CN108673740A - A kind of bridge construction cement highly efficient mixing arrangement - Google Patents
A kind of bridge construction cement highly efficient mixing arrangement Download PDFInfo
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- CN108673740A CN108673740A CN201810323479.0A CN201810323479A CN108673740A CN 108673740 A CN108673740 A CN 108673740A CN 201810323479 A CN201810323479 A CN 201810323479A CN 108673740 A CN108673740 A CN 108673740A
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28C—PREPARING CLAY; PRODUCING MIXTURES CONTAINING CLAY OR CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28C5/00—Apparatus or methods for producing mixtures of cement with other substances, e.g. slurries, mortars, porous or fibrous compositions
- B28C5/08—Apparatus or methods for producing mixtures of cement with other substances, e.g. slurries, mortars, porous or fibrous compositions using driven mechanical means affecting the mixing
- B28C5/10—Mixing in containers not actuated to effect the mixing
- B28C5/12—Mixing in containers not actuated to effect the mixing with stirrers sweeping through the materials, e.g. with incorporated feeding or discharging means or with oscillating stirrers
- B28C5/16—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
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28C—PREPARING CLAY; PRODUCING MIXTURES CONTAINING CLAY OR CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28C5/00—Apparatus or methods for producing mixtures of cement with other substances, e.g. slurries, mortars, porous or fibrous compositions
- B28C5/48—Apparatus or methods for producing mixtures of cement with other substances, e.g. slurries, mortars, porous or fibrous compositions wherein the mixing is effected by vibrations
Abstract
The invention discloses a kind of bridge construction cement highly efficient mixing arrangements,Its structure includes that installation is covered,Mix cabinet,Support leg,Link,Discharge port,The lower surface of mixing cabinet is equipped with support leg, and the two is fixedly connected by welding simultaneously,A kind of bridge construction cement highly efficient mixing arrangement of the present invention,Transmission mechanism has been driven by the gravity due to itself in this way,It is realized for dead angle or the residue sticked concussion removing to swing mechanism by microseism,It is further driven to the transmission of rotating mechanism,And the transmission of mixed organization is driven by control dynamic braking device,Mixture is further mixed fully,Also start the multi-faceted stirring of auger mechanism,It is further driven to transport mechanism and provides secondary power source for paddle,Keep stirring stronger,Quickly,So that whole mixing effect improves,Cement and water are more fully mixed,It improves work efficiency and the utilization rate of cement.
Description
Technical field
The present invention is a kind of bridge construction cement highly efficient mixing arrangement, belongs to cement highly efficient mixing arrangement technical field.
Background technology
Cement, powdery hydraulicity inorganic coagulation material.At slurry after adding water to stir, can harden in air or in water
Preferably hardening, and can the materials such as sand, stone are cemented together securely.The mixture of early stage lime and volcanic ash and modern times
Lime pozzolanic cement is much like, and the concrete made of its cementing rubble, not only intensity is higher after hardening, and can also resist
The erosion of fresh water or brackish water.For a long time, it is as a kind of important cementitious material, be widely used in civil construction, water conservancy,
The engineerings such as national defence.
But the prior art usually uses mixing arrangement to drive the mixing of cement and water, is fixed since machinery rotates
There are certain dead angles, not comprehensive enough and uniform when causing to mix cement, and cement is prevented cement to be made to exist from obtaining being sufficiently mixed
Gelatinization results later are deteriorated, and working efficiency is low.
Invention content
It is filled in view of the deficienciess of the prior art, being mixed with cement highly efficient it is an object of the present invention to provide a kind of bridge construction
It sets, mixing arrangement is usually used to drive the mixing of cement and water with the prior art art of solution, since machinery rotation is solid
Surely there is certain dead angle, it is not comprehensive enough and uniform when causing to mix cement, prevent cement that can make cement from obtaining being sufficiently mixed
It is deteriorated in gelatinization results later, ineffective problem.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of bridge construction cement
Efficient mixing arrangement, structure include installation lid, mixing cabinet, support leg, link, discharge port, installation lid installation
In the surface of mixing cabinet, the two is linked together by the way of fitting simultaneously, the lower surface installation of the mixing cabinet
Having support leg, the two is fixedly connected by welding simultaneously, and the link is fixedly connected on branch by the way of welding
On spike, the link is connect by support leg with mixing cabinet transition, and the discharge port is set to the interior of mixing cabinet
Portion is fixed together by the way of embedded simultaneously, and the discharge port is located at same water by mixing cabinet with link
In plane, the mixing machine case includes support constituent apparatus, auger mechanism, dynamic braking device, mixed organization, transmission
Mechanism, transmission mechanism swing in mechanism, rotating mechanism, microseism, the support constituent apparatus to be internally provided with auger mechanism same
When both be installed together by the way of embedded, the dynamic braking device passes through mixed organization and auger mechanism mistake
Connection is crossed, the mixed organization is interference fitted with auger mechanism, and the transport mechanism is connected with each other with rotating mechanism,
The microseism swing mechanism be fixedly installed in by welding support constituent apparatus inside, the transmission mechanism with it is micro-
It shakes mechanism to be connected, the transmission mechanism is installed on the surface of mixed organization.
Further, the support constituent apparatus includes alloy shell, hybrid channel, soft tubing giving sufficient strength, mounting base, institute
The inner surface for the alloy shell stated mutually is welded with the lower surface of mounting base, and the hybrid channel is fixed by the way of embedded
It is connected to the inside of alloy shell, the hybrid channel is equipped with soft tubing giving sufficient strength and is fixedly connected on by way of bonding simultaneously
Together, the soft tubing giving sufficient strength is installed on the inside of alloy shell, and the alloy shell is internally provided with auger mechanism,
The dynamic braking device is connected with the inner surface of alloy shell by welding, the top of the mixed organization
It is installed on the inside of hybrid channel, the right end of soft tubing giving sufficient strength is connected with the left end of transport mechanism, the whirler
Structure is installed on the top of hybrid channel, and the transmission mechanism is installed on the inside of alloy shell.
Further, the auger mechanism includes auger bar, sun gear, pillar, planetary gear, threaded disk
Group, disk channel bar, lifting frid, the bottom end of the auger bar is fixedly connected on the upper of sun gear by welding
Surface, the sun gear engage connection with planetary gear by sawtooth, and the pillar is installed on the front surface of threaded disk group
The two is fixedly connected by the way of embedded simultaneously, and the outer surface of the pillar and the inner surface of disk channel bar are bonded to each other,
The threaded disk group is connect by pillar with disk channel bar transition, and the auger bar passes through sun gear and planetary gear
It is connected, the right end of the lifting frid is equipped with mixed organization, and the lifting frid is arranged right below motor system
Dynamic device.
Further, the dynamic braking device includes motor, machine shaft, brake puck group, braking belt, sawtooth
Disk, interior sawtooth sliding panel, the motor are installed on the inside of alloy shell, and one end of the machine shaft is installed on motor
Inside simultaneously both using insertion by the way of link together, the brake puck group passes through machine shaft and motor transitional
The right end of connection, the machine shaft is equipped with brake puck group and is fixed together by welding, described
Brake puck group be interference fitted by braking belt and toothed disc, the braking belt is installed in brake puck group simultaneously
The two is linked together by the way of fitting, and the toothed disc engages connection by sawtooth with interior sawtooth sliding panel, described
The right end of interior sawtooth sliding panel mixed organization is installed.
Further, the mixed organization includes Saw blade, circular arc adjusting channel bar, rotating circular disk group, connecting tube, installation
Movable plate, mixed column, fixed plate, movable brace, connection belt, the Saw blade adjust channel bar and rotational circle by circular arc
Disk group transition connects, and the Saw blade adjusts channel bar with circular arc mutually to be agreed with, and the rotating circular disk group passes through movable brace
It is interference fitted with installation activity plate, the upper surface of the installation activity plate is equipped with mixed column while the two is by the way of welding
It is fixedly connected, the fixed plate is equipped with movable brace and is movably connected simultaneously by motion bar transition, described
Movable brace is connected with lifting frid, and the outer surface of the rotating circular disk group is equipped with side of the connection belt using fitting
Formula links together, and the connection belt is connected with transport mechanism.
Further, the transport mechanism includes crawler belt gear, transmission crawler belt, paddle, worm screw, worm screw cooperating teeth
The outer surface of wheel, connecting rod, cooperation rotating circular disk, cooperation belt, the crawler belt gear is equipped with transmission crawler belt the two simultaneously
It is fixed together by the way of bonding, the paddle is installed on the bottom end of worm screw and consolidates by welding
Fixed connection, the worm screw are nested with worm screw mate gear, and the front surface of the worm screw mate gear is adopted equipped with connecting rod
It is connected with embedded mode, the worm screw mate gear is connect by connecting rod with cooperation rotating circular disk transition, and described matches
Rotating circular disk is closed by coordinating belt to be connected with crawler belt gear, the dead astern of the cooperation belt is equipped with paddle, institute
The top for the worm screw stated is fixedly connected with rotating mechanism.
Further, the rotating mechanism include double saw teeth bars, cooperation rotation gear set, installation belt, mounting rod group,
Rotary shaft, sliding channel bar, pillar rotating disk, double saw teeth bars engage connection, institute by sawtooth with cooperation rotation gear set
The front surface for the cooperation rotation gear set stated is equipped with mounting rod group and is linked together by the way of embedded, the rotation
The outer surface of axis is equipped with installation belt, and the two is linked together by way of fitting simultaneously, the pillar rotating disk and cunning
Dynamic channel bar is interference fitted, and being equipped with microseism in double saw teeth bars swings mechanism.
Further, it includes track plates, fixed pulley, hammer stem, stress piston, hydraulic pressure chamber, cooperation that mechanism is swung in the microseism
Piston, steel wire, impingement plate, the track plates are internally provided with hammer stem, and the outer surface of the fixed pulley is equipped with steel wire, institute
The stress piston stated is connected by hydraulic pressure chamber and cooperation piston, and the cooperation piston is nested with impingement plate, described
The left end of hammer stem is equipped with transmission mechanism.
Further, the transmission mechanism includes driving turntable, drive link, driving disk group, fluted shaft, cooperation fluted shaft
Bar, connection circular arc bar, the driving turntable are connected by drive link and driving disk group, the fluted shaft and mating groove
Shaft is nested, and the fluted shaft is connected by mating groove shaft with circular arc bar transition is connect.
Advantageous effect
A kind of bridge construction cement highly efficient mixing arrangement of the present invention, when needing to carry out cement mixing, by cement and water
Mixture pour into together in mixing cabinet, mixture, which falls, has driven the rotation of driving turntable, passes through drive link, driving disk
The matching relationship of group and fluted shaft is driven the swing of connection circular arc bar, to drive the lifting of hammer stem, pass through by mating groove shaft
Hammer stem coordinates collision of the piston for impingement plate for the pressure influence of stress piston, and entire hybrid channel is made to generate pico- vibrations
And work operation is not influenced, the residue of dead angle or stickup can be struck down, by steel wire, double saw teeth bars and cooperation rotary teeth
The connection relation of wheel group can drive the Stirring of paddle to influence to slide the transmission of channel bar and pillar rotating disk,
At the same time by the control for motor, under the connection relation by brake puck group, braking belt and toothed disc, by sawtooth
Fit circular arc adjusts the rotation that channel bar drives rotating circular disk group, by under the transmission for movable brace, being done by mixed column
It moves up and down, cement admixture can be sufficiently mixed, and in disk channel bar, the band of threaded disk group and sun gear
Under dynamic so that auger bar can move in a circle and carry out multi-faceted stirring to mixing, and pass through the drive of crawler belt gear
Under, belt, cooperation rotating circular disk and connecting rod drive the rotation of worm screw mate gear with, finally realize for paddle
Secondary power source keeps stirring more strong, quick.
A kind of bridge construction cement highly efficient mixing arrangement of the present invention, in this way by having driven transmission due to the gravity of itself
Mechanism realizes for dead angle or the residue sticked concussion removing to swing mechanism by microseism, is further driven to rotating mechanism
Transmission, and drive the transmission of mixed organization by control dynamic braking device, mixture further mix abundant, also start
The multi-faceted stirring of auger mechanism, is further driven to transport mechanism and provides secondary power source for paddle, makes stirring more
Effectively, quickly so that whole mixing effect improves, and cement and water are more fully mixed, and improves work efficiency and cement
Utilization rate.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of bridge construction cement highly efficient mixing arrangement of the present invention；
Fig. 2 is a kind of cross-sectional view of mixing cabinet of the present invention；
Fig. 3 is a kind of cut-away section structural schematic diagram of mixing cabinet of the present invention；
Fig. 4 is that a kind of cross-section structure of mixing cabinet of the present invention uses schematic diagram；
Fig. 5 is that a kind of cut-away section structure of mixing cabinet of the present invention uses schematic diagram.
In figure：Installation lid -1, mixing cabinet -2, support leg -3, link -4, discharge port -5, support constituent apparatus -201,
Auger mechanism -202, dynamic braking device -203, mixed organization -204, transport mechanism -205, rotating mechanism -206, microseism
Swing mechanism -207, transmission mechanism -208, alloy shell -2011, hybrid channel -2012, soft tubing giving sufficient strength -2013, mounting base -
2014, auger bar -2021, sun gear -2022, pillar -2023, planetary gear -2024, threaded disk group -2025, disc slots
Bar -2026, lifting frid -2027, motor -2031, machine shaft -2032, brake puck group -2033, braking belt -2034,
Toothed disc -2035, interior sawtooth sliding panel -2036, Saw blade -2041, circular arc adjust channel bar -2042, rotating circular disk group -2043,
Connecting tube -2044, installation activity plate -2045, mixed column -2046, fixed plate -2047, movable brace -2048, connection belt -
2049, crawler belt gear -2051, transmission crawler belt -2052, paddle -2053, worm screw -2054, worm screw mate gear -2055, connection
Bar -2056, cooperation rotating circular disk -2057, cooperation belt -2058), double saw teeth bars -2061, cooperation rotation gear set -2062, peace
Thong -2063, mounting rod group -2064, rotary shaft -2065, sliding channel bar -2066, pillar rotating disk -2067, track plates -
2071, fixed pulley -2072, hammer stem -2073, stress piston -2074, hydraulic pressure chamber -2075, cooperation piston -2076, steel wire -2077,
Impingement plate -2078, driving turntable -2081, drive link -2082, driving disk group -2083, fluted shaft -2084, mating groove shaft -
2085, connection circular arc bar -2086.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 5 is please referred to Fig.1, the present invention provides a kind of bridge construction cement highly efficient mixing arrangement technical solution：A kind of bridge
The efficient mixing arrangement of beam construction water mud, structure include installation lid 1, mix cabinet 2, support leg 3, link 4, discharge port 5,
The installation lid 1 is installed on the surface of mixing cabinet 2 while the two is linked together by the way of fitting, and described is mixed
The lower surface for closing cabinet 2 is equipped with support leg 3 while the two is fixedly connected by welding, and the link 4 uses
The mode of welding is fixedly connected in support leg 3, and the link 4 is connect by support leg 3 with mixing 2 transition of cabinet, institute
The discharge port 5 stated is set to the inside of mixing cabinet 2 while being fixed together by the way of embedded, the discharge port 5
It is located in same level with link 4 by mixing cabinet 2, the mixing cabinet 2 includes support constituent apparatus 201, spiral shell
Mechanism is swung in rotation rabbling mechanism 202, dynamic braking device 203, mixed organization 204, transport mechanism 205, rotating mechanism 206, microseism
207, transmission mechanism 208, the support constituent apparatus 201 are internally provided with auger mechanism 202 both simultaneously using embedding
The mode entered is installed together, and the dynamic braking device 203 passes through mixed organization 204 and 202 transition of auger mechanism
Connection, the mixed organization 204 are interference fitted with auger mechanism 202, the transport mechanism 205 and rotating mechanism
206 are connected with each other, and the inside that mechanism 207 is fixedly installed in support constituent apparatus 201 by welding is swung in the microseism,
The transmission mechanism 208 swings the mating connection of mechanism 207 with microseism, and the transmission mechanism 208 is installed on mixed organization 204
Surface, the support constituent apparatus 201 include alloy shell 2011, hybrid channel 2012, soft tubing giving sufficient strength 2013, installation bottom
Plate 2014, the inner surface of the alloy shell 2011 are mutually welded with the lower surface of mounting base 2014, the hybrid channel
2012 are fixedly connected on the inside of alloy shell 2011 by the way of embedded, and the hybrid channel 2012 is equipped with soft tubulation
Road 2013 is fixed together by way of bonding simultaneously, and the soft tubing giving sufficient strength 2013 is installed on alloy shell 2011
Inside, the alloy shell 2011 are internally provided with auger mechanism 202, and the dynamic braking device 203 passes through weldering
The mode connect is connected with the inner surface of alloy shell 2011, and the top of the mixed organization 204 is installed on hybrid channel
The right end of 2012 inside, the soft tubing giving sufficient strength 2013 is connected with the left end of transport mechanism 205, the rotating mechanism
206 are installed on the top of hybrid channel 2012, and the transmission mechanism 208 is installed on the inside of alloy shell 2011, described
Auger mechanism 202 includes auger bar 2021, sun gear 2022, pillar 2023, planetary gear 2024, threaded disk group
2025, disk channel bar 2026, lifting frid 2027, the bottom end of the auger bar 2021 is fixed by welding to be connected
It is connected to the upper surface of sun gear 2022, the sun gear 2022 engages connection with planetary gear 2024 by sawtooth, and described is convex
Column 2023 is installed on the front surface of threaded disk group 2025 while the two is fixedly connected by the way of embedded, the pillar
2023 outer surface and the inner surface of disk channel bar 2026 are bonded to each other, the threaded disk group 2025 by pillar 2023 with
2026 transition of disk channel bar connects, and the auger bar 2021 is connected by sun gear 2022 and planetary gear 2024,
The right end of the lifting frid 2027 is equipped with mixed organization 204, and the lifting frid 2027 is arranged right below motor
Brake apparatus 203, the dynamic braking device 203 include motor 2031, machine shaft 2032, brake puck group 2033, system
Dynamic belt 2034, toothed disc 2035, interior sawtooth sliding panel 2036, the motor 2031 are installed on the interior of alloy shell 2011
The one end in portion, the machine shaft 2032 is installed on the inside of motor 2031 while the two is connected to one by the way of embedded
It rises, the brake puck group 2033 is connect by machine shaft 2032 with 2031 transition of motor, the machine shaft 2032
Right end be equipped with and brake puck group 2033 and be fixed together by welding, the brake puck group 2033
It is interference fitted with toothed disc 2035 by braking belt 2034, the braking belt 2034 is installed in brake puck group 2033
The two is linked together by the way of fitting simultaneously, and the toothed disc 2035 is nibbled by sawtooth and interior sawtooth sliding panel 2036
Connection is closed, the right end of the interior sawtooth sliding panel 2036 is equipped with mixed organization 204, and the mixed organization 204 includes saw
Rack 2041, circular arc adjust channel bar 2042, rotating circular disk group 2043, connecting tube 2044, installation activity plate 2045, mixed column
2046, fixed plate 2047, movable brace 2048, connection belt 2049, the Saw blade 2041 adjust channel bar by circular arc
2042 connect with 2043 transition of rotating circular disk group, and the Saw blade 2041 adjusts channel bar 2042 with circular arc mutually to be agreed with, described
Rotating circular disk group 2043 pass through movable brace 2048 and installation activity plate 2045 and be interference fitted, the installation activity plate 2045
Upper surface be equipped with mixed column 2046 simultaneously both using weld by the way of be fixedly connected, the fixed plate 2047 is equipped with
Movable brace 2048 is movably connected by motion bar transition simultaneously, the movable brace 2048 and lifting frid 2027
It is connected, the outer surface of the rotating circular disk group 2043 is equipped with connection belt 2049 and is connected to one by the way of fitting
It rises, the connection belt 2049 is connected with transport mechanism 205, and the transport mechanism 205 includes crawler belt gear 2051, passes
Send crawler belt 2052, paddle 2053, worm screw 2054, worm screw mate gear 2055, connecting rod 2056, cooperation rotating circular disk 2057,
Coordinate belt 2058, the outer surface of the crawler belt gear 2051 is equipped with transmission crawler belt 2052 while the two uses the side of bonding
Formula is fixed together, and the paddle 2053 is installed on the bottom end of worm screw 2054 and by welding fixed company
It connects, the worm screw 2054 is nested with worm screw mate gear 2055, and the front surface of the worm screw mate gear 2055 is equipped with
Connecting rod 2056 is connected by the way of embedded, and the worm screw mate gear 2055 passes through connecting rod 2056 and cooperation rotational circle
2057 transition of disk connects, and the cooperation rotating circular disk 2057 is connected by cooperation belt 2058 and crawler belt gear 2051,
The dead astern of the cooperation belt 2058 is equipped with paddle 2053, and the top of the worm screw 2054 and rotating mechanism 206 are solid
Fixed connection, the rotating mechanism 206 include double saw teeth bars 2061, cooperation rotation gear set 2062, installation belt 2063, installation
Bar group 2064, rotary shaft 2065, sliding channel bar 2066, pillar rotating disk 2067, double saw teeth bars 2061 by sawtooth and
The cooperation rotation engagement connection of gear set 2062, the front surface of the cooperation rotation gear set 2062 are equipped with mounting rod group 2064 simultaneously
And linked together by the way of embedded, the outer surface of the rotary shaft 2065 is equipped with installation belt 2063 the two simultaneously
It is linked together by way of fitting, the pillar rotating disk 2067 is interference fitted with sliding channel bar 2066, and described is double
Microseism is installed in saw teeth bars 2061 and swings mechanism 207, the microseism swing mechanism 207 include track plates 2071, fixed pulley 2072,
Hammer stem 2073, stress piston 2074, hydraulic pressure chamber 2075, cooperation piston 2076, steel wire 2077, impingement plate 2078, the track
Plate 2071 is internally provided with hammer stem 2073, and the outer surface of the fixed pulley 2072 is equipped with steel wire 2077, and the stress is lived
Plug 2074 is connected by hydraulic pressure chamber 2075 and cooperation piston 2076, and the cooperation piston 2076 and impingement plate 2078 are mutually embedding
The left end of set, the hammer stem 2073 is equipped with transmission mechanism 208, and the transmission mechanism 208 includes driving turntable 2081, transmission
Bar 2082, driving disk group 2083, fluted shaft 2084, mating groove shaft 2085, connection circular arc bar 2086, the driving turntable
2081 are connected by drive link 2082 and driving disk group 2083, and the fluted shaft 2084 and mating groove shaft 2085 are mutually embedding
Set, the fluted shaft 2084 are connected by mating groove shaft 2085 with 2086 transition of circular arc bar is connect.
Worm screw described in this patent refers to having one or several helical tooths, and engaged with worm gear and form alternating axis tooth
The gear of wheel set.Its reference surface can be cylindrical surface, circular conical surface or anchor ring, there is straight sided axial worm, involute helicoid worm, method
To four kinds of straight wide worm screw, milled helicoids worm classifications.
It is carrying out, in use, when needing to carry out cement mixing, cement being poured into mixing cabinet 2 together with the mixture of water
In, mixture, which falls, has driven the rotation of driving turntable 2081, passes through drive link 2082, driving disk group 2083 and fluted shaft 2084
Matching relationship the swing of connection circular arc bar 2086 is driven by mating groove shaft 2085, to drive the lifting of hammer stem 2073,
Collision of the piston 2076 for impingement plate 2078 is coordinated for the pressure influence of stress piston 2074 by hammer stem 2073, is made entire
Hybrid channel 2012 generates pico- vibrations and does not influence work operation, can strike down the residue of dead angle or stickup, pass through
Steel wire 2077, double saw teeth bars 2061 and cooperation rotation gear set 2062 connection relation, to influence slide channel bar 2066 and
The transmission of pillar rotating disk 2067 can drive the Stirring of paddle 2053, at the same time by for motor 2031
It controls, under the connection relation by brake puck group 2033, braking belt 2034 and toothed disc 2035, with Saw blade 2041
Circular arc adjusts the rotation that channel bar 2042 drives rotating circular disk group 2043, by under the transmission for movable brace 2048, by mixing
Zygostyle 2046 moves up and down, and cement admixture can be sufficiently mixed, and in disk channel bar 2026, threaded disk group
2025 and sun gear 2022 drive under so that auger bar 2021 can move in a circle to mixing carry out it is multi-faceted
Stirring, and pass through under the drive of crawler belt gear 2051, belt 2058, cooperation rotating circular disk 2057 and 2056 band of connecting rod with
The rotation of dynamic worm screw mate gear 2055, finally realizes the secondary power source for paddle 2053, keeps stirring more strong, fast
Speed.
The present invention solves the mixing that prior art art usually uses mixing arrangement to drive cement and water, due to machinery
Rotation is fixed, and there are certain dead angles, not comprehensive enough and uniform when causing to mix cement, and prevent cement from obtaining the meeting of being sufficiently mixed
Cement is set to be deteriorated in gelatinization results later, ineffective problem, the present invention is combined with each other by above-mentioned component, this hair
A kind of bright bridge construction cement highly efficient mixing arrangement, has driven transmission mechanism by the gravity due to itself in this way, thus by
Microseism, which is swung mechanism and realized, removes dead angle or the residue sticked concussion, is further driven to the transmission of rotating mechanism, and by
The transmission that dynamic braking device drives mixed organization is controlled, mixture is further mixed fully, also starts screw mixer
The multi-faceted stirring of structure, is further driven to transport mechanism and provides secondary power source for paddle, keeps stirring more strong, quick,
So that whole mixing effect improves, cement and water are more fully mixed, and are improved work efficiency and the utilization rate of cement.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (9)
1. a kind of bridge construction cement highly efficient mixing arrangement, structure includes installation lid (1), mixing cabinet (2), support leg
(3), link (4), discharge port (5), it is characterised in that：
The installation lid (1) is installed on the surface of mixing cabinet (2) while the two is linked together by the way of fitting,
The lower surface of the mixing cabinet (2) is equipped with support leg (3) while the two is fixedly connected by welding, described
Link (4) is fixedly connected on by the way of welding in support leg (3), and the link (4) is by support leg (3) and mixes
Cabinet (2) transition connection is closed, the inside that the discharge port (5) is set to mixing cabinet (2) is fixed by the way of embedded simultaneously
It links together, the discharge port (5) is located at link (4) in same level by mixing cabinet (2)；
The mixing cabinet (2) includes support constituent apparatus (201), auger mechanism (202), dynamic braking device
(203), mechanism (207), transmission mechanism are swung in mixed organization (204), transport mechanism (205), rotating mechanism (206), microseism
(208), the side for being internally provided with auger mechanism (202) while the two use insertion of the support constituent apparatus (201)
Formula is installed together, and the dynamic braking device (203) passes through mixed organization (204) and auger mechanism (202) transition
Connection, the mixed organization (204) are interference fitted with auger mechanism (202), the transport mechanism (205) and rotation
Mechanism (206) is connected with each other, and the microseism swings mechanism (207) and is fixedly installed in support constituent apparatus by welding
(201) inside, the transmission mechanism (208) swing mechanism (207) mating connection, the transmission mechanism (208) with microseism
It is installed on the surface of mixed organization (204).
2. a kind of bridge construction cement highly efficient mixing arrangement according to claim 1, it is characterised in that：The support
Constituent apparatus (201) includes alloy shell (2011), hybrid channel (2012), soft tubing giving sufficient strength (2013), mounting base (2014),
The lower surface of the inner surface and mounting base (2014) of the alloy shell (2011) is mutually welded, the hybrid channel
(2012) inside of alloy shell (2011) is fixedly connected on by the way of embedded, the hybrid channel (2012) are equipped with
It soft tubing giving sufficient strength (2013) while being fixed together by way of bonding, the soft tubing giving sufficient strength (2013) is installed on alloy
The inside of shell (2011), the alloy shell (2011) are internally provided with auger mechanism (202), the motor system
Dynamic device (203) is connected with the inner surface of alloy shell (2011) by welding, the mixed organization (204)
Top is installed on the inside of hybrid channel (2012), a left side for the right end and transport mechanism (205) of the soft tubing giving sufficient strength (2013)
End is connected, and the rotating mechanism (206) is installed on the top of hybrid channel (2012), the transmission mechanism (208) peace
Inside loaded on alloy shell (2011).
3. a kind of bridge construction cement highly efficient mixing arrangement according to claim 2, it is characterised in that：The spiral
Rabbling mechanism (202) includes auger bar (2021), sun gear (2022), pillar (2023), planetary gear (2024), threaded circular
Disk group (2025), disk channel bar (2026), lifting frid (2027), the bottom end of the auger bar (2021) passes through welding
Mode be fixedly connected on the upper surfaces of sun gear (2022), the sun gear (2022) passes through sawtooth and planetary gear (2024)
Engagement connection, the pillar (2023) is installed on the front surface of threaded disk group (2025) while the two is by the way of embedded
It is fixedly connected, the outer surface of the pillar (2023) and the inner surface of disk channel bar (2026) are bonded to each other, the screw thread
Disc set (2025) is connect by pillar (2023) with disk channel bar (2026) transition, and the auger bar (2021) passes through
Sun gear (2022) is connected with planetary gear (2024), and the right end of the lifting frid (2027) is equipped with mixed organization
(204), the lifting frid (2027) is arranged right below dynamic braking device (203).
4. a kind of bridge construction cement highly efficient mixing arrangement according to claim 1 or 2 or 3, it is characterised in that：It is described
Dynamic braking device (203) include motor (2031), machine shaft (2032), brake puck group (2033), braking belt
(2034), toothed disc (2035), interior sawtooth sliding panel (2036), the motor (2031) are installed on alloy shell (2011)
One end of inside, the machine shaft (2032) is installed on the inside of motor (2031) while the two is connected by the way of embedded
It is connected together, the brake puck group (2033) is connect by machine shaft (2032) with motor (2031) transition, described
The right end of machine shaft (2032) is equipped with brake puck group (2033) and is fixed together by welding, described
Brake puck group (2033) pass through brake belt (2034) with toothed disc (2035) be interference fitted, the braking belt
(2034) it is installed in brake puck group (2033) the two simultaneously to link together by the way of fitting, the toothed disc
(2035) connection, the right end installation of the interior sawtooth sliding panel (2036) are engaged with interior sawtooth sliding panel (2036) by sawtooth
There is mixed organization (204).
5. a kind of bridge construction cement highly efficient mixing arrangement according to claim 4, it is characterised in that：The mixing
Mechanism (204) includes Saw blade (2041), circular arc adjusting channel bar (2042), rotating circular disk group (2043), connecting tube (2044), peace
Movable plate (2045), mixed column (2046), fixed plate (2047), movable brace (2048), connection belt (2049) are filled, it is described
Saw blade (2041) channel bar (2042) adjusted by circular arc connect with rotating circular disk group (2043) transition, the Saw blade
(2041) with circular arc adjust channel bar (2042) mutually agree with, the rotating circular disk group (2043) by movable brace (2048) with
Installation activity plate (2045) is interference fitted, and the upper surface of the installation activity plate (2045) is equipped with mixed column (2046) while two
Person is fixedly connected by the way of welding, and the fixed plate (2047) is equipped with movable brace (2048) while passing through activity
Bar transition is movably connected, and the movable brace (2048) is connected with lifting frid (2027), the rotation
The outer surface of disc set (2043) is equipped with connection belt (2049) and is linked together by the way of fitting, the connection skin
Band (2049) is connected with transport mechanism (205).
6. a kind of bridge construction cement highly efficient mixing arrangement according to claims 1 or 2 or 5, it is characterised in that：It is described
Transport mechanism (205) include crawler belt gear (2051), transmission crawler belt (2052), paddle (2053), worm screw (2054), worm screw
Mate gear (2055), connecting rod (2056), cooperation rotating circular disk (2057), cooperation belt (2058), the crawler belt gear
(2051) outer surface is equipped with transmission crawler belt (2052) while the two is fixed together by the way of bonding, described
Paddle (2053) is installed on the bottom end of worm screw (2054) and is fixedly connected by welding, the worm screw (2054)
It is nested with worm screw mate gear (2055), the front surface of the worm screw mate gear (2055) is adopted equipped with connecting rod (2056)
It is connected with embedded mode, the worm screw mate gear (2055) passes through connecting rod (2056) and cooperation rotating circular disk (2057)
Transition connects, and the cooperation rotating circular disk (2057) is connected by cooperation belt (2058) and crawler belt gear (2051),
The dead astern of the cooperation belt (2058) is equipped with paddle (2053), the top of the worm screw (2054) and rotating mechanism
(206) it is fixedly connected.
7. a kind of bridge construction cement highly efficient mixing arrangement according to claim 6, it is characterised in that：The rotation
Mechanism (206) includes double saw teeth bars (2061), cooperation rotation gear set (2062), installation belt (2063), mounting rod group
(2064), rotary shaft (2065), sliding channel bar (2066), pillar rotating disk (2067), double saw teeth bars (2061) pass through
Sawtooth engages connection with cooperation rotation gear set (2062), and the front surface that the cooperation rotates gear set (2062) is equipped with installation
It bar group (2064) and is linked together by the way of embedded, the outer surface of the rotary shaft (2065) is equipped with installation skin
Band (2063) and meanwhile the two linked together by way of fitting, the pillar rotating disk (2067) with sliding channel bar
(2066) it is interference fitted, being equipped with microseism in double saw teeth bars (2061) swings mechanism (207).
8. a kind of bridge construction cement highly efficient mixing arrangement according to claim 1 or 2 or 7, it is characterised in that：It is described
Microseism to swing mechanism (207) include track plates (2071), fixed pulley (2072), hammer stem (2073), stress piston (2074), hydraulic pressure
Room (2075), cooperation piston (2076), steel wire (2077), impingement plate (2078), the track plates (2071) are internally provided with
The outer surface of hammer stem (2073), the fixed pulley (2072) is equipped with steel wire (2077), and the stress piston (2074) is logical
It crosses hydraulic pressure chamber (2075) to be connected with cooperation piston (2076), the cooperation piston (2076) and impingement plate (2078) are mutually embedding
The left end of set, the hammer stem (2073) is equipped with transmission mechanism (208).
9. a kind of bridge construction cement highly efficient mixing arrangement according to claim 8, it is characterised in that：The transmission
Mechanism (208) includes driving turntable (2081), drive link (2082), driving disk group (2083), fluted shaft (2084), cooperation fluted shaft
Bar (2085), connection circular arc bar (2086), the driving turntable (2081) pass through drive link (2082) and driving disk group
(2083) it is connected, the fluted shaft (2084) is nested with mating groove shaft (2085), and the fluted shaft (2084) passes through
Mating groove shaft (2085) is connected with circular arc bar (2086) transition is connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201810323479.0A CN108673740A (en) | 2018-04-12 | 2018-04-12 | A kind of bridge construction cement highly efficient mixing arrangement |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810323479.0A CN108673740A (en) | 2018-04-12 | 2018-04-12 | A kind of bridge construction cement highly efficient mixing arrangement |
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| CN108673740A true CN108673740A (en) | 2018-10-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810323479.0A Pending CN108673740A (en) | 2018-04-12 | 2018-04-12 | A kind of bridge construction cement highly efficient mixing arrangement |
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| CN107351249A (en) * | 2017-08-03 | 2017-11-17 | 陈婷 | It is a kind of that there is the concrete mix device for preventing agitator inwall adhesion |
| CN107415051A (en) * | 2017-08-08 | 2017-12-01 | 佛山市广师自动化科技有限公司 | A kind of Concrete device for preventing that material from sinking to the bottom |
| CN107756637A (en) * | 2017-11-25 | 2018-03-06 | 邱善晓 | A kind of vertical mixer for building |
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2018
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5419633A (en) * | 1994-04-14 | 1995-05-30 | Imer International S.P.A. | Paddle mixer with mixing drum mounted on transportable frame having paddles with rubber scraping elements |
| US5813754A (en) * | 1996-03-13 | 1998-09-29 | Matrix Master, Inc. | Vibration input to moving aqueous cemetitious slurry |
| CN106738316A (en) * | 2016-12-09 | 2017-05-31 | 梅新星 | A kind of manufacture of cement efficiency material mixing arrangement |
| CN106891435A (en) * | 2017-03-04 | 2017-06-27 | 盛之涛 | Concrete mixer |
| CN206551218U (en) * | 2017-03-04 | 2017-10-13 | 北京桥昌混凝土搅拌有限公司 | Cement mixer |
| CN107351249A (en) * | 2017-08-03 | 2017-11-17 | 陈婷 | It is a kind of that there is the concrete mix device for preventing agitator inwall adhesion |
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Application publication date: 20181019 |