CN107100256A

CN107100256A - A kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches

Info

Publication number: CN107100256A
Application number: CN201710392732.3A
Authority: CN
Inventors: 不公告发明人
Original assignee: Nanchang Yi Hong Technology Co Ltd
Current assignee: Hubei Yulong Construction Engineering Co., Ltd.
Priority date: 2017-05-27
Filing date: 2017-05-27
Publication date: 2017-08-29
Anticipated expiration: 2037-05-27
Also published as: CN107100256B

Abstract

The present invention relates to a kind of cement blanking equipment, more particularly to a kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches.The technical problem to be solved in the present invention is to provide use a kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches that equipment operating efficiency is high, the course of work is time saving and energy saving.In order to solve the above-mentioned technical problem, the invention provides such a transport of cement blanking equipment for urban architecture irrigation canals and ditches, include installing plate, the first support base, first rotating shaft, tire, head rod, the second support base, the second rotating shaft, supporting plate, the 3rd support base, the 3rd rotating shaft etc.；The left and right sides, which is provided with side-lower in the first support base, the first support base by way of welding and is rotatably connected with first rotating shaft, first rotating shaft, on the downside of installing plate is connected with tire.Invention achieves using the effect that equipment operating efficiency is high, the course of work is time saving and energy saving, by using while blanking and while the mode that is stirred to cement.

Description

A kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches

Technical field

The present invention relates to a kind of cement blanking equipment, more particularly to a kind of transport of cement blanking for urban architecture irrigation canals and ditches Equipment.

Background technology

Irrigation canals and ditches can generally be divided into two kinds.A kind of is the sewer stormwater being seen everywhere usually in roadside, another to be By household and the waste water of factory, in the way of closed conduit, the Sewage System of sewage treatment plant is transported to.

Cement:Powdery hydraulicity inorganic coagulation material.Add water after stirring into slurry, can harden in atmosphere or in water Preferably hardening, and can the materials such as sand, stone is cemented together securely.The mixture of early stage lime and volcanic ash and modern times Lime pozzolanic cement is much like, the concrete being made of its cementing rubble, and not only intensity is higher after hardening, and can also resist The erosion of fresh water or brackish water.For a long time, it is as a kind of important binder materials, be widely used in civil construction, water conservancy, The engineerings such as national defence.

At present when the irrigation canals and ditches to urban architecture carry out the laying of cement, most of is all in stirring using workman by cement Directly poured into irrigation canals and ditches after good, but so have the drawback that the time of needs is more, that is to say, that, it is necessary to many workmans To be operated, some workmans carry out the stirring configuration of cement, and cement in the trench, is so resulted in work by some workmans Time is very long, and operating efficiency is relatively low.

Therefore a kind of use equipment operating efficiency height of research and development, the course of work are needed badly time saving and energy saving for urban architecture irrigation canals and ditches Transport of cement blanking equipment there is user when the irrigation canals and ditches of urban architecture are carried out with the transporting and baiting of cement at present to overcome The shortcoming that work is less efficient, the course of work wastes time and energy.

The content of the invention

（1）The technical problem to be solved

The present invention uses man efficiency to overcome when the irrigation canals and ditches to urban architecture carry out the transporting and baiting of cement to exist at present The shortcoming that the relatively low, course of work wastes time and energy, the technical problem to be solved in the present invention is to provide use equipment operating efficiency height, work Make a kind of time saving and energy saving transport of cement blanking equipment for urban architecture irrigation canals and ditches of process.

（2）Technical scheme

In order to solve the above-mentioned technical problem, set the invention provides such a transport of cement blanking for urban architecture irrigation canals and ditches It is standby, include installing plate, the first support base, first rotating shaft, tire, head rod, the second support base, the second rotating shaft, support Plate, the 3rd support base, the 3rd rotating shaft, the first runner, conveyer belt, the first motor, the second runner, first transmission article, cement box, under Under the left and right sides is provided with by way of welding on the inside of the first support base, the first support base on the downside of expects pipe and valve, installing plate Side is rotatably connected with first rotating shaft, first rotating shaft and is connected with tire, and installing plate left end is provided with the by way of welding One connecting rod, head rod left end is provided with side rotary on the second support base, the second support base by way of welding and connected It is connected to right on the upside of the second rotating shaft, installing plate and supporting plate is installed by way of welding, supporting plate left side central portion passes through welding Mode the 3rd support base is installed, be rotatably connected with the 3rd rotating shaft, the 3rd rotating shaft and the second rotating shaft on the left of the 3rd support base On be connected between the first runner, the first runner and be connected with conveyer belt, the mode that middle part is bolted on front side of supporting plate is pacified Equipped with the first motor, the second runner, second are connected with front side of the first motor output shaft and the 3rd rotating shaft on front side of the first motor The first transmission bar is connected between runner, supporting plate upper end is provided with left on the downside of cement box, cement box by way of welding It is connected with tremie pipe, tremie pipe and is connected with valve.

Preferably, also include on the right side of first bearing seat, the first bull stick, sealing ring, paddle and the 3rd runner, cement box The mode that middle part is bolted is provided with first bearing seat, is connected with the in first bearing seat by way of interference is connected One bull stick, the position that the first bull stick is connected with cement box is connected with both sides above and below sealing ring, the first bull stick left side and passes through welding Mode is provided with paddle, and the first bull stick right-hand member is connected with the 3rd runner.

Preferably, spreading out device is also included, spreading out device includes the first contiguous block, the first expansion link, paves plate, Left is provided with spreading out device on the downside of one screw rod and the first briquetting, head rod, and head rod downside left passes through welding Mode, which is provided with the first contiguous block, the first contiguous block, is provided with the first dead slot, the first expansion link is placed in the first dead slot, first stretches Contracting bar lower end is provided with by way of welding paves plate, and the first contiguous block lower right-hand side is provided with the first screwed hole, the first screw thread The first screw rod is rotary with hole, the first screw rod and the first screwed hole coordinate, and the first screw rod left end is rotatably connected with the first briquetting.

Preferably, also include the second connecting rod, pointer and scale plate, pave left on the upside of plate and pacified by way of welding Equipped with the second connecting rod, top is provided with logical on the left of pointer, the first contiguous block by way of welding on the right side of the second connecting rod Cross bolted mode and scale plate is installed.

Preferably, synchronous agitating device is also included, synchronous agitating device includes the first connecting plate, the 4th rotating shaft, Four runners, the second transmission article, the first angular wheel, second bearing seat, the second bull stick, the second angular wheel, the 5th runner and the The first company is installed by way of welding provided with synchronous agitating device, supporting plate right side central on the right side of three transmission bars, supporting plate Rotating middle part formula is connected with the first motor on front side of the 4th rotating shaft, the 4th rotating shaft and the first motor on front side of fishplate bar, the first connecting plate The 4th runner is connected with output shaft, the 4th runner is located on front side of the second runner, and the first conical tooth is connected with front side of the 4th rotating shaft The mode that right is bolted on front side of wheel, the first connecting plate, which is provided with second bearing seat, second bearing seat, passes through interference The mode of connection is connected with the second bull stick, and the second bull stick left end is connected with the second angular wheel, the second angular wheel and the first cone Shape gear is engaged, and the second bull stick right-hand member is connected with the 5th runner, and the 3rd transmission article is connected between the 5th runner and the 3rd runner.

Preferably, also include and be provided with the second dead slot, cement on the upside of fixed block, the first nut and the second screw rod, supporting plate Right is provided with fixed block by way of welding on the downside of case, and fixed block is put into the second dead slot, and first is provided with the downside of fixed block The left and right sides is provided with the second through hole on the upside of through hole, supporting plate, and first through hole and the second through hole are all communicated with the second dead slot, supporting plate The first nut is installed by way of welding above left side, first through hole and the second through hole are placed with the second screw rod, the second spiral shell The nut of bar precession first, the first nut and the second screw rod coordinate.

Preferably, also include and make real device, make real device and include the second contiguous block, the second connecting plate, fixed plate, cunning Rail, sliding block, spring, contact block, mobile bar, make real plate, the 5th rotating shaft, the second motor, the 6th runner, the 4th transmission article and it is convex Provided with device is made real on front side of wheel, the first contiguous block, the first contiguous block front side is provided with the second contiguous block by way of welding, the Side by welding below second connecting plate, the second connecting plate right side central is installed on front side of two contiguous blocks by way of welding Formula is provided with the mode that front and rear sides are bolted on the right side of fixed plate, fixed plate and is provided with slip in two slide rails, slide rail Formula is connected with the downside of sliding block, sliding block is provided with spring by way of welding, and lower spring end is arranged on by way of welding and slided In rail lower wall, the right side of two side slides is respectively provided with the side on the downside of contact block, contact block by welding by way of welding Formula is provided with mobile bar, and mobile bar lower end is provided with by way of welding makes real plate, on the right side of the second connecting plate on front and rear sides Side is rotatably connected with the mode being bolted above two the 5th rotating shafts, the second connecting plate right side central and is provided with second The right-hand member of the second motor output shaft and two the 5th rotating shafts on the right side of motor, the second motor is connected with the 6th runner, the 6th runner Between be connected with the 4th transmission article, the cam of 180 degree each other is connected with two the 5th rotating shafts.

Preferably, also include and be provided with the 3rd dead slot on the downside of the second expansion link, the 3rd screw rod and the second nut, mobile bar, The second expansion link is placed with 3rd dead slot, the second expansion link lower end is arranged on by way of welding and makes real middle side part on plate, A word hole is provided with front side of the rear side and front side mobile bar of rear side mobile bar, the rear side of the expansion link of rear side second and front side second are stretched The front side top of contracting bar, which is provided with by way of welding on the 3rd screw rod, the 3rd screw rod, is rotary with the second nut, the second nut with 3rd screw rod coordinates.

Operation principle：When user needs the blanking transported to the irrigation canals and ditches of urban architecture, user can be first by cement It is placed in cement box, then opens the first motor, the first motor drives the second runner rotate counterclockwise on front side of the first motor, The second runner rotate counterclockwise on front side of first motor drives the second runner in the 3rd rotating shaft counterclockwise by the first transmission article The second runner rotation in rotation, the 3rd rotating shaft drives the 3rd rotating shaft rotate counterclockwise, and the 3rd rotating shaft rotation drives the 3rd rotating shaft On the first runner rotate counterclockwise, the first runner rotation in the 3rd rotating shaft passes through first in conveyer belt the second rotating shaft of drive Runner rotates, so as to drive conveyer belt rotate counterclockwise, now user opens valve, and cement flows out from cement box, flows to fortune It is defeated to take, dropped to by the transport of conveyer belt in irrigation canals and ditches, then user can slowly promote installing plate, installing plate passes through tire Side is moved backward on the ground, so as to drive head rod and supporting plate, side is moved backward, so as to drive conveyer belt and cement Case backward move by side, so as to carry out blanking to irrigation canals and ditches.

Because also including first bearing seat, the first bull stick, sealing ring, paddle and the 3rd runner, in cement box right side The mode that portion is bolted is provided with first bearing seat, first bearing seat and is connected with first by way of interference is connected Bull stick, the position that the first bull stick is connected with cement box is connected with the side that both sides pass through welding above and below on the left of sealing ring, the first bull stick Formula is provided with paddle, and the first bull stick right-hand member is connected with the 3rd runner, and cement ingredient can also be placed in cement box by user, so The 3rd runner is rotated afterwards, and the rotation of the 3rd runner drives the rotation of the first bull stick, and the first bull stick is rotated in first bearing seat, first turn Bar rotation drives paddle rotation, and paddle is stirred to the cement ingredient in cement box, can so save on other ground The time that transport point is wasted after side mixes cement.

Because also including spreading out device, spreading out device includes the first contiguous block, the first expansion link, paves plate, first Left is provided with the side that left passes through welding on the downside of spreading out device, head rod on the downside of screw rod and the first briquetting, head rod Formula, which is provided with the first contiguous block, the first contiguous block, is provided with the first dead slot, and the first expansion link is placed in the first dead slot, and first stretches Bar lower end is provided with by way of welding paves plate, and the first contiguous block lower right-hand side is provided with the first screwed hole, the first screwed hole The first screw rod is inside rotary with, the first screw rod and the first screwed hole coordinate, and the first screw rod left end is rotatably connected with the first briquetting, works as water When mud is left in irrigation canals and ditches, and the cement that plate can be by convection into irrigation canals and ditches is paved during head rod backward side movement Paved, user's leaf can move up and down and pave plate, pave plate and moved up and down by the first expansion link in moral second dead slot, when Needed for being moved to pave needed for position when paving height, user can rotate the first screw rod, and the first screw rod is by with first The cooperation of screwed hole precession to the left, the first screw rod promotes the first briquetting to be moved to the left, and the first briquetting touches the first expansion link, from And fix the first expansion link.

Because also including the second connecting rod, pointer and scale plate, pave left on the upside of plate and installed by way of welding There is top on the right side of the second connecting rod, the second connecting rod that pointer is installed by way of welding, the first contiguous block is passed on left Bolted mode is provided with scale plate, pawnshop flat board when moving up and down, pave plate will drive the second connecting rod and Pointer is moved up and down, and pointer refers on scale plate, and user can refer to the numeral on scale plate to determine to need to adjust by pointer Section paves the position height of plate.

Because also including synchronous agitating device, synchronous agitating device include the first connecting plate, the 4th rotating shaft, the 4th turn Wheel, the second transmission article, the first angular wheel, second bearing seat, the second bull stick, the second angular wheel, the 5th runner and the 3rd are passed Provided with synchronous agitating device on the right side of dynamic bar, supporting plate, supporting plate right side central is provided with the first connecting plate by way of welding, Rotating middle part formula is connected with the first motor output shaft on front side of the 4th rotating shaft, the 4th rotating shaft and the first motor on front side of first connecting plate On be connected with the 4th runner, the 4th runner is located on front side of the second runner, and the first angular wheel, first are connected with front side of the 4th rotating shaft The mode that right is bolted on front side of connecting plate is provided with the side connected in second bearing seat, second bearing seat by interference Formula is connected with the second bull stick, and the second bull stick left end is connected with the second angular wheel, and the second angular wheel is nibbled with the first angular wheel Close, the second bull stick right-hand member is connected with the 5th runner, be connected with the 3rd transmission article between the 5th runner and the 3rd runner, user can be with Synchronously paddle is driven to be stirred cement during the first motor drives conveyer belt transport cement, the first motor drives The runner rotate counterclockwise of left side the 4th, the runner of left side the 4th rotation drives the 4th runner of right side to revolve counterclockwise by the second transmission article Turn, the rotation of the runner of right side the 4th drives the 4th rotating shaft rotate counterclockwise, the 4th rotating shaft rotation drives the first angular wheel counterclockwise Rotation, the first angular wheel rotation drives the rotation of the second angular wheel, and the rotation of the second angular wheel drives the rotation of the second bull stick, the Two bull sticks are rotated in second bearing seat, and the rotation of the second bull stick drives the rotation of the 5th runner, and the rotation of the 5th runner is passed by the 3rd Dynamic article drives the rotation of the 3rd runner, so as to drive paddle to rotate, so as to be stirred to cement.

Because also including fixed block, the first nut and the second screw rod, it is provided with the upside of supporting plate under the second dead slot, cement box Side right is provided with fixed block by way of welding, and fixed block is put into the second dead slot, and first through hole is provided with the downside of fixed block, The left and right sides is provided with the second through hole on the upside of supporting plate, and first through hole and the second through hole are all communicated with the second dead slot, on the left of supporting plate Top is provided with the first nut by way of welding, and first through hole and the second through hole are placed with the second screw rod, the rotation of the second screw rod Enter the first nut, the first nut and the second screw rod coordinate, and when user needs to clean cement box, user can be first 3rd transmission article is unloaded from the 3rd runner, the second screw rod is then rotated, the second screw rod by the cooperation with the first nut to Dextrorotation goes out, and screws out after the second screw rod, the fixed block on the downside of cement box is extracted out from the second dead slot, cement has thus been taken out Case, after having cleaned after, only the second screw rod then need to be passed through into first through hole and the by fixed block again from putting into the second dead slot Two through holes, then in the nut of precession first, fixed block is fixed on the supporting plate.

Because also including and making real device, make real device include the second contiguous block, the second connecting plate, fixed plate, slide rail, Sliding block, spring, contact block, mobile bar, make real plate, the 5th rotating shaft, the second motor, the 6th runner, the 4th transmission article and cam, the Provided with device is made real on front side of one contiguous block, the first contiguous block front side is provided with the second contiguous block by way of welding, and second connects Connect to be provided with by way of welding on front side of block below the second connecting plate, the second connecting plate right side central and pacified by way of welding Equipped with fixed plate, the mode that front and rear sides are bolted on the right side of fixed plate is provided with two slide rails, and slide rail inner sliding type connects It is connected on the downside of sliding block, sliding block and spring is installed by way of welding, lower spring end is arranged under slide rail by way of welding On the wall of side, the right side of two side slides is respectively provided with by way of welding on the downside of contact block, contact block is pacified by way of welding Equipped with mobile bar, mobile bar lower end is provided with by way of welding makes real plate, is revolved on the right side of the second connecting plate above front and rear sides The rotatable mode being bolted above two the 5th rotating shafts, the second connecting plate right side central that is connected with is provided with the second electricity The right-hand member of the second motor output shaft and two the 5th rotating shafts on the right side of machine, the second motor is connected with the 6th runner, the 6th runner it Between be connected with the 4th transmission article, the cam of 180 degree each other is connected with two the 5th rotating shafts, when user needs to be by convection into irrigation canals and ditches Cement when being made real, user can open the second motor, and the second motor drives the 6th runner inverse time on front side of the second motor Pin rotates, and the 6th runner rotate counterclockwise drives other two the 6th runner rotate counterclockwises by the 4th transmission article, and other two Individual 6th runner rotation drives the 5th rotating shaft rotate counterclockwise, the 5th rotating shaft rotating band moving cam rotate counterclockwise, both sides cam Rotate counterclockwise promotes contact block to move down when touching contact block respectively, and contact block drives the sliding block in respective direction in cunning Moved down in rail, sliding block moves down push the spring and is in compressive state, and contact block, which is moved down, to promote mobile bar and bat Solid plate is moved down, so as to be made real to cement, does not contact real with contact block when cam is rotated to, spring will be from compressive state Recover, promote sliding block to move up, so as to promote contact block to move up, moved up so as to drive and make real plate.

Because also including the second expansion link, the 3rd screw rod and the second nut, the 3rd dead slot, the 3rd are provided with the downside of mobile bar The second expansion link is placed with dead slot, the second expansion link lower end is arranged on by way of welding and makes real middle side part on plate, rear side A word hole, the rear side and the expansion link of front side second of the expansion link of rear side second are provided with front side of the rear side and front side mobile bar of mobile bar Front side top be provided with by way of welding on the 3rd screw rod, the 3rd screw rod and be rotary with the second nut, the second nut and the 3rd Screw rod coordinate, when user need change make real height when, user can promote the second expansion link in the 3rd dead slot on move down Dynamic, when being moved to required height, user rotates the second nut, and the second nut passes through the inside sidespin of cooperation with the 3rd screw rod Enter, the first nut touches mobile bar, so that the second expansion link, which is fixed, makes it no longer move.

The control mode of the present invention is automatically controlled by controller, control skill of the circuit by this area of controller Art personnel's simple programming is that can be achieved, and belongs to the common knowledge of this area, and the present invention is mainly used to protect mechanical device, institute Control mode and circuit connection are not explained with the present invention.

（3）Beneficial effect

Invention achieves using the effect that equipment operating efficiency is high, the course of work is time saving and energy saving, by using while blanking and while The mode being stirred to cement, be not only able to save traditionally stirred after cement wasted in transporting irrigation canals and ditches when Between, additionally it is possible to cement is not manually mixed cement and transports, it is achieved thereby that time saving and energy saving purpose.

Brief description of the drawings

Fig. 1 is main structure diagram of the invention.

Fig. 2 is the main structure diagram of paddle of the present invention.

Fig. 3 is the first main structure diagram of spreading out device of the present invention.

Fig. 4 is second of main structure diagram of spreading out device of the present invention.

Fig. 5 is the first main structure diagram of the synchronous agitating device of the present invention.

Fig. 6 is second of main structure diagram of the synchronous agitating device of the present invention.

Fig. 7 makes real the first right side structural representation of device for the present invention.

Fig. 8 makes real second of right side structural representation of device for the present invention.

Mark in accompanying drawing for：1- installing plates, the support bases of 2- first, 3- first rotating shafts, 4- tires, 5- head rods, The support bases of 6- second, the rotating shafts of 7- second, 8- supporting plates, the support bases of 9- the 3rd, the rotating shafts of 10- the 3rd, the runners of 11- first, 12- transports Band, the motors of 13- first, the runners of 14- second, the transmission bars of 15- first, 16- cement box, 17- tremie pipes, 18- valves, 161- first Bearing block, the bull sticks of 162- first, 163- sealing rings, 164- paddles, the runners of 165- the 3rd, 19- spreading out device, 191- first connects Block is connect, the dead slots of 192- first, the expansion links of 193- first, 194- paves plate, the screwed holes of 195- first, the screw rods of 196- first, 197- First briquetting, the connecting rods of 1911- second, 1912- pointers, 1913- scale plates, 20- synchronization agitating devices, 201- first is connected Plate, the rotating shafts of 202- the 4th, the runners of 203- the 4th, the transmission bars of 204- second, the angular wheels of 205- first, 206- second bearing seats, The bull sticks of 207- second, the angular wheels of 208- second, the runners of 209- the 5th, the transmissions article of 2010- the 3rd, the dead slots of 2021- second, 2022- fixed blocks, 2023- first through hole, the through holes of 2024- second, the nuts of 2025- first, the screw rods of 2026- second, 21- makes real dress Put, the contiguous blocks of 211- second, the connecting plates of 212- second, 213- fixed plates, 214- slide rails, 215- sliding blocks, 216- springs, 217- connects Contact block, 218- mobile bars, 219- makes real plate, the rotating shafts of 2110- the 5th, the motors of 2111- second, the runners of 2112- the 6th, 2113- Four transmission bars, 2114- cams, the dead slots of 2181- the 3rd, the expansion links of 2182- second, the word holes of 2183- mono-, the screw rods of 2184- the 3rd, The nuts of 2185- second.

Embodiment

The present invention is further illustrated with reference to the accompanying drawings and examples.

Embodiment 1

A kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches, as shown in figures 1-8, includes the support of installing plate 1, first Seat 2, first rotating shaft 3, tire 4, head rod 5, the second support base 6, the second rotating shaft 7, supporting plate 8, the 3rd support base 9, the Three rotating shafts 10, the first runner 11, conveyer belt 12, the first motor 13, the second runner 14, first transmission bar 15, cement box 16, blanking Pipe 17 and valve 18, the downside left and right sides of installing plate 1 are provided with by way of welding in the first support base 2, the first support base 2 Side-lower, which is rotatably connected with first rotating shaft 3, first rotating shaft 3, is connected with tire 4, and the left end of installing plate 1 is by way of welding Head rod 5 is installed, the left end of head rod 5 is provided with the second support base 6, the second support base 6 by way of welding Upper side rotary is connected with the second rotating shaft 7, and the upside right of installing plate 1 is provided with supporting plate 8, supporting plate 8 by way of welding Left side central portion is provided with the 3rd support base 9 by way of welding, and the left side of the 3rd support base 9 is rotatably connected with the 3rd rotating shaft 10, it is connected between the first runner 11, the first runner 11 in the 3rd rotating shaft 10 and the second rotating shaft 7 and is connected with conveyer belt 12, supports The mode that the front side of plate 8 middle part is bolted is provided with the first motor 13, and the first motor 13 of the front side of the first motor 13 is exported The front side of axle and the 3rd rotating shaft 10 is connected between the second runner 14, the second runner 14 and is connected with the first transmission bar 15, supporting plate 8 Upper end is provided with cement box 16 by way of welding, and the downside left of cement box 16, which is connected with tremie pipe 17, tremie pipe 17, to be connected It is connected to valve 18.

Embodiment 2

Also include first bearing seat 161, the first bull stick 162, sealing ring 163, the runner 165 of paddle 164 and the 3rd, water The mode that the right side central of mud box 16 is bolted is provided with first bearing seat 161, first bearing seat 161 to be connected by interference The mode connect is connected with the first bull stick 162, and the first bull stick 162 is connected with sealing ring 163, first with the position that cement box 16 is connected Both sides are provided with paddle 164 by way of welding above and below the left side of bull stick 162, and the right-hand member of the first bull stick 162 is connected with the 3rd turn Wheel 165.

Embodiment 3

Also include spreading out device 19, spreading out device 19 includes the first contiguous block 191, the first expansion link 193, paves plate 194th, the first screw rod 196 and the first briquetting 197, the downside left of head rod 5 are provided with spreading out device 19, head rod 5 Side left, which is provided with by way of welding in the first contiguous block 191, the first contiguous block 191, is provided with the first dead slot 192, and first is empty The first expansion link 193 is placed in groove 192, the lower end of the first expansion link 193 is provided with by way of welding paves plate 194, first The lower right-hand side of contiguous block 191, which is provided with the first screwed hole 195, the first screwed hole 195, is rotary with the first screw rod 196, the first screw rod 196 Coordinate with the first screwed hole 195, the left end of the first screw rod 196 is rotatably connected with the first briquetting 197.

Embodiment 4

Also include the second connecting rod 1911, pointer 1912 and scale plate 1913, pave the upside left of plate 194 and pass through welding Mode the second connecting rod 1911 is installed, the right side of the second connecting rod 1911 top is provided with pointer by way of welding 1912, the first contiguous block 191 passes on left bolted mode and is provided with scale plate 1913.

Also include synchronous agitating device 20, synchronous agitating device 20 include the first connecting plate 201, the 4th rotating shaft 202, 4th runner 203, second transmission article the 204, first angular wheel 205, second bearing seat 206, the second bull stick 207, the second taper Gear 208, the 5th runner 209 and the 3rd transmission article 2010, the right side of supporting plate 8 is provided with synchronous agitating device 20, the right side of supporting plate 8 Middle part is provided with the first connecting plate 201 by way of welding, and the front side rotating middle part formula of the first connecting plate 201 is connected with the 4th turn The 4th runner 203, the 4th turn are connected with the output shaft of the first motor 13 of axle 202, the 4th rotating shaft 202 and the front side of the first motor 13 Wheel 203 is located at the front side of the second runner 14, and the front side of the 4th rotating shaft 202 is connected with before the first angular wheel 205, the first connecting plate 201 The mode that side right is bolted is provided with second bearing seat 206, second bearing seat 206 by way of interference is connected The second bull stick 207 is connected with, the left end of the second bull stick 207 is connected with the second angular wheel 208, the second angular wheel 208 and first Angular wheel 205 is engaged, and the right-hand member of the second bull stick 207 is connected with the 5th runner 209, between the 5th runner 209 and the 3rd runner 165 It is connected with the 3rd transmission article 2010.

Also include fixed block 2022, the first nut 2025 and the second screw rod 2026, the upside of supporting plate 8 is provided with the second dead slot 2021, the downside right of cement box 16 is provided with fixed block 2022 by way of welding, and fixed block 2022 is put into the second dead slot In 2021, the downside of fixed block 2022 is provided with first through hole 2023, and the upside left and right sides of supporting plate 8 is provided with the second through hole 2024, the One through hole 2023 and the second through hole 2024 are all communicated with the second dead slot 2021, and the left side of supporting plate 8 top is pacified by way of welding Equipped with the first nut 2025, the through hole 2024 of first through hole 2023 and second is placed with the second screw rod 2026, and the second screw rod 2026 revolves Enter the first nut 2025, the first nut 2025 coordinates with the second screw rod 2026.

Also include and make real device 21, make real device 21 and include the second contiguous block 211, the second connecting plate 212, fixed plate 213rd, slide rail 214, sliding block 215, spring 216, contact block 217, mobile bar 218, make real plate 219, the 5th electricity of rotating shaft 2110, second Machine 2111, the 6th runner the 2112, the 4th transmission article 2113 and cam 2114, the front side of the first contiguous block 191, which is provided with, makes real device 21, The front side of first contiguous block 191 is provided with the second contiguous block 211 by way of welding, and the front side of the second contiguous block 211 passes through welding Mode the second connecting plate 212 is installed, fixed plate is installed by way of welding below the right side central of the second connecting plate 212 213, the mode that the right side front and rear sides of fixed plate 213 are bolted is provided with two slide rails 214, the inner sliding type of slide rail 214 Sliding block 215 is connected with, the downside of sliding block 215 is provided with spring 216, the side that the lower end of spring 216 passes through welding by way of welding Formula is arranged in the lower wall of slide rail 214, and the right side of two side slides 215 is respectively provided with contact block 217 by way of welding, contact The downside of block 217 is provided with mobile bar 218 by way of welding, and the lower end of mobile bar 218 is provided with by way of welding to be made real Rotatably two the 5th rotating shafts 2110, the second connecting plate 212 are connected with above plate 219, the right side front and rear sides of the second connecting plate 212 The mode being bolted above right side central is provided with the second motor 2111, second motor on the right side of the second motor 2111 2111 output shafts and the right-hand member of two the 5th rotating shafts 2110, which are connected between the 6th runner 2112, the 6th runner 2112, is connected with The cam 2114 of 180 degree each other is connected with four transmission bars 2113, two the 5th rotating shafts 2110.

Also include the second expansion link 2182, the 3rd screw rod 2184 and the second nut 2185, the downside of mobile bar 218 is provided with the The second expansion link 2182, the side that the lower end of the second expansion link 2182 passes through welding are placed with three dead slots 2181, the 3rd dead slot 2181 Formula is arranged on and makes real middle side part on plate 219, and the rear side of rear side mobile bar 218 and the front side of front side mobile bar 218 are provided with a word hole 2183, the rear side of the second expansion link of rear side 2182 and the front side top of the second expansion link of front side 2182 are installed by way of welding Have and the second nut 2185 is rotary with the 3rd screw rod 2184, the 3rd screw rod 2184, the second nut 2185 coordinates with the 3rd screw rod 2184.

Operation principle：When user needs the blanking transported to the irrigation canals and ditches of urban architecture, user can be first by cement It is placed in cement box 16, then opens the first motor 13, the first motor 13 drives the second runner 14 of the front side of the first motor 13 Rotate counterclockwise, the rotate counterclockwise of the second runner 14 of the front side of the first motor 13 drives the 3rd rotating shaft 10 by the first transmission article 15 On the rotate counterclockwise of the second runner 14, the second runner 14 rotation in the 3rd rotating shaft 10 drives the 3rd rotation counterclockwise of rotating shaft 10 Turn, the 3rd rotating shaft 10 rotation drives first turn in the rotate counterclockwise of the first runner 11 in the 3rd rotating shaft 10, the 3rd rotating shaft 10 The rotation of wheel 11 drives the first runner 11 in the second rotating shaft 7 to rotate by conveyer belt 12, so as to drive the rotation counterclockwise of conveyer belt 12 Turn, now user opens valve 18, and cement flows out from cement box 16, flowed on conveyer belt 12, by the transport of conveyer belt 12 Drop in irrigation canals and ditches, then user can slowly promote installing plate 1, and installing plate 1 by tire 4, move backward on the ground by side, So as to drive head rod 5 and supporting plate 8, side is moved backward, so as to drive conveyer belt 12 and cement box 16, side is moved backward, So as to carry out blanking to irrigation canals and ditches.

Because also including first bearing seat 161, the first bull stick 162, sealing ring 163, the runner of paddle 164 and the 3rd 165, the mode that the right side central of cement box 16 is bolted, which is provided with first bearing seat 161, first bearing seat 161, to be passed through The mode of interference connection is connected with the first bull stick 162, and the first bull stick 162 is connected with sealing ring with the position that cement box 16 is connected 163, both sides are provided with paddle 164, the connection of the right-hand member of the first bull stick 162 by way of welding above and below the left side of the first bull stick 162 There is the 3rd runner 165, cement ingredient can also be placed in cement box 16 by user, then rotate the 3rd runner 165, the 3rd runner 165 rotations drive the first bull stick 162 to rotate, and the first bull stick 162 is rotated in first bearing seat 161, the rotating band of the first bull stick 162 Dynamic paddle 164 is rotated, and paddle 164 is stirred to the cement ingredient in cement box 16, can so be saved on other ground The time that transport point is wasted after side mixes cement.

Because also including spreading out device 19, spreading out device 19 includes the first contiguous block 191, the first expansion link 193, paving Flat board 194, the first screw rod 196 and the first briquetting 197, the downside left of head rod 5 are provided with spreading out device 19, head rod 5 downsides left are provided with the first contiguous block 191, the first contiguous block 191 by way of welding and are provided with the first dead slot 192, the The first expansion link 193 is placed in one dead slot 192, the lower end of the first expansion link 193 is provided with by way of welding paves plate 194, The lower right-hand side of first contiguous block 191 is provided with the first screwed hole 195, the first screwed hole 195 and is rotary with the first screw rod 196, the first spiral shell Bar 196 coordinates with the first screwed hole 195, and the left end of the first screw rod 196 is rotatably connected with the first briquetting 197, when cement is left to ditch When in canal, and the cement progress that plate 194 can be by convection into irrigation canals and ditches is paved during side is moved backward in head rod 5 Pave, user's leaf, which can be moved up and down, paves plate 194, pave plate 194 by the first expansion link 193 in moral second dead slot on move down It is dynamic, when needed for being moved to pave needed for position when paving height, user can rotate the first screw rod 196, the first screw rod 196 By the cooperation precession to the left with the first screwed hole 195, the first screw rod 196 promotes the first briquetting 197 to be moved to the left, the first briquetting 197 touch the first expansion link 193, so as to fix the first expansion link 193.

Because also including the second connecting rod 1911, pointer 1912 and scale plate 1913, pave the upside left of plate 194 and pass through The mode of welding is provided with the second connecting rod 1911, and the right side of the second connecting rod 1911 top is provided with finger by way of welding Pin 1912, the first contiguous block 191 passes on left bolted mode and is provided with scale plate 1913, and pawnshop flat board 194 is above and below When mobile, paving plate 194 will drive the second connecting rod 1911 and pointer 1912 to move up and down, and pointer 1912 refers in scale plate On 1913, user can refer to the numeral on scale plate 1913 to determine to need to adjust the position for paving plate 194 by pointer 1912 Put height.

Because also including synchronous agitating device 20, synchronous agitating device 20 includes the first connecting plate 201, the 4th rotating shaft 202nd, the 4th runner 203, second transmission article the 204, first angular wheel 205, second bearing seat 206, the second bull stick 207, second Angular wheel 208, the 5th runner 209 and the 3rd transmission article 2010, the right side of supporting plate 8 is provided with synchronous agitating device 20, supporting plate 8 Right side central is provided with the first connecting plate 201 by way of welding, and the front side rotating middle part formula of the first connecting plate 201 is connected with The 4th runner 203 is connected with the output shaft of the first motor 13 of four rotating shafts 202, the 4th rotating shaft 202 and the front side of the first motor 13, the Four runners 203 are located at the front side of the second runner 14, and the front side of the 4th rotating shaft 202 is connected with the first angular wheel 205, the first connecting plate The mode that 201 front sides right are bolted is provided with second bearing seat 206, second bearing seat 206 and connected by interference Mode be connected with the second bull stick 207, the left end of the second bull stick 207 is connected with the second angular wheel 208, the second angular wheel 208 Engaged with the first angular wheel 205, the right-hand member of the second bull stick 207 is connected with the 5th runner 209, the 5th runner 209 and the 3rd runner The 3rd transmission article 2010 is connected between 165, user can be during the first motor 13 drives the transport cement of conveyer belt 12 Synchronous to drive paddle 164 to be stirred cement, the first motor 13 drives the left side rotate counterclockwise of the 4th runner 203, left side The rotation of 4th runner 203 drives the right side rotate counterclockwise of the 4th runner 203, the runner 203 of right side the 4th by the second transmission article 204 Rotation drives the rotate counterclockwise of the 4th rotating shaft 202, and the 4th rotating shaft 202 rotation drives the rotate counterclockwise of the first angular wheel 205, the The rotation of one angular wheel 205 drives the second angular wheel 208 to rotate, and the rotation of the second angular wheel 208 drives the second bull stick 207 to revolve Turn, the second bull stick 207 is rotated in second bearing seat 206, the rotation of the second bull stick 207 drives the 5th runner 209 to rotate, the 5th turn The rotation of wheel 209 is rotated by the 3rd runner 165 of drive of the 3rd transmission article 2010, so as to drive paddle 164 to rotate, so as to water Mud is stirred.

Because also including fixed block 2022, the first nut 2025 and the second screw rod 2026, the upside of supporting plate 8 is provided with second Dead slot 2021, the downside right of cement box 16 is provided with fixed block 2022 by way of welding, and it is empty that fixed block 2022 is put into second In groove 2021, the downside of fixed block 2022 is provided with first through hole 2023, and the upside left and right sides of supporting plate 8 is provided with the second through hole 2024, The through hole 2024 of first through hole 2023 and second is all communicated with the second dead slot 2021, and the left side of supporting plate 8 top is by way of welding First nut 2025 is installed, the through hole 2024 of first through hole 2023 and second is placed with the second screw rod 2026, the second screw rod 2026 The first nut of precession 2025, the first nut 2025 coordinates with the second screw rod 2026, when user needs to clean cement box 16 When, user first can unload the 3rd transmission article 2010 from the 3rd runner 165, then rotate the second screw rod 2026, the Two screw rods 2026 are screwed out to the right by the cooperation with the first nut 2025, are screwed out after the second screw rod 2026, by the downside of cement box 16 Fixed block 2022 extracted out from the second dead slot 2021, thus taken out cement box 16, after having cleaned after, only need to be by fixation Then second screw rod 2026 is passed through the through hole of first through hole 2023 and second by block 2022 again from putting into the second dead slot 2021 2024, then in the first nut of precession 2025, fixed block 2022 is fixed in supporting plate 8.

Device 21 is made real because also including, device 21 is made real and includes the second contiguous block 211, the second connecting plate 212, consolidates Fixed board 213, slide rail 214, sliding block 215, spring 216, contact block 217, mobile bar 218, make real plate 219, the 5th rotating shaft 2110, Two motors 2111, the 6th runner the 2112, the 4th transmission article 2113 and cam 2114, the front side of the first contiguous block 191, which is provided with, makes real dress 21 are put, the front side of the first contiguous block 191 is provided with the second contiguous block 211 by way of welding, the front side of the second contiguous block 211 passes through The mode of welding is provided with below the second connecting plate 212, the right side central of the second connecting plate 212 and is provided with by way of welding admittedly Fixed board 213, the mode that the right side front and rear sides of fixed plate 213 are bolted is provided with two slide rails 214, slide rail 214 sliding Dynamic formula is connected with sliding block 215, and the downside of sliding block 215 is provided with spring 216 by way of welding, and the lower end of spring 216 passes through welding Mode be arranged on the lower wall of slide rail 214 on, the right side of two side slides 215 is respectively provided with contact block 217 by way of welding, The downside of contact block 217 is provided with mobile bar 218 by way of welding, and the lower end of mobile bar 218 is provided with by way of welding Make real and two the 5th rotating shafts 2110 are rotatably connected with above plate 219, the right side front and rear sides of the second connecting plate 212, the second connection The mode being bolted above the right side central of plate 212 is provided with the second motor 2111, the second of the right side of the second motor 2111 The output shaft of motor 2111 and the right-hand member of two the 5th rotating shafts 2110 are connected between the 6th runner 2112, the 6th runner 2112 and connected There is the cam 2114 that 180 degree each other is connected with the 4th transmission article 2113, two the 5th rotating shafts 2110, when user needs to be by convection into When cement in irrigation canals and ditches is made real, user can open the second motor 2111, and the second motor 2111 drives the second motor 2111 The rotate counterclockwise of the 6th runner 2112 of front side, the rotate counterclockwise of the 6th runner 2112 drives other by the 4th transmission article 2113 Two rotate counterclockwises of the 6th runner 2112, other two the 6th runner 2112 rotations drive the 5th rotation counterclockwise of rotating shaft 2110 Turn, the rotate counterclockwise of 2110 rotating band moving cam of the 5th rotating shaft 2114, the rotate counterclockwise of both sides cam 2114 is being touched respectively Promote contact block 217 to move down during contact block 217, contact block 217 drive the sliding block 215 in respective direction in slide rail 214 to Lower movement, sliding block 215 moves down push the spring 216 and is in compressive state, and contact block 217, which is moved down, to promote mobile bar 218 and make real plate 219 and move down, so as to be made real to cement, do not contacted when cam 2114 is rotated to contact block 217 Real, spring 216 will recover from compressive state, promote sliding block 215 to move up, so that promote contact block 217 to move up, so that Drive makes real plate 219 and moved up.

Because also including the second expansion link 2182, the 3rd screw rod 2184 and the second nut 2185, the downside of mobile bar 218 is opened Have and the second expansion link 2182 is placed with the 3rd dead slot 2181, the 3rd dead slot 2181, the lower end of the second expansion link 2182 passes through welding Mode be arranged on make real middle side part on plate 219, the rear side of rear side mobile bar 218 and the front side of front side mobile bar 218 are provided with one Word hole 2183, the rear side of the second expansion link of rear side 2182 and the front side top of the second expansion link of front side 2182 are by way of welding It is provided with the 3rd screw rod 2184, the 3rd screw rod 2184 and is rotary with the second nut 2185, the second nut 2185 and the 3rd screw rod 2184 Coordinate, when user needs to change the height made real, user can promote the second expansion link 2182 in the 3rd dead slot 2181 on Lower movement, when being moved to required height, user rotates the second nut 2185, the second nut 2185 by with the 3rd screw rod 2184 The inside sidespin of cooperation enter, the first nut 2025 touches mobile bar 218, so that the second expansion link 2182, which is fixed, makes it not Move again.

Embodiment described above only expresses the preferred embodiment of the present invention, and it describes more specific and detailed, but simultaneously Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art For, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these belong to this hair Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.

Claims

1. a kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches, it is characterised in that include installing plate（1）, first Support base（2）, first rotating shaft（3）, tire（4）, head rod（5）, the second support base（6）, the second rotating shaft（7）, supporting plate （8）, the 3rd support base（9）, the 3rd rotating shaft（10）, the first runner（11）, conveyer belt（12）, the first motor（13）, the second runner （14）, first transmission bar（15）, cement box（16）, tremie pipe（17）And valve（18）, installing plate（1）The downside left and right sides passes through The mode of welding is provided with the first support base（2）, the first support base（2）Interior side-lower is rotatably connected with first rotating shaft（3）, the One rotating shaft（3）On be connected with tire（4）, installing plate（1）Left end is provided with head rod by way of welding（5）, first Connecting rod（5）Left end is provided with the second support base by way of welding（6）, the second support base（6）Upper side rotary is connected with Second rotating shaft（7）, installing plate（1）Upside right is provided with supporting plate by way of welding（8）, supporting plate（8）Left side central portion 3rd support base is installed by way of welding（9）, the 3rd support base（9）Left side is rotatably connected with the 3rd rotating shaft（10）, 3rd rotating shaft（10）With the second rotating shaft（7）On be connected with the first runner（11）, the first runner（11）Between be connected with conveyer belt （12）, supporting plate（8）The mode being bolted in the middle part of front side is provided with the first motor（13）, the first motor（13）Front side First motor（13）Output shaft and the 3rd rotating shaft（10）Front side be connected with the second runner（14）, the second runner（14）Between connect There is the first transmission bar（15）, supporting plate（8）Upper end is provided with cement box by way of welding（16）, cement box（16）Downside is left Side is connected with tremie pipe（17）, tremie pipe（17）On be connected with valve（18）.

2. a kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches according to claim 1, it is characterised in that also Include first bearing seat（161）, the first bull stick（162）, sealing ring（163）, paddle（164）With the 3rd runner（165）, water Mud box（16）The mode that right side central is bolted is provided with first bearing seat（161）, first bearing seat（161）Inside pass through The mode of interference connection is connected with the first bull stick（162）, the first bull stick（162）With cement box（16）The position of connection is connected with close Seal ring（163）, the first bull stick（162）Both sides are provided with paddle by way of welding above and below left side（164）, the first bull stick （162）Right-hand member is connected with the 3rd runner（165）.

3. a kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches according to claim 2, it is characterised in that also Include spreading out device（19）, spreading out device（19）Include the first contiguous block（191）, the first expansion link（193）, pave plate （194）, the first screw rod（196）With the first briquetting（197）, head rod（5）Downside left is provided with spreading out device（19）, first Connecting rod（5）Downside left is provided with the first contiguous block by way of welding（191）, the first contiguous block（191）Inside it is provided with One dead slot（192）, the first dead slot（192）The first expansion link of interior placement（193）, the first expansion link（193）Lower end passes through welding Mode, which is provided with, paves plate（194）, the first contiguous block（191）Lower right-hand side is provided with the first screwed hole（195）, the first screwed hole （195）Inside it is rotary with the first screw rod（196）, the first screw rod（196）With the first screwed hole（195）Coordinate, the first screw rod（196）Left end Rotatably it is connected with the first briquetting（197）.

4. a kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches according to claim 3, it is characterised in that also Include the second connecting rod（1911）, pointer（1912）And scale plate（1913）, pave plate（194）Upside left passes through welding Mode is provided with the second connecting rod（1911）, the second connecting rod（1911）Pointer is installed by way of welding above right side （1912）, the first contiguous block（191）Pass on left bolted mode and scale plate is installed（1913）.

5. a kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches according to claim 4, it is characterised in that also Include synchronous agitating device（20）, synchronous agitating device（20）Include the first connecting plate（201）, the 4th rotating shaft（202）, Four runners（203）, second transmission bar（204）, the first angular wheel（205）, second bearing seat（206）, the second bull stick（207）、 Second angular wheel（208）, the 5th runner（209）With the 3rd transmission article（2010）, supporting plate（8）Right side is provided with synchronous stirring dress Put（20）, supporting plate（8）Right side central is provided with the first connecting plate by way of welding（201）, the first connecting plate（201）Before Middle side part is rotatably connected with the 4th rotating shaft（202）, the 4th rotating shaft（202）With the first motor（13）First motor of front side（13） The 4th runner is connected with output shaft（203）, the 4th runner（203）Positioned at the second runner（14）Front side, the 4th rotating shaft（202）Before Side is connected with the first angular wheel（205）, the first connecting plate（201）The mode that front side right is bolted is provided with second Bearing block（206）, second bearing seat（206）It is interior that the second bull stick is connected with by way of interference is connected（207）, the second bull stick （207）Left end is connected with the second angular wheel（208）, the second angular wheel（208）With the first angular wheel（205）Engagement, the Two bull sticks（207）Right-hand member is connected with the 5th runner（209）, the 5th runner（209）With the 3rd runner（165）Between be connected with the 3rd It is driven bar（2010）.

6. a kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches according to claim 5, it is characterised in that also Include fixed block（2022）, the first nut（2025）With the second screw rod（2026）, supporting plate（8）Upside is provided with the second dead slot （2021）, cement box（16）Downside right is provided with fixed block by way of welding（2022）, fixed block（2022）It is put into Two dead slots（2021）It is interior, fixed block（2022）Downside is provided with first through hole（2023）, supporting plate（8）The upside left and right sides is provided with Two through holes（2024）, first through hole（2023）With the second through hole（2024）All with the second dead slot（2021）Communicate, supporting plate（8）It is left The first nut is installed by way of welding above side（2025）, first through hole（2023）With the second through hole（2024）It is placed with Second screw rod（2026）, the second screw rod（2026）The nut of precession first（2025）, the first nut（2025）With the second screw rod （2026）Coordinate.

7. a kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches according to claim 6, it is characterised in that also Include and make real device（21）, make real device（21）Include the second contiguous block（211）, the second connecting plate（212）, fixed plate （213）, slide rail（214）, sliding block（215）, spring（216）, contact block（217）, mobile bar（218）, make real plate（219）, the 5th Rotating shaft（2110）, the second motor（2111）, the 6th runner（2112）, the 4th transmission article（2113）And cam（2114）, first connects Connect block（191）Front side is provided with and makes real device（21）, the first contiguous block（191）Front side is provided with the second connection by way of welding Block（211）, the second contiguous block（211）Front side is provided with the second connecting plate by way of welding（212）, the second connecting plate （212）Fixed plate is installed by way of welding below right side central（213）, fixed plate（213）Right side front and rear sides pass through Bolted mode is provided with two slide rails（214）, slide rail（214）Inner sliding type is connected with sliding block（215）, sliding block（215） Downside is provided with spring by way of welding（216）, spring（216）Lower end is arranged on slide rail by way of welding（214） In lower wall, two side slides（215）Right side contact block is respectively installed by way of welding（217）, contact block（217）Downside Mobile bar is installed by way of welding（218）, mobile bar（218）Lower end is provided with by way of welding and makes real plate （219）, the second connecting plate（212）Rotatably two the 5th rotating shafts are connected with above the front and rear sides of right side（2110）, the second connection Plate（212）The mode being bolted above right side central is provided with the second motor（2111）, the second motor（2111）Right side The second motor（2111）Output shaft and two the 5th rotating shafts（2110）Right-hand member be connected with the 6th runner（2112）, the 6th runner （2112）Between be connected with the 4th transmission article（2113）, two the 5th rotating shafts（2110）On be connected with the cam of 180 degree each other （2114）.

8. a kind of transport of cement blanking equipment for urban architecture irrigation canals and ditches according to claim 7, it is characterised in that also Include the second expansion link（2182）, the 3rd screw rod（2184）With the second nut（2185）, mobile bar（218）Downside is provided with the 3rd Dead slot（2181）, the 3rd dead slot（2181）Inside it is placed with the second expansion link（2182）, the second expansion link（2182）Lower end passes through weldering The mode connect is arranged on and makes real plate（219）Upper middle side part, rear side mobile bar（218）Rear side and front side mobile bar（218）Before Side is provided with a word hole（2183）, the expansion link of rear side second（2182）Rear side and the expansion link of front side second（2182）Front side top 3rd screw rod is installed by way of welding（2184）, the 3rd screw rod（2184）On be rotary with the second nut（2185）, the second spiral shell It is female（2185）With the 3rd screw rod（2184）Coordinate.