CN201881455U - Energy-saving integrated intelligent production equipment for soft-porcelain insulation board - Google Patents
Energy-saving integrated intelligent production equipment for soft-porcelain insulation board Download PDFInfo
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- CN201881455U CN201881455U CN2010205955266U CN201020595526U CN201881455U CN 201881455 U CN201881455 U CN 201881455U CN 2010205955266 U CN2010205955266 U CN 2010205955266U CN 201020595526 U CN201020595526 U CN 201020595526U CN 201881455 U CN201881455 U CN 201881455U
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Abstract
The utility model discloses energy-saving integrated intelligent production equipment for a soft-porcelain insulation board, comprising a base and a scraping device, a porcelain absorption device, a porcelain pressing device, a pre-drying device, a pointing device and a discharging device which are arranged on the base respectively, wherein the scraping device is used for scraping the insulation board; the porcelain absorption device is used for absorbing the soft-porcelain and paving soft-porcelain powder on an insulation board; the porcelain pressing device is used for moulding the soft-porcelain and the insulation board by pressing; the pre-drying device is used for pre-drying the soft-porcelain insulation integrated materials to meet the pointing requirement; the pointing device is used for performing pointing to obtain the finished product, the soft-porcelain insulation board; and the discharging device is used for transporting the soft-porcelain insulation board out of a finished product warehouse. Therefore, through the production equipment provided by the utility model, the soft-porcelain insulation board can be produced fully-automatically; the production efficiency and the production quality are high; and the equipment has a simple structure and is easy to realize.
Description
Technical field
The utility model relates to a kind of porcelain tendre warming plate production equipment, is mainly used in the production of porcelain tendre heat-insulating integral formed material.
Background technology
In the prior art, all be the setting of manually carrying out the exterior wall heat preservation decorative lamination layer generally, therefore, not only take time and effort, while cost of labor height, and manually smear the inhomogeneous of this outer heat insulation facing layer of existence.
The production of porcelain tendre warming plate generally comprises following steps: starch, scrape slurry on the insulation material upper berth; The vacsorb porcelain tendre, and it is laid on the insulation material; With porcelain tendre material and insulation material extrusion modling; Porcelain tendre heat-insulating integral formed material to extrusion modling carries out the prebake processing; Carry out the jointing operation at last, can obtain finished product.
Therefore, providing a kind of production equipment of porcelain tendre warming plate of automation, is in the porcelain tendre warming plate automated production process, indispensable equipment.
Summary of the invention
The utility model provides a kind of porcelain tendre warming plate energy-conservation integral intelligent production equipment at the deficiencies in the prior art, and it adopts Pulp scraping device that warming plate is scraped slurry and handles; Adopt and inhale suction and the lay of porcelain tendre powder on warming plate that the porcelain device carries out porcelain tendre; Adopt and press the porcelain device to carry out the compression moulding of porcelain tendre and warming plate; Adopt the prebake device to carry out the prebake of porcelain tendre heat-insulating integral formed material, to satisfy the jointing demand; Adopt pointing device to carry out jointing and handle, last under the transportation of drawing mechanism to obtain finished product porcelain tendre warming plate, output to finished bin.
For realizing above technical purpose, the utility model will be taked following technical scheme:
The energy-conservation integral intelligent production equipment of a kind of porcelain tendre warming plate, comprise base, Pulp scraping device, suction porcelain device, press porcelain device, prebake device, pointing device and drawing mechanism, wherein: described Pulp scraping device, comprise and scrape slurry framework, little vibration shop slurry Pulp scraping device, scrape the slurry dolly and scrape slurry trolley travelling track, described little vibration shop slurry Pulp scraping device and scrape the slurry dolly and be installed in respectively and scrape on the slurry framework, the described slurry dolly of scraping places and scrapes on the slurry trolley travelling track, scrapes slurry trolley travelling track and then is laid on the base; Described suction porcelain device, comprise and inhale the porcelain upper frame, inhale the porcelain underframe, suction nozzle, inhale the porcelain drive motors, inhale initiatively output shaft of porcelain, inhale the driven output shaft of porcelain, inhale the porcelain output gear, inhale the porcelain roller, inhale porcelain cylinder and aspirator, described suction porcelain underframe is installed on the base, the base of described suction porcelain drive motors and suction cylinder is installed in respectively to be inhaled on the porcelain upper frame, the piston rod of described suction porcelain cylinder is fixedlyed connected with suction porcelain underframe, described suction nozzle with inhale the porcelain underframe on set suction nozzle stationary pipes fixedly connected, the output of aspirator then connects with the suction nozzle stationary pipes and is connected, described suction porcelain is output shaft initiatively, inhaling the driven output shaft of porcelain is supported on the suction porcelain upper frame by bearing fixing ground, and the two ends of inhaling porcelain active output shaft and the driven output shaft of suction porcelain are separately installed with inhales the porcelain roller, inhale porcelain simultaneously and initiatively also be separately installed with suction porcelain output gear in the two ends of output shaft, and the suction porcelain driving gear that is installed on the suction porcelain active output shaft is fixedlyed connected with suction porcelain roller, and the clutch end of described suction porcelain drive motors is connected with suction porcelain active output shaft by the sprocket chain strip transmission mechanism; Described pressure porcelain device, comprise and press the porcelain framework, press the porcelain drive motors, press porcelain transition power transmission shaft, first presses the porcelain output shaft, second presses the porcelain output shaft, press the porcelain cylinder, pressing plate, press porcelain output gear and straight line moving guide rail, the piston rod of described pressure porcelain cylinder is connected with pressing the porcelain frame fixation, described pressure porcelain framework is installed on the base, press porcelain transition power transmission shaft, first presses porcelain output shaft and second to press the porcelain output shaft pressing on the porcelain framework by bearings respectively, the output of described pressure porcelain drive motors is connected with pressing porcelain transition power transmission shaft by the sprocket wheel link chain mechanism, press the two ends of porcelain transition power transmission shaft then to press porcelain output shaft and second to press the porcelain output shaft to be connected by bevel gear pair and first respectively, described first presses porcelain output shaft and second to press the two ends of porcelain output shaft all to be separately installed with presses the porcelain output gear, described straight line moving guide rail comprises the tooth bar of two parallel placements, one end of described tooth bar is fixedly mounted on the pressing plate, the other end then is connected with another toothed rack by the tooth bar connecting plate, described pressure porcelain drive motors is fixedly mounted on the pressing plate, and first presses porcelain output shaft and second to press the pressure porcelain output gear of porcelain output shaft homonymy to be meshed with same tooth bar; Described prebake device, comprise baking oven, be installed in heater and porcelain tendre warming plate conveying device in the baking oven, described baking oven is assembled by upper frame body and lower frame body, described lower frame body is supported on the base, described porcelain tendre warming plate conveying device comprises the prebake drive motors, two roller rotating shafts that above compartment of terrain is arranged in parallel, be installed in the roller in the roller rotating shaft, chain wheel driving mechanism, roller rotating shaft and be installed in roller in the roller rotating shaft, described roller rotating shaft, the two ends of roller rotating shaft are respectively by the top of bearings at lower frame body, described prebake drive motors is fixedly mounted in the bottom of lower frame body, described roller rotating shaft comprises active roll tube rotating shaft and driven roller rotating shaft, the clutch end of described prebake drive motors is connected with the active roll tube rotating shaft by chain-wheel mechanism, carries out transmission of power by the sprocket wheel link chain mechanism between active roll tube rotating shaft and the driven roller rotating shaft; Described pointing device, comprise jointing framework, horizontal pointing device, perpendicular pointing device, jointing dolly, horizontal jointing straight line moving guide rail and jointing dolly straight line moving guide rail, described horizontal pointing device is supported on the jointing framework by horizontal jointing straight line moving guide rail, described jointing dolly is supported on the base by jointing dolly straight line moving guide rail, and described perpendicular pointing device is fixedly mounted on the jointing framework simultaneously.
According to above technical scheme, can realize following beneficial effect:
The energy-conservation integral intelligent production equipment of porcelain tendre warming plate described in the utility model adopts Pulp scraping device that warming plate is scraped slurry and handles; Adopt and inhale suction and the lay of porcelain tendre powder on warming plate that the porcelain device carries out porcelain tendre; Adopt and press the porcelain device to carry out the compression moulding of porcelain tendre and warming plate; Adopt the prebake device to carry out the prebake of porcelain tendre heat-insulating integral formed material, to satisfy the jointing demand; Adopting pointing device to carry out jointing handles, to obtain finished product porcelain tendre warming plate, last under the transportation of drawing mechanism, output to finished bin, therefore, by using device described in the utility model, can automatically carry out the production of porcelain tendre warming plate, the production efficiency height, the quality of production is good, and device itself is simple in structure, is easy to realize.
Description of drawings
Fig. 1 is a perspective view of the present utility model;
Wherein: Pulp scraping device 1 is inhaled porcelain device 2 and is pressed porcelain device 3 prebake devices 4 pointing devices 5 drawing mechanisms 6 bases 7.
Fig. 2 is the front view of Pulp scraping device described in the utility model;
Fig. 3 is the front view of the little vibration of the utility model shop slurry Pulp scraping device;
Fig. 4 is the vertical view of Fig. 3;
Fig. 5 is the left view of Fig. 3;
Fig. 6 is the A-A cutaway view among Fig. 3;
Fig. 7 is the partial enlarged drawing of I part among Fig. 6;
Fig. 8 is a structural representation of scraping the slurry dolly described in the utility model;
Fig. 9 is that the slurry dolly of scraping described in the utility model is in pneumatic gripping device and is in the not structural representation of clamp position;
Figure 10 is the B-B cutaway view of Fig. 8;
Figure 11 is the vertical view of the utility model Fig. 8;
Figure 12 is the C-C cutaway view of Figure 11;
Figure 13 is the partial enlarged drawing of M part among Figure 12;
213,11 12 1211 1212 1213 1221 1222 1223 1224 1225 126 1231 1232 1241 1242 1243 125 113 1311 1312 1313 1314 1321 1322 1323 1324 1325 133 134 135 1361 1362 1371 1372 1373 1374 1375 1376 138 114。
Figure 14 is the front view of suction porcelain device described in the utility model;
Figure 15 is the vertical view of suction porcelain device described in the utility model;
Figure 16 is the right view of suction porcelain device described in the utility model;
Among Figure 14 to Figure 16, inhale driven output shaft 25 first power transmission shafts of porcelain upper frame 21 rollers 22 bearings 23 pinions 24 suction porcelain 26 suction porcelain output gears 27 bevel gears 28 bearings 29 suction porcelain active output shafts 210 transition power transmission shafts 211 sprocket wheels 212 and inhale porcelain drive motors 213 suction porcelain cylinders 214 axle sleeves 215 ball bearings 216 suction porcelain underframes 217.
Figure 17 is the front view of pressure porcelain device described in the utility model;
Figure 18 is the vertical view of Figure 17;
Figure 19 is the left view of Figure 17;
Among Figure 17 to 19: press porcelain cylinder 31 tooth bar connecting plates 32 pressing plate mobile guide bars 33 tooth bars 34 pressing plate limited blocks 35 pressing plates 36 steel plates 361 planks 362 sponge plates 363 to press porcelain framework 37 first to press porcelain output shaft 381 second to press porcelain output shaft 382 to press porcelain output gear 383 bevel gear pairs 384 to press porcelain transition power transmission shaft 385 tooth bar positioning and guiding bars 39 to press porcelain drive motors 310.
Figure 20 is the front view of prebake device described in the utility model;
Figure 21 is the vertical view of Figure 20;
Figure 22 is the structural representation after Figure 21 removes cover plate;
Figure 23 is the left view of Figure 20;
Among Figure 20 to 23: upper frame body 41 lower frame bodies 42 cover plates 43 drive sprockets 44 nuts 45 driven sprockets 46 rollers 47 roller rotating shafts 48 roller rotating shafts 49 rollers 410 positioning and guiding sprocket wheels 411 conveyer belt drive sprockets 412 conveyer belt driving chains 413.
Figure 24 is a structural representation of the present utility model;
Figure 25 is the vertical view of Figure 24;
Figure 26 is the front view of the horizontal pointing device of the utility model;
Figure 27 is the vertical view of Figure 26;
Figure 28 is the front view of the perpendicular pointing device of the utility model;
Among Figure 24 to Figure 28, the horizontal pointing device 52 horizontal jointing framework 520 drive motors 521 sprocket chain strip transmission mechanisms 522 of jointing framework 51 are output revolving shafts 523 rollers 524 driven output revolving shaft 525 output gears 526 horizontal hooked hand's assembly 53 horizontal hooked hand's rotating shaft 531 horizontal hooked hand's connecting plates 532 perpendicular hooked hand's assembly 54 first connecting plates 541 second connecting plates 542 roller rotating shafts 543 roller connecting plates 544 rollers 545 perpendicular hooked hand's rotating shaft 546 positioning elements 548 transverse slats 549 elasticity 55 regulating blocks, 551 stage clips, 552 connecting rods 553 that hook hand initiatively.
Figure 29 is the front view of the utility model jointing dolly;
Figure 30 is the vertical view of Figure 29;
Figure 31 is the left view of Figure 29;
Among Figure 29 to 31: underframe 61 initiative drive shafts 62 gears 63 rollers 64 bearings 65 bearings 66 driven power transmission shaft 67 return idlers 68 connecting plates 69 fixed heads 610 roller rotating shafts 611 angle bar 612 jacking cylinders 613 steel plates 614 angle bar 615 sprocket wheels 616 drive units 617.
The specific embodiment
Accompanying drawing discloses the structural representation of the related preferred embodiment of the utility model without limitation, explains the technical solution of the utility model below with reference to accompanying drawing.
As shown in Figure 1, the energy-conservation integral intelligent production equipment of porcelain tendre warming plate described in the utility model comprises base, Pulp scraping device, suction porcelain device, presses porcelain device, prebake device, pointing device and drawing mechanism, wherein:
Described Pulp scraping device, shown in Fig. 2 to 13, comprise and scrape the slurry framework, little vibration shop slurry Pulp scraping device, scrape the slurry dolly and scrape slurry trolley travelling track, described little vibration shop slurry Pulp scraping device and scrape the slurry dolly and be installed in respectively and scrape on the slurry framework, wherein: described little vibration shop slurry Pulp scraping device, shown in Fig. 3 to 7, comprise shop slurry framework, the charge funnel, with the suitable reclaiming plate of charge funnel discharging opening, scrape the slurry bar, the material controlling cylinder, place the agitating device in the charge funnel, little vibrating device and stirring drive motors, described charge funnel, the material controlling cylinder, little vibrating device and stirring drive motors are installed in respectively on the slurry framework of shop, and the piston rod of material controlling cylinder is fixedlyed connected with reclaiming plate, the output of little vibrating device is connected with the charge funnel, little vibrating device described in the utility model is a finisher, during its operation, can vibrate the charge funnel, make to place the slurry in the charge funnel to place on the insulation material of scraping on the slurry dolly, realize shop slurry operation by the discharging opening efferent tract; The clutch end that stirs drive motors then is connected with the driving rotating shaft of agitating device, and then under the drive of stirring drive motors, slurry can mix; In addition, the described slurry bar of scraping is fixedly mounted on the charge funnel, after slurry flows on the insulation material, can scrape the slurry operation in time; The described slurry dolly of scraping, shown in Fig. 8 to 13, comprise and scrape slurry dolly outside framework, scrape slurry dolly upper frame, warming plate is placed supporting plate, supporting plate jacking cylinder, pneumatic gripping device, the active drive rotating shaft, driven driving rotating shaft, driven wheel, roller and trolley drive motor, described trolley drive motor and supporting plate jacking cylinder are fixedly mounted in to be scraped on the slurry dolly outside framework, the described slurry dolly upper frame of scraping places the top of scraping slurry dolly outside framework, and warming plate is placed supporting plate and is placed and scrape in the slurry dolly upper frame, and the piston rod of supporting plate jacking cylinder passes to be scraped slurry dolly upper frame and fixedlys connected with warming plate placement supporting plate, described pneumatic gripping device is installed in to be scraped on the slurry dolly upper frame, in addition, described active drive rotating shaft and driven driving rotating shaft are being scraped on the slurry dolly outside framework by bearings respectively, and roller is installed at the two ends of active drive rotating shaft and driven driving rotating shaft respectively, driven wheel is also installed at the two ends of active drive rotating shaft respectively simultaneously, and the clutch end of described drive motors is connected with the active drive rotating shaft by the sprocket chain strip transmission mechanism; The described slurry trolley travelling track of scraping, comprise respectively with roller and the corresponding configuration of driven wheel roll bar and tooth bar, described bar and the tooth bar of rolling is fixedly mounted in respectively and scrapes on the slurry framework.Described pneumatic gripping device comprises that material holds out against cylinder, the flexible guiding support device of piston rod and material hold assembly, it is two that described material holds out against cylinder, the opposing setting of piston rod that this two material holds out against cylinder, and the base that each material holds out against cylinder is installed in to be scraped on the slurry dolly upper frame, and each material piston rod of holding out against cylinder all is connected with material clamp assemblies and the flexible guiding support device of piston rod respectively by the cylinder connecting plate simultaneously.Described material clamp assemblies comprises guide holder, passes connecting axle and material grip block that this guide holder is placed, and described connecting axle one end and material hold out against cylinder piston rod and be rigidly connected, and the other end is then fixedlyed connected with the material grip block.The flexible guiding support device of described piston rod comprises the dolly tooth bar that shaft gear on the dolly, two ends are installed axle on the dolly of shaft gear on the dolly respectively and are meshed with shaft gear on the dolly, axle is being scraped on the slurry dolly underframe by bearings on the described dolly, and the dolly tooth bar is then installed regularly and scraped on the slurry dolly upper frame.Scrape carrying out continuously of slurry operation for guaranteeing warming plate, little vibration described in the utility model shop is starched Pulp scraping device and is scraped the slurry dolly and is respectively two groups, and two scrape between the slurry dolly by scraping the connection of slurry baffle plate, then scraping the warming plate that transports of slurry dolly when one of them arrives at when pressing the porcelain device, another is scraped the slurry dolly and then arrives at insulation material and shelve case, to carry out transporting of next piece warming plate.
Described suction porcelain device, shown in Figure 14 to 16, comprise and inhale the porcelain upper frame, inhale the porcelain underframe, suction nozzle, inhale the porcelain drive motors, inhale initiatively output shaft of porcelain, inhale the driven output shaft of porcelain, inhale the porcelain output gear, inhale the porcelain roller, inhale porcelain cylinder and aspirator, described aspirator is the suction cylinder, the base of described suction porcelain drive motors and suction cylinder is installed in respectively to be inhaled on the porcelain upper frame, the piston rod of described suction porcelain cylinder is fixedlyed connected with suction porcelain underframe, described suction nozzle with inhale the porcelain underframe on set suction nozzle stationary pipes fixedly connected, the output of aspirator then connects with the suction nozzle stationary pipes and is connected, described suction porcelain is output shaft initiatively, inhaling the driven output shaft of porcelain is supported on the suction porcelain upper frame by bearing fixing ground, and the two ends of inhaling porcelain active output shaft and the driven output shaft of suction porcelain are separately installed with inhales the porcelain roller, inhale porcelain simultaneously and initiatively also be separately installed with suction porcelain output gear in the two ends of output shaft, and the suction porcelain driving gear that is installed on the suction porcelain active output shaft is fixedlyed connected with suction porcelain roller, and the clutch end of described suction porcelain drive motors is connected with suction porcelain active output shaft by the sprocket chain strip transmission mechanism.Wherein, between described suction porcelain upper frame and the suction porcelain underframe rolling support device is set, this rolling support device comprises first power transmission shaft, second power transmission shaft, the transition power transmission shaft, pinion, pinion rack, described first power transmission shaft, second power transmission shaft and transition power transmission shaft are being inhaled on the porcelain upper frame by bearings respectively, described transition power transmission shaft is connected with second power transmission shaft with first power transmission shaft respectively by the bevel gear pair that is installed in its two ends, pinion is installed at the two ends of described first power transmission shaft and second power transmission shaft respectively, each pinion all disposes a pinion rack that is meshed with it, described pinion rack one end is fixedly mounted in by the tooth bar fixed head to be inhaled on the porcelain underframe, the other end of pinion rack then passes inhales the placement of porcelain upper frame, and pinion rack is by being installed in the bearings of inhaling on the porcelain upper frame, in the accompanying drawing, pinion rack supports by ball bearing.Between described suction porcelain underframe and the suction porcelain upper frame guide post is set, described guide post one end is fixedlyed connected with suction porcelain underframe, and its other end then passes inhales the guide post overcoat placement of installing on the porcelain upper frame.Therefore, the utility model can be drawn the porcelain tendre material by the mode of vacuum draw at the porcelain tendre rest area, is transported to next step then---press porcelain part lay.Suction porcelain upper frame described in the utility model adopts drive motors, carry out transmission of power by sprocket wheel, spur gear, bevel gear, inhaling the middle part configuration suction nozzle of porcelain upper frame, under the jointly controlling of the pneumatic mode of vacuum draw cylinder and PLC program, porcelain tendre rest area automatic vacuum suction porcelain tendre from the below, after absorption is finished, arrive pressure porcelain part by being installed in the roller and the rack-and-pinion transmission automatic transport of inhaling on the porcelain upper frame.
Described pressure porcelain device, shown in Figure 17 to 19, comprise and press the porcelain framework, press the porcelain drive motors, press porcelain transition power transmission shaft, first presses the porcelain output shaft, second presses the porcelain output shaft, press the porcelain cylinder, pressing plate, press porcelain output gear and straight line moving guide rail, the piston rod of described pressure porcelain cylinder is connected with pressing the porcelain frame fixation, press porcelain transition power transmission shaft, first presses porcelain output shaft and second to press the porcelain output shaft pressing on the porcelain framework by bearings respectively, the output of described pressure porcelain drive motors is connected with pressing porcelain transition power transmission shaft by the sprocket wheel link chain mechanism, press the two ends of porcelain transition power transmission shaft then to press porcelain output shaft and second to press the porcelain output shaft to be connected by bevel gear pair and first respectively, described first presses porcelain output shaft and second to press the two ends of porcelain output shaft all to be separately installed with presses the porcelain output gear, described straight line moving guide rail comprises the tooth bar of two parallel placements, one end of described tooth bar is fixedly mounted on the pressing plate, the other end then is connected with another toothed rack by the tooth bar connecting plate, described pressure porcelain drive motors is fixedly mounted on the pressing plate, and first presses porcelain output shaft and second to press the pressure porcelain output gear of porcelain output shaft homonymy to be meshed with same tooth bar.In addition, tooth bar positioning and guiding bar is installed on the described pressure porcelain framework, this tooth bar positioning and guiding bar passes the tooth bar connecting plate and places.Described tooth bar positioning and guiding bar is two, and it is divided into the both sides of pressing the porcelain cylinder, and the line of the line of this two tooth bars positioning and guiding bar and two tooth bars is perpendicular.Around the described pressing plate pressing plate mobile guide bar is installed, and pressing plate mobile guide bar passes the placement of pressure porcelain framework.And described pressing plate mobile guide bar is four, and these four pressing plate mobile guide bars are evenly distributed in around the pressing plate.Around the described pressing plate of while spacing plate is installed.Pressing plate described in the utility model is formed by connecting by steel plate, plank and sponge plate, and described plank is between steel plate and sponge plate, and sponge plate places the lower surface of plank, and steel plate then is positioned at the upper surface of plank.
Described prebake device, shown in Figure 20 to 23, comprise baking oven, be installed in heater and porcelain tendre warming plate conveying device in the baking oven, described baking oven is assembled by upper frame body and lower frame body, described porcelain tendre warming plate conveying device comprises the prebake drive motors, two roller rotating shafts that above compartment of terrain is arranged in parallel, be installed in the roller in the roller rotating shaft, chain wheel driving mechanism, roller rotating shaft and be installed in roller in the roller rotating shaft, described roller rotating shaft, the two ends of roller rotating shaft are respectively by the top of bearings at lower frame body, described drive motors is fixedly mounted in the bottom of lower frame body, described roller rotating shaft comprises active roll tube rotating shaft and driven roller rotating shaft, the clutch end of described prebake drive motors is connected with the active roll tube rotating shaft by chain-wheel mechanism, carries out transmission of power by the sprocket wheel link chain mechanism between active roll tube rotating shaft and the driven roller rotating shaft.On the coaming plate of upper frame body described in the utility model fan is installed.In addition, between described driven roller rotating shaft and the lower frame body positioning and guiding sprocket wheel link chain mechanism is installed, this positioning and guiding sprocket wheel link chain mechanism comprises positioned chain wheels, jockey sprocket and the guiding chain that is used with positioned chain wheels and jockey sprocket, described positioned chain wheels is coupling on lower frame body, and jockey sprocket then is installed in the driven roller rotating shaft.Therefore, the porcelain tendre warming plate according to the difference of porcelain tendre warming plate material type, carries out extraction, the prebake of moisture by concrete needs after coming from the conveying of pressure porcelain device, and there is ventilating fan at the baking oven two ends, can in time moisture be discharged; Temperature in the baking oven is adjustable, after prebake disposes, with the metal grid aperture plate that the chain transmission drives in the baking oven porcelain tendre warming plate that disposes is transported to the jointing part by PLC procedure auto-control drive motors, carries out jointing and handles
Described pointing device, shown in Figure 24 to 28, described pointing device, comprise jointing framework, horizontal pointing device, perpendicular pointing device, jointing dolly, horizontal jointing straight line moving guide rail and jointing dolly straight line moving guide rail, described horizontal pointing device is supported on the jointing framework by horizontal jointing straight line moving guide rail, described jointing dolly is supported on the base by jointing dolly straight line moving guide rail, and described perpendicular pointing device is fixedly mounted on the jointing framework simultaneously.Wherein: described horizontal pointing device, comprise horizontal jointing framework, the active output revolving shaft, driven output revolving shaft, output gear, roller, be fixedly mounted in the drive motors on the horizontal jointing framework and be fixedly mounted on horizontal hooked hand's assembly on the horizontal jointing framework hangingly, described horizontal jointing framework places jointing framework top, described active output revolving shaft and driven output revolving shaft by bearing fixing be supported on the horizontal jointing framework, the clutch end of described drive motors is connected with the active output revolving shaft by the sprocket chain strip transmission mechanism, roller is installed at the two ends of described active output revolving shaft and driven output revolving shaft all respectively, and the two ends of driven output revolving shaft also are separately installed with the output gear of fixedlying connected with roller, described horizontal hooked hand's assembly comprises horizontal hooked hand's rotating shaft and is installed in a plurality of elasticity hooked hand in horizontal hooked hand's rotating shaft, the two ends of described horizontal hooked hand's rotating shaft are connected with horizontal jointing frame fixation by horizontal hooked hand's connecting plate, and bearing are installed to support horizontal hooked hand's rotating shaft on horizontal hooked hand's connecting plate; Described perpendicular pointing device, comprise that first connects side plate, second connects side plate, transverse slat, porcelain tendre warming plate positioner and perpendicular hooked hand's assembly, first connects side plate is connected the placement of side plate opposing parallel with second, and the first connection side plate is connected side plate and is installed in hangingly on the jointing framework with second, while first connection side plate and second is connected side plate and connects by transverse slat, described perpendicular hooked hand's assembly comprises perpendicular hooked hand rotating shaft and is fixedly mounted in a plurality of elasticity hooked hands that erect in hooked hand's rotating shaft, the two ends of described perpendicular hooked hand's rotating shaft are connected side plate respectively and are connected the side plate connection with second with first, described porcelain tendre warming plate positioner comprises the roller rotating shaft, roller connecting plate and positioning element, the two ends of described roller rotating shaft are connected side plate by the roller connecting plate respectively and are connected the side plate connection with second with first, described positioning element is installed on the roller connecting plate; Described straight line moving guide rail comprises respectively the tooth bar that should be provided with output gear and pair of rollers and rolls bar, described tooth bar and roll bar and be installed on the jointing framework.In addition, described elasticity the hooked hand assembled by connecting rod, regulating block and stage clip, and described connecting rod and regulating block link into an integrated entity, and this connecting rod assembles by two pipe fittings, and stage clip is connected between two pipe fittings; For horizontal hooked hand's assembly, described regulating block is socketed in horizontal hooked hand's rotating shaft, and regulating block and horizontal hooked hand's rotating shaft are located by connecting by the tightening parts; For perpendicular hooked hand's assembly, described regulating block is socketed in the perpendicular hooked hand rotating shaft, and regulating block is located by connecting by the tightening parts with the perpendicular rotating shaft of hooking hand.
Described jointing dolly, shown in Figure 29 to 31, comprise underframe, drive unit, be used to accept the rolling catching device and the rolling conveying device of porcelain tendre warming plate, described rolling catching device is bearing in the underframe top by bracing frame, described rolling conveying device comprises initiative drive shaft, driven power transmission shaft, gear and roller, the clutch end of described drive unit is connected with initiative drive shaft, described initiative drive shaft and driven power transmission shaft respectively by bearings on underframe, and the two ends of this initiative drive shaft are installed gear and active roller all respectively, the gear of this each end of initiative drive shaft is fixedlyed connected with active roller simultaneously, and return idler is then installed at the two ends of driven power transmission shaft respectively; Described rolling catching device comprises bearing frame, the roller rotating shaft more than one and is configured in plural roller on each root roller rotating shaft, described roller rotating shaft by bearings in bearing frame, in the utility model accompanying drawing, the roller rotating shaft is three roller bearings that be arranged in parallel.Wherein, described drive unit is a cycloidal planetary gear speed reducer, and the clutch end of this cycloidal planetary gear speed reducer is connected with initiative drive shaft by the sprocket chain strip transmission mechanism.Described bearing frame comprises two angle bar that are oppositely arranged, and the two ends of roller rotating shaft are fixedly mounted on the aforementioned angle bar by fixed head, connecting plate respectively.Support frame as described above is welded by angle bar and steel plate assembling.In addition, also be provided with jacking apparatus between support frame as described above and the underframe, described jacking apparatus is the jacking cylinder, and the piston rod of this jacking cylinder is fixedlyed connected with bracing frame, and the base of jacking cylinder then is installed on the underframe.Piston rod by this jacking cylinder flexible realized the lifting of porcelain tendre warming plate.Be convenient to the migration of this porcelain tendre warming plate.During use, start cycloidal planetary gear speed reducer, transmission of power by the sprocket wheel link chain mechanism, to promote the initiative drive shaft rotation, thereby drive the roller be installed in respectively on initiative drive shaft, the driven power transmission shaft along with gear rolls along the migration of tooth bar, realize placing transporting of porcelain tendre warming plate on the rolling catching device.
In sum as can be known, the utility model Pulp scraping device is scraped two in slurry dolly, scrape for every and place two blocks of insulation materials (120CM * 60CM) on the slurry dolly, fixedly employing cylinder pneumatic fit PLC program to insulation material is finished automatically, scrapes slurry dolly bottom configuration roller-roll bar and the conveying to insulation material is finished in gear-tooth bar transmission; Correspondingly, Pulp scraping device sets the little vibration of two covers shop slurry Pulp scraping device, spread slurry accordingly and scrape slurry operation to scrape the slurry dolly to two respectively, assurance porcelain tendre warming plate shop slurry is scraped carrying out continuously of slurry operation, this little vibration shop slurry Pulp scraping device has two in charge funnel, about distribute, adopt little vibration (finisher) automatically to scraping the lay that the insulation material of starching on the dolly carries out slurry, the slurry bar is scraped in the below, adopt cylinder pneumatic fit PLC programme-control, automatically finish and scrape slurry,, scrape the adjustable height of slurry according to different needs.Described suction porcelain device can be transported to and press porcelain part lay from porcelain tendre rest area vacsorb porcelain tendre.Inhale the porcelain upper frame and adopt (motor train transmission drive) spur gear, Bevel Gear Transmission, the centre is furnished with suction nozzle, jointly controls down in cylinder pneumatic mode and PLC program, draws porcelain tendre from below porcelain tendre rest area automatic vacuum; After absorption is finished, arrive pressure porcelain part by the roller and the rack-and-pinion transmission automatic transport of inhaling on the porcelain upper frame.In addition, the porcelain tendre rack is used for the placement to the porcelain tendre material, be furnished with altogether on the base two movably porcelain tendre place frameworks, can freely change for two, after the porcelain tendre in uses up, another can be filled the framework of porcelain tendre material and place into.Described pressure porcelain device is used the low-frequency vibration dish polylith paving porcelain tendre is carried out disposable integral vibration paving; Specifically, porcelain tendre is after the suction porcelain partly is transferred, be positioned over by what transmission device sent and scrape slurry dolly top, pressing plate presses down automatically by the PLC programme-control, uses the low-frequency vibration dish polylith paving porcelain tendre is carried out disposable integral vibration paving; The sponge pressing plate is arranged at pressing plate bottom, and the size that a large-scale pressure porcelain cylinder and the PLC program by the device top jointly controls pressure and pressing down the time is to finish the good bond of porcelain tendre material and insulation material.Porcelain tendre heat-insulating integral formed material is placed on the jointing dolly after handling through prebake, pointing device (perpendicular hooked hand's assembly) has cylinder to place the dolly top, being used for fixing the heat insulation integrated material horizontal of porcelain tendre is positioned on the dolly, dolly bottom configuration roller-roll bar and gear-tooth bar carries out transmission cooperates by the PLC procedure auto-control that horizontal stroke/vertically pointing device carries out last jointing cleaning to porcelain tendre heat-insulating integral formed material.
Claims (5)
1. energy-conservation integral intelligent production equipment of porcelain tendre warming plate is characterized in that: comprises base, Pulp scraping device, suction porcelain device, presses porcelain device, prebake device, pointing device and drawing mechanism, wherein:
Described Pulp scraping device, comprise and scrape slurry framework, little vibration shop slurry Pulp scraping device, scrape the slurry dolly and scrape slurry trolley travelling track, described little vibration shop slurry Pulp scraping device and scrape the slurry dolly and be installed in respectively and scrape on the slurry framework, the described slurry dolly of scraping places and scrapes on the slurry trolley travelling track, scrapes slurry trolley travelling track and then is laid on the base;
Described suction porcelain device, comprise and inhale the porcelain upper frame, inhale the porcelain underframe, suction nozzle, inhale the porcelain drive motors, inhale initiatively output shaft of porcelain, inhale the driven output shaft of porcelain, inhale the porcelain output gear, inhale the porcelain roller, inhale porcelain cylinder and aspirator, described suction porcelain underframe is installed on the base, the base of described suction porcelain drive motors and suction cylinder is installed in respectively to be inhaled on the porcelain upper frame, the piston rod of described suction porcelain cylinder is fixedlyed connected with suction porcelain underframe, described suction nozzle with inhale the porcelain underframe on set suction nozzle stationary pipes fixedly connected, the output of aspirator then connects with the suction nozzle stationary pipes and is connected, described suction porcelain is output shaft initiatively, inhaling the driven output shaft of porcelain is supported on the suction porcelain upper frame by bearing fixing ground, and the two ends of inhaling porcelain active output shaft and the driven output shaft of suction porcelain are separately installed with inhales the porcelain roller, inhale porcelain simultaneously and initiatively also be separately installed with suction porcelain output gear in the two ends of output shaft, and the suction porcelain driving gear that is installed on the suction porcelain active output shaft is fixedlyed connected with suction porcelain roller, and the clutch end of described suction porcelain drive motors is connected with suction porcelain active output shaft by the sprocket chain strip transmission mechanism;
Described pressure porcelain device, comprise and press the porcelain framework, press the porcelain drive motors, press porcelain transition power transmission shaft, first presses the porcelain output shaft, second presses the porcelain output shaft, press the porcelain cylinder, pressing plate, press porcelain output gear and straight line moving guide rail, the piston rod of described pressure porcelain cylinder is connected with pressing the porcelain frame fixation, described pressure porcelain framework is installed on the base, press porcelain transition power transmission shaft, first presses porcelain output shaft and second to press the porcelain output shaft pressing on the porcelain framework by bearings respectively, the output of described pressure porcelain drive motors is connected with pressing porcelain transition power transmission shaft by the sprocket wheel link chain mechanism, press the two ends of porcelain transition power transmission shaft then to press porcelain output shaft and second to press the porcelain output shaft to be connected by bevel gear pair and first respectively, described first presses porcelain output shaft and second to press the two ends of porcelain output shaft all to be separately installed with presses the porcelain output gear, described straight line moving guide rail comprises the tooth bar of two parallel placements, one end of described tooth bar is fixedly mounted on the pressing plate, the other end then is connected with another toothed rack by the tooth bar connecting plate, described pressure porcelain drive motors is fixedly mounted on the pressing plate, and first presses porcelain output shaft and second to press the pressure porcelain output gear of porcelain output shaft homonymy to be meshed with same tooth bar;
Described prebake device, comprise baking oven, be installed in heater and porcelain tendre warming plate conveying device in the baking oven, described baking oven is assembled by upper frame body and lower frame body, described lower frame body is supported on the base, described porcelain tendre warming plate conveying device comprises the prebake drive motors, two roller rotating shafts that above compartment of terrain is arranged in parallel, be installed in the roller in the roller rotating shaft, chain wheel driving mechanism, roller rotating shaft and be installed in roller in the roller rotating shaft, described roller rotating shaft, the two ends of roller rotating shaft are respectively by the top of bearings at lower frame body, described prebake drive motors is fixedly mounted in the bottom of lower frame body, described roller rotating shaft comprises active roll tube rotating shaft and driven roller rotating shaft, the clutch end of described prebake drive motors is connected with the active roll tube rotating shaft by chain-wheel mechanism, carries out transmission of power by the sprocket wheel link chain mechanism between active roll tube rotating shaft and the driven roller rotating shaft;
Described pointing device, comprise jointing framework, horizontal pointing device, perpendicular pointing device, jointing dolly, horizontal jointing straight line moving guide rail and jointing dolly straight line moving guide rail, described horizontal pointing device is supported on the jointing framework by horizontal jointing straight line moving guide rail, described jointing dolly is supported on the base by jointing dolly straight line moving guide rail, and described perpendicular pointing device is fixedly mounted on the jointing framework simultaneously.
2. according to the energy-conservation integral intelligent production equipment of the described porcelain tendre warming plate of claim 1, it is characterized in that: described little vibration shop slurry Pulp scraping device, comprise shop slurry framework, the charge funnel, with the suitable reclaiming plate of charge funnel discharging opening, scrape the slurry bar, the material controlling cylinder, place the agitating device in the charge funnel, little vibrating device and stirring drive motors, described charge funnel, the material controlling cylinder, little vibrating device and stirring drive motors are installed in respectively on the slurry framework of shop, and the piston rod of material controlling cylinder is fixedlyed connected with reclaiming plate, the output of little vibrating device is connected with the charge funnel, the clutch end that stirs drive motors then is connected with the driving rotating shaft of agitating device, in addition, the described slurry bar of scraping is fixedly mounted on the charge funnel; The described slurry dolly of scraping, comprise and scrape slurry dolly outside framework, scrape slurry dolly upper frame, warming plate is placed supporting plate, supporting plate jacking cylinder, pneumatic gripping device, the active drive rotating shaft, driven driving rotating shaft, driven wheel, roller and trolley drive motor, described trolley drive motor and supporting plate jacking cylinder are fixedly mounted in to be scraped on the slurry dolly outside framework, the described slurry dolly upper frame of scraping places the top of scraping slurry dolly outside framework, and warming plate is placed supporting plate and is placed and scrape in the slurry dolly upper frame, and the piston rod of supporting plate jacking cylinder passes to be scraped slurry dolly upper frame and fixedlys connected with warming plate placement supporting plate, described pneumatic gripping device is installed in to be scraped on the slurry dolly upper frame, in addition, described active drive rotating shaft and driven driving rotating shaft are being scraped on the slurry dolly outside framework by bearings respectively, and roller is installed at the two ends of active drive rotating shaft and driven driving rotating shaft respectively, driven wheel is also installed at the two ends of active drive rotating shaft respectively simultaneously, and the clutch end of described trolley drive motor is connected with the active drive rotating shaft by dolly sprocket chain strip transmission mechanism; The described slurry trolley travelling track of scraping, comprise respectively with roller and the corresponding configuration of driven wheel roll bar and tooth bar, described bar and the tooth bar of rolling is fixedly mounted in respectively and scrapes on the slurry framework.
3. according to the energy-conservation integral intelligent production equipment of the described porcelain tendre warming plate of claim 2, it is characterized in that: described pneumatic gripping device comprises that material holds out against cylinder, the flexible guiding support device of piston rod and material hold assembly, it is two that described material holds out against cylinder, the opposing setting of piston rod that this two material holds out against cylinder, and the base that each material holds out against cylinder is installed in to be scraped on the slurry dolly upper frame, and each material piston rod of holding out against cylinder all is connected with material clamp assemblies and the flexible guiding support device of piston rod respectively by the cylinder connecting plate simultaneously.
4. according to the energy-conservation integral intelligent production equipment of the described porcelain tendre warming plate of claim 3, it is characterized in that: described material clamp assemblies comprises guide holder, passes connecting axle and material grip block that this guide holder is placed, described connecting axle one end and material hold out against cylinder piston rod and are rigidly connected, and the other end is then fixedlyed connected with the material grip block; The flexible guiding support device of described piston rod comprises the dolly tooth bar that shaft gear on the dolly, two ends are installed axle on the dolly of shaft gear on the dolly respectively and are meshed with shaft gear on the dolly, axle is being scraped on the slurry dolly underframe by bearings on the described dolly, and the dolly tooth bar is then installed regularly and scraped on the slurry dolly upper frame.
5. according to the energy-conservation integral intelligent production equipment of the described porcelain tendre warming plate of claim 1, it is characterized in that: described horizontal pointing device comprises horizontal jointing framework, the active output revolving shaft, driven output revolving shaft, output gear, roller, be fixedly mounted in the drive motors on the horizontal jointing framework and be fixedly mounted on horizontal hooked hand's assembly on the horizontal jointing framework hangingly, described horizontal jointing framework places jointing framework top, described active output revolving shaft and driven output revolving shaft by bearing fixing be supported on the horizontal jointing framework, the clutch end of described drive motors is connected with the active output revolving shaft by the sprocket chain strip transmission mechanism, roller is installed at the two ends of described active output revolving shaft and driven output revolving shaft all respectively, and the two ends of driven output revolving shaft also are separately installed with the output gear of fixedlying connected with roller, described horizontal hooked hand's assembly comprises horizontal hooked hand's rotating shaft and is installed in a plurality of elasticity hooked hand in horizontal hooked hand's rotating shaft, the two ends of described horizontal hooked hand's rotating shaft are connected with horizontal jointing frame fixation by horizontal hooked hand's connecting plate, and bearing are installed to support horizontal hooked hand's rotating shaft on horizontal hooked hand's connecting plate; Described perpendicular pointing device, comprise that first connects side plate, second connects side plate, transverse slat, porcelain tendre warming plate positioner and perpendicular hooked hand's assembly, first connects side plate is connected the placement of side plate opposing parallel with second, and the first connection side plate is connected side plate and is installed in hangingly on the jointing framework with second, while first connection side plate and second is connected side plate and connects by transverse slat, described perpendicular hooked hand's assembly comprises perpendicular hooked hand rotating shaft and is fixedly mounted in a plurality of elasticity hooked hands that erect in hooked hand's rotating shaft, the two ends of described perpendicular hooked hand's rotating shaft are connected side plate respectively and are connected the side plate connection with second with first, the two ends of described perpendicular hooked hand's rotating shaft simultaneously are connected side plate by tight fixed bolt respectively and are connected side plate locking with second with first, described porcelain tendre warming plate positioner comprises roller rotating shaft and roller connecting plate, and the two ends of described roller rotating shaft are connected side plate by the roller connecting plate respectively and are connected the side plate connection with second with first; Described horizontal jointing straight line moving guide rail comprises respectively the tooth bar that should be provided with output gear and pair of rollers and rolls bar, described tooth bar and roll bar and be installed on the jointing framework.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205955266U CN201881455U (en) | 2010-11-05 | 2010-11-05 | Energy-saving integrated intelligent production equipment for soft-porcelain insulation board |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205955266U CN201881455U (en) | 2010-11-05 | 2010-11-05 | Energy-saving integrated intelligent production equipment for soft-porcelain insulation board |
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| Publication Number | Publication Date |
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| CN201881455U true CN201881455U (en) | 2011-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205955266U Expired - Fee Related CN201881455U (en) | 2010-11-05 | 2010-11-05 | Energy-saving integrated intelligent production equipment for soft-porcelain insulation board |
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| CN (1) | CN201881455U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102463619A (en) * | 2010-11-05 | 2012-05-23 | 江苏合美软瓷有限公司 | Energy-saving integrated intelligent soft porcelain insulation board production line |
| CN102514774A (en) * | 2011-12-14 | 2012-06-27 | 芜湖精塑实业有限公司 | Device for treating thermal insulation strips before packaging |
| CN108265730A (en) * | 2018-01-10 | 2018-07-10 | 朱新科 | A kind of geotechnical engineering is special to build machine |
| CN108301424A (en) * | 2018-01-10 | 2018-07-20 | 任帅帅 | A kind of tumour hospital's isolation construction equipment |
| CN108301413A (en) * | 2018-01-10 | 2018-07-20 | 郑磊 | A kind of reservoir builds construction machine |
| CN108560559A (en) * | 2018-01-10 | 2018-09-21 | 邵林美 | One kind preventing the special massif bank protection construction equipment of mud-rock flow |
-
2010
- 2010-11-05 CN CN2010205955266U patent/CN201881455U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102463619A (en) * | 2010-11-05 | 2012-05-23 | 江苏合美软瓷有限公司 | Energy-saving integrated intelligent soft porcelain insulation board production line |
| CN102463619B (en) * | 2010-11-05 | 2013-09-18 | 江苏合美软瓷有限公司 | Energy-saving integrated intelligent soft porcelain insulation board production line |
| CN102514774A (en) * | 2011-12-14 | 2012-06-27 | 芜湖精塑实业有限公司 | Device for treating thermal insulation strips before packaging |
| CN108265730A (en) * | 2018-01-10 | 2018-07-10 | 朱新科 | A kind of geotechnical engineering is special to build machine |
| CN108301424A (en) * | 2018-01-10 | 2018-07-20 | 任帅帅 | A kind of tumour hospital's isolation construction equipment |
| CN108301413A (en) * | 2018-01-10 | 2018-07-20 | 郑磊 | A kind of reservoir builds construction machine |
| CN108560559A (en) * | 2018-01-10 | 2018-09-21 | 邵林美 | One kind preventing the special massif bank protection construction equipment of mud-rock flow |
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Granted publication date: 20110629 Termination date: 20111105 |