CN205255245U - Building wallboard automatic production line - Google Patents
Building wallboard automatic production line Download PDFInfo
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- CN205255245U CN205255245U CN201521077886.6U CN201521077886U CN205255245U CN 205255245 U CN205255245 U CN 205255245U CN 201521077886 U CN201521077886 U CN 201521077886U CN 205255245 U CN205255245 U CN 205255245U
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Abstract
The utility model particularly relates to a building wallboard automatic production line, including conveyor, the industry control system, the first device of arranging net, main raw material supply system, second arrange net device, surface fabric agitating unit, surface fabric nip drum device, curing means are arranged along direction of delivery in proper order in conveyor top. Each station of this production line sets up rationally, and area is little, and main agitating unit and vice agitating unit can be with raw materials and water intensive mixings, thick liquids that formation is not agglomerated, viscosity is even. Set up die block vibrating device and side forms vibrating device, in the in -process vibration that thick liquids were pour, ensure the tight reality of wallboard. The automatic circulation of mould can be realized to whole production line, and the pouring that consequently can circulate does not need artifical too much intervention, and level of mechanization is high, and artifical intensity of labour significantly reduces.
Description
Technical field
The utility model relates to construction material production equipment field, is specifically related to a kind of building wall board automatic assembly line.
Background technology
The wallboard manufacture mode that present stage generally adopts is mainly divided into two kinds: formwork erection formula and flat-die type powdered. Formwork erection formula is that raw material is poured into formwork erection, produces sheet material by the electrical heating maintenance of mould inside and the mode of the cooling sheet material of die sinking, mainly produces lining. Flat-die type powdered is that raw material is poured in the mould of mould vehicle, then sends along track the mode that fog room carries out maintenance to and produce sheet material, mainly produces Side fascia, floor and top board.
Light composite wallboard is the class board that current countries in the world are greatly developed. Light composite wallboard is to research and develop the partition wall light lath of production for modern high-rise building, ecological residence, frame structure and low-rise building. Light composite wallboard is as novel wall material, of many uses; As interior wall, exterior wall, roof boarding, floor, enclosure wall etc., can accelerate the speed of building a house, reduce labor intensity, shorten construction period, effectively improve the usable floor area of building, integrated cost reduces. Light composite wallboard is that wall is stopped material reform orientation. Utilize at present wall panel forming machine produce transverse mode light composite wallboard at home traditional production process be all by artificial one one operate or adopt easy conveying equipment in conjunction with manually operating. This mode is easy remainder batch mixing after concrete mixture casting is completed, and causes waste, and like this by Manual mold moulding, trivial operations, labour intensity is high, production efficiency is low, and product quality often can not get ensureing, is difficult to formation scale.
Building wall board automatic assembly line related in prior art CN201110200521.8 comprises former, cutting equipment and conveying equipment, tipping arrangement, this tipping arrangement is delivered to building wall board upset on the track transport vehicle of spread configuration, by track transport vehicle orbiting and carry out maintenance sizing; Moving horizontally frame finally by the building wall board of maintenance sizing by a upset passes on and rolls off the production line. A large amount of transshipment braces are exempted in this invention, method is simple, its whole-course automation that can realize building wall board is without supporting plate switching, conveying, maintenance and the packing of rolling off the production line, in raising labour efficiency, effectively eliminate because of wallboard deadweight and carried the deformation causing, and greatly having improved the production efficiency of building wall board; But this invention is not effectively optimized former, cause production line floor space large, when wall board forming is built, without ancillary method, raw material stirs inhomogeneous, and the pouring quality of wallboard is not high, causes wallboard quality unstable, and technical performance index is on the low side.
A kind of light weight wall board production technology and the complete set of equipments thereof that in prior art CN200510021395.4, relate to; comprising that spiral shakes draws extruder; this complete set of equipments also comprises: A, upper trigger; B, chain-linked conveyer; C, synchronization cutting mechanism, D, wheel conveyer, E, lower wooden handcart; the utility model has overcome the current spiral extruder that vibrates to be produced and in wallboard process, needs mobile host, production site requirement large, and place construction investment is large and be not easy to the problem that automation sizeization is produced. But this production equipment is not also to former optimization, and the spiral of use shakes and draws extruder not by raw material and separately stirring of fabric, is prone to raw material caking phenomenon.
A kind of Light trabs automatic production line relating in prior art CN201310030309.0 comprises the system of being dry mixed, cloth system, bittern feed system, conveyer belt, upper undercarriage conveying device and concentrated feed bin, wherein, the system that is dry mixed is connected with concentrated feed bin by conveyer belt, concentrated feed bin is also connected with cloth system by auger conveyor, bittern feed system is connected with cloth system by water pipeline, and mould is sent to each production and processing link by upper undercarriage conveying device. This system is not optimized the process mixed processed of wall board forming process and raw material equally.
Summary of the invention
It is high that the utility model object is to provide a kind of mechanization degree, the cast that can circulate, and floor space is little, product consolidation, the building wall board automatic assembly line that moulding is fast, efficiency is high.
For achieving the above object, the technical scheme that the utility model adopts is: a kind of building wall board automatic assembly line, comprises conveying device, industrial control system; Described conveying device top, arranges the first cloth net arrangement, main material supply system, the second cloth net arrangement, fabric agitating device, fabric nip drum device, curing means successively along throughput direction; Described the second cloth net arrangement is neighbouring, conveying device below is provided with bed die vibrating device; Described the second cloth net arrangement is neighbouring, conveying device both sides are provided with limit mould vibrating device;
Described main material supply system comprises storage bin, the discharging opening of described storage bin is connected with the charging aperture of weighing apparatus by the first conveying worm, the discharging opening of described weighing apparatus is connected with the charging aperture of agitating device by the second conveying worm, and the charging aperture of described agitating device is also connected with the delivery port of water supply installation.
Preferably, described conveying device comprises frame, in described frame, along throughput direction, multiple cylinders is installed side by side, and the both sides of described cylinder are provided with driving-chain, and described driving-chain is connected with the output shaft of driving motor, and mould is placed on cylinder.
Preferably, described agitating device comprises main agitating device, secondary agitating device, and described main agitating device is positioned at the top of secondary agitating device.
Preferably, in the main tank diameter of described main agitating device, main shaft is set, described main shaft is provided with the first ribbon, second ribbon of spiral form, on described main shaft, is also provided with the first colter; The discharging opening of described main tank diameter is connected with the charging aperture of secondary agitating device, described secondary agitating device comprises secondary tank diameter, the first secondary shaft is set in described secondary tank diameter, described the first secondary shaft is provided with the second colter, described the first secondary shaft below arranges the second secondary shaft, and described the second secondary shaft is provided with spiral form the 3rd ribbon, the 4th ribbon.
Preferably, the discharging opening of described secondary agitating device is positioned at the middle position of secondary tank diameter bottom, described the 3rd ribbon, the 4th ribbon along the second secondary shaft axially, be symmetrical arranged the hand of helix positioned opposite of described the 3rd ribbon and the 4th ribbon with respect to the discharging opening of secondary agitating device.
Preferably, a fabric shaft that runs through agitator, lower agitator is set in described fabric agitating device, described fabric shaft is positioned at agitator inside and is arranged with paddle, and at the bottom of pressing close to barrel, scraper plate blade is set; Described fabric shaft is positioned at lower agitator and connects one high and one low two material scraping plates; Between described upper agitator and lower agitator, be connected by intervening vaive.
Preferably, the discharging opening of described lower agitator bottom is positioned at the marginal position of its bottom circumference, turnover panel cutting agency is set on the discharging opening of described lower agitator, and described turnover panel cutting agency comprises blanking axle, and described blanking axle surface is provided with multi-disc blanking panel turnover radially; When blanking panel turnover and discharging opening are angle, the plate face of blanking panel turnover and discharging opening edge form the passage that material flows out.
Preferably, a side of described conveying device is provided with mould accumulator tank side by side, and described mould accumulator tank is provided with constant slope at throughput direction, makes its height near delivery device tip be greater than the height near conveying device initiating terminal; On described mould accumulator tank, along throughput direction, multiple cylinders are installed side by side, the shape of cross section of described mould accumulator tank is spill, and described spill size and mould adapt.
Preferably, described delivery device tip top arranges slide rail, and the other end of described slide rail is positioned at curing means top, and the first manipulator and slide rail are slidably matched; Or described delivery device tip top arranges slide rail, and slide rail is triangularly arranged, a leg-of-mutton summit is positioned at that delivery device tip top, summit are positioned at curing means top, a summit is positioned at mould accumulator tank top; Mount pad and slide rail are slidably matched, coupling hook assembly on mount pad; The connecting portion being connected with hanging hook assembly is set on described mould.
Preferably, near described conveying device initiating terminal, be provided with the second manipulator, described the second manipulator is provided with the fixture adapting with mould; Described fabric rolling device comprises roller bearing, and the two ends of roller bearing are provided with flange, and the width dimensions of described flange is adjustable, and adjustable range is 3mm-8mm.
The utlity model has following beneficial effect: each station of this production line arranges rationally, and floor space is little, main agitating device can fully mix raw material with water with secondary agitating device, and formation is not lumpd, the uniform slurry of viscosity. Bed die vibrating device and limit mould vibrating device are set, in the process of building at slurry, vibrate, guarantee wallboard consolidation. Whole production line can be realized the automation circulation of mould, and the cast that therefore can circulate does not need artificial too much intervention, and mechanization degree is high, greatly reduces hand labor intensity. Arrange net, slurry cast, fabric cast be mechanized operation, greatly reduces the waste of raw material.
Brief description of the drawings
Fig. 1 is main TV structure schematic diagram of the present utility model;
Fig. 2 is plan structure schematic diagram of the present utility model;
Fig. 3 is the structural representation of main agitating device;
Fig. 4 is the structural representation of secondary agitating device;
Fig. 5 is the structural representation of fabric agitating device;
Fig. 6 is the perspective view of upset cutting agency;
Fig. 7 is upset cutting agency assembly structure schematic diagram;
Fig. 8 is the structural representation of mould accumulator tank;
Fig. 9 is the rolling shaft structure schematic diagram of fabric rolling device.
Detailed description of the invention
Building wall board automatic assembly line as shown in Figure 1, 2, comprises conveying device 1, industrial control system 3. Described conveying device 1 top, arranges the first cloth net arrangement 15, main material supply system, the second cloth net arrangement 12, fabric agitating device 11, fabric nip drum device 18, curing means 14 successively along throughput direction. Described the second cloth net arrangement 12 is neighbouring, conveying device 1 below is provided with bed die vibrating device 17; Described the second cloth net arrangement 12 is neighbouring, conveying device 1 both sides are provided with limit mould vibrating device 16.
Described conveying device 1 comprises frame 111, in described frame 111, along throughput direction, multiple cylinders 116 is installed side by side, and the both sides of described cylinder 116 are provided with driving-chain, forms double strand chain transmission, reduces vibration, improves transmission efficiency. Described driving-chain is connected with the output shaft of driving motor, and described mould 2 is placed on cylinder 116, when cylinder 116 rolls, can make on it mould 2 of placing move along the throughput direction of conveying device 1, namely delivery mold 2 to the right of Fig. 1.
In conjunction with Fig. 3,4, described main material supply system provides the slurry being made up of flyash, slag, straw, cement, additive, water for whole production process. Described main material supply system comprises storage bin 6, the discharging opening of described storage bin 6 is connected with the charging aperture of weighing apparatus 9 by the first conveying worm 7, the discharging opening of described weighing apparatus 9 is connected with the charging aperture of agitating device 5 by the second conveying worm 8, and the charging aperture of described agitating device 5 is also connected with the delivery port of water supply installation 10. Described agitating device 5 comprises main agitating device 51, secondary agitating device 52, described main agitating device 51 be positioned at secondary agitating device 52 directly over.
The main tank diameter 511 of described main agitating device 51 is interior arranges main shaft 512, and described main shaft 512 is provided with the first ribbon 513, second ribbon 514 of spiral form, on described main shaft 512, is also provided with the first colter 515. The discharging opening of described main tank diameter 516 is connected with the charging aperture of secondary agitating device 52, and the material mouth of docking is positioned at centre position. Described secondary agitating device 52 comprises secondary tank diameter 521, and the first secondary shaft 522 is set in described secondary tank diameter, and described the first secondary shaft 522 is provided with the second colter 525. Described the first secondary shaft 522 belows arrange the second secondary shaft 526, and described the second secondary shaft 526 is provided with spiral form the 3rd ribbon 523, the 4th ribbon 524. The discharging opening of described secondary agitating device 52 is positioned at the middle position of secondary tank diameter 521 bottoms; Described the 3rd ribbon 523, the 4th ribbon 24 along the second secondary shaft 526 axially, be symmetrical arranged with respect to the discharging opening of secondary agitating device 52, and the hand of helix positioned opposite of the 3rd ribbon 523 and the 4th ribbon 524, can make like this raw material better mix, also facilitate material to flow out from the discharging opening being positioned in the middle of secondary agitating device 52. Say that on the whole main agitating device 51 emphasis are stirring material entirety and distribute more evenly, and secondary agitating device 52 lays particular emphasis on further stirring material part and details.
As Fig. 5-7, described fabric agitating device 11 is interior arranges a fabric shaft 113 that runs through agitator 101, lower agitator 112. Described fabric shaft 113 is positioned at agitator 101 inside and is arranged with paddle, and and press close to barrel at the bottom of scraper plate blade 114 is set; Described fabric shaft 113 is positioned at one high and one low two material scraping plates 117 of lower agitator 112 connections. Between described upper agitator 101 and lower agitator 112, be connected by intervening vaive 115. The discharging opening of described lower agitator 112 bottoms is positioned at the marginal position of its bottom circumference. The discharging opening of described lower agitator 112 arranges turnover panel cutting agency 118. Described turnover panel cutting agency 118 comprises blanking axle 1161, described blanking axle 1161 surfaces be provided with radially, angle is 4 blanking panel turnovers 1162 of 90 ° each other; When blanking panel turnover 1162 is angle with discharging opening, the plate face of blanking panel turnover 1162 and discharging opening edge form the passage that material flows out.
When namely wherein 2 blanking panel turnovers 1162 of 180 ° of angles are positioned at horizontal level each other, the discharging opening of lower agitator 112 is closed, when angle is each other 2 blanking panel turnovers 1162 of 180 ° during horizontal by certain angle, fabric can flow out along the gap between blanking panel turnover and the discharging opening of lower agitator 112. While using fabric agitating device 11, raw material of fabric is transported in upper agitator 101, open the stirring driving machine structure being connected with shaft 113, drive shaft 113 to rotate, fabric is opened intervening vaive 115 after mixing in upper agitator 101, fabric flows to lower agitator 112, start the drive motors of turnover panel cutting agency 118, adjustable fabric flows out the flow of lower agitator 112, and fabric flows to surfaces of wall by turnover panel cutting agency 118.
Described conveying device 1 end top arranges slide rail 131, and one end of described slide rail 131 is positioned at conveying device 1 end top, the other end is positioned at curing means 14 tops, and the first manipulator 13 is slidably matched with slide rail 131. Near described conveying device 1 initiating terminal, be provided with the second manipulator 201, described the second manipulator 201 is provided with the fixture adapting with mould 2.
In conjunction with Fig. 2,8, a side of described conveying device 1 is provided with mould accumulator tank 200 side by side, and described mould accumulator tank 200 is provided with constant slope at throughput direction, makes its height near conveying device 1 end be greater than the height near conveying device 1 initiating terminal; On described mould accumulator tank 200, along throughput direction, multiple cylinders 116 are installed side by side. And the cross section of described mould accumulator tank 200 be shaped as groove type, be namely groove type perpendicular to the cross sectional shape of drawing paper, groove size and mould 2 adapt. When mould 2 completes after raw material cast and fabric cast, picked up by the first manipulator 13, deliver to curing means 14; Then complete after demoulding work, mould 2 is sent back near the original position of conveying device 1 again by mould accumulator tank 200, and is picked up by the second manipulator 201, is placed on the cylinder 116 of conveying device 1 initiating terminal, proceeds next working cycles. In Fig. 8, arrow is depicted as the throughput direction of conveying device 1, and the recovery throughput direction of mould 2 in contrast.
On building wall board automatic assembly line, the drive motors of all devices, valve, sensor are controlled by industrial control system 3. When work, driving motor starts, and drives the cylinder 116 in frame 111 to move, thereby mould 2 is moved along the throughput direction of conveying device 1. Stop motion in the time that mould 2 moves to the first cloth net arrangement 15 below, the first cloth net arrangement 15 completes after lapping for the first time, and mould 2 moves to main material supply system below to be stopped. The valve open of storage bin 6 discharging openings, raw material is delivered to weighing apparatus 9 from the discharging opening of storage bin 6 by the first conveying worm 7, sensing data in described weighing apparatus 9 feeds back to industrial control system 3 and realizes raw material batching, after the batching work of described weighing apparatus 9 all completes, the angle sealed valve of its bottom is opened automatically, raw material after batching is good is sent into agitating device 5 by the second conveying worm 8, the valve open between water supply installation 10 and agitating device 5. Raw material and water form slurry through after being uniformly mixed of main agitating device 51, secondary agitating device 52, and flow in the mould 2 of below by the discharging opening of secondary agitating device 52 bottoms, carry out wallboard slurry and build.
Slurry injects while beginning, and bed die vibrating device 17, limit mould vibrating device 16 contact with mould 2 immediately, and start slight vibration, so that slurry fully mixes in the process of injecting, and allows more consolidation of wallboard. After slurry injects, mould 2 moves to the second cloth net arrangement 12 belows and carries out lapping for the second time, and now fabric agitating device 11 has been stirred fabric, and after lapping completes for the second time, mould 2 moves to the below of fabric agitating device 11. The feed opening of fabric agitating device 11 bottoms is opened, and fabric is flowed in mould 2, and the drive motors being connected with turnover panel cutting agency 118 can make turnover panel cutting agency 118 rotate, thereby regulates the flow of the discharging opening of fabric agitating device 11.
After fabric has injected, mould 2 moves to the below of fabric nip drum device 18, roller bearing 181 positions that can be fabric nip drum device 18 maintain static and roll, cylinder 116 driven molds 2 of conveying device 1 move along throughput direction, make wallboard contact with roller bearing 181 and fabric is pressed on to the surface that the wallboard second layer is arranged net. Also can be that mould 2 stops while moving to the below of fabric rolling device 18, fabric rolling device 18 drives roller bearing 18 to move, and is adjacent to wallboard upper surface, and then roller bearing 18, along throughput direction reciprocating rolling, is pressed on fabric on the surface of wallboard second layer screen cloth.
By the flange at fabric nip drum device 18 two ends, suppress the seam groove of 3mm-8mm in both sides, the long limit of wallboard, make fabric surface more smooth, be convenient to install splicing; And this seam groove also plays better receipts limit effect. The length direction of roller bearing 181, preferably perpendicular to throughput direction, utilizes the conveying realization of conveying device 1 and the relative motion of roller bearing 181. Fabric nip drum device 18 is simple in structure like this, and can carry out serialization processing to wallboard, is not processed beat and limits.
The width dimensions of best described flange is adjustable, and adjustable range is 3mm-8mm. The mode regulating can be flange with roller bearing 181 for being all-in-one-piece, prepares multiple roller bearings 181, and the flange dimension of its both sides is different, can suppress by changing roller bearing 181 realizations like this seam groove of different in width. Also can be that flange and roller bearing 181 are mutually before dismountable, if flange is axle sleeve type structure, roller bearing 181 arranges boss in both sides, flange sleeve is on the boss of roller bearing 181, like this can be by changing the flange on roller bearing 181, change the size of the seam groove of compacting, the wallboard that the different plate seams of convenient processing require.
After roll extrusion completes, mould 2 moves to the end of conveying device 1, and the first manipulator 13 is picked up mould 2, puts into curing means 14 and carries out maintenance. Maintenance completes by the wallboard after the artificial demoulding and is transported on wheel conveyer, and the lower wooden handcart of wheel conveyer end unloads and is transported to corresponding place by the wallboard on wheel conveyer and stores. The first manipulator 13 is put into mould accumulator tank 200 by mould 2 simultaneously, under the effect of gravity, mould 2 slides near the initiating terminal that returns to conveying device 1 naturally along the inclined-plane of mould accumulator tank 200, and pick up by the second manipulator 201 original position of delivering to conveying device 1, carry out working cycles next time. From this process, the first manipulator 13 also can be substituted by the hanging hook assembly on mount pad, mount pad and slide rail 131 are slidably matched, and slide rail 131 is triangularly arranged, a leg-of-mutton summit is positioned at conveying device 1 top, one and is positioned at curing means 14 tops, one and is positioned at mould accumulator tank 200 tops; The connecting portion being connected with hanging hook assembly is set on described mould 2.
Claims (10)
1. a building wall board automatic assembly line, comprises conveying device (1), industrial control system (3); It is characterized in that: described conveying device (1) top, arrange successively the first cloth net arrangement (15), main material supply system, the second cloth net arrangement (12), fabric agitating device (11), fabric nip drum device (18), curing means (14) along throughput direction;
Described the second cloth net arrangement (12) is neighbouring, conveying device (1) below is provided with bed die vibrating device (17); Described the second cloth net arrangement (12) is neighbouring, conveying device (1) both sides are provided with limit mould vibrating device (16);
Described main material supply system comprises storage bin (6), the discharging opening of described storage bin (6) is connected with the charging aperture of weighing apparatus (9) by the first conveying worm (7), the discharging opening of described weighing apparatus (9) is connected with the charging aperture of agitating device (5) by the second conveying worm (8), and the charging aperture of described agitating device (5) is also connected with the delivery port of water supply installation (10).
2. a kind of building wall board automatic assembly line according to claim 1, it is characterized in that: described conveying device (1) comprises frame (111), described frame (111) is upper is provided with multiple cylinders (116) side by side along throughput direction, the both sides of described cylinder (116) are provided with driving-chain, described driving-chain is connected with the output shaft of driving motor, and mould (2) is placed on cylinder (116).
3. a kind of building wall board automatic assembly line according to claim 1, it is characterized in that: described agitating device (5) comprises main agitating device (51), secondary agitating device (52), and described main agitating device (51) is positioned at the top of secondary agitating device (52).
4. a kind of building wall board automatic assembly line according to claim 3, it is characterized in that: in the main tank diameter (511) of described main agitating device (51), main shaft (512) is set, described main shaft (512) is provided with the first ribbon (513), second ribbon (514) of spiral form, is also provided with the first colter (515) on described main shaft (512); The discharging opening of described main tank diameter (511) is connected with the charging aperture of secondary agitating device (52), described secondary agitating device (52) comprises secondary tank diameter (521), the first secondary shaft (522) is set in described secondary tank diameter (521), described the first secondary shaft (522) is provided with the second colter (525), described the first secondary shaft (522) below arranges the second secondary shaft (526), and described the second secondary shaft (526) is provided with spiral form the 3rd ribbon (523), the 4th ribbon (524).
5. a kind of building wall board automatic assembly line according to claim 4, it is characterized in that: the discharging opening of described secondary agitating device (52) is positioned at the middle position of secondary tank diameter (521) bottom, described the 3rd ribbon (523), the 4th ribbon (524) along the second secondary shaft (526) axially, be symmetrical arranged with respect to the discharging opening of secondary agitating device (52), the hand of helix positioned opposite of described the 3rd ribbon (523) and the 4th ribbon (524).
6. a kind of building wall board automatic assembly line according to claim 1, is characterized in that: a fabric shaft (113) that runs through agitator (101), lower agitator (112) is set in described fabric agitating device (11); Described fabric shaft (113) is positioned at agitator (101) inside and is arranged with paddle, and and press close to barrel at the bottom of scraper plate blade (114) is set; Described fabric shaft (113) is positioned at lower agitator (112) and connects one high and one low two material scraping plates (117); Between described upper agitator (101) and lower agitator (112), be connected by intervening vaive (115).
7. a kind of building wall board automatic assembly line according to claim 6, it is characterized in that: the discharging opening of described lower agitator (112) bottom is positioned at the marginal position of its bottom circumference, turnover panel cutting agency (118) is set on the discharging opening of described lower agitator (112), described turnover panel cutting agency (118) comprises blanking axle (1161), and described blanking axle (1161) surface is provided with multi-disc blanking panel turnover (1162) radially; When blanking panel turnover (1162) is angle with discharging opening, the plate face of blanking panel turnover (1162) and discharging opening edge form the passage that material flows out.
8. a kind of building wall board automatic assembly line according to claim 1, it is characterized in that: a side of described conveying device (1) is provided with mould accumulator tank (200) side by side, described mould accumulator tank (200) is provided with constant slope at throughput direction, makes its height near conveying device (1) end be greater than the height near conveying device (1) initiating terminal; Described mould accumulator tank (200) is upper is provided with multiple cylinders (116) side by side along throughput direction, the shape of cross section of described mould accumulator tank (200) is groove type, and the size of described groove type and mould (2) adapt.
9. a kind of building wall board automatic assembly line according to claim 8, it is characterized in that: described conveying device (1) end top arranges slide rail (131), the other end of described slide rail (131) is positioned at curing means (14) top, and the first manipulator (13) is slidably matched with slide rail (131);
Or described conveying device (1) end top arranges slide rail (131), slide rail (131) is triangularly arranged, and a leg-of-mutton summit is positioned at that conveying device (1) end top, summit are positioned at curing means (14) top, a summit is positioned at mould accumulator tank (200) top; Mount pad and slide rail (131) are slidably matched, coupling hook assembly on mount pad; The upper connecting portion being connected with hanging hook assembly that arranges of described mould (2).
10. a kind of building wall board automatic assembly line according to claim 9, it is characterized in that: near described conveying device (1) initiating terminal, be provided with the second manipulator (201), described the second manipulator (201) is provided with the fixture adapting with mould (2); Described fabric rolling device (18) comprises roller bearing (181), and the two ends of roller bearing (181) are provided with flange; The width dimensions of described flange is adjustable, and adjustable range is 3mm-8mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521077886.6U CN205255245U (en) | 2015-12-22 | 2015-12-22 | Building wallboard automatic production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521077886.6U CN205255245U (en) | 2015-12-22 | 2015-12-22 | Building wallboard automatic production line |
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| Publication Number | Publication Date |
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| CN205255245U true CN205255245U (en) | 2016-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201521077886.6U Expired - Fee Related CN205255245U (en) | 2015-12-22 | 2015-12-22 | Building wallboard automatic production line |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105500517A (en) * | 2015-12-22 | 2016-04-20 | 重庆市臻成建材有限公司 | Automatic construction partition panel production line |
| CN106144469A (en) * | 2016-07-13 | 2016-11-23 | 广东友力智能科技有限公司 | The board-like conveying production line of having furniture made to order of intelligence |
| CN107511919A (en) * | 2017-09-26 | 2017-12-26 | 重庆鸿基木业有限公司 | A kind of quartzy stone platform production line |
| CN111231096A (en) * | 2020-03-25 | 2020-06-05 | 洛阳北玻硅巢技术有限公司 | Novel automatic production line and production process for building wall material |
-
2015
- 2015-12-22 CN CN201521077886.6U patent/CN205255245U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105500517A (en) * | 2015-12-22 | 2016-04-20 | 重庆市臻成建材有限公司 | Automatic construction partition panel production line |
| CN106144469A (en) * | 2016-07-13 | 2016-11-23 | 广东友力智能科技有限公司 | The board-like conveying production line of having furniture made to order of intelligence |
| CN107511919A (en) * | 2017-09-26 | 2017-12-26 | 重庆鸿基木业有限公司 | A kind of quartzy stone platform production line |
| CN111231096A (en) * | 2020-03-25 | 2020-06-05 | 洛阳北玻硅巢技术有限公司 | Novel automatic production line and production process for building wall material |
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