CN108442700A

CN108442700A - A kind of building template cleaning equipment

Info

Publication number: CN108442700A
Application number: CN201810529874.4A
Authority: CN
Inventors: 汪永平
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-05-29
Filing date: 2018-05-29
Publication date: 2018-08-24

Abstract

The present invention relates to building template cleaning equipment technical fields, and disclose a kind of building template cleaning equipment, including shell, the lower part of the shell inner cavity is provided with transmission mechanism, it is provided on the left of the shell inner cavity middle top and wears away mechanism, middle part at the top of the shell inner cavity is fixedly connected with clamping device, middle part at the top of the shell inner cavity is fixedly connected with flushing machine, bottom on the left of the shell is communicated with blow-off pipe, it is fixedly connected with blast pipe on the right side of the shell inner cavity front and the back side, the left side of two blast pipe opposite sides is uniformly provided with air nozzle from top to bottom, it is communicated with guide duct at the top of the blast pipe, the one end of the guide duct far from blast pipe is communicated with wind turbine through shell.The present invention solves the problems, such as that traditional architecture template cleaning way is functional poor so that the building template cleaning equipment functional.

Description

A kind of building template cleaning equipment

Technical field

The present invention relates to building template cleaning equipment technical field, specially a kind of building template cleaning equipment.

Background technology

Building template is a kind of temporary supporting structure, is made by design requirement, makes concrete structure, component by defined Position, geometric dimension forming, keep its correct position, and bear the external loads of building template dead weight and effect on it, into The purpose of row form work engineering is to ensure concrete engineering quality and construction safety, accelerate construction progress and reduce engineering cost, existing In some building templates, rectangle template is relatively conventional one kind, and building template is in use, it will usually be made repeatedly With after each use, being required for carrying out building template certain cleaning.

Currently, in traditional architecture template cleaning process, building template is usually immersed in a period of time in pond, then Building template is picked up, its surface is cleaned, since the surface of building template would generally be stained with concrete, the later stage relies on When artificial cleaning, time-consuming and laborious and inconvenient, still, in view of different building templates, actual thickness has centainly Difference, therefore when using machinery to its surface clean, machinery is often difficult to adapt to the template of different-thickness, this results in tradition The problem of building template cleaning way work(difference occurs.

Invention content

（One）The technical issues of solution

In view of the deficiencies of the prior art, the present invention provides a kind of building template cleaning equipment, it is clear to solve traditional architecture template Wash the problem of the functional difference of mode.

（Two）Technical solution

To achieve the above object, the present invention provides the following technical solutions：A kind of building template cleaning equipment, including shell, it is described The lower part of shell inner cavity is provided with transmission mechanism, is provided on the left of the shell inner cavity middle top and wears away mechanism, described outer Clamping device is fixedly connected in the middle part of shell inner cavity top, the middle part at the top of the shell inner cavity is fixedly connected with flushing machine, Bottom on the left of the shell is communicated with blow-off pipe, and spray wind has been fixedly connected on the right side of the shell inner cavity front and the back side Pipe, the left side of two blast pipe opposite sides is uniformly provided with air nozzle, is communicated with and leads at the top of the blast pipe from top to bottom Air hose, the one end of the guide duct far from blast pipe are communicated with wind turbine through shell.

Preferably, the transmission mechanism include first motor, transmission shaft, the first runner, belt, pushing block, the second runner, Fixed support plate, movable supporting plate, groove, driving block, the first lead screw, the first thread bush, bottom plate and transmission sliding slot, it is described outer The lower part of shell inner cavity frontal left is fixedly connected with first motor, and the back side of the first motor is connected with transmission shaft, the biography The back side of moving axis is socketed with the first runner through shell, and belt, the belt top are connected on the outside of first runner It is fixedly connected with pushing block on the left of portion, the second runner is connected on the right side of the belt inner cavity, second runner is just The middle part in face is connect with the lower removable of the positive right side of face of shell inner cavity, and the second runner and the first runner are located at same level On, fixed support plate is fixedly connected in the middle part of the shell inner cavity frontal left, the back side of the fixed support plate is provided with Movable supporting plate, the fixed support plate side opposite with movable supporting plate open up fluted, and two grooves are with clamped Center line between fagging and movable supporting plate is symmetric, and the bottom of the movable supporting plate is fixedly connected with driving block, The first lead screw is connected in the middle part of the movable supporting back, the middle part on the outside of first lead screw is threaded with One thread bush, and the outside of the first thread bush and the middle part on the left of shell rear surface are socketed, a left side for the shell inner cavity lower backside Side is fixedly connected with bottom plate, and the front of the bottom plate middle top offers transmission sliding slot.

Preferably, the bottom of the driving block runs through transmission sliding slot and extends to the inner cavity of transmission sliding slot, and is driven and slides The bottom of block is flexibly connected with the bottom of transmission sliding slot inner cavity, and fixed support plate is extended at the top of the pushing block and is propped up with activity Height between fagging, and at the top of pushing block is more than the height of groove intracavity bottom.

Preferably, the mechanism of wearing away includes power frame, straight slot, the first power sliding block, movable stand, the second thread bush, Two lead screws, the second power sliding block, the first connecting shaft, first movement angular wheel, second movement angular wheel, the second connecting shaft, Emery wheel, flexible sliding block, axle sleeve, flexible chute, the first dynamic conical gear, the second dynamic conical gear, the second motor, third are dynamic Power angular wheel, the 4th dynamic conical gear and power slide way are fixedly connected on the left of the shell inner cavity middle top dynamic Power frame, the left side in the middle part of the power frame bottom offer straight slot, and the front of the straight slot inner cavity is connected with the back side First power sliding block, movable stand is fixedly connected between two the first power sliding blocks, and the top of the positive Middle face of movable stand is solid Surely it is connected with the second thread bush, the thread in inner cavity of second thread bush is connected with the second lead screw, and the top of the movable stand is solid Surely it is connected with the second power sliding block, the middle part on the right side of the movable stand inner cavity is interspersed with the first connecting shaft, first connecting shaft Left end be socketed with first movement angular wheel through movable stand, is engaged on the left of first movement angular wheel bottom Two movement angular wheels, the second movement angular wheel are fixedly connected with the second connecting shaft in the middle part of bottom, and described second connects The bottom of spindle has been fixedly connected with emery wheel with the bottom of power frame, and the right side of the first connecting shaft top and bottom is fixed It is connected with flexible sliding block, the right part on the outside of first connecting shaft is socketed with axle sleeve, and the bore sleeve top and bottom is opened Equipped with flexible chute, the right side on the outside of the axle sleeve is socketed with the first dynamic conical gear, the first dynamic conical gear top It is engaged with the second dynamic conical gear on the left of portion, the second electricity is fixedly connected in the middle part of the second dynamic conical gear top The right end of machine, the axle sleeve is fixedly connected with third dynamic conical gear, is nibbled on the right side of the third dynamic conical gear bottom Conjunction has the 4th dynamic conical gear, and power slide way is offered on the left of the power frame inner cavity top.

Preferably, the right end of second lead screw is fixed by the top of link block and power frame inner cavity frontal left and is connected It connects, the top of second power sliding block is connect through power slide way inner cavity and with the top movable of power slide way inner cavity, two Middle part at the top of emery wheel extends through movable stand and moves angular wheel and the 4th dynamic conical tooth with power frame and respectively with second The bottom of wheel is fixedly connected, and the right end of first connecting shaft runs through axle sleeve and extends to the inner cavity of axle sleeve, and two flexible cunnings Side of the block far from the first connecting shaft extends through two flexible chutes and is flexibly connected with the inner cavity of two flexible chutes, described Second motor is located at the left side of cover top portion, and the output shaft of the second motor sequentially passes through shell and power frame and extends to power The bottom of the inner cavity of frame, the movable stand runs through power frame and extends to the outside of power frame.

Preferably, the clamping device includes top connecting plate, platform sling, sleeve column, telescopic mast, baffle, rubber wheel and spring, Middle part at the top of the shell inner cavity is fixedly connected with top connecting plate, and the front of the top connecting plate bottom is solid with the back side Surely it is connected with platform sling, middle part and the lower part of two platform sling opposite sides have been fixedly connected with sleeve column, and the sleeve column is far from platform sling One end is plugged with telescopic mast, and the one end of the telescopic mast far from platform sling is fixedly connected with baffle, and the baffle is far from platform sling one The top of side is connected with rubber wheel with lower part, and the baffle and the top of the interdependent side of platform sling are fixedly connected with lower part There is spring, and the front of spring is fixedly connected with platform sling.

Preferably, the flushing machine includes water tank, water pump, aqueduct and water spray plate, and the middle part of the cover top portion is solid Surely it is connected with water tank, the bottom on the right side of the water tank is communicated with water pump, and the bottom of the water pump is communicated with aqueduct, the water guide The one end of pipe far from water pump is communicated with water spray plate, and the number of the water spray plate is two, the opposite side difference of two water spray plates It is fixedly connected on the right side of shell inner cavity front and the back side, and two opposite sides of water spray plate are the structure with through-hole.

Preferably, it is fixedly connected on the right side of the bottom of the water pump and cover top portion, and shell is run through at the top of aqueduct And it is connected to the bottom of water pump.

Preferably, the back side of first lead screw and the second lead screw runs through shell and extends to the outside of shell, described The bottom structure with left lower than right of shell inner cavity.

Operation principle：Forward direction rotates backward the second lead screw, and the second lead screw can allow the second thread bush to generate front and back shifting Dynamic, at this point, the second thread bush drives movable stand to be integrally moved forward and backward, and the emery wheel of movable stand bottom follows movable stand to synchronize fortune It is dynamic, successively, the distance between two emery wheels can be adjusted, and in the process, movable stand can drive the first connecting shaft axle sleeve again Inner cavity stretching motion, meanwhile, flexible sliding block can be moved forward and backward in flexible chute inner cavity, and by flexible sliding block front and back side bucket The mutual barrier effect in flexible chute inner cavity front and the back side, the first connecting shaft turn after bore sleeve back-and-forth motion in axle sleeve When dynamic, axle sleeve still can effectively drive the first connecting shaft to rotate, after ensureing that the distance between two emery wheels is adjusted, two The opposite side of emery wheel still can effectively wear away the two sides of building template so that the building template cleaning equipment can Effectively cleaning different-thickness building template the advantages of, start first motor, first motor can pass through transmission shaft, the first runner, the Two runners and belt drive pushing block movement, and it is clear that pushing block can push building template to move from left to right completion in moving process Journey is washed, and rotates the first lead screw forward or backwards, in the first thread bush inner cavity, rotation will produce front and back movement to the first lead screw, And coordinate driving block to be moved forward and backward in transmission sliding slot inner cavity and effectively movable supporting plate is driven to be moved forward and backward, it can adjust solid Determine the distance between support plate and movable supporting plate, and the bottom of groove inner cavity can effectively prop up the bottom of building block Support, the side of groove inner cavity can effectively help the side of building template, ensure steady in building template moving process It is qualitative, and in the initial state, the distance between shell inner cavity tow sides baffle be set as between minimum thickness template away from From when building template is by between two baffles, rubber wheel can be effectively to the top and lower part of building template tow sides Contact carries out clamp standoff, and swaying forwards and backwards by the elastic force effective damping building template of spring to building template, improves steady It is qualitative, and when the big building template of cleaning thickness, for building template under the promotion of pushing block, right side can be squeezed into positive and negative two And it can be by rubber wheel and block compressed spring, at this point, telescopic mast ensures gear in the inner cavity stretching motion of sleeve column between the baffle of face Plate is inconvenient in vertical direction position and is moved forward and backward according to template thickness, at this point, rubber wheel also can be in the elastic force of spring Effect is lower to keep, to the clamping action of building template, further having ensured the stability of the building template cleaning equipment, having worn away Later, start water pump, the water in water tank is sent by aqueduct in water spray plate by water pump, and water spray plate is close to the side of building template For the structure with through-hole, therefore, the flow entered in water spray plate can spray to building template by the effective uniform divided flows pump of through-hole Tow sides further can wash away the two sides of building template using the impact force of flow, improve the effect of cleaning, most After start wind turbine, wind turbine can provide high-speed flow for blast pipe, and air-flow, which enters after blast pipe, effectively to be shunted and sprayed by air nozzle To building template tow sides, on the one hand further building template is rinsed, sewage is allowed to be detached from building template, another party Face, air-flow can not only allow the flow fallen on conveyer belt to timely enter the bottom of shell inner cavity, but also can prevent emery wheel from grinding Chamber drifts to enter and causes secondary pollution on the right side of shell inner cavity the dust fallen inside the shell, has further ensured the building template The cleaning performance of cleaning equipment.

（Three）Advantageous effect

The present invention provides a kind of building template cleaning equipments.Has following advantageous effect：

（1）, the present invention passes through the second lead screw, the second thread bush, movable stand, the first connecting shaft, flexible sliding block, flexible chute is arranged And axle sleeve so that forward direction rotates backward the second lead screw, and the second lead screw can allow the second thread bush to generate front and back movement, this When, the second thread bush drives movable stand to be integrally moved forward and backward, and the emery wheel of movable stand bottom follows movable stand to move synchronously, according to It is secondary, the distance between two emery wheels can be adjusted, and in the process, movable stand can drive the first connecting shaft, and bore sleeve is stretched again Contracting movement, meanwhile, flexible sliding block can be moved forward and backward in flexible chute inner cavity, and stretched and slided by flexible sliding block front and back side bucket The mutual barrier effect in slot inner cavity front and the back side, the first connecting shaft is after bore sleeve back-and-forth motion, when axle sleeve rotates, axis Set still can effectively drive the first connecting shaft to rotate, after ensureing that the distance between two emery wheels is adjusted, two emery wheel phases To side still effectively the two sides of building template can be worn away, can to realize the building template cleaning equipment The advantages of effectively cleaning different-thickness building template.

（2）, the present invention is by being arranged fixed support plate, movable supporting plate, groove, the first lead screw, the first thread bush and pushing away Motion block so that start first motor, first motor can drive pushing block by transmission shaft, the first runner, the second runner and belt Mobile, pushing block can push building template to move from left to right in moving process and complete cleaning process, and turn forward or backwards Dynamic first lead screw, in the first thread bush inner cavity, rotation will produce front and back movement to the first lead screw, and driving block is coordinated to be driven Sliding slot inner cavity, which is moved forward and backward, effectively drives movable supporting plate to be moved forward and backward, and can adjust fixed support plate and movable supporting plate The distance between, and the bottom of groove inner cavity can effectively be supported the bottom of building block, the side energy of groove inner cavity It is enough that effectively the side of building template is helped, it can effectively be driven different thickness to realize the building template cleaning equipment The template of degree and the advantages of complete cleaning process.

（3）, the present invention passes through spring, rubber wheel, baffle, telescopic mast and sleeve column is arranged so that in the initial state, shell The distance between inner cavity tow sides baffle is set as the distance between minimum thickness template, when building template passes through two baffles Between when, the top and lower contacts that rubber wheel can be effectively to building template tow sides, to building template carry out clamping branch Support, and swaying forwards and backwards by the elastic force effective damping building template of spring improve stability, and when the big building of cleaning thickness When template, under the promotion of pushing block, right side can be squeezed between tow sides baffle and can be by rubber wheel building template With block compressed spring, at this point, telescopic mast the inner cavity stretching motion of sleeve column ensure baffle in vertical direction position inconvenient and root It is moved forward and backward according to template thickness, at this point, rubber wheel can also keep the folder to building template under the effect of the elastic force of spring The effect of holding, to further ensure the stability of the building template cleaning equipment.

（4）, the present invention passes through water pump and water spray plate is arranged so that start water pump, water pump is by the water in water tank by aqueduct It is sent into water spray plate, and water spray plate is therefore the structure with through-hole enters in water spray plate close to the side of building template Flow can spray to building template tow sides by the effective uniform divided flows pump of through-hole, the impact force of flow can be utilized further to building The two sides of building mould is washed away, and the effect of cleaning is improved.

（5）, the present invention passes through wind turbine and blast pipe is arranged so that start wind turbine, wind turbine can provide at a high speed for blast pipe Air-flow, air-flow is effectively shunted by air nozzle and sprays to building template tow sides after entering blast pipe, on the one hand further to building Building mould is rinsed, and allows sewage to be detached from building template, on the other hand, air-flow can not only allow the flow fallen on conveyer belt timely The bottom of shell inner cavity is entered, and dust that emery wheel grinds off can be prevented chamber drifts and enters shell inner cavity inside the shell Secondary pollution is caused on right side, to further ensure the cleaning performance of the building template cleaning equipment.

Description of the drawings

Fig. 1 is schematic structural view of the invention；

Fig. 2 is the schematic diagram of transmission mechanism of the present invention；

Fig. 3 is the schematic diagram that the present invention wears away mechanism；

Fig. 4 is enlarged drawing at A in Fig. 3；

Fig. 5 is enlarged drawing at B in Fig. 4；

Fig. 6 is the schematic diagram of clamping device of the present invention.

In figure：1 shell, 2 transmission mechanisms, 201 first motors, 202 transmission shafts, 203 first runners, 204 belts, 205 push away Motion block, 206 second runners, 207 fixed support plates, 208 movable supporting plates, 209 grooves, 210 driving blocks, 211 first lead screws, Mechanism, 301 power frames, 302 straight slots, 303 first power cunning are worn away in 212 first thread bush, 213 bottom plates, 214 transmission sliding slots, 3 Block, 304 movable stands, 305 second thread bush, 306 second lead screws, 307 second power sliding blocks, 308 first connecting shafts, 309, first Mobile angular wheel, 310 second movement angular wheels, 311 second connecting shafts, 312 emery wheels, 313 flexible sliding blocks, 314 axle sleeves, 315 flexible chutes, 316 first dynamic conical gears, 317 second dynamic conical gears, 318 second motors, 319 third power cone Shape gear, 320 the 4th dynamic conical gears, 321 power slide ways, 4 clamping devices, 401 connecting plates, 402 platform slings, 403 sleeve columns, 404 telescopic masts, 405 baffles, 406 rubber wheels, 407 springs, 5 flushing machines, 501 water tanks, 502 water pumps, 503 aqueducts, 504 sprays Water plate, 6 blow-off pipes, 7 blast pipes, 8 air nozzles, 9 guide ducts, 10 wind turbines.

Specific implementation mode

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

As shown in figures 1 to 6, the present invention provides a kind of technical solution：A kind of building template cleaning equipment, including shell 1, outside The lower part of 1 inner cavity of shell is provided with transmission mechanism 2, transmission mechanism 2 include first motor 201, transmission shaft 202, the first runner 203, Belt 204, pushing block 205, the second runner 206, fixed support plate 207, movable supporting plate 208, groove 209, driving block 210, the first lead screw 211, the first thread bush 212, bottom plate 213 and transmission sliding slot 214, the lower part of 1 inner cavity frontal left of shell are solid Surely it is connected with first motor 201, the back side of first motor 201 is connected with transmission shaft 202, and shell 1 is run through at the back side of transmission shaft 202 It is socketed with the first runner 203, the outside of the first runner 203 is connected with belt 204, and the left side at 204 top of belt, which is fixed, to be connected Be connected to pushing block 205, be connected with the second runner 206 on the right side of 204 inner cavity of belt, 206 positive middle part of the second runner with The lower removable of the positive right side of face in 1 inner cavity of shell connects, and the second runner 206 and the first runner 203 are located in same level, outside Fixed support plate 207 is fixedly connected in the middle part of 1 inner cavity frontal left of shell, the back side of fixed support plate 207 is provided with movable branch Fagging 208, the side opposite with movable supporting plate 208 of fixed support plate 207 open up fluted 209, and two grooves 209 with Center line between clamped fagging and movable supporting plate 208 is symmetric, and the bottom of movable supporting plate 208 is fixedly connected with transmission Sliding block 210 is connected with the first lead screw 211, the middle part spiral shell in 211 outside of the first lead screw in the middle part of 208 back side of movable supporting plate Line is connected with the first thread bush 212, and the outside of the first thread bush 212 is socketed with the middle part on the left of 1 back side of shell, in shell 1 Bottom plate 213 is fixedly connected on the left of chamber lower backside, the front of 213 middle top of bottom plate offers transmission sliding slot 214, transmission The bottom of sliding block 210 runs through transmission sliding slot 214 and extends to the inner cavity of transmission sliding slot 214, and the bottom of driving block 210 and biography The bottom flexible connection of dynamic 214 inner cavity of sliding slot, the top of pushing block 205 extends to fixed support plate 207 and movable supporting plate 208 Between, and the height at 205 top of pushing block is more than the height of 209 intracavity bottom of groove, the first lead screw 211 and the second lead screw 306 The back side run through shell 1 and extend to the outside of shell 1, the bottom structure with left lower than right of 1 inner cavity of shell passes through to be arranged and fix Support plate 207, movable supporting plate 208, groove 209, the first lead screw 211, the first thread bush 212 and pushing block 205 so that start First motor 201, first motor 201 can be driven by transmission shaft 202, the first runner 203, the second runner 206 and belt 204 and be pushed away Motion block 205 moves, and pushing block 205 can push building template to move from left to right in moving process and complete cleaning process, and just To or rotate backward the first lead screw 211, in 212 inner cavity of the first thread bush, rotation will produce front and back movement to the first lead screw 211, and Cooperation driving block 210 is moved forward and backward in 214 inner cavity of transmission sliding slot effectively drives movable supporting plate 208 to be moved forward and backward, can To adjust the distance between fixed support plate 207 and movable supporting plate 208, and the bottom of 209 inner cavity of groove can be effectively to building The bottom of built module is supported, and the side of 209 inner cavity of groove can effectively help the side of building template, to real The advantages of building template cleaning equipment can effectively be driven the template of different-thickness and complete cleaning process is showed, in shell 1 Left side in the middle part of top of chamber, which is provided with, wears away mechanism 3, and it includes power frame 301, straight slot 302, the first power sliding block to wear away mechanism 3 303, movable stand 304, the second thread bush 305, the second lead screw 306, the second power sliding block 307, the first connecting shaft 308, first are moved Dynamic angular wheel 309, second move angular wheel 310, the second connecting shaft 311, emery wheel 312, flexible sliding block 313, axle sleeve 314, Flexible chute 315, the first dynamic conical gear 316, the second dynamic conical gear 317, the second motor 318, third dynamic conical Gear 319, the 4th dynamic conical gear 320 and power slide way 321, the left side in the middle part of 1 inner cavity top of shell are fixedly connected with dynamic Power frame 301, the left side in the middle part of 301 bottom of power frame offer straight slot 302, the front of 302 inner cavity of straight slot with the back side activity even It is connected to the first power sliding block 303, movable stand 304,304 front of movable stand are fixedly connected between two the first power sliding blocks 303 The top at middle part is fixedly connected with the second thread bush 305, and the thread in inner cavity of the second thread bush 305 is connected with the second lead screw 306, moves The top of moving frame 304 is fixedly connected with the second power sliding block 307, and the middle part on the right side of 304 inner cavity of movable stand is interspersed with the first connection The left end of axis 308, the first connecting shaft 308 is socketed with first movement angular wheel 309, first movement taper through movable stand 304 The second movement angular wheel 310 is engaged on the left of 309 bottom of gear, the middle part of the second 310 bottom of movement angular wheel is fixed It is connected with the second connecting shaft 311, the bottom of the second connecting shaft 311 has been fixedly connected with emery wheel 312 with the bottom of power frame 301, Flexible sliding block 313, the right part in 308 outside of the first connecting shaft have been fixedly connected on the right side of first connecting shaft, 308 top and bottom It is socketed with axle sleeve 314,314 inner cavity top of axle sleeve offers flexible chute 315, the right side socket in 314 outside of axle sleeve with bottom There are the first dynamic conical gear 316, the left side at 316 top of the first dynamic conical gear to be engaged with the second dynamic conical gear 317, The middle part at the top of the second dynamic conical gear 317 is fixedly connected with the second motor 318, and the right end of axle sleeve 314 is fixedly connected with the Three dynamic conical gears 319, third dynamic conical gear are engaged with the 4th dynamic conical gear 320, power on the right side of 319 bottom Power slide way 321 is offered on the left of 301 inner cavity top of frame, the right end of the second lead screw 306 passes through in link block and power frame 301 The top of chamber frontal left is fixedly connected, and the top of the second power sliding block 307 is through 321 inner cavity of power slide way and and power slide way The top movable of 321 inner cavities connects, and the middle part at two 312 tops of emery wheel extends through movable stand 304 and power frame 301 and difference It is fixedly connected with the bottom of the 4th dynamic conical gear 320 with the second movement angular wheel 310, the right end of the first connecting shaft 308 Through axle sleeve 314 and extend to the inner cavity of axle sleeve 314, and side difference of two flexible sliding blocks 313 far from the first connecting shaft 308 It is flexibly connected through two flexible chutes 315 and with the inner cavity of two flexible chutes 315, the second motor 318 is located at 1 top of shell Left side, and the output shaft of the second motor 318 sequentially passes through shell 1 and power frame 301 and extends to the inner cavity of power frame 301, The bottom of movable stand 304 runs through power frame 301 and extends to the outside of power frame 301, passes through and the second lead screw 306, second is arranged Thread bush 305, movable stand 304, the first connecting shaft 308, flexible sliding block 313, flexible chute 315 and axle sleeve 314 so that it is positive or Person rotates backward the second lead screw 306, and the second lead screw 306 can allow the second thread bush 305 to generate front and back movement, at this point, the second spiral shell Line set 305 drives movable stand 304 is whole to be moved forward and backward, and the emery wheel 312 of 304 bottom of movable stand follows movable stand 304 to synchronize fortune It is dynamic, successively, the distance between two emery wheels 312 can be adjusted, and in the process, movable stand 304 can drive the first connecting shaft 308 314 inner cavity stretching motions of axle sleeve again, meanwhile, the sliding block 313 that stretches can be moved forward and backward in 315 inner cavity of flexible chute, and be stretched The mutual barrier effect in 313 front of contracting sliding block and the back side bucket flexible chute 315 inner cavity front and the back side, the first connecting shaft 308 exist After 314 inner cavity of axle sleeve is moved forward and backward, when axle sleeve 314 rotates, axle sleeve 314 still can effectively drive 308 turns of the first connecting shaft Dynamic, after ensureing that the distance between two emery wheels 312 is adjusted, the opposite side of two emery wheels 312 still can be effectively to building The two sides of building mould is worn away, and different-thickness building template can be effectively cleaned to realize the building template cleaning equipment The advantages of, clamping device 4 is fixedly connected in the middle part of 1 inner cavity top of shell, clamping device 4 includes top connecting plate 401, platform sling 402, sleeve column 403, telescopic mast 404, baffle 405, rubber wheel 406 and spring 407 are fixedly connected in the middle part of 1 inner cavity top of shell There are top connecting plate 401, front and the back side of 401 bottom of top connecting plate to be fixedly connected with platform sling 402, two platform slings 402 The middle part of opposite side has been fixedly connected with sleeve column 403 with lower part, and the one end of sleeve column 403 far from platform sling 402 is plugged with flexible Column 404, the one end of telescopic mast 404 far from platform sling 402 are fixedly connected with baffle 405, and baffle 405 is upper far from 402 side of platform sling Portion is connected with rubber wheel 406 with lower part, and baffle 405 and the top of 402 interdependent side of platform sling are fixedly connected with lower part Have a spring 407, and the front of spring 407 is fixedly connected with platform sling 402, by setting spring 407, rubber wheel 406, baffle 405, Telescopic mast 404 and sleeve column 403 so that in the initial state, the distance between 1 inner cavity tow sides baffle 405 of shell is set as The distance between minimum thickness template, when building template is by between two baffles 405, rubber wheel 406 can be effectively to building The top of building mould tow sides and lower contacts carry out clamp standoff to building template, and effective by the elastic force of spring 407 Damping building template sways forwards and backwards, and improves stability, and when the big building template of cleaning thickness, building template is in pushing block Under 205 promotion, right side can be squeezed between tow sides baffle 405 and can be by rubber wheel 406 and block compressed spring 407, at this point, telescopic mast 404 ensures baffle 405 in the inconvenient simultaneously basis in vertical direction position in the inner cavity stretching motion of sleeve column 403 Template thickness is moved forward and backward, at this point, rubber wheel 406 can also be kept under the effect of the elastic force of spring 407 to building template Clamping action, to further ensure the stability of the building template cleaning equipment, the middle part of 1 inner cavity top of shell is fixed It is connected with flushing machine 5, flushing machine 5 includes water tank 501, water pump 502, aqueduct 503 and water spray plate 504,1 top of shell Middle part is fixedly connected with water tank 501, and the bottom on 501 right side of water tank is communicated with water pump 502, and the bottom of water pump 502 is communicated with water guide Pipe 503, the one end of aqueduct 503 far from water pump 502 are communicated with water spray plate 504, and the number of water spray plate 504 is two, two sprays The opposite side of water plate 504 is fixedly connected on the right side of 1 inner cavity front of shell and the back side respectively, and two water spray plates 504 are opposite Side be the structure with through-hole, the bottom of water pump 502 is fixedly connected with the right side at 1 top of shell, and aqueduct 503 Top is connected to through shell 1 and with the bottom of water pump 502, by the way that water pump 502 and water spray plate 504 is arranged so that starts water pump 502, the water in water tank 501 is sent by aqueduct 503 in water spray plate 504 by water pump 502, and water spray plate 504 is close to building template Side be the structure with through-hole, therefore, the flow entered in water spray plate 504 can be sprayed to by through-hole effective uniform divided flows pump Building template tow sides further can wash away the two sides of building template using the impact force of flow, and cleaning is improved Effect, the bottom in the left side of shell 1 is communicated with blow-off pipe 6, spray wind has been fixedly connected on the right side of 1 inner cavity front of shell and the back side The left side of pipe 7, two 7 opposite sides of blast pipe is uniformly provided with air nozzle 8 from top to bottom, and the top of blast pipe 7, which is communicated with, leads Air hose 9, the one end of guide duct 9 far from blast pipe 7 are communicated with wind turbine 10 through shell 1, by the way that wind turbine 10 and blast pipe 7 is arranged, So that starting wind turbine 10, wind turbine 10 can be that blast pipe 7 provide high-speed flow, and air-flow enters effective by air nozzle 8 after blast pipe 7 Building template tow sides are shunted and are sprayed to, on the one hand further building template is rinsed, sewage is allowed to be detached from building template, On the other hand, air-flow can not only allow the flow fallen on conveyer belt to timely enter the bottom of 1 inner cavity of shell, but also can prevent The dust that emery wheel 312 is ground off drifts to enter on the right side of 1 inner cavity of shell in 1 inner cavity of shell causes secondary pollution, to further The cleaning performance of the building template cleaning equipment is ensured.

Operation principle：Forward direction rotates backward the second lead screw 306, and the second lead screw 306 can allow the second thread bush 305 to generate Front and back movement, at this point, the second thread bush 305 drives movable stand 304 is whole to be moved forward and backward, and the emery wheel of 304 bottom of movable stand 312 follow movable stand 304 to move synchronously, and successively, can adjust the distance between two emery wheels 312, and in the process, it is mobile Frame 304 can drive the first connecting shaft 308 314 inner cavity stretching motion of axle sleeve again, meanwhile, the sliding block 313 that stretches can be in flexible chute 315 Inner cavity is moved forward and backward, and by the mutual blocking in 313 front of flexible sliding block and the back side bucket flexible chute 315 inner cavity front and the back side Effect, after the first connecting shaft 308 is moved forward and backward in 314 inner cavity of axle sleeve, when axle sleeve 314 rotates, axle sleeve 314 still can be effective Drive the first connecting shaft 308 to rotate, after ensureing that distance between two emery wheels 312 is adjusted, two emery wheels 312 it is opposite one Side still can effectively wear away the two sides of building template so that the building template cleaning equipment can effectively clean difference The advantages of thickness building template, start first motor 201, first motor 201 can pass through transmission shaft 202, the first runner 203, the Two runners 206 and belt 204 drive pushing block 205 to move, and pushing block 205 can push building template from left-hand in moving process It moves right and completes cleaning process, and rotate the first lead screw 211 forward or backwards, the first lead screw 211 is in 212 inner cavity of the first thread bush Rotation will produce front and back movement, and driving block 210 is coordinated to be moved forward and backward effective drive activity branch in 214 inner cavity of transmission sliding slot Fagging 208 is moved forward and backward, and can adjust the distance between fixed support plate 207 and movable supporting plate 208, and groove 209 The bottom of inner cavity can effectively be supported the bottom of building block, and the side of 209 inner cavity of groove can be effectively to building mould The side of plate is helped, and ensures the stability in building template moving process, and in the initial state, 1 inner cavity of shell is positive and negative The distance between two sides baffle 405 is set as the distance between minimum thickness template, when building template by two baffles 405 it Between when, the top and lower contacts that rubber wheel 406 can be effectively to building template tow sides, to building template carry out clamping branch Support, and swaying forwards and backwards by the elastic force effective damping building template of spring 407 improve stability, and when cleaning thickness is big When building template, building template is under the promotion of pushing block 205, and right side can be squeezed between tow sides baffle 405 and meeting By rubber wheel 406 and block compressed spring 407, at this point, telescopic mast 404 ensures baffle in the inner cavity stretching motion of sleeve column 403 405 is inconvenient in vertical direction position and moved forward and backward according to template thickness, at this point, rubber wheel 406 also can be in spring 407 Elastic force effect it is lower keep, to the clamping action of building template, further having ensured the stability of the building template cleaning equipment, After wearing away, start water pump 502, the water in water tank 501 is sent by aqueduct 503 in water spray plate 504 by water pump 502, and is sprayed Water plate 504 is the structure with through-hole close to the side of building template, and therefore, the flow entered in water spray plate 504 can be led to The effective uniform divided flows pump in hole sprays to building template tow sides, the impact force of flow can be utilized further to the two of building template Face is washed away, and the effect of cleaning is improved, and finally starts wind turbine 10, and wind turbine 10 can be that blast pipe 7 provides high-speed flow, air-flow Effectively shunt and spray to building template tow sides by air nozzle 8 after into blast pipe 7, on the one hand further to building template into Row rinses, and allows sewage to be detached from building template, on the other hand, it is outer that air-flow can not only allow the flow fallen on conveyer belt to timely enter The bottom of 1 inner cavity of shell, and can prevent the dust that emery wheel 312 is ground off from drifting the right side for entering 1 inner cavity of shell in 1 inner cavity of shell Secondary pollution is caused in side, has further ensured the cleaning performance of the building template cleaning equipment.

It can to sum up obtain, the building template cleaning equipment, by the way that the second lead screw 306, the second thread bush 305, movable stand is arranged 304, the first connecting shaft 308, flexible sliding block 313, flexible chute 315, axle sleeve 314, fixed support plate 207, movable supporting plate 208, groove 209, the first lead screw 211, the first thread bush 212, pushing block 205, spring 407, rubber wheel 406, baffle 405, stretch Contracting column 404, sleeve column 403, water pump 502, water spray plate 504, wind turbine 10 and blast pipe 7 solve traditional architecture template cleaning way The problem of functional difference.

It should be noted that herein, relational terms such as first and second and the like are used merely to a reality Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those Element, but also include other elements that are not explicitly listed, or further include for this process, method, article or equipment Intrinsic element.In the absence of more restrictions, the element limited by sentence " including a reference structure ", is not arranged Except there is also other identical elements in the process, method, article or apparatus that includes the element.

It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with Understanding without departing from the principles and spirit of the present invention can carry out these embodiments a variety of variations, modification, replace And modification, the scope of the present invention is defined by the appended.

Claims

1. a kind of building template cleaning equipment, including shell（1）, it is characterised in that：The shell（1）The lower part of inner cavity is provided with Transmission mechanism（2）, the shell（1）Left side in the middle part of inner cavity top, which is provided with, wears away mechanism（3）, the shell（1）It pushes up inner cavity Clamping device is fixedly connected in the middle part of portion（4）, the shell（1）Flushing machine is fixedly connected in the middle part of inner cavity top（5）, The shell（1）The bottom in left side is communicated with blow-off pipe（6）, the shell（1）The right side at inner cavity front and the back side is fixed to be connected It is connected to blast pipe（7）, two blast pipes（7）The left side of opposite side is uniformly provided with air nozzle from top to bottom（8）, the spray wind Pipe（7）Top be communicated with guide duct（9）, the guide duct（9）Far from blast pipe（7）One end run through shell（1）It is communicated with Wind turbine（10）.

2. a kind of building template cleaning equipment according to claim 1, it is characterised in that：The transmission mechanism（2）Including First motor（201）, transmission shaft（202）, the first runner（203）, belt（204）, pushing block（205）, the second runner（206）、 Fixed support plate（207）, movable supporting plate（208）, groove（209）, driving block（210）, the first lead screw（211）, the first spiral shell Line set（212）, bottom plate（213）With transmission sliding slot（214）, the shell（1）The lower part of inner cavity frontal left is fixedly connected with One motor（201）, the first motor（201）The back side be connected with transmission shaft（202）, the transmission shaft（202）The back side pass through Wear shell（1）It is socketed with the first runner（203）, first runner（203）Outside be connected with belt（204）, described Belt（204）Pushing block is fixedly connected on the left of top（205）, the belt（204）Is connected on the right side of inner cavity Two runners（206）, second runner（206）Positive middle part and shell（1）The lower removable of the positive right side of face in inner cavity connects, and Second runner（206）With the first runner（203）In same level, the shell（1）The middle part of inner cavity frontal left is solid Surely it is connected with fixed support plate（207）, the fixed support plate（207）The back side be provided with movable supporting plate（208）, described solid Determine support plate（207）With movable supporting plate（208）Opposite side opens up fluted（209）, and two grooves（209）With solid Support plate and movable supporting plate（208）Between center line be symmetric, the movable supporting plate（208）Bottom be fixedly connected There is driving block（210）, the movable supporting plate（208）The first lead screw is connected in the middle part of the back side（211）, described first Lead screw（211）The first thread bush is threaded in the middle part of outside（212）, and the first thread bush（212）Outside and shell（1） Middle part socket on the left of the back side, the shell（1）It is fixedly connected with bottom plate on the left of the lower backside of inner cavity（213）, the bottom plate （213）The front of middle top offers transmission sliding slot（214）.

3. a kind of building template cleaning equipment according to claim 2, it is characterised in that：The driving block（210）'s Bottom is through transmission sliding slot（214）And extend to transmission sliding slot（214）Inner cavity, and driving block（210）Bottom and transmission Sliding slot（214）The bottom of inner cavity is flexibly connected, the pushing block（205）Top extend to fixed support plate（207）With activity Support plate（208）Between, and pushing block（205）The height at top is more than groove（209）The height of intracavity bottom.

4. a kind of building template cleaning equipment according to claim 1, it is characterised in that：It is described to wear away mechanism（3）Including Power frame（301）, straight slot（302）, the first power sliding block（303）, movable stand（304）, the second thread bush（305）, the second lead screw （306）, the second power sliding block（307）, the first connecting shaft（308）, first movement angular wheel（309）, second movement conical tooth Wheel（310）, the second connecting shaft（311）, emery wheel（312）, flexible sliding block（313）, axle sleeve（314）, flexible chute（315）, first Dynamic conical gear（316）, the second dynamic conical gear（317）, the second motor（318）, third dynamic conical gear（319）、 4th dynamic conical gear（320）And power slide way（321）, the shell（1）Left side in the middle part of inner cavity top is fixedly connected with Power frame（301）, the power frame（301）Left side in the middle part of bottom offers straight slot（302）, the straight slot（302）Inner cavity Front is connected with the first power sliding block with the back side（303）, two the first power sliding blocks（303）Between be fixedly connected with shifting Moving frame（304）, the movable stand（304）The top of positive Middle face is fixedly connected with the second thread bush（305）, second screw thread Set（305）Thread in inner cavity be connected with the second lead screw（306）, the movable stand（304）Top be fixedly connected with the second power Sliding block（307）, the movable stand（304）Middle part on the right side of inner cavity is interspersed with the first connecting shaft（308）, first connecting shaft （308）Left end run through movable stand（304）It is socketed with first movement angular wheel（309）, the first movement angular wheel （309）The second movement angular wheel is engaged on the left of bottom（310）, the second movement angular wheel（310）In bottom Portion is fixedly connected with the second connecting shaft（311）, second connecting shaft（311）Bottom and power frame（301）Bottom it is solid Surely it is connected with emery wheel（312）, first connecting shaft（308）Flexible sliding block has been fixedly connected on the right side of top and bottom （313）, first connecting shaft（308）The right part in outside is socketed with axle sleeve（314）, the axle sleeve（314）Inner cavity top and bottom Portion offers flexible chute（315）, the axle sleeve（314）The first dynamic conical gear is socketed on the right side of outside（316）, institute State the first dynamic conical gear（316）The second dynamic conical gear is engaged on the left of top（317）, second dynamic conical Gear（317）The second motor is fixedly connected in the middle part of top（318）, the axle sleeve（314）Right end be fixedly connected with third Dynamic conical gear（319）, the third dynamic conical gear（319）The 4th dynamic conical gear is engaged on the right side of bottom （320）, the power frame（301）Power slide way is offered on the left of inner cavity top（321）.

5. a kind of building template cleaning equipment according to claim 4, it is characterised in that：Second lead screw（306）'s Right end passes through link block and power frame（301）The top of inner cavity frontal left is fixedly connected, second power sliding block（307）'s Power slide way is run through at top（321）Inner cavity and and power slide way（321）The top movable of inner cavity connects, two emery wheels（312）Top Movable stand is extended through in the middle part of portion（304）With power frame（301）And angular wheel is moved with second respectively（310）It is dynamic with the 4th Power angular wheel（320）Bottom be fixedly connected, first connecting shaft（308）Right end run through axle sleeve（314）And it extends to Axle sleeve（314）Inner cavity, and two flexible sliding blocks（313）Far from the first connecting shaft（308）Side extend through two it is flexible Sliding slot（315）And with two flexible chutes（315）Inner cavity flexible connection, second motor（318）Positioned at shell（1）Top Left side, and the second motor（318）Output shaft sequentially pass through shell（1）With power frame（301）And extend to power frame（301） Inner cavity, the movable stand（304）Bottom run through power frame（301）And extend to power frame（301）Outside.

6. a kind of building template cleaning equipment according to claim 1, it is characterised in that：The clamping device（4）Including Top connecting plate（401）, platform sling（402）, sleeve column（403）, telescopic mast（404）, baffle（405）, rubber wheel（406）And spring （407）, the shell（1）Top connecting plate is fixedly connected in the middle part of inner cavity top（401）, the top connecting plate（401） Front and the back side of bottom have been fixedly connected with platform sling（402）, two platform slings（402）The middle part of opposite side is fixed with lower part It is connected with sleeve column（403）, the sleeve column（403）Far from platform sling（402）One end be plugged with telescopic mast（404）, described flexible Column（404）Far from platform sling（402）One end be fixedly connected with baffle（405）, the baffle（405）Far from platform sling（402）Side Top and lower part be connected with rubber wheel（406）, the baffle（405）With platform sling（402）The top of interdependent side with Lower part has been fixedly connected with spring（407）, and spring（407）Front and platform sling（402）It is fixedly connected.

7. a kind of building template cleaning equipment according to claim 1, it is characterised in that：First lead screw（211）With Second lead screw（306）The back side run through shell（1）And extend to shell（1）Outside, the shell（1）The bottom of inner cavity is left Low right high structure.