CN108673739A - A kind of screening plant applied to concrete uniform stirring - Google Patents
A kind of screening plant applied to concrete uniform stirring Download PDFInfo
- Publication number
- CN108673739A CN108673739A CN201810285100.1A CN201810285100A CN108673739A CN 108673739 A CN108673739 A CN 108673739A CN 201810285100 A CN201810285100 A CN 201810285100A CN 108673739 A CN108673739 A CN 108673739A
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- China
- Prior art keywords
- stirring
- transport
- concrete
- shell
- cylinder
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Classifications
-
- 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
- B28C5/16—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 vertical or steeply inclined axis
-
- 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
- B28C5/0806—Details; Accessories
-
- 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
- B28C5/0806—Details; Accessories
- B28C5/0856—Supporting frames or structures, e.g. supporting wheels
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28C—PREPARING CLAY; PRODUCING MIXTURES CONTAINING CLAY OR CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28C7/00—Controlling the operation of apparatus for producing mixtures of clay or cement with other substances; Supplying or proportioning the ingredients for mixing clay or cement with other substances; Discharging the mixture
- B28C7/04—Supplying or proportioning the ingredients
- B28C7/06—Supplying the solid ingredients, e.g. by means of endless conveyors or jigging conveyors
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Structural Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Dispersion Chemistry (AREA)
- Preparation Of Clay, And Manufacture Of Mixtures Containing Clay Or Cement (AREA)
Abstract
The present invention provides a kind of screening plants applied to concrete uniform stirring comprising：Teeter chamber, teeter chamber is for being stirred concrete；Screening stirring transport establishment, the screening stirring transport establishment is installed in above-mentioned teeter chamber, screening stirring transport establishment can be stirred the mixture of the sandstone and cement that enter teeter chamber and the concrete to not up to requiring carries out stirring repeatedly until concrete reaches requirement, while screening stirring transport establishment and be constantly up to the concrete of requirement in whipping process and being conveyed to outside teeter chamber；The screening stirring transport establishment includes transport, sieving element, switching member and stirring delivery element, stirring delivery element can will be entered the indoor sandstone of stirring by teeter chamber bottom and the mixture of cement is delivered up during being stirred continuously, and switching member can realize the switching between the discharge of concrete and the stirring again of concrete according to the stirring state of concrete.
Description
Technical field
The present invention relates to building machinery fields, and in particular to a kind of screening plant applied to concrete uniform stirring.
Background technology
In agricultural production, engineering construction field, large-scale mixing plant plays always very important role, especially
It is the thick and disorderly development with real estate, unit in charge of construction is higher and higher for the blender proposition for stirring field applied to concrete
Requirement, the prior art provide mixing plant due to can not accurately be controlled the rate of concrete, cause concrete
Non-uniform phenomenon is stirred, meanwhile, the mixing plant that the prior art provides can only once stir concrete, thus make
It is required at there is part concrete not reach expected stirring, to cannot be satisfied the index of unit in charge of construction, for subsequent construction
Influence and the quality in follow-up house all have a great impact.
Invention content
To solve the deficiencies in the prior art, the object of the present invention is to provide it is a kind of can be to the screening of concrete uniform stirring
Device.
To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.
A kind of screening plant applied to concrete uniform stirring comprising：
Teeter chamber, teeter chamber is for being stirred concrete；
Screening stirring transport establishment, screening stirring transport establishment are installed in above-mentioned teeter chamber, screening stirring transport
Mechanism can be stirred the mixture of the sandstone and cement that enter teeter chamber and the concrete to not up to requiring carries out
Stirring is until concrete reaches requirement, while screening stirring transport establishment and being constantly up to the mixed of requirement in whipping process repeatedly
Solidifying soil is conveyed to outside teeter chamber；
The teeter chamber includes the tubular main casing being arranged vertically, is set between ground and main casing and plays supporting role
Holder；
Described screening stirring transport establishment include be coaxially disposed in main casing transport, sieving element, be coaxially movably set in
Switching member inside transport, sieving element and the coaxial stirring delivery element being movably set in inside switching member, it is described
Screening mixing conveying mechanism further includes the power supply device one that switching member can be driven to be moved in vertical direction and can drive
Power supply device two of the delivery element around own axis is stirred, stirring delivery element can will be entered by teeter chamber bottom to be stirred
The mixture for mixing indoor sandstone and cement is delivered up during being stirred continuously, and switching member can stirring according to concrete
Mix the switching between the discharge of situation realization concrete and the stirring again of concrete；
The main casing includes that the tubular being arranged vertically houses shell, and it is one end open, other end sealing to house shell
Circular cylinder body, wherein the open end of accommodating shell is located at lower section, the main casing further includes being matched with accommodating shell open end
And the closing shell of sealing cooperation is constituted, the closing shell is in a circular table shape, wherein closing shell and accommodating shell are matched
Opening contours are the maximum circle of diameter, in the accommodating housing cavity in be connected to and the matched loading stand in its inner cavity, installation
Accommodating shell is divided into two mutually independent accommodating cavitys, wherein loading stand up and down and closes on the sealing of accommodating shell by platen
End setting, the sealed end of the accommodating shell, which offers, stretches out hole, stretches out the hole installation coaxially arranged, described with shell is closed
The mounting hole for being offered on platen and stretching out hole arranged concentric；
The transport, sieving element includes coaxially arranged in main casing and the transport, sieving cylinder of both ends open, and described is defeated
Screening cylinder is sent to be provided with installation step on the periphery at top, the transport, sieving cylinder can be with above-mentioned mounting hole
Matching, transport, sieving cylinder are coaxially arranged in mounting hole, and when installation step and loading stand contact, transport, sieving cylinder
Bottom with closing shell bottom be formed with gap, be further opened on the periphery of the transport, sieving cylinder connection its in
The discharge port of chamber, the transport, sieving element further include the discharging guiding tube being set on transport, sieving cylinder, and described goes out
The inner cavity connection of material guiding tube one end and transport, sieving cylinder, the other end are by being opened in the avoid holes on accommodating shell to overhanging
Go out, wherein being located at the top of discharge port at discharging guiding tube and the connection of transport, sieving cylinder；
The switching member includes that the switching cylinder that coaxial sleeve is set in transport, sieving cylinder and power supply device one coordinate
Rack and be set to switching cylinder and rack between evacuation supporting rack, the switching sleeve can be in transport, sieving cylinder
The interior central axis along transport, sieving cylinder moves, and the switching cylinder is provided at both ends with opening, wherein outside switching cylinder
Disc offers the discharge gate connected with its inner cavity, and when discharge gate is connected with discharging guiding tube, switches the lower end position of cylinder
In the lower section of above-mentioned discharge port, the evacuation supporting rack includes the main support for being vertically arranged at switching barrel top open end
Frame, the main backstop include the main support and a link that is horizontally disposed and connecting two stands of two parallel arrangements, institute
Avoiding space is collectively formed in link, two main supports stated, and rack setting is fixedly installed on link, middle rack
Length extending direction with switching cylinder centerline axis parallel；
The stirring delivery element includes that coaxial sleeve is set in switching cylinder and can transport strand around the stirring of own axis
Dragon, described stirring conveying auger one end is located in above-mentioned avoiding space and the end is equipped with for receiving power supply dress
The 4th bevel gear of one driving force is set, bearing is also equipped on above-mentioned closing shell, described stirs the another of conveying auger
One end is sheathed in the bearing, stirring conveying auger around own axes rotate during realization it is same to the stirring of concrete
When concrete is transported up.
As being further improved for the technical program.
It is additionally provided in the teeter chamber for sandstone, cement etc. to be guided into the indoor material injecting mechanism of stirring；Described
Material injecting mechanism includes the feed conduit that one end is connected with teeter chamber, the other end and sandstone cement admixture are connected, the charging
Close to the bottom of teeter chamber at the connection of conduit and teeter chamber；The material injecting mechanism further includes being fixedly installed on charging vertically to lead
Support arm outside pipe, the bottom of support arm are fixedly connected with the wall portion of feed conduit, are provided at the top of the support arm
Connect fixture block, the material injecting mechanism further include be articulated with connection fixture block on connecting rod one, wherein connecting rod one with connect fixture block
Hinge joint be located at the middle part of connecting rod one, connecting rod one can be around the rotation of itself and the articulated shaft connecting between fixture block degree of progress, connecting rod
It is formed with rotation articulated shaft between one and connection fixture block, the rotation articulated shaft core wire is perpendicular to feed conduit and support arm structure
At plane；
The material injecting mechanism further includes being opened on feed conduit and length direction and feed conduit length direction are arranged in parallel
Rectangle regulate and control mouth, regulation and control mouth matching hinged limited material adjustable plate is formed between the limit material adjustable plate and rectangle regulation and control mouth
Articulated shaft be located at the midpoint on limit material adjustable plate length direction, and the core wire direction of the articulated shaft and above-mentioned rotation articulated shaft are flat
Row；The limit material adjustable plate can be around its articulated shaft deflection between regulation and control mouth to realize to feed conduit inner cavity size
Regulation and control, the regulation and control mouth close on the feed end setting of feed conduit, and material injecting mechanism further includes being set to limit material adjustable plate and company
Connecting rod two between bar one, two one end of connecting rod expect that one end of hinged adjustable plate, the other end and connecting rod one is hinged with limit, wherein connecting rod
The hinged shaft core line formed between the hinged shaft core line and connecting rod two and connecting rod one that are formed between two and limit adjustable plate is mutual
Parallel and have above-mentioned rotation articulated shaft parallel, the articulated shaft between the connecting rod two and limit material adjustable plate is located at limit and adjusts
The top of the articulated shaft formed between section plate and regulation and control mouth and the feed end setting for closing on feed conduit, the limit material adjustable plate
Limited block is additionally provided between regulation and control mouth, limited block makes limit material adjustable plate is located to limit to be formed between material adjustable plate and regulation and control mouth
Articulated shaft top suspension end can not be deflected towards feed conduit inner cavity.
As being further improved for the technical program.
Feed rate regulating mechanism is additionally provided with above the teeter chamber, the feed rate regulating mechanism includes
For receiving the driving element of external motivating force, the output element being set between material injecting mechanism and driving element and being set to
Mediation member between output element and driving element, output element one end and the other end of connecting rod one are hinged, and this is hinged
Shaft core line is parallel with above-mentioned rotation articulated shaft core wire, and the other end of output element is connected by mediation member and driving element
It connects, output element can receive the driving force of driving element by mediation member, and using the drive force connecting rod one around rotation
Turning hinge spindle rotates；
The feed rate regulating mechanism further includes the closing shell being coaxially removably mounted in teeter chamber, the closing
Shell is the tubular shell of both ends open, and the open end for closing shell connect with above-mentioned teeter chamber, closes the another of shell
It includes being vertically arranged at closing shell that open end Matching installation, which has the sealing cover for being constituted with it and opening and closing cooperation, the driving element,
Interior drive rod；Closing shell is stretched out in drive rod one end by the through-hole being opened on sealing cover, the other end is coaxially arranged with snail
Bar one, the mediation member include the first mediation member and the second mediation member, first mediation member
It is horizontally disposed in closing shell including one and central axis upright is in the shaft of rotation articulated shaft axis, one end of the shaft is same
Axle sleeve is equipped with matches the turbine engaged with above-mentioned worm screw one, and the other end coaxial sleeve of shaft is equipped with first bevel gear, wherein shaft
Can include a vertical arrangement and the connecting shaft in closing shell, the company around own axis, second mediation member
One end coaxial sleeve of axis is equipped with can match the second bevel gear engaged with first bevel gear, and the other end coaxial sleeve of connecting shaft is equipped with tooth
Wheel one, wherein connecting shaft can be set to around own axis, above-mentioned output element between connecting rod one and the second mediation member,
Output element is set between connecting rod one and gear one, and the output element includes the cunning by being opened in enclosure wall portion
Closing shell is stretched out and the linkage section hinged with connecting rod one and in closing shell and the transmission segment that coordinates with gear one in hole,
The transmission segment is that the Linear rack that engage can be matched with gear one, and the gear one of rotation with Linear rack by matching
Close can be achieved output element in the horizontal plane to close to closing shell/far from closing shell movement, to drive link one around
Rotate articulated shaft rotation.
As being further improved for the technical program.
Power supply device one selects motor one, and the output shaft end of wherein motor one is equipped with to be engaged with the matching of above-mentioned rack
Gear two, power supply device two select motor two, the output shaft end of wherein motor two is equipped with to be matched with the 4th bevel gear
The third hand tap gear of engagement, motor one can drive central axis of the switching member along transport, sieving cylinder in transport, sieving cylinder
Movement, and when concrete stirring reaches requirement, the driving switching cylinder of motor one moves upwards so that discharge gate goes out with above-mentioned
Expect that guiding tube is connected, so that the concrete being stirred is discharged by discharging guiding tube, is wanted when concrete not up to stirs
When asking, the driving switching cylinder of motor one moves downward and so that discharge gate is corresponding with above-mentioned discharge port, so that not up to
The concrete that stirring requires enters discharge port by discharge gate.
The advantageous effect of the present invention compared with prior art is that the present embodiment can by the way that feed rate regulating mechanism is arranged
Enter the rate of teeter chamber taking human as control material, while the present embodiment is additionally provided with screening stirring transport establishment, realizes pair
Not up to specified desired material carries out stirring repeatedly again.
Description of the drawings
In order to illustrate the embodiments of the present invention more clearly, attached drawing needed in the embodiment will be done simply below
It introduces, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ordinary skill people
For member, without creative efforts, other drawings may also be obtained based on these drawings.
Fig. 1 is the overall structure diagram of the present invention.
Fig. 2 is the feeding equipment structural schematic diagram of the present invention.
Fig. 3 is the driving mechanism structure schematic diagram in feeding equipment of the present invention.
Fig. 4 is the driving mechanism structure schematic diagram in feeding equipment of the present invention.
Fig. 5 is the adjustable feed inlet structural schematic diagram in feeding equipment of the present invention.
Fig. 6 is the structural schematic diagram of the adjustable feed inlet of the present invention.
Fig. 7 is the agitating device structural schematic diagram of the present invention.
Fig. 8 is the casing mechanism schematic diagram of agitating device.
Fig. 9 is the screening mixer structure schematic diagram of the present invention.
Figure 10 is the cooperation schematic diagram of the screening mixing component of the present invention.
Figure 11 is the screening element structure schematic diagram of the present invention.
Figure 12 is the stirring conveying auger structural schematic diagram of the present invention.
Figure 13 is the support discharge element structure schematic diagram of the present invention.
It is denoted as in figure：
100, material injecting mechanism；110, connecting rod one；120, connecting rod two；130, support arm；140, feed conduit；150, limit material is adjusted
Plate；
200, teeter chamber；210, main casing；211, shell is housed；211a, loading stand；211aa, mounting hole；211b, limiting stand
Rank；211c, hole is stretched out；212, shell is closed；220, holder；221, lasso；222, support leg；
300, feed rate regulating mechanism；310, driving element；311, drive rod；312, worm screw one；313, exert a force turntable；320、
First mediation member；321, shaft；322, turbine；323, first bevel gear；330, the second mediation member；331, connecting shaft；
332, second bevel gear；333, gear one；340, output element；341, transmission segment；342, linkage section
400, screening stirring transport establishment；410, motor one；411, gear two；420, motor two；421, third hand tap gear；430、
Switching member；431, switch cylinder；431a, discharge gate；432, supporting rack；433, rack；440, delivery element is stirred；441,
Four bevel gears；442, conveying auger is stirred；450. transport, sieving elements；451, transport, sieving cylinder；451a, discharge port；451b、
Installation step；452, discharge guiding tube；460, level-one flow distribution plate；470, two level flow distribution plate；480, gather material revolving part.
Specific implementation mode
With reference to the attached drawing in the embodiment of the present invention, technical solution in the embodiment of the present invention carries out clear, complete
Ground describes, it is clear that described embodiments are only a part of the embodiments of the present invention, rather than whole embodiments.Based on this hair
Embodiment in bright, those of ordinary skill in the art without making creative work, the every other reality obtained
Example is applied, the scope of the present invention is belonged to.
As shown in figures 1-13, a kind of the reciprocal of concrete applied to building field uniformly mixes device comprising
Teeter chamber 200 for being stirred to concrete is set in teeter chamber 200 and for by sandstone to be mixed, cement etc.
The material injecting mechanism 100 that is guided into teeter chamber 200 is connect with material injecting mechanism 100 and for adjusting 100 material feeding rate of material injecting mechanism
Feed rate regulating mechanism 300 and the screening stirring transport establishment 400 that is installed in teeter chamber 200, the screening stirs
The mixture of the sandstone and cement that enter teeter chamber 200 can be stirred and to not up to requirement by mixing transport establishment 400
Concrete carries out stirring repeatedly until reaching requirement, while screening stirring transport establishment 400 and being constantly up in whipping process
It is required that concrete conveyed to outside teeter chamber 200.
Specifically, the teeter chamber 200 includes the tubular main casing 210 being arranged vertically, is set to ground and main casing
The holder 220 of supporting role is played between body 210.
As shown in figures 2-6, the material injecting mechanism 100 includes one end and the connection of teeter chamber 200, the other end and sandstone cement
The feed conduit 140 that mixture is connected repeats to be sufficiently stirred, the sandstone cement mixing in the present embodiment for the ease of completing screening
Object is taken by the mode of the top conveying of the lower direction teeter chamber 200 of teeter chamber 200, it is preferred, therefore, that the feed conduit
140 with, close to the bottom of teeter chamber 200, while concrete blocks up in feed conduit 140 in order to prevent at the connection of teeter chamber 200
Plug, it is preferred that the distance between described feed conduit 140 and 210 central axis of main casing vertically from top to bottom by
It is decrescence small.
The material injecting mechanism 100 further includes the support arm 130 being fixedly installed on vertically outside feed conduit 140, specifically
, the bottom of support arm 130 is fixedly connected with the wall portion of feed conduit 140, and the top of the support arm 130 is provided with connection
Fixture block, the material injecting mechanism 100 further include the connecting rod 1 being articulated on connection fixture block, wherein connecting rod 1 and connection clip
The hinge joint of block is located at the middle part of connecting rod 1, and connecting rod 1 can carry out 360 degree around it with the articulated shaft connecting between fixture block
Rotation, connecting rod 1 and connection fixture block between be formed with rotation articulated shaft, the rotation articulated shaft core wire is perpendicular to charging
The plane that conduit 140 is constituted with support arm 130.
The material injecting mechanism 100 further includes being opened on feed conduit 140 and length direction and 140 length of feed conduit
The rectangle of direction parallel arrangement regulates and controls mouth, the hinged limited material adjustable plate 150 of regulation and control mouth matching, the limit material adjustable plate 150 with
The articulated shaft formed between rectangle regulation and control mouth is located at the midpoint on limit material adjustable plate length direction, and the core wire direction of the articulated shaft
It is parallel with above-mentioned rotation articulated shaft；The limit material adjustable plate 150 can be around its articulated shaft deflection between regulation and control mouth to real
Now to the regulation and control of 140 inner cavity size of feed conduit, and the regulation and control to feed rate are finally realized, in order to realize to greatest extent pair
The regulation and control of material feeding rate, it is preferred that the regulation and control mouth closes on the feed end setting of feed conduit 140, and material injecting mechanism 100 also wraps
Include the connecting rod 2 120 being set between limit material adjustable plate 150 and connecting rod 1,2 120 one end of connecting rod and limit material adjustable plate 150
One end of the hinged, other end and connecting rod 1 is hinged, the articulated shaft wherein formed between connecting rod 2 120 and limit adjustable plate 150
The hinged shaft core line formed between core wire and connecting rod 2 120 and connecting rod 1 is mutually parallel and has above-mentioned rotation hinged
Axis is parallel, in order to improve the control of limit material adjustable plate 150, it is preferred that the connecting rod 2 120 and limit material adjustable plate 150 it
Between articulated shaft be located at limit adjustable plate 150 and regulate and control the top of articulated shaft formed between mouth and close on feed conduit 140
Feed end is arranged, while in order to avoid feed conduit 140 causes blockages, the limit material adjustable plate 150 and regulation and control mouth it
Between be additionally provided with limited block, limited block makes limit material adjustable plate 150 be located at limit material adjustable plate 150 and regulate and control the hinge formed between mouth
The top suspension end of spindle can not be deflected towards 140 inner cavity of feed conduit.
As shown in Figs 1-4, described in order to be not take up additional space while improve mechanical globality in the present embodiment
Feed rate regulating mechanism 300 is set to the top of teeter chamber 200, specifically, the feed rate regulating mechanism 300 includes
For the driving element 310 for receiving external motivating force, the output element being set between material injecting mechanism 100 and driving element 310
340 and the mediation member that is set between output element 340 and driving element 310,340 one end of output element and connecting rod one
110 other end is hinged, and the hinged shaft core line is parallel with above-mentioned rotation articulated shaft core wire, the other end of output element 340
It is connect with driving element 310 by mediation member, output element 340 can receive driving element 310 by mediation member
Driving force, and make clockwise/anticlockwise rotation movement around rotation articulated shaft using the drive force connecting rod 1, to realize limit
Material adjustable plate 150 deflects and finally realizes the regulation and control to 140 feed rate of feed conduit.
Specifically, the feed rate regulating mechanism 300 further includes the envelope being coaxially removably mounted in teeter chamber 200
Closed shell body, the closing shell are the tubular shell of both ends open, close an open end of shell and above-mentioned teeter chamber 200
Connection, another open end Matching installation for closing shell have the sealing cover for being constituted with it and opening and closing cooperation, the driving element 310
Including the drive rod 311 being vertically arranged in closing shell；311 one end of drive rod is stretched out by the through-hole being opened on sealing cover
Closing shell, the other end are coaxially arranged with worm screw 1, and the mediation member includes the first mediation member 320 and the
Two mediation members 330, first mediation member 320 is horizontally placed in closing shell including one and central axis hangs down
Directly in the shaft 321 of rotation articulated shaft axis, one end coaxial sleeve of the shaft 321, which is equipped with to match with above-mentioned worm screw 1, to be nibbled
The other end coaxial sleeve of the turbine 322 of conjunction, shaft 321 is equipped with first bevel gear 323, and wherein shaft 321 can turn around own axes
Dynamic, second mediation member 330 includes a connecting shaft 331 being vertically disposed in closing shell, and the one of the connecting shaft 331
End coaxial sleeve, which is equipped with, to match the second bevel gear 332 engaged with first bevel gear 323, and the other end of connecting shaft 331 is coaxially arranged
There are gear 1, wherein connecting shaft 331 that can be set to connecting rod 1 and around own axis, above-mentioned output element 340
Between two mediation members 330, specifically, output element 340 is set between connecting rod 1 and gear 1, described is defeated
It includes stretching out closing shell and the connection hinged with connecting rod 1 by being opened in the slide opening in enclosure wall portion to go out element 340
Section 342 and positioned at closing shell in and with gear 1 coordinate transmission segment 341, specifically, the transmission segment 341 is
The Linear rack engaged can be matched with gear 1, the gear 1 of rotation can be achieved by the cooperation with Linear rack
Output element 340 is in the horizontal plane to the movement close to closing shell/separate closing shell, to which drive link 1 is around rotation
Turning hinge spindle rotates.
More perfectly, in order to enable operating personnel can be driven the rotation of driving element 310, above-mentioned drive using smaller power
The end that lever 311 stretches out closing shell is also equipped with rounded force turntable 313.
As shown in Fig. 1,4, more optimally, in order to so that sandstone is uniform with cement mixing, while it being also prevented from feeding machine
The blocking of structure 100, there are two the settings of above-mentioned material injecting mechanism 100, and one of material injecting mechanism 100 is stirred for sandstone to be guided into
Mix in room 200, another material injecting mechanism 100 for cement to be guided into teeter chamber 200, in order to enable teeter chamber 200 in work
Stress balance during work, it is preferred that central symmetry of two material injecting mechanisms 100 about teeter chamber 200, it is contemplated that structure it is tight
Gathering property, above-mentioned drive rod 311 is also coaxially arranged with scroll bar two, in order to avoid interfering with each other, it is preferred that worm screw 1 and snail
Two arranged for interval of bar, correspondingly, also matching is provided with mediation member on worm screw two, between mediation member and material injecting mechanism
With being provided with output element.
When work, operating personnel exert a force turntable 313 so that worm screw 1 rotates synchronously, thus with worm screw one by rotation
The turbine 322 of 312 matching engagements rotates, and rotary force is transferred to first bevel gear 323, the first cone by turbine 322 by shaft 321
Gear 323 drives second bevel gear 332 to rotate, and rotary force is transferred to gear 1 by second bevel gear 332 by connecting shaft 331,
Gear 1 engages with rack matching and drives output element 340
In the horizontal plane to close to closing shell/movement far from closing shell, further, 340 drive link of output element
One 110 around rotation articulated shaft rotation, and at the same time, the connecting rod two 120 hinged with connecting rod 1 driving limit material adjustable plate 150 is inclined
Turn, to realize the control to 140 inner cavity size of feed conduit, and finally realizes the regulation and control to feed rate.
As illustrated in figures 7 to 13, the main casing 210 includes that the tubular being arranged vertically houses shell 211, houses shell
211 it is one end open, the circular cylinder body that the other end seals, wherein the open end of accommodating shell 211 is located at lower section, the main casing
Body 210 further includes the closing shell 212 that sealing cooperation is matched and constituted with 211 open end of accommodating shell, is stirred to improve to enter
The gathereding degree of sandstone and cement in room 200 is mixed, the closing shell 212 is in a circular table shape, wherein closing shell 212 and housing
211 matched opening contours of shell are the maximum circle of diameter.
It is connected to and the matched loading stand 211a in its inner cavity, loading stand 211a in 211 inner cavity of accommodating shell
Accommodating shell 211 is divided into two mutually independent accommodating cavitys, wherein loading stand 211a up and down and closes on accommodating shell 211
Sealed end setting, the sealed end of the accommodating shell 211, which offers, stretches out hole 211c, it is preferred that stretches out hole 211c and envelope
Closed shell body 211 is coaxially arranged, and the mounting hole with stretching hole 211c arranged concentrics is offered on the loading stand 211a
211aa。
For the ease of the dismounting, installation, transport of whole equipment, between holder 220 and main casing 210 provided in this embodiment
Using convenient disassembly socket connect, specifically, the periphery of the accommodating shell 211 be equipped with accommodating shell consolidation be
The limited step 211b of one, the holder 220 include the lasso that slide-and-guide cooperation is constituted with 211 periphery of accommodating shell
221, along the support leg 222 of 221 circumference array of lasso, the lasso 221 can coaxial sleeve be set to the outside of accommodating shell 211 simultaneously
Real contact is supported with limited step 211b.
Described screening stirring transport establishment 400 include coaxial arrangement in main casing 210 transport, sieving element 450,
Coaxially it is movably set in the switching member 430 inside transport, sieving element 450 and is coaxially movably set in switching member 430
The stirring delivery element 440 in portion, the screening mixing conveying mechanism 400 further include that switching member 430 can be driven in vertical side
To movement power supply device one and can drive stirring delivery element 440 around own axis power supply device
Two, the sandstone entered in teeter chamber 200 by 200 bottom of teeter chamber and cement can be stirred continuously by stirring delivery element 440
It is delivered up in the process, switching member 430 can realize the weight of the discharge and concrete of concrete according to the stirring state of concrete
Switching between new stirring, i.e., when concrete stirring reaches requirement, switching member 430 can receive the control of power supply device one
System realizes the discharge of concrete, and when concrete not up to requires, switching member 430 can receive the control of power supply device one
The stirring again to concrete is realized, repeatedly until concrete reaches requirement.
As shown in figure 13, specifically, the transport, sieving element 450 includes coaxially arranged in the main casing 210 and two
The transport, sieving cylinder 451 of end opening, the transport, sieving cylinder 451 are provided with installation step on the periphery at top
451b, the transport, sieving cylinder 451 can be matched with above-mentioned mounting hole 211aa, and transport, sieving cylinder 451 is coaxially arranged in
In mounting hole 211aa, and when installation step 451b and loading stand 211a are contacted, the bottom of transport, sieving cylinder 451 and envelope
The bottom of closed shell body 212 is formed with gap, is further opened on the periphery of the transport, sieving cylinder 451 and is connected to its inner cavity
Discharge port 451a.
The transport, sieving element 450 further includes the discharging guiding tube 452 being set on transport, sieving cylinder 451, institute
The inner cavity of 452 one end of discharging guiding tube and transport, sieving cylinder 451 for stating is connected, the other end is by being opened in accommodating shell 211
On avoid holes it is protruding, wherein positioned at discharge port 451a's at the connection of discharging guiding tube 452 and transport, sieving cylinder 451
Top.
As shown in figure 11, the switching member 430 includes the switching cylinder that coaxial sleeve is set in transport, sieving cylinder 451
431, and power supply device one coordinate rack 433 and be set to switching cylinder 431 and rack 433 between evacuation support
Frame 432, the switching sleeve 431 can be transported in transport, sieving cylinder 451 along the central axis of transport, sieving cylinder 451
Dynamic, the switching cylinder 431 is provided at both ends with opening, is connected with its inner cavity wherein switching 432 periphery of cylinder and offering
Discharge gate 431a, and when discharge gate 431a is connected with discharging guiding tube 452, the lower end of switching cylinder 432 is located at above-mentioned discharging
The lower section of mouth 451a, the evacuation supporting rack 432 include the main support for being vertically arranged at switching 432 open top end of cylinder
Frame, the main backstop include the main support and a link that is horizontally disposed and connecting two stands of two parallel arrangements, institute
Avoiding space is collectively formed in link, two main supports stated, and the rack 433 is fixedly installed on link, middle rack
The centerline axis parallel of 433 length extending direction and switching cylinder 432.
As shown in figure 12, the stirring delivery element 440 is set in switching cylinder 431 including coaxial sleeve and can be around itself
Auger 442 is transported in the stirring of axis rotation, and described stirring 442 one end of conveying auger is located in above-mentioned avoiding space and the end
Portion is equipped with the 4th bevel gear 441 of the driving force for receiving power supply device one, also pacifies on above-mentioned closing shell 212
Equipped with bearing, the other end of the stirring conveying auger 442 is sheathed in the bearing, and stirring conveying auger 442 is around certainly
Body axis realize that concrete is transported up by the stirring to concrete simultaneously during rotating.
As shown in Figure 9, it is preferred that the power supply device one of the present embodiment selects motor 1, wherein motor 1
Output shaft end be equipped with and match meshed gears 2 411 with above-mentioned rack, power supply device two selects motor 2 420,
The output shaft end of middle motor 2 420 is equipped with matches the third hand tap gear 421 engaged with the 4th bevel gear, and motor 1 can drive
Central axis of the dynamic switching member 430 along transport, sieving cylinder 451 in transport, sieving cylinder 451 moves, and when concrete stirs
It mixes when reaching requirement, the driving switching cylinder 431 of motor 1 moves upwards so that discharge gate 431a and above-mentioned discharging guiding tube
452 connect, so that the concrete being stirred is discharged by discharging guiding tube 452, are required when concrete not up to stirs
When, the driving switching cylinder 431 of motor 1 moves downward and makes discharge gate 431a corresponding with above-mentioned discharge port 451a, from
And so that the concrete that not up to stirring requires enters discharge port 451 by discharge gate 431a, concrete is due to gravity freedom
It falls into 211 bottom of accommodating shell and is contacted with stirring delivery element 440 again through above-mentioned gap, participate in stirring and fortune again
It is defeated, it carries out repeatedly.
As shown in figure 9, more optimally, in order to enable the concrete being discharged by discharge port 451a is uniformly scattered into accommodating
211 bottom of shell goes back the level-one flow distribution plate 460 that coaxial sleeve is equipped with annular configuration outside the transport, sieving cylinder 451, wherein
Level-one flow distribution plate 460 is located at the lower section of discharge port 451a, in order to further increase the uniformly distributed degree of concrete, the delivery sieve
The two level flow distribution plate 470 for being also coaxially arranged on cylinder 451 and annularly arranging, the diameter of wherein two level flow distribution plate 470 is selected to be more than
The diameter of level-one flow distribution plate 460, and two level flow distribution plate 470 is located at the lower section of level-one flow distribution plate 460.
More perfectly, in order to enable sandstone is quickly contacted with stirring conveying auger 442 with cement, the stirring is defeated
It send and is additionally provided with poly- material revolving part 480 between auger 442 and closing shell 212, specifically, the poly- material revolving part 480 is same
Axle sleeve is set on stirring conveying auger 442 and can be rotated synchronously with stirring conveying auger 442.
More specifically, above-mentioned poly- material revolving part 480 includes the swivel plate of disc-shaped structure, along swivel plate circumferencial direction
The rotating vane being evenly spaced on, the swivel plate are fixedly sheathed in the lower end of stirring conveying auger 442；More optimize
, the rotating vane is in the bending direction of curved shape and rotating vane towards its direction of rotation.
Reciprocal method its step of uniformly mixing of concrete is：
S1：The material feeding rate of material injecting mechanism 100 is transferred to maximum by operating personnel by feed rate regulating mechanism 300, at this point, behaviour
Make personnel and launch a certain amount of sandstone in a material injecting mechanism 100 thereto, corresponding proportion is launched into another material injecting mechanism 100
Cement, sandstone and cement respectively by the feed conduit 140 for constituting material injecting mechanism 100 import 200 bottom of teeter chamber and with screening
It stirs transport establishment 400 to contact, injects a certain proportion of water into teeter chamber 200 again at this time；
S2:Open stirring transport establishment 400, realize in teeter chamber 200 sandstone, cement, the stirring of aqueous mixtures, transport,
Screening, described screening stirring transport establishment 400 include coaxial arrangement in the transport, sieving element 450, coaxial in main casing 210
It the switching member 430 that is movably set in inside transport, sieving element 450 and is coaxially movably set in inside switching member 430
Delivery element 440 is stirred, the screening mixing conveying mechanism 400 further includes that switching member 430 can be driven to be transported in vertical direction
Dynamic power supply device one and stirring delivery element 440 can be driven around the power supply device two of own axis, stirred
The sandstone that is entered in teeter chamber 200 by 200 bottom of teeter chamber, cement admixture can be stirred continuously by mixing delivery element 440
It is delivered up in the process, the driving stirring delivery element 440 of power supply device two is rotated around own axes, gathers material revolving part 480
Synchronous rotary, concrete is under the collective effect of closing shell 212 and poly- material revolving part 480 via gap and stirring conveying member
Part 440 contacts, and high-speed rotating stirring delivery element 440 is defeated upwards by concrete while being stirred to concrete
It send；
S3:When concrete, which reaches stirring, to be required, power supply device one drives switching member 430 to move upwards, and described cuts
It includes the switching cylinder 431 and the cooperation of power supply device one that coaxial sleeve is set in transport, sieving cylinder 451 to change component 430
Rack 433 and the evacuation supporting rack 432 being set between switching cylinder 431 and rack 433, the switching sleeve 431 can
It is moved along the central axis of transport, sieving cylinder 451 in transport, sieving cylinder 451,432 both ends of switching cylinder are set
Be equipped with opening, wherein switching 432 periphery of cylinder offers the discharge gate 431a connected with its inner cavity, and as discharge gate 431a and
When the guiding tube 452 that discharges is connected, the lower end of switching cylinder 432 is located at the lower section of above-mentioned discharge port 451a, the switching moved upwards
Cylinder 431 is so that discharge gate 431a is connected with discharging guiding tube 452, so that the concrete being stirred is by discharging guiding tube
452 discharge；
S4:When concrete stirring not up to require when, power supply device one automatically control switching cylinder 431 move downward so that
Discharge port 451a, which is corresponded to, at discharge gate 431a connects, so that the concrete that not up to stirring requires is entered by discharge gate 431a
Discharge port 451, concrete freely fall into 200 bottom of teeter chamber due to gravity and are conveyed again through above-mentioned gap and stirring
Element 440 contacts, and participates in stirring and transport again, carries out repeatedly, while operating personnel pass through feed rate regulating mechanism
300 reduce the material feeding rate of material injecting mechanism, to ensure being sufficiently stirred for concrete.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention；
Various modifications to these embodiments will be apparent to those skilled in the art, defined in the present invention
General Principle can not depart from the present invention spirit or scope in the case of, realize in other embodiments.Therefore, originally
Invention will not be defined to the embodiments shown herein, and be to fit to and the principles and novel features disclosed herein
Consistent widest range.
Claims (4)
1. a kind of screening plant applied to concrete uniform stirring, which is characterized in that it includes：
Teeter chamber, teeter chamber is for being stirred concrete；
Screening stirring transport establishment, screening stirring transport establishment are installed in above-mentioned teeter chamber, screening stirring transport
Mechanism can be stirred the mixture of the sandstone and cement that enter teeter chamber and the concrete to not up to requiring carries out
Stirring is until concrete reaches requirement, while screening stirring transport establishment and being constantly up to the mixed of requirement in whipping process repeatedly
Solidifying soil is conveyed to outside teeter chamber；
The teeter chamber includes the tubular main casing being arranged vertically, is set between ground and main casing and plays supporting role
Holder；
Described screening stirring transport establishment include be coaxially disposed in main casing transport, sieving element, be coaxially movably set in
Switching member inside transport, sieving element and the coaxial stirring delivery element being movably set in inside switching member, it is described
Screening mixing conveying mechanism further includes the power supply device one that switching member can be driven to be moved in vertical direction and can drive
Power supply device two of the delivery element around own axis is stirred, stirring delivery element can will be entered by teeter chamber bottom to be stirred
The mixture for mixing indoor sandstone and cement is delivered up during being stirred continuously, and switching member can stirring according to concrete
Mix the switching between the discharge of situation realization concrete and the stirring again of concrete；
The main casing includes that the tubular being arranged vertically houses shell, and it is one end open, other end sealing to house shell
Circular cylinder body, wherein the open end of accommodating shell is located at lower section, the main casing further includes being matched with accommodating shell open end
And the closing shell of sealing cooperation is constituted, the closing shell is in a circular table shape, wherein closing shell and accommodating shell are matched
Opening contours are the maximum circle of diameter, in the accommodating housing cavity in be connected to and the matched loading stand in its inner cavity, installation
Accommodating shell is divided into two mutually independent accommodating cavitys, wherein loading stand up and down and closes on the sealing of accommodating shell by platen
End setting, the sealed end of the accommodating shell, which offers, stretches out hole, stretches out the hole installation coaxially arranged, described with shell is closed
The mounting hole for being offered on platen and stretching out hole arranged concentric；
The transport, sieving element includes coaxially arranged in main casing and the transport, sieving cylinder of both ends open, and described is defeated
Screening cylinder is sent to be provided with installation step on the periphery at top, the transport, sieving cylinder can be with above-mentioned mounting hole
Matching, transport, sieving cylinder are coaxially arranged in mounting hole, and when installation step and loading stand contact, transport, sieving cylinder
Bottom with closing shell bottom be formed with gap, be further opened on the periphery of the transport, sieving cylinder connection its in
The discharge port of chamber, the transport, sieving element further include the discharging guiding tube being set on transport, sieving cylinder, and described goes out
The inner cavity connection of material guiding tube one end and transport, sieving cylinder, the other end are by being opened in the avoid holes on accommodating shell to overhanging
Go out, wherein being located at the top of discharge port at discharging guiding tube and the connection of transport, sieving cylinder；
The switching member includes that the switching cylinder that coaxial sleeve is set in transport, sieving cylinder and power supply device one coordinate
Rack and be set to switching cylinder and rack between evacuation supporting rack, the switching sleeve can be in transport, sieving cylinder
The interior central axis along transport, sieving cylinder moves, and the switching cylinder is provided at both ends with opening, wherein outside switching cylinder
Disc offers the discharge gate connected with its inner cavity, and when discharge gate is connected with discharging guiding tube, switches the lower end position of cylinder
In the lower section of above-mentioned discharge port, the evacuation supporting rack includes the main support for being vertically arranged at switching barrel top open end
Frame, the main backstop include the main support and a link that is horizontally disposed and connecting two stands of two parallel arrangements, institute
Avoiding space is collectively formed in link, two main supports stated, and rack setting is fixedly installed on link, middle rack
Length extending direction with switching cylinder centerline axis parallel；
The stirring delivery element includes that coaxial sleeve is set in switching cylinder and can transport strand around the stirring of own axis
Dragon, described stirring conveying auger one end is located in above-mentioned avoiding space and the end is equipped with for receiving power supply dress
The 4th bevel gear of one driving force is set, bearing is also equipped on above-mentioned closing shell, described stirs the another of conveying auger
One end is sheathed in the bearing, stirring conveying auger around own axes rotate during realization it is same to the stirring of concrete
When concrete is transported up.
2. a kind of screening plant applied to concrete uniform stirring according to claim 1, which is characterized in that described
It is additionally provided in teeter chamber for sandstone, cement to be guided into the indoor material injecting mechanism of stirring；The material injecting mechanism includes one end
The feed conduit connected with teeter chamber's connection, the other end and sandstone cement admixture, the feed conduit and teeter chamber connect
Bottom of the logical place close to teeter chamber；The material injecting mechanism further includes the support arm being fixedly installed on vertically outside feed conduit,
The bottom of support arm is fixedly connected with the wall portion of feed conduit, and connection fixture block is provided at the top of the support arm, described
Material injecting mechanism further includes the connecting rod one being articulated on connection fixture block, and wherein connecting rod one with the hinge joint for connecting fixture block is located at connecting rod
One middle part, connecting rod one can be between the rotations of itself and the articulated shaft connecting between fixture block degree of progress, connecting rod one and connection fixture block
It is formed with rotation articulated shaft, the plane that the rotation articulated shaft core wire is constituted perpendicular to feed conduit and support arm；
The material injecting mechanism further includes being opened on feed conduit and length direction and feed conduit length direction are arranged in parallel
Rectangle regulate and control mouth, regulation and control mouth matching hinged limited material adjustable plate is formed between the limit material adjustable plate and rectangle regulation and control mouth
Articulated shaft be located at the midpoint on limit material adjustable plate length direction, and the core wire direction of the articulated shaft and above-mentioned rotation articulated shaft are flat
Row；The limit material adjustable plate can be around its articulated shaft deflection between regulation and control mouth to realize to feed conduit inner cavity size
Regulation and control, the regulation and control mouth close on the feed end setting of feed conduit, and material injecting mechanism further includes being set to limit material adjustable plate and company
Connecting rod two between bar one, two one end of connecting rod expect that one end of hinged adjustable plate, the other end and connecting rod one is hinged with limit, wherein connecting rod
The hinged shaft core line formed between the hinged shaft core line and connecting rod two and connecting rod one that are formed between two and limit adjustable plate is mutual
Parallel and have above-mentioned rotation articulated shaft parallel, the articulated shaft between the connecting rod two and limit material adjustable plate is located at limit and adjusts
The top of the articulated shaft formed between section plate and regulation and control mouth and the feed end setting for closing on feed conduit, the limit material adjustable plate
Limited block is additionally provided between regulation and control mouth, limited block makes limit material adjustable plate is located to limit to be formed between material adjustable plate and regulation and control mouth
Articulated shaft top suspension end can not be deflected towards feed conduit inner cavity.
3. a kind of screening plant applied to concrete uniform stirring according to claim 2, which is characterized in that described
Feed rate regulating mechanism is additionally provided with above teeter chamber, the feed rate regulating mechanism includes for receiving external drive
The driving element of power, the output element being set between material injecting mechanism and driving element and be set to output element with driving
The other end of mediation member between element, output element one end and connecting rod one is hinged, and the hinged shaft core line with it is above-mentioned
Rotation articulated shaft core wire is parallel, and the other end of output element is connect by mediation member with driving element, and output element can lead to
The driving force that mediation member receives driving element is crossed, and makees rotation fortune around rotation articulated shaft using the drive force connecting rod one
It is dynamic；
The feed rate regulating mechanism further includes the closing shell being coaxially removably mounted in teeter chamber, the closing
Shell is the tubular shell of both ends open, and the open end for closing shell connect with above-mentioned teeter chamber, closes the another of shell
It includes being vertically arranged at closing shell that open end Matching installation, which has the sealing cover for being constituted with it and opening and closing cooperation, the driving element,
Interior drive rod；Closing shell is stretched out in drive rod one end by the through-hole being opened on sealing cover, the other end is coaxially arranged with snail
Bar one, the mediation member include the first mediation member and the second mediation member, first mediation member
It is horizontally disposed in closing shell including one and central axis upright is in the shaft of rotation articulated shaft axis, one end of the shaft is same
Axle sleeve is equipped with matches the turbine engaged with above-mentioned worm screw one, and the other end coaxial sleeve of shaft is equipped with first bevel gear, wherein shaft
Can include a vertical arrangement and the connecting shaft in closing shell, the company around own axis, second mediation member
One end coaxial sleeve of axis is equipped with can match the second bevel gear engaged with first bevel gear, and the other end coaxial sleeve of connecting shaft is equipped with tooth
Wheel one, wherein connecting shaft can be set to around own axis, above-mentioned output element between connecting rod one and the second mediation member,
Output element is set between connecting rod one and gear one, and the output element includes the cunning by being opened in enclosure wall portion
Closing shell is stretched out and the linkage section hinged with connecting rod one and in closing shell and the transmission segment that coordinates with gear one in hole,
The transmission segment is that the Linear rack that engage can be matched with gear one, and the gear one of rotation with Linear rack by matching
Close can be achieved output element in the horizontal plane to close to closing shell/far from closing shell movement, to drive link one around
Rotate articulated shaft rotation.
4. a kind of screening plant applied to concrete uniform stirring according to claim 1, which is characterized in that power supplies
Device one is answered to select motor one, the output shaft end of wherein motor one is equipped with matches meshed gears two, power with above-mentioned rack
Feeding mechanism two selects motor two, and the output shaft end of wherein motor two is equipped with matches the triconodont engaged with the 4th bevel gear
Wheel, motor one can drive central axis of the switching member along transport, sieving cylinder in transport, sieving cylinder to move, and work as coagulation
When soil stirring reaches requirement, the driving switching cylinder of motor one, which moves upwards, makes discharge gate be connected with above-mentioned discharging guiding tube,
So that the concrete being stirred is discharged by discharging guiding tube, when concrete, which not up to stirs, to be required, motor one drives
Dynamic switching cylinder moves downward and so that discharge gate is corresponding with above-mentioned discharge port, so that the coagulation that not up to stirring requires
Soil enters discharge port by discharge gate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810285100.1A CN108673739B (en) | 2018-04-02 | 2018-04-02 | A kind of screening plant applied to concrete uniform stirring |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810285100.1A CN108673739B (en) | 2018-04-02 | 2018-04-02 | A kind of screening plant applied to concrete uniform stirring |
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| Publication Number | Publication Date |
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| CN108673739A true CN108673739A (en) | 2018-10-19 |
| CN108673739B CN108673739B (en) | 2019-11-29 |
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| CN201810285100.1A Expired - Fee Related CN108673739B (en) | 2018-04-02 | 2018-04-02 | A kind of screening plant applied to concrete uniform stirring |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112405838A (en) * | 2020-11-13 | 2021-02-26 | 武昌理工学院 | Raw material mixing device for civil engineering concrete preparation |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20160012734A (en) * | 2014-07-25 | 2016-02-03 | 서울대학교산학협력단 | Cleaning System and Method of Concrete Mixer for Ultra-High Performance Concrete |
| CN105365051A (en) * | 2015-10-17 | 2016-03-02 | 张琳 | Concrete batching plant |
| CN205526685U (en) * | 2016-01-21 | 2016-08-31 | 贵州省公路工程集团有限公司 | Concrete feeding turns to device |
| CN106738339A (en) * | 2017-03-06 | 2017-05-31 | 成都飞航沛腾科技有限公司 | A kind of multi-level mechanical agitator of building mortar |
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2018
- 2018-04-02 CN CN201810285100.1A patent/CN108673739B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20160012734A (en) * | 2014-07-25 | 2016-02-03 | 서울대학교산학협력단 | Cleaning System and Method of Concrete Mixer for Ultra-High Performance Concrete |
| CN105365051A (en) * | 2015-10-17 | 2016-03-02 | 张琳 | Concrete batching plant |
| CN205526685U (en) * | 2016-01-21 | 2016-08-31 | 贵州省公路工程集团有限公司 | Concrete feeding turns to device |
| CN106738339A (en) * | 2017-03-06 | 2017-05-31 | 成都飞航沛腾科技有限公司 | A kind of multi-level mechanical agitator of building mortar |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112405838A (en) * | 2020-11-13 | 2021-02-26 | 武昌理工学院 | Raw material mixing device for civil engineering concrete preparation |
| CN112405838B (en) * | 2020-11-13 | 2021-10-12 | 武昌理工学院 | Raw material mixing device for civil engineering concrete preparation |
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| Publication number | Publication date |
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| CN108673739B (en) | 2019-11-29 |
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Effective date of registration: 20191104 Address after: No.b120, industrial park, Huankou Town, Fengxian County, Xuzhou City, Jiangsu Province Applicant after: Jiangsu jindouyun New Material Technology Co., Ltd Address before: 230009 College of Mechanical Engineering, Hefei University of Technology, 193 Tunxi Road, Hefei City, Anhui Province Applicant before: Zhang Guan |
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