CN104786298B - There is the automatic plate-splicing machine of automatic stirring function - Google Patents
There is the automatic plate-splicing machine of automatic stirring function Download PDFInfo
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- CN104786298B CN104786298B CN201510192129.1A CN201510192129A CN104786298B CN 104786298 B CN104786298 B CN 104786298B CN 201510192129 A CN201510192129 A CN 201510192129A CN 104786298 B CN104786298 B CN 104786298B
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- 238000003756 stirring Methods 0.000 title claims abstract description 47
- 238000007790 scraping Methods 0.000 claims abstract description 186
- 230000007246 mechanism Effects 0.000 claims abstract description 59
- 239000000463 material Substances 0.000 claims abstract description 57
- 230000009471 action Effects 0.000 claims abstract description 51
- 238000010438 heat treatment Methods 0.000 claims abstract description 51
- 238000010295 mobile communication Methods 0.000 claims abstract description 29
- 238000000605 extraction Methods 0.000 claims description 17
- 230000001360 synchronised effect Effects 0.000 claims description 7
- 238000009826 distribution Methods 0.000 claims description 6
- 230000007704 transition Effects 0.000 claims description 6
- 230000000694 effects Effects 0.000 abstract description 17
- 230000033001 locomotion Effects 0.000 abstract description 8
- 239000002023 wood Substances 0.000 abstract description 2
- 238000000034 method Methods 0.000 description 13
- 238000007667 floating Methods 0.000 description 11
- 230000008569 process Effects 0.000 description 9
- 229910000831 Steel Inorganic materials 0.000 description 7
- 239000010959 steel Substances 0.000 description 7
- 238000003860 storage Methods 0.000 description 7
- 239000000853 adhesive Substances 0.000 description 4
- 230000001070 adhesive effect Effects 0.000 description 4
- 230000005540 biological transmission Effects 0.000 description 4
- 238000005520 cutting process Methods 0.000 description 4
- 238000004321 preservation Methods 0.000 description 4
- 238000005265 energy consumption Methods 0.000 description 3
- 239000002904 solvent Substances 0.000 description 3
- 230000008859 change Effects 0.000 description 2
- 238000006073 displacement reaction Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000006467 substitution reaction Methods 0.000 description 2
- 235000008331 Pinus X rigitaeda Nutrition 0.000 description 1
- 235000011613 Pinus brutia Nutrition 0.000 description 1
- 241000018646 Pinus brutia Species 0.000 description 1
- 206010040007 Sense of oppression Diseases 0.000 description 1
- 230000003044 adaptive effect Effects 0.000 description 1
- 238000013475 authorization Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000005034 decoration Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000003292 diminished effect Effects 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
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- 239000010913 used oil Substances 0.000 description 1
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27D—WORKING VENEER OR PLYWOOD
- B27D1/00—Joining wood veneer with any material; Forming articles thereby; Preparatory processing of surfaces to be joined, e.g. scoring
- B27D1/10—Butting blanks of veneer; Joining same along edges; Preparatory processing of edges, e.g. cutting
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27D—WORKING VENEER OR PLYWOOD
- B27D5/00—Other working of veneer or plywood specially adapted to veneer or plywood
- B27D5/006—Trimming, chamfering or bevelling edgings, e.g. lists
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
- Drying Of Solid Materials (AREA)
- Accessories For Mixers (AREA)
Abstract
A kind of automatic plate-splicing machine with automatic stirring function, belongs to wood processing machinery technical field.Including frame；Upper and lower heating arrangements；Plate pressure exerting arrangement；Material stirring-up mechanism；Pusher, it includes a pair scraping wings acting cylinder, a scraping wings and a pair scraping wings synchronizer；Upper heating arrangements includes adding on one group heat pipe, adds heat pipes heat medium on one and introduce and add heat pipes heat medium on house steward and and draw house steward；Lower heating arrangements includes adding under one group heat pipe, once adds heat pipes heat medium and introduce house steward and once add heat pipes heat medium and draw house steward；One group of upper and lower adding, constitutes plate row Mobile Communication road between heat pipe；Plate pressure exerting arrangement is fixed on one group and adds on heat pipe；Material stirring-up mechanism includes an inverting action cylinder, a flip-arm, a stirring board shaft and a material rotating plate.Mass motion is effective；Reduce the resistance of motion of scraping wings；Improve entirety splicing and combine effect；Can be by the scraping wings being arranged on material rotating plate with its flat presentation by piece pushing plate row Mobile Communication road.
Description
Technical field
The invention belongs to wood processing machinery technical field, be specifically related to a kind of automatic plate-splicing machine with automatic stirring function.
Background technology
The function of above mentioned plate joggling apparatus is that tend to identical lath to be spliced into such as specification by different in size but thickness and the width that are produced in woodwork produces by woodwork production industry be 122(width) × 244(length) view picture plate, as furniture cabinet and the sheet material of interior trim, its positive effect is to save valuable timber resources.
Technical information about plate joggling apparatus can be seen in disclosed Chinese patent literature, as Authorization Notice No. CN2265880Y recommends there be " heating plate joggling apparatus ", this patent by multiple heat pipes (patent claims heat pipe) that add as top board, and at the two ends adding heat pipe, pole is respectively set, heat pipe will be added by pole and be arranged at the top of frame (patent claims base) with suspended state, at the two ends of workbench, idler wheel mechanism is set, the roller of idler wheel mechanism and the contact of incline plane of guide-rail plate, so that workbench realizes lift adjustment.In addition this patent also show panel turnover mechanism (patent claims reverse turning bed workbench), Pneumatic hold-down mechanism, pusher (patent claims pusher) and is used for one end of lath is trimmed whole circular saw.nullAlthough this patent formula can cash its description page 1 the reciprocal 6th walks to the technique effect of countdown line 3，But owing to pusher is only made up of a pair scraping wings acting cylinder (patent is selected with oil cylinder) and one piece of scraping wings being connected with the end of the scraping wings acting cylinder post of scraping wings acting cylinder，Thus during actual use，This pusher can produce techniques below problem unavoidably: one，Due to scraping wings the most tediously long (typically larger than equal to 122)，It is connected towards the position placed in the middle of the length direction of the side of scraping wings acting cylinder and the end of scraping wings acting cylinder post due to scraping wings again，Thus when scraping wings acting cylinder post overhangs to cylinder body and drives scraping wings to move，Scraping wings shows as passive type and i.e. shows as passive motion-type exercise，The mass motion effect of scraping wings is difficult to ensure that，That is the two ends of whole piece of scraping wings and the Integral synchronous movement effects at middle part it are difficult to ensure that，The equilibrium affecting the plate to the plate intracavity entered in frame promotes effect；Its two, owing to scraping wings directly rests on the scraping wings platform of frame, thus frictional resistance is big, is unfavorable for saving the energy consumption of scraping wings acting cylinder, and undermines scraping wings because the scraping wings platform of scraping wings Yu frame frequently rubs；They are three years old, owing to this patent is only referred to for laid (laying) lath on reverse turning bed workbench is made by the effect of drag hook material sorting device reverse turning bed workbench overturn 90 ° and then make lath form top-down stacked state, but do not provide the concrete structure enlightenment of drag hook material sorting device；Its four, owing to can only the top of lath be heated, thus be difficult to ensure that the overall splicing to lath combines effect.
Summary of the invention
The task of the present invention is to provide a kind of and contributes to making scraping wings embody good mass motion effect and use and the plate of plate intracavity is used by piece pushing the plate intake in plate row Mobile Communication road and be conducive to the friction level being substantially reduced between scraping wings and the scraping wings platform of frame under proportionality action power protection scraping wings and scraping wings platform and saves the energy consumption of scraping wings acting cylinder, be of value to the upper and lower surface to plate and heat simultaneously and use the entirety that significantly improves between adjacent plate and combine effect and have and be easy to that by rational in infrastructure and terse material stirring-up mechanism, the lath awaiting splicing is formed top-down stacked state and use and form magazine effect and make pusher by piece pushing the automatic plate-splicing machine with automatic stirring function in plate row Mobile Communication road.
The task of the present invention is performed by, a kind of automatic plate-splicing machine with automatic stirring function, including a frame, the left end of this frame is fixed on a pair with the state in terrace of soaring and faces each other between frame left column that is that arrange and that be supported in a state of use on terrace, and the right-hand member of frame is fixed on a pair with the state in terrace of soaring equally and faces each other between frame right column that is that arrange and that be supported on the most in a state of use on terrace, left end in frame is provided with a frame scraping wings platform, wherein: and be provided with a left adjustment crossbeam up or down corresponding to the position above frame between described pair of frame left column, and and it is being provided with a right adjustment crossbeam up or down corresponding to the position above frame equally between described pair of frame right column；Heating arrangements and once heating arrangements on one, the position of the lower section that upper heating arrangements corresponds to described left adjustment crossbeam and right adjustment crossbeam at the same time is connected with left adjustment crossbeam and right adjustment crossbeam, lower heating arrangements position of the lower section of heating arrangements on corresponding to is fixed in described frame, on, space between lower heating arrangements is configured to plate row Mobile Communication road, the left end port in this plate row Mobile Communication road is configured to plate intake, and this plate intake communicates with the plate chamber of the left upper part being formed in frame, and the right-hand member port in plate row Mobile Communication road is configured to be spliced into template outlet；One is being fixed on described heating arrangements back to the side of described lower heating arrangements for the plate pressure exerting arrangement pressing the plate being positioned at described plate intracavity with stacked state, this plate pressure exerting arrangement corresponding to the position above described plate chamber；One for feeding the material stirring-up mechanism of described plate intracavity by plate, and this material stirring-up mechanism is arranged in described frame in the position corresponding to plate chamber；nullOne for pushing the pusher of described plate intake by the plate of plate intracavity，This pusher is arranged on described frame scraping wings platform corresponding to the position in the left side of the length direction in described plate chamber，Described pusher includes a pair scraping wings acting cylinder、One scraping wings and a pair scraping wings synchronizer，A pair scraping wings acting cylinder is fixed on scraping wings acting cylinder seat with horizontally-arranged state，And this to the scraping wings acting cylinder post of scraping wings acting cylinder towards described scraping wings，Scraping wings is corresponding with the length direction in described plate chamber and is slidably matched with described frame scraping wings platform，On this scraping wings and in the position corresponding to scraping wings acting cylinder post, it is fixed with scraping wings connects seat，This scraping wings connects seat and is connected with scraping wings acting cylinder post，A pair scraping wings synchronizer is arranged between scraping wings and described frame scraping wings platform，And with scraping wings towards under side coordinate，Described scraping wings acting cylinder seat is fixed on the left surface of frame scraping wings platform with horizontal boom state，Described material stirring-up mechanism is corresponding to the top of scraping wings；nullDescribed upper heating arrangements includes adding heat pipe on one group、Add on one and on heat pipes heat medium introducing house steward and, add heat pipes heat medium extraction house steward，Heat pipe is added with parallel state interval distribution on one group，And the left end adding heat pipe in this group is connected with left adjustment crossbeam in the position of the lower section corresponding to described left adjustment crossbeam，And the right-hand member adding heat pipe in this group is connected with right adjustment crossbeam in the position of the lower section corresponding to described right adjustment crossbeam，And add in this group be respectively fixed with above heat pipe left end one for will add thermal medium introduce on heat add on intraluminal heat pipes heat medium introduce interface，And add in this group be respectively fixed with on the right-hand member end face of heat pipe one for by add thermal medium draw on add heat pipe chamber on add heat pipes heat medium draw interface，On add heat pipes heat medium introduce house steward be fixed between described pair of frame left column，And corresponding to the described left adjustment crossbeam side towards described right adjustment crossbeam，This adds heat pipes heat medium introduce on house steward and the position introducing interface corresponding to adding heat pipes heat medium on described constitute have quantity with one group on add the quantity of heat pipe equal on add the heat pipes heat medium total interface tube of introducing，Add on this heat pipes heat medium introduce total interface tube by transitional connection pipe on first with on add heat pipes heat medium introducing interface and be connected，On add heat pipes heat medium draw house steward be fixed between described pair of frame right column，And correspond to the described right adjustment crossbeam side back to described left adjustment crossbeam，This adds heat pipes heat medium draw on house steward and the position drawing interface corresponding to adding heat pipes heat medium on described constitute have one group of quantity with on add the quantity of heat pipe equal on add the heat pipes heat medium total interface tube of extraction，Add on this heat pipes heat medium draw total interface tube by transitional connection pipe on second with on add heat pipes heat medium extraction interface and be connected；nullDescribed lower heating arrangements includes adding heat pipe under one group、Once add heat pipes heat medium introduce house steward and once add heat pipes heat medium extraction house steward，The quantity adding heat pipe under one group is equal with the quantity adding heat pipe on described one group，And with parallel state interval distribution，Add the left end of heat pipe under this group to fix with described frame in the position of the lower section corresponding to adding heat pipe on described，And the position of the lower section that the right-hand member adding heat pipe under this group adds heat pipe equally on corresponding to is fixed with frame，And the lower section adding the left end of heat pipe under this group be respectively fixed with one for will add thermal medium introduce under heat intraluminal under add heat pipes heat medium introduce interface，And add under this group and be respectively fixed with one on the right-hand member end face of heat pipe for adding heat pipes heat medium extraction interface under heat pipe chamber by adding to add under thermal medium is drawn，Under add heat pipes heat medium and introduce the position that adds under corresponding to described one group below the left end of heat pipe of house steward and be fixed in described frame，Add under this heat pipes heat medium introduce on house steward and add under the position introducing interface corresponding to adding heat pipes heat medium under described constitutes and has quantity with one group the quantity of heat pipe equal under add the heat pipes heat medium total interface tube of introducing，Add under this heat pipes heat medium introduce total interface tube by First Transition pipe with under add heat pipes heat medium introducing interface be connected，Under add heat pipes heat medium and draw house steward and under corresponding to one group, add the position below the right-hand member of heat pipe be fixed between described pair of frame right column，And correspond to the described right adjustment crossbeam side back to described left adjustment crossbeam，Add under this heat pipes heat medium draw on house steward and add under the position drawing interface corresponding to adding heat pipes heat medium under described constitutes and has quantity with one group the quantity of heat pipe equal under add the heat pipes heat medium total interface tube of extraction，Add under this heat pipes heat medium draw total interface tube by the second transition conduit with under add heat pipes heat medium extraction interface be connected；One group of described upper and lower space added between heat pipe is configured to described plate row Mobile Communication road；Described plate pressure exerting arrangement adds on heat pipe being fixed on described one group corresponding to the position above described plate chamber；Described material stirring-up mechanism includes an inverting action cylinder, one flip-arm, one stirring board shaft and a material rotating plate, inverting action cylinder is connected on inverting action cylinder seat with longitudinal state, and this inverting action cylinder seat is fixed on the front side of left end of described frame, and the inverting action cylinder post of this inverting action cylinder is towards upper, it is fixed with a stirring board shaft at material rotating plate towards the bottom of the length direction of the side in described plate chamber and fixes seat, the middle part of the length direction of stirring board shaft is fixed seat with stirring board shaft and is fixed, and the two ends of stirring board shaft all lean out material rotating plate and are rotatably supported on described frame scraping wings platform, one end of flip-arm is fixed with stirring board shaft, the other end is column articulated with described inverting action cylinder.
In a specific embodiment of the present invention, it is fixed with scraping wings platform torr bar with space state on described frame scraping wings platform and in the region of the length direction corresponding to described scraping wings, slide guide sheet is had towards the surface configuration of the side of scraping wings at scraping wings platform torr bar, scraping wings towards under side and corresponding to slide guide sheet position constitute have scraping wings slide guide flange, scraping wings slide guide flange to be slidably matched with slide guide sheet.
In another specific embodiment of the present invention, a pair described scraping wings synchronizer respectively includes rack fixing seat, tooth bar, synchromesh gear and synchromesh gear axle bed, rack fixing seat is fixed on described frame scraping wings platform in the position of the lower section corresponding to scraping wings, tooth bar is fixed on the rack fixing seat side towards described scraping wings, synchromesh gear axle bed is fixed on the scraping wings side towards rack fixing seat, synchromesh gear is fixed on synchronous gear shaft, and being meshed with tooth bar, synchronous gear shaft is rotatably supported on synchromesh gear axle bed.
In another specific embodiment of the present invention, a pair described scraping wings acting cylinder is oil cylinder or cylinder.
In another specific embodiment of the present invention, the described thermal medium that adds is steam or conduction oil.
Also having in a specific embodiment in the present invention, the side in opposite directions of described pair of frame left column is uncovered, and the two ends of described left adjustment crossbeam are being insinuated into the frame left column intracavity of pair of frame left column corresponding to described uncovered position；The side in opposite directions of described pair of frame right column is uncovered, the two ends of described right adjustment crossbeam are being insinuated into the frame right column intracavity of pair of frame right column corresponding to described uncovered position, and the top of the side away from one another of pair of frame left column is respectively constituted to be had one for making described frame left column chamber and the extraneous frame left column opening communicated, and the top of the side away from one another of pair of frame right column respectively constitutes and has one for making described frame right column chamber and the extraneous frame right column opening communicated；Described left adjustment crossbeam is constituted a left adjustment crossbeam chamber, this left adjustment crossbeam chamber is through to the other end from one end of the length direction of left adjustment crossbeam, described right adjustment crossbeam is constituted a right adjustment crossbeam chamber, this right adjustment crossbeam chamber is through to the other end from one end of the length direction of right adjustment crossbeam, a left adjustment crossbeam gear shaft it is provided with rotationally at left adjustment crossbeam intracavity, the two ends of this left adjustment crossbeam gear shaft all lean out the accent in described left adjustment crossbeam chamber and are stretched over described frame left column intracavity, a right adjustment crossbeam gear shaft it is provided with rotationally at right adjustment crossbeam intracavity, the two ends of this right adjustment crossbeam gear shaft all lean out the accent in described right adjustment crossbeam chamber and are stretched over described frame right column intracavity.
In more and in a specific embodiment of the present invention, frame left column intracavity at described pair of frame left column is each provided with a left upper and lower guiding mechanism of adjustment crossbeam, and this left upper and lower guiding mechanism of adjustment crossbeam is connected with the described left adjustment crossbeam gear shaft of the left adjustment crossbeam intracavity being arranged on described left adjustment crossbeam；Frame right column intracavity at described pair of frame right column is each provided with a right upper and lower guiding mechanism of adjustment crossbeam, and this right upper and lower guiding mechanism of adjustment crossbeam is connected with the described right adjustment crossbeam gear shaft of the right adjustment crossbeam intracavity being arranged on described right adjustment crossbeam.
The present invention's and then in a specific embodiment, the structure of the described right upper and lower guiding mechanism of adjustment crossbeam is identical with the structure of the described left upper and lower guiding mechanism of adjustment crossbeam.
In the most more and in a specific embodiment of the present invention, described inverting action cylinder is cylinder or oil cylinder.
In again and then in a specific embodiment of the present invention, the shape of described flip-arm is circular arc.
The technical scheme that the present invention provides owing to adding a pair scraping wings synchronizer to pusher, thus scraping wings can be made to embody good mass motion effect, it is guaranteed in the plate of plate intracavity under the active force of equilibrium by the plate intake piece pushing plate row Mobile Communication road；Owing on bracket scraping wings platform, interval is fixed with scraping wings platform torr bar; and on scraping wings platform torr bar, it is provided with slide guide sheet; and scraping wings towards under side and corresponding to slide guide sheet position constitute have the scraping wings slide guide flange being slidably matched with slide guide sheet; thus the resistance of motion of scraping wings can be substantially reduced; both can protect scraping wings, the energy consumption of a pair scraping wings acting cylinder can have been saved again；Owing to the upper and lower surface of plate can be heated by upper and lower heating arrangements simultaneously, thus the overall splicing that can significantly improve between adjacent plate combines effect;Owing to have employed, structure is terse and rational material stirring-up mechanism, thus the plate awaiting splicing being arranged on material rotating plate with its flat presentation can form magazine effect stacked from top to bottom and for the scraping wings of pusher by piece pushing plate row Mobile Communication road.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of the present invention.
Fig. 2 is the pair of frame left column shown in Fig. 1, left adjustment crossbeam, plate pressure exerting arrangement, material stirring-up mechanism, pusher, material rotating plate haulage gear and the detailed structure view of the left upper and lower guiding mechanism of adjustment crossbeam.
Fig. 3 is the detailed structure view adding heat pipe floating junction device on the pair of frame right column shown in Fig. 1, right adjustment crossbeam, the right upper and lower guiding mechanism of adjustment crossbeam and second.
Fig. 4 is the detailed structure view of the saw cutting mechanism shown in Fig. 1.
Fig. 5 is the detailed structure view adding heat pipe floating junction device on first shown in Fig. 1.
Fig. 6 is the sectional view of the left upper and lower guiding mechanism of adjustment crossbeam shown in Fig. 1.
Detailed description of the invention
In order to be more clearly understood from technical spirit and the beneficial effect of the present invention, applicant will elaborate below by way of example, but the description to embodiment is not the restriction to the present invention program, the most pro forma rather than substantial equivalent transformation that is only done by any foundation present inventive concept is regarded as technical scheme category.
The most every relate to upper and lower, left and right, the concept of front and rear in addition to additional description be all for the location status shown in Fig. 1 for, thus can not be understood as the present invention is particularly limited to.
nullRefer to Fig. 1，Give a frame 1，The left end of this frame 1 is fixed on a pair with the state in terrace of soaring and faces each other between frame left column 11 that is that arrange and that be supported in a state of use on terrace，And the right-hand member of frame 1 is fixed on a pair with the state in terrace of soaring equally and faces each other between frame right column 12 that is that arrange and that be supported on the most in a state of use on terrace，Left end in frame 1 is provided with a frame scraping wings platform 13，As shown in Figure 1，Between pair of frame left column 11 and corresponding to the position above frame 1 up or down (i.e.，Can adjust up and down) it is provided with the left adjustment crossbeam 14 that a shape of cross section is rectangular or square，And between pair of frame right column 12 and equally corresponding to the position above frame 1 up or down (i.e.，Can adjust up and down) it is provided with a shape of cross section as to the right adjustment crossbeam 15 described in left adjustment crossbeam 14.
Give on one heating arrangements 2 and once heating arrangements 3, the position of the lower section that upper heating arrangements 2 corresponds to described left adjustment crossbeam 14 and right adjustment crossbeam 15 at the same time is connected with left adjustment crossbeam 14 and right adjustment crossbeam 15, lower heating arrangements 3 position of the lower section of heating arrangements 2 on corresponding to is fixed in described frame 1, on, lower heating arrangements 2, space between 3 is configured to plate row Mobile Communication road 10, the left end port in this plate row Mobile Communication road 10 is configured to plate intake 101, and this plate intake 101 communicates with the plate chamber 16 of the left upper part being formed in frame 1, and the right-hand member port in plate row Mobile Communication road 10 is configured to be spliced into template outlet 102.nullUnderstanding for the ease of the public，Plate 30 that is that applicant figure 1 illustrates strip and that be pre-coated with adhesive，Plate row Mobile Communication road 10 is entered from plate chamber 16 through plate intake 101 under the promotion of the pusher 6 that this plate 30 i.e. refers to below，In plate row Mobile Communication road 10 during the direction row being spliced into template outlet 102 moves，On aforementioned、Lower heating arrangements 2、3 heating and make adjacent plate 30 mutually be bonded together under the compressing of upper heating arrangements 2，When from be spliced into template draw outlet 102 row go out time，Just defining view picture must be for making furniture、Office appliance (such as bookcase etc.) and inner decoration sheet，View picture designated herein refers to monoblock，Such as width is 122 and the plate of a length of 244，Thickness can determine according to the thickness change of plate 30.
Give one for stacked state is pointed in aforementioned plate chamber 16 plate 30 press plate pressure exerting arrangement 4, this plate pressure exerting arrangement 4 back to the side of described lower heating arrangements 3, is i.e. fixed on heating arrangements 2 towards upper side being fixed on heating arrangements 2 on aforementioned corresponding to the position above aforementioned plate chamber 16.Giving one for plate 30 feeds the material stirring-up mechanism 5 i.e. ploughed under in aforementioned plate chamber 16, this material stirring-up mechanism 5 is arranged in aforementioned frame 1 in the position corresponding to plate chamber 16.Give one for by the plate 30 in plate chamber 16 by piece pushing the pusher 6 of aforesaid plate intake 101 by piece (i.e. block-by-block block-by-block), this pusher 6 is arranged on aforementioned frame scraping wings platform 13 corresponding to the position in the left side of the length direction in aforementioned plate chamber 16.
nullRefer to Fig. 2 and still with Fig. 1，A technical essential as the technical scheme that the present invention provides: aforesaid pusher 6 includes a pair scraping wings acting cylinder 61、One scraping wings 62 and a pair scraping wings synchronizer 63，A pair scraping wings acting cylinder 61 is i.e. fixed on scraping wings acting cylinder seat 612 with level with horizontally-arranged state，And this to the scraping wings acting cylinder post 611 of scraping wings acting cylinder 61 towards aforementioned scraping wings 62，Scraping wings 62 is corresponding with the left side (on the left of this as a example by location status shown in Fig. 1) of the length direction in aforementioned plate chamber 16 and is slidably matched with aforementioned frame scraping wings platform 13，Use scraping wings connection seat to fix screw 6211 on this scraping wings 62 and in the position corresponding to scraping wings acting cylinder post 611 and be fixed with scraping wings connection seat 621，This scraping wings connects seat 621 and is connected with scraping wings acting cylinder post 611，A pair scraping wings synchronizer 63 is arranged between scraping wings 62 and aforesaid frame scraping wings platform 13，And with scraping wings 62 towards under side coordinate.Aforesaid scraping wings acting cylinder seat 612 is fixed on the left surface (as a example by location status shown in Fig. 1) of frame scraping wings platform 13 by horizontal boom state, and aforesaid material stirring-up mechanism 5 is corresponding to the top of scraping wings 62.
It is fixed with scraping wings platform torr bar 131 with space state on aforesaid frame scraping wings platform 13 and in the region of the length direction corresponding to aforementioned scraping wings 62, scraping wings platform torr bar 131 towards the side of scraping wings 62 surface i.e. towards on side surface configuration have the ganoid material for reducing frictional force both can be metal can also be nonmetallic slide guide sheet 1311, scraping wings 62 towards under side and corresponding to slide guide sheet 1311 position constitute have scraping wings slide guide flange 622, scraping wings slide guide flange 622 is slidably matched with slide guide sheet 1311.As shown in Figure 2, owing to the state that aforesaid scraping wings platform torr bar 131 is the minor face being parallel to frame scraping wings platform 13 is fixed with on frame scraping wings platform 13, thus scraping wings platform torr bar 131 is also mutually the most parallel with the minor face of scraping wings 62.
If applicant it should be understood that make the version of guide rail into by the slide guide sheet 1311 on scraping wings platform torr bar 131, and scraping wings slide guide flange 622 is made the version of the guide rail slide block matched with guide rail into, then equivalent substitution should be considered as and still belong to technology contents category disclosed by the invention.And for example slide guide sheet 1311 is made into raceway by fruit, and scraping wings slide guide flange 622 makes into the version of roller, then should be considered as form equally and immaterial equivalent and belong to technical connotation scope disclosed by the invention.
The structure preferably rather than being definitely limited to of aforesaid a pair scraping wings synchronizer 63 is as follows: respectively include rack fixing seat 631, tooth bar 632, synchromesh gear 633 and synchromesh gear axle bed 634, rack fixing seat 631 is fixed on aforementioned frame scraping wings platform 13, tooth bar 632 is fixed on the rack fixing seat 631 side towards aforementioned scraping wings 62, i.e. it is fixed on rack fixing seat 631 towards upper side, synchromesh gear axle bed 634 uses screw to be fixed on the scraping wings 62 side towards rack fixing seat 631, synchromesh gear 633 is fixed on synchronous gear shaft 6331, and it is meshed with tooth bar 632, synchronous gear shaft 6331 is rotatably supported on synchromesh gear axle bed 634.
In the present embodiment, aforesaid a pair scraping wings acting cylinder 61 uses oil cylinder, if but use cylinder instead, then should be considered as equivalent.
When a pair scraping wings acting cylinder 61 works, such as when the scraping wings acting cylinder post 611 of scraping wings acting cylinder 61 stretches outside cylinder body, so driven scraping wings 62 by scraping wings acting cylinder post 611, make scraping wings 62 to the direction displacement in aforementioned plate chamber 16, plate intake 101 pushed to by the one piece of plate 30 being positioned at bottom that will be located in storage plate chamber 40 as shown in Figure 1, otherwise same example, scraping wings 62 is replied, the alternating movement of scraping wings acting cylinder post 611 make scraping wings 62 by plate 30 by piece pushing to plate intake 101 by piece ground.Storage plate chamber 40 described herein and that illustrated by Fig. 1 is the space (being commonly called as " lane ", i.e. slype) formed between the plate pressure exerting arrangement 4 and material stirring-up mechanism 5 described in further detail below.
nullEmphasis is shown in Fig. 1，Aforesaid upper heating arrangements 2 includes adding on one group heat pipe 21、Add on one and on heat pipes heat medium introducing house steward 22 and, add heat pipes heat medium extraction house steward 23，Heat pipe 21 is added with parallel state interval distribution on one group，And the left end adding heat pipe 21 in this group is connected with left adjustment crossbeam 14 in the position of the lower section corresponding to aforementioned left adjustment crossbeam 14，And the right-hand member adding heat pipe 21 in this group is connected with right adjustment crossbeam 15 in the position of the lower section corresponding to aforementioned right adjustment crossbeam 15，And upper (i.e. towards upper side) adding heat pipe 21 left end in this group be respectively fixed with one for by add thermal medium introduce on add heat pipe chamber 211(Fig. 3 indicate) on add heat pipes heat medium introduce interface 212，And add in this group be respectively fixed with on the right-hand member end face of heat pipe 21 one for by add thermal medium draw on add heat pipe chamber 211 on add heat pipes heat medium draw interface 213，On add heat pipes heat medium introduce house steward 22 use the first upper fixed seat 222 to be fixed between aforesaid pair of frame left column 11，And corresponding to the left adjustment crossbeam 14 side towards aforementioned right adjustment crossbeam 15，I.e. it is positioned at the pair of frame left column 11 side towards pair of frame right column 12，This adds heat pipes heat medium introduce add on house steward 22 and on corresponding to heat pipes heat medium introduce the position of interface 212 constitute have quantity with on add the quantity of heat pipe 21 equal on add the heat pipes heat medium total interface tube 221 of introducing，Add heat pipes heat medium on this to introduce total interface tube 221 and use flexible pipe by transitional connection pipe 2211(on first) with on add heat pipes heat medium introducing interface 212 and be connected，On add heat pipes heat medium draw house steward 23 use the first upper fixed seat 232 to be fixed between aforesaid pair of frame right column 12，And i.e. it is positioned at the pair of frame right column 12 side back to pair of frame left column 11 corresponding to right adjustment crossbeam 15 back to the side of aforementioned left adjustment crossbeam 14，This adds heat pipes heat medium draw add on house steward 23 and on corresponding to heat pipes heat medium draw the position of interface 213 constitute have quantity with on add the quantity of heat pipe 21 equal on add the heat pipes heat medium total interface tube 231 of extraction，Add heat pipes heat medium on this to draw total interface tube 231 and use flexible pipe by transitional connection pipe 2311(on second) with on add heat pipes heat medium extraction interface 213 and be connected.
nullStill emphasis is shown in Fig. 1，Aforesaid lower heating arrangements 3 includes adding under one group heat pipe 31、Once add heat pipes heat medium introduce house steward 32 and once add heat pipes heat medium extraction house steward 33，The quantity adding heat pipe 31 under one group is equal with the quantity adding heat pipe 21 on aforesaid one group，And with parallel state interval distribution，Add the left end of heat pipe 31 under this group to fix with aforementioned frame 1 in the position of the lower section (below left end) corresponding to adding heat pipe 21 on aforementioned，And the position of the lower section (below right-hand member) that the right-hand member adding heat pipe 31 under this group adds heat pipe 21 equally on corresponding to is fixed with frame 1，And the lower section (lower surface) adding the left end of heat pipe 31 under this group be respectively fixed with one for will add thermal medium introduce under add heat pipe chamber 3(Fig. 3 mark) under add heat pipes heat medium introduce interface 312，And add under this group be respectively fixed with on the right-hand member end face of heat pipe 31 one for by add thermal medium draw under add heat pipe chamber add for 311 times heat pipes heat medium draw interface 313，Under add heat pipes heat medium and introduce house steward 32 and using the first lower fixed seat 322 to be fixed in frame 1 corresponding to adding the position below the left end of heat pipe 31 under described，Add under this heat pipes heat medium introduce on house steward 32 and the position introducing interface 312 corresponding to adding heat pipes heat medium under described constitute have quantity with under add the quantity of heat pipe 31 equal under add the heat pipes heat medium total interface tube 321 of introducing，Add heat pipes heat medium under this to introduce total interface tube 321 and use flexible pipe by First Transition pipe 3211() with under add heat pipes heat medium introducing interface 312 and be connected，Under add heat pipes heat medium and draw house steward 33 and under corresponding to, add the position below the right-hand member of heat pipe 31 use the second lower fixed seat 332 to be fixed between pair of frame right column 12，And correspond to the aforementioned right adjustment crossbeam 15 side back to described left adjustment crossbeam 14，I.e. correspond to the pair of frame right column 12 side back to pair of frame left column 11，Add under this heat pipes heat medium draw on house steward 33 and the position drawing interface 313 corresponding to adding heat pipes heat medium under aforementioned constitute have quantity with under add the quantity of heat pipe 31 equal under add the heat pipes heat medium total interface tube 331 of extraction，Add heat pipes heat medium under this to draw total interface tube 331 and use flexible pipe by the second transition conduit 3311() with under add heat pipes heat medium extraction interface 313 and be connected.
Aforesaid one group of upper and lower space added between heat pipe 21,31 is configured to aforementioned plate row Mobile Communication road 10.Aforementioned plate pressure exerting arrangement 4 adds on heat pipe 21 being fixed on aforementioned corresponding to the position above aforementioned plate chamber 16.
In the present embodiment, the above mentioned thermal medium that adds is steam, but is used as the material of conduction oil or other equivalence as adding thermal medium.
Understand according to the explanation of above-mentioned upper and lower heating arrangements 2,3, plate 30 by way of plate row Mobile Communication road 10 can be heated by one group of upper and lower synergism adding heat pipe 21,31, make the solvent volatilization being coated in the adhesive on plate 30, make plate 30 mutually reliably bond together simultaneously.As a example by the principle of heating of above heating arrangements 2: high temperature add thermal medium (the present embodiment is steam) added from above heat pipes heat medium introduce house steward 22 on add heat pipes heat medium introduce total interface tube 221 transitional connection pipe 2211 on first cause add heat pipes heat medium introduce interface 212, added heat pipes heat medium to introduce interface 212 and introduce from above and add heat pipe chamber 211, added from above again heat pipes heat medium draw interface 213 on second transitional connection pipe 2311 and on add heat pipes heat medium draw total interface tube 231 enter add heat pipes heat medium draw house steward 23, thus form the circulating reflux process adding thermal medium.In this process, one group adds heat pipe 21 to by way of the i.e. plate 30 by way of plate row Mobile Communication road 10 being heated below.Owing to the principle of heating of lower heating arrangements 3 duplicates with upper heating arrangements 2, thus applicant repeats no more.
nullPlease see Fig. 2 and combine Fig. 1 by emphasis，Above mentioned plate pressure exerting arrangement 4 includes a backbar 41、A pair pressure acting cylinder fixed mount 42、A pair screen bar is by beam 43、One group of screen bar 44、One plate pressure bar 45 and a pair plate pressure bar acting cylinder 46，It is fixed with one first cushion block 411 in one end (rear end of location status shown in Fig. 1) of backbar 41，The other end (front end of location status shown in Fig. 1) is fixed with one second cushion block 412，First cushion block 411 adds first in heat pipe 21 and is i.e. in and adds heat pipe on one of the leftmost side and fix towards upper side on aforesaid one group，Second cushion block 412 adds one, end in heat pipe 21 and is i.e. in and adds heat pipe on one of the rightmost side and fix towards upper side on one group，The bottom of one of them pressure acting cylinder fixed mount in a pair pressure acting cylinder fixed mount 42 is welded and fixed with one end of backbar 41，And the bottom of another pressure acting cylinder fixed mount in a pair pressure acting cylinder fixed mount 42 is welded and fixed with the other end of backbar 41，Respectively fixing (by welding) with level at the top of a pair pressure acting cylinder fixed mount 42 has a plate pressure bar acting cylinder to fix seat 421，A pair screen bar is welded and fixed with the acting cylinder fixed mount 42 side towards described plate chamber 16 that presses for a pair by beam 43，And this is laterally parallel (the most parallel with the most corresponding state) by beam 43 to screen bar，One group of screen bar 44 is vertically fixed in a pair screen bar with space state and leans on beam 43 back to the side of a pair pressure acting cylinder fixed mount 42，The plate pressure bar acting cylinder of one of them pressure acting cylinder fixed mount that one of them plate pressure bar acting cylinder in a pair plate pressure bar acting cylinder 46 is fixed in a pair pressure acting cylinder fixed mount 42 is fixed on seat 421，And the plate pressure bar acting cylinder of another pressure acting cylinder fixed mount that another plate pressure bar acting cylinder in a pair plate pressure bar acting cylinder 46 is fixed in a pair pressure acting cylinder fixed mount 42 is fixed on seat 421，This to plate pressure bar acting cylinder 46 plate pressure bar acting cylinder post 461 towards under，One end of plate pressure bar 45 is by press strip link seat 451 and uses connection seat pin axle 4511 to be connected with the end of the plate pressure bar acting cylinder post 461 of one of them plate pressure bar acting cylinder in a pair plate pressure bar acting cylinder 46，And the other end of plate pressure bar 45 again by press strip link seat 451 and uses connection seat pin axle 4511 to be connected with the end of the plate pressure bar acting cylinder post 461 of another plate pressure bar acting cylinder in a pair plate pressure bar acting cylinder 46，And this plate pressure bar 45 is corresponding with the top in aforementioned plate chamber 16.
In the present embodiment, aforesaid a pair plate pressure bar acting cylinder 46 is cylinder, but does not repel and use oil cylinder.The shape of cross section of aforesaid one group of screen bar 44 is in the shape of the letter V.
Applicant sketches operation principle and the effect thereof of plate pressure exerting arrangement 4: when a pair plate pressure bar acting cylinder 46 works, such as when plate pressure bar acting cylinder post 461 gradually stretches out outside cylinder body, so driven plate pressure bar 45 descending by plate pressure bar acting cylinder post 461, by top (uppermost plate) compressing of the plate pressure bar 45 plate 30 to being illustrated by Fig. 1.Now, under the work of aforementioned pusher 6, when the plate 30 of foot is after plate intake 101 enters plate row Mobile Communication road 10, the plate 30 material position in aforementioned storage plate chamber 40 lessens the degree of the thickness of one piece of plate 30, then plate pressure acting cylinder post 461 stretches out the degree of thickness of one piece of plate 30 outside cylinder body accordingly, that is this plate pressure bar 45 is in the oppression state to plate 30 all the time, 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 bar acting cylinder 46 just counteragent, plate pressure bar acting cylinder post 461 is made upwards to reply.It follows that plate pressure exerting arrangement 4 produces thrust to plate 30, to ensure that plate 30 is pushed by the scraping wings 62 of pusher 6.
Plate 30 in aforementioned storage plate chamber 40 is ploughed under by material stirring-up mechanism 5, is i.e. fed by material stirring-up mechanism 5.
nullShown in Fig. 1 and Fig. 2，Aforesaid material stirring-up mechanism 5 includes an inverting action cylinder 51、One flip-arm 52、One stirring board shaft 53 and a material rotating plate 54，Inverting action cylinder 51 with longitudinal state and is connected on inverting action cylinder seat 512 by connecting pin 513，And this inverting action cylinder seat 512 is fixed on the front side (as a example by location status shown in Fig. 1) of left end of aforementioned frame 1，And the inverting action cylinder post 511 of this inverting action cylinder 51 is towards upper，It is fixed with a stirring board shaft at material rotating plate 54 towards the bottom of the length direction of the side in aforementioned plate chamber 16 and fixes seat 541，The middle part of the length direction of stirring board shaft 53 and stirring board shaft fix seat 541 fixing (being mounted in stirring board shaft in the mode of setting to fix on seat 541)，And the two ends of stirring board shaft 53 all lean out material rotating plate 54 and are rotatably supported on described frame scraping wings platform 13，One end of flip-arm 52 is fixed with stirring board shaft 53，The other end is hinged with described inverting action cylinder post 511 by flip-arm bearing pin 521.Shown in Fig. 1 and Fig. 2, the global shape of flip-arm 52 is arc-shaped, says vividerly and (also can claim banana-shaped) in kidney-shaped.
As preferred scheme, also at least one material rotating plate leg rest 132 can be set on aforesaid frame scraping wings platform 13, when material rotating plate 54 plumbness as shown in Figure 1 become as shown in Figure 2 when trending towards level, be just shelved on material rotating plate leg rest 132.
Being each provided with a material rotating plate haulage gear 7 on aforesaid frame scraping wings platform 13 and in the position at the two ends corresponding to aforementioned stirring board shaft 53, the two ends of aforementioned stirring board shaft 53 are rotatably supported on material rotating plate haulage gear 7.
In the present embodiment, aforesaid inverting action cylinder 51 is cylinder, but is used as oil cylinder and replaces cylinder.
nullAforesaid material rotating plate haulage gear 7 includes towing plate 71 and towing plate acting cylinder 72，Towing plate 71 is movably arranged on aforementioned frame scraping wings platform 13，And it is corresponding with the end of aforesaid stirring board shaft 53，This towing plate 71 is constituted and has a stirring board shaft supporting seat 711 and a towing plate acting cylinder post to connect seat 712，The end of stirring board shaft 53 is rotatably supported on stirring board shaft supporting seat 711，Towing plate acting cylinder 72 is arranged on frame scraping wings platform 13 with the horizontally-arranged state of level，And the afterbody at this towing plate acting cylinder 72 connects has a towing plate acting cylinder to adjust screw rod 721，This towing plate acting cylinder adjusts screw rod 721 and is connected to adjust on screw bolt seat 7211，And limited by limiting nut 7212，Adjust screw bolt seat 7211 to be fixed on frame scraping wings platform 13，The end of the towing plate acting cylinder post 722 of towing plate acting cylinder 72 is connected seat 712 with described towing plate acting cylinder post and connects.Towing plate 71 is further opened with towing plate sliding tray 713, is provided with in the position corresponding to this towing plate sliding tray 713 and the fixing towing plate stop screw 7131 of aforementioned frame scraping wings platform 13.
When the state that material rotating plate 54 to be made state evolution as shown in Figure 2 is as shown in Figure 1, that is when to make the plate 30 being positioned on material rotating plate 54 turn to degree as shown in Figure 1, so, inverting action cylinder 51 works, inverting action cylinder post 511 overhangs to cylinder body, i.e. protrude upward, flip-arm 52 is driven by inverting action cylinder post 511, stirring board shaft 53 is driven by flip-arm 52, material rotating plate 54 is driven to move to the direction of aforesaid plate pressure exerting arrangement 4 by stirring board shaft 53, until moving in the state shown in Fig. 1, in this condition, the plate 30 being previously disposed on material rotating plate 54 by control in storage plate chamber 40 as shown in Figure 1.After material rotating plate 54 stirring, that is material rotating plate 54 be in shown in Fig. 1 when tending to vertical with frame scraping wings platform 131 state, aforesaid towing plate acting cylinder 72 works, towing plate acting cylinder post 722 is to cylinder body outer displacement, and drive towing plate acting cylinder post to connect seat 712 simultaneously, connected seat 712 by towing plate acting cylinder post and drive towing plate 71, supported seat 711 by the stirring board shaft on towing plate 71 and drive stirring board shaft 53, force material rotating plate 54 to be maintained at and aforesaid tend to the state vertical with frame scraping wings platform 131.Due to material rotating plate 54 from Fig. 1 state become Fig. 2 state time inverting action cylinder 51 and the motor process of towing plate acting cylinder 72 contrary with aforementioned, and can be understood by those skilled in the art, thus applicant no longer repeats.
In the present embodiment, aforesaid towing plate acting cylinder 72 is preferably used oil cylinder, but if selected with cylinder, then equivalent substitution should be considered as.
Refer to Fig. 2 and Fig. 3 and still combine Fig. 1, the side in opposite directions of aforesaid pair of frame left column 11 is uncovered, and the two ends of aforementioned left adjustment crossbeam 14 in being insinuated into the frame left column chamber 111 of pair of frame left column 11 (Fig. 1 and Fig. 2 shows) corresponding to described uncovered position；The side in opposite directions of aforesaid pair of frame right column 12 is uncovered, the two ends of aforementioned right adjustment crossbeam 15 are being insinuated into corresponding to described uncovered position in the frame right column chamber 121 of pair of frame right column 12, and the top of the side away from one another of pair of frame left column 11 is respectively constituted to be had one for making frame left column chamber 111 and the extraneous frame left column opening 112 communicated, and the top of the side away from one another of pair of frame right column 12 respectively constitute have one for making frame right column chamber 121 and extraneous frame right column opening 122(Fig. 1 and Fig. 3 communicated sign)；nullAforementioned left adjustment crossbeam 14 is constituted a left adjustment crossbeam chamber 141，This left adjustment crossbeam chamber 141 is through to the other end from one end of the length direction of left adjustment crossbeam 14，Aforementioned right adjustment crossbeam 15 is constituted a right adjustment crossbeam chamber 151，This right adjustment crossbeam chamber 151 is through to the other end from one end of the length direction of right adjustment crossbeam 15，A left adjustment crossbeam gear shaft 142 it is provided with rotationally in left adjustment crossbeam chamber 141，The two ends of this left adjustment crossbeam gear shaft 142 all lean out the accent in left adjustment crossbeam chamber 141 and are stretched in frame left column chamber 111，A right adjustment crossbeam gear shaft 152 it is provided with rotationally in right adjustment crossbeam chamber 151，The two ends of this right adjustment crossbeam gear shaft 152 all lean out the accent in right adjustment crossbeam chamber 151 and are stretched in described frame right column chamber 121.
A left upper and lower guiding mechanism of adjustment crossbeam 8 it is each provided with in the frame left column chamber 111 of aforesaid pair of frame left column 11, this left upper and lower guiding mechanism of adjustment crossbeam 8 is connected with the aforementioned left adjustment crossbeam gear shaft 142 in the left adjustment crossbeam chamber 141 being arranged on aforementioned left adjustment crossbeam 14, specifically can be found in Fig. 1 and Fig. 2；A right upper and lower guiding mechanism of adjustment crossbeam 20 it is each provided with in the frame right column chamber 121 of aforesaid pair of frame right column 12, this right upper and lower guiding mechanism of adjustment crossbeam 20 is connected with the described right adjustment crossbeam gear shaft 152 in the right adjustment crossbeam chamber 151 being arranged on aforementioned right adjustment crossbeam 15, specifically can be found in Fig. 1 and Fig. 3.Preferably scheme, can be arranged on the top of a frame left column of the front side of pair of frame left column 11 by the electric control box of automatic plate-splicing machine.
Owing to the structure of the aforesaid right upper and lower guiding mechanism of adjustment crossbeam 20 is completely identical in structure with the aforementioned left upper and lower guiding mechanism of adjustment crossbeam 8, therefore the left upper and lower guiding mechanism of adjustment crossbeam 8 is only described in detail by applicant below.
nullSee Fig. 2 and Fig. 6 and combine Fig. 1，The structure preferably rather than being definitely limited to of the aforementioned left upper and lower guiding mechanism of adjustment crossbeam 8 is as follows: include lift action cylinder 81、Scale screw rod adjustment plate 82、Scale screw rod 83、Scale screw rod fixed plate 84、Synchronization control tooth bar 85 and synchronization control gear 86，Lift action cylinder 81 is fixed on lift action cylinder seat 812 with longitudinal state，The cavity wall in this lift action cylinder seat 812 and aforementioned frame left column chamber 111 is fixed，And the lift action cylinder post 811 of lift action cylinder 81 is towards upper，This lift action cylinder post 811 is connected with the bottom of aforementioned left adjustment crossbeam 14，Specifically: the bottom of left adjustment crossbeam 14 and be fixed with in the position corresponding to lift action cylinder post 811 one lift action cylinder post connect seat 144，Lift action cylinder post 811 is connected seat 144 by bearing pin with this lift action cylinder post and connects.Scale screw rod adjustment plate 82 is fixed in frame left column chamber 111, scale screw rod 83 is arranged in scale screw rod adjustment plate 82, a scale screw lock nut 831 respectively it is equipped on this scale screw rod 83 and in the position of the upper side and lower side of corresponding scale screw rod adjustment plate 82, the upper end of scale screw rod 83 is fixed with scale screw rod fixed plate 84, the bottom of this scale screw rod fixed plate 84 and left adjustment crossbeam 14 is fixed, the lower end of scale screw rod 83 is stretched towards the lower section of scale screw rod adjustment plate 82, synchronization control tooth bar 85 is fixed in the cavity wall in frame left column chamber 111 with longitudinal state, synchronization control gear 86 is fixed on aforementioned left adjustment crossbeam gear shaft 142 with flat key fixed form and is insinuated into the end in left column chamber 111, and it is meshed with synchronization control tooth bar 85.
Aforesaid scale screw rod 83 is provided with scale mark 832(Fig. 6 show)；Aforesaid lift action cylinder 81 is oil cylinder, but also can select and use cylinder.
When the thickness of plate 30 changes, so need the height in plate row Mobile Communication road 10 is made adaptive change, and the height changing plate row Mobile Communication road 10 i.e. changes one group of upper and lower spacing added between heat pipe 21,31 by realizing regulation while left and right adjustment crossbeam 14,15.Owing to the right upper and lower guiding mechanism of adjustment crossbeam 20 is identical to the regulation of left adjustment crossbeam 14 with the left upper and lower guiding mechanism of adjustment crossbeam 8 to the regulation of right adjustment crossbeam 15, therefore the regulation process of left adjustment crossbeam 14 is only explained by applicant below with regard to the left upper and lower guiding mechanism of adjustment crossbeam 8.
nullWhen to increase on one group、Under add heat pipe 21、When spacing between 31 i.e. increases the height in plate row Mobile Communication road 10，First pine enables in the scale screw lock nut 831 that scale screw rod 83 locks (i.e. limiting)，Lift action cylinder 81 works，Lift action cylinder post 811 stretches outside cylinder body，I.e. stretch upwards，Connect owing to lift action cylinder post 811 is connected seat 144 with the lift action cylinder post of the bottom being fixed on left adjustment crossbeam 14，Thus connected seat 144 by lift action cylinder post 811 by lift action cylinder post and make left adjustment crossbeam 14 shift up，In this process，The synchronization control gear 86 being fixed on left adjustment crossbeam gear shaft 142 drives left adjustment crossbeam gear shaft 142 to rotate when being meshed with synchronization control tooth bar 85，To ensure the horizontality of left adjustment crossbeam 14.When the degree that left adjustment crossbeam 14 shifts up reaches the indicating value of the scale mark 832 on scale screw rod 83, lift action cylinder 81 quits work, and is locked by aforesaid scale screw lock nut 831 by operator.When will by one group the upper and lower spacing added between heat pipe 21,31 diminish and use adapt to thickness has been diminished plate 30 add man-hour, then the adjustment process of the left upper and lower guiding mechanism of adjustment crossbeam 8 is contrary with aforementioned.Need when the left upper and lower guiding mechanism of adjustment crossbeam 8 adjusts the right upper and lower guiding mechanism of adjustment crossbeam 20 to be adjusted simultaneously.
The side of the left adjustment crossbeam cavity wall in the left adjustment crossbeam chamber 141 of aforesaid left adjustment crossbeam 14 and the length direction along this left adjustment crossbeam cavity wall are fixed with left adjustment crossbeam gear shaft with space state and prop up bearing 1411(Fig. 2 and show), aforesaid left adjustment crossbeam gear shaft 142 is rotatably supported at left adjustment crossbeam gear shaft and props up in bearing 1411；The side of the right adjustment crossbeam cavity wall in the right adjustment crossbeam chamber 151 of aforesaid right adjustment crossbeam 15 and the length direction along this right adjustment crossbeam cavity wall are fixed with right adjustment crossbeam gear shaft with space state and prop up bearing 1511(Fig. 3 and show), aforesaid right adjustment crossbeam gear shaft 152 is rotatably supported at right adjustment crossbeam gear shaft and props up in bearing 1511.
And respectively it is fixed with a left adjustment crossbeam spacing clamping plate 113(Fig. 2 by one group of left adjustment crossbeam position limiting clamp plate bolt 1131 in the position corresponding on the left of aforementioned left adjustment crossbeam 14 and right side (defined herein left side and right side are with the location status shown in Fig. 1 for) in the frame left column chamber 111 of aforesaid pair of frame left column 11 to show)；And respectively shown by one group of right adjustment crossbeam position limiting clamp plate bolt 1231(Fig. 3 corresponding to the left side of aforementioned right adjustment crossbeam 15 and the position on right side in the frame right column chamber 121 of aforesaid pair of frame right column 12) it is fixed with the right spacing clamping plate of adjustment crossbeam 123.
Ask for an interview Fig. 5 and combine Fig. 1 and Fig. 2, the left side of length direction of aforementioned left adjustment crossbeam 14 and the bottom on right side be each provided with one for described on add on one group of heating arrangements 2 heat pipe 21 left end floating connection first on add heat pipe floating junction device 143.Ask for an interview Fig. 3 and combine Fig. 1, being each provided with on the second of a right-hand member floating connection adding heat pipe 21 on a group in the left side of length direction of aforementioned right adjustment crossbeam 15 and the bottom on right side adding heat pipe floating junction device 153.Defined herein left side and right side are still that according to for Fig. 1 location state.
Owing to adding the structure of heat pipe floating junction device 143 on the first of Fig. 1, Fig. 2 and Fig. 5 signal and function is to add the structure of heat pipe floating junction device 153 and function is identical on second be shown in detail by Fig. 3, thus applicant the most only elaborates to adding heat pipe floating junction device 153 on second.
nullPlease see Fig. 3 by emphasis，Add heat pipe floating junction device 153 on aforesaid second and include the u-shaped channel-section steel 1531 of a shape of cross section and the quantity adjusting screw rod 1532 equal with the quantity adding heat pipe 21 on aforesaid one group，Channel-section steel 1531 is welded and fixed with the following side of the length direction of aforementioned right adjustment crossbeam 15，The position and adding heat pipe 21 on this channel-section steel 1531 on corresponding to one group offers adjusting screw rod hole 15311 with space state，Adjusting screw rod 1532 is arranged on channel-section steel 1531 in the position corresponding to adjusting screw rod hole 15311，And constitute in the lower end of adjusting screw rod 1532 and have a screw rod hanger 15321，The screw rod hanger 15321 position on adjusting screw rod 1532 is corresponding to the lower section of channel-section steel 1531，And screw rod hanger 15321 with one group on to add heat pipe 21 hinged，Adjusting screw rod 1532 is also arranged with a spring 15322，The upper end of this spring 15322 is bearing on channel-section steel 1531，And lower end is bearing on screw rod hanger 15321.
As shown in Figure 3, adding on heat pipe 21 on aforesaid one group and respectively constituting in the position corresponding to aforesaid screw rod hanger 15321 has a screw rod hanger to connect seat 214, and it is hinged with screw rod hanger 15321 by hanger connection seat pin axle 2141 that this screw rod hanger connects seat 214.
From above-mentioned to adding the explanation of heat pipe floating junction device 143,153 on first, second, can make on one group, to add heat pipe 21 under the effect of spring 15322 and be in the good contact state of the plate 30 being pointed in plate row Mobile Communication road 10 all the time.
Due to when 2,3 pairs of plates 30 of upper and lower heating arrangements heat, the solvent volatilization being coated in the adhesive on plate 30, thus for the environment in safeguard work place, then in aforesaid frame 1 and corresponding to the region between the left and right column of aforesaid pair of frame 11,12 be provided with one on heating arrangements 2 cover the heat-preservation guard shield 17 protected.The aforementioned solvents produced during the heating of upper and lower heating arrangements 2,3 enters heat-preservation guard shield 17, the pipeline extraction being connected with thermal insulation cover 17 process, to avoid undermining environment.Also show the guard shield frame 171 of heat-preservation guard shield 17 in Fig. 2, this guard shield frame 171 is taken heat-preservation guard shield 17 and is fixed between the left and right column of pair of frame 11,12.
Please continue to refer to Fig. 2, in aforesaid pair of frame left column 11, being positioned on rear side of the left end of frame 1 on a frame left column (as a example by the location status shown in Fig. 1) and the position of the rear end of the length direction corresponding to aforementioned plate chamber 16 is provided with a plate end liftout acting cylinder 114, the liftout acting cylinder post 1141 of this plate end liftout acting cylinder 114 is towards described plate chamber 16；One it is provided with for the saw cutting mechanism 9 excised by the redundancy section of plate end in frame 1 and in the position corresponding to plate end liftout acting cylinder 114.
Aforesaid plate end liftout acting cylinder 114 is cylinder, but is used as oil cylinder.
Lean on beam 43 at aforesaid a pair screen bar and be fixed with a plate end in the position of the front end of the length direction corresponding to aforementioned plate chamber 16 and stop limited post 431, this plate end stops that the shape of cross section of limited post 431 is L-shaped, more precisely, L-shaped angle steel is used to stop limited post 431 as plate end.
When plate 30 is positioned at storage plate chamber 40 in the state shown in Fig. 1, owing to unavoidably there is non-contacting space between the end of adjacent plate 30, therefore, under the work of plate end liftout acting cylinder 114, such as liftout acting cylinder post 1141 stretches outside cylinder body and pushes up and during the end of plate 30, force the end reliable contacts of adjacent plate 30, because answer the front end of the length direction in plate chamber 16 to be stopped that limited post 431 limits by plate end in correspondence.
Refer to Fig. 4 and combine Fig. 1, the saw cutting mechanism 9 having already mentioned above preferably and the structure that is not limited to is as follows: include motor 91, drivewheel 92, transmission band 93, driven pulley 94 and circular saw bit 95, motor 91 arranges on rear side of the left end being fixed on aforementioned frame 1 shortly, drivewheel 92 is fixed on the motor shaft 911 of motor 9, one end of transmission band 93 is nested with on drivewheel 92, the other end is nested with on driven pulley 94, driven pulley 94 is fixed on follower shaft 941, and this follower shaft 941 is rotatably supported on driven pulley axle bed 9411, circular saw bit 95 is fixed on follower shaft 941, and it is corresponding with the sidepiece of the back-end ports of the length direction in aforementioned plate chamber 16.In the present embodiment, drivewheel 92 and driven pulley 94 are belt pulley, and transmission band 93 is driving belt.
From the signal of Fig. 4, away from aforementioned plate end, plate 30 stops that the end, one end of limited post 431 is i.e. typically cun difference towards the end, one end of aforementioned plate end liftout acting cylinder 114 uneven, the uneven part of this cun of difference is redundancy section, thus when this redundancy section is excised, so worked by motor 91, drivewheel 92 is driven by the motor shaft 911 of motor 91, driven pulley 94 is driven through transmission band 93, owing to circular saw bit 95 is coaxial with follower shaft 941, thus driven circular saw bit 95 by driven pulley 94 through follower shaft 941, by circular saw bit 95, the redundancy section saw of plate 30 is removed.
Applicant combines Fig. 1 to Fig. 6 and sketches the work process of the present invention, by operator by that await splicing and scribble adhesive at the position of Mosaic face plate 30(strip) it is arranged in the framed interior (not shown) of plate and is transferred on the material rotating plate 54 of material stirring-up mechanism 5, then the inverting action cylinder 51 of material stirring-up mechanism 5 works, described above and make material rotating plate 54 be in the state shown in Fig. 1 as applicant, i.e. plate 30 is positioned at plate chamber 16 with stacked state in an orderly manner, and be will be located in the plate 30 of bottom by the liftout acting cylinder post 1141 of aforesaid plate end liftout acting cylinder 114 and stop the direction pushing tow of limited post 431 towards plate end, by saw cutting mechanism 9, the redundancy section saw of the end of plate 30 is removed again.By the plate pressure bar 45 of aforesaid plate pressure exerting arrangement 4, the top of plate 30 is pressed simultaneously, make the plate 30 being positioned at plate chamber 16 be in pressured state.Now, pusher 6 works, by applicant in description to this pusher 6 above, by scraping wings 62 by plate 30 by piece pushing plate row Mobile Communication road 10 by piece ground, often push one piece of plate 30, aforesaid plate end thrusting action cylinder 114 works once, concordant to guarantee the two ends entering the plate 30 in plate row Mobile Communication road 10.
In above process, upper and lower heating arrangements 2,3 is in running order, by one group of upper and lower synergism adding heat pipe 21,31, plate 30 is heated, make between adjacent plate 30 the most bonding, until plate 30 is drawn from being spliced into template outlet 102 with the form in view picture plate face, the length (width is 122) by 244 cuts.
In sum, the technical scheme that the present invention provides overcomes the shortcoming in prior art, completes invention task, has cashed the technique effect referred in applicant's superincumbent technique effect hurdle objectively, and can yet be regarded as is a ultimate attainment technical scheme.
Claims (10)
1.A kind of automatic plate-splicing machine with automatic stirring function, including a frame (1) , this frame (1) Left end be fixed on, with the state in terrace of soaring, the frame left column that is that arrange and that be supported in a state of use on terrace that faces each other a pair (11) Between, and frame (1) Right-hand member be fixed on, with the state in terrace of soaring, the frame right column that is that arrange and that be supported on the most in a state of use on terrace that faces each other a pair equally (12) Between, in frame (1) Left end be provided with a frame scraping wings platform (13) , wherein: at described pair of frame left column (11) Between and corresponding to frame (1) The position of top be provided with a left adjustment crossbeam up or down (14) , and at described pair of frame right column (12) Between and same corresponding to frame (1) The position of top be provided with a right adjustment crossbeam up or down (15) ；Heating arrangements on one (2) Heating arrangements once (3) , upper heating arrangements (2) At the same time corresponding to described left adjustment crossbeam (14) And right adjustment crossbeam (15) Position and the left adjustment crossbeam of lower section (14) And right adjustment crossbeam (15) Connect, lower heating arrangements (3) Heating arrangements on corresponding to (2) The position of lower section be fixed on described frame (1) On, upper and lower heating arrangements (2 、 3) Between space be configured to plate row Mobile Communication road (10) , this plate row Mobile Communication road (10) Left end port be configured to plate intake (101) , and this plate intake (101) Be formed in frame (1) The plate chamber of left upper part (16) Communicate, and plate row Mobile Communication road (10) Right-hand member port be configured to be spliced into template outlet (102) ；One for being positioned at described plate chamber to stacked state (16) The plate pressure exerting arrangement of interior plate pressure (4) , this plate pressure exerting arrangement (4) Corresponding to described plate chamber (16) The position of top be fixed on described upper heating arrangements (2) Back to described lower heating arrangements (3) Side；One for feeding described plate chamber by plate (16) Interior material stirring-up mechanism (5) , this material stirring-up mechanism (5) Corresponding to plate chamber (16) Position be arranged on described frame (1) On；One for by plate chamber (16) Interior plate pushes described plate intake (101) Pusher (6) , this pusher (6) Corresponding to described plate chamber (16) The position in left side of length direction be arranged on described frame scraping wings platform (13) On, it is characterised in that: described pusher (6) Including a pair scraping wings acting cylinder (61) , a scraping wings (62) With a pair scraping wings synchronizer (63) , a pair scraping wings acting cylinder (61) It is fixed on scraping wings acting cylinder seat with horizontally-arranged state (612) On, and this is to scraping wings acting cylinder (61) Scraping wings acting cylinder post (611) Towards described scraping wings (62) , scraping wings (62) With described plate chamber (16) Length direction corresponding and with described frame scraping wings platform (13) It is slidably matched, at this scraping wings (62) Go up and corresponding to scraping wings acting cylinder post (611) Position be fixed with scraping wings connect seat (621) , this scraping wings connects seat (621) With scraping wings acting cylinder post (611) Connect, a pair scraping wings synchronizer (63) It is arranged on scraping wings (62) With described frame scraping wings platform (13) Between, and and scraping wings (62) Side under towards coordinates, described scraping wings acting cylinder seat (612) It is fixed on frame scraping wings platform with horizontal boom state (13) Left surface on, described material stirring-up mechanism (5) Corresponding to scraping wings (62) Top；Described upper heating arrangements (2) Heat pipe is added on one group (21) , add heat pipes heat medium on one and introduce house steward (22) Heat pipes heat medium extraction house steward is added on one (23) , one group adds heat pipe (21) With parallel state interval distribution, and add heat pipe in this group (21) Left end corresponding to described left adjustment crossbeam (14) Position and the left adjustment crossbeam of lower section (14) Connect, and add heat pipe in this group (21) Right-hand member corresponding to described right adjustment crossbeam (15) Position and the right adjustment crossbeam of lower section (15) Connect, and add heat pipe in this group (21) The top of left end be respectively fixed with one for will add thermal medium introduce on add heat pipe chamber (211) Add heat pipes heat medium on interior and introduce interface (212) , and add heat pipe in this group (21) Right-hand member end face on be respectively fixed with one for will add thermal medium draw on add heat pipe chamber (211) Add heat pipes heat medium on and draw interface (213) , above add heat pipes heat medium and introduce house steward (22) It is fixed on described pair of frame left column (11) Between, and corresponding to described left adjustment crossbeam (14) Towards described right adjustment crossbeam (15) Side, this adds heat pipes heat medium introduce house steward (22) Above and adding heat pipes heat medium introducing interface on described (212) Position constitute have quantity with one group on add heat pipe (21) Quantity equal on add heat pipes heat medium introduce total interface tube (221) , this adds heat pipes heat medium and introduces total interface tube (221) By transitional connection pipe on first (2211) Add heat pipes heat medium on and introduce interface (212) Connect, above add heat pipes heat medium and draw house steward (23) It is fixed on described pair of frame right column (12) Between, and corresponding to described right adjustment crossbeam (15) Back to described left adjustment crossbeam (14) Side, this adds heat pipes heat medium draw house steward (23) Above and adding heat pipes heat medium extraction interface on described (213) Position constitute have one group of quantity with on add heat pipe (21) Quantity equal on add heat pipes heat medium draw total interface tube (231) , this adds heat pipes heat medium and draws total interface tube (231) By transitional connection pipe on second (2311) Add heat pipes heat medium on and draw interface (213) Connect；Described lower heating arrangements (3) Heat pipe is added under one group (31) , once add heat pipes heat medium introduce house steward (32) Once add heat pipes heat medium and draw house steward (33) , under one group, add heat pipe (31) Quantity with described one group on add heat pipe (21) Quantity equal, and with parallel state interval distribution, under this group, add heat pipe (31) Left end on described, adding heat pipe (21) Position and the described frame of lower section (1) Fixing, and add heat pipe under this group (31) Right-hand member on corresponding to, add heat pipe equally (21) The position of lower section and frame (1) Fixing, and add heat pipe under this group (31) The lower section of left end be respectively fixed with one and add heat pipe chamber for will add under thermal medium introduces (311) Add heat pipes heat medium under Nei and introduce interface (312) , and add heat pipe under this group (31) Right-hand member end face on be respectively fixed with one for will add thermal medium draw under add heat pipe chamber (311) Under add heat pipes heat medium draw interface (313) Add heat pipes heat medium under, and introduce house steward (32) Heat pipe is added under corresponding to described one group (31) Left end below position be fixed on described frame (1) On, under this, add heat pipes heat medium introduce house steward (32) Above and adding heat pipes heat medium introducing interface under described (312) Position constitute have quantity with one group under add heat pipe (31) Quantity equal under add heat pipes heat medium introduce total interface tube (321) , add heat pipes heat medium under this and introduce total interface tube (321) By First Transition pipe (3211) Add heat pipes heat medium under with and introduce interface (312) Connect, under add heat pipes heat medium draw house steward (33) Heat pipe is added under corresponding to one group (31) Right-hand member below position be fixed on described pair of frame right column (12) Between, and corresponding to described right adjustment crossbeam (15) Back to described left adjustment crossbeam (14) Side, add under this heat pipes heat medium draw house steward (33) Above and adding heat pipes heat medium extraction interface under described (313) Position constitute have quantity with one group under add heat pipe (31) Quantity equal under add heat pipes heat medium draw total interface tube (331) , add heat pipes heat medium under this and draw total interface tube (331) By the second transition conduit (3311) Add heat pipes heat medium under with and draw interface (313) Connect；Described one group upper and lower adds heat pipe (21 、 31 ) Between space be configured to described plate row Mobile Communication road (10) ；Described plate pressure exerting arrangement (4) Corresponding to described plate chamber (16) The position of top be fixed on described one group and add heat pipe (21) On；Described material stirring-up mechanism (5) Including an inverting action cylinder (51) , a flip-arm (52) , a stirring board shaft (53) With a material rotating plate (54) , inverting action cylinder (51) It is connected to inverting action cylinder seat with longitudinal state (512) On, and this inverting action cylinder seat (512) It is fixed on described frame (1) The front side of left end, and this inverting action cylinder (51) Inverting action cylinder post (511) Towards upper, at material rotating plate (54) Towards described plate chamber (16) The bottom of length direction of side be fixed with a stirring board shaft and fix seat (541) , stirring board shaft (53) Middle part and the stirring board shaft of length direction fix seat (541) Fixing, and stirring board shaft (53) Two ends all lean out material rotating plate (54) And it is rotatably supported at described frame scraping wings platform (13) On, flip-arm (52) One end and stirring board shaft (53) Fixing, the other end and described inverting action cylinder post (511) Hinged.
2.According to claim 1 The described automatic plate-splicing machine with automatic stirring function, it is characterised in that at described frame scraping wings platform (13) Go up and corresponding to described scraping wings (62) The region of length direction be fixed with scraping wings platform torr bar with space state (131) , at scraping wings platform torr bar (131) Towards scraping wings (62) The surface configuration of side have slide guide sheet (1311) , at scraping wings (62) Side under towards and corresponding to slide guide sheet (1311) Position constitute have scraping wings slide guide flange (622) , scraping wings slide guide flange (622) With slide guide sheet (1311) It is slidably matched.
3.According to claim 1 The described automatic plate-splicing machine with automatic stirring function, it is characterised in that a pair described scraping wings synchronizer (63) Respectively include rack fixing seat (631) , tooth bar (632) , synchromesh gear (633) With synchromesh gear axle bed (634) , rack fixing seat (631) Corresponding to scraping wings (62) The position of lower section be fixed on described frame scraping wings platform (13) On, tooth bar (632) It is fixed on rack fixing seat (631) Towards described scraping wings (62) Side, synchromesh gear axle bed (634) It is fixed on scraping wings (62) Towards rack fixing seat (631) Side, synchromesh gear (633) It is fixed on synchronous gear shaft (6331) On, and and tooth bar (632) It is meshed, synchronous gear shaft (6331) It is rotatably supported at synchromesh gear axle bed (634) On.
4.According to claim 1 The described automatic plate-splicing machine with automatic stirring function, it is characterised in that a pair described scraping wings acting cylinder (61) For oil cylinder or cylinder.
5.According to claim 1 The described automatic plate-splicing machine with automatic stirring function, it is characterised in that the described thermal medium that adds is steam or conduction oil.
6.According to claim 1 The described automatic plate-splicing machine with automatic stirring function, it is characterised in that described pair of frame left column (11) Side in opposite directions be uncovered, described left adjustment crossbeam (14) Two ends be insinuated into pair of frame left column corresponding to described uncovered position (11) Frame left column chamber (111) In；Described pair of frame right column (12) Side in opposite directions be uncovered, described right adjustment crossbeam (15) Two ends be insinuated into pair of frame right column corresponding to described uncovered position (12) Frame right column chamber (121) In, and pair of frame left column (11) The top of side away from one another respectively constitute and have one for making described frame left column chamber (111) The frame left column opening communicated with the external world (112) , and pair of frame right column (12) The top of side away from one another respectively constitute and have one for making described frame right column chamber (121) The frame right column opening communicated with the external world (122) ；Described left adjustment crossbeam (14) Constitute and have a left adjustment crossbeam chamber (141) , this left adjustment crossbeam chamber (141) From left adjustment crossbeam (14) One end of length direction through to the other end, described right adjustment crossbeam (15) Constitute and have a right adjustment crossbeam chamber (151) , this right adjustment crossbeam chamber (151) From right adjustment crossbeam (15) One end of length direction through to the other end, in left adjustment crossbeam chamber (141) It is provided with a left adjustment crossbeam gear shaft the most rotationally (142) , this left adjustment crossbeam gear shaft (142) Two ends all lean out described left adjustment crossbeam chamber (141) Accent and be stretched over described frame left column chamber (111) In, in right adjustment crossbeam chamber (151) It is provided with a right adjustment crossbeam gear shaft the most rotationally (152) , this right adjustment crossbeam gear shaft (152) Two ends all lean out described right adjustment crossbeam chamber (151) Accent and be stretched over described frame right column chamber (121) In.
7.According to claim 6 The described automatic plate-splicing machine with automatic stirring function, it is characterised in that at described pair of frame left column (11) Frame left column chamber (111) Inside it is each provided with a left upper and lower guiding mechanism of adjustment crossbeam (8) , this left upper and lower guiding mechanism of adjustment crossbeam (8) Be arranged on described left adjustment crossbeam (14) Left adjustment crossbeam chamber (141) Interior described left adjustment crossbeam gear shaft (142) Connect；At described pair of frame right column (12) Frame right column chamber (121) Inside it is each provided with a right upper and lower guiding mechanism of adjustment crossbeam (20) , this right upper and lower guiding mechanism of adjustment crossbeam (20) Be arranged on described right adjustment crossbeam (15) Right adjustment crossbeam chamber (151) Interior described right adjustment crossbeam gear shaft (152) Connect.
8.According to claim 7 The described automatic plate-splicing machine with automatic stirring function, it is characterised in that the described right upper and lower guiding mechanism of adjustment crossbeam (20) Structure be and the described left upper and lower guiding mechanism of adjustment crossbeam (8) Structure identical.
9.According to claim 1 The described automatic plate-splicing machine with automatic stirring function, it is characterised in that described inverting action cylinder (51) For cylinder or oil cylinder.
10.According to claim 1 The described automatic plate-splicing machine with automatic stirring function, it is characterised in that described flip-arm (52) Shape be circular arc。
Priority Applications (6)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610623658.7A CN106003286B (en) | 2015-04-22 | 2015-04-22 | Plate joggling apparatus with automatic stirring materials function |
| CN201610620371.9A CN106217511B (en) | 2015-04-22 | 2015-04-22 | A kind of automatic plate-splicing machine with automatic stirring materials function |
| CN201510192129.1A CN104786298B (en) | 2015-04-22 | 2015-04-22 | There is the automatic plate-splicing machine of automatic stirring function |
| CN201610627393.8A CN106272751B (en) | 2015-04-22 | 2015-04-22 | Can automatic stirring materials automatic plate-splicing machine |
| CN201610625233.XA CN106239648B (en) | 2015-04-22 | 2015-04-22 | There is the automatic plate-splicing machine of automatic stirring materials |
| CN201610622791.0A CN106217512B (en) | 2015-04-22 | 2015-04-22 | Plate joggling apparatus with automatic stirring materials function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510192129.1A CN104786298B (en) | 2015-04-22 | 2015-04-22 | There is the automatic plate-splicing machine of automatic stirring function |
Related Child Applications (5)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610622791.0A Division CN106217512B (en) | 2015-04-22 | 2015-04-22 | Plate joggling apparatus with automatic stirring materials function |
| CN201610620371.9A Division CN106217511B (en) | 2015-04-22 | 2015-04-22 | A kind of automatic plate-splicing machine with automatic stirring materials function |
| CN201610627393.8A Division CN106272751B (en) | 2015-04-22 | 2015-04-22 | Can automatic stirring materials automatic plate-splicing machine |
| CN201610625233.XA Division CN106239648B (en) | 2015-04-22 | 2015-04-22 | There is the automatic plate-splicing machine of automatic stirring materials |
| CN201610623658.7A Division CN106003286B (en) | 2015-04-22 | 2015-04-22 | Plate joggling apparatus with automatic stirring materials function |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104786298A CN104786298A (en) | 2015-07-22 |
| CN104786298B true CN104786298B (en) | 2016-09-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610627393.8A Active CN106272751B (en) | 2015-04-22 | 2015-04-22 | Can automatic stirring materials automatic plate-splicing machine |
| CN201610620371.9A Expired - Fee Related CN106217511B (en) | 2015-04-22 | 2015-04-22 | A kind of automatic plate-splicing machine with automatic stirring materials function |
| CN201610623658.7A Active CN106003286B (en) | 2015-04-22 | 2015-04-22 | Plate joggling apparatus with automatic stirring materials function |
| CN201610625233.XA Active CN106239648B (en) | 2015-04-22 | 2015-04-22 | There is the automatic plate-splicing machine of automatic stirring materials |
| CN201510192129.1A Active CN104786298B (en) | 2015-04-22 | 2015-04-22 | There is the automatic plate-splicing machine of automatic stirring function |
| CN201610622791.0A Expired - Fee Related CN106217512B (en) | 2015-04-22 | 2015-04-22 | Plate joggling apparatus with automatic stirring materials function |
Family Applications Before (4)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610627393.8A Active CN106272751B (en) | 2015-04-22 | 2015-04-22 | Can automatic stirring materials automatic plate-splicing machine |
| CN201610620371.9A Expired - Fee Related CN106217511B (en) | 2015-04-22 | 2015-04-22 | A kind of automatic plate-splicing machine with automatic stirring materials function |
| CN201610623658.7A Active CN106003286B (en) | 2015-04-22 | 2015-04-22 | Plate joggling apparatus with automatic stirring materials function |
| CN201610625233.XA Active CN106239648B (en) | 2015-04-22 | 2015-04-22 | There is the automatic plate-splicing machine of automatic stirring materials |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610622791.0A Expired - Fee Related CN106217512B (en) | 2015-04-22 | 2015-04-22 | Plate joggling apparatus with automatic stirring materials function |
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| Country | Link |
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| CN (6) | CN106272751B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106272751B (en) * | 2015-04-22 | 2018-08-14 | 宣城市裕诚模具有限公司 | Can automatic stirring materials automatic plate-splicing machine |
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2015
- 2015-04-22 CN CN201610627393.8A patent/CN106272751B/en active Active
- 2015-04-22 CN CN201610620371.9A patent/CN106217511B/en not_active Expired - Fee Related
- 2015-04-22 CN CN201610623658.7A patent/CN106003286B/en active Active
- 2015-04-22 CN CN201610625233.XA patent/CN106239648B/en active Active
- 2015-04-22 CN CN201510192129.1A patent/CN104786298B/en active Active
- 2015-04-22 CN CN201610622791.0A patent/CN106217512B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN106217512A (en) | 2016-12-14 |
| CN106239648B (en) | 2018-04-20 |
| CN106272751B (en) | 2018-08-14 |
| CN106217512B (en) | 2018-07-24 |
| CN106003286A (en) | 2016-10-12 |
| CN106217511B (en) | 2018-07-20 |
| CN106239648A (en) | 2016-12-21 |
| CN106003286B (en) | 2017-12-01 |
| CN106272751A (en) | 2017-01-04 |
| CN104786298A (en) | 2015-07-22 |
| CN106217511A (en) | 2016-12-14 |
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Effective date of registration: 20160902 Address after: 266000 Licang, Qingdao, No. nine East water road, No. 320, No. Applicant after: QINGDAO YULANXIANG BUSINESS SERVICE CO., LTD. Address before: 215517 Jiangsu city of Suzhou province Changshou City Haiyu town Cao Gecun Applicant before: CHANGSHU LIHENG WOOD INDUSTRY MACHINERY PLANT |
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Effective date of registration: 20171207 Address after: 223001, No. 6, Shenfei village, Huaian, Lianshui County, Huaian City, Jiangsu Patentee after: Gu Yukui Address before: 266000 Licang, Qingdao, No. nine East water road, No. 320, No. Patentee before: Qingdao Yulanxiang Commercial Services Co., Ltd. |
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Address after: 210 000 No. 81 Zhongshan Road, Gulou District, Nanjing City, Jiangsu Province Patentee after: Gu Yukui Address before: 223001 No. 6, Group 3, Shenfei Village, Tangji Town, Lianshui County, Huaian City, Jiangsu Province Patentee before: Gu Yukui |
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Effective date of registration: 20191016 Address after: 314000 floor 3, building 8-1, Gaoqiao Street Industrial Zone, Tongxiang City, Jiaxing City, Zhejiang Province Patentee after: Tongxiang Shuangma Machinery Co., Ltd. Address before: 210 000 No. 81 Zhongshan Road, Gulou District, Nanjing City, Jiangsu Province Patentee before: Gu Yu Kui |