CN207860225U - A kind of cement mortar conveyer - Google Patents
A kind of cement mortar conveyer Download PDFInfo
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- CN207860225U CN207860225U CN201721183807.9U CN201721183807U CN207860225U CN 207860225 U CN207860225 U CN 207860225U CN 201721183807 U CN201721183807 U CN 201721183807U CN 207860225 U CN207860225 U CN 207860225U
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- cement
- bolted connection
- cement mortar
- cement box
- bearing seat
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Abstract
The utility model is related to a kind of conveyer more particularly to a kind of cement mortar conveyers.The technical problem to be solved by the present invention is to provide one kind topple over it is laborsaving, the amount of toppling over can be controlled, while the cement mortar conveyer that does not overflow of cement mortar during transporting.In order to solve the above-mentioned technical problem, the utility model provides such a cement mortar conveyer, includes bottom plate etc.；Montant is all installed by bolted connection at left and right sides of bottom base plate, montant is arranged symmetrically, montant bottom end is equipped with wheel by bolted connection, bottom plate left side is equipped with pushing hands by bolted connection, pushing hands right side is equipped with lifting mechanism, tipping mechanism is equipped at the top of bottom plate, tipping mechanism is contacted with lifting mechanism.The utility model reached topple over it is laborsaving, the amount of toppling over can be controlled, while the effect that does not overflow of cement mortar during transporting.
Description
Technical field
The utility model is related to a kind of conveyer more particularly to a kind of cement mortar conveyers.
Background technology
Construction refers to the production activity of engineering construction implementation phase, is the building course of all kinds of buildings, can also
It says it is various lines on design drawing, in specified place, becomes process in kind.It includes basic engineering construction, master
Body structure construction, roof construction, decorative engineering construction etc..The place of construction operation is known as " construction site " or cries
" construction site ", is also named building site.
In construction, it is required for being stirred into cement mortar to cement, then needs are transported to by conveyer
Place, and present cement mortar conveyer presence is toppled over the laborious, amount of toppling over and is difficult to control, cement mortar easily overflows during transport
Go out and then cause to waste, thus there is an urgent need for research and develop one kind topple over it is laborsaving, the amount of toppling over can be controlled, while cement during transporting
Starch the cement mortar conveyer not overflowed.
Utility model content
（1）Technical problems to be solved
The utility model is difficult to control to overcome present cement mortar conveyer presence to topple over the laborious, amount of toppling over,
The shortcomings that cement mortar easily overflows and then leads to waste during transport, the technical problem to be solved by the present invention is to provide one kind
Topple over it is laborsaving, the amount of toppling over can be controlled, while the cement mortar conveyer that does not overflow of cement mortar during transporting.
（2）Technical solution
In order to solve the above-mentioned technical problem, the utility model provides such a cement mortar conveyer, includes bottom
Plate, montant, wheel, tipping mechanism and lifting mechanism, the bottom base plate left and right sides are all equipped with perpendicular by bolted connection
Bar, montant are arranged symmetrically, and montant bottom end is equipped with wheel by bolted connection, and bottom plate left side is bolted
Mode pushing hands is installed, pushing hands right side is equipped with lifting mechanism, and tipping mechanism, tipping mechanism and lifting machine are equipped at the top of bottom plate
Structure contacts.
Preferably, tipping mechanism includes pillar, shaft, supporting block, grout outlet, valve and cement box, at the top of bottom plate in
Between pillar is installed by bolted connection, pillar top is equipped with shaft, and supporting block, supporting block top are equipped in shaft
Portion is equipped with cement box by bolted connection, and cement box top right side is open setting, the connection of cement box lower right side
There is grout outlet, is connected in grout outlet and cement box, grout outlet is equipped with valve, the lifting of cement box bottom left and lifting mechanism
Component contact.
Preferably, lifting mechanism includes rocking handle, bull stick, first bearing seat, lead screw, nut and second bearing seat, pushing hands
Right flank middle part is equipped with first bearing seat by bolted connection, and pushing hands right side lower part is by bolted connection
Second bearing seat is installed, lead screw is connected between second bearing seat and first bearing seat, screw mandrel top is connected by interference
Mode is connect with the bearing in first bearing seat, and bearing of the lead screw bottom end by way of interference connection and in second bearing seat connects
It connects, nut, nut top right side and cement box outer bottom left contact is installed on lead screw, what screw mandrel top was bolted
Mode is equipped with bull stick, and bull stick top is equipped with rocking handle by bolted connection.
Preferably, further include having anti-overflow device, anti-overflow device include renovate, handle, rotation strip, round bar and fixation
Block, cement box right hand top are equipped with by way of pin connection and are renovated, renovated and coordinate with cement box, and it is logical to renovate top left side
It crosses bolted mode and handle is installed, renovate top left side and be connected with rotation strip, rotation strip by way of axis pin connection
Left side is provided with through-hole, and the outer top right side of cement box is equipped with round bar by bolted connection, and round bar top is connected by bolt
The mode connect is equipped with fixed block, and round bar coordinates with through-hole.
Preferably, further include having the first link block, connecting rod and the second link block, cement box outer bottom passes on left bolt company
The mode connect is equipped with the first link block, is equipped with the second link block on the right side of nut top by bolted connection, and second
It is connected with connecting rod between link block and the first link block.
Preferably, the material of bottom plate is Q235 steel.
Operation principle：It is operated first personnel to pour into cement mortar in cement box, you can hold pushing hands and move this by wheel
Device is to destination.When cement mortar is moved to destination, operating personnel, that is, rotatable lifting mechanism, the lifting portion of lifting mechanism
Part drives the dumping part of tipping mechanism to tilt, and then cement mortar is poured out in the dumping part inclination of tipping mechanism.Work as cement mortar
All pour out after, being rotated further by lifting mechanism makes lifting component restore to original position, at the same by the dumping part of tipping mechanism restore to
It is in situ, you can to carry out the transport of next group cement mortar.
Because tipping mechanism includes pillar, shaft, supporting block, grout outlet, valve and cement box, bottom plate top center is logical
It crosses bolted mode and pillar is installed, pillar top is equipped with shaft, and supporting block is equipped in shaft, is led at the top of supporting block
It crosses bolted mode and cement box is installed, cement box top right side is open setting, and cement box lower right side is connected with out
It is connected in slurry pipe, grout outlet and cement box, grout outlet is equipped with valve, the lifting component of cement box bottom left and lifting mechanism
Contact, when operating personnel rotate lifting mechanism, the lifting component of lifting mechanism, which moves up, drives cement box left part to moving up
It is dynamic, and then cement box right part moves down, when cement box tilts to a certain extent, you can stop operating lifting mechanism, opens
Valve, cement mortar are flowed out by grout outlet.After cement mortar is all poured out, valve is closed, cement box is restored to original position.
Because lifting mechanism includes rocking handle, bull stick, first bearing seat, lead screw, nut and second bearing seat, on the right side of pushing hands
Middle face is equipped with first bearing seat by bolted connection, and pushing hands right side lower part is installed by bolted connection
There is second bearing seat, lead screw is connected between second bearing seat and first bearing seat, screw mandrel top is by way of interference connection
It being connect with the bearing in first bearing seat, bearing of the lead screw bottom end by way of interference connection and in second bearing seat connects,
Nut is installed, nut top right side is with cement box outer bottom left contact, the side that screw mandrel top is bolted on lead screw
Formula is equipped with bull stick, and bull stick top is equipped with rocking handle by bolted connection, after cement mortar is transported to destination, operation
Personnel can shake rocking handle rotating forward, and rocking handle, which rotates forward, drives bull stick to rotate forward, and bull stick, which rotates forward, drives lead screw to rotate forward, and lead screw, which rotates forward, drives spiral shell
Mother moves up, and nut, which moves up, drives cement box left part to move up, and then cement box right part is made to move down, and works as cement
When case is tilted to a certain extent, stop shaking rocking handle, you can open valve and release cement mortar.Similarly, when cement mortar is all put
After going out, operating personnel shake rocking handle reversion, and then nut is driven to move down recovery to original position, stop shaking rocking handle.Such as
This, pours out cement mortar without operating personnel, time saving and energy saving.
Because further including having anti-overflow device, anti-overflow device include renovate, handle, rotation strip, round bar and fixed block,
Cement box right hand top is equipped with by way of pin connection and is renovated, and is renovated and is coordinated with cement box, renovates top left side and pass through
Bolted mode is equipped with handle, renovates top left side and is connected with rotation strip by way of axis pin connection, rotation strip is left
Side is provided with through-hole, and the outer top right side of cement box is equipped with round bar by bolted connection, and round bar top is bolted
Mode fixed block is installed, round bar coordinates with through-hole, and when needing to pour into cement mortar in cement box, operating personnel are clockwise
Rotation strip is rotated, and then round bar is detached from in through-hole, then opening will be renovated by handle, you can pours into cement mortar in water tank.
After cement mortar all pours into, then it will be renovated and be covered back by handle, then rotate counterclockwise rotation strip, and then round bar is made to be located at through-hole
It is interior, you can to start to transport cement mortar.In this way, can prevent during transport cement mortar spilling cause to waste.
Because further including having the first link block, connecting rod and the second link block, cement box outer bottom, which passes on left, to be bolted
Mode the first link block is installed, the second link block is installed by bolted connection, second connects on the right side of nut top
It connects and is connected with connecting rod between block and the first link block, when operating personnel, which shake rocking handle, to be rotated forward, nut moves upwardly through connecting rod
It drives cement box left part to move up, and then cement mortar is made to pour out.After cement mortar is all poured out, it is anti-that operating personnel shake rocking handle
Turn, and then nut drives cement box left part to move down recovery to original position by connecting rod.In this way, moving cement without operating personnel
Case restores to original position, time saving and energy saving, simultaneously, moreover it is possible to which preventing cement box from too tilting causes cement box to fall off.
Because the material of bottom plate is Q235 steel, the load-bearing capacity of Q235 steel is strong, acidproof corrosion-resistant, increases the use of bottom plate
Service life.
（3）Advantageous effect
The utility model reached topple over it is laborsaving, the amount of toppling over can be controlled, while transport during cement mortar will not
The effect of spilling.
Description of the drawings
Fig. 1 is the main structure diagram of the utility model.
Fig. 2 is the main structure diagram of the utility model tipping mechanism.
Fig. 3 is the main structure diagram of the utility model lifting mechanism.
Fig. 4 is the main structure diagram of the utility model anti-overflow device.
Fig. 5 is the main structure diagram of the utility model connecting rod.
Label in attached drawing be：1- bottom plates, 2- montants, 3- wheels, 4- tipping mechanisms, 41- pillars, 42- shafts, 43- branch
Bracer, 44- grout outlets, 45- valves, 46- cement box, 5- pushing hands, 6- lifting mechanisms, 61- rocking handles, 62- bull sticks, 63- first axles
Bearing, 64- lead screws, 65- nuts, 66- second bearing seats, 7- anti-overflow devices, 71- are renovated, 72- handles, 73- rotation strips, 74-
Round bar, 75- fixed blocks, 76- through-holes, the first link blocks of 8-, 9- connecting rods, the second link blocks of 10-.
Specific implementation mode
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of cement mortar conveyer includes as shown in Figs. 1-5 bottom plate 1, montant 2, wheel 3, tipping mechanism 4 and lift
Mechanism 6 is risen, montant 2 is all installed by bolted connection at left and right sides of 1 bottom of bottom plate, montant 2 is arranged symmetrically, montant
2 bottom ends are equipped with wheel 3 by bolted connection, and 1 left side of bottom plate is equipped with pushing hands 5 by bolted connection,
5 right side of pushing hands is equipped with lifting mechanism 6, and 1 top of bottom plate is equipped with tipping mechanism 4, and tipping mechanism 4 is contacted with lifting mechanism 6.
Embodiment 2
A kind of cement mortar conveyer includes as shown in Figs. 1-5 bottom plate 1, montant 2, wheel 3, tipping mechanism 4 and lift
Mechanism 6 is risen, montant 2 is all installed by bolted connection at left and right sides of 1 bottom of bottom plate, montant 2 is arranged symmetrically, montant
2 bottom ends are equipped with wheel 3 by bolted connection, and 1 left side of bottom plate is equipped with pushing hands 5 by bolted connection,
5 right side of pushing hands is equipped with lifting mechanism 6, and 1 top of bottom plate is equipped with tipping mechanism 4, and tipping mechanism 4 is contacted with lifting mechanism 6.
Tipping mechanism 4 includes pillar 41, shaft 42, supporting block 43, grout outlet 44, valve 45 and cement box 46, bottom plate 1
Top center is equipped with pillar 41 by bolted connection, and 41 top of pillar is equipped with shaft 42, is equipped in shaft 42
Supporting block 43,43 top of supporting block are equipped with cement box 46 by bolted connection, and 46 top right side of cement box is opening
Setting, 46 lower right side of cement box are connected with grout outlet 44, are connected in grout outlet 44 and cement box 46, grout outlet 44 is equipped with valve
Door 45, the lifting component contact of 46 bottom left of cement box and lifting mechanism 6.
Embodiment 3
A kind of cement mortar conveyer includes as shown in Figs. 1-5 bottom plate 1, montant 2, wheel 3, tipping mechanism 4 and lift
Mechanism 6 is risen, montant 2 is all installed by bolted connection at left and right sides of 1 bottom of bottom plate, montant 2 is arranged symmetrically, montant
2 bottom ends are equipped with wheel 3 by bolted connection, and 1 left side of bottom plate is equipped with pushing hands 5 by bolted connection,
5 right side of pushing hands is equipped with lifting mechanism 6, and 1 top of bottom plate is equipped with tipping mechanism 4, and tipping mechanism 4 is contacted with lifting mechanism 6.
Tipping mechanism 4 includes pillar 41, shaft 42, supporting block 43, grout outlet 44, valve 45 and cement box 46, bottom plate 1
Top center is equipped with pillar 41 by bolted connection, and 41 top of pillar is equipped with shaft 42, is equipped in shaft 42
Supporting block 43,43 top of supporting block are equipped with cement box 46 by bolted connection, and 46 top right side of cement box is opening
Setting, 46 lower right side of cement box are connected with grout outlet 44, are connected in grout outlet 44 and cement box 46, grout outlet 44 is equipped with valve
Door 45, the lifting component contact of 46 bottom left of cement box and lifting mechanism 6.
Lifting mechanism 6 includes rocking handle 61, bull stick 62, first bearing seat 63, lead screw 64, nut 65 and second bearing seat
66,5 right flank middle part of pushing hands is equipped with first bearing seat 63 by bolted connection, and 5 right side lower part of pushing hands passes through spiral shell
It tethers the mode connect and second bearing seat 66 is installed, lead screw 64, silk are connected between second bearing seat 66 and first bearing seat 63
64 top of bar is connect by way of interference connection with the bearing in first bearing seat 63, and 64 bottom end of lead screw is connected by interference
Mode is connect with the bearing in second bearing seat 66, and nut 65,65 top right side of nut and cement box 46 are equipped on lead screw 64
Outer bottom left contact, 64 top of lead screw are equipped with bull stick 62 by bolted connection, and 62 top of bull stick is connected by bolt
The mode connect is equipped with rocking handle 61.
Embodiment 4
A kind of cement mortar conveyer includes as shown in Figs. 1-5 bottom plate 1, montant 2, wheel 3, tipping mechanism 4 and lift
Mechanism 6 is risen, montant 2 is all installed by bolted connection at left and right sides of 1 bottom of bottom plate, montant 2 is arranged symmetrically, montant
2 bottom ends are equipped with wheel 3 by bolted connection, and 1 left side of bottom plate is equipped with pushing hands 5 by bolted connection,
5 right side of pushing hands is equipped with lifting mechanism 6, and 1 top of bottom plate is equipped with tipping mechanism 4, and tipping mechanism 4 is contacted with lifting mechanism 6.
Tipping mechanism 4 includes pillar 41, shaft 42, supporting block 43, grout outlet 44, valve 45 and cement box 46, bottom plate 1
Top center is equipped with pillar 41 by bolted connection, and 41 top of pillar is equipped with shaft 42, is equipped in shaft 42
Supporting block 43,43 top of supporting block are equipped with cement box 46 by bolted connection, and 46 top right side of cement box is opening
Setting, 46 lower right side of cement box are connected with grout outlet 44, are connected in grout outlet 44 and cement box 46, grout outlet 44 is equipped with valve
Door 45, the lifting component contact of 46 bottom left of cement box and lifting mechanism 6.
Lifting mechanism 6 includes rocking handle 61, bull stick 62, first bearing seat 63, lead screw 64, nut 65 and second bearing seat
66,5 right flank middle part of pushing hands is equipped with first bearing seat 63 by bolted connection, and 5 right side lower part of pushing hands passes through spiral shell
It tethers the mode connect and second bearing seat 66 is installed, lead screw 64, silk are connected between second bearing seat 66 and first bearing seat 63
64 top of bar is connect by way of interference connection with the bearing in first bearing seat 63, and 64 bottom end of lead screw is connected by interference
Mode is connect with the bearing in second bearing seat 66, and nut 65,65 top right side of nut and cement box 46 are equipped on lead screw 64
Outer bottom left contact, 64 top of lead screw are equipped with bull stick 62 by bolted connection, and 62 top of bull stick is connected by bolt
The mode connect is equipped with rocking handle 61.
Further include having anti-overflow device 7, anti-overflow device 7 includes to renovate 71, handle 72, rotation strip 73,74 and of round bar
Fixed block 75,46 right hand top of cement box are equipped with by way of pin connection and renovate 71, are renovated 71 and are coordinated with cement box 46,
It renovates 71 top left sides and handle 72 is installed by bolted connection, renovate 71 top left sides by way of axis pin connection
It is connected with rotation strip 73,73 left side of rotation strip is provided with through-hole 76, and 46 outer top right side of cement box is pacified by bolted connection
Equipped with round bar 74,74 top of round bar is equipped with fixed block 75 by bolted connection, and round bar 74 coordinates with through-hole 76.
Further include having the first link block 8, connecting rod 9 and the second link block 10,46 outer bottom of cement box passes on left bolt company
The mode connect is equipped with the first link block 8, and 65 top right side of nut is equipped with the second link block 10 by bolted connection,
It is connected with connecting rod 9 between second link block 10 and the first link block 8.
The material of bottom plate 1 is Q235 steel.
Operation principle：It is operated first personnel to pour into cement mortar in cement box 46, you can hold pushing hands 5 and move by wheel 3
The present apparatus is moved to destination.When cement mortar is moved to destination, operating personnel, that is, rotatable lifting mechanism 6, lifting mechanism 6
Being lifted component drives the dumping part of tipping mechanism 4 to tilt, and then cement mortar is poured out in the dumping part inclination of tipping mechanism 4.
After cement mortar is all poured out, being rotated further by lifting mechanism 6 makes lifting component restore to original position, while toppling over tipping mechanism 4
Component restores to original position, you can carries out the transport of next group cement mortar.
Because tipping mechanism 4 includes pillar 41, shaft 42, supporting block 43, grout outlet 44, valve 45 and cement box 46,
1 top center of bottom plate is equipped with pillar 41 by bolted connection, and 41 top of pillar is equipped with shaft 42, pacifies in shaft 42
Equipped with supporting block 43,43 top of supporting block is equipped with cement box 46 by bolted connection, and 46 top right side of cement box is
Opening setting, 46 lower right side of cement box are connected with grout outlet 44, are connected in grout outlet 44 and cement box 46, are set on grout outlet 44
There is a valve 45, the lifting component contact of 46 bottom left of cement box and lifting mechanism 6, when operating personnel rotate lifting mechanism 6,
The lifting component of lifting mechanism 6, which moves up, drives 46 left part of cement box to move up, and then 46 right part of cement box moves down,
When cement box 46 tilts to a certain extent, you can stop operating lifting mechanism 6, opens valve 45, cement mortar passes through grout outlet
44 outflows.After cement mortar is all poured out, valve 45 is closed, cement box 46 is restored to original position.
Because lifting mechanism 6 includes rocking handle 61, bull stick 62, first bearing seat 63, lead screw 64, nut 65 and second bearing
Seat 66,5 right flank middle part of pushing hands is equipped with first bearing seat 63 by bolted connection, and 5 right side lower part of pushing hands passes through
Bolted mode is equipped with second bearing seat 66, and lead screw 64 is connected between second bearing seat 66 and first bearing seat 63,
64 top of lead screw is connect by way of interference connection with the bearing in first bearing seat 63, and 64 bottom end of lead screw is connected by interference
Mode connect with the bearing in second bearing seat 66, nut 65,65 top right side of nut and cement box are installed on lead screw 64
46 outer bottom left contacts, 64 top of lead screw are equipped with bull stick 62 by bolted connection, and 62 top of bull stick passes through bolt
The mode of connection is equipped with rocking handle 61, and after cement mortar is transported to destination, operating personnel can shake the rotating forward of rocking handle 61, rocking handle
61, which rotate forward drive bull stick 62, rotates forward, and bull stick 62, which rotates forward, drives lead screw 64 to rotate forward, and the rotating forward of lead screw 64 drives nut 65 to move up, spiral shell
Mother 65, which moves up, drives 46 left part of cement box to move up, and then 46 right part of cement box is made to move down, when cement box 46 inclines
When tiltedly to a certain extent, stop shaking rocking handle 61, you can open valve 45 and release cement mortar.Similarly, when cement mortar is all put
After going out, operating personnel shake rocking handle 61 and invert, and then nut 65 is driven to move down recovery to original position, and stopping shakes rocking handle 61 and is
It can.In this way, pour out cement mortar without operating personnel, it is time saving and energy saving.
Because further including having anti-overflow device 7, anti-overflow device 7 includes to renovate 71, handle 72, rotation strip 73, round bar
74 and fixed block 75,46 right hand top of cement box is equipped with by way of pin connection and renovates 71, and 71 and cement box 46 are renovated
Cooperation, renovates 71 top left sides and is equipped with handle 72 by bolted connection, renovate 71 top left sides and connected by axis pin
Mode be connected with rotation strip 73,73 left side of rotation strip is provided with through-hole 76, and 46 outer top right side of cement box is bolted
Mode is equipped with round bar 74, and 74 top of round bar is equipped with fixed block 75 by bolted connection, and round bar 74 is matched with through-hole 76
It closes, when needing to pour into cement mortar in cement box 46, operating personnel rotate clockwise rotation strip 73, and then round bar 74 and through-hole
It is detached from 76, then 71 openings will be renovated by handle 72, you can pour into cement mortar in water tank.After cement mortar all pours into,
71 lids will be renovated by handle 72 again to return, then rotate counterclockwise rotation strip 73, and then round bar 74 is made to be located in through-hole 76, you can open
Beginning transports cement mortar.In this way, can prevent during transport cement mortar spilling cause to waste.
Because further including thering is the first link block 8, connecting rod 9 and the second link block 10,46 outer bottom of cement box to pass on left spiral shell
It tethers the mode connect and the first link block 8 is installed, 65 top right side of nut is equipped with the second connection by bolted connection
Block 10 is connected with connecting rod 9 between second link block 10 and the first link block 8, when operating personnel, which shake rocking handle 61, to be rotated forward, nut
65, which move upwardly through connecting rod 9, drives 46 left part of cement box to move up, and then cement mortar is made to pour out.When cement mortar is all poured out
Afterwards, operating personnel shake rocking handle 61 and invert, and then nut 65 drives 46 left part of cement box to move down recovery to original by connecting rod 9
Position.In this way, without operating personnel's movement cement box 46 recovery to original position, it is time saving and energy saving, simultaneously, moreover it is possible to prevent cement box 46 too
Inclination causes cement box 46 to fall off.
Because the material of bottom plate 1 is Q235 steel, the load-bearing capacity of Q235 steel is strong, acidproof corrosion-resistant, increases making for bottom plate 1
Use the service life.
Preferred embodiments of the present invention above described embodiment only expresses, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these are all
Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (6)
1. a kind of cement mortar conveyer, which is characterized in that include bottom plate（1）, montant（2）, wheel（3）, tipping mechanism（4）
And lifting mechanism（6）, bottom plate（1）Montant is all installed by bolted connection at left and right sides of bottom（2）, montant（2）For
It is symmetrical arranged, montant（2）Bottom end is equipped with wheel by bolted connection（3）, bottom plate（1）Left side is bolted
Mode pushing hands is installed（5）, pushing hands（5）Right side is equipped with lifting mechanism（6）, bottom plate（1）Top is equipped with tipping mechanism（4）,
Tipping mechanism（4）With lifting mechanism（6）Contact.
2. a kind of cement mortar conveyer according to claim 1, which is characterized in that tipping mechanism（4）It include pillar
（41）, shaft（42）, supporting block（43）, grout outlet（44）, valve（45）And cement box（46）, bottom plate（1）Top center passes through
Bolted mode is equipped with pillar（41）, pillar（41）Top is equipped with shaft（42）, shaft（42）On support is installed
Block（43）, supporting block（43）Top is equipped with cement box by bolted connection（46）, cement box（46）Top right side is
Opening setting, cement box（46）Lower right side is connected with grout outlet（44）, grout outlet（44）With cement box（46）Interior connection, pulp
Pipe（44）It is equipped with valve（45）, cement box（46）Bottom left and lifting mechanism（6）Lifting component contact.
3. a kind of cement mortar conveyer according to claim 2, which is characterized in that lifting mechanism（6）It include rocking handle
（61）, bull stick（62）, first bearing seat（63）, lead screw（64）, nut（65）And second bearing seat（66）, pushing hands（5）Right side
Middle part is equipped with first bearing seat by bolted connection（63）, pushing hands（5）The side that right side lower part is bolted
Formula is equipped with second bearing seat（66）, second bearing seat（66）With first bearing seat（63）Between be connected with lead screw（64）, lead screw
（64）Top interference connection by way of and first bearing seat（63）Interior bearing connection, lead screw（64）Bottom end is connected by interference
The mode and second bearing seat connect（66）Interior bearing connection, lead screw（64）On nut is installed（65）, nut（65）Top right
Side and cement box（46）Outer bottom left contact, lead screw（64）Top is equipped with bull stick by bolted connection（62）, turn
Bar（62）Top is equipped with rocking handle by bolted connection（61）.
4. a kind of cement mortar conveyer according to claim 3, which is characterized in that further include having anti-overflow device（7）,
Anti-overflow device（7）Include to renovate（71）, handle（72）, rotation strip（73）, round bar（74）And fixed block（75）, cement box
（46）Right hand top is equipped with by way of pin connection and is renovated（71）, renovate（71）With cement box（46）Cooperation, is renovated
（71）Top left side is equipped with handle by bolted connection（72）, renovate（71）The side that top left side is connected by axis pin
Formula is connected with rotation strip（73）, rotation strip（73）Left side is provided with through-hole（76）, cement box（46）Outer top right side is connected by bolt
The mode connect is equipped with round bar（74）, round bar（74）Top is equipped with fixed block by bolted connection（75）, round bar
（74）With through-hole（76）Cooperation.
5. a kind of cement mortar conveyer according to claim 4, which is characterized in that further include having the first link block（8）、
Connecting rod（9）With the second link block（10）, cement box（46）Outer bottom passes on left bolted mode and is equipped with the first connection
Block（8）, nut（65）Top right side is equipped with the second link block by bolted connection（10）, the second link block（10）With
First link block（8）Between be connected with connecting rod（9）.
6. a kind of cement mortar conveyer according to claim 5, which is characterized in that bottom plate（1）Material be Q235 steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721183807.9U CN207860225U (en) | 2017-09-15 | 2017-09-15 | A kind of cement mortar conveyer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721183807.9U CN207860225U (en) | 2017-09-15 | 2017-09-15 | A kind of cement mortar conveyer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207860225U true CN207860225U (en) | 2018-09-14 |
Family
ID=63474356
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721183807.9U Active CN207860225U (en) | 2017-09-15 | 2017-09-15 | A kind of cement mortar conveyer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207860225U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111115071A (en) * | 2020-02-10 | 2020-05-08 | 何秋果 | Garbage transport vehicle convenient for discharging garbage and cleaning carriage simultaneously |
-
2017
- 2017-09-15 CN CN201721183807.9U patent/CN207860225U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111115071A (en) * | 2020-02-10 | 2020-05-08 | 何秋果 | Garbage transport vehicle convenient for discharging garbage and cleaning carriage simultaneously |
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