CN204899098U - Decorate full -automatic continuous production equipment of heated board - Google Patents
Decorate full -automatic continuous production equipment of heated board Download PDFInfo
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- CN204899098U CN204899098U CN201520590983.9U CN201520590983U CN204899098U CN 204899098 U CN204899098 U CN 204899098U CN 201520590983 U CN201520590983 U CN 201520590983U CN 204899098 U CN204899098 U CN 204899098U
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Abstract
The utility model discloses a decorate full -automatic continuous production equipment of heated board, it includes the frame, silk screen board printing frame is equipped with in the frame, the heated board support bracket that lies in silk screen board printing frame below and expect dynamic mechanism driving business turn over silk screen board printing frame below space by the business turn over is equipped with in the frame, being connected with in the frame and vertically sliding and be located the brush material support frame of silk screen board printing frame top along the frame by brush material dynamic mechanism driving, being connected with the flexible brush strip that goes up and down by the drive of brush material elevating system on the brush material support frame. The utility model is suitable for a jumbo size printed decoration heated board just has screen printing high quality and the high advantage of labor efficiency.
Description
Technical field
The utility model relates to the full-automatic continuous producing apparatus of a kind of decorative heat-preservation plate.
Background technology
Decorative heat-preservation plate is mainly used in being arranged on skin, and it had both played decoration function and has also played insulation effect.Decorative heat-preservation plate is divided into three layers, it comprises the calcium silicates sheet material of bottom, the mortar paper at top and bonding thermal insulating froth bed between these, original mode of production is that monolithic is produced, that is, make monolithic mould, monolithic mould comprises the top platen of bottom bracket and setting corresponding with bottom bracket, openable side plate is equipped with in the both sides of bottom bracket, the shower nozzle spraying thermal insulating foam side plate is equipped with, top platen moves up and down thus the thermal insulating foam of injection and mortar paper is compressed downwards under the driving of power, thus carry out the shaping of above-mentioned decorative heat-preservation plate.Because thermal insulating foam is sprayed in both sides, be difficult to make thermal insulating foam to fill space between full mortar paper and calcium silicates sheet material completely, subregion is easily caused to occur phenomenon or the uneven phenomenon of thermal insulating foam edge of naked insulating foam, and after extruding, needing to be pressed against sizing for a long time just can make decorative heat-preservation plate realize equal thickness and normalization, thus, there is poor product quality and the low shortcoming of efficiency in above-mentioned former and technique.
Summary of the invention
The technical problems to be solved in the utility model is for above-mentioned defect, provides the decorative heat-preservation plate that a kind of forming quality of products is good and efficiency is high full-automatic continuous producing apparatus.
In order to solve the problems of the technologies described above, the full-automatic continuous producing apparatus of the decorative heat-preservation plate provided comprises frame, comprise frame, the front portion of frame is provided with can carry many of the sheet material conveying rollers be arranged in parallel, its design feature is: sheet material heater is equipped with in the front portion of described frame, frame is equipped with and is positioned at sheet material heater rear and drives the spray stand along frame horizontal sliding by jet power plant, foam jet machine spray stand is equipped with, the playpipe extended along stands longitudinal is equipped with in the front end of foam jet machine, the bottom surface of playpipe is provided with the multiple spray-holes longitudinally arranged, the top mortar paper unwinding shaft being positioned at spray stand rear described frame is equipped with, guiding top mortar paper frame is equipped with and the deposited pressure roller covered on thermal insulating foam after the injection, the mortar paper heater being positioned at deposited pressure roller back upper place described frame is also equipped with, the full-automatic continuous producing apparatus of described decorative heat-preservation plate also comprises and is positioned at deposited pressure roller rear and the plate cutting device that cuts of the folder set gradually after certainly going to fortune sheet material the sizing clamping and conveying device of being shaped and being carried out by sheet material.
After adopting said structure, the calcium silicates sheet material of monolithic is manually transported to conveying roller, under the conveying effect of conveying roller, monolithic calcium silicate board material mutually leans and runs forward, by the upper surface injection thermal insulating foam of foam jet machine to calcium silicates sheet material, traction again by applying pressure roller is applied pressure effect and is covered on thermal insulating foam after the injection by top mortar paper, by sizing clamping and conveying device, the sheet material after shaping is carried out folder transport and shaped, finally by plate cutting device, continuous print plate cutting is become the decorative heat-preservation plate of monolithic, this continuous producing apparatus automaticity is high, and substantially increase efficiency and improve product quality.
Sizing clamping and conveying device comprises correspondence and is connected to upper box body in frame and lower part box, in upper box body and lower part box, correspondence is equipped with longitudinally arrangement and at least two conveying axis of front and back correspondence, wherein a conveying axis of upper and lower is respectively by power delivery unit power drive, transportation sprocket is equipped with respectively in the two ends of conveying axis, the transportation sprocket that front and back are corresponding is equipped with carrier chain, between two carrier chains on top and two carrier chains of bottom, corresponding being equipped with longitudinally is gathered and for the multi-disc top delivery pressure plate that pinches sizing decorative heat-preservation plate and multi-disc bottom delivery pressure plate, gap between top delivery pressure plate and bottom delivery pressure plate is the conveying sizing passage of decorative heat-preservation plate, top delivery pressure plate is or/and vertically disposed alignment plate is equipped with in the end of bottom delivery pressure plate, frame is connected with the heater blower unit being blown into hot blast in upper box body and lower part box.
Heater blower unit comprises the warm air duct be connected on upper box body, the rear end of warm air duct is connected with heater and circulating fan in turn, upper box body is connected with the discharge pipe of circulating fan respectively by intake stack with the rear portion of lower part box, and upper box body is connected with the front end of warm air duct by wind pipe with the front portion of lower part box.
Heater comprises electrical heating case, the front end of electrical heating case is connected with warm air duct, rear end is connected with the blast pipe of circulating fan, electrical heating case is built with many electrical heating wires of laterally roundabout setting or vertical roundabout setting, fuel Heating case is equipped with in the side of described upper box body, be provided with in fuel Heating case to be connected with ventilator and can with fuel oil interchange of heat add warm-air pipe, the overhanging end adding warm-air pipe is connected with electrical heating case.
Upper box body is vertically slidably connected at frame upper and lower part casing and is fixed in frame, vertical setting and the alignment plate protruded upward is equipped with in the end of described bottom delivery pressure plate, longitudinally arrangement lower part box is equipped with and spaced at least two driving seats, lower part box is rotatably connected to the driving shaft driving seat through each, upper box body is equipped with and leans seat, lean driving worm screw seat is rotatably connected to through driving shaft, described driving shaft is equipped with and the worm gear driving worm engaging.
Described sheet material heater comprises and to be connected in frame and according to anterior radiation heating lamp above conveying roller, and described mortar paper heater comprises and to be connected in frame and according to the rear portion radiation heating lamp above deposited pressure roller side.
Plate cutting device comprises cutting frame, cutting frame is equipped with and is driven along stands longitudinal slippage by walking servo power device and sliding velocity forward and the sheet material cutting walker that the speed of service is identical forward, cutting walker is equipped with spaced cutting carrying roller, cutting walker is connected with and is driven along frame horizontal sliding by horizontal servo power device and to be positioned at the cutting rack above cutting carrying roller, the cast-cutting saw slice driven by cutting motor cutting rack is equipped with, the cutting proximity switch detecting sheet material transfer position described frame is equipped with, described walking servo power device, horizontal servo power device, cutting motor and proximity switch are all controlled by PLC.
Cutting walker is equipped with and lays respectively at both sides before and after cutting rack and can along the pressing plate of the upper and lower slippage of walker, described pressing plate drives by being connected to the actuating cylinder controlled on walker and by PLC.
Frame is connected with the edging carriage between sizing clamping and conveying device and plate cutting device, edging carriage is connected with the rear portion compacting-shaping roller be oppositely arranged up and down, the rear portion compacting-shaping roller of below is rotatably connected on edging carriage, the rear portion compacting-shaping roller of top to be vertically slidably connected on edging carriage by roller frames and by the compacting-shaping cylinder power drive be connected on edging carriage, the edging location-plate being positioned at compacting-shaping roller rear, rear portion and longitudinal extension described edging carriage is equipped with, edging carriage is rotatably connected to and is driven and the edging axle of horizontally set by edging drive motors, edging axle is equipped with the edging be oppositely arranged with edging location-plate to take turns, edging wheel is thinning gradually from inside to outside, the rear portion of described edging carriage is also rotatably connected to and is oppositely arranged and two that freely rotate alignment wheels.
Bound edge mortar paper unwinding shaft is also equipped with in the front portion of frame, the both sides of described frame are equipped with and are positioned at spray stand front and the side block side plate that bound edge mortar paper outside portion can be erected, the edge-pressing board being positioned at spray stand rear is equipped with in the both sides of frame, and the front portion of edge-pressing board has the locating back that the mortar paper top erected can be flattened.
In sum, the utility model can realize the continuous seepage of decorative heat-preservation plate, has the advantage that forming quality of products is good and efficiency is high.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in further detail:
Fig. 1 is the structural representation of decorative heat-preservation plate in prior art;
Fig. 2 is the schematic diagram of the process equipment of decorative heat-preservation plate in prior art;
Fig. 3 is the structural representation of the decorative heat-preservation plate that the utility model is produced;
Fig. 4 is the structural representation of a kind of embodiment of the utility model;
Fig. 5 is the structural representation that Fig. 4 embodiment middle front part amplifies;
Fig. 6 be in Fig. 5 A to structural representation;
Fig. 7 is the structural representation of clamping and conveying device of shaping in Fig. 4 embodiment;
Fig. 8 is the structural representation analysed and observe along B-B line in Fig. 7;
Fig. 9 is the structural representation analysed and observe along C-C line in Fig. 8;
Figure 10 is the structural representation of plate cutting device in Fig. 4 embodiment;
Figure 11 is the structural representation that Figure 10 overlooks state;
Figure 12 is the structural representation analysed and observe along D-D line in Fig. 4.
Detailed description of the invention
As depicted in figs. 1 and 2, in prior art, by the decorative heat-preservation plate in the square dies construction drawing 1 in Fig. 2, this decorative heat-preservation plate comprises the calcium silicates sheet material 110 of bottom, the mortar paper 111 at top and middle foam 112, Fig. 2 just illustrates the easy structure of square dies, it comprises the supporting plate 100 of bottom, the surrounding of supporting plate 100 is connected with the sidepiece clamping plate 101 stretched, one of them sidepiece clamping plate 101 is articulated structure, namely handling sheet material can be opened, be positioned at directly over supporting plate 100 by top platen 102 that hydraulic oil cylinder driving moves up and down, thermal insulating foam lance 103 is equipped with wherein two relative sidepiece clamping plate 101, when making decorative heat-preservation plate, by the sidepiece clamping plate 101 opened, the calcium silicates sheet material of bottom is placed on supporting plate 100, the mortar paper at top is attached in top platen 102, suitable height is dropped to by hydraulic oil cylinder driving top platen 102, thermal insulating foam is sprayed between calcium silicates sheet material and mortar paper again by thermal insulating foam lance 103, after requiring that injection completes according to setting, suitable height is dropped to again by hydraulic oil cylinder driving top platen 102, the decorative heat-preservation plate shown in Fig. 1 can be obtained after long sizing, shaping time can certainly can be reduced by the mode of top platen 102 and supporting plate being carried out to distinguished and admirable heating, but the monolithic of this decorative heat-preservation plate makes needs the time long, efficiency is low, and be thisly pressed against the phenomenon that the shaping meeting of Mold Making exists the uneven or minor insulation insulating foam disappearance of the thermal insulating foam at edge, thus there is the shortcoming of the shaping difference of product quality in it.
The sectional view of the decorative heat-preservation plate that Fig. 3 makes a living postpartum, the thermal insulating foam of the calcium silicates sheet material bottom this decorative heat-preservation plate has, the bound edge mortar paper of both sides, the top mortar paper at top and central filler, the both sides of the decorative heat-preservation plate made are very neatly arranged, that is can not there is very much the uneven phenomenon of side, be conducive to the heat insulating effect after decorative heat-preservation plate installation and extend its application life.As Fig. 4, shown in Fig. 5 and Fig. 6, the utility model gives the embodiment of the full-automatic continuous producing apparatus of a kind of decorative heat-preservation plate, for convenience of describing, be the longitudinal direction of this machine with the left and right directions in Fig. 4, the full-automatic continuous producing apparatus of this decorative heat-preservation plate comprises frame 1, the front portion of frame 1 is provided with can carry many of the sheet material conveying rollers be arranged in parallel 2, for the ease of conveying calcium silicates sheet material, wherein a conveying roller 2 can by engine power drive, the calcium silicates sheet material pushing front at the calcium silicates sheet material at rear portion advances, thus realize uninterrupted feed, sheet material heater is equipped with in the front portion of frame 1, this sheet material heater comprises and to be connected in frame 1 and according to anterior radiation heating lamp 25 above conveying roller 2, anterior radiation heating lamp 25 can be the upper surface heating of calcium silicate board material, thus strengthen the bonding of its upper surface and thermal insulating foam, frame 1 is equipped with and is positioned at sheet material heater rear and drives the spray stand 3 along frame horizontal sliding by jet power plant, spray stand 3 is slidably connected in frame 1 by guide rail slide block, jet power plant comprises the injection power motor 56 be connected in frame, the power output shaft of injection power motor 56 is equipped with driving wheel, the driven pulley corresponding with driving wheel frame be equipped with, the Timing Belt of horizontally set is housed between driving wheel and driven pulley, spray stand 3 is connected with synchronous belt power, that is spray stand 3 under the induced effect of Timing Belt along frame horizontal sliding, foam jet machine 4 spray stand 3 is equipped with, the concrete structure of foam jet machine 4 is prior art, its operating principle produces foam after inwardly passing into two or more chemical substances and sprays through spray gun, the playpipe 5 along frame 1 longitudinal extension is equipped with in the front end of foam jet machine 4, the bottom surface of playpipe 5 is provided with the multiple spray-holes longitudinally arranged, arranged by the slippage of spray stand 3 and the longitudinal direction of playpipe 5, thermal insulating foam can be made in a row evenly to be sprinkling upon on the upper surface of calcium silicates sheet material of operation, the top mortar paper unwinding shaft 6 being positioned at spray stand 3 rear frame 1 is equipped with, top mortar paper unwinding shaft 6 can be equipped with top mortar paper roll 60, guiding top mortar paper frame 1 is equipped with and the deposited pressure roller 7 covered on thermal insulating foam after the injection, top mortar paper roll 60 covers on thermal insulating foam after the injection through the draw of guiding roller 61 and deposited pressure roller 7, dotted line in Fig. 5 is the top mortar paper after uncoiling, can the end of top mortar paper be bonded on the calcium silicates sheet material of forefront by adhesives such as adhesive tapes when initial importing, when calcium silicates sheet material is successively carried, the continuous uncoiling of top mortar paper roll 60 launches, realize continuous seepage, the mortar paper heater being positioned at deposited pressure roller 7 back upper place frame 1 is also equipped with, mortar paper heater comprises and to be connected in frame 1 and according to rear portion radiation heating lamp 26 above deposited pressure roller 7 side, rear portion radiation heating lamp 26 can be the soffit heating of top mortar paper, thus improve the soffit of top mortar paper and the bonding of thermal insulating foam, bound edge mortar paper unwinding shaft 43 is also equipped with in the front portion of frame 1, two the bound edge mortar paper rolls 70 being positioned at the left and right sides bound edge mortar paper unwinding shaft 43 can be equipped with, the both sides of frame 1 are equipped with and are positioned at spray stand 3 front and the side block side plate 44 that bound edge mortar paper outside portion can be erected, the edge-pressing board 45 being positioned at spray stand 3 rear is equipped with in the both sides of frame 1, the front portion of edge-pressing board 45 has the locating back 451 that the mortar paper top erected can be flattened, bound edge mortar paper roll 70 is manually launched during initial position, the end of bound edge mortar paper is made to be bonded in the upper surface outermost of forefront calcium silicates sheet material by adhesives such as adhesive tapes, dotted line in Fig. 6 is the expansion signal of this bound edge mortar paper, this bound edge mortar paper is when above-mentioned side block side plate 44, under the barrier effect of side block side plate 44, its edge erects gradually in erectility, after playpipe 5 has sprayed thermal insulating foam, by locating back 451, its top is inwardly pressed against through the front portion of edge-pressing board 45 bending realizing bound edge mortar paper again, namely thermal insulating foam is encased, the full-automatic continuous producing apparatus of this decorative heat-preservation plate also comprises and is positioned at deposited pressure roller rear and the plate cutting device that cuts of the folder set gradually after certainly going to fortune sheet material the sizing clamping and conveying device of being shaped and being carried out by sheet material.
As shown in Figure 4, this decorative heat-preservation plate full-automatic continuous producing apparatus overall operation situation is as follows: the artificial calcium silicates sheet material transporting monolithic to conveying roller 2, under the conveying effect of conveying roller 2, monolithic calcium silicate board material mutually leans and runs forward, the bound edge mortar paper of expansion is placed in calcium silicates sheet material both sides, by the upper surface injection thermal insulating foam of foam jet machine 4 to calcium silicates sheet material, the side of thermal insulating foam is encased after the bending of bound edge mortar paper, traction again by applying pressure roller 7 is applied pressure effect and is covered on thermal insulating foam after the injection by top mortar paper, by sizing clamping and conveying device, the sheet material after shaping is carried out folder transport and shaped, finally by plate cutting device, continuous print plate cutting is become the decorative heat-preservation plate of monolithic, this continuous producing apparatus automaticity is high, and substantially increase efficiency and improve product quality.
As Fig. 7, shown in Fig. 8 and Fig. 9, above-mentioned sizing clamping and conveying device comprises correspondence and is connected to upper box body 8 in frame 1 and lower part box 9, in upper box body 8 and lower part box 9, correspondence is equipped with longitudinally arrangement and at least two conveying axis of front and back correspondence, wherein a conveying axis of upper and lower is respectively by power delivery unit power drive, transportation sprocket is equipped with respectively in the two ends of conveying axis, the transportation sprocket that front and back are corresponding is equipped with carrier chain, between two carrier chains on top and two carrier chains of bottom, corresponding being equipped with longitudinally is gathered and for the multi-disc top delivery pressure plate 10 that pinches sizing decorative heat-preservation plate and multi-disc bottom delivery pressure plate 11, slightly gap between adjacent top delivery pressure plate 10 and adjacent bottom delivery pressure plate 11, for preventing carrier chain sagging impact folder fortune fixed effect, in upper box body 8 and lower part box 9, detent bracket guide rail 50 is set respectively, carrier chain is provided with the roller that can roll along detent bracket guide rail 50, due to the wider width of top delivery pressure plate 10 and bottom delivery pressure plate 11, that is the distance between two in same casing parallel carrier chains is wider, in long-term folder fortune process, prevent above-mentioned pressing plate to be out of shape, the interfix carriage rail 51 of intermediate chain wheel and the setting of corresponding intermediate chain wheel can be set at the middle part of above-mentioned casing, middle carrier chain on intermediate chain wheel also can arrange the roller rolled along interfix carriage rail, thus ensure folder fortune fixed effect, gap between top delivery pressure plate 10 and bottom delivery pressure plate 11 is the conveying sizing passage of decorative heat-preservation plate, top delivery pressure plate 10 is or/and vertically disposed alignment plate 12 is equipped with in the end of bottom delivery pressure plate 11, in the present embodiment, only have the end of bottom delivery pressure plate 11 that vertical setting and the alignment plate 12 protruded upward is housed, only the alignment plate 12 arranged can certainly be set at top delivery pressure plate 10 down separately, more the end correspondence of top delivery pressure plate 10 and bottom delivery pressure plate 11 alignment plate 12 that subtend stretches out can be housed, the setting of alignment plate effectively can prevent the sideslip pressing from both sides sheet material in fortune process, frame 1 is connected with the heater blower unit being blown into hot blast in upper box body 8 and lower part box 9, heater blower unit comprises the warm air duct 13 be connected on upper box body 8, the rear end of warm air duct 13 is connected with heater and circulating fan 14 in turn, upper box body 8 is connected respectively by the discharge pipe of intake stack 15 with circulating fan 14 with the rear portion of lower part box 9, upper box body 8 is connected by the front end of wind pipe 16 with warm air duct 13 with the front portion of lower part box 9, hot blast can be made to form circulated air by above-mentioned setting, thus utilize heat energy to greatest extent, above-mentioned heater comprises electrical heating case 17, the front end of electrical heating case 17 is connected with warm air duct, rear end is connected with the blast pipe of circulating fan 14, electrical heating case 17 is built with the many electrical heating wires 18 of laterally roundabout setting or vertical roundabout setting, fuel Heating case 19 is equipped with in the side of upper box body 8, be provided with in fuel Heating case 19 to be connected with ventilator and can with fuel oil interchange of heat add warm-air pipe 20, the overhanging end adding warm-air pipe 20 is connected with electrical heating case 17, by fuel oil be add warm-air pipe 20 heat structure be prior art, not shown in the drawings, such as pass in the fuel oil of heating by adding warm-air pipe or utilize heated fuel oil and by the outer wall of fuel oil room to modes such as distinguished and admirable heating, do not enumerate at this, during original state, be cold wind temperature raising fast by fuel oil, this fuel Heating case 19 is closed after temperature raising, by electrical heating wire 18 again for circulated air heats, make use of heat energy to greatest extent and saved the energy.When producing the decorative heat-preservation plate of different-thickness, upper box body 8 is vertically slidably connected in frame 1, lower part box 9 is fixed in frame, longitudinally arrangement described lower part box 9 is equipped with and spaced at least two driving seats 21, lower part box 9 is rotatably connected to the driving shaft 22 driving seat 21 through each, upper box body 8 is equipped with and leans seat 23, lean the driving worm screw 24 seat 23 is rotatably connected to through driving shaft 22, described driving shaft 22 is equipped with and the worm gear driving worm screw 24 to engage, by the distance between the adjustment upper box body 8 of this structure Absorbable organic halogens and lower part box 9, that is above-mentioned conveying sizing passage is adjusted, reach best conveying fixed effect and the decorative heat-preservation plate producing different-thickness can be adjusted.
As shown in Figure 10 and Figure 11, plate cutting device comprises cutting frame 27, cutting frame 27 is equipped with and is driven along stands longitudinal slippage by walking servo power device and sliding velocity forward and the sheet material cutting walker 29 that the speed of service is identical forward, cutting walker 29 is equipped with spaced cutting carrying roller 28, cutting walker 29 is connected with and is driven along frame horizontal sliding by horizontal servo power device and to be positioned at the cutting rack 30 above cutting carrying roller 28, the cast-cutting saw slice 31 driven by cutting motor cutting rack 30 is equipped with, the cutting proximity switch 32 detecting sheet material transfer position described frame 27 is equipped with, walking servo power device, horizontal servo power device, cutting motor and proximity switch are all controlled by PLC.Cutting walker 29 is equipped with and lays respectively at both sides before and after cutting rack 30 and can along the pressing plate 33 of the upper and lower slippage of walker, pressing plate 33 drives by being connected to the actuating cylinder 34 controlled on walker and by PLC, pressing plate 33 slide downward under the power drive of actuating cylinder 34 makes it coordinate pushed down by decorative heat-preservation plate with cutting carrying roller, the speed of service of decorative heat-preservation plate is consistent with the speed of cutting walker, thus there will not be cutting deviation.Above-mentioned walking servo power device comprises and being rotatably connected on cutting frame 27 and two of parallel longitudinal arrangement propel driving shafts 49, wherein a propel driving shaft is by walking servomotor 46 power drive be connected on cutting frame 27, two propel driving shafts 49 are connected with rotating band by driving wheel, and cutting walker 29 to be slidably connected on cutting frame 27 by roller and slideway and to be connected with above-mentioned rotating band power.Above-mentioned horizontal servo power device comprises and being rotatably connected on cutting frame 27 and the cutting driving shaft 47 of horizontal parallel arrangement, wherein a cutting driving shaft is by cutting servomotor 48 power drive be connected on cutting frame 27, two cutting driving shafts 47 are connected with cutting rotating band by driving wheel, and cutting rack 30 is slidably connected at by guide pillar and sliding sleeve and cuts on walker 29 and be connected with above-mentioned cutting rotating band power.
As shown in Figure 10 and Figure 11, when decorative heat-preservation plate is carried with certain speed forward, after proximity switch detects decorative heat-preservation plate, control cutting rack by PLC to run forward by identical speed, because cast-cutting saw slice is positioned at above decorative heat-preservation plate, thus its cutting can only cut to the thermal insulating froth bed of decorative heat-preservation plate, by the slippage of cutting rack, cast-cutting saw slice is cut, thus form the decorative heat-preservation plate of monolithic, this plate cutting device cuts along the upper strata of decorative heat-preservation plate, can available protecting be positioned at bottom calcium silicates sheet material, also can avoid occurring cutting to because of cast-cutting saw slice the phenomenon that calcium silicates sheet material causes cast-cutting saw slice serious wear, effectively extend the application life of cast-cutting saw slice.
As shown in figs. 1 and 12, frame is connected with the edging carriage 36 between sizing clamping and conveying device and plate cutting device, edging carriage 36 is connected with the rear portion compacting-shaping roller 35 be oppositely arranged up and down, the rear portion compacting-shaping roller 35 of below is rotatably connected on edging carriage 36, the rear portion compacting-shaping roller 35 of top to be vertically slidably connected on edging carriage 36 by roller frames and by compacting-shaping cylinder 37 power drive be connected on edging carriage 36, the edging location-plate 38 being positioned at compacting-shaping roller 35 rear, rear portion and longitudinal extension edging carriage 36 is equipped with, edging carriage 36 is rotatably connected to and is driven and the edging axle 40 of horizontally set by edging drive motors 39, edging axle 40 is equipped with the edging be oppositely arranged with edging location-plate 38 and takes turns 41, edging wheel 41 is thinning gradually from inside to outside, that is, one side is located by the decorative heat-preservation plate after shaping after neat plate location-plate 38, another side through edging wheel 41 deburring effect by it bottom and sidepiece trimmed, edging carriage 36 is also equipped with suspended hood 55, the bottom of suspended hood 55 is provided with hairbrush, the foam on its surface can clean and siphon away by the setting of suspended hood and hairbrush, the rear portion of edging carriage 36 is also rotatably connected to and is oppositely arranged and two that freely rotate alignment wheels 42, take turns the correct alignment of 42 by this alignment thus make decorative heat-preservation plate, follow-up plate cutting is avoided to occur the phenomenon that line of cut wanders off.
Certainly, the utility model is not restricted to the described embodiments, and the art personnel, replaces all in protection domain of the present utility model based on the equivalent variations of concrete structure on the utility model and parts.
Claims (10)
1. the full-automatic continuous producing apparatus of decorative heat-preservation plate, comprise frame (1), the front portion of frame (1) is provided with can carry many of the sheet material conveying rollers be arranged in parallel (2), it is characterized in that: sheet material heater is equipped with in the front portion of described frame (1), frame (1) is equipped with and is positioned at sheet material heater rear and drives the spray stand (3) along frame horizontal sliding by jet power plant, foam jet machine (4) spray stand (3) is equipped with, the playpipe (5) extended along stands longitudinal is equipped with in the front end of foam jet machine (4), the bottom surface of playpipe (5) is provided with the multiple spray-holes longitudinally arranged, top mortar paper unwinding shaft (6) being positioned at spray stand (3) rear described frame (1) is equipped with, guiding top mortar paper frame (1) is equipped with and the deposited pressure roller (7) covered on thermal insulating foam after the injection, the mortar paper heater being positioned at deposited pressure roller (7) back upper place described frame (1) is also equipped with, the full-automatic continuous producing apparatus of described decorative heat-preservation plate also comprises and is positioned at deposited pressure roller rear and the plate cutting device that cuts of the folder set gradually after certainly going to fortune sheet material the sizing clamping and conveying device of being shaped and being carried out by sheet material.
2. the full-automatic continuous producing apparatus of decorative heat-preservation plate according to claim 1, it is characterized in that: described sizing clamping and conveying device comprises correspondence and is connected to upper box body (8) in frame (1) and lower part box (9), upper box body (8) and lower part box (9) interior correspondence are equipped with longitudinally arrangement and at least two conveying axis of front and back correspondence, wherein a conveying axis of upper and lower is respectively by power delivery unit power drive, transportation sprocket is equipped with respectively in the two ends of conveying axis, the transportation sprocket that front and back are corresponding is equipped with carrier chain, between two carrier chains on top and two carrier chains of bottom, corresponding being equipped with longitudinally is gathered and for multi-disc top delivery pressure plate (10) that pinches sizing decorative heat-preservation plate and multi-disc bottom delivery pressure plate (11), gap between top delivery pressure plate (10) and bottom delivery pressure plate (11) is the conveying sizing passage of decorative heat-preservation plate, top delivery pressure plate (10) is or/and vertically disposed alignment plate (12) is equipped with in the end of bottom delivery pressure plate (11), frame (1) is connected with the heater blower unit being blown into hot blast in upper box body (8) and lower part box (9).
3. the full-automatic continuous producing apparatus of decorative heat-preservation plate according to claim 2, it is characterized in that: described heater blower unit comprises the warm air duct (13) be connected on upper box body (8), the rear end of warm air duct (13) is connected with heater and circulating fan (14) in turn, upper box body (8) is connected respectively by the discharge pipe of intake stack (15) with circulating fan (14) with the rear portion of lower part box (9), and upper box body (8) is connected by the front end of wind pipe (16) with warm air duct (13) with the front portion of lower part box (9).
4. the full-automatic continuous producing apparatus of decorative heat-preservation plate according to claim 3, it is characterized in that: described heater comprises electrical heating case (17), the front end of electrical heating case (17) is connected with warm air duct, rear end is connected with the blast pipe of circulating fan (14), electrical heating case (17) is built with the many electrical heating wires (18) of laterally roundabout setting or vertical roundabout setting, fuel Heating case (19) is equipped with in the side of described upper box body (8), be provided with in fuel Heating case (19) to be connected with ventilator and can with fuel oil interchange of heat add warm-air pipe (20), the overhanging end adding warm-air pipe (20) is connected with electrical heating case (17).
5. the full-automatic continuous producing apparatus of decorative heat-preservation plate according to claim 2, it is characterized in that: described upper box body (8) is vertically slidably connected in frame (1), lower part box (9) is fixed in frame, vertical setting and the alignment plate protruded upward (12) is equipped with in the end of described bottom delivery pressure plate (11), longitudinally arrangement lower part box (9) is equipped with and spaced at least two drivings seat (21), lower part box (9) is rotatably connected to the driving shaft (22) driving seat (21) through each, upper box body (8) is equipped with and leans seat (23), lean the driving worm screw (24) seat (23) is rotatably connected to through driving shaft (22), described driving shaft (22) is equipped with and the worm gear driving worm screw (24) to engage.
6. the full-automatic continuous producing apparatus of the decorative heat-preservation plate according to any one of claim 1-5, it is characterized in that: described sheet material heater comprises that to be connected to frame (1) upper and according to the anterior radiation heating lamp (25) to conveying roller (2) top, described mortar paper heater comprises that to be connected to frame (1) upper and according to rear portion radiation heating lamp (26) above deposited pressure roller (7) side.
7. the full-automatic continuous producing apparatus of the decorative heat-preservation plate according to any one of claim 1-5, it is characterized in that: described plate cutting device comprises cutting frame (27), cutting frame (27) is equipped with and is driven along stands longitudinal slippage by walking servo power device and sliding velocity forward and the sheet material cutting walker (29) that the speed of service is identical forward, spaced cutting carrying roller (28) is equipped with in cutting walker (29), cutting walker (29) is connected with and is driven along frame horizontal sliding by horizontal servo power device and to be positioned at the cutting rack (30) of cutting carrying roller (28) top, the cast-cutting saw slice (31) driven by cutting motor cutting rack (30) is equipped with, the cutting proximity switch (32) detecting sheet material transfer position described frame (27) is equipped with, described walking servo power device, horizontal servo power device, cutting motor and proximity switch are all controlled by PLC.
8. the full-automatic continuous producing apparatus of decorative heat-preservation plate according to claim 7, it is characterized in that: described cutting walker (29) is equipped with and lays respectively at both sides before and after cutting rack (30) and can along the pressing plate of the upper and lower slippage of walker (33), described pressing plate (33) drives by being connected to the actuating cylinder (34) controlled on walker and by PLC.
9. the full-automatic continuous producing apparatus of decorative heat-preservation plate according to claim 7, it is characterized in that: described frame is connected with the edging carriage (36) between sizing clamping and conveying device and plate cutting device, edging carriage (36) is connected with rear portion compacting-shaping roller (35) be oppositely arranged up and down, rear portion compacting-shaping roller (35) of below is rotatably connected on edging carriage (36), it is upper and by compacting-shaping cylinder (37) power drive be connected on edging carriage (36) that rear portion compacting-shaping roller (35) of top is vertically slidably connected at edging carriage (36) by roller frames, the edging location-plate (38) being positioned at compacting-shaping roller (35) rear, rear portion and longitudinal extension described edging carriage (36) is equipped with, edging carriage (36) is rotatably connected to and is driven and the edging axle (40) of horizontally set by edging drive motors (39), edging axle (40) is equipped with the edging be oppositely arranged with edging location-plate (38) to take turns (41), edging wheel (41) is thinning gradually from inside to outside, the rear portion of described edging carriage (36) is also rotatably connected to and is oppositely arranged and two that freely rotate alignment wheel (42).
10. the full-automatic continuous producing apparatus of the decorative heat-preservation plate according to any one of claim 1-5, it is characterized in that: bound edge mortar paper unwinding shaft (43) is also equipped with in the front portion of described frame (1), the both sides of described frame (1) are equipped with and are positioned at spray stand (3) front and the side block side plate (44) that bound edge mortar paper outside portion can be erected, the edge-pressing board (45) being positioned at spray stand (3) rear is equipped with in the both sides of frame (1), and the front portion of edge-pressing board (45) has the locating back (451) that the mortar paper top erected can be flattened.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520590983.9U CN204899098U (en) | 2015-08-08 | 2015-08-08 | Decorate full -automatic continuous production equipment of heated board |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520590983.9U CN204899098U (en) | 2015-08-08 | 2015-08-08 | Decorate full -automatic continuous production equipment of heated board |
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| Publication Number | Publication Date |
|---|---|
| CN204899098U true CN204899098U (en) | 2015-12-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520590983.9U Active CN204899098U (en) | 2015-08-08 | 2015-08-08 | Decorate full -automatic continuous production equipment of heated board |
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| CN (1) | CN204899098U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105178537A (en) * | 2015-08-08 | 2015-12-23 | 山东信泰节能科技工程有限公司 | Fully-automatic and continuous production equipment for decorative insulation board |
| CN108099354A (en) * | 2018-01-31 | 2018-06-01 | 浙江卡莎罗新型装饰材料有限公司 | A kind of production device of environmental-friendly decorating material board |
| CN111251584A (en) * | 2020-03-11 | 2020-06-09 | 安徽信盟装备股份有限公司 | Hot-blast heating element of upper and lower bilayer structure's automotive interior thermoforming |
-
2015
- 2015-08-08 CN CN201520590983.9U patent/CN204899098U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105178537A (en) * | 2015-08-08 | 2015-12-23 | 山东信泰节能科技工程有限公司 | Fully-automatic and continuous production equipment for decorative insulation board |
| CN105178537B (en) * | 2015-08-08 | 2017-09-05 | 山东信泰节能科技工程有限公司 | The full-automatic continuous producing apparatus of decorative heat-preservation plate |
| CN108099354A (en) * | 2018-01-31 | 2018-06-01 | 浙江卡莎罗新型装饰材料有限公司 | A kind of production device of environmental-friendly decorating material board |
| CN111251584A (en) * | 2020-03-11 | 2020-06-09 | 安徽信盟装备股份有限公司 | Hot-blast heating element of upper and lower bilayer structure's automotive interior thermoforming |
| CN111251584B (en) * | 2020-03-11 | 2022-02-15 | 安徽信盟装备股份有限公司 | Hot-blast heating element of upper and lower bilayer structure's automotive interior thermoforming |
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