CN108214890A - A kind of water conservancy construction mixing machine - Google Patents
A kind of water conservancy construction mixing machine Download PDFInfo
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- CN108214890A CN108214890A CN201810025740.9A CN201810025740A CN108214890A CN 108214890 A CN108214890 A CN 108214890A CN 201810025740 A CN201810025740 A CN 201810025740A CN 108214890 A CN108214890 A CN 108214890A
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- shaft
- belt pulley
- bevel gear
- inverted
- bearing seat
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28C—PREPARING CLAY; PRODUCING MIXTURES CONTAINING CLAY OR CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28C5/00—Apparatus or methods for producing mixtures of cement with other substances, e.g. slurries, mortars, porous or fibrous compositions
- B28C5/08—Apparatus or methods for producing mixtures of cement with other substances, e.g. slurries, mortars, porous or fibrous compositions using driven mechanical means affecting the mixing
- B28C5/10—Mixing in containers not actuated to effect the mixing
- B28C5/12—Mixing in containers not actuated to effect the mixing with stirrers sweeping through the materials, e.g. with incorporated feeding or discharging means or with oscillating stirrers
- B28C5/14—Mixing in containers not actuated to effect the mixing with stirrers sweeping through the materials, e.g. with incorporated feeding or discharging means or with oscillating stirrers the stirrers having motion about a horizontal or substantially horizontal axis
- B28C5/146—Mixing in containers not actuated to effect the mixing with stirrers sweeping through the materials, e.g. with incorporated feeding or discharging means or with oscillating stirrers the stirrers having motion about a horizontal or substantially horizontal axis with several stirrers with parallel shafts in one container
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Structural Engineering (AREA)
- Preparation Of Clay, And Manufacture Of Mixtures Containing Clay Or Cement (AREA)
Abstract
The present invention relates to a kind of mixing machine more particularly to a kind of water conservancy construction mixing machines.The technical problem to be solved in the present invention is to provide a kind of water conservancy construction mixing machines that can clear up residual concrete in time.In order to solve the above technical problem, the present invention provides such a water conservancy construction mixing machines, include stent, second shaft etc.;It is sequentially installed with stent, servo motor and pillar from left to right at the top of engine base, 3rd bearing seat is installed on stent, third shaft is installed, the bottom of third shaft is connected with the output shaft of servo motor, and second bevel gear is equipped in third shaft on 3rd bearing seat.Invention achieves the effects that can clear up residual concrete in time, external water source is pumped into hard tube by water inlet pipe, it is sprayed finally by nozzle, it sprays water to mixing channel inside and mixed plate, remaining concrete is removed, it avoids impacting next mixing proportioning, also mixing channel is avoided to be damaged with mixed plate.
Description
Technical field
The present invention relates to a kind of mixing machine more particularly to a kind of water conservancy construction mixing machines.
Background technology
Water conservancy construction is the surface water and groundwater for controlling and allocating nature, reaches and removes the evil emerging sharp purpose and build
Engineering construction.Water is human being's production and essential precious resources of living, but the state of its naturally occurring not fully accords with
Close the needs of the mankind.Hydraulic engineering is only built, flow could be controlled, prevents flood, and carries out the adjusting of water and divides
Match, to meet the needs of people's lives and production to water resource.Hydraulic engineering needs to build dam, dike, spillway, sluice, water inlet
Mouth, channel cross the different types of hydraulic structure such as mortise, log chute, fish pass, to realize its target.
Most of the mixing arrangement that water conservancy construction is utilized, the raw material of mixing is all concrete, and concrete is mixing
When, match that ratio is particularly significant, and in former mixing drum, the concrete after last time mixture operation is not completely removed, once it is dry
Afterwards, concrete, which depends on, is condensed in wall, becomes extremely to be difficult to clear up, and the concrete proportioning of mixing next time can be generated
A degree of influence, therefore there is an urgent need for research and develop a kind of water conservancy construction mixing machine that can clear up residual concrete in time.
Invention content
(1)Technical problems to be solved
The present invention is concrete for most of the mixing arrangement that water conservancy construction is overcome to be utilized, the raw material of mixing, and is mixed
For solidifying soil in mixing, it is particularly significant match ratio, in former mixing drum, concrete after last time mixture operation not by it is complete clearly
It removes, after dry, concrete, which depends on, to be condensed in wall, becomes extremely to be difficult to clear up, and can be to the coagulation of mixing next time
The shortcomings that soil proportioning can generate a degree of influence, the technical problem to be solved in the present invention is to provide one kind to clear up in time
The water conservancy construction mixing machine of residual concrete.
(2)Technical solution
In order to solve the above technical problem, the present invention provides such a water conservancy construction mixing machines, include stent, servo
Motor, engine base, pillar, inclined plate, mixing channel, discharge nozzle, discharging mechanism, first bearing seat, first rotating shaft, mixed plate, second turn
Axis, feed hopper, second bearing seat, the first belt pulley, the first flat belt, first bevel gear, second bevel gear, third shaft,
Three bearing blocks and the second belt pulley, engine base top are sequentially installed with stent, servo motor and pillar, are installed on stent from left to right
There is 3rd bearing seat, third shaft is installed on 3rd bearing seat, the bottom of third shaft is connected with the output shaft of servo motor
It connecing, second bevel gear is installed in third shaft, the top of pillar is equipped with mixing channel, and bottom is equipped with inclined plate in mixing channel,
The top right end of mixing channel is equipped with feed hopper, and both sides are embedded with second bearing seat and clutch shaft bearing to mixing channel left wall respectively up and down
Seat, is separately installed with the second shaft and first rotating shaft in second bearing seat and first bearing seat, the second shaft and first rotating shaft
Upper and lower both sides are mounted on mixed plate, and mixed plate is located inside mixing channel, and the second shaft left end is equipped with the first belt pulley, and first
The left part of shaft is equipped with the second belt pulley and first bevel gear, and the second belt pulley is located at the right side of first bevel gear, the first cone
Gear is engaged with second bevel gear, and the first flat belt, the bottom, right of mixing channel are wound between the second belt pulley and the first belt pulley
End is connected with discharge nozzle, and discharge nozzle is equipped with discharging mechanism.
Preferably, discharging mechanism includes inverted U-shaped baffle, sealant, elastic component, sliding block, sliding rail, connecting rod, inverted U-shaped frame
Frame and knob, mixing channel right wall lower part are equipped with inverted U-shaped frame, and bottom is equipped with sliding rail in inverted U-shaped frame, and sliding rail, which is equipped with, to be slided
Block, sliding block are equipped with inverted U-shaped baffle, and bottom is equipped with sealant in inverted U-shaped baffle, and sealant is in close contact with discharge nozzle nozzle,
Elastic component is connected between right side and discharge nozzle right wall in inverted U-shaped baffle, connecting rod is installed among inverted U-shaped baffle right wall, even
Extension bar passes through inverted U-shaped frame right wall, and the right end of connecting rod is connected with knob.
Preferably, auxiliary cutting agency has been further included, auxiliary cutting agency includes big belt pulley, the second flat belt, the
Four bearing blocks, small belt pulley, third hand tap gear, disk, the 4th bevel gear, connecting rod, oscillating rod, bearing, tap block at the 4th shaft
And installing plate, through-hole is provided on the pillar in left side, the pillar in left side is equipped with bearing, and bearing is located in through-hole, the top of bearing
Rotary type is connected with oscillating rod, and right end is equipped with installing plate at the top of oscillating rod, and installing plate top, which is equipped with, taps block, and percussion block is located at mixed
It closes below slot, big belt pulley is installed in third shaft, big belt pulley is located at the downside of second bevel gear, mixing channel left wall lower part
Fourth bearing seat is installed, the 4th shaft is installed on fourth bearing seat, small belt pulley and third cone are installed in the 4th shaft
Gear, small belt pulley are located at the top of third hand tap gear, the second flat belt are wound between small belt pulley and big belt pulley, left side
Pillar left wall top rotary type is equipped with disk and the 4th bevel gear, and disk is located at the front side of the 4th bevel gear, the 4th bevel gear
It is engaged with third hand tap gear, the antetheca rotary type of disk is connected with connecting rod, and the bottom end of connecting rod is connect with oscillating rod left end rotary type.
Preferably, water inlet pipe, water pump, hard tube, protective frame, the first connecting tube and nozzle, the top left of engine base have been further included
Side is equipped with water pump, and water inlet pipe is connected on the left of water pump, hard tube is connected at the top of water pump, protection is connected at the top of mixing channel
Frame, protective frame are located on the left of feed hopper, and hard tube passes through protective frame, and hard tube is fixedly connected with protective frame, and the end of hard tube connects
The first connecting tube is connected to, the end of the first connecting tube is connected with nozzle, and nozzle is located at the top of mixed plate.
Preferably, cam, hose, contact block, the second connecting tube, mobile bar and spring have been further included, third shaft passes through
Cradle top, the top of third shaft are connected with cam, bar hole are provided at the top of protective frame, and the end of hard tube is connected with hose,
The end of hose is connected with the second connecting tube, and the second connecting tube passes through bar hole, the end of the second connecting tube and the first connecting tube
It is connected, is connected with spring on the right side of the second connecting tube between protective frame inner right wall, mobile bar is connected on the left of the second connecting tube,
Mobile bar passes through protective frame left wall, and the left end of mobile bar is connected with contact block, and contact block is located at cam directly to the right, contact block with it is convex
Wheel is engaged.
Preferably, bracing wire and T shape inserted blocks have been further included, inverted U-shaped frame right wall top is connected with bracing wire, end of pulling connection
There are T shape inserted blocks, positioning jack is provided in connecting rod, positioning jack coordinates with T shapes inserted block.
Operation principle:When needing to carry out mixing processing to concrete, staff pours into suitable concrete first
In mixing channel, then starting servo motor and start to work, servo motor rotation drives second bevel gear and first bevel gear rotation,
And then the first belt pulley and the second pulley rotation are driven, so as to which first rotating shaft and the second shaft be driven to rotate, mixed plate is continuous
Rotation, the concrete in mixing channel is stirred evenly, and after stirring evenly completely, staff closes servo motor, then opens
Discharging mechanism releases the concrete after mixing.
Because discharging mechanism includes inverted U-shaped baffle, sealant, elastic component, sliding block, sliding rail, connecting rod, inverted U-shaped frame
And knob, mixing channel right wall lower part are equipped with inverted U-shaped frame, bottom is equipped with sliding rail in inverted U-shaped frame, and sliding rail, which is equipped with, to be slided
Block, sliding block are equipped with inverted U-shaped baffle, and bottom is equipped with sealant in inverted U-shaped baffle, and sealant is in close contact with discharge nozzle nozzle,
Elastic component is connected between right side and discharge nozzle right wall in inverted U-shaped baffle, connecting rod is installed among inverted U-shaped baffle right wall, even
Extension bar passes through inverted U-shaped frame right wall, and the right end of connecting rod is connected with knob, so after concrete mixing, staff is to the right
Knob is pulled, elastic component is elongated so that sealant completely disengages discharge nozzle, and concrete will pass through discharge nozzle releasing, work as discharging
After the completion, staff unclamps knob, and elastic component restores former long, sealant is driven to block discharge nozzle again.
Because having further included auxiliary cutting agency, auxiliary cutting agency includes big belt pulley, the second flat belt, the 4th axis
Bearing, small belt pulley, third hand tap gear, disk, the 4th bevel gear, connecting rod, oscillating rod, bearing, taps block and peace at the 4th shaft
Loading board is provided with through-hole on the pillar in left side, and the pillar in left side is equipped with bearing, and bearing is located in through-hole, and the top of bearing rotates
Formula is connected with oscillating rod, and right end is equipped with installing plate at the top of oscillating rod, and installing plate top, which is equipped with, taps block, taps block and is located at mixing channel
Lower section, big belt pulley is equipped in third shaft, and big belt pulley is located at the downside of second bevel gear, the installation of mixing channel left wall lower part
There is fourth bearing seat, the 4th shaft on fourth bearing seat be installed, small belt pulley and third hand tap gear are installed in the 4th shaft,
Small belt pulley is located at the top of third hand tap gear, and the second flat belt, the pillar in left side are wound between small belt pulley and big belt pulley
Left wall top rotary type is equipped with disk and the 4th bevel gear, and disk is located at the front side of the 4th bevel gear, the 4th bevel gear and the
Third hand tap gear engages, and the antetheca rotary type of disk is connected with connecting rod, and the bottom end of connecting rod is connect with oscillating rod left end rotary type, so
During discharging, servo motor continuous firing drives the rotation of third shaft, is made by the transmission of big belt pulley and small belt pulley
With drive third hand tap gear is rotated with the 4th bevel gear, and then disc-rotated, and oscillating rod is driven to swing up and down, so as to band
It is dynamic to tap the continuous impingement mix trench bottom of block so that concrete is quick and swimmingly pours out, while also concrete is avoided to remain in
In mixing channel.
Because having further included water inlet pipe, water pump, hard tube, protective frame, the first connecting tube and nozzle, the top left side peace of engine base
Equipped with water pump, water inlet pipe is connected on the left of water pump, hard tube is connected at the top of water pump, protective frame is connected at the top of mixing channel, is prevented
Shield frame is located on the left of feed hopper, and hard tube is across protective frame, and hard tube is fixedly connected with protective frame, and the end of hard tube is connected with the
One connecting tube, the end of the first connecting tube are connected with nozzle, and nozzle is located at the top of mixed plate, after concrete is poured out, mixing
With that can remain a part of concrete on mixed plate inside slot, so after concrete is poured out, staff continues to start servo electricity
Machine works, while water pump is started to work, and external water source is pumped into hard tube by water inlet pipe, is sprayed finally by nozzle, to mixing
It sprays water inside slot with mixed plate, remaining concrete is removed, avoid impacting next mixing proportioning, also avoid mixing channel
It is damaged with mixed plate, after remaining concrete thoroughly removes, staff switches off the pump and servo motor.
Because having further included cam, hose, contact block, the second connecting tube, mobile bar and spring, third shaft passes through stent
Top, the top of third shaft are connected with cam, are provided with bar hole at the top of protective frame, the end of hard tube is connected with hose, hose
End be connected with the second connecting tube, the second connecting tube passes through bar hole, and the end of the second connecting tube is connected with the first connecting tube
It connects, is connected with spring on the right side of the second connecting tube between protective frame inner right wall, mobile bar is connected on the left of the second connecting tube, it is mobile
Bar passes through protective frame left wall, and the left end of mobile bar is connected with contact block, and contact block is located at cam directly to the right, and contact block connects with cam
Cooperation is touched, so servo motor rotation band moving cam rotates, so as to which mobile bar and nozzle right be driven to move, expands the model of water spray
Enclose so that concrete clear up more quick and thoroughly.
Because having further included bracing wire and T shape inserted blocks, inverted U-shaped frame right wall top is connected with bracing wire, and end of pulling is connected with T
Shape inserted block is provided with positioning jack in connecting rod, and positioning jack coordinates with T shapes inserted block, so when needing discharging, staff will
After knob is pulled to the rightmost side to the right, positioning jack is moved on the outside of inverted U-shaped frame, and T shapes inserted block is inserted into positioning jack by staff,
Inverted U-shaped baffle can be fixed, hauls knob always without staff, more convenient, after the completion of discharging, staff is by T
Shape inserted block is extracted.
(3)Advantageous effect
Invention achieves the effects that can clear up residual concrete in time, external water source are pumped into hard tube by water inlet pipe, most
It is sprayed afterwards by nozzle, sprays water to mixing channel inside and mixed plate, remaining concrete is removed, avoid matching next mixing
It impacts, also mixing channel is avoided to be damaged with mixed plate.
Description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is the first main structure diagram of discharging mechanism of the present invention.
Fig. 3 is second of main structure diagram of the present invention.
Fig. 4 is the main structure diagram of present invention auxiliary cutting agency.
Fig. 5 is the third main structure diagram of the present invention.
Fig. 6 is the 4th kind of main structure diagram of the present invention.
Fig. 7 is second of main structure diagram of discharging mechanism of the present invention.
Label in attached drawing for:1- stents, 2- servo motors, 3- engine bases, 4- pillars, 5- inclined plates, 6- mixing channels, 7- dischargings
Pipe, 8- discharging mechanisms, the inverted U-shaped baffles of 80-, 81- sealants, 82- elastic components, 83- sliding blocks, 84- sliding rails, 85- connecting rods, 86-
Inverted U-shaped frame, 87- knobs, 9- first bearing seats, 10- first rotating shafts, 11- mixed plates, the second shafts of 12-, 13- feed hoppers,
14- second bearing seats, the first belt pulleys of 15-, the first flat belts of 16-, 17- first bevel gears, 18- second bevel gears, 19- thirds
Shaft, 20- 3rd bearing seats, the second belt pulleys of 21-, 22- auxiliary cutting agencies, 221- big belt pulleys, the second flat belts of 222-,
223- fourth bearing seats, the 4th shafts of 224-, 225- small belt pulleys, 226- third hand tap gears, 227- disks, 228- the 4th bore tooth
Wheel, 229- connecting rods, 2210- oscillating rods, 2211- bearings, 2212- through-holes, 2213- tap block, 2214- installing plates, 23- water inlets
Pipe, 24- water pumps, 25- hard tubes, 26- protective frames, the first connecting tubes of 27-, 28- nozzles, 29- cams, 30- hoses, 31- contact blocks,
The second connecting tubes of 32-, 33- mobile bars, 34- bar holes, 35- springs, 36- positioning jacks, 37- bracing wires, 38-T shape inserted blocks.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of water conservancy construction mixing machine, as shown in figs. 1-7, include stent 1, servo motor 2, engine base 3, pillar 4, inclined plate 5,
Mixing channel 6, discharge nozzle 7, discharging mechanism 8, first bearing seat 9, first rotating shaft 10, mixed plate 11, the second shaft 12, feed hopper
13rd, second bearing seat 14, the first belt pulley 15, the first flat belt 16, first bevel gear 17, second bevel gear 18, third shaft
19th, 20 and second belt pulley 21 of 3rd bearing seat, 3 top of engine base are sequentially installed with stent 1, servo motor 2 and branch from left to right
Column 4 is equipped with 3rd bearing seat 20 on stent 1, third shaft 19, the bottom of third shaft 19 is equipped on 3rd bearing seat 20
It is connected with the output shaft of servo motor 2, second bevel gear 18 is installed in third shaft 19, the top of pillar 4 is equipped with mixed
Slot 6 is closed, bottom is equipped with inclined plate 5 in mixing channel 6, and the top right end of mixing channel 6 is equipped with feed hopper 13, in 6 left wall of mixing channel
Lower both sides are embedded with second bearing seat 14 and first bearing seat 9 respectively, are separately installed in second bearing seat 14 and first bearing seat 9
The both sides up and down of second shaft 12 and first rotating shaft 10, the second shaft 12 and first rotating shaft 10 are mounted on mixed plate 11, mixing
Plate 11 is located inside mixing channel 6, and 12 left end of the second shaft is equipped with the first belt pulley 15, and the left part of first rotating shaft 10 is equipped with
Two belt pulleys 21 and first bevel gear 17, the second belt pulley 21 are located at the right side of first bevel gear 17, first bevel gear 17 and
Two bevel gears 18 engage, and the first flat belt 16, the bottom, right of mixing channel 6 are wound between the second belt pulley 21 and the first belt pulley 15
End is connected with discharge nozzle 7, and discharge nozzle 7 is equipped with discharging mechanism 8.
Embodiment 2
A kind of water conservancy construction mixing machine, as shown in figs. 1-7, include stent 1, servo motor 2, engine base 3, pillar 4, inclined plate 5,
Mixing channel 6, discharge nozzle 7, discharging mechanism 8, first bearing seat 9, first rotating shaft 10, mixed plate 11, the second shaft 12, feed hopper
13rd, second bearing seat 14, the first belt pulley 15, the first flat belt 16, first bevel gear 17, second bevel gear 18, third shaft
19th, 20 and second belt pulley 21 of 3rd bearing seat, 3 top of engine base are sequentially installed with stent 1, servo motor 2 and branch from left to right
Column 4 is equipped with 3rd bearing seat 20 on stent 1, third shaft 19, the bottom of third shaft 19 is equipped on 3rd bearing seat 20
It is connected with the output shaft of servo motor 2, second bevel gear 18 is installed in third shaft 19, the top of pillar 4 is equipped with mixed
Slot 6 is closed, bottom is equipped with inclined plate 5 in mixing channel 6, and the top right end of mixing channel 6 is equipped with feed hopper 13, in 6 left wall of mixing channel
Lower both sides are embedded with second bearing seat 14 and first bearing seat 9 respectively, are separately installed in second bearing seat 14 and first bearing seat 9
The both sides up and down of second shaft 12 and first rotating shaft 10, the second shaft 12 and first rotating shaft 10 are mounted on mixed plate 11, mixing
Plate 11 is located inside mixing channel 6, and 12 left end of the second shaft is equipped with the first belt pulley 15, and the left part of first rotating shaft 10 is equipped with
Two belt pulleys 21 and first bevel gear 17, the second belt pulley 21 are located at the right side of first bevel gear 17, first bevel gear 17 and
Two bevel gears 18 engage, and the first flat belt 16, the bottom, right of mixing channel 6 are wound between the second belt pulley 21 and the first belt pulley 15
End is connected with discharge nozzle 7, and discharge nozzle 7 is equipped with discharging mechanism 8.
Discharging mechanism 8 include inverted U-shaped baffle 80, sealant 81, elastic component 82, sliding block 83, sliding rail 84, connecting rod 85,
Inverted U-shaped frame 86 and knob 87,6 right wall lower part of mixing channel is equipped with inverted U-shaped frame 86, and bottom is equipped in inverted U-shaped frame 86
Sliding rail 84, sliding rail 84 are equipped with sliding block 83, and sliding block 83 is equipped with inverted U-shaped baffle 80, and bottom is equipped with sealant in inverted U-shaped baffle 80
81, sealant 81 is in close contact with 7 nozzle of discharge nozzle, is connected between the interior right side of inverted U-shaped baffle 80 and 7 right wall of discharge nozzle flexible
Part 82 is equipped with connecting rod 85 among inverted U-shaped 80 right wall of baffle, and connecting rod 85 passes through inverted U-shaped 86 right wall of frame, connecting rod 85
Right end is connected with knob 87.
Embodiment 3
A kind of water conservancy construction mixing machine, as shown in figs. 1-7, include stent 1, servo motor 2, engine base 3, pillar 4, inclined plate 5,
Mixing channel 6, discharge nozzle 7, discharging mechanism 8, first bearing seat 9, first rotating shaft 10, mixed plate 11, the second shaft 12, feed hopper
13rd, second bearing seat 14, the first belt pulley 15, the first flat belt 16, first bevel gear 17, second bevel gear 18, third shaft
19th, 20 and second belt pulley 21 of 3rd bearing seat, 3 top of engine base are sequentially installed with stent 1, servo motor 2 and branch from left to right
Column 4 is equipped with 3rd bearing seat 20 on stent 1, third shaft 19, the bottom of third shaft 19 is equipped on 3rd bearing seat 20
It is connected with the output shaft of servo motor 2, second bevel gear 18 is installed in third shaft 19, the top of pillar 4 is equipped with mixed
Slot 6 is closed, bottom is equipped with inclined plate 5 in mixing channel 6, and the top right end of mixing channel 6 is equipped with feed hopper 13, in 6 left wall of mixing channel
Lower both sides are embedded with second bearing seat 14 and first bearing seat 9 respectively, are separately installed in second bearing seat 14 and first bearing seat 9
The both sides up and down of second shaft 12 and first rotating shaft 10, the second shaft 12 and first rotating shaft 10 are mounted on mixed plate 11, mixing
Plate 11 is located inside mixing channel 6, and 12 left end of the second shaft is equipped with the first belt pulley 15, and the left part of first rotating shaft 10 is equipped with
Two belt pulleys 21 and first bevel gear 17, the second belt pulley 21 are located at the right side of first bevel gear 17, first bevel gear 17 and
Two bevel gears 18 engage, and the first flat belt 16, the bottom, right of mixing channel 6 are wound between the second belt pulley 21 and the first belt pulley 15
End is connected with discharge nozzle 7, and discharge nozzle 7 is equipped with discharging mechanism 8.
Discharging mechanism 8 include inverted U-shaped baffle 80, sealant 81, elastic component 82, sliding block 83, sliding rail 84, connecting rod 85,
Inverted U-shaped frame 86 and knob 87,6 right wall lower part of mixing channel is equipped with inverted U-shaped frame 86, and bottom is equipped in inverted U-shaped frame 86
Sliding rail 84, sliding rail 84 are equipped with sliding block 83, and sliding block 83 is equipped with inverted U-shaped baffle 80, and bottom is equipped with sealant in inverted U-shaped baffle 80
81, sealant 81 is in close contact with 7 nozzle of discharge nozzle, is connected between the interior right side of inverted U-shaped baffle 80 and 7 right wall of discharge nozzle flexible
Part 82 is equipped with connecting rod 85 among inverted U-shaped 80 right wall of baffle, and connecting rod 85 passes through inverted U-shaped 86 right wall of frame, connecting rod 85
Right end is connected with knob 87.
Further included auxiliary cutting agency 22, auxiliary cutting agency 22 include big belt pulley 221, the second flat belt 222,
Fourth bearing seat 223, small belt pulley 225, third hand tap gear 226, disk 227, the 4th bevel gear 228, connects the 4th shaft 224
Bar 229, bearing 2211, taps block 2213 and installing plate 2214 at oscillating rod 2210, and through-hole 2212 is provided on the pillar 4 in left side, left
The pillar 4 of side is equipped with bearing 2211, and bearing 2211 is located in through-hole 2212, and the top rotary type of bearing 2211 is connected with swing
Bar 2210,2210 top right end of oscillating rod are equipped with installing plate 2214, and 2214 top of installing plate, which is equipped with, taps block 2213, taps block
2213 are located at 6 lower section of mixing channel, are equipped with big belt pulley 221 in third shaft 19, big belt pulley 221 is located at second bevel gear 18
Downside, 6 left wall lower part of mixing channel is equipped with fourth bearing seat 223, the 4th shaft 224 is equipped on fourth bearing seat 223,
Small belt pulley 225 and third hand tap gear 226 are installed, small belt pulley 225 is located at the upper of third hand tap gear 226 in four shafts 224
Side is wound with the second flat belt 222, the 4 left wall top rotary type peace of pillar in left side between small belt pulley 225 and big belt pulley 221
Equipped with 227 and the 4th bevel gear 228 of disk, disk 227 is located at the front side of the 4th bevel gear 228, the 4th bevel gear 228 and third
Bevel gear 226 engages, and the antetheca rotary type of disk 227 is connected with connecting rod 229, bottom end and 2210 left end of oscillating rod of connecting rod 229
Rotary type connects.
Embodiment 4
A kind of water conservancy construction mixing machine, as shown in figs. 1-7, include stent 1, servo motor 2, engine base 3, pillar 4, inclined plate 5,
Mixing channel 6, discharge nozzle 7, discharging mechanism 8, first bearing seat 9, first rotating shaft 10, mixed plate 11, the second shaft 12, feed hopper
13rd, second bearing seat 14, the first belt pulley 15, the first flat belt 16, first bevel gear 17, second bevel gear 18, third shaft
19th, 20 and second belt pulley 21 of 3rd bearing seat, 3 top of engine base are sequentially installed with stent 1, servo motor 2 and branch from left to right
Column 4 is equipped with 3rd bearing seat 20 on stent 1, third shaft 19, the bottom of third shaft 19 is equipped on 3rd bearing seat 20
It is connected with the output shaft of servo motor 2, second bevel gear 18 is installed in third shaft 19, the top of pillar 4 is equipped with mixed
Slot 6 is closed, bottom is equipped with inclined plate 5 in mixing channel 6, and the top right end of mixing channel 6 is equipped with feed hopper 13, in 6 left wall of mixing channel
Lower both sides are embedded with second bearing seat 14 and first bearing seat 9 respectively, are separately installed in second bearing seat 14 and first bearing seat 9
The both sides up and down of second shaft 12 and first rotating shaft 10, the second shaft 12 and first rotating shaft 10 are mounted on mixed plate 11, mixing
Plate 11 is located inside mixing channel 6, and 12 left end of the second shaft is equipped with the first belt pulley 15, and the left part of first rotating shaft 10 is equipped with
Two belt pulleys 21 and first bevel gear 17, the second belt pulley 21 are located at the right side of first bevel gear 17, first bevel gear 17 and
Two bevel gears 18 engage, and the first flat belt 16, the bottom, right of mixing channel 6 are wound between the second belt pulley 21 and the first belt pulley 15
End is connected with discharge nozzle 7, and discharge nozzle 7 is equipped with discharging mechanism 8.
Discharging mechanism 8 include inverted U-shaped baffle 80, sealant 81, elastic component 82, sliding block 83, sliding rail 84, connecting rod 85,
Inverted U-shaped frame 86 and knob 87,6 right wall lower part of mixing channel is equipped with inverted U-shaped frame 86, and bottom is equipped in inverted U-shaped frame 86
Sliding rail 84, sliding rail 84 are equipped with sliding block 83, and sliding block 83 is equipped with inverted U-shaped baffle 80, and bottom is equipped with sealant in inverted U-shaped baffle 80
81, sealant 81 is in close contact with 7 nozzle of discharge nozzle, is connected between the interior right side of inverted U-shaped baffle 80 and 7 right wall of discharge nozzle flexible
Part 82 is equipped with connecting rod 85 among inverted U-shaped 80 right wall of baffle, and connecting rod 85 passes through inverted U-shaped 86 right wall of frame, connecting rod 85
Right end is connected with knob 87.
Further included auxiliary cutting agency 22, auxiliary cutting agency 22 include big belt pulley 221, the second flat belt 222,
Fourth bearing seat 223, small belt pulley 225, third hand tap gear 226, disk 227, the 4th bevel gear 228, connects the 4th shaft 224
Bar 229, bearing 2211, taps block 2213 and installing plate 2214 at oscillating rod 2210, and through-hole 2212 is provided on the pillar 4 in left side, left
The pillar 4 of side is equipped with bearing 2211, and bearing 2211 is located in through-hole 2212, and the top rotary type of bearing 2211 is connected with swing
Bar 2210,2210 top right end of oscillating rod are equipped with installing plate 2214, and 2214 top of installing plate, which is equipped with, taps block 2213, taps block
2213 are located at 6 lower section of mixing channel, are equipped with big belt pulley 221 in third shaft 19, big belt pulley 221 is located at second bevel gear 18
Downside, 6 left wall lower part of mixing channel is equipped with fourth bearing seat 223, the 4th shaft 224 is equipped on fourth bearing seat 223,
Small belt pulley 225 and third hand tap gear 226 are installed, small belt pulley 225 is located at the upper of third hand tap gear 226 in four shafts 224
Side is wound with the second flat belt 222, the 4 left wall top rotary type peace of pillar in left side between small belt pulley 225 and big belt pulley 221
Equipped with 227 and the 4th bevel gear 228 of disk, disk 227 is located at the front side of the 4th bevel gear 228, the 4th bevel gear 228 and third
Bevel gear 226 engages, and the antetheca rotary type of disk 227 is connected with connecting rod 229, bottom end and 2210 left end of oscillating rod of connecting rod 229
Rotary type connects.
Water inlet pipe 23, water pump 24, hard tube 25, protective frame 26, the first connecting tube 27 and nozzle 28 have been further included, engine base 3
Top left side is equipped with water pump 24, and 24 left side of water pump is connected with water inlet pipe 23, and 24 top of water pump is connected with hard tube 25, mixing channel 6
Top be connected with protective frame 26, protective frame 26 is located at 13 left side of feed hopper, and hard tube 25 passes through protective frame 26, and hard tube 25 with
Protective frame 26 is fixedly connected, and the end of hard tube 25 is connected with the first connecting tube 27, and the end of the first connecting tube 27 is connected with nozzle
28, nozzle 28 is located at the top of mixed plate 11.
Cam 29, hose 30, contact block 31, the second connecting tube 32, mobile bar 33 and spring 35, third shaft are further included
19 pass through 1 top of stent, and the top of third shaft 19 is connected with cam 29, and 26 top of protective frame is provided with bar hole 34, hard tube 25
End be connected with hose 30, the end of hose 30 is connected with the second connecting tube 32, and the second connecting tube 32 passes through bar hole 34, the
The end of two connecting tubes 32 is connected with the first connecting tube 27, is connected between 32 right side of the second connecting tube and 26 inner right wall of protective frame
There is spring 35,32 left side of the second connecting tube is connected with mobile bar 33, and mobile bar 33 passes through 26 left wall of protective frame, a left side for mobile bar 33
End is connected with contact block 31, and contact block 31 is located at 29 directly to the right of cam, and contact block 31 is engaged with cam 29.
Bracing wire 37 and T shapes inserted block 38 are further included, inverted U-shaped 86 right wall top of frame is connected with bracing wire 37,37 end of bracing wire
T shapes inserted block 38 is connected with, positioning jack 36 is provided in connecting rod 85, positioning jack 36 and T shapes inserted block 38 coordinates.
Operation principle:When needing to carry out mixing processing to concrete, staff pours into suitable concrete first
In mixing channel 6, then start servo motor 2 and start to work, the rotation of servo motor 2 drives second bevel gear 18 and first bevel gear
17 rotations, and then the first belt pulley 15 and the second belt pulley 21 is driven to rotate, so as to drive 10 and second shaft 12 of first rotating shaft
Rotation, mixed plate 11 constantly rotates, the concrete in mixing channel 6 is stirred evenly, and after stirring evenly completely, staff is closed
Servo motor 2 is closed, then opens discharging mechanism 8, the concrete after mixing is released.
Because discharging mechanism 8 includes inverted U-shaped baffle 80, sealant 81, elastic component 82, sliding block 83, sliding rail 84, connecting rod
85th, inverted U-shaped frame 86 and knob 87,6 right wall lower part of mixing channel are equipped with inverted U-shaped frame 86, and bottom is installed in inverted U-shaped frame 86
There is sliding rail 84, sliding rail 84 is equipped with sliding block 83, and sliding block 83 is equipped with inverted U-shaped baffle 80, and bottom is equipped with sealing in inverted U-shaped baffle 80
Layer 81, sealant 81 are in close contact with 7 nozzle of discharge nozzle, and bullet is connected between right side and 7 right wall of discharge nozzle in inverted U-shaped baffle 80
Property part 82, connecting rod 85 is installed, connecting rod 85 passes through inverted U-shaped 86 right wall of frame, connecting rod 85 among inverted U-shaped 80 right wall of baffle
Right end be connected with knob 87, so after concrete mixing, staff pulls to the right knob 87, and elastic component 82 is elongated,
So that sealant 81 completely disengages discharge nozzle 7, concrete will pass through discharge nozzle 7 and release, and after the completion of discharging, staff unclamps
Knob 87, elastic component 82 restore former length, and sealant 81 is driven to block discharge nozzle 7 again.
Because having further included auxiliary cutting agency 22, auxiliary cutting agency 22 includes big belt pulley 221, the second flat belt
222nd, fourth bearing seat 223, the 4th shaft 224, small belt pulley 225, third hand tap gear 226, disk 227, the 4th bevel gear
228th, connecting rod 229, oscillating rod 2210, bearing 2211, tap block 2213 and installing plate 2214, be provided with through-hole on the pillar 4 in left side
2212, the pillar 4 in left side is equipped with bearing 2211, and bearing 2211 is located in through-hole 2212, and the top rotary type of bearing 2211 connects
Oscillating rod 2210 is connected to, 2210 top right end of oscillating rod is equipped with installing plate 2214, and 2214 top of installing plate, which is equipped with, taps block 2213,
It taps block 2213 and is located at 6 lower section of mixing channel, big belt pulley 221 is installed, big belt pulley 221 is located at the second cone in third shaft 19
The downside of gear 18,6 left wall lower part of mixing channel are equipped with fourth bearing seat 223, the 4th shaft are equipped on fourth bearing seat 223
224, small belt pulley 225 and third hand tap gear 226 are installed in the 4th shaft 224, small belt pulley 225 is located at third hand tap gear
226 top, is wound with the second flat belt 222 between small belt pulley 225 and big belt pulley 221, the 4 left wall top of pillar in left side turns
Dynamic formula is equipped with 227 and the 4th bevel gear 228 of disk, and disk 227 is located at the front side of the 4th bevel gear 228, the 4th bevel gear 228
It is engaged with third hand tap gear 226, the antetheca rotary type of disk 227 is connected with connecting rod 229, the bottom end of connecting rod 229 and oscillating rod
2210 left end rotary types connect, so during discharging, 2 continuous firing of servo motor drives third shaft 19 to rotate, passes through
The gearing of big belt pulley 221 and small belt pulley 225 drives third hand tap gear 226 to be rotated with the 4th bevel gear 228, and then
Disk 227 is driven to rotate, oscillating rod 2210 is driven to swing up and down, 2213 continuous 6 bottom of impingement mix slot of block is tapped so as to drive,
So that concrete is quick and swimmingly pours out, while concrete is also avoided to remain in mixing channel 6.
Because water inlet pipe 23, water pump 24, hard tube 25, protective frame 26, the first connecting tube 27 and nozzle 28, engine base are further included
3 top left side is equipped with water pump 24, and 24 left side of water pump is connected with water inlet pipe 23, and 24 top of water pump is connected with hard tube 25, mixes
The top of slot 6 is connected with protective frame 26, and protective frame 26 is located at 13 left side of feed hopper, and hard tube 25 passes through protective frame 26, and hard tube
25 are fixedly connected with protective frame 26, and the end of hard tube 25 is connected with the first connecting tube 27, and the end of the first connecting tube 27 is connected with
Nozzle 28, nozzle 28 is located at the top of mixed plate 11, and after concrete is poured out, 6 inside of mixing channel on mixed plate 11 with that can remain
A part of concrete, so after concrete is poured out, staff continues startup servo motor 2 and works, while water pump 24 starts
Work, is pumped into hard tube 25 by water inlet pipe 23 by external water source, is sprayed finally by nozzle 28, to 6 inside of mixing channel with mixing
Plate 11 is sprayed water, and remaining concrete is removed, and is avoided impacting next mixing proportioning, is also avoided mixing channel 6 and mixed plate
11 damage, and after remaining concrete thoroughly removes, staff switches off the pump 24 and servo motor 2.
Because cam 29, hose 30, contact block 31, the second connecting tube 32, mobile bar 33 and spring 35, third are further included
Shaft 19 passes through 1 top of stent, and the top of third shaft 19 is connected with cam 29, and 26 top of protective frame is provided with bar hole 34, firmly
The end of pipe 25 is connected with hose 30, and the end of hose 30 is connected with the second connecting tube 32, and the second connecting tube 32 passes through bar hole
34, the end of the second connecting tube 32 is connected with the first connecting tube 27, the right side of the second connecting tube 32 and 26 inner right wall of protective frame it
Between be connected with spring 35,32 left side of the second connecting tube is connected with mobile bar 33, and mobile bar 33 passes through 26 left wall of protective frame, mobile bar
33 left end is connected with contact block 31, and contact block 31 is located at 29 directly to the right of cam, and contact block 31 is engaged with cam 29, so
The rotation band moving cam 29 of servo motor 2 rotates, and so as to which mobile bar 33 and nozzle 28 be driven to move left and right, expands the range of water spray,
So that concrete clear up more quick and thoroughly.
Because having further included bracing wire 37 and T shapes inserted block 38, inverted U-shaped 86 right wall top of frame is connected with bracing wire 37, bracing wire 37
End is connected with T shapes inserted block 38, and positioning jack 36 is provided in connecting rod 85, and positioning jack 36 and T shapes inserted block 38 coordinates, so working as
When needing discharging, staff will shake hands 87 be pulled to the rightmost side to the right after, positioning jack 36 moves to 86 outside of inverted U-shaped frame, work
Make personnel and T shapes inserted block 38 is inserted into positioning jack 36, you can fixed inverted U-shaped baffle 80 hauls knob without staff always
87, more convenient, after the completion of discharging, staff extracts T shapes inserted block 38.
Embodiment described above only expresses the preferred embodiment of the present invention, and description is more specific and detailed, but simultaneously
Cannot the limitation to the scope of the claims of the present invention therefore be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several 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 (6)
1. a kind of water conservancy construction mixing machine, which is characterized in that include stent(1), servo motor(2), engine base(3), pillar
(4), inclined plate(5), mixing channel(6), discharge nozzle(7), discharging mechanism(8), first bearing seat(9), first rotating shaft(10), mixed plate
(11), the second shaft(12), feed hopper(13), second bearing seat(14), the first belt pulley(15), the first flat belt(16),
One bevel gear(17), second bevel gear(18), third shaft(19), 3rd bearing seat(20)With the second belt pulley(21), engine base
(3)Top is sequentially installed with stent from left to right(1), servo motor(2)And pillar(4), stent(1)On 3rd bearing is installed
Seat(20), 3rd bearing seat(20)On third shaft is installed(19), third shaft(19)Bottom and servo motor(2)It is defeated
Shaft is connected, third shaft(19)On second bevel gear is installed(18), pillar(4)Top mixing channel is installed(6), mix
Close slot(6)Interior bottom is equipped with inclined plate(5), mixing channel(6)Top right end feed hopper is installed(13), mixing channel(6)Left wall
Upper and lower both sides are embedded with second bearing seat respectively(14)And first bearing seat(9), second bearing seat(14)And first bearing seat(9)On
It is separately installed with the second shaft(12)And first rotating shaft(10), the second shaft(12)And first rotating shaft(10)Both sides up and down pacify
Equipped with mixed plate(11), mixed plate(11)Positioned at mixing channel(6)Inside, the second shaft(12)Left end is equipped with the first belt pulley
(15), first rotating shaft(10)Left part the second belt pulley is installed(21)And first bevel gear(17), the second belt pulley(21)Position
In first bevel gear(17)Right side, first bevel gear(17)With second bevel gear(18)Engagement, the second belt pulley(21)With
One belt pulley(15)Between be wound with the first flat belt(16), mixing channel(6)Bottom right end be connected with discharge nozzle(7), discharge nozzle
(7)It is equipped with discharging mechanism(8).
A kind of 2. water conservancy construction mixing machine according to claim 1, which is characterized in that discharging mechanism(8)Include down U
Shape baffle(80), sealant(81), elastic component(82), sliding block(83), sliding rail(84), connecting rod(85), inverted U-shaped frame(86)With
Knob(87), mixing channel(6)Right wall lower part is equipped with inverted U-shaped frame(86), inverted U-shaped frame(86)Interior bottom is equipped with sliding rail
(84), sliding rail(84)It is equipped with sliding block(83), sliding block(83)It is equipped with inverted U-shaped baffle(80), inverted U-shaped baffle(80)Interior bottom is set
There is sealant(81), sealant(81)With discharge nozzle(7)Nozzle is in close contact, inverted U-shaped baffle(80)Interior right side and discharge nozzle(7)
Elastic component is connected between right wall(82), inverted U-shaped baffle(80)Connecting rod is installed among right wall(85), connecting rod(85)It passes through
Inverted U-shaped frame(86)Right wall, connecting rod(85)Right end be connected with knob(87).
3. a kind of water conservancy construction mixing machine according to claim 2, which is characterized in that further included auxiliary cutting agency
(22), assist cutting agency(22)Include big belt pulley(221), the second flat belt(222), fourth bearing seat(223), the 4th
Shaft(224), small belt pulley(225), third hand tap gear(226), disk(227), the 4th bevel gear(228), connecting rod(229)、
Oscillating rod(2210), bearing(2211), tap block(2213)And installing plate(2214), the pillar in left side(4)On be provided with through-hole
(2212), the pillar in left side(4)It is equipped with bearing(2211), bearing(2211)Positioned at through-hole(2212)It is interior, bearing(2211)'s
Top rotary type is connected with oscillating rod(2210), oscillating rod(2210)Top right end is equipped with installing plate(2214), installing plate
(2214)Top, which is equipped with, taps block(2213), tap block(2213)Positioned at mixing channel(6)Lower section, third shaft(19)On be equipped with
Big belt pulley(221), big belt pulley(221)Positioned at second bevel gear(18)Downside, mixing channel(6)Left wall lower part is equipped with
Four bearing blocks(223), fourth bearing seat(223)On the 4th shaft is installed(224), the 4th shaft(224)On cuticle is installed
Belt wheel(225)And third hand tap gear(226), small belt pulley(225)Positioned at third hand tap gear(226)Top, small belt pulley
(225)With big belt pulley(221)Between be wound with the second flat belt(222), the pillar in left side(4)Left wall top rotary type is equipped with
Disk(227)With the 4th bevel gear(228), disk(227)Positioned at the 4th bevel gear(228)Front side, the 4th bevel gear(228)
With third hand tap gear(226)Engagement, disk(227)Antetheca rotary type be connected with connecting rod(229), connecting rod(229)Bottom end with
Oscillating rod(2210)Left end rotary type connects.
4. a kind of water conservancy construction mixing machine according to claim 3, which is characterized in that further included water inlet pipe(23)、
Water pump(24), hard tube(25), protective frame(26), the first connecting tube(27)And nozzle(28), engine base(3)Top left side be equipped with
Water pump(24), water pump(24)Left side is connected with water inlet pipe(23), water pump(24)Top is connected with hard tube(25), mixing channel(6)'s
Top is connected with protective frame(26), protective frame(26)Positioned at feed hopper(13)Left side, hard tube(25)Across protective frame(26), and
Hard tube(25)With protective frame(26)It is fixedly connected, hard tube(25)End be connected with the first connecting tube(27), the first connecting tube
(27)End be connected with nozzle(28), nozzle(28)Positioned at mixed plate(11)Top.
5. a kind of water conservancy construction mixing machine according to claim 4, which is characterized in that further included cam(29), it is soft
Pipe(30), contact block(31), the second connecting tube(32), mobile bar(33)And spring(35), third shaft(19)Across stent(1)
Top, third shaft(19)Top be connected with cam(29), protective frame(26)Top is provided with bar hole(34), hard tube(25)'s
End is connected with hose(30), hose(30)End be connected with the second connecting tube(32), the second connecting tube(32)Across bar shaped
Hole(34), the second connecting tube(32)End and the first connecting tube(27)It is connected, the second connecting tube(32)Right side and protective frame
(26)Spring is connected between inner right wall(35), the second connecting tube(32)Left side is connected with mobile bar(33), mobile bar(33)It wears
Cross protective frame(26)Left wall, mobile bar(33)Left end be connected with contact block(31), contact block(31)Positioned at cam(29)It is positive right
Side, contact block(31)With cam(29)It is engaged.
6. a kind of water conservancy construction mixing machine according to claim 5, which is characterized in that further included bracing wire(37)And T
Shape inserted block(38), inverted U-shaped frame(86)Right wall top is connected with bracing wire(37), bracing wire(37)End is connected with T shape inserted blocks(38),
Connecting rod(85)On be provided with positioning jack(36), positioning jack(36)With T shape inserted blocks(38)Cooperation.
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CN109176880A (en) * | 2018-08-27 | 2019-01-11 | 辛艺 | A kind of cement stirring device |
CN109318370A (en) * | 2018-09-14 | 2019-02-12 | 辛艺 | A kind of small-sized cement mixer truck |
CN112192751A (en) * | 2020-10-22 | 2021-01-08 | 西藏昌都高争建材股份有限公司 | A biax humidification mixer for cement manufacture |
CN112277160A (en) * | 2020-10-16 | 2021-01-29 | 韩清燕 | Material transportation device for highway engineering restoration |
CN116175772A (en) * | 2023-03-20 | 2023-05-30 | 江苏中慧建筑科技有限公司 | Concrete mortar production and manufacturing device and application method thereof |
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CN116175772A (en) * | 2023-03-20 | 2023-05-30 | 江苏中慧建筑科技有限公司 | Concrete mortar production and manufacturing device and application method thereof |
CN116175772B (en) * | 2023-03-20 | 2023-10-20 | 江苏中慧建筑科技有限公司 | Concrete mortar production and manufacturing device and application method thereof |
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Application publication date: 20180629 |