), plate pressure item (45) and a pair of of plate pressure acting cylinder (46), it is fixed with one first cushion block (411) in one end of backbar (41), the other end is fixed with one second cushion block (412), and first Cushion block (411) is fixed with first upper heating tube in heating tube (21) on described one group towards upper one side, the second cushion block (412) fixed with the upper heating tube in one, end in heating tube (21) on one group towards upper one side, a pair of pressure acting cylinder is consolidated The bottom and one end of backbar (41) for determining one of pressure acting cylinder fixed frame in frame (42) are fixed, and a pair of of pressure is made It is fixed with the bottom and the other end of backbar (41) of another pressure acting cylinder fixed frame in cylinder fixed frame (42), in a pair The top of pressure acting cylinder fixed frame (42) is respectively fixed with plate pressure acting cylinder fixed seat (421), and a pair of of screen item leans on Beam (43) and the one side of a pair of of pressure acting cylinder fixed frame (42) towards the plate chamber (16) are fixed, and this leans on screen item Beam (43) is laterally parallel, and one group of screen item (44) is vertically fixed in a pair of of screen item with space state and leans on beam (43) back to institute The one side for a pair of of the pressure acting cylinder fixed frame (42) stated, one of plate in a pair of of plate pressure acting cylinder (46) are applied Press strip acting cylinder is fixed on the plate of one of pressure acting cylinder fixed frame in a pair of of pressure acting cylinder fixed frame (42) In material pressure acting cylinder fixed seat (421), and another plate pressure item in a pair of of plate pressure acting cylinder (46) is made The plate pressure item of another pressure acting cylinder fixed frame in a pair of of pressure acting cylinder fixed frame (42) is fixed on cylinder In acting cylinder fixed seat (421), this presses an acting cylinder (461) under to the plate of plate pressure acting cylinder (46), One end of plate pressure item (45) and one of plate pressure acting cylinder in a pair of of plate pressure acting cylinder (46) The end connection of plate pressure acting cylinder (461), and the other end of plate pressure item (45) and a pair of of plate item that presses are made It is connected with the end of the plate pressure acting cylinder (461) of another plate pressure acting cylinder in cylinder (46), and should Plate pressure item (45) is corresponding with the top of the plate chamber (16).

3. the automatic plate-splicing machine with multiple functions, including a rack (1), the left end of the rack (1) is to soar in the shape of terrace State is fixed between rack left column (11) that is a pair of facing each other setting and being supported in a state of use on terrace, And the right end of rack (1) is equally fixed on a pair of setting that faces each other and similary is using with the state soared in terrace State lower support is provided with a rack scraping wings platform between the rack right column (12) on terrace, in the left end of rack (1) (13), wherein：It is set up or down between a pair of frame left column (11) and in the position of the top corresponding to rack (1) A left adjustment crossbeam (14) is equipped with, and between a pair of frame right column (12) and equally in the top corresponding to rack (1) Position be provided with up or down one it is right adjustment crossbeam (15)；Heating arrangements (2) and once heating arrangements (3) on one, it is upper plus Heat engine structure (2) corresponds to the position of the lower section of the left adjustment crossbeam (14) and right adjustment crossbeam (15) and left adjustment at the same time Crossbeam (14) and right adjustment crossbeam (15) connect, and lower heating arrangements (3) are in the position of the lower section corresponding to upper heating arrangements (2) It is fixed in the rack (1), the space between upper and lower heating arrangements (2,3) is configured to plate row Mobile Communication road (10), the plate The left end port of Liao Hang Mobile Communication road (10) is configured to plate intake (101), and the plate intake (101) is with being formed in machine The plate chamber (16) of the left upper part of frame (1) communicates, and the right end port of plate row Mobile Communication road (10) is configured to be spliced into template Outlet (102)；One is used for the plate pressure exerting arrangement to press to the plate being located at stacked state in the plate chamber (16) (4), which is fixed on the upper heating arrangements in the position of the top corresponding to the plate chamber (16) (2) back to the one side of the lower heating arrangements (3)；One for plate to be fed to the material stirring-up mechanism (5) in the plate chamber (16), The material stirring-up mechanism (5) is arranged in the position corresponding to plate chamber (16) in the rack (1)；One for will be in plate chamber (16) The plate push-in plate intake (101) pusher (6), which corresponds to the plate chamber (16) position in the left side of length direction is arranged on the rack scraping wings platform (13), it is characterised in that：Described pushes away Expect that mechanism (6) includes a pair of of scraping wings acting cylinder (61), a scraping wings (62) and a pair of of scraping wings sychronisation (63), a pair pushes away Flitch acting cylinder (61) is fixed on horizontally-arranged state in scraping wings acting cylinder base (612), and this is to scraping wings acting cylinder (61) Scraping wings acting cylinder (611) towards the scraping wings (62), scraping wings (62) and the length direction of the plate chamber (16) It is corresponding and be slidably matched with the rack scraping wings platform (13), on the scraping wings (62) and corresponding to scraping wings The position of acting cylinder (611) is fixed with scraping wings connecting seat (621), the scraping wings connecting seat (621) and scraping wings acting cylinder Column (611) connects, and a pair of of scraping wings sychronisation (63) is arranged on scraping wings (62) and the rack scraping wings platform (13) Between, and coordinate with one side of the scraping wings (62) under, the scraping wings acting cylinder base (612) is consolidated with horizontal boom state It is scheduled on the left surface of rack scraping wings platform (13), the material stirring-up mechanism (5) corresponds to the top of scraping wings (62)；Described Upper heating arrangements (2) include heating tube (21) on one group, heating tube heat medium introduces heating tube on manifold (22) and one on one Heat medium draws manifold (23), and heating tube (21) is distributed with parallel state interval on one group, and is heated in the group The left end for managing (21) is connected in the position of the lower section corresponding to the left adjustment crossbeam (14) with left adjustment crossbeam (14), and the group The right end of upper heating tube (21) is connected in the position of the lower section corresponding to the right adjustment crossbeam (15) with right adjustment crossbeam (15), And the top of heating tube (21) left end is respectively fixed with one for heat medium to be introduced upper heating tube tube chamber (211) in the group Interior upper heating tube heat medium introduces interface (212), and is respectively fixed with one on the right end end face of heating tube (21) in the group Interface (213), upper heating tube heating are drawn for heat medium to be drawn to the upper heating tube heat medium of heating tube chamber (211) Medium introduces manifold (22) and is fixed between a pair of frame left column (11), and corresponding to the left adjustment crossbeam (14) towards the one side of the right adjustment crossbeam (15), heating tube heat medium is introduced on manifold (22) and in correspondence on this The position that interface (212) is introduced in the upper heating tube heat medium forms and has the quantity equal with the quantity of upper heating tube (21) Upper heating tube heat medium introduces total interface tube (221), and total interface tube (221) of heating tube heat medium introducing passes through first on this Upper transitional connection pipe (2211) introduces interface (212) with upper heating tube heat medium and is connected, and upper heating tube heat medium is drawn total Pipe (23) is fixed between a pair of frame right column (12), and corresponding to the right adjustment crossbeam (15) back to described The one side of left adjustment crossbeam (14), heating tube heat medium draws on manifold (23) and corresponding to heating on described on this The position that pipe heat medium draws interface (213) forms the upper heating tube heating for having quantity equal with the quantity of upper heating tube (21) Medium draws total interface tube (231), and heating tube heat medium draws total interface tube (231) and passes through transitional connection pipe on second on this (2311) interface (213) is drawn with upper heating tube heat medium to be connected；The lower heating arrangements (3) include heating tube under one group (31), once heating tube heat medium introduces manifold (32) and once heating tube heat medium draws manifold (33), adds under one group The quantity of heat pipe (31) is equal with the quantity of heating tube (21) on described one group, and with parallel state interval point Cloth, the left end of heating tube (31) is solid corresponding to the position of the lower section of heating tube (21) and the rack (1) on described under the group It is fixed, and the right end of heating tube (31) is equally fixed in the position of the lower section corresponding to upper heating tube (21) and rack (1) under the group, And the lower section of the left end of heating tube (31) is respectively fixed with one for will heat tube chamber (311) under heat medium introducing under the group Interior lower heating tube heat medium introduces interface (312), and is respectively fixed with one on the right end end face of heating tube (31) under the group Lower heating tube heat medium for heat medium to be drawn to lower heating tube chamber (311) draws interface (313), lower heating tube heating Medium introduces positions of the manifold (32) below the left end corresponding to the lower heating tube (31) and is fixed on the rack (1) On, it is introduced in the lower heating tube heat medium on manifold (32) and is introducing interface corresponding to the lower heating tube heat medium (312) position forms the lower heating tube heat medium for having quantity equal with the quantity of lower heating tube (31) and introduces total interface tube (321), which introduces total interface tube (321) and is situated between by First Transition pipe (3211) and the heating of lower heating tube Matter introduces interface (312) and connects, and lower heating tube heat medium draws manifold (33) under the right end corresponding to lower heating tube (31) The position of side is fixed between a pair of frame right column (12), and corresponding to the right crossbeam (15) that adjusts back to institute The one side of left adjustment crossbeam (14) is stated, drawn in the lower heating tube heat medium on manifold (33) and is added down corresponding to described The lower heating tube that the position composition that heat pipes heat medium draws interface (313) has quantity equal with the quantity of lower heating tube (31) adds Thermal medium draws total interface tube (331), which draws total interface tube (331) and pass through the second coupling tube (3311) interface (313) is drawn with lower heating tube heat medium to be connected；Space structure between one group of upper and lower heating tube (21,31) As the plate row Mobile Communication road (10)；The plate pressure exerting arrangement (4) is in the position of the top corresponding to the plate chamber (16) It puts and is fixed on the upper heating tube (21)；It is each in the lower part in the left side of the length direction of the left adjustment crossbeam (14) and right side One is provided with to be used for and heating tube on first of the left end floating connection of heating tube (21) on one group of the upper heating arrangements (2) Floating junction device (143)；One is each provided in the left side of length direction of the right adjustment crossbeam (15) and the lower part on right side The heating tube floating junction device (153) on second with the right end floating connection of heating tube (21) on one group；Described The structure of heating tube floating junction device (143) is the structure with heating tube floating junction device (153) on described second on one It is identical, this on second heating tube floating junction device (153) include u-shaped channel steel (1531) sum number of a cross-sectional shape The amount adjusting screw rod (1532) equal with the quantity of heating tube (21) on described one group, channel steel (1531) and the right adjustment are horizontal The following side of the length direction of beam (15) is fixed, the position of heating tube (21) on the channel steel (1531) and on corresponding to one group It puts and adjusting screw rod hole (15311) is offered with space state, adjusting screw rod (1532) is corresponding to adjusting screw rod hole (15311) Position is arranged on channel steel (1531), and has a screw rod lifting lug (15321), screw rod in the lower end of adjusting screw rod (1532) composition Position of the lifting lug (15321) on adjusting screw rod (1532) corresponds to the lower section of channel steel (1531), and screw rod lifting lug (15321) It is hinged with heating tube (21) on one group, a spring (15322) is also arranged on adjusting screw rod (1532), the spring (15322) Upper end be supported on channel steel (1531), and lower end is supported on screw rod lifting lug (15321)；The heating tube on described one group (21) being formed in the position corresponding to the screw rod lifting lug (15321) on and respectively has a screw rod lifting lug connecting seat (214), should Screw rod lifting lug connecting seat (214) is hinged by lifting lug connecting seat axis pin (2141) and screw rod lifting lug (15321)；The rack pushes away Pusher is fixed with space state on flitch platform (13) and in the region of the length direction corresponding to the scraping wings (62) Plate platform supporting bar (131) is provided with slide guide piece on the surface of scraping wings platform supporting bar (131) towards the one side of scraping wings (62) (1311), form in one side of the scraping wings (62) under and in the position corresponding to slide guide piece (1311) and have scraping wings slide guide Flange (622), scraping wings slide guide flange (622) are slidably matched with slide guide piece (1311)；A pair of of scraping wings sychronisation (63) rack fixing seat (631), rack (632), synchromesh gear (633) and synchromesh gear axle bed (634) are respectively included, rack is fixed Seat (631) is fixed on the rack scraping wings platform (13), and rack (632) is fixed on rack fixing seat (631) described in The one side of scraping wings (62), synchromesh gear axle bed (634) are fixed on one side of the scraping wings (62) towards rack fixing seat (631), Synchromesh gear (633) is fixed on synchronous gear shaft (6331), and is meshed with rack (632), synchronous gear shaft (6331) It is rotatably supported on synchromesh gear axle bed (634)；A pair of of scraping wings acting cylinder (61) is oil cylinder or cylinder；Described Heat medium is steam or conduction oil.

4. the automatic plate-splicing machine with multiple functions, including a rack (1), the left end of the rack (1) is to soar in the shape of terrace State is fixed between rack left column (11) that is a pair of facing each other setting and being supported in a state of use on terrace, And the right end of rack (1) is equally fixed on a pair of setting that faces each other and similary is using with the state soared in terrace State lower support is provided with a rack scraping wings platform between the rack right column (12) on terrace, in the left end of rack (1) (13), wherein：It is set up or down between a pair of frame left column (11) and in the position of the top corresponding to rack (1) A left adjustment crossbeam (14) is equipped with, and between a pair of frame right column (12) and equally in the top corresponding to rack (1) Position be provided with up or down one it is right adjustment crossbeam (15)；Heating arrangements (2) and once heating arrangements (3) on one, it is upper plus Heat engine structure (2) corresponds to the position of the lower section of the left adjustment crossbeam (14) and right adjustment crossbeam (15) and left adjustment at the same time Crossbeam (14) and right adjustment crossbeam (15) connect, and lower heating arrangements (3) are in the position of the lower section corresponding to upper heating arrangements (2) It is fixed in the rack (1), the space between upper and lower heating arrangements (2,3) is configured to plate row Mobile Communication road (10), the plate The left end port of Liao Hang Mobile Communication road (10) is configured to plate intake (101), and the plate intake (101) is with being formed in machine The plate chamber (16) of the left upper part of frame (1) communicates, and the right end port of plate row Mobile Communication road (10) is configured to be spliced into template Outlet (102)；One is used for the plate pressure exerting arrangement to press to the plate being located at stacked state in the plate chamber (16) (4), which is fixed on the upper heating arrangements in the position of the top corresponding to the plate chamber (16) (2) back to the one side of the lower heating arrangements (3)；One for plate to be fed to the material stirring-up mechanism (5) in the plate chamber (16), The material stirring-up mechanism (5) is arranged in the position corresponding to plate chamber (16) in the rack (1)；One for will be in plate chamber (16) The plate push-in plate intake (101) pusher (6), which corresponds to the plate chamber (16) position in the left side of length direction is arranged on the rack scraping wings platform (13), it is characterised in that：Described pushes away Expect that mechanism (6) includes a pair of of scraping wings acting cylinder (61), a scraping wings (62) and a pair of of scraping wings sychronisation (63), a pair pushes away Flitch acting cylinder (61) is fixed on horizontally-arranged state in scraping wings acting cylinder base (612), and this is to scraping wings acting cylinder (61) Scraping wings acting cylinder (611) towards the scraping wings (62), scraping wings (62) and the length direction of the plate chamber (16) It is corresponding and be slidably matched with the rack scraping wings platform (13), on the scraping wings (62) and corresponding to scraping wings The position of acting cylinder (611) is fixed with scraping wings connecting seat (621), the scraping wings connecting seat (621) and scraping wings acting cylinder Column (611) connects, and a pair of of scraping wings sychronisation (63) is arranged on scraping wings (62) and the rack scraping wings platform (13) Between, and coordinate with one side of the scraping wings (62) under, the scraping wings acting cylinder base (612) is consolidated with horizontal boom state It is scheduled on the left surface of rack scraping wings platform (13), the material stirring-up mechanism (5) corresponds to the top of scraping wings (62)；Described Upper heating arrangements (2) include heating tube (21) on one group, heating tube heat medium introduces heating tube on manifold (22) and one on one Heat medium draws manifold (23), and heating tube (21) is distributed with parallel state interval on one group, and is heated in the group The left end for managing (21) is connected in the position of the lower section corresponding to the left adjustment crossbeam (14) with left adjustment crossbeam (14), and the group The right end of upper heating tube (21) is connected in the position of the lower section corresponding to the right adjustment crossbeam (15) with right adjustment crossbeam (15), And the top of heating tube (21) left end is respectively fixed with one for heat medium to be introduced upper heating tube tube chamber (211) in the group Interior upper heating tube heat medium introduces interface (212), and is respectively fixed with one on the right end end face of heating tube (21) in the group Interface (213), upper heating tube heating are drawn for heat medium to be drawn to the upper heating tube heat medium of heating tube chamber (211) Medium introduces manifold (22) and is fixed between a pair of frame left column (11), and corresponding to the left adjustment crossbeam (14) towards the one side of the right adjustment crossbeam (15), heating tube heat medium is introduced on manifold (22) and in correspondence on this The position that interface (212) is introduced in the upper heating tube heat medium forms and has the quantity equal with the quantity of upper heating tube (21) Upper heating tube heat medium introduces total interface tube (221), and total interface tube (221) of heating tube heat medium introducing passes through first on this Upper transitional connection pipe (2211) introduces interface (212) with upper heating tube heat medium and is connected, and upper heating tube heat medium is drawn total Pipe (23) is fixed between a pair of frame right column (12), and corresponding to the right adjustment crossbeam (15) back to described The one side of left adjustment crossbeam (14), heating tube heat medium draws on manifold (23) and corresponding to heating on described on this The position that pipe heat medium draws interface (213) forms the upper heating tube heating for having quantity equal with the quantity of upper heating tube (21) Medium draws total interface tube (231), and heating tube heat medium draws total interface tube (231) and passes through transitional connection pipe on second on this (2311) interface (213) is drawn with upper heating tube heat medium to be connected；The lower heating arrangements (3) include heating tube under one group (31), once heating tube heat medium introduces manifold (32) and once heating tube heat medium draws manifold (33), adds under one group The quantity of heat pipe (31) is equal with the quantity of heating tube (21) on described one group, and with parallel state interval point Cloth, the left end of heating tube (31) is solid corresponding to the position of the lower section of heating tube (21) and the rack (1) on described under the group It is fixed, and the right end of heating tube (31) is equally fixed in the position of the lower section corresponding to upper heating tube (21) and rack (1) under the group, And the lower section of the left end of heating tube (31) is respectively fixed with one for will heat tube chamber (311) under heat medium introducing under the group Interior lower heating tube heat medium introduces interface (312), and is respectively fixed with one on the right end end face of heating tube (31) under the group Lower heating tube heat medium for heat medium to be drawn to lower heating tube chamber (311) draws interface (313), lower heating tube heating Medium introduces positions of the manifold (32) below the left end corresponding to the lower heating tube (31) and is fixed on the rack (1) On, it is introduced in the lower heating tube heat medium on manifold (32) and is introducing interface corresponding to the lower heating tube heat medium (312) position forms the lower heating tube heat medium for having quantity equal with the quantity of lower heating tube (31) and introduces total interface tube (321), which introduces total interface tube (321) and is situated between by First Transition pipe (3211) and the heating of lower heating tube Matter introduces interface (312) and connects, and lower heating tube heat medium draws manifold (33) under the right end corresponding to lower heating tube (31) The position of side is fixed between a pair of frame right column (12), and corresponding to the right crossbeam (15) that adjusts back to institute The one side of left adjustment crossbeam (14) is stated, drawn in the lower heating tube heat medium on manifold (33) and is added down corresponding to described The lower heating tube that the position composition that heat pipes heat medium draws interface (313) has quantity equal with the quantity of lower heating tube (31) adds Thermal medium draws total interface tube (331), which draws total interface tube (331) and pass through the second coupling tube (3311) interface (313) is drawn with lower heating tube heat medium to be connected；Space structure between one group of upper and lower heating tube (21,31) As the plate row Mobile Communication road (10)；The plate pressure exerting arrangement (4) is in the position of the top corresponding to the plate chamber (16) It puts and is fixed on the upper heating tube (21)；It is each in the lower part in the left side of the length direction of the left adjustment crossbeam (14) and right side One is provided with to be used for and heating tube on first of the left end floating connection of heating tube (21) on one group of the upper heating arrangements (2) Floating junction device (143)；One is each provided in the left side of length direction of the right adjustment crossbeam (15) and the lower part on right side The heating tube floating junction device (153) on second with the right end floating connection of heating tube (21) on one group；Described The structure of heating tube floating junction device (143) is the structure with heating tube floating junction device (153) on described second on one It is identical, this on second heating tube floating junction device (153) include u-shaped channel steel (1531) sum number of a cross-sectional shape The amount adjusting screw rod (1532) equal with the quantity of heating tube (21) on described one group, channel steel (1531) and the right adjustment are horizontal The following side of the length direction of beam (15) is fixed, the position of heating tube (21) on the channel steel (1531) and on corresponding to one group It puts and adjusting screw rod hole (15311) is offered with space state, adjusting screw rod (1532) is corresponding to adjusting screw rod hole (15311) Position is arranged on channel steel (1531), and has a screw rod lifting lug (15321), screw rod in the lower end of adjusting screw rod (1532) composition Position of the lifting lug (15321) on adjusting screw rod (1532) corresponds to the lower section of channel steel (1531), and screw rod lifting lug (15321) It is hinged with heating tube (21) on one group, a spring (15322) is also arranged on adjusting screw rod (1532), the spring (15322) Upper end be supported on channel steel (1531), and lower end is supported on screw rod lifting lug (15321)；The heating tube on described one group (21) being formed in the position corresponding to the screw rod lifting lug (15321) on and respectively has a screw rod lifting lug connecting seat (214), should Screw rod lifting lug connecting seat (214) is hinged by lifting lug connecting seat axis pin (2141) and screw rod lifting lug (15321)；The rack pushes away Pusher is fixed with space state on flitch platform (13) and in the region of the length direction corresponding to the scraping wings (62) Plate platform supporting bar (131) is provided with slide guide piece on the surface of scraping wings platform supporting bar (131) towards the one side of scraping wings (62) (1311), form in one side of the scraping wings (62) under and in the position corresponding to slide guide piece (1311) and have scraping wings slide guide Flange (622), scraping wings slide guide flange (622) are slidably matched with slide guide piece (1311)；A pair of of scraping wings sychronisation (63) rack fixing seat (631), rack (632), synchromesh gear (633) and synchromesh gear axle bed (634) are respectively included, rack is fixed Seat (631) is fixed on the rack scraping wings platform (13), and rack (632) is fixed on rack fixing seat (631) described in The one side of scraping wings (62), synchromesh gear axle bed (634) are fixed on one side of the scraping wings (62) towards rack fixing seat (631), Synchromesh gear (633) is fixed on synchronous gear shaft (6331), and is meshed with rack (632), synchronous gear shaft (6331) It is rotatably supported on synchromesh gear axle bed (634)；A pair of of scraping wings acting cylinder (61) is oil cylinder or cylinder；Described Plate pressure exerting arrangement (4) include a backbar (41), a pair of of pressure acting cylinder fixed frame (42), a pair of of screen item by beam (43), One group of screen item (44), plate pressure item (45) and a pair of of plate pressure acting cylinder (46), in one end of backbar (41) Be fixed with one first cushion block (411), the other end is fixed with one second cushion block (412), the first cushion block (411) on described one group First in heating tube (21) upper heating tube is fixed towards upper one side, the second cushion block (412) in heating tube (21) on one group The upper heating tube in one, end fixed towards upper one side, one of pressure in a pair of pressure acting cylinder fixed frame (42) is made It is fixed with the bottom and one end of backbar (41) of cylinder fixed frame, and another in a pair of of pressure acting cylinder fixed frame (42) is applied The bottom and the other end of backbar (41) for pressing acting cylinder fixed frame are fixed, at the top of a pair of of pressure acting cylinder fixed frame (42) Plate pressure acting cylinder fixed seat (421) is respectively fixed with, a pair of of screen item is fixed by beam (43) and a pair of pressure acting cylinder The one side of frame (42) towards the plate chamber (16) is fixed, and this leans on beam (43) laterally parallel screen item, one group of grid Lath (44) is vertically fixed in a pair of of screen item with space state and leans on beam (43) back to a pair of of pressure acting cylinder fixed frame (42) one side, one of plate pressure acting cylinder in a pair of of plate pressure acting cylinder (46) are fixed on a pair of of pressure The plate pressure acting cylinder fixed seat (421) of one of pressure acting cylinder fixed frame in acting cylinder fixed frame (42) On, and another plate pressure acting cylinder in a pair of of plate pressure acting cylinder (46) is fixed on a pair of of pressure acting cylinder and consolidates Determine in the plate pressure acting cylinder fixed seat (421) of another pressure acting cylinder fixed frame in frame (42), this is to plate The plate pressure acting cylinder (461) of material pressure acting cylinder (46) under, one end of plate pressure item (45) with it is a pair of The end of the plate pressure acting cylinder (461) of one of plate pressure acting cylinder in plate pressure acting cylinder (46) End connection, and the other end of plate pressure item (45) presses another plate pressure item in an acting cylinder (46) with a pair of of plate The end connection of the plate pressure acting cylinder (461) of acting cylinder, and plate pressure item (45) and the plate chamber (16) top is corresponding.

5. the automatic plate-splicing machine with multiple functions, including a rack (1), the left end of the rack (1) is to soar in the shape of terrace State is fixed between rack left column (11) that is a pair of facing each other setting and being supported in a state of use on terrace, And the right end of rack (1) is equally fixed on a pair of setting that faces each other and similary is using with the state soared in terrace State lower support is provided with a rack scraping wings platform between the rack right column (12) on terrace, in the left end of rack (1) (13), wherein：It is set up or down between a pair of frame left column (11) and in the position of the top corresponding to rack (1) A left adjustment crossbeam (14) is equipped with, and between a pair of frame right column (12) and equally in the top corresponding to rack (1) Position be provided with up or down one it is right adjustment crossbeam (15)；Heating arrangements (2) and once heating arrangements (3) on one, it is upper plus Heat engine structure (2) corresponds to the position of the lower section of the left adjustment crossbeam (14) and right adjustment crossbeam (15) and left adjustment at the same time Crossbeam (14) and right adjustment crossbeam (15) connect, and lower heating arrangements (3) are in the position of the lower section corresponding to upper heating arrangements (2) It is fixed in the rack (1), the space between upper and lower heating arrangements (2,3) is configured to plate row Mobile Communication road (10), the plate The left end port of Liao Hang Mobile Communication road (10) is configured to plate intake (101), and the plate intake (101) is with being formed in machine The plate chamber (16) of the left upper part of frame (1) communicates, and the right end port of plate row Mobile Communication road (10) is configured to be spliced into template Outlet (102)；One is used for the plate pressure exerting arrangement to press to the plate being located at stacked state in the plate chamber (16) (4), which is fixed on the upper heating arrangements in the position of the top corresponding to the plate chamber (16) (2) back to the one side of the lower heating arrangements (3)；One for plate to be fed to the material stirring-up mechanism (5) in the plate chamber (16), The material stirring-up mechanism (5) is arranged in the position corresponding to plate chamber (16) in the rack (1)；One for will be in plate chamber (16) The plate push-in plate intake (101) pusher (6), which corresponds to the plate chamber (16) position in the left side of length direction is arranged on the rack scraping wings platform (13), it is characterised in that：Described pushes away Expect that mechanism (6) includes a pair of of scraping wings acting cylinder (61), a scraping wings (62) and a pair of of scraping wings sychronisation (63), a pair pushes away Flitch acting cylinder (61) is fixed on horizontally-arranged state in scraping wings acting cylinder base (612), and this is to scraping wings acting cylinder (61) Scraping wings acting cylinder (611) towards the scraping wings (62), scraping wings (62) and the length direction of the plate chamber (16) It is corresponding and be slidably matched with the rack scraping wings platform (13), on the scraping wings (62) and corresponding to scraping wings The position of acting cylinder (611) is fixed with scraping wings connecting seat (621), the scraping wings connecting seat (621) and scraping wings acting cylinder Column (611) connects, and a pair of of scraping wings sychronisation (63) is arranged on scraping wings (62) and the rack scraping wings platform (13) Between, and coordinate with one side of the scraping wings (62) under, the scraping wings acting cylinder base (612) is consolidated with horizontal boom state It is scheduled on the left surface of rack scraping wings platform (13), the material stirring-up mechanism (5) corresponds to the top of scraping wings (62)；Described Upper heating arrangements (2) include heating tube (21) on one group, heating tube heat medium introduces heating tube on manifold (22) and one on one Heat medium draws manifold (23), and heating tube (21) is distributed with parallel state interval on one group, and is heated in the group The left end for managing (21) is connected in the position of the lower section corresponding to the left adjustment crossbeam (14) with left adjustment crossbeam (14), and the group The right end of upper heating tube (21) is connected in the position of the lower section corresponding to the right adjustment crossbeam (15) with right adjustment crossbeam (15), And the top of heating tube (21) left end is respectively fixed with one for heat medium to be introduced upper heating tube tube chamber (211) in the group Interior upper heating tube heat medium introduces interface (212), and is respectively fixed with one on the right end end face of heating tube (21) in the group Interface (213), upper heating tube heating are drawn for heat medium to be drawn to the upper heating tube heat medium of heating tube chamber (211) Medium introduces manifold (22) and is fixed between a pair of frame left column (11), and corresponding to the left adjustment crossbeam (14) towards the one side of the right adjustment crossbeam (15), heating tube heat medium is introduced on manifold (22) and in correspondence on this The position that interface (212) is introduced in the upper heating tube heat medium forms and has the quantity equal with the quantity of upper heating tube (21) Upper heating tube heat medium introduces total interface tube (221), and total interface tube (221) of heating tube heat medium introducing passes through first on this Upper transitional connection pipe (2211) introduces interface (212) with upper heating tube heat medium and is connected, and upper heating tube heat medium is drawn total Pipe (23) is fixed between a pair of frame right column (12), and corresponding to the right adjustment crossbeam (15) back to described The one side of left adjustment crossbeam (14), heating tube heat medium draws on manifold (23) and corresponding to heating on described on this The position that pipe heat medium draws interface (213) forms the upper heating tube heating for having quantity equal with the quantity of upper heating tube (21) Medium draws total interface tube (231), and heating tube heat medium draws total interface tube (231) and passes through transitional connection pipe on second on this (2311) interface (213) is drawn with upper heating tube heat medium to be connected；The lower heating arrangements (3) include heating tube under one group (31), once heating tube heat medium introduces manifold (32) and once heating tube heat medium draws manifold (33), adds under one group The quantity of heat pipe (31) is equal with the quantity of heating tube (21) on described one group, and with parallel state interval point Cloth, the left end of heating tube (31) is solid corresponding to the position of the lower section of heating tube (21) and the rack (1) on described under the group It is fixed, and the right end of heating tube (31) is equally fixed in the position of the lower section corresponding to upper heating tube (21) and rack (1) under the group, And the lower section of the left end of heating tube (31) is respectively fixed with one for will heat tube chamber (311) under heat medium introducing under the group Interior lower heating tube heat medium introduces interface (312), and is respectively fixed with one on the right end end face of heating tube (31) under the group Lower heating tube heat medium for heat medium to be drawn to lower heating tube chamber (311) draws interface (313), lower heating tube heating Medium introduces positions of the manifold (32) below the left end corresponding to the lower heating tube (31) and is fixed on the rack (1) On, it is introduced in the lower heating tube heat medium on manifold (32) and is introducing interface corresponding to the lower heating tube heat medium (312) position forms the lower heating tube heat medium for having quantity equal with the quantity of lower heating tube (31) and introduces total interface tube (321), which introduces total interface tube (321) and is situated between by First Transition pipe (3211) and the heating of lower heating tube Matter introduces interface (312) and connects, and lower heating tube heat medium draws manifold (33) under the right end corresponding to lower heating tube (31) The position of side is fixed between a pair of frame right column (12), and corresponding to the right crossbeam (15) that adjusts back to institute The one side of left adjustment crossbeam (14) is stated, drawn in the lower heating tube heat medium on manifold (33) and is added down corresponding to described The lower heating tube that the position composition that heat pipes heat medium draws interface (313) has quantity equal with the quantity of lower heating tube (31) adds Thermal medium draws total interface tube (331), which draws total interface tube (331) and pass through the second coupling tube (3311) interface (313) is drawn with lower heating tube heat medium to be connected；Space structure between one group of upper and lower heating tube (21,31) As the plate row Mobile Communication road (10)；The plate pressure exerting arrangement (4) is in the position of the top corresponding to the plate chamber (16) It puts and is fixed on the upper heating tube (21)；It is each in the lower part in the left side of the length direction of the left adjustment crossbeam (14) and right side One is provided with to be used for and heating tube on first of the left end floating connection of heating tube (21) on one group of the upper heating arrangements (2) Floating junction device (143)；One is each provided in the left side of length direction of the right adjustment crossbeam (15) and the lower part on right side The heating tube floating junction device (153) on second with the right end floating connection of heating tube (21) on one group；Described The structure of heating tube floating junction device (143) is the structure with heating tube floating junction device (153) on described second on one It is identical, this on second heating tube floating junction device (153) include u-shaped channel steel (1531) sum number of a cross-sectional shape The amount adjusting screw rod (1532) equal with the quantity of heating tube (21) on described one group, channel steel (1531) and the right adjustment are horizontal The following side of the length direction of beam (15) is fixed, the position of heating tube (21) on the channel steel (1531) and on corresponding to one group It puts and adjusting screw rod hole (15311) is offered with space state, adjusting screw rod (1532) is corresponding to adjusting screw rod hole (15311) Position is arranged on channel steel (1531), and has a screw rod lifting lug (15321), screw rod in the lower end of adjusting screw rod (1532) composition Position of the lifting lug (15321) on adjusting screw rod (1532) corresponds to the lower section of channel steel (1531), and screw rod lifting lug (15321) It is hinged with heating tube (21) on one group, a spring (15322) is also arranged on adjusting screw rod (1532), the spring (15322) Upper end be supported on channel steel (1531), and lower end is supported on screw rod lifting lug (15321)；The heating tube on described one group (21) being formed in the position corresponding to the screw rod lifting lug (15321) on and respectively has a screw rod lifting lug connecting seat (214), should Screw rod lifting lug connecting seat (214) is hinged by lifting lug connecting seat axis pin (2141) and screw rod lifting lug (15321)；In the rack It is fixed on scraping wings platform (13) and with space state and pushed away in the region of the length direction corresponding to the scraping wings (62) Flitch platform supporting bar (131) is provided with slide guide piece on the surface of scraping wings platform supporting bar (131) towards the one side of scraping wings (62) (1311), form in one side of the scraping wings (62) under and in the position corresponding to slide guide piece (1311) and have scraping wings slide guide Flange (622), scraping wings slide guide flange (622) are slidably matched with slide guide piece (1311)；A pair of of scraping wings sychronisation (63) rack fixing seat (631), rack (632), synchromesh gear (633) and synchromesh gear axle bed (634) are respectively included, rack is fixed Seat (631) is fixed on the rack scraping wings platform (13), and rack (632) is fixed on rack fixing seat (631) described in The one side of scraping wings (62), synchromesh gear axle bed (634) are fixed on one side of the scraping wings (62) towards rack fixing seat (631), Synchromesh gear (633) is fixed on synchronous gear shaft (6331), and is meshed with rack (632), synchronous gear shaft (6331) It is rotatably supported on synchromesh gear axle bed (634)；The heat medium is steam or conduction oil；The plate pressing machine Structure (4) includes a backbar (41), a pair of of pressure acting cylinder fixed frame (42), a pair of of screen item by beam (43), one group of screen item (44), plate pressure item (45) and a pair of of plate press an acting cylinder (46), and one the is fixed in one end of backbar (41) One cushion block (411), the other end are fixed with one second cushion block (412), the first cushion block (411) and heating tube (21) on described one group In first upper heating tube fixed towards upper one side, the second cushion block (412) and one, end in heating tube (21) on one group Upper heating tube is fixed towards upper one side, one of pressure acting cylinder fixed frame in a pair of pressure acting cylinder fixed frame (42) Bottom and one end of backbar (41) fix, and another pressure acting cylinder in a pair of of pressure acting cylinder fixed frame (42) is consolidated The bottom and the other end of backbar (41) for determining frame are fixed, and one is respectively fixed at the top of a pair of of pressure acting cylinder fixed frame (42) Plate pressure acting cylinder fixed seat (421), a pair of of screen item is by beam (43) and a pair of of pressure acting cylinder fixed frame (42) direction The one side of the plate chamber (16) is fixed, and this is laterally parallel by beam (43) to screen item, one group of screen item (44) with Space state is vertically fixed in the one side that a pair of of screen item leans on beam (43) back to a pair of of pressure acting cylinder fixed frame (42), One of plate pressure acting cylinder in a pair of of plate pressure acting cylinder (46) is fixed on a pair of of pressure acting cylinder and fixes In the plate pressure acting cylinder fixed seat (421) of one of pressure acting cylinder fixed frame in frame (42), and it is a pair of Another plate pressure acting cylinder in plate pressure acting cylinder (46) is fixed on a pair of of pressure acting cylinder fixed frame (42) In another pressure acting cylinder fixed frame the plate pressure acting cylinder fixed seat (421) on, this to plate press item Under, one end of plate pressure item (45) presses the plate pressure acting cylinder (461) of acting cylinder (46) with a pair of of plate The end connection of the plate pressure acting cylinder (461) of one of plate pressure acting cylinder in acting cylinder (46), And the other end of plate pressure item (45) and another plate pressure acting cylinder in a pair of of plate pressure acting cylinder (46) Plate pressure acting cylinder (461) end connection, and plate pressure item (45) is upper with the plate chamber (16) Side is corresponding.

6. there is the automatic of multiple functions according to claim 1 or claim 2 or claim 4 or claim 5 Plate joggling apparatus, it is characterised in that a pair of of plate pressure acting cylinder (46) is cylinder or oil cylinder；One group of screen item (44) cross-sectional shape is in the shape of the letter V.

7. the automatic plate-splicing machine with multiple functions according to claim 1 to claim 5 any one, feature exist Include an inverting action cylinder (51), a flip-arm (52), a stirring board shaft (53) and a material rotating plate in the material stirring-up mechanism (5) (54), inverting action cylinder (51) is connected to longitudinal state in inverting action cylinder seat (512), and the inverting action cylinder seat (512) It is fixed on the front side of the left end of the rack (1), and the inverting action cylinder column (511) of the inverting action cylinder (51) is towards upper, A stirring board shaft fixed seat is fixed in the lower part of material rotating plate (54) towards the length direction of the one side of the plate chamber (16) (541), the middle part of the length direction of stirring board shaft (53) and stirring board shaft fixed seat (541) are fixed, and stirring board shaft (53) Both ends lean out material rotating plate (54) and are rotatably supported on the rack scraping wings platform (13), one end of flip-arm (52) Fixed with stirring board shaft (53), the other end is hinged with the inverting action cylinder column (511), the inverting action cylinder for cylinder or Oil cylinder.

8. the automatic plate-splicing machine according to claim 7 with multiple functions, it is characterised in that in the rack pusher A material rotating plate haulage gear is each provided on plate platform (13) and in the position at the both ends corresponding to the stirring board shaft (53) (7), which includes towing plate (71) and towing plate acting cylinder (72), and towing plate (71) is movably set On the rack scraping wings platform (13), and it is corresponding with the end of the stirring board shaft (53), in the towing plate (71) Upper composition has a material rotating plate to be pivotally supported seat (711) and a towing plate acting cylinder connecting seat (712), the end of stirring board shaft (53) It is rotatably supported at material rotating plate to be pivotally supported on seat (711), towing plate acting cylinder (72) is arranged on rack with horizontal horizontally-arranged state and pushes away On flitch platform (13), and a towing plate acting cylinder adjustment screw is connected in the afterbody of the towing plate acting cylinder (72) (721), which is connected on adjustment screw seat (7211), and by limiting nut (7212) limit, adjustment screw seat (7211) is fixed on rack scraping wings platform (13), the traction of towing plate acting cylinder (72) The end of plate acting cylinder (722) is connected with the towing plate acting cylinder connecting seat (712), wherein：On towing plate (71) Towing plate sliding groove (713) is further opened with, is provided in the position corresponding to the towing plate sliding groove (713) and is pushed away with the rack The fixed towing plate stop screw (7131) of flitch platform (13)；The towing plate acting cylinder (72) is oil cylinder or cylinder.