CN108222436B

CN108222436B - But recycle's putty plastering machine

Info

Publication number: CN108222436B
Application number: CN201810004617.9A
Authority: CN
Inventors: 王守鹏; 罗龙; 马志龙
Original assignee: Anhui Shengcheng New Material Co ltd
Current assignee: Anhui Shengcheng New Material Co ltd
Priority date: 2018-01-03
Filing date: 2018-01-03
Publication date: 2023-05-16
Anticipated expiration: 2038-01-03
Also published as: CN108222436A

Abstract

The invention discloses a recyclable putty wall plastering machine, which structurally comprises a roof beam, a vertical rod, a conveying belt, a wall plastering machine, a control panel, a power line, casters, a feeding hose, a putty recycling device, a putty connecting plate, a plastering plate and a steel wire rope, wherein putty falling off during plastering can be collected through the putty recycling device, a putty collecting and stirring box is used for crushing and stirring the putty which is coagulated into blocks, then the putty is led into a putty temperature control heating box to keep certain viscosity so as not to coagulate into blocks by heating, when the putty stored in the putty temperature control heating box reaches a certain capacity, a spring flow stop plate is opened, an upper closing valve rod and a lower closing valve rod are separated, the putty flows into a collecting box and is output and utilized through a right conveying mechanism and a left conveying mechanism, so that reutilization of putty residual materials is realized, and material waste is reduced.

Description

But recycle's putty plastering machine

Technical Field

The invention relates to a recyclable putty wall plastering machine, and belongs to the field of putty wall plastering machines.

Background

The putty is a decorative material for leveling the surface of a wall body, is thick slurry paint, and is an indispensable product before painting. Is applied to the primer or directly applied to the object to remove the defect of uneven surface of the coated object.

Most of the putty plastering machines in the prior art consume water and materials, can work normally only by continuously feeding materials manually, and cannot recycle floor ash generated during wall plastering.

Disclosure of Invention

Aiming at the defects of the prior art, the invention aims to provide a recyclable putty wall plastering machine, so as to solve the problems that most of the putty wall plastering machine takes water and materials, the putty wall plastering machine can work normally only by continuously feeding materials manually, and floor ash generated during wall plastering can not be recycled.

In order to achieve the above object, the present invention is realized by the following technical scheme: the utility model provides a recoverable putty wall plastering machine, its structure includes roof beam, pole setting, conveyer belt, wall plastering machine, control panel, power cord, truckle, feeding hose, putty recycle device, putty fishplate bar, plastering plate, wire rope, the wall plastering machine top equidistance be equipped with two pole setting side by side, pole setting and wall plastering machine adopt clearance fit, wall plastering machine top central point put and be equipped with two wire ropes side by side equidistance, wire rope and pole setting cooperate, the pole setting top be equipped with the roof beam, the roof beam lock fix in the pole setting, the plastering machine rear end from left to right be equipped with control panel and feeding hose respectively, control panel hug closely and be fixed on plastering machine surface groove, feeding hose and plastering machine be connected, control panel on be equipped with the power cord, power cord and control panel connect, feeding hose below left and right sides be equipped with the truckle, the truckle pass through the screw to be fixed on the wall plastering machine, wall plastering machine bottom be equipped with the wire rope and pole setting cooperate, putty recycle device is equipped with to match the putty fishplate bar before the putty recycle device is equipped with to the putty fishplate bar from top to right, the putty recycle device matches the putty with the putty and the plastering plate bar before the putty recycle device is used to match down;

the putty recycling device comprises a putty collecting and stirring box, a pushing mechanism, a right conveying mechanism, a left conveying mechanism, a material collecting box, a discharge hole, a flow stopping mechanism, a putty temperature control heating box, a heater mechanical switch, a putty heater, a motor contact switch and a frame, wherein the putty collecting and stirring box, the putty temperature control heating box and the material collecting box are respectively arranged from right to left and are sequentially connected and fixed in the frame, the bottom of the putty collecting and stirring box is provided with a motor contact switch, the motor contact switch and the putty collecting and stirring box are matched, the upper end and the lower end of the putty temperature control heating box are respectively provided with the pushing mechanism and the heater, the pushing mechanism and the putty temperature control heating box are in clearance fit, the heater is fastened and fixed on the putty temperature control heating box, the center position of the heater is provided with the heater mechanical switch, the heater mechanical switch and the heater are matched, the material collecting box and the putty temperature control heating box are provided with the motor contact switch, the upper end and lower end of the putty collecting box are respectively provided with the pushing mechanism and the heater, the material collecting box and the material collecting box are in clearance fit with the conveying mechanism, the left end and the material collecting box are respectively, the material collecting box and the material collecting box are connected with the conveying mechanism is in clearance fit with the left and right conveying mechanism, and the material collecting box is connected with the material collecting and the material collecting box, and the material collecting box is connected with the material conveying mechanism through the clearance fit with the left and the left end and the conveying mechanism.

Further, putty collection and stirring case constitute by feed inlet, baffle, automatic motor, box, first shaft coupling, filter screen, stirring impeller, first conical gear, rotation axis, the bottom half be equipped with automatic motor, automatic motor pass through the screw fixation on the box outer wall, the box inside be equipped with the rotation axis, the rotation axis be connected with automatic motor through first shaft coupling, the rotation axis on be equipped with stirring impeller, stirring impeller hug closely and fix on the rotation axis, stirring impeller top be equipped with first conical gear, first conical gear lock fix at the rotation axis, stirring impeller right side be equipped with the feed inlet, feed inlet and box be integrated structure, the feed inlet on be equipped with the baffle, baffle and box inner wall adopt clearance fit, stirring impeller left side be equipped with the filter screen, filter screen and box adopt clearance fit.

Further, the pushing equipment constitute by second bevel gear, transmission shaft, pushing board, ejector pin, sliding sleeve, cam, a spring, first slide rail, the transmission shaft right-hand member be equipped with second bevel gear, second bevel gear lock fix on the transmission shaft, transmission shaft central point put and be equipped with the cam, cam and transmission shaft adopt interference fit, the cam below be equipped with the ejector pin, ejector pin and cam cooperate, the ejector pin on be equipped with the sliding sleeve, sliding sleeve and ejector pin adopt clearance fit, the ejector pin lower extreme be equipped with the pushing board, pushing board and ejector pin welded mutually, pushing board left end be equipped with first slide rail, first slide rail and pushing board adopt clearance fit, first slide rail inside be equipped with a spring, a spring upper and lower both ends fix respectively on pushing board surface and first slide rail bottom surface.

Further, the left conveying mechanism consists of a second coupler, a guide plate, a ball bearing sleeve, a driven shaft, a third conical gear, a fourth conical gear, a rotating shaft, a supporting plate, a connecting rod fixing support, a connecting rod, a driving rod fixing support, a driving rod, a sliding block, a sliding groove, a push rod, a feeding plate and a guide wheel, wherein the ball bearing sleeve is arranged at the center of the driven shaft, the ball bearing sleeve and the driven shaft are in clearance fit, the guide plate is arranged at the bottom of the ball bearing sleeve, the guide plate is connected with the outer wall of the ball bearing sleeve, the left side and the right side of the ball bearing sleeve are respectively provided with the fourth conical gear and the second coupler, the fourth conical gear is buckled and fixed on the driven shaft, the rotating shaft is arranged below the fourth conical gear, the third conical gear is buckled and fixed on the rotating shaft at the upper end and the lower end of the rotating shaft, the upper end and the lower end of the rotating shaft are provided with third bevel gears, the third bevel gear 945 at the upper end is meshed with a fourth bevel gear and is connected with a connecting rod fixing support, the third bevel gear at the lower end is meshed with a connecting rod fixing support, the connecting rod fixing support is tightly fixed on the outer wall of a supporting plate, a transmission rod fixing support is arranged below the supporting plate, the right side of the transmission rod fixing support is provided with a transmission rod, a connecting rod is arranged between the connecting rod fixing support and the transmission rod fixing support, the connecting rod is matched with the transmission rod, the transmission rod is provided with a sliding groove, the sliding groove is buckled and fixed on a transmission rod groove, the lower end of the connecting rod is provided with a sliding block, the connecting rod is in clearance fit with the sliding groove through the sliding block, the right end of the transmission rod is provided with a push rod, the push rod is movably connected with the transmission rod, the bottom of the push rod is provided with a feeding plate, the push rod and the feeding plate are in clearance fit, guide wheels are arranged at the left end and the right end of the feeding plate, and the guide wheels are fixed on the feeding plate rod fixing support seat through screws in a meshed mode.

Further, the flow stopping mechanism consists of a second spring, idler wheels, a second sliding rail, a second pulley, a sliding plate, a lifting pull rope, a lower closed valve rod, a lower valve rod sliding sleeve, a balance ball, a spring flow stopping plate, a top plate, a linkage rod, a third spring, an upper valve rod sliding sleeve and an upper closed valve rod, wherein the upper closed valve rod is matched with the lower closed valve rod, the top of the upper closed valve rod is provided with the top plate, the top plate is fastened and fixed on the upper closed valve rod, the upper valve rod sliding sleeve and the upper closed valve rod are in clearance fit, the left side and the right side of the top plate are provided with the third spring, the upper end and the lower end of the third spring are respectively fixed on the bottom surface of the top plate and the top surface of the upper valve rod sliding sleeve, the linkage rod and the top plate are provided with clearance fit, the bottom of the lower closed valve rod is provided with the sliding plate, the sliding plate is fastened and fixed on the lower closed valve rod, the upper sliding sleeve is provided with the lower valve rod sliding sleeve, the lower sliding sleeve is in clearance fit with the lower closed valve rod, the left side and the lower closed valve rod are in clearance fit, the lower closed valve rod is provided with the right side of the lower valve rod sliding sleeve, the two sliding plates are provided with the second springs, the two sliding plates are respectively in clearance fit with the two sliding plates are arranged at the two sides of the upper end of the upper sliding sleeve and the top plate, the two sliding plates are matched with the sliding plate, the two sliding plates are in clearance fit with the top plate and the top plate is matched with the top plate, the balance ball is buckled and fixed on the spring flow stop plate.

Further, motor contact switch constitute by third slide rail, conducting strip, first pulley, stay cord, stopper, no. four springs, electrically conductive support top be equipped with the conducting strip, conducting strip and electrically conductive support cooperate, conducting strip left and right sides be equipped with the third slide rail, third slide rail and conducting strip adopt clearance fit, the conducting strip pass through the third slide rail to be fixed on electrically conductive support, third slide rail top be equipped with the stopper, the stopper lock fix on the third slide rail, conducting strip and electrically conductive support between be equipped with No. four springs, no. four springs about both ends fix respectively on conducting strip and electrically conductive support.

Further, the rotating shaft is meshed with a second bevel gear arranged at the right end of the transmission shaft through a first bevel gear.

Further, the driven shaft is connected with the transmission shaft through a second coupler arranged at the right end.

Further, the heater mechanical switch and the motor contact switch are identical in shape, size and composition structure.

Further, the heater mechanical switch and the motor contact switch are connected with the baffle through the pull rope, when the baffle is pressed down, the pull rope is loosened, and the conducting strip and the conducting support are closed, so that the heater and the automatic motor are in a working state. The spring hinge is arranged at the connecting end of the baffle plate and the frame, and the baffle plate can return automatically when no material is carried out.

Further, the top plate is in clearance fit with the pushing plate through a linkage rod.

Advantageous effects

The invention relates to a recyclable putty wall plastering machine, which utilizes a feeding hose to pump materials into the wall plastering machine from a charging barrel, circularly conveys the materials to a plastering plate through a conveying belt, then utilizes a built-in wire barrel to take up and pay off a steel wire rope to enable the wall plastering machine to climb and lift in a vertical rod so as to achieve the effect of uniformly crushing walls, when the wall plastering machine is used for plastering walls, the two sides of the plastering plate are easy to drop off the residual materials, at the moment, a putty connecting plate can catch the residual materials and guide the residual materials into a putty collecting and crushing box through a charging hole, a baffle plate can be pressed down when the materials pass through the charging hole, at the moment, a pull rope is loosened, a conducting sheet and a conducting support are closed, thereby realizing that a heater and an automatic motor enter a working state, an automatic motor drives a rotating shaft to stir the materials which are coagulated into blocks, and conveys the materials into a putty temperature-controlling heating box, and the putty is heated and controlled through the heater, the putty is kept in a certain viscosity state and is not coagulated into a block state, a pushing mechanism is arranged at the top of the putty temperature control heating box and can press and drain materials to the material collecting box by utilizing a pushing plate, a push rod is arranged at the bottom of the pushing plate, a cam is arranged at the top of the push rod and rotates along with the rotation of a transmission shaft, the cam is matched with the push rod, when the cam rotates to a higher end, the pushing plate is pressed down, the left end of the pushing plate is connected with a top plate through a transmission rod, at the moment, a lower closed valve rod is separated from an upper closed valve rod, when the materials stored in the putty temperature control heating box reach a certain amount, a balance ball is obliquely pressed down to drive a spring flow stop plate to be pressed down, at the moment, a lifting pull rope arranged on the surface of the spring flow stop plate is loosened, a roller is supported downwards along a second slide rail, and the roller and the slide plate adopt clearance fit, so that the slide plate is driven to descend when the roller descends, therefore, the lower closed valve rod descends, at the moment, materials stored in the putty temperature control heating box can be completely drained into the material collecting box, the top of the material collecting box is provided with a right conveying mechanism and a left conveying mechanism, the push rod can be driven to swing up and down through the right conveying mechanism and the left conveying mechanism, so that the feeding plate moves on the inner wall of the material collecting box back and forth, the materials are pressurized and conveyed out, and the materials are guided into the material cylinder through the hose; through putty recycle device can collect the putty that drops when plastering a wall, the putty that the retooling case was collected to the recycle putty is broken to the putty that condenses into a block form stirs, then makes the putty keep certain viscosity to be unlikely to condense into a block through heating at leading-in putty accuse temperature heating box, when the putty that stores in the putty accuse temperature heating box reached certain capacity, upper closure valve rod and lower closure valve rod separation, putty inflow collection case and output the material through right conveying mechanism and left conveying mechanism and utilize to realize putty clout recycle, reduce the material waste.

Drawings

Other features, objects and advantages of the present invention will become more apparent upon reading of the detailed description of non-limiting embodiments, given with reference to the accompanying drawings in which:

FIG. 1 is a schematic diagram of a recyclable putty wall plastering machine.

Fig. 2 is a schematic structural diagram of a putty recycling device of a recyclable putty wall plastering machine.

FIG. 3 is a dynamic diagram of a putty recycling device of a recyclable putty wall plastering machine.

In the figure: the putty collecting and stirring device comprises a roof beam-1, a vertical rod-2, a conveying belt-3, a wall plastering machine-4, a control panel-5, a power line-6, a trundle-7, a feeding hose-8, a putty recycling device-9, a putty collecting and stirring box-91, a feed inlet-9101, a baffle-9102, an automatic motor-9103, a box body-9104, a first coupler-9105, a filter screen-9106, a stirring impeller-9107, a first conical gear-9108, a rotating shaft-9109, a pushing mechanism-92, a second conical gear-921, a transmission shaft-922, a pushing plate-923, a push rod-924, a sliding sleeve-925, a cam-926, a spring-927, a first sliding rail-928, a right conveying mechanism-93, a left conveying mechanism-94, a second coupler-941 guide plate-942, ball sleeve-943, driven shaft-944, third conical gear-945, fourth conical gear-946, rotating shaft-947, supporting plate-948, connecting rod fixing support-949, connecting rod-9410, driving rod fixing support-9411, driving rod-9412, slide block-9413, slide groove-9414, push rod-9415, feeding plate-9416, guide wheel-9417, collecting box-95, discharge hole-96, flow stopping mechanism-97, no. two springs-971, roller-972, second slide rail-973, second pulley-974, slide plate-975, lifting rope-976, lower closing valve rod-977, lower valve rod sliding sleeve-978, balance ball-979, spring flow stopping plate-9710, the putty temperature control device comprises a top plate-9711, a linkage rod-9712, a spring number three-9713, an upper valve rod sliding sleeve-9714, an upper closing valve rod-9715, a putty temperature control heating box-98, a heater mechanical switch-99, a putty heater-910, a motor contact switch-912, a third sliding rail-9121, a conductive sheet-9122, a first pulley-9123, a pull rope-9124, a limiting block-9125, a spring number four-9126, a conductive support-9127, a frame-913, a putty connecting plate-10, a plastering plate-11 and a steel wire rope-12.

Detailed Description

The invention is further described in connection with the following detailed description, in order to make the technical means, the creation characteristics, the achievement of the purpose and the effect of the invention easy to understand.

Referring to fig. 1-3, the invention provides a recyclable putty plastering machine, which structurally comprises a roof beam 1, upright posts 2, a conveying belt 3, a plastering machine 4, a control panel 5, a power line 6, casters 7, a feeding hose 8, a putty recycling device 9, putty connecting plates 10, plastering plates 11 and steel wire ropes 12, wherein two upright posts 2 are arranged at the top of the plastering machine 4 side by side at equal intervals, the upright posts 2 and the plastering machine 4 are in clearance fit, two steel wire ropes 12 are arranged at the center of the top of the plastering machine 4 side by side at equal intervals, the steel wire ropes 12 are matched with the upright posts 2, the roof beam 1 is arranged at the top of the upright posts 2 and fastened and fixed on the upright posts 2, the rear end of the plastering machine 4 is respectively provided with the control panel 5 and the feeding hose 8 from left to right, the control panel 5 is tightly fixed on a groove on the surface of the plastering machine 4, the feeding hose 8 is connected with the plastering machine 4, the power line 6 is arranged on the control panel 5, the control panel 6 is connected with the plastering machine 4, the putty connecting plates 7 are arranged at the bottom of the plastering machine 4, the putty recycling device is matched with the putty connecting plates 10 at the bottom of the plastering machine 4, and the putty recycling device is arranged at the bottom of the plastering machine 4, and the putty recycling device is matched with the putty connecting plates 10 from top to bottom of the plastering machine 4, and the plastering machine 4 is fastened and the putty recycling device is arranged at the putty recycling device 4; the putty recycling device 9 consists of a putty collecting and crushing box 91, a pushing mechanism 92, a right conveying mechanism 93, a left conveying mechanism 94, a collecting box 95, a discharge hole 96, a flow stopping mechanism 97, a putty temperature control heating box 98, a heater mechanical switch 99, a putty heater 910, a motor contact switch 912 and a frame 913, wherein the frame 913 is respectively provided with the putty collecting and crushing box 91, the putty temperature control heating box 98 and the collecting box 95 from right to left and is sequentially connected and fixed in the frame 913, the bottom of the putty collecting and crushing box 91 is provided with the motor contact switch 912, the motor contact switch 912 is matched with the putty collecting and crushing box 91, the upper end and the lower end of the putty temperature control heating box 98 are respectively provided with the pushing mechanism 92 and the putty heater 910, the pushing mechanism 92 and the putty temperature control heating box 98 are in clearance fit, the heater 910 is fastened and fixed on the putty temperature-control heating box 98, a heater mechanical switch 99 is arranged at the center of the bottom of the heater 910, the heater mechanical switch 99 is electrically connected with the heater 910, the heater mechanical switch 99 is matched with the heater 910, a flow stopping mechanism 97 is arranged between the material collecting box 95 and the putty temperature-control heating box 98, the flow stopping mechanism 97 is in clearance fit with the material collecting box 95 and the putty temperature-control heating box 98, a left conveying mechanism 94 and a right conveying mechanism 93 are respectively arranged at the top of the material collecting box 95 from left to right, the left conveying mechanism 94 and the right conveying mechanism 93 are movably connected with the material collecting box 95, the left conveying mechanism 94 and the right conveying mechanism 93 are in clearance fit with the pushing mechanism 92, a discharge hole 96 is arranged at the center of the bottom of the material collecting box 95, the discharge hole 96 and the material collecting box 95 are of an integrated structure, the putty collecting and crushing box 91 consists of a feed inlet 9101, a baffle 9102, an automatic motor 9103, a box 9104, a first coupler 9105, a filter screen 9106, a crushing impeller 9107, a first conical gear 9108 and a rotary shaft 9109, wherein the automatic motor 9103 is arranged at the bottom of the box 9104, the automatic motor 9103 is fixed on the outer wall of the box 9104 through screws, the rotary shaft 9109 is arranged in the box 9104, the rotary shaft 9109 is connected with the automatic motor 9103 through the first coupler 9105, the crushing impeller 9107 is arranged on the rotary shaft 9109, the crushing impeller 9107 is tightly fixed on the rotary shaft 9109, the first conical gear 9108 is arranged above the crushing impeller 9107, the first conical gear 9108 is buckled and fixed on the rotary shaft 9109, the feed inlet 9101 is arranged on the right side of the crushing impeller 9107, the feed inlet 9101 and the box 9104 are of an integrated structure, the feeding port 9101 is provided with a baffle 9102, the baffle 9102 and the inner wall of the box 9104 are in clearance fit, the left side of the stirring impeller 9107 is provided with a filter screen 9106, the filter screen 9106 and the box 9104 are in clearance fit, the pushing mechanism 92 consists of a second bevel gear 921, a transmission shaft 922, a pushing plate 923, a push rod 924, a sliding sleeve 925, a cam 926, a first spring 927 and a first sliding rail 928, the right end of the transmission shaft 922 is provided with a second bevel gear 921, the second bevel gear 921 is fastened and fixed on the transmission shaft 922, the center position of the transmission shaft 922 is provided with a cam 926, the cam 926 and the transmission shaft 922 are in interference fit, a push rod 924 is arranged below the cam 926, the push rod 924 is matched with the cam 924, the push rod 924 is provided with a sliding sleeve 925, the sliding sleeve 925 and the push rod 924 are in clearance fit, the lower end of the push rod 924 is provided with the pushing plate 923, the pushing plate 923 and the ejector rod 924 are welded, the left end of the pushing plate 923 is provided with a first slide rail 928, the first slide rail 928 and the pushing plate 923 are in clearance fit, a first spring 927 is arranged in the first slide rail 928, the upper end and the lower end of the first spring 927 are respectively fixed on the surface of the pushing plate 923 and the bottom surface of the first slide rail 928, the left conveying mechanism 94 is composed of a second coupler 941, a guide plate 942, a ball sleeve 943, a driven shaft 944, a third conical gear 945, a fourth conical gear 946, a rotating shaft 947, a supporting plate 948, a connecting rod fixing support 949, a connecting rod 9410, a transmission rod fixing support 9411, a transmission rod 9412, a sliding block 9413, a sliding groove 9414, a push rod 9415, a feeding plate 9416 and a guide wheel 9417, the center of the driven shaft 943 is provided with a ball sleeve 943, the ball sleeve 943 and the driven shaft 944 are in clearance fit, the bottom of the ball shaft sleeve 943 is provided with a guide plate 942, the guide plate 942 is connected with the outer wall of the ball shaft sleeve 943, the left side and the right side of the ball shaft sleeve 943 are respectively provided with a fourth conical gear 946 and a second coupler 941, the fourth conical gear 946 and the second coupler 941 are buckled and fixed on a driven shaft 944, a rotating shaft 947 is arranged below the fourth conical gear 946, the upper end and the lower end of the rotating shaft 947 are provided with a third conical gear 945, the third conical gear 945 is buckled and fixed on the rotating shaft 947, the upper end and the lower end of the rotating shaft 947 are provided with a third conical gear 945, the third conical gear 945 at the upper end is meshed with a fourth conical gear 946 and a connecting rod fixing support 949, the connecting rod fixing support 949 is tightly fixed on the outer wall of a supporting plate 948, a transmission rod fixing support 9411 is arranged below the supporting plate 948, the right side of the transmission rod fixing support 9411 is provided with a transmission rod 9412, a connecting rod 9410 is arranged between the connecting rod fixing support 949 and the transmission rod fixing support 9411, the connecting rod 9410 is matched with the transmission rod 9412, the transmission rod 9412 is provided with a sliding groove 9414, the sliding groove 9414 is buckled and fixed on a groove of the transmission rod 9412, the lower end of the connecting rod 9410 is provided with a sliding block 9413, the connecting rod 9410 is in clearance fit with the sliding groove 9414 through the sliding block 9413, the right end of the transmission rod 9412 is provided with a push rod 9415, the push rod 9415 is movably connected with the transmission rod 9412, the bottom of the push rod 9415 is provided with a feeding plate 9416, the push rod 9415 is in clearance fit with the feeding plate 9416, the left end and the right end of the feeding plate 9416 are provided with guide wheels 9417, the guide wheels 9417 are fixed on the feeding plate rod fixing support through screws, the flow stopping mechanism 97 consists of a second spring 971, a roller 972, a second slide rail 973, a second pulley 974, a slide plate 975, a lifting pull rope 976, a lower closing valve rod 977, a lower valve rod sliding sleeve 978, a balance ball 979, a spring flow stopping plate 9710, a top plate 9711, a linkage rod 9712, a third spring 9713, an upper valve rod sliding sleeve 9714 and an upper closing valve rod 9715, wherein the upper closing valve rod 9715 is matched with the lower closing valve rod 977, a top plate 9711 is arranged at the top of the upper closing valve rod 9715, the top plate 9711 is buckled and fixed on the upper closing valve rod 9715, an upper valve rod sliding sleeve 9714 is arranged below the top plate 9711, the upper valve rod sliding sleeve 9714 and the upper closing valve rod 9715 are in clearance fit, a third spring 9713 is arranged at the left side and the right side of the upper closing valve rod 9715, the upper end and the lower end of the third spring 9713 are respectively fixed on the bottom surface of the top plate 9711 and the top surface of the upper valve rod 9714, a linkage rod 9712 is arranged on the outer wall of the top plate 9711, the linkage rod 9712 is in clearance fit with the top plate 9711, the bottom of the lower closing valve rod 977 is provided with a sliding plate 975, the sliding plate 975 is buckled and fixed on the lower closing valve rod 977, a lower valve rod sliding sleeve 978 is arranged above the sliding plate 975, the lower valve rod sliding sleeve 978 and the lower closing valve rod 977 are in clearance fit, the left side and the right side of the lower closing valve rod 977 are provided with a second spring 971, the upper end and the lower end of the second spring 971 are respectively fixed on the bottom surface of the lower valve rod sliding sleeve 978 and the top surface of the sliding plate 975, the left end of the sliding plate 975 is provided with a roller 972, the sliding plate 975 is in clearance fit with a second sliding rail 973 arranged on the left side through the roller 972, two second pulleys 974 are arranged below the sliding plate 975 in parallel at equal intervals, the roller 972 is provided with a lifting pull rope 976, the lifting pull rope 976 and the second pulleys 974 are in clearance fit, the roller 972 is connected with a spring flow stopping plate 9710 through the lifting pull rope 976, the lower closing valve rod 977 is matched with the spring flow stopping plate 10, the top of the spring flow stopping plate 9710 is provided with a balance ball 979, the balance ball 979 is buckled and fixed on the spring flow stopping plate 9710, the motor contact switch 912 consists of a third sliding rail 9121, a conductive sheet 9122, a first pulley 9123, a pull rope 9124, a limiting block 9125, a fourth spring 9126 and a conductive support 9127, the top of the conductive support 9127 is provided with a conductive sheet 9122, the conductive sheet 9122 is matched with the conductive support 9127, the left side and the right side of the conductive sheet 9122 are provided with a third sliding rail 9121, the third sliding rail 9121 and the conductive sheet 9122 are in clearance fit, the conductive sheet 9122 is fixed on the conductive support 9127 through the third sliding rail 9121, the top of the third sliding rail 9121 is provided with a limiting block 9125, the limiting block 9125 is buckled and fixed on the third sliding rail 9121, the fourth spring 9126 is arranged between the conductive sheet 9122 and the conductive support 9127, the upper end and the lower end of the fourth spring 9126 are respectively fixed on the conductive sheet 9122 and the conductive support 9127, the rotating shaft 9109 is meshed with a second bevel gear 921 arranged at the right end of the transmission shaft 922 through a first bevel gear 9108, the driven shaft 944 is connected with the transmission shaft 922 through a second coupler 941 arranged at the right end, the shape and the size of the heater mechanical switch 99 and the shape and the structure of the motor contact switch 912 are the same, the heater mechanical switch 99 and the motor contact switch 912 are connected with the baffle 9102 through a pull rope 9124, when the baffle 9102 is pressed down, the pull rope 9124 is loosened, the conductive sheet 9122 and the conductive support 9127 are closed, and therefore the heater 910 and the automatic motor 9103 enter into a working state. The spring hinge is arranged at the connecting end of the baffle 9102 and the frame 913, the baffle 9102 can return automatically when no material is going on, and the top plate 9711 is in clearance fit with the pushing plate 923 through the linkage rod 9712.

The material is pumped into the plastering machine 4 from the charging barrel by using the feeding hose 8, the material is circularly conveyed onto the plastering plate 11 by using the conveying belt 3, then the plastering machine 4 climbs and lifts at the vertical rod 2 by using the wire winding and paying-off of the wire rope 12 by using the built-in wire winding barrel, so that the wall is uniformly crushed, when the plastering machine 4 is used for plastering the wall, the two sides of the plastering plate 11 are easy to drop the residual material, the putty connecting plate 10 can catch the residual material, the residual material is led into the putty collecting and crushing box 91 through the charging port 9101, the baffle 9102 can be pressed down when the material passes through the charging port 9101, the pull rope 9124 is loosened, the conductive sheet 9122 and the conductive support 9127 are closed, thereby realizing that the heater 910 and the automatic motor 9103 enter into a working state, the automatic motor 9103 drives the rotary shaft 9109 to stir the crushed impeller 9107 to crush the material which is coagulated into blocks, and the putty into the putty temperature-controlling heating box 98, the putty is heated and temperature-controlled by the heater 910, the putty is kept in a state of a certain viscosity and is not coagulated into a block, a pushing mechanism 92 is arranged at the top of the putty temperature control heating box 98, the material can be pressurized and drained to the material collecting box 95 by utilizing a pushing plate 923, a push rod 924 is arranged at the bottom of the pushing plate 923, a cam 926 is arranged at the top of the push rod 924, the cam 926 rotates along with the rotation of a transmission shaft 922, the cam 926 is matched with the push rod 924, when the cam 926 rotates to a higher end, the pushing plate 923 is pressed down, the left end of the pushing plate 923 is connected with a top plate 9711 through a transmission rod 9412, at the moment, a lower closing valve rod 977 and an upper closing valve rod 9715 are separated, when the material stored in the putty temperature control heating box 98 reaches a certain amount, a balance ball 979 is obliquely pressed down, a spring stop plate 9710 is driven to be pressed down, at the moment, a lifting pull rope 976 arranged on the surface of the spring stop plate 9710 is loosened, and a roller 972 is supported down along a second sliding rail 973 as shown in figure 3, the gyro wheel 972 adopts clearance fit with slide 975, so when gyro wheel 972 descends, slide 975 also can be driven to descend, consequently lower closed valve rod 977 descends, the inside material that stores of putty accuse temperature heating box 98 can flow completely to the collection box 95 this moment in, collection box 95 top is equipped with right conveying mechanism 93 and left conveying mechanism 94, can drive push rod 9415 luffing motion through right conveying mechanism 93 and left conveying mechanism 94, make the charge plate 9416 in the back and forth inner wall of collection box 95, thereby carry the material pressurization away, and guide the material into the feed cylinder through the hose.

The control mode of the invention is automatically controlled by the controller, the control circuit of the controller can be realized by simple programming of a person skilled in the art, the invention belongs to common knowledge in the art, and the invention is mainly used for protecting the mechanical device, so the invention does not explain the control mode and circuit connection in detail.

The heater 910 is an electric heater, so that the putty temperature-control heating box 98 can be kept at a certain temperature, and the putty is prevented from being burnt.

The invention solves the problems that most of the putty plastering machine in the prior art takes water and materials, the putty can work normally only by continuously feeding the materials manually, and the floor ash generated during plastering the wall surface can not be recycled, and the recyclable putty plastering machine can collect the fallen putty during plastering through the putty recycling device 9, then the putty is collected and stirred by the putty collecting and stirring box 91, the putty is enabled to be kept to be in a certain viscosity by heating after being led into the putty temperature control heating box 98, when the putty stored in the putty temperature control heating box 98 reaches a certain capacity, the spring flow stop plate 9710 is opened, the upper closed valve rod 9715 and the lower closed valve rod 977 are separated, the putty flows into the material collecting box 95 and is output and utilized through the right conveying mechanism 93 and the left conveying mechanism 94, so that the reutilization of the residual putty is realized, and the waste of the materials is reduced.

While the fundamental and principal features of the invention and advantages of the invention have been shown and described, it will be apparent to those skilled in the art that the invention is not limited to the details of the foregoing exemplary embodiments, but may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are, therefore, to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Furthermore, it should be understood that although the present disclosure describes embodiments, not every embodiment is provided with a separate embodiment, and that this description is provided for clarity only, and that the disclosure is not limited to the embodiments described in detail below, and that the embodiments described in the examples may be combined as appropriate to form other embodiments that will be apparent to those skilled in the art.

Claims

1. The utility model provides a recoverable putty wall plastering machine, its structure includes roof beam (1), pole setting (2), conveyer belt (3), wall plastering machine (4), control panel (5), power cord (6), truckle (7), pay-off hose (8), putty recycle device (9), putty fishplate bar (10), plastering plate (11), wire rope (12), plastering machine (4) top equidistance be equipped with two pole setting (2) side by side, pole setting (2) and plastering machine (4) adopt clearance fit, plastering machine (4) top central point put and be equipped with two wire rope (12) side by side equidistance, wire rope (12) and pole setting (2) cooperate, pole setting (2) top be equipped with roof beam (1), roof beam (1) lock fix on pole setting (2), plastering machine (4) rear end from a left side to the right side be equipped with control panel (5) and pay-off hose (8) respectively, control panel (5) hug closely and fix on plastering machine (4) surface groove, control panel (8) and power cord (6) are connected on the control panel (6), the left side and the right side below the feeding hose (8) are provided with casters (7), the casters (7) are fixed on the wall plastering machine (4) through screws, the bottom of the wall plastering machine (4) is provided with a putty recycling device (9), the putty recycling device (9) is buckled and fixed at the bottom of the wall plastering machine (4), the front end of the wall plastering machine (4) is provided with a plastering plate (11) and a putty connecting plate (10) from top to bottom, the plastering plate (11) is matched with the conveying belt (3), and the putty connecting plate (10) is matched with the putty recycling device (9); the method is characterized in that:

the putty recycling device (9) is composed of a putty collecting and crushing box (91), a pushing mechanism (92), a right conveying mechanism (93), a left conveying mechanism (94), a collecting box (95), a discharge hole (96), a flow stopping mechanism (97), a putty temperature control heating box (98), a heater mechanical switch (99), a putty heater (910), a motor contact switch (912) and a frame (913), wherein the putty collecting and crushing box (91), the putty temperature control heating box (98) and the collecting box (95) are respectively arranged from right to left, and are sequentially connected and fixed in the frame (913), the bottom of the putty collecting and crushing box (91) is provided with the motor contact switch (912), the upper end and the lower end of the motor contact switch (912) are respectively provided with the pushing mechanism (92) and the heater (910), the pushing mechanism (92) and the putty temperature control heating box (98) are in clearance fit, the putty heater (99) is connected with the heater (910) through the mechanical switch (99), heater mechanical switch (99) and heater (910) cooperate, collection material case (95) and putty accuse temperature heating cabinet (98) between be equipped with flow stopping mechanism (97), flow stopping mechanism (97) adopt clearance fit with collection material case (95) and putty accuse temperature heating cabinet (98), collection material case (95) top be equipped with left conveying mechanism (94) and right conveying mechanism (93) respectively from a left side to the right side, left conveying mechanism (94) and right conveying mechanism (93) and collection material case (95) swing joint, left conveying mechanism (94) and right conveying mechanism (93) and pushing equipment (92) adopt clearance fit, collection material case (95) bottom central point put and be equipped with discharge gate (96), discharge gate (96) and collection material case (95) be integrated structure.

2. The recyclable putty wall plastering machine as set forth in claim 1, further comprising: putty collection and stirring tank (91) constitute by feed inlet (9101), baffle (9102), automatic motor (9103), box (9104), first shaft coupling (9105), filter screen (9106), stirring impeller (9107), first conical gear (9108), rotation axis (9109), box (9104) bottom be equipped with automatic motor (9103), automatic motor (9103) pass through the screw fixation on box (9104) outer wall, box (9104) inside be equipped with rotation axis (9109), rotation axis (9109) be connected with automatic motor (9103) through first shaft coupling (9105), rotation axis (9109) on be equipped with stirring impeller (9107), stirring impeller (9107) hug closely and fix on rotation axis (9109), stirring impeller (9107) top be equipped with first conical gear (9108), first conical gear (9108) fix on rotation axis (9109), stirring impeller (9109) be equipped with on the side of the body (9109) and be equipped with on the side of the filter screen (9105) and the side of the box (9101) the filter screen (9103), the side of being equipped with (9101) and the filter screen (9109) on the side of the box (9101) the side of the filter screen (9101), the filter screen (9106) and the box body (9104) are in clearance fit.

3. The recyclable putty wall plastering machine as set forth in claim 1, further comprising: the pushing mechanism (92) consists of a second bevel gear (921), a transmission shaft (922), a pushing plate (923), a push rod (924), a sliding sleeve (925), a cam (926), a first spring (927) and a first sliding rail (924), wherein the second bevel gear (921) is arranged at the right end of the transmission shaft (922), the second bevel gear (921) is buckled and fixed on the transmission shaft (922), the cam (926) is arranged at the central position of the transmission shaft (922), the cam (926) and the transmission shaft (922) are in interference fit, the push rod (924) are arranged below the cam (926), the push rod (924) is matched with the cam (926), the sliding sleeve (925) and the push rod (924) are in clearance fit, the pushing plate (923) is arranged at the lower end of the push rod (924), the pushing plate (923) and the push rod (924) are welded, the pushing plate (923) is provided with the first sliding rail (928) at the left end, the first sliding rail (928) is in clearance fit with the first sliding rail (927), the upper end and the lower end of the first spring (927) are respectively fixed on the surface of the pushing plate (923) and the bottom surface of the first sliding rail (928).

4. The recyclable putty wall plastering machine as set forth in claim 1, further comprising: the flow stopping mechanism (97) consists of a second spring (971), a roller (972), a second sliding rail (973), a second pulley (974), a sliding plate (975), a lifting rope (976), a lower closing valve rod (977), a lower valve rod sliding sleeve (978), a balance ball (979), a spring flow stopping plate (9710), a top plate (9711), a linkage rod (9712), a third spring (9713), an upper valve rod sliding sleeve (9714) and an upper closing valve rod (9715), wherein the upper closing valve rod (9715) is matched with the lower closing valve rod (977), the top of the upper closing valve rod (9715) is provided with a top plate (9711), the top plate (9711) is fastened and fixed on the upper closing valve rod (9715), the lower part of the top plate (9711) is provided with an upper valve rod sliding sleeve (9714), the left and right sides of the upper closing valve rod (9715) are provided with a third spring (9713) by adopting clearance fit, the bottom surface of the third spring (9713) is provided with the upper closing valve rod (9711) by adopting clearance fit, the bottom surface of the upper closing valve rod (9711) is provided with the top plate (9711) by adopting the clearance fit between the top plate (9711), slide (975) lock fix on lower closure valve rod (977), slide (975) top be equipped with lower valve rod sliding sleeve (978), lower valve rod sliding sleeve (978) and lower closure valve rod (977) adopt clearance fit, lower closure valve rod (977) left and right sides be equipped with No. two springs (971), no. two springs (971) about both ends fix respectively on lower valve rod sliding sleeve (978) bottom surface and slide (975) top surface, slide (975) left end be equipped with gyro wheel (972), slide (975) through gyro wheel (972) and second slide rail (973) that the left side was equipped with, slide (975) below side by side be equipped with two second pulleys (974), gyro wheel (972) on be equipped with promotion stay cord (976), promotion stay cord (976) and second pulley (974) adopt clearance fit, gyro wheel (972) through promotion stay cord (976) and spring balance plate (9710) are equipped with stop ball (979) on the top of stopping plate (9710).

5. The recyclable putty wall plastering machine as set forth in claim 1, further comprising: motor contact switch (912) constitute by third slide rail (9121), conducting strip (9122), first pulley (9123), stay cord (9124), stopper (9125), no. four springs (9126), electrically conductive support (9127) top be equipped with conducting strip (9122), conducting strip (9122) and electrically conductive support (9127) cooperate, conducting strip (9122) left and right sides be equipped with third slide rail (9121), third slide rail (9121) and conducting strip (9122) adopt clearance fit, conducting strip (9122) fix on electrically conductive support (9127) through third slide rail (9121), third slide rail (9121) top be equipped with stopper (9125), stopper (9125) lock fix on third slide rail (9121), conducting strip (9122) and electrically conductive support (9127) between be equipped with No. four springs (9126), no. four springs (9126) fix on conducting strip (9127) and electrically conductive support (9127) respectively.

6. The recyclable putty wall plastering machine as set forth in claim 2, further comprising: the rotary shaft (9109) is meshed with a second bevel gear (921) arranged at the right end of the transmission shaft (922) through a first bevel gear (9108).

7. The recyclable putty wall plastering machine as set forth in claim 1, further comprising: the left conveying mechanism (94) and the right conveying mechanism (93) are arranged in a mirror image mode by taking the vertical center line of the guide plate (942) as an axis.

8. The recyclable putty wall plastering machine as set forth in claim 1, further comprising: the heater mechanical switch (99) and the motor contact switch (912) have the same shape, size and composition structure.