CN108284518A - It is separated by solid-liquid separation charging vibration isolation type concrete for making device - Google Patents
It is separated by solid-liquid separation charging vibration isolation type concrete for making device Download PDFInfo
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- CN108284518A CN108284518A CN201711493250.3A CN201711493250A CN108284518A CN 108284518 A CN108284518 A CN 108284518A CN 201711493250 A CN201711493250 A CN 201711493250A CN 108284518 A CN108284518 A CN 108284518A
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- plate
- sand cement
- access aperture
- piston
- hydroecium
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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
- 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
-
- 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
- B28C7/12—Supplying or proportioning liquid ingredients
- B28C7/126—Supply means, e.g. nozzles
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- Chemical & Material Sciences (AREA)
- Dispersion Chemistry (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Structural Engineering (AREA)
- Preparation Of Clay, And Manufacture Of Mixtures Containing Clay Or Cement (AREA)
Abstract
The present invention relates to precast concrete equipment.A kind of separation of solid and liquid charging vibration isolation type concrete for making device, including container and mixed organization, container is equipped with sand cement access aperture, blasthole, finished product material portals and vibration reduction support pad, annular exhalant canal is equipped in sand cement access aperture, annular exhalant canal is equipped with water spray hole, container is equipped with water supplying chamber and intermediate hydroecium, water supplying chamber is connected to by the first check valve that hydroecium towards the middle is opened with intermediate hydroecium, intermediate hydroecium is connected to by the second check valve opened towards the annular exhalant canal with annular exhalant canal, energy regenerating structure is equipped in container, energy regenerating structure includes the cylinder body being vertically arranged, piston, piston rod, move up piston spring and compression plate, cylinder body is connected to by water stream channel with intermediate hydroecium.The present invention have the advantages that water can be mixed quickly with sand cement, vibration isolating effect is good, production when the airborne dust that generates it is few, solve the problems, such as concrete manually is made by mixing laborious.
Description
Technical field
The present invention relates to precast concrete equipment more particularly to a kind of separation of solid and liquid to feed vibration isolation type concrete for making
Device.
Background technology
In bridge tunnel construction, carry out being assembled into bridge for first precast concrete prefabricated component and then in construction ground sometimes.
It needs to mix water, sand and cement etc. when the making for carrying out precast concrete, it is existing to be mixed into manually on ground
It is mixed with spade on face, is manually mixed inefficiency and laborious deficiency.
Invention content
The present invention provides a kind of water quickly to be mixed with sand cement, vibration isolating effect is good, production when generate
The few separation of solid and liquid of airborne dust feeds vibration isolation type concrete for making device, solves the problems, such as concrete manually is made by mixing laborious.
The above technical problem is solved by following technical proposal：A kind of separation of solid and liquid charging vibration isolation type concrete for making
Device, which is characterized in that including container and mixed organization, the roof of the container is equipped with sand cement access aperture, sets on side wall
There are blasthole and bottom wall to portal equipped with finished product material, the mixed organization includes agitating shaft, the paddle that is arranged on agitating shaft
The stirring motor of piece and driving stirring blade rotation, the container are equipped with vibration reduction support pad, the wall of the sand cement access aperture
The annular exhalant canal circumferentially extended along sand cement access aperture is equipped in portion, the annular exhalant canal is equipped with perforation sand water
The water spray hole of mud access aperture, the container are equipped with water supplying chamber and intermediate hydroecium, and the water supplying chamber is opened by hydroecium towards the middle
The first check valve be connected to intermediate hydroecium, the intermediate hydroecium is unidirectional by opened towards the annular exhalant canal second
Valve is connected to annular exhalant canal, energy regenerating structure is equipped in the container, the energy regenerating structure includes the cylinder being vertically arranged
Body, the piston in cylinder body, be connected on piston stretch out upward the piston rod of cylinder body, the driving piston in cylinder body to
Upper movement move up piston spring and connection on the piston rod and compression plate immediately below the sand cement access aperture, it is described
The rodless cavity of cylinder body is connected to by water stream channel with the intermediate hydroecium.The technical program, setting vibration isolation foot prop up container
Support, vibration isolating effect are good.When use intermediate hydroecium, cylinder body rodless cavity and water stream channel in fill full water.The technical program makes
Used time, potential energy when can be declined using sand cement impact compression plate and compression plate are driven to decline, and compression plate declines
When driving piston decline so that the water in cylinder body flows to intermediate hydroecium through water stream channel and the indoor hydraulic pressure of intermediate water is made to increase, in
Between hydroecium hydraulic pressure rise after so that the second check valve is opened, the indoor water of intermediate water flows into right from nozzle discharge after paring chamber
Dust wetting is not easy to be raised and blown out after dust wetting, to realize reduction airborne dust.Sand cement does not strike compression plate
Space period in move up piston spring driving compression plate and rise and resets, the result of reset be so that among the indoor hydraulic pressure of water
It reduces, second the first check valve of closed check valve is opened after the intermediate indoor hydraulic pressure of water reduces, during the indoor water of moisturizing adds to
Between in hydroecium so that the indoor water of water can be driven out among compression plate receives shock next time when.Inlet opening setting is being held
The middle part of device, so can spread to improve water up and down with efficiency when sand cement mixing under hydraulic pressure effect when water inlet.
Preferably, stirring motor is connected in the cylinder body, the container is located at the space structure of the lower section of the cylinder body
At mixing chamber, the stirring blade is located in the mixing chamber.Compact in design is convenient.Concrete is not easily penetrated into the same bucket of agitating shaft
Junction and cause to damage, and without being sealed.
The invention also includes interruption feed control mechanism, the interruption feed control mechanism includes closing the sand cement
The fracture whether the obstruction plate of access aperture, the driving mechanism of driving obstruction plate folding, detection piston reach setting final position is opened
It closes, detect charging switch and control module that whether piston reaches the initial position of setting, fracture switch detects that piston reaches
The control module makes the driving mechanism that the obstruction plate be driven to close when the final position of setting, and charging switch detects work
The control module makes the driving mechanism that the obstruction plate be driven to open when the initial position of plug arrival setting.It can avoid sand
Sub- cement continuously declines（It has been that compression plate is not short by the time interval impacted）And the time for causing piston not reset, to
The phenomenon that causing water that can not reliably spray, generates.
Preferably, the obstruction plate can be connected to plug in the sand cement access aperture in the horizontal direction, it is described
Driving mechanism includes the driving cross for stopping plate and extracting the extrapolation spring of the sand cement access aperture out, being arranged on stopping plate
Bar, the driving equipped with commutation inclined-plane stop the drive block that plate is inserted into the sand cement access aperture and drive drive block lifting
Cylinder, the cross bar is driven to be connected on the commutation inclined-plane.
As it is another preferably, the obstruction plate can be connected to plug the sand cement access aperture, institute in the horizontal direction
It includes that the driving obstruction plate is extracted the extrapolation spring of the sand cement access aperture out, is arranged on stopping plate to state driving mechanism
Cross bar, circumferential surface are connected to the driving on the end face of cross bar and stop eccentric wheel and driving that plate is inserted into the sand cement access aperture
The driving motor of eccentric wheel rotation.
Preferably, the water stream channel is equipped with is vertically arranged cylinder section on the side wall of the container, it is described to be vertically arranged column
Sealing is set in the section of face and slidably connects home block, and the fracture switch and charging switch are all the photoelectricity coordinated with the home block
It switchs and on the side wall of the container.It is convenient when mounting arrangement switchs.
Preferably, the upper surface of the compression plate is equipped with sand cement storage hole, the sand cement stores in hole
Equipped with mobile layer flexible, the mobile layer only periphery links together with the pit, and the cylinder body is equipped with and penetrates into institute
It states and is used for institute when piston drops to the final position of setting below the mobile layer in sand cement storage hole
Mobile layer is stated to jack up and make the lifting arm poured out of sand cement in being stored in the storage of sand cement cheats.It can avoid sand water
Mud moment strike the power on compression plate it is too small and the problem of cause piston that can not reliably decline.When improving work can
By property.
Preferably, the sand cement access aperture is connected with dilatation bucket.When can prevent sand cement from entering bore closure
Sand cement is overflowed from sand cement access aperture.
Preferably, the oral siphon is equipped with cylindrical surface section and prismatic surface section, the opening area of the prismatic surface section are less than
The opening area of the cylindrical surface section.Not only it had been convenient for the installation of mesh plate, but also can have been imitated with the diffusion for improving water by water feeding pressure
Rate.
Preferably, the prismatic surface section is imported and exported equipped with mesh plate, the mesh plate is stretched through mesh plate inlet and outlet
Go out the prismatic surface section, with detent mechanism is equipped between oral siphon, the both sides of the mesh plate are all set for the outer end of the mesh plate
There is the fluid sealant for preventing the bent deformation of water leakage and being imported and exported across the mesh plate being connected on oral siphon inner surface
Item, the sealing joint strip are fixed together with the mesh plate, the inner surface of the inner end of the mesh plate and the prismatic surface section
Between be equipped with the evacuation gap in prismatic surface section can be entered so as to the sealing joint strip.It can either be convenient for taking out mesh plate
It is safeguarded, having can effectively prevent water to leak out oral siphon.Sealing ring is under the action of detent mechanism and the same as in prismatic surface section
Face seal links together, convenient for control sealing effect.
Preferably, end face of the sealing joint strip far from mesh plate one end is equipped with distending slot.Can using hydraulic pressure come
Improve sealing effect.
Preferably, the detent mechanism includes locating rod, the engaging lug that is arranged in prismatic surface section and is arranged in mesh
Mesh plate portion location hole on plate, the engaging lug are equipped with connection ear location hole, and the locating rod is threaded through the mesh
In plate portion location hole and connection ear location hole.
Preferably, the vibration isolation foot includes the helical spring of rubber body and vulcanization in rubber body.It is not only able to
Vibration isolation, and not will produce corrosion phenomena.
Present invention tool has the advantage that：The potential energy to fall when can be entered using sand cement drives water from sand as power
The ejection of cement access aperture is dusted, not only good dustproof effect, and low energy consumption when realizing dust-proof；Vibration isolating effect is good；Therefrom
Portion intakes, efficient when water is mixed with material.
Description of the drawings
Fig. 1 is the structural schematic diagram of the embodiment of the present invention one.
Fig. 2 is the close-up schematic view at the A of Fig. 1.
Fig. 3 is the partial schematic diagram of the embodiment of the present invention two.
In figure：Container 1, finished product material portal 11, sand cement access aperture 12, dilatation bucket 13, annular exhalant canal 14, water spray
Hole 141, intermediate hydroecium 15, the second check valve 151, water supplying chamber 16, the first check valve 161, mixing chamber 17, inlet opening 18, mixing
Mechanism 2, stirring blade 22, stirring motor 23, interruption feed control mechanism 3, stops plate 31, cross bar 311, driving at agitating shaft 21
Mechanism 32, eccentric wheel 322, driving motor 323, drive block 324, driving cylinder 325, commutation inclined-plane 326, connects extrapolation spring 321
Connect frame 37, fracture switch 33, charging switch 34, control module 35, home block 36, oral siphon 4, water pump 41, mesh plate 42, cylinder
Face section 43, mesh plate inlet and outlet 441, stops block 45, evacuation gap 46, detent mechanism 47, locating rod 471, connects prismatic surface section 44
Lug 472, mesh plate portion location hole 473, connection ear location hole 474, sealing joint strip 48, distending slot 481, energy regenerating structure
5, cylinder body 51, piston 52, piston rod 53, move up piston spring 54, compression plate 55, sand cement storage hole 551, dowel 56,
Water stream channel 57 is vertically arranged cylinder section 571, mobile layer 58, lifting arm 59, vibration reduction support pad 6, rubber block 61, helical spring 62.
Specific implementation mode
The present invention is further illustrated with embodiment below in conjunction with the accompanying drawings.
Embodiment one, referring to Fig. 1, a kind of separation of solid and liquid charging vibration isolation type concrete for making device, including container 1, mixing machine
Structure 2 and interruption feed control mechanism 3.
The lower end of container 1 is equipped with vibration reduction support pad 6 and finished product material and portals 11.Vibration reduction support pad 6 has three.Three vibration damping branch
6 distribution triangular in shape of stake pad.Vibration reduction support pad 6 includes the helical spring 62 of rubber block 61 and vulcanization in rubber body.Container 1
Roof be equipped with sand cement access aperture 12.Sand cement access aperture 12 is connected with dilatation bucket 13.It is additionally provided with annular on container 1
Exhalant canal 14, intermediate hydroecium 15 and water supplying chamber 16.Circumferentially extending of the annular exhalant canal 14 along sand cement access aperture 12.Ring
Shape exhalant canal 14 is located in the wall portion of sand cement access aperture.Annular exhalant canal 14 is equipped with perforation sand cement access aperture
Several water spray holes 141.Hole 141 spray water along the circumferentially distributed of sand cement access aperture.Intermediate hydroecium 15 passes through the second check valve 151
It is connected to annular exhalant canal 14.Second check valve 151 is opened towards annular exhalant canal 14 is interior.Water supplying chamber 16 is single by first
It is connected to valve 161 with intermediate hydroecium 15.The interior unlatching of hydroecium 15 towards the middle of first check valve 161.Energy is additionally provided in container 1 to return
Receive structure 5.Energy regenerating structure 5 includes the cylinder body 51 being vertically arranged, piston 52, piston rod 53, moves up piston spring 54, compression plate 55
With lifting arm 59.Cylinder body 51 is to be vertically arranged setting.Cylinder body 51 is connected to by several dowels 56 on container.Piston 52 slides close
Envelope is connected in cylinder body 51.Cylinder body is divided into rod chamber and rodless cavity by piston 52.Rodless cavity is by water stream channel 57 with intermediate
Hydroecium 15 is connected to.Piston rod 53 is connected on piston 52.Piston rod 53 stretches out cylinder body 51 upward.It moves up piston spring 54 and is located at nothing
In rod cavity.It is helical spring to move up piston spring 54.Piston spring 54 is moved up for driving piston to move up and reset.It is pressurized
Plate 55 is connected to the upper end of piston rod 53 and the outside positioned at cylinder body 51.Compression plate 55 shelters from cylinder body 51 completely.Compression plate 55
Positioned at the underface of sand cement access aperture 12.The area of compression plate 55 projected downwards is more than opening for sand cement access aperture 12
Open area.The upper surface of compression plate 55 is equipped with sand cement storage hole 551.Feedboard 55 is the same as between sand cement access aperture 12
Drop be 1 meter or more.It is equipped with mobile layer 58 flexible, specially rubber layer in sand cement storage hole 551.Mobile layer 58 is only
Periphery links together with sand cement storage hole 551.Lifting arm 59 has 4.The lower end of lifting arm 59 is connected to cylinder body 51
On upper end.The upper end of lifting arm 59 is worn in sand cement storage hole 551 and positioned at the lower section of mobile layer 58.For when live
Plug when dropping to the final position of setting by the mobile layer jack up and so that the act that the sand cement being stored in pit is poured out
Rising stem.
The space that container 1 is located at the lower section of cylinder body constitutes mixing chamber 17.Mixed organization 2 includes agitating shaft 21, stirring blade
22 stirring motors 23 rotated with driving stirring blade.Agitating shaft 21 vertically extends.Stirring blade 22 is connected to stirring
On axis 21.Stirring blade 22 is located in mixing chamber 17.Stirring motor 23 is fixed in cylinder body 51.The power output of stirring motor 23
Axis is linked together by retarder with stirring blade 22.
The side wall of mixing chamber 17 is equipped with inlet opening 18.Inlet opening 18 is linked together by oral siphon 4 with water pump 41.Enter
Water pipe 4 is equipped with mesh plate 42.
It includes stopping plate 31, driving mechanism 32, fracture switch 33, charging switch 34, control mould to be interrupted feed control mechanism 3
Block 35 and home block 36.Stopping plate 31 can be connected to plug in sand cement access aperture 12 in the horizontal direction.It stops on plate 31
Equipped with cross bar 311.
Driving mechanism 32 includes extrapolation spring 321, eccentric wheel 322 and driving motor 323.Spring 321 of extrapolating is along level
The flexible compression spring in direction.The telescopic direction of extrapolation spring 321 is identical with the plug direction of plate 31 is stopped.The one of extrapolation spring 321
End links together with container, the other end links together with the protrusion of cross bar 311.The circumferential surface of eccentric wheel 322 is connected to cross bar
On 311 end face.The power output shaft of driving motor 323 is linked together by shaft coupling with the rotation axis of eccentric wheel 322.It drives
Dynamic motor 323 is stepper motor.Driving motor 323 is fixed on by link 37 on container 1.Water stream channel 57, which is equipped with to be located at, to be held
It is vertically arranged cylinder section 571 on the side wall 18 of device.Cylinder section 571 is vertically arranged to vertically extend.Home block 36 is slidably and sealingly connected with
It is being vertically arranged in cylinder section 571.Fracture switch 33 and charging switch 34 are all disposed in the hole on the side wall 18 of container.Fracture switchs
33 and charging switch 34 all be optoelectronic switch.Charging switch 34, home block 36 and driving motor 323 are all electrically connected with control module 35
It is connected together.Full water is filled in water stream channel 57, cylinder body 41 and intermediate hydroecium 15 and compression plate 55 is located at highest when original state
Position abuts together with the roof of cylinder body.Piston position at this time be piston setting initial position and home block 36 it is most lower
End is detected with the alignment of charging switch 34 by charging switch 34.Control module 35 is single when charging switch 34 detects home block 36
Member driving eccentric wheel turns to obstruction plate and is in open state（It refers to being opened under the action of extrapolating spring to stop plate）.
Referring to Fig. 2, oral siphon 4 is equipped with cylindrical surface section 43 and prismatic surface section 44.The opening area of prismatic surface section 44 is less than institute
State the opening area of cylindrical surface section 43.Prismatic surface section 44 is equipped with mesh plate and imports and exports 441.Mesh plate 42 is stretched through mesh plate inlet and outlet
Go out.It is equipped in prismatic surface section 44 and stops block 45.It stops block 45 and is located at side of the mesh plate far from water pump.The inner end of mesh plate and rib
Evacuation gap 46 is equipped between the inner surface of cylinder section 44.The outer end of mesh plate between oral siphon be equipped with detent mechanism 47.It is fixed
Position mechanism 47 includes that locating rod 471, the engaging lug 472 being arranged in prismatic surface section and the mesh plate portion being arranged on mesh plate are fixed
Position hole 473.Engaging lug 472 is equipped with connection ear location hole 474.Locating rod 471 is threaded through mesh plate portion location hole 473 simultaneously
Mesh plate is fixed together with prismatic surface section with connecting in ear's location hole 474.The both sides of mesh plate 42 are designed with fluid sealant
Item 48.48 bent deformation of sealing joint strip.Sealing joint strip 48 seals against the table in oral siphon under the action of detent mechanism 47
On face.Sealing joint strip 48 is fixed together end face of the sealing joint strip 48 far from mesh plate one end equipped with distending slot with mesh plate 42
481。
When dismantling mesh plate 42, extract locating rod 471, then extract mesh plate 42 can, withdrawal process is in sealing joint strip
48 deform and pass through from mesh plate portion location hole 473.When assembly when mesh plate, through mesh plate 42 from mesh plate portion location hole
It is inserted into 473 and knows sealing joint strip completely into prismatic surface section, then outer seine orifice plate 42 can be plugged to locating rod 471,
Sealing joint strip seals against on the inner surface of prismatic surface section at this time.
Referring to Fig. 1 and Fig. 2, in use, sand cement is poured into from sand cement access aperture and fallen on compression plate 55,
Sand cement fall shock be sand cement be deposited in the weight in pit under the action of compression plate move down, compression plate move down and
Driving piston to move down by piston rod makes the flow in cylinder body to water stream channel so as to cause on the hydraulic pressure in intermediate hydroecium 15
Rise, when hydraulic pressure rise to setting value or more i.e. piston meet or exceed set final position when, home block 36 can be broken
Material switch 33 detects that control module 35 controls driving motor and rotates so that eccentric wheel when fracture switch 33 detects home block 36
322 drivings stop plate and close Lai Kou；The hydraulic pressure of intermediate hydroecium 15 drives the unlatching of the second check valve to make water from spray when rising
Encounter in hole in sand cement access aperture 12.At this time due to there is no the further shock of sand cement and mobile layer 58 to be lifted
Bar 59 jack up and sand cement is poured out, move up piston spring 54 drive piston reset and make compression plate is moved up and is resetted, answer
The result of position is that the hydraulic pressure in intermediate hydroecium 15 declines, and the hydraulic pressure of water supplying chamber 16 opens the first check valve two so that in water supplying chamber 16
Water add to intermediate hydroecium 15 and fill full intermediate hydroecium, home block 36 also declines and is staggered with fracture switch 33 and same fracture
Switch 33 is aligned.Then repeat above-mentioned action, realize while continuous charging spray water it is dust-proof.During use, mend
The indoor water level of water is less than spray orifice control, has been the top that water spray hole is located at water supplying chamber's water level so that the indoor water of moisturizing can not
Through spraying water, hole sprays.Intermediate hydroecium is also below water spray hole so that water will not be from water spray hole when interior filling full water in intermediate hydroecium
It sprays.
The water of mixing inputs inlet opening subsequently into staving 1 by water pump 41, and mesh plate, which plays, prevents concrete from entering
The effect of oral siphon.
Concrete is made by mixing into sand, cement and water by mixed organization 2 in mixing chamber 17, and concrete is from coagulation
Soil outlet output.
Embodiment two, the difference with embodiment one are：
Referring to Fig. 3, driving mechanism 32 includes extrapolation spring 321, drive block 324 and driving cylinder 325.The knot of extrapolation spring 321
Structure and set-up mode are identical with embodiment one.Drive block 324 is equipped with commutation inclined-plane 326.Cross bar 311 is connected to commutation inclined-plane 326
On.Driving cylinder 325 stretches along the vertical direction.Driving cylinder 325 links together with drive block 324 and drives 324 liters of drive block
Drop.When driving cylinder 325 that drive block 324 is driven to rise, the driving of drive block 324 stops plate 31 and shuts.When driving cylinder 325 drives
Plate 31 is stopped when dynamic drive block 324 declines under the action of extrapolating spring 321 to open.
Claims (10)
1. a kind of separation of solid and liquid feeds vibration isolation type concrete for making device, which is characterized in that including container and mixed organization, the appearance
The roof of device is equipped with sand cement access aperture, side wall is equipped with blasthole and bottom wall portals equipped with finished product material, the mixing
The stirring motor of mechanism includes agitating shaft, is arranged on agitating shaft stirring blade and driving stirring blade rotation, the container
The annular circumferentially extended along sand cement access aperture is equipped with equipped with vibration reduction support pad, in the wall portion of the sand cement access aperture to go out
Aquaporin, the annular exhalant canal are equipped with the water spray hole of perforation sand cement access aperture, and the container is equipped with water supplying chamber in
Between hydroecium, the water supplying chamber is connected to by the first check valve that hydroecium towards the middle is opened with intermediate hydroecium, the intermediate hydroecium
It is connected to annular exhalant canal by the second check valve opened towards the annular exhalant canal, energy is equipped in the container
Recovery structure, the energy regenerating structure include the cylinder body being vertically arranged, the piston in cylinder body, are connected to stretching upward on piston
Go out the piston rod of cylinder body, the driving piston in cylinder body moves up move up piston spring and connection on the piston rod and
The rodless cavity of compression plate immediately below sand cement access aperture, the cylinder body is connected by water stream channel with the intermediate hydroecium
It is logical.
2. separation of solid and liquid according to claim 1 feeds vibration isolation type concrete for making device, which is characterized in that stirring motor connects
It is connected in the cylinder body, the space that the container is located at the lower section of the cylinder body constitutes mixing chamber, and the stirring blade is located at institute
It states in mixing chamber, the inlet opening is arranged on the side wall of the mixing chamber.
3. separation of solid and liquid according to claim 1 feeds vibration isolation type concrete for making device, which is characterized in that further include interruption
Feed control mechanism, the interruption feed control mechanism include the obstruction plate for closing the sand cement access aperture, driving obstruction
Whether the driving mechanism of plate folding, detection piston reach the fracture switch in setting final position, whether detection piston reaches setting
Initial position charging switch and control module, fracture switch detects control when piston reaches the final position of setting
Module makes the driving mechanism that the obstruction plate be driven to close, and charging switch detects that piston reaches the initial position when institute of setting
Stating control module makes the driving mechanism that the obstruction plate be driven to open.
4. separation of solid and liquid according to claim 3 feeds vibration isolation type concrete for making device, which is characterized in that the obstruction plate
It can be connected to plug in the sand cement access aperture in the horizontal direction, the driving mechanism includes that the obstruction plate is driven to take out
Go out the extrapolation spring of the sand cement access aperture, the cross bar being arranged on stopping plate, the driving obstruction plate equipped with commutation inclined-plane
The driving cylinder of the drive block and driving drive block lifting that are inserted into the sand cement access aperture, the cross bar is connected to described
It commutates on inclined-plane.
5. separation of solid and liquid according to claim 3 feeds vibration isolation type concrete for making device, which is characterized in that the obstruction plate
It can be connected to plug the sand cement access aperture in the horizontal direction, the driving mechanism includes driving the obstruction plate extraction
The extrapolation spring of the sand cement access aperture, the cross bar being arranged on stopping plate, circumferential surface are connected to the drive on the end face of cross bar
The dynamic driving motor for stopping eccentric wheel and driving eccentric wheel rotation that plate is inserted into the sand cement access aperture.
6. separation of solid and liquid according to claim 3 feeds vibration isolation type concrete for making device, which is characterized in that the flow is logical
Road is equipped with is vertically arranged cylinder section on the side wall of the container, and described be vertically arranged in cylinder section sets sealing and slidably connect mark
Block, fracture switch and charging switch are all optoelectronic switch coordinate with the home block and the side wall for being mounted on the container
On.
7. separation of solid and liquid according to claim 1 feeds vibration isolation type concrete for making device, which is characterized in that the compression plate
Upper surface cheated equipped with material storing, the material storing is equipped with mobile layer flexible in hole, and the mobile layer only periphery is same
The pit links together, and the cylinder body, which is equipped with, penetrates into being located at below the mobile layer in the material storing hole
When final position for dropping to setting when piston by the mobile layer jack up and so that being stored in the object in material storing hole
Expect the lifting arm poured out.
8. separation of solid and liquid according to claim 1 feeds vibration isolation type concrete for making device, which is characterized in that the oral siphon
Equipped with cylindrical surface section and prismatic surface section, the opening area of the prismatic surface section is less than the opening area of cylindrical surface section.
9. separation of solid and liquid according to claim 9 feeds vibration isolation type concrete for making device, which is characterized in that the prismatic surface
Section is equipped with mesh plate and imports and exports, and the mesh plate stretches out the prismatic surface section through mesh plate inlet and outlet, the mesh plate
With detent mechanism is equipped between oral siphon, the both sides of the mesh plate are designed with to be connected on oral siphon inner surface and prevent for outer end
Bent deformation that water leaks out and across the sealing joint strip of mesh plate inlet and outlet, the sealing joint strip is solid with the mesh plate
It is connected together, is equipped between the inner end of the mesh plate and the inner surface of the prismatic surface section so that the sealing joint strip can be into
Enter to the evacuation gap in prismatic surface section.
10. separation of solid and liquid according to claim 1 feeds vibration isolation type concrete for making device, which is characterized in that the vibration damping
Supporting pad includes the helical spring of rubber block and vulcanization in rubber block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711493250.3A CN108284518A (en) | 2017-12-30 | 2017-12-30 | It is separated by solid-liquid separation charging vibration isolation type concrete for making device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711493250.3A CN108284518A (en) | 2017-12-30 | 2017-12-30 | It is separated by solid-liquid separation charging vibration isolation type concrete for making device |
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| CN108284518A true CN108284518A (en) | 2018-07-17 |
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| CN201711493250.3A Withdrawn CN108284518A (en) | 2017-12-30 | 2017-12-30 | It is separated by solid-liquid separation charging vibration isolation type concrete for making device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111673901A (en) * | 2020-06-16 | 2020-09-18 | 郭和宣 | Thereby realize clay agitated vessel of even stirring based on gravity-feed tank |
-
2017
- 2017-12-30 CN CN201711493250.3A patent/CN108284518A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111673901A (en) * | 2020-06-16 | 2020-09-18 | 郭和宣 | Thereby realize clay agitated vessel of even stirring based on gravity-feed tank |
| CN111673901B (en) * | 2020-06-16 | 2022-06-14 | 郭和宣 | Thereby realize clay agitated vessel of even stirring based on gravity-feed tank |
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Application publication date: 20180717 |