CN108297284A - A kind of construction machinery concrete quantitative stirring device - Google Patents
A kind of construction machinery concrete quantitative stirring device Download PDFInfo
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- CN108297284A CN108297284A CN201810280829.XA CN201810280829A CN108297284A CN 108297284 A CN108297284 A CN 108297284A CN 201810280829 A CN201810280829 A CN 201810280829A CN 108297284 A CN108297284 A CN 108297284A
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- transmission
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- coupled wheels
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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
- 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
- B28C7/0422—Weighing predetermined amounts of ingredients, e.g. for consecutive delivery
- B28C7/044—Weighing mechanisms specially adapted therefor; Weighing containers
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- Dispersion Chemistry (AREA)
- On-Site Construction Work That Accompanies The Preparation And Application Of Concrete (AREA)
Abstract
The invention discloses a kind of construction machinery concrete quantitative stirring devices, its structure includes charging box, quantitative pedestal, turnover bracket, agitator, firm banking, movable pulley, discharge port, movable pulley is set altogether is installed on firm banking quadrangle there are four and by manner, and firm banking top nose is equipped with agitator.The advantageous effect of this practicality：The quantitative pedestal of this practicality is located at charging box bottom, according to the weight change of charging box, the depth that the quantitative pedestal being equipped with pushes gravity drive mechanism by bearing frame drives three linkage mechanisms to link respectively to control main drive gear, to which the quantitative instruction device of control carries out raw material addition instruction switching, single raw material weight then automatically switches the second material name when reaching, staff can carry out concrete material addition according to instruction, more solves the quantitative problem of non-uniform occurred when relieving, the quality for effectively improving concrete, improves work efficiency.
Description
Technical field
The present invention is a kind of construction machinery concrete quantitative stirring device, belongs to concrete quantitative stirring device field.
Background technology
Concrete, referred to as " concrete " are by cementitious material by the general designation for the cementing integral engineered composite material that gathers materials.It is logical
One word of concrete often said refers to making cementitious material with cement, and sand, masonry gather materials, and is coordinated by a certain percentage with water, it is agitated and
The cement concrete obtained, also referred to as normal concrete, it is widely used in civil engineering.Present concrete stirring relies primarily on people
Work feeds, and the dosage and ratio of cement and water also rely primarily on range estimation and estimation, for green hand, it is difficult to accurately estimate
The dosage and ratio of cement and water have larger uncertainty, and present concrete stirring can only carry out letter mostly
Single stirring, stirring is not thorough, to influence final product quality.Therefore can be with quantifying feed there is an urgent need for researching and developing one kind, and can make to stir
More thorough construction machinery concrete quantitative stirring device is mixed, it is main come charging when overcoming concrete stirring in the prior art
By range estimation and estimation, and stir not thorough enough disadvantage.
The prior art is carrying out that when concrete is quantitative accurately quantitative addition can not be carried out according to direction board, in staff
It is not easy to observe when relieving, is easy for the case where quantity error occur, and then affect concrete quality, reduce work effect
Rate.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of construction machinery concrete quantitative stirrings to fill
It sets, to solve the prior art is carrying out that when concrete is quantitative accurately quantitative addition can not be carried out according to direction board, in work people
Member is not easy to observe when relieving, and is easy for the case where quantity error occur, and then affect concrete quality, reduces work
The problem of efficiency.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of construction machinery coagulation
Native quantitative stirring device, structure include charging box, quantitative pedestal, turnover bracket, agitator, firm banking, movable pulley, discharging
Mouthful, the movable pulley is set altogether is installed on firm banking quadrangle, firm banking top there are four and by manner
Front end is equipped with agitator, and the agitator is connected by turnover bracket with charging box, and the charging box bottom is equipped with fixed
Pedestal is measured, the discharge port is set to agitator top nose and is an integral molding structure, and the quantitative pedestal includes load-bearing
Frame, gravity drive mechanism, main drive gear, linkage mechanism, the second transmission mechanism, third transmission mechanism, quantitative instruction device, shell
Body, the bearing frame bottom are installed on bearing frame upper end by embedded mode, and right end is equipped with gravity inside the bearing frame
Transmission mechanism, gravity drive mechanism top are connected with bearing frame bottom, and the main drive gear passes through fastening side
Formula is installed on housing central section and upper end is connected with gravity drive mechanism, and second transmission mechanism is set to shell left end and divides
It is not connected with main drive gear by three linkage mechanisms, lower end is pacified by manner on the right side of the quantitative instruction device
With second transmission mechanism it is connected loaded on upper end on the left of shell and by third transmission mechanism.
Further, the bearing frame includes bearing plate, load-bearing push rod, connecting bottom board, No.1 sling, mobile chute,
The load-bearing push rod is installed on shell upper center by running through mode and is interlocked in the middle part of top and bearing plate, the company
Mobile chute mutually chimeric with load-bearing push rod bottom at the top of bottom plate left end, described is connect to be set to connecting bottom board right end and be integrally formed
Structure, the connecting bottom board right end top is equipped with No.1 sling and bottom is connected with gravity drive mechanism, the No.1
Sling is connected with main drive gear.
Further, the gravity drive mechanism includes foldable expansion bracket, mobile sliding block, adjustable spring, locating piece, institute
The foldable expansion bracket bottom both ends stated are installed on housing bottom by mobile sliding block, locating piece, and the adjustable spring passes through button
Conjunction mode is installed in the middle part of foldable expansion bracket, and the folding retractable top of the trellis is interlocked with connecting bottom board.
Further, the main drive gear include No.1 transmission rope, No.1 coupled wheel, No. two coupled wheels, No.1 every
Laminate, driving rack, No. three coupled wheels, the No.1 interlayer board is set to housing central section and is an integral molding structure, described
No. three coupled wheels are installed on No.1 interlayer board upper end by manner, and the No.1 coupled wheel, No. two coupled wheel upper ends are logical
It crosses embedded mode and is installed on enclosure interior top, the driving rack is installed on a No.1 interlayer board upper end left side by manner
Side and top is connected with No.1 transmission rope end, the No.1 transmission rope respectively with No.1 coupled wheel, No. two coupled wheels, three
Number coupled wheel is meshed and head end is interlocked with No.1 sling, is connected with linkage mechanism on the left of the driving rack.
Further, the linkage mechanism includes balance push rod, balance guide sleeve, gear-linked bar, positioning knob, transmission
Gear, transmission swing rod, gear stand, the transmission gear set there are three and are uniformly mounted equidistant by gear stand respectively altogether
On the left of No.1 interlayer board, the gear-linked bar right end is interlocked with transmission gear, the balance push rod right end and tooth
Wheel interlocking bar left end is interlocked and middle part and balance guide sleeve phase fitting, the balance guide sleeve set there are three and uniformly equidistantly set altogether
On the right side of the second transmission mechanism, the transmission swing rod set altogether there are three and upper end it is right with balance push rod respectively by manner
Bottom is held, the transmission swing rod lower end is connected with the second transmission mechanism.
Further, second transmission mechanism include No. two interlayer boards, No. four coupled wheels, No. two transmission ropes, No. five
Coupled wheel, No. six coupled wheels, No. three transmission ropes, No. seven coupled wheels, No. four transmission ropes, No. eight coupled wheels, No. nine coupled wheels, it is described
No. eight coupled wheel bottoms housing bottom left end is installed on by embedded mode, the shell left end is equipped with No. two interlayer boards simultaneously
It is an integral molding structure, a No. two interlayer board left sides is installed on by manner on the right side of described No. four coupled wheels, No. five coupled wheels
Side upper end, described No. two interlayer boards left sides lower end are equipped with No. six coupled wheels, No. seven coupled wheels and No. seven coupled wheels and pass through button
Conjunction mode is connected, and described No. two transmission rope head ends are connected with the transmission swing rod bottom that upper end is equipped with and middle part joins with No. four
Driving wheel, No. five coupled wheels are meshed, in the middle part of described No. three transmission ropes with No. six coupled wheels, No. seven coupled wheels are meshed and head end
It is connected with the transmission swing rod lower end positioned at middle part, described No. four transmission ropes middle parts and No. eight coupled wheels, No. nine coupled wheel phases
It engages and head end is connected with the transmission swing rod bottom positioned at lower end, described No. two transmission ropes, No. three transmission ropes, No. four transmissions
Rope end is connected with third transmission mechanism.
Further, the third transmission mechanism includes driving sleeve, driving chain, linkage straight-tooth, No. two racks, three
Number rack, locating rod, the locating rod bottom are installed on by embedded mode on the left of housing bottom, described No. two rack right sides
Side is interlocked with locating rod left side central portion and top is connected with No. two transmission ropes, No. three transmission ropes, No. four transmission rope ends, institute
The linkage straight-tooth right side stated is meshed with No. two racks, and on the right side of described No. three racks and linkage straight-tooth left side is meshed and bottom
It is connected with driving sleeve by driving chain, the driving sleeve is installed on quantitative instruction device lower end by manner
Right side.
Further, the quantitative instruction device includes resetting spring, resets chain, release link, transmission main shaft, transmission
Belt, protective cover, direction board, protective cover right side lower end is installed on upper end on the left of shell by manner, described
Release link is set to protective cover lower end and bottom is connected by resetting spring, and the transmission main shaft is set to protective cover lower end and leads to
It crosses reset chain with release link to be connected, protective cover upper end is installed on by embedded mode and passes through biography on the right side of the direction board
Dynamic belt is connected with transmission main shaft, and the transmission main shaft right end is connected with driving sleeve.
Advantageous effect
A kind of construction machinery concrete quantitative stirring device of the present invention, when quantitative, staff needs to pass through overturning
Charging box is overturn and is placed on quantitative base top by holder, to carry out concrete to charging box according to the instruction of quantitative pedestal
Raw material adds, and the quantitative pedestal being equipped with supports charging box bottom by bearing frame, and the direction board quantitatively in instruction device is at this time
The instruction state of acquiescence.According to weight, charging box pushes bearing plate and load-bearing push rod is driven to push connecting bottom board, and passes through gravity
Transmission mechanism carry out weight support, then No.1 sling dragging No.1 transmission rope head end movement, and by No.1 coupled wheel, No. two
Coupled wheel, No. three coupled wheels are oriented to linkage, and the No.1 transmission rope end dragging driving rack being equipped with is promoted, and engages first connection
Transmission gear within the organization is moved, then band dynamic balancing push rod pushes transmission swing rod upper end, by positioning in the middle part of the transmission swing rod being equipped with
Knob is fixed and bottom forms and swings and drive No. four transmission rope movements, and No. four transmission rope ends being equipped with connect No. two racks simultaneously
It controls it and carries out the first gear rising, No. three rack movements are then engaged by the straight-tooth that links, and engage and pass by driving chain
Moving axis is covered to be rotated with transmission main shaft, and the transmission main shaft being equipped with drives direction board to overturn index plane by driving belt, to prompt
Staff adds the second raw material, is risen according to the weight of the second raw material, and bearing plate, the load-bearing push rod depression depths being equipped with occur
Variation to make No.1 sling dragging No.1 transmission rope that driving rack be made to be moved to the second gear, and engages the connection positioned at middle part
Motivation structure quantifies instruction device eventually by the second transmission mechanism, third transmission mechanism control and switches instruction again.
A kind of construction machinery concrete quantitative stirring device of the present invention, the quantitative pedestal of this practicality are located at charging box bottom
Portion, according to the weight change of charging box, the quantitative pedestal being equipped with pushes the depth of gravity drive mechanism to control by bearing frame
Main drive gear drives three linkage mechanisms to link respectively, is cut to which the quantitative instruction device of control carries out raw material addition instruction
It changes, single raw material weight then automatically switches the second material name when reaching, staff can carry out concrete according to instruction
Raw material adds, and more solves the quantitative problem of non-uniform occurred when relieving, effectively improves the quality of concrete, improve work
Make efficiency.
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 construction machinery concrete quantitative stirring device of the present invention.
Fig. 2 is the quantitative chassis interior structural schematic diagram of the present invention.
Fig. 3 is quantitative pedestal the second form schematic diagram of the present invention.
Fig. 4 is the First partial enlarged drawing of Fig. 3.
Fig. 5 is the second partial enlarged view of Fig. 3.
Fig. 6 is the third partial enlarged view of Fig. 3.
In figure：Charging box -1, quantitative pedestal -2, turnover bracket -3, agitator -4, firm banking -5, movable pulley -6, discharging
Mouth -7, bearing frame -201, gravity drive mechanism -202, main drive gear -203, linkage mechanism -204, the second transmission mechanism -
205, third transmission mechanism -206, quantitative instruction device -207, shell -208, bearing plate -2011, load-bearing push rod -2012, connection
Bottom plate -2013, No.1 sling -2014, mobile chute -2015, foldable expansion bracket -2021, mobile sliding block -2022, adjustable spring -
2023, locating piece -2024, No.1 transmission rope -2031, No.1 coupled wheel -2032, No. two coupled wheels -2033, No.1 interlayer boards -
2034, driving rack -2035, No. three coupled wheels -2036, balance push rod -2041, balance guide sleeve -2042, gear-linked bar -
2043, positioning knob -2044, transmission gear -2045, transmission swing rod -2046, gear stand -2047, No. two interlayer boards -2051,
No. four coupled wheels -2052, No. two transmission ropes -2053, No. five coupled wheels -2054, No. six coupled wheels -2055, No. three transmission ropes -
2056, No. seven coupled wheels -2057, No. four transmission ropes -2058, No. eight coupled wheels -2059, No. nine coupled wheels -20510, transmission shafts
Set -2061, driving chain -2062, linkage straight-tooth -2063, No. two racks -2064, No. three racks -2065, locating rod -2066,
Resetting spring -2071 resets chain -2072, release link -2073, transmission main shaft -2074, driving belt -2075, protective cover -
2076, direction board -2077.
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.
Embodiment
- Fig. 6 is please referred to Fig.1, the present invention provides a kind of construction machinery concrete quantitative stirring device:Its structure includes adding
Hopper 1, quantitative pedestal 2, turnover bracket 3, agitator 4, firm banking 5, movable pulley 6, discharge port 7, the movable pulley 6 are set altogether
It is installed on 5 four jiaos of firm banking there are four and by manner, 5 top nose of firm banking is equipped with agitator 4, institute
The agitator 4 stated is connected by turnover bracket 3 with charging box 1, and 1 bottom of charging box is equipped with quantitative pedestal 2, described
Discharge port 7 is set to 4 top nose of agitator and is an integral molding structure, and the quantitative pedestal 2 includes bearing frame 201, gravity
Transmission mechanism 202, linkage mechanism 204, the second transmission mechanism 205, third transmission mechanism 206, quantitatively refers to main drive gear 203
Showing device 207, shell 208,201 bottom of bearing frame are installed on 201 upper end of bearing frame by embedded mode, and described holds
201 inside right end of weight frame is equipped with gravity drive mechanism 202,202 top of gravity drive mechanism and 201 bottom phase of bearing frame
Connection, the main drive gear 203 by manner are installed on the middle part of shell 208 and upper end and gravity drive mechanism 202
It is connected, second transmission mechanism 205 is set to 208 left end of shell and passes through three linkage mechanisms 204 and main transmission respectively
Mechanism 203 is connected, and the 207 right side lower end of quantitative instruction device is installed on 208 left side upper end of shell by manner
And be connected with the second transmission mechanism 205 by third transmission mechanism 206, the bearing frame 201 includes bearing plate 2011, holds
Weight push rod 2012, connecting bottom board 2013, No.1 sling 2014, mobile chute 2015, the load-bearing push rod 2012 is by running through
Mode is installed on 208 upper center of shell and top is interlocked with 2011 middle part of bearing plate, 2013 left end of connecting bottom board
Top is mutually chimeric with 2012 bottom of load-bearing push rod, and the mobile chute 2015 is set to 2013 right end of connecting bottom board and is integrated into
Type structure, 2013 right end of the connecting bottom board top is equipped with No.1 sling 2014 and bottom is connected with gravity drive mechanism 202
It connects, the No.1 sling 2014 is connected with main drive gear 203, and the gravity drive mechanism 202 includes folding retractable
Frame 2021, mobile sliding block 2022, adjustable spring 2023, locating piece 2024, the 2021 bottom both ends of foldable expansion bracket pass through
Mobile sliding block 2022, locating piece 2024 are installed on 208 bottom of shell, and the adjustable spring 2023 is installed on by manner
2021 middle part of foldable expansion bracket, 2021 top of foldable expansion bracket are interlocked with connecting bottom board 2013, the main transmission
Mechanism 203 includes No.1 transmission rope 2031, No.1 coupled wheel 2032, No. two coupled wheels 2033, No.1 interlayer board 2034, driving cogs
2035, No. three coupled wheels 2036 of item, the No.1 interlayer board 2034 are set to 208 middle part of shell and are an integral molding structure, institute
No. three coupled wheels 2036 stated are installed on 2034 upper end of No.1 interlayer board by manner, the No.1 coupled wheel 2032,
No. two 2033 upper ends of coupled wheel are installed on 208 inner tip of shell by embedded mode, and the driving rack 2035 passes through button
Conjunction mode is installed on the left of 2034 upper end of No.1 interlayer board and top is connected with 2031 end of No.1 transmission rope, the No.1
Transmission rope 2031 is meshed respectively with the coupled wheel 2036 of coupled wheel 2033, three of No.1 coupled wheel 2032, two and head end and one
Number sling 2014 is interlocked, and 2035 left side of driving rack is connected with linkage mechanism 204, the linkage mechanism 204
Including balance push rod 2041, balance guide sleeve 2042, gear-linked bar 2043, positioning knob 2044, transmission gear 2045, transmission pendulum
Bar 2046, gear stand 2047, the transmission gear 2045 set altogether there are three and respectively by gear stand 2047 uniformly etc.
Away from 2034 left side of No.1 interlayer board is installed on, 2043 right end of gear-linked bar is interlocked with transmission gear 2045, described
2041 right end of balance push rod be interlocked with 2043 left end of gear-linked bar and middle part with balance 2042 phase fitting of guide sleeve, it is described
Balance guide sleeve 2042 sets there are three and is uniformly equidistantly set to 205 right side of the second transmission mechanism altogether, and the transmission swing rod 2046 is total
If there are three and upper end by manner respectively with balance push rod 2041 right end bottom, 2046 lower end of transmission swing rod with
Second transmission mechanism 205 is connected, second transmission mechanism 205 include 2051, No. four coupled wheels 2052 of No. two interlayer boards,
No. two coupled wheels 2057, four of transmission rope 2056, seven of coupled wheel 2055, three of coupled wheel 2054, six of transmission rope 2053, five
Number coupled wheel 20510 of coupled wheel 2059, nine of transmission rope 2058, eight, described No. eight 2059 bottoms of coupled wheel pass through insertion
Mode is installed on 208 bottom left end of shell, and 208 left end of shell is equipped with No. two interlayer boards 2051 and the knot that is integrally formed
Structure, 2052, No. five coupled wheels of described No. four coupled wheels, 2054 right side are installed on No. two 2051 left sides of interlayer boards by manner
Side upper end, described No. two 2051 left side lower ends of interlayer board are equipped with 2055, No. seven coupled wheels 2057 of No. six coupled wheels and No. seven connection
Driving wheel 2057 is simultaneously connected by manner, the transmission swing rod 2046 that described No. two 2053 head ends of transmission rope are equipped with upper end
Bottom is connected and 2052, No. five coupled wheels 2054 in middle part and No. four coupled wheels are meshed, in described No. three transmission ropes 2056
2055, No. seven coupled wheels 2057 in portion and No. six coupled wheels are meshed and head end is connected with 2046 lower end of transmission swing rod positioned at middle part
Connect, 2058 middle part of described No. four transmission ropes be meshed with 2059, No. nine coupled wheels 20510 of No. eight coupled wheels and head end be located at
2046 bottom of transmission swing rod of lower end is connected, described No. two transmission ropes of transmission rope 2056, four of transmission rope 2053, three
2058 ends are connected with third transmission mechanism 206, and the third transmission mechanism 206 includes driving sleeve 2061, transmission chain
Item 2062, linkage straight-tooth 2063, two rack 2064, three rack 2065, locating rod 2066,2066 bottom of locating rod
It is installed on 208 bottom left of shell, described No. two 2064 right sides of rack and 2066 left side central portion of locating rod by embedded mode
It is interlocked and top is connected with No. two transmission rope 2056, four of transmission rope 2053, three 2058 ends of transmission rope, the connection
2063 right side of dynamic straight-tooth is meshed with No. two racks 2064, described No. three 2065 right sides of rack and linkage 2063 left side phase of straight-tooth
It engages and bottom is connected by driving chain 2062 with driving sleeve 2061, the driving sleeve 2061 passes through manner
It is installed on the right side of 207 lower end of quantitative instruction device, the quantitative instruction device 207 includes resetting spring 2071, resets chain
2072, release link 2073, transmission main shaft 2074, driving belt 2075, protective cover 2076, direction board 2077, the protective cover
2076 right sides lower end are installed on 208 left side upper end of shell by manner, and the release link 2073 is set to protective cover 2076
Lower end and bottom is connected by resetting spring 2071, the transmission main shaft 2074 are set to 2076 lower end of protective cover and by multiple
Position chain 2072 is connected with release link 2073, and 2077 right side of direction board is installed on protective cover 2076 by embedded mode
Upper end and it is connected with transmission main shaft 2074 by driving belt 2075,2074 right end of transmission main shaft and driving sleeve
2061 are connected.
The present invention provides a kind of construction machinery concrete quantitative stirring device, its working principle is that：When quantitative, work
Personnel need that charging box 1 is overturn to by turnover bracket 3 and is placed on 2 top of quantitative pedestal, to according to the finger of quantitative pedestal 2
Showing and concrete material addition is carried out to charging box 1, the quantitative pedestal 2 being equipped with supports 1 bottom of charging box by bearing frame 201, this
Direction board 2077 in Shi Dingliang instruction devices 207 is the instruction state of acquiescence.According to weight, charging box 1 pushes bearing plate
2011 and drive load-bearing push rod 2012 push connecting bottom board 2013, and by gravity drive mechanism 202 carry out weight support, then
No.1 sling 2014 drags the 2031 head end movement of No.1 transmission rope, and passes through 2032, No. two coupled wheels 2033, three of No.1 coupled wheel
Number coupled wheel 2036 is oriented to linkage, and 2031 end of the No.1 transmission rope dragging driving rack 2035 being equipped with is promoted, and engages first
Transmission gear 2045 in a linkage mechanism 204, then band dynamic balancing push rod 2041, which pushes, is driven 2046 upper end of swing rod, is equipped with
2046 middle part of transmission swing rod is fixed by positioning knob 2044 and bottom forms and swings and No. four transmission ropes 2058 is driven to move, and is equipped with
No. four 2058 ends of transmission rope connect No. two racks 2064 and control its carry out the first gear rising, then pass through link straight-tooth
2063 No. three racks 2065 of engagement move, and pass through 2074 turns of 2062 engaged transmission axle sleeve 2061 of driving chain and transmission main shaft
Dynamic, the transmission main shaft 2074 being equipped with drives direction board 2077 to overturn index plane by driving belt 2075, to prompt work people
Member's the second raw material of addition, rises according to the weight of the second raw material, bearing plate 2011,2012 depression depths of the load-bearing push rod hair being equipped with
Changing makes driving rack 2035 be moved to the second gear, and nibbles to make No.1 sling 2014 drag No.1 transmission rope 2031
The linkage mechanism 204 positioned at middle part is closed, quantitative instruction dress is controlled eventually by the second transmission mechanism 205, third transmission mechanism 206
Set 207 switching instructions again.
Adjustable spring 2023 of the present invention be it is a kind of utilize elasticity come work machine components.It is made of elastic material
Part deform upon under external force, remove external force after again restore to the original state.Also make " spring "
Problems solved by the invention is that the prior art can not be carried out accurately according to direction board when concrete is quantitative
Quantitative addition, is not easy to observe, is easy for the case where quantity error occur, and then affect coagulation when staff relieves
Soil property amount, reduces working efficiency.The present invention is combined with each other by above-mentioned component, can carry out concrete material according to instruction
Addition, more solves the quantitative problem of non-uniform occurred when relieving, effectively improves the quality of concrete, improves work effect
Rate.
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 (8)
1. a kind of construction machinery concrete quantitative stirring device, structure includes charging box (1), quantitative pedestal (2), overturning branch
Frame (3), agitator (4), firm banking (5), movable pulley (6), discharge port (7), it is characterised in that：
The movable pulley (6) sets there are four and is installed on firm banking (5) quadrangle, the fixation bottom by manner altogether
Seat (5) top nose is equipped with agitator (4), and the agitator (4) is connected by turnover bracket (3) with charging box (1), institute
Charging box (1) bottom stated is equipped with quantitative pedestal (2), and the discharge port (7) is set to agitator (4) top nose and is integrated
Molding structure；
The quantitative pedestal (2) includes bearing frame (201), gravity drive mechanism (202), main drive gear (203), gear
Structure (204), the second transmission mechanism (205), third transmission mechanism (206), quantitative instruction device (207), shell (208), it is described
Bearing frame (201) bottom bearing frame (201) upper end is installed on by embedded mode, the internal right end of the bearing frame (201)
Equipped with gravity drive mechanism (202), it is connected with bearing frame (201) bottom at the top of the gravity drive mechanism (202), it is described
Main drive gear (203) be installed in the middle part of shell (208) by manner and upper end is connected with gravity drive mechanism (202)
It connects, second transmission mechanism (205) is set to shell (208) left end and passes through three linkage mechanisms (204) and main biography respectively
Motivation structure (203) is connected, and lower end is installed on shell (208) by manner on the right side of the quantitative instruction device (207)
Left side upper end and it is connected with the second transmission mechanism (205) by third transmission mechanism (206).
2. a kind of construction machinery concrete quantitative stirring device according to claim 1, it is characterised in that：Described holds
Weight frame (201) includes bearing plate (2011), load-bearing push rod (2012), connecting bottom board (2013), No.1 sling (2014), mobile cunning
Slot (2015), the load-bearing push rod (2012) are installed on shell (208) upper center by running through mode and top and load-bearing
It is interlocked in the middle part of plate (2011), institute mutually chimeric with load-bearing push rod (2012) bottom at the top of the connecting bottom board (2013) left end
The mobile chute (2015) stated is set to connecting bottom board (2013) right end and is an integral molding structure, the connecting bottom board (2013)
It is equipped with No.1 sling (2014) at the top of right end and bottom is connected with gravity drive mechanism (202), the No.1 sling
(2014) it is connected with main drive gear (203).
3. a kind of construction machinery concrete quantitative stirring device according to claim 1 or 2, it is characterised in that：It is described
Gravity drive mechanism (202) include foldable expansion bracket (2021), mobile sliding block (2022), adjustable spring (2023), locating piece
(2024), the foldable expansion bracket (2021) bottom both ends are installed on shell by mobile sliding block (2022), locating piece (2024)
Body (208) bottom, the adjustable spring (2023) is installed on by manner in the middle part of foldable expansion bracket (2021), described
It is interlocked with connecting bottom board (2013) at the top of foldable expansion bracket (2021).
4. a kind of construction machinery concrete quantitative stirring device according to claim 1 or 2, it is characterised in that：It is described
Main drive gear (203) include No.1 transmission rope (2031), No.1 coupled wheel (2032), No. two coupled wheels (2033), No.1s
Interlayer board (2034), driving rack (2035), No. three coupled wheels (2036), the No.1 interlayer board (2034) are set to shell
(208) it in the middle part of and is an integral molding structure, described No. three coupled wheels (2036) are installed on No.1 interlayer board by manner
(2034) upper end, the No.1 coupled wheel (2032), No. two coupled wheel (2033) upper ends are installed on shell by embedded mode
(208) inner tip, the driving rack (2035) are installed on by manner on the left of No.1 interlayer board (2034) upper end
And top is connected with No.1 transmission rope (2031) end, the No.1 transmission rope (2031) respectively with No.1 coupled wheel
(2032), No. two coupled wheels (2033), No. three coupled wheels (2036) are meshed and head end and No.1 sling (2014) are interlocked, institute
It is connected with linkage mechanism (204) on the left of the driving rack (2035) stated.
5. a kind of construction machinery concrete quantitative stirring device according to claim 1, it is characterised in that：The connection
Motivation structure (204) include balance push rod (2041), balance guide sleeve (2042), gear-linked bar (2043), positioning knob (2044),
Transmission gear (2045), transmission swing rod (2046), gear stand (2047), the transmission gear (2045) set altogether there are three and
It is uniformly mounted equidistant by gear stand (2047) respectively on the left of No.1 interlayer board (2034), the gear-linked bar
(2043) right end is interlocked with transmission gear (2045), and balance push rod (2041) right end is left with gear-linked bar (2043)
End be interlocked and middle part with balance guide sleeve (2042) phase fitting, the balance guide sleeve (2042) set altogether there are three and uniformly equidistantly
On the right side of the second transmission mechanism (205), the transmission swing rod (2046) set altogether there are three and upper end pass through manner point
Not with balance push rod (2041) right end bottom, transmission swing rod (2046) lower end is connected with the second transmission mechanism (205).
6. a kind of construction machinery concrete quantitative stirring device according to claim 1 or 5, it is characterised in that：It is described
The second transmission mechanism (205) include No. two interlayer boards (2051), No. four coupled wheels (2052), No. two transmission ropes (2053), five
Number coupled wheel (2054), No. six coupled wheels (2055), No. three transmission ropes (2056), No. seven coupled wheels (2057), No. four transmission ropes
(2058), No. eight coupled wheels (2059), No. nine coupled wheels (20510), described No. eight coupled wheel (2059) bottoms pass through insertion
Mode is installed on shell (208) bottom left end, and the shell (208) left end is equipped with No. two interlayer boards (2051) and is integrated into
Type structure, described No. four coupled wheels (2052), No. five coupled wheels (2054) right sides are installed on No. two interlayers by manner
Upper end on the left of plate (2051), described No. two interlayer boards (2051) left sides lower end are equipped with No. six coupled wheels (2055), No. seven linkages
Wheel (2057) and No. seven coupled wheels (2057) are simultaneously connected by manner, described No. two transmission rope (2053) head ends with it is upper
Transmission swing rod (2046) bottom that end is equipped with is connected and middle part is mutually nibbled with No. four coupled wheels (2052), No. five coupled wheels (2054)
Close, in the middle part of described No. three transmission ropes (2056) with No. six coupled wheels (2055), No. seven coupled wheels (2057) are meshed and head end
It is connected with transmission swing rod (2046) lower end positioned at middle part, described No. four transmission ropes (2058) middle parts and No. eight coupled wheels
(2059), No. nine coupled wheels (20510) are meshed and head end is connected with transmission swing rod (2046) bottom positioned at lower end, described
No. two transmission ropes (2053), No. three transmission ropes (2056), No. four transmission rope (2058) ends and third transmission mechanism (206) phase
Connection.
7. a kind of construction machinery concrete quantitative stirring device according to claim 1, it is characterised in that：Described
Three transmission mechanisms (206) include driving sleeve (2061), driving chain (2062), linkage straight-tooth (2063), No. two racks
(2064), No. three racks (2065), locating rod (2066), the locating rod (2066) bottom are installed on shell by embedded mode
Body (208) bottom left, be interlocked with locating rod (2066) left side central portion on the right side of described No. two racks (2064) and top with
No. two transmission ropes (2053), No. three transmission ropes (2056), No. four transmission rope (2058) ends are connected, the linkage straight-tooth
(2063) right side is meshed with No. two racks (2064), on the right side of described No. three racks (2065) and on the left of linkage straight-tooth (2063)
It is meshed and bottom is connected by driving chain (2062) with driving sleeve (2061), the driving sleeve (2061) passes through
Manner is installed on the right side of quantitative instruction device (207) lower end.
8. a kind of construction machinery concrete quantitative stirring device according to claim 1 or claim 7, it is characterised in that：It is described
Quantitative instruction device (207) include resetting spring (2071), reset chain (2072), release link (2073), transmission main shaft
(2074), driving belt (2075), protective cover (2076), direction board (2077), the protective cover (2076) right side lower end are logical
It crosses manner and is installed on upper end on the left of shell (208), the release link (2073) is set to protective cover (2076) lower end and bottom
Portion is connected by resetting spring (2071), and the transmission main shaft (2074) is set to protective cover (2076) lower end and passes through reset
Chain (2072) is connected with release link (2073), and protective cover is installed on by embedded mode on the right side of the direction board (2077)
(2076) upper end and it is connected with transmission main shaft (2074) by driving belt (2075), the transmission main shaft (2074) right end
It is connected with driving sleeve (2061).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810280829.XA CN108297284A (en) | 2018-04-02 | 2018-04-02 | A kind of construction machinery concrete quantitative stirring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810280829.XA CN108297284A (en) | 2018-04-02 | 2018-04-02 | A kind of construction machinery concrete quantitative stirring device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108297284A true CN108297284A (en) | 2018-07-20 |
Family
ID=62846759
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810280829.XA Withdrawn CN108297284A (en) | 2018-04-02 | 2018-04-02 | A kind of construction machinery concrete quantitative stirring device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108297284A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109822750A (en) * | 2019-04-03 | 2019-05-31 | 杭州虹妍服饰有限公司 | A kind of concrete production equipment |
| CN110358596A (en) * | 2019-08-09 | 2019-10-22 | 浙江知瑞科技集团有限公司 | It is a kind of for improving the purification processes device of biogas combustion quality |
| CN110948693A (en) * | 2019-12-19 | 2020-04-03 | 程金萍 | Utilize gravity principle accuse water and automatic cement agitated vessel for building of stirring |
| CN111231115A (en) * | 2020-02-19 | 2020-06-05 | 浙江广厦建设职业技术学院 | Circulation stirring concrete mixer |
-
2018
- 2018-04-02 CN CN201810280829.XA patent/CN108297284A/en not_active Withdrawn
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109822750A (en) * | 2019-04-03 | 2019-05-31 | 杭州虹妍服饰有限公司 | A kind of concrete production equipment |
| CN110358596A (en) * | 2019-08-09 | 2019-10-22 | 浙江知瑞科技集团有限公司 | It is a kind of for improving the purification processes device of biogas combustion quality |
| CN110358596B (en) * | 2019-08-09 | 2020-03-17 | 浙江知瑞科技集团有限公司 | Purification treatment device for improving methane combustion quality |
| CN110948693A (en) * | 2019-12-19 | 2020-04-03 | 程金萍 | Utilize gravity principle accuse water and automatic cement agitated vessel for building of stirring |
| CN111231115A (en) * | 2020-02-19 | 2020-06-05 | 浙江广厦建设职业技术学院 | Circulation stirring concrete mixer |
| CN111231115B (en) * | 2020-02-19 | 2021-04-13 | 浙江广厦建设职业技术学院 | Circulation stirring concrete mixer |
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Application publication date: 20180720 |