CN205685540U - A kind of cement for building cutting stirs evenly device - Google Patents

Abstract

This utility model relates to a kind of cutting and stirs evenly device, particularly relates to the cutting of a kind of cement for building and stirs evenly device.The technical problems to be solved in the utility model is to provide a kind of simple in construction, time saving and energy saving, stability more preferable cement for building cutting stirs evenly device.In order to solve above-mentioned technical problem, this utility model provides the cutting of such a cement for building and stirs evenly device, includes casing, cylinder II, collecting tank, motor II, motor III, rotating shaft II, rotating shaft I, stirring vane, fixed plate etc.；Casing inner top is sequentially provided with motor I, bearing block I, screw mandrel I, screw mandrel II and bearing block II from left to right, it is provided with contiguous block between bearing block I and bearing block II, being provided with screw mandrel I and screw mandrel II between bearing block I and bearing block II, the hand of spiral of screw mandrel I and screw mandrel II is contrary.This utility model has reached that apparatus structure is simple, time saving and energy saving, the more preferable effect of stability.

Description

A kind of cement for building cutting stirs evenly device

Technical field

This utility model relates to a kind of cutting and stirs evenly device, particularly relates to the cutting of a kind of cement for building and stirs evenly device.

Background technology

Building is the general name of building and structures, be people in order to meet social life needs, utilize the thing grasped Matter technological means, and use certain scientific law, edema due to wind pathogen theory and the artificial environment of aesthetic principle creation.According to Roman period The record of theory of architecture book " building ten books " of the written earliest extant of master builder's Vitruvius, the key element that building comprises should be held concurrently Standby feature practical, strong, attractive in appearance, in order to realize these features, should establish the science viewpoint of art.The object of building arrives greatly bag Include the comprehensive Environment Design such as regional planning, urban planning, landscape design construct, community formed before relevant construction process, little Making to indoor furniture, small articles etc..In the category of architectonics and civil engineering, " building " refer to build building or The process of development capital construction.In general, each construction project can be responsible for pool by DBG and architect, at different levels hold Construction company, point sentence the professionals such as business, Engineering Consultant, Quantity Surveyor, structural engineer and be responsible for supervision.Successfully complete each Construction project, effective plan is required, no matter designs so that completing whole construction project and being required for fully taking into account whole Schedule table, fiscal arrangement, building safety, Building wood are built in environmental impact, foundation that construction project may be brought Delay in the transport of material and utilization, engineering, prepare tender documents etc..

Cement is powdery hydraulicity inorganic coagulation material.Add water and after stirring, become slurry, can harden in atmosphere or at water In preferably harden, and can be the most cemented together for the material such as sand, stone.Calx and the mixture of volcanic ash are with modern in early days Lime pozzolanic cement much like, the concrete made with its cementing rubble, after hardening, not only intensity is higher, and can also support Anti-fresh water or the erosion of brackish water.For a long time, it, as a kind of important Binder Materials, is widely used in civil construction, water The engineerings such as profit, national defence.

Cutting is a kind of physical action.The cutting of narrow sense refers to be cut by object with sharp weapon such as cuttves, and the cutting of broad sense refers to Utilize instrument, such as lathe, flame etc., make object disconnect under the effect of pressure or high temperature.Mathematics also has " the cutting amplified out Line ", refer to be divided into a plane straight line of several part.Cut and have important effect in the production, life of people.

Stir evenly and i.e. stir, make uniform process.

The cutting of existing cement for building stirs evenly that device exists that structure is complicated, wastes time and energy, device stability is bad lacks Point, therefore needs a kind of simple in construction of research and development badly, time saving and energy saving, stability more preferable cement for building cutting stirs evenly device.

Utility model content

(1) to solve the technical problem that

Apparatus structure is complicated, waste time and energy, device in order to overcome the cutting of existing cement for building to stir evenly for this utility model The shortcoming that stability is bad, the technical problems to be solved in the utility model is to provide a kind of simple in construction, time saving and energy saving, stability The cutting of more preferable cement for building stirs evenly device.

(2) technical scheme

In order to solve above-mentioned technical problem, this utility model provides the cutting of such a cement for building and stirs evenly device, Include casing, cylinder II, collecting tank, motor II, motor III, rotating shaft II, rotating shaft I, stirring vane, fixed plate, electric pushrod III, baffle plate I, electrically-controlled valve, outlet pipe, motor I, bearing block I, nut I, screw mandrel I, contiguous block, nut II, screw mandrel II, bearing block II, electric pushrod I, hook I, placing trough, cylinder I, cutter, electric pushrod II, hook II, motor IV, rotating shaft III, baffle plate II And agitator tank；Casing inner top is sequentially provided with motor I, bearing block I, screw mandrel I, screw mandrel II and bearing block II, bearing from left to right It is provided with contiguous block between seat I and bearing block II, between bearing block I and bearing block II, is provided with screw mandrel I and screw mandrel II, screw mandrel I and silk The hand of spiral of bar II is contrary, and screw mandrel I left end is connected with motor I, and screw mandrel I right-hand member is connected with on the left of contiguous block, screw mandrel II left end Being connected with on the right side of contiguous block, screw mandrel II right-hand member is connected with bearing block II, and screw mandrel I is provided with nut I, and screw mandrel I coordinates with nut I, Screw mandrel II is provided with nut II, and screw mandrel II coordinates with nut II, is provided with electric pushrod I, sets bottom electric pushrod I bottom nut I There is hook I, bottom contiguous block, be provided with cylinder I, bottom cylinder I, be provided with cutter, bottom nut II, be provided with electric pushrod II, electronic Being provided with hook II bottom push rod II, casing inner left wall and You Bi are equipped with placing trough, and casing inner bottom part is hingedly connected with cylinder II, Cylinder II top is hingedly connected with agitator tank, the middle motor II that is provided with bottom agitator tank, and the connection of motor II top has rotating shaft I, and Rotating shaft is positioned at agitator tank, and rotating shaft is provided with stirring vane, and agitator tank left side top is provided with motor III, and connecting on front side of motor III has Rotating shaft II, is provided with fixed plate on the right side of rotating shaft II, fixed plate right-hand member contacts with agitator tank right hand top, is provided with bottom stirring right wall of box Discharge opening, is provided with electric pushrod III on the right side of agitator tank, and electric pushrod III is positioned at the top of discharge opening, connects bottom electric pushrod III Being connected to baffle plate I, agitator tank over top is provided with outlet pipe, and outlet pipe is provided with electrically-controlled valve, is provided with collection on the right side of casing inner bottom part Groove, is provided with motor IV bottom the right wall of casing, motor IV front connects rotating shaft III, is provided with baffle plate II, baffle plate II bottom rotating shaft III Bottom and box bottom right contact.

Preferably, also including scraper plate, stirring vane one end is provided with scraper plate, and scraper plate and agitator tank contact internal walls.

Preferably, also including cylinder III, casing inner bottom part is provided with cylinder III, and cylinder III is positioned at the left side of cylinder II, Cylinder III top is articulated and connected bottom agitator tank.

Preferably, motor I, motor II, motor III, motor IV are servomotor.

Operation principle: fixed plate top is placed with cement bag, when needing to use cement, starts electric pushrod III and extends, band Dynamic baffle plate I moves downward, and when baffle plate I covers discharge opening completely, electric pushrod III stops elongation, starts motor IV and rotates forward, band Dynamic rotating shaft III rotates forward, and drives baffle plate II to rotate forward, and when baffle plate II goes to vertical position, closes motor IV, by box sealing, permissible The noise sent during reducer work, starts motor I and rotates forward, and drive screw mandrel I rotates forward, screw mandrel II reversion, drives nut I to the right Motion, nut II are to left movement, when nut I, nut II move to the left and right sides, the cement side of wrapping, close motor I, open simultaneously Dynamic electric pushrod I and electric pushrod II extend, and drive hook I and hook II to move downward, when hook I and hook II catch on cement Bao Shi, starts electric pushrod I and electric pushrod II shortens, and drives cement bag to move upward, when cement bag moves to correct position Time, electric pushrod I and electric pushrod II stop shortening, and start motor III and invert, and drive rotating shaft II to invert, and drive fixed plate anti- Turn, when fixed plate goes to vertical position, close motor III, start electric pushrod I and electric pushrod II extends, drive cement bag When being moved downwardly to correct position, electric pushrod I and electric pushrod II stop elongation, start cylinder I and extend, drive cutter to Lower motion, makes cutter be cut open by cement bag, and the cement in cement bag falls in agitator tank, and cement is coated after cutting open two sections, opens Dynamic air cylinder I shortens and resets, and drives cutter to move upward resets, starts motor I and invert, drive screw mandrel I inverts, screw mandrel II just Turn, drive nut I to move right to left movement, nut II, drive cement be coated two sections of incision the most to the left, move right, When cement is coated directly over two sections of the incision placing troughs moving to the left and right sides respectively, closes motor I, start electric pushrod I and electric pushrod II extend, drive cement to be coated two sections of incision and move downward, move to put when cement is coated two sections of incision When putting in groove, electric pushrod I and electric pushrod II stop elongation, put in placing trough by the cement bag being cut open, start electronic Push rod I and electric pushrod II shorten and reset, and start motor I and rotate forward, and drive screw mandrel I to rotate forward, screw mandrel II reversion, drive nut I to Right motion, nut II, to left movement, after nut I, nut II reset, are closed motor I, are opened electrically-controlled valve, and water is from water outlet pipe flow Enter in agitator tank, after the water in agitator tank reaches in right amount, close electrodynamic valve, start motor III and rotate forward, drive rotating shaft II to rotate forward, Drive fixed plate rotates forward, and when fixed plate goes to horizontal level, when covering agitator tank top, closes motor III, starts II turn of motor Dynamic, drive rotating shaft I to rotate, drive stirring vane to rotate, the cement mixing in agitator tank is uniform, after having stirred, to be mixed Blade goes to initial position, closes motor II, starts cylinder II and extends, and drives agitator tank to be tilted to the right, when going out on agitator tank During the alignment collecting tank of material hole, cylinder II stops elongation, starts electric pushrod III and shortens and reset, drives baffle plate I to move upward reset, Cement discharge opening from agitator tank flows in collecting tank, when cement fully flows in collecting tank, starts cylinder II and shortens multiple Position, drives agitator tank motion to reset, starts motor IV and invert, drive rotating shaft III to invert, drive baffle plate II to invert, when baffle plate II is anti- When going to vertical position, closing motor IV, the collecting tank in casing can be taken out by people, uses the cement in collecting tank, uses After complete cement, collecting tank is put into casing origin-location.

Because also including scraper plate, stirring vane one end is provided with scraper plate, and scraper plate and agitator tank contact internal walls, it is possible to The cement being attached to agitator tank inwall is scraped totally, makes cement reach the utilization rate of maximum.

Because also including cylinder III, casing inner bottom part is provided with cylinder III, and cylinder III is positioned at the left side of cylinder II, cylinder It is articulated and connected bottom III top and agitator tank, starts cylinder III while starting cylinder II elongation and extend, and cylinder III extends speed Rate is slower than cylinder II, drives agitator tank to be tilted to the right, and makes the discharge opening alignment collecting tank on agitator tank, and collection poured completely into by cement After in groove, start cylinder II shorten reset while start cylinder III and shorten and reset, drive agitator tank to reset, institute is so that agitator tank Stablizing effect more preferable, reduce the burden of cylinder II.

Because motor I, motor II, motor III, motor IV are servomotor, motor speed can be regulated, so work Process is easy to regulation.

(3) beneficial effect

This utility model has reached that apparatus structure is simple, time saving and energy saving, the more preferable effect of stability.

Accompanying drawing explanation

Fig. 1 is the first main TV structure schematic diagram of the present utility model.

Fig. 2 is the second of the present utility model main TV structure schematic diagram.

Fig. 3 is the third main TV structure schematic diagram of the present utility model.

Being labeled as in accompanying drawing: 1-casing, 2-cylinder II, 3-collecting tank, 4-motor II, 5-motor III, 6-rotating shaft II, 7- Rotating shaft I, 8-stirring vane, 9-fixed plate, 10-electric pushrod III, 11-baffle plate I, 12-discharge opening, 13-electrically-controlled valve, 14-water outlet Pipe, 15-motor I, 16-bearing block I, 17-nut I, 18-screw mandrel I, 19-contiguous block, 20-nut II, 21-screw mandrel II, 22-axle Bearing II, 23-electric pushrod I, 24-hook I, 25-placing trough, 26-cylinder I, 27-cutter, 28-electric pushrod II, 29-hook Son II, 30-motor IV, 31-rotating shaft III, 32-baffle plate II, 33-agitator tank, 34-scraper plate, 35-cylinder III.

Detailed description of the invention

With embodiment, this utility model is further described below in conjunction with the accompanying drawings.

Embodiment 1

A kind of cement for building cutting stirs evenly device, as Figure 1-3, includes casing 1, cylinder II 2, collecting tank 3, electricity Machine II 4, motor III 5, rotating shaft II 6, rotating shaft I 7, stirring vane 8, fixed plate 9, electric pushrod III 10, baffle plate I 11, electrically-controlled valve 13, Outlet pipe 14, motor I 15, bearing block I 16, nut I 17, screw mandrel I 18, contiguous block 19, nut II 20, screw mandrel II 21, bearing block II 22, electric pushrod I 23, hook I 24, placing trough 25, cylinder I 26, cutter 27, electric pushrod II 28, hook II 29, motor IV 30, rotating shaft III 31, baffle plate II 32 and agitator tank 33；Casing 1 inner top is sequentially provided with motor I 15, bearing block I from left to right 16, screw mandrel I 18, screw mandrel II 21 and bearing block II 22, is provided with contiguous block 19, bearing block I between bearing block I 16 and bearing block II 22 Being provided with screw mandrel I 18 and screw mandrel II 21 between 16 and bearing block II 22, the hand of spiral of screw mandrel I 18 and screw mandrel II 21 is contrary, screw mandrel I 18 left ends are connected with motor I 15, and screw mandrel I 18 right-hand member is connected on the left of contiguous block 19, on the right side of screw mandrel II 21 left end and contiguous block 19 Connecting, screw mandrel II 21 right-hand member is connected with bearing block II 22, and screw mandrel I 18 is provided with nut I 17, and screw mandrel I 18 coordinates with nut I 17, Screw mandrel II 21 is provided with nut II 20, and screw mandrel II 21 coordinates with nut II 20, is provided with electric pushrod I 23 bottom nut I 17, electronic It is provided with hook I 24 bottom push rod I 23, bottom contiguous block 19, is provided with cylinder I 26, bottom cylinder I 26, be provided with cutter 27, nut II Being provided with electric pushrod II 28 bottom 20, be provided with hook II 29 bottom electric pushrod II 28, casing 1 inner left wall and You Bi are equipped with to be put Putting groove 25, casing 1 inner bottom part is hingedly connected with cylinder II 2, and cylinder II 2 top is hingedly connected with agitator tank 33, agitator tank 33 end Being provided with motor II 4 in the middle of portion, motor II 4 top connects rotating shaft I 7, and rotating shaft is positioned at agitator tank 33, and rotating shaft is provided with stirring Blade 8, agitator tank 33 left side top is provided with motor III 5, and connecting on front side of motor III 5 has rotating shaft II 6, is provided with solid on the right side of rotating shaft II 6 Determining plate 9, fixed plate 9 right-hand member contacts with agitator tank 33 right hand top, is provided with discharge opening 12, agitator tank 33 bottom the right wall of agitator tank 33 Right side is provided with electric pushrod III 10, and electric pushrod III 10 is positioned at the top of discharge opening 12, and connecting bottom electric pushrod III 10 has Baffle plate I 11, agitator tank 33 over top is provided with outlet pipe 14, and outlet pipe 14 is provided with electrically-controlled valve 13, sets on the right side of casing 1 inner bottom part Having collecting tank 3, be provided with motor IV 30 bottom the right wall of casing 1, motor IV 30 front connects rotating shaft III 31, sets bottom rotating shaft III 31 Baffle plate II 32, baffle plate II 32 bottom is had to contact with casing 1 bottom right.

Also including scraper plate 34, stirring vane 8 one end is provided with scraper plate 34, and scraper plate 34 and agitator tank 33 contact internal walls.

Also including cylinder III 35, casing 1 inner bottom part is provided with cylinder III 35, and cylinder III 35 is positioned at the left side of cylinder II 2, Cylinder III 35 top is articulated and connected bottom agitator tank 33.

Motor I 15, motor II 4, motor III 5, motor IV 30 are servomotor.

Operation principle: fixed plate 9 top is placed with cement bag, when needing to use cement, starts electric pushrod III 10 elongation, Driving baffle plate I 11 to move downward, when baffle plate I 11 covers discharge opening 12 completely, electric pushrod III 10 stops elongation, starts motor IV 30 rotate forward, and drive rotating shaft III 31 to rotate forward, and drive baffle plate II 32 to rotate forward, and when baffle plate II 32 goes to vertical position, close motor IV 30, casing 1 is sealed, the noise sent when can work with reducer, start motor I 15 and rotate forward, just driving screw mandrel I 18 Turn, screw mandrel II 21 reversion, drive nut I 17 move right, nut II 20 to left movement, when nut I 17, nut II 20 move to During the left and right sides, the cement side of wrapping, close motor I 15, start electric pushrod I 23 and electric pushrod II 28 elongation simultaneously, drive hook Son I 24 and hook II 29 move downward, and when hook I 24 and hook II 29 catch on cement bag, start electric pushrod I 23 and electronic Push rod II 28 shortens, and drives cement bag to move upward, when cement bag moves to correct position, and electric pushrod I 23 and electronic push away Bar II 28 stops shortening, and starts motor III 5 reversion, drives rotating shaft II 6 reversion, drives fixed plate 9 to invert, when fixed plate 9 goes to During vertical position, close motor III 5, start electric pushrod I 23 and electric pushrod II 28 elongation, drive cement bag to be moved downwardly to During correct position, electric pushrod I 23 and electric pushrod II 28 stop elongation, start cylinder I 26 elongation, drive cutter 27 downward Motion, makes cutter 27 be cut open by cement bag, and the cement in cement bag falls in agitator tank 33, and cement is coated after cutting open two sections, Start cylinder I 26 to shorten and reset, drive cutter 27 to move upward resets, start motor I 15 reversion, drive screw mandrel I 18 to invert, Screw mandrel II 21 rotates forward, and drives nut I 17 to move right to left movement, nut II 20, drives cement to be coated two sections of difference of incision To the left, move right, when cement is coated directly over two sections of the incision placing troughs 25 moving to the left and right sides respectively, close electricity Machine I 15, starts electric pushrod I 23 and electric pushrod II 28 elongation, drives cement to be coated two sections of incision and move downward, work as cement Being coated two sections of incision when moving in placing trough 25, electric pushrod I 23 and electric pushrod II 28 stop elongation, by be cut open Cement bag is put in placing trough 25, starts electric pushrod I 23 and electric pushrod II 28 shortens reset, start motor I 15 and rotate forward, band Movable wire bar I 18 rotate forward, screw mandrel II 21 reversion, drive nut I 17 move right, nut II 20 to left movement, when nut I 17, spiral shell After female II 20 reset, closing motor I 15, open electrically-controlled valve 13, water flows into agitator tank 33 from outlet pipe 14, when in agitator tank 33 Water reach appropriate after, close electrodynamic valve, start motor III 5 and rotate forward, drive rotating shaft II 6 to rotate forward, drive fixed plate 9 to rotate forward, when Fixed plate 9 goes to horizontal level, when covering agitator tank 33 top, closes motor III 5, starts motor II 4 and rotates, drives rotating shaft I 7 Rotating, drive stirring vane 8 to rotate, the cement mixing in agitator tank 33 is uniform, and after having stirred, blade 8 to be mixed goes to Initial position, closes motor II 4, starts cylinder II 2 elongation, drives agitator tank 33 to be tilted to the right, the discharging on agitator tank 33 When hole 12 is directed at collecting tank 3, cylinder II 2 stops elongation, starts electric pushrod III 10 and shortens reset, drives baffle plate I 11 upwards to transport Dynamic reset, cement discharge opening 12 from agitator tank 33 flows in collecting tank 3, when cement fully flows in collecting tank 3, starts Cylinder II 2 shortens reset, drives agitator tank 33 motion to reset, starts motor IV 30 and invert, drives rotating shaft III 31 reversion, drive gear Plate II 32 inverts, and when baffle plate II 32 is inverted to vertical position, closes motor IV 30, and the collecting tank 3 in casing 1 can be taken by people Go out, use the cement in collecting tank 3, after making to be finished cement, collecting tank 3 is put into casing 1 origin-location.

Because also including scraper plate 34, stirring vane 8 one end is provided with scraper plate 34, and scraper plate 34 connects with agitator tank 33 inwall Touch, it is possible to the cement being attached to agitator tank 33 inwall is scraped totally, make cement reach the utilization rate of maximum.

Because also including cylinder III 35, casing 1 inner bottom part is provided with cylinder III 35, and cylinder III 35 is positioned at cylinder II 2 Left side, cylinder III 35 top is articulated and connected bottom agitator tank 33, starts cylinder III 35 and stretch while starting cylinder II 2 elongation Grow, and cylinder III 35 extension speed is slower than cylinder II 2, drive agitator tank 33 to be tilted to the right, make the discharge opening 12 on agitator tank 33 Alignment collecting tank 3, after cement is poured in collecting tank 3 completely, starts cylinder III 35 while starting cylinder II 2 shortening reset and shortens Resetting, drive agitator tank 33 to reset, institute is so that the stablizing effect of agitator tank 33 more preferably, reduces the burden of cylinder II 2.

Because motor I 15, motor II 4, motor III 5, motor IV 30 are servomotor, motor speed, institute can be regulated It is easy to regulation with work process.

Embodiment described above only have expressed preferred implementation of the present utility model, and it describes more concrete and detailed, But therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that, common for this area For technical staff, without departing from the inventive concept of the premise, it is also possible to making some deformation, improve and substitute, these are all Belong to protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.

Claims (4)

1. a cement for building cutting stirs evenly device, it is characterised in that include casing (1), cylinder II (2), collecting tank (3), motor II (4), motor III (5), rotating shaft II (6), rotating shaft I (7), stirring vane (8), fixed plate (9), electric pushrod III (10), baffle plate I (11), electrically-controlled valve (13), outlet pipe (14), motor I (15), bearing block I (16), nut I (17), screw mandrel I (18), contiguous block (19), nut II (20), screw mandrel II (21), bearing block II (22), electric pushrod I (23), hook I (24), put Put groove (25), cylinder I (26), cutter (27), electric pushrod II (28), hook II (29), motor IV (30), rotating shaft III (31), baffle plate II (32) and agitator tank (33)；Casing (1) inner top is sequentially provided with motor I (15), bearing block I from left to right (16), screw mandrel I (18), screw mandrel II (21) and bearing block II (22), be provided with connection between bearing block I (16) and bearing block II (22) Block (19), is provided with screw mandrel I (18) and screw mandrel II (21), screw mandrel I (18) and screw mandrel between bearing block I (16) and bearing block II (22) The hand of spiral of II (21) is contrary, and screw mandrel I (18) left end is connected with motor I (15), and screw mandrel I (18) right-hand member is left with contiguous block (19) Side connects, and screw mandrel II (21) left end is connected with contiguous block (19) right side, and screw mandrel II (21) right-hand member is connected with bearing block II (22), silk Bar I (18) is provided with nut I (17), and screw mandrel I (18) coordinates with nut I (17), and screw mandrel II (21) is provided with nut II (20), silk Bar II (21) coordinates with nut II (20), and nut I (17) bottom is provided with electric pushrod I (23), and electric pushrod I (23) bottom is provided with Hook I (24), contiguous block (19) bottom is provided with cylinder I (26), and cylinder I (26) bottom is provided with cutter (27), nut II (20) Bottom is provided with electric pushrod II (28), and electric pushrod II (28) bottom is provided with hook II (29), and casing (1) inner left wall and right wall are equal Being provided with placing trough (25), casing (1) inner bottom part is hingedly connected with cylinder II (2), and cylinder II (2) top is hingedly connected with agitator tank (33), agitator tank (33) is provided with motor II (4) in the middle of bottom, and motor II (4) top connects rotating shaft I (7), and rotating shaft is positioned at and stirs Mixing in case (33), rotating shaft is provided with stirring vane (8), and agitator tank (33) left side top is provided with motor III (5), and motor III (5) is front Side connects rotating shaft II (6), and rotating shaft II (6) right side is provided with fixed plate (9), fixed plate (9) right-hand member and top, agitator tank (33) right side Portion contacts, and is provided with discharge opening (12) bottom agitator tank (33) right wall, and agitator tank (33) right side is provided with electric pushrod III (10), and electricity Dynamic push rod III (10) is positioned at the top of discharge opening (12), and electric pushrod III (10) bottom connects baffle plate I (11), agitator tank (33) Over top is provided with outlet pipe (14), and outlet pipe (14) is provided with electrically-controlled valve (13), is provided with collecting tank on the right side of casing (1) inner bottom part (3), being provided with motor IV (30) bottom casing (1) right wall, motor IV (30) front connects rotating shaft III (31), rotating shaft III (31) end Portion is provided with baffle plate II (32), and baffle plate II (32) bottom contacts with casing (1) bottom right.

The cutting of one the most according to claim 1 cement for building stirs evenly device, it is characterised in that also include scraper plate (34), stirring vane (8) one end is provided with scraper plate (34), and scraper plate (34) and agitator tank (33) contact internal walls.

The cutting of one the most according to claim 1 cement for building stirs evenly device, it is characterised in that also include cylinder III (35), casing (1) inner bottom part is provided with cylinder III (35), and cylinder III (35) is positioned at the left side of cylinder II (2), and cylinder III (35) pushes up Portion is articulated and connected with agitator tank (33) bottom.

The cutting of one the most according to claim 1 cement for building stirs evenly device, it is characterised in that motor I (15), motor II (4), motor III (5), motor IV (30) are servomotor.