CN206913428U - A kind of spiral cement concrete mixer with subregion isolation rubble - Google Patents
A kind of spiral cement concrete mixer with subregion isolation rubble Download PDFInfo
- Publication number
- CN206913428U CN206913428U CN201720813298.7U CN201720813298U CN206913428U CN 206913428 U CN206913428 U CN 206913428U CN 201720813298 U CN201720813298 U CN 201720813298U CN 206913428 U CN206913428 U CN 206913428U
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- China
- Prior art keywords
- swash plate
- screening
- rubble
- control valve
- storing box
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
A kind of spiral cement concrete mixer with subregion isolation rubble, including frame and the casing, feeding mouth, separating mechanism, rabbling mechanism and the controlling organization that are arranged in frame；The feeding mouth is located at the top of separating mechanism, and the building stones layering of entrance is carried out into screening isolation, then is controlled classification by controlling organization, is then transported to rabbling mechanism and stirred by each transport pipeline；The arrival end of the rabbling mechanism is communicated with water tank and cementing tank.The utility model have effectively achieved the raising to rubble and the cement mixing uniformity and the guarantee of mixing time by separating mechanism, rabbling mechanism and controlling organization.
Description
Technical field
A kind of agitating device is the utility model is related to, particularly a kind of cement concrete with sub-sieve proportioning function mixes and stirs
Device, belong to concrete equipment technical field.
Background technology
Road construction is one of basis of urban development, is greatly developed in city nowadays, how to improve road
While construction quality, road construction efficiency is improved as far as possible, turns into road construction person's focus of interest.At present, in road
In the construction of road, it is the infrastructure device commonly used in construction of cement stable macadam base that cement stabilized macadam, which mixes equipment, and it leads
It is used to mix rubble and cement, so that cement and rubble can be well mixed, prevents from making because stirring inequality
Into sub-surface Density inhomogeneity, collapse, be cracked the defects of, influence the normal use of road.However, existing cement stabilized macadam mixes
Mixing plant is closed, although the stirring work to rubble and cement can be completed, its defect is also more obvious；First, during stirring
Between it is short, it is impossible to meet the required stirring 15S of regulation time requirement, mixture homogeneity is poor；Secondly, traditional agitating shaft is in exciting
Under effect, the impact to casing building stones is larger, causes operating noise larger, and the resident in cities and towns is had a great influence, is not easy by people
Received.
Utility model content
The purpose of this utility model is overcome the deficiencies in the prior art, there is provided a kind of spiral with subregion isolation rubble
Formula cement concrete mixer, this equipment should be with spies simple in construction, easy to use and with compared with epipodium guaranteed cost
Point.
Problem described in the utility model solves by the following technical programs：
A kind of spiral cement concrete mixer with subregion isolation rubble, including frame and be arranged in frame
Casing, feeding mouth, separating mechanism, rabbling mechanism and controlling organization；The feeding mouth is located at the top of separating mechanism, by entrance
Building stones classification carries out screening storage, then is controlled classification by controlling organization, is then transported by each transport pipeline to stirring
Agitated vessel；The arrival end of the rabbling mechanism is communicated with water tank and cementing tank；The separating mechanism is placed in casing internal, it
Including the first screening swash plate, the second screening swash plate, the 3rd screening swash plate, the 4th screening swash plate, the first material storing box, the second storing
Case, the 3rd material storing box, the 4th material storing box and the 5th material storing box；The first screening swash plate, the second screening swash plate, the 3rd screening are oblique
From top to bottom placed successively between plate and the 4th screening swash plate, and the screening swash plate of adjacent is oppositely arranged, in " it " font
Arrangement；Different pore size is equipped with the first screening swash plate, the second screening swash plate, the 3rd screening swash plate and the 4th screening swash plate
Screening Network, and it is each screening swash plate Screening Network at be respectively fitted with the first material storing box, the second material storing box, the 3rd material storing box and
4th material storing box；5th material storing box is arranged on the end of the 4th screening swash plate.
The above-mentioned spiral cement concrete mixer with subregion isolation rubble, the rabbling mechanism include coiled pipe
Road, horizontal auger and suspension auger；The horizontal auger is arranged on the straight sections of snake pipe, and suspension auger is arranged on bend pipe
Portion, the both ends of the horizontal auger are assemblied in snake pipe by bearing bracket stand；One end of the suspension type auger is assemblied in curved
One end of pipe portion, other end suspension are set, and the direction of rotation of the suspension auger is reverse rotation；The bearing bracket stand and coiled pipe
The inwall welding in road, it is made up of inner ring and outer rings, and inner ring is axle sleeve, and it is connected with support bar between outer shroud.
The above-mentioned spiral cement concrete mixer with subregion isolation rubble, the controlling organization include first flow
Sensor, second flow sensor, CPU, cement switch and water flow switch；The P1.0 ends of the CPU are switched with cement and current
Switch and contact is connected, and P1.1 ends are connected with first flow sensor, and P1.2 ends are connected with second flow sensor, P2.0 ends
It is connected with cement control valve, P2.1 ends are connected with water flow control valve, the base stage connection of P2.2 ends and triode；The triode
Grounded emitter, colelctor electrode are connected through relay is enough with power end；First control contact of the relay and the first storing control
Valve connection processed, the second control contact are connected with the second storing control valve, and the 3rd control contact is connected with the 3rd storing control valve, the
Four control contacts are connected with the 4th storing control valve, and the 5th control contact is connected with the 5th storing control valve, above-mentioned five groups of control
Contact and control valve, which are taken, to be connected in parallel.
The above-mentioned spiral cement concrete mixer with subregion isolation rubble, sets up electromagnetic pulse vibrating mechanism, institute
State electromagnetic pulse vibrating mechanism to be arranged in vibrations housing, and the bottom of snake pipe is assemblied in by bindiny mechanism, it includes
AC-AC chips, rheostat, permanent magnet and coil；One end of the AC-AC chips is connected the other end and rheostat one with zero line
End connection, the rheostatic other end are connected after coil with zero line；The coil is wound around the outer wall of permanent magnet；It is described
Electromagnetic pulse vibrating mechanism is two settings, is arranged in vibrations housing, and relative spacing assembles.
The above-mentioned spiral cement concrete mixer with subregion isolation rubble, the first screening swash plate, the second sieve
Divide swash plate, the 3rd screening swash plate and the 4th screening swash plate, be to be obliquely installed, its angle of inclination is 25 °~40 °；Described first
The Screening Network bore that screening swash plate, the second screening swash plate, the 3rd screening swash plate and the 4th screening swash plate are provided with is 0- respectively
3mm、3-5mm、5-10mm、10-20mm、20-30mm。
The above-mentioned spiral cement concrete mixer with subregion isolation rubble, first material storing box, the second storing
Case, the 3rd material storing box, the 4th material storing box and the 5th material storing box are respectively equipped with the delivery pipe connected with snake pipe, and each delivery pipe
On be respectively equipped with the first storing control valve, the second storing control valve, the 3rd storing control valve, the 4th storing control valve and the 5th storage
Expect control valve.
The above-mentioned spiral cement concrete mixer with subregion isolation rubble, sets up weighing mechanism, the weighing machine
Structure quantity is multiple, and it is arranged on the upper end of each storing control valve, and is connected with each storing control valve；The weighing mechanism bag
Include the weighing plate and pressure sensor for weighing chamber and being arranged in weighing chamber；The pressure sensor be arranged on weighing plate with
Between the bottom plate for weighing chamber, it is connected with CPU P1.3 ends.
The above-mentioned spiral cement concrete mixer with subregion isolation rubble, the bindiny mechanism include pole, spiral shell
Screw bolt and nut；One end of the pole is fixed in snake pipe bottom, and the other end passes through screw bolt and nut and concussion housing hinge.
The above-mentioned spiral cement concrete mixer with subregion isolation rubble, sets up concussion spring, the concussion bullet
Spring is multiple settings, is separately positioned on the bottom both ends of each screening swash plate.
The above-mentioned spiral cement concrete mixer with subregion isolation rubble, the horizontal auger passes through described snakelike
Pipeline is provided with three bent portions and four straight sections.
The utility model have effectively achieved and rubble and cement are stirred by separating mechanism, rabbling mechanism and controlling organization
Mix the raising of the uniformity and the guarantee of mixing time.Wherein, separating mechanism can carry out classification storage to different size of rubble,
So that rubble in the whipping process of later stage and cement, can be mixed and stirred according to required rubble size, avoid the occurrence of in the past
Mixer, in stirring because the otherness of rubble size is larger, and caused by sub-surface density unevenness is uniform the situation such as collapses,
Influence the use of later stage road.Rabbling mechanism then uses the design of snakelike pipeline, while equipment space is reduced, will stir
The lengthening of stroke is mixed, and coordinates the auger of inside, rubble and cement are sufficiently mixed and stirred, not only ensured mixing time,
Also improve the degree of mixing and stirring of stirring.Controlling organization then can accurately be chosen to the proportioning of rubble and cement, broken to ensure
The distributing precision of stone and cement, the uniformity mixed and stirred is improved, reduce the waste of material.
In addition, the utility model in order to more preferably strengthen the uniformity of stirring, also has additional electromagnetic pulse vibrating mechanism, its energy
Cross and utilize the magnet principle that identical charges repel each other, there is a natural attraction between the sexes, allow two permanent magnets to be alternately the same sex and the opposite sex, so as to allow two permanent magnetism
Iron produces amplitude, drives rabbling mechanism vibrations, further improves the degree of mixing and stirring of cement and rubble.
Brief description of the drawings
Fig. 1 is the utility model structure diagram；
Fig. 2 is Fig. 1 K to structural representation；(drawing not in scale)
Fig. 3 is Fig. 1 Y-direction structural representation；(drawing not in scale)
Fig. 4 is controlling organization electrical schematic diagram of the present utility model；
Fig. 5 is electromagnetic pulse vibrating mechanism schematic diagram of the present utility model；
Fig. 6 is the utility model weighing mechanism structural representation.(drawing not in scale)
Each list of reference numerals is in figure：1. casing, 2. feeding mouths, 3~6. first screening swash plates~four sieve swash plate, 3-1.
First material storing box, the material storing box of 4-1. second, 5-1, the 3rd material storing box, the material storing box of 6-1. the 4th, the material storing box of 6-2. the 5th, 7. screenings
The storing control valve of net, 8. delivery pipes, the first storings of 8-1~8-5. control valve~the 5th, 9. concussion springs, 10. water tanks, 10-
1. water flow control valve, 11. cementing tanks, 11-1. cement control valve, 12. horizontal augers, 13. snake pipes, 14. suspension augers,
15. shake housing, 16. bearing bracket stands, 16-1. outer shrouds, 16-2. inner ring, 16-3. support bars, 17. permanent magnets, 18. poles, 18-1.
Nut, 18-2. bolts, 19. weighing mechanisms, 19-1. weighings chamber, 19-2. weighing plates, 20.AC-AC chips, LC1. are first-class
Quantity sensor, LC2. second flows sensor, J. relay control coils, J-1~J-5. first control contact~5th to control
Contact, Q. triodes, K1. cement switch, K2. water flow switches, L. coils, R. rheostats, U. pressure sensors.
Embodiment
Referring to Fig. 1,2,3,4,5 and Fig. 6, the utility model include frame and be arranged in frame casing 1, feeding mouth 2,
Separating mechanism, rabbling mechanism and controlling organization；The feeding mouth 2 is located at the top of separating mechanism, by the building stones of entrance classify into
Row screening storage, then classification is controlled by controlling organization and conveys, transported finally by each transport pipeline to stirring
Agitated vessel, rabbling mechanism is set to be stirred according to the ratio of required rubble；The arrival end of the rabbling mechanism is communicated with
Water tank 10 and cementing tank 11, the inlet amount of the water tank 10 and cementing tank 11 can also be regulated and controled by controlling organization,
The inlet amount of water tank 10 and cementing tank 11 is set to reach appropriate proportions with rubble.
Separating mechanism described in the utility model is placed in inside casing 1, and it includes the first screening swash plate 3, second and sieved
Swash plate the 4, the 3rd sieve swash plate the 5, the 4th sieve swash plate 6, the first material storing box 3-1, the second material storing box 4-1, the 3rd material storing box 5-1,
4th material storing box 6-1 and the 5th material storing box 6-2；The first screening swash plate 3, second sieves swash plate the 4, the 3rd and sieves the and of swash plate 5
From top to bottom placed successively between 4th screening swash plate 6, and the screening swash plate of adjacent is oppositely arranged, is arranged in " it " font
Row；The first screening swash plate 3, second sieves and is equipped with different holes on the screening screening swash plate 6 of swash plate 5 and the 4th of swash plate the 4, the 3rd
The Screening Network 7 in footpath, the first screening swash plate 3, second sieve the screening screening swash plate 6 of swash plate 5 and the 4th of swash plate the 4, the 3rd and sieved
Network interface footpath is 0-3mm, 3-5mm, 5-10mm, 10-20mm, 20-30mm successively.The first material storing box 3-1, the second material storing box 4-
1st, the 3rd material storing box 5-1 and the 4th material storing box 6-1, it is separately positioned on the bottom of each Screening Network.The 5th material storing box 6-2 is set
In the end of the 4th screening swash plate 6.
In addition, rabbling mechanism described in the utility model includes snake pipe 13, horizontal auger 12 and suspension auger 14；Institute
The straight sections that horizontal auger 12 is arranged on snake pipe 13 are stated, suspension auger 14 is arranged on bent portion, the horizontal auger 12
Both ends are assemblied in snake pipe 13 by bearing bracket stand 16；One end of the suspension auger 14 is assemblied in one end of bent portion, separately
One end suspension is set, and the direction of rotation of the suspension auger 14 is reverse rotation, the concrete that can so accumulate corner
Provoked, effectively prevented because of the accumulation of corner concrete, and caused by stirring efficiency is relatively low and the residual of concrete is more
The problems such as.The inwall of the bearing bracket stand 16 and snake pipe 13 is welded, and it is made up of inner ring 16-2 and outer shroud 16-1, inner ring 16-2
For axle sleeve, it is connected with support bar 16-3 between outer shroud 16-1.
Controlling organization described in the utility model include first flow sensor LC1, second flow sensor LC2,
CPU, cement switch K1 and water flow switch K2；The P1.0 ends of the CPU and cement switch K1 and water flow switch K2's and contact connect
Connect, P1.1 ends are connected with first flow sensor LC1, and P1.2 ends are connected with second flow sensor LC2, P2.0 ends and cement control
Valve 11-1 connections processed, P2.1 ends are connected with water flow control valve 10-1, and P2.2 ends are connected with triode Q base stage；The triode Q
Grounded emitter, colelctor electrode is connected after relay J with power end；The first control contact J-1 and first of the relay J
The 8-1 connections of storing control valve, the second control contact J-2 are connected with the second storing control valve 8-2, and the 3rd controls contact J-3 and the
Three storing control valve 8-3 connections, the 4th control contact J-4 be connected with the 4th storing control valve 8-4, the 5th control contact J-5 and
5th storing control valve 8-5 connections, above-mentioned five groups of control contacts and control valve are taken and are connected in parallel.The first flow sensor
LC1 and second flow sensor LC2, the detection piece of cement flow and water flow is respectively detected, it can be by detection signal
Transmit to CPU, its addition is matched in the ratio of rubble.
In addition, in order to further improve degree of mixing and stirring, the utility model sets up electromagnetic pulse vibrating mechanism, the electromagnetic pulse
Vibrating mechanism is arranged in vibrations housing 15, and the bottom of snake pipe 13 is assemblied in by bindiny mechanism, and it includes AC-AC cores
Piece 20, rheostat R, permanent magnet 17 and coil L；One end of the AC-AC chips 20 is connected the other end and rheostat R with zero line
One end is connected, and the other end of the rheostat R is connected after coil L with zero line；The coil L twines around the outer wall of permanent magnet 17
Around；The electromagnetic pulse vibrating mechanism is two settings, is arranged in vibrations housing 15, and relative spacing assembles, and it can mistake
Using the magnet principle that identical charges repel each other, there is a natural attraction between the sexes, two permanent magnets are allowed to be alternately the same sex and the opposite sex, so as to allow two permanent magnets
Amplitude is produced, drives rabbling mechanism vibrations, further improves the degree of mixing and stirring of cement and rubble.The electromagnetic pulse vibrating mechanism can
For multiple settings, the straight sections of snake pipe can be separately positioned on, reduce the residual of concrete.
First material storing box 3-1 described in the utility model, the second material storing box 4-1, the 3rd material storing box 5-1, the 4th material storing box
6-1 and the 5th material storing box 6-2 is respectively equipped with the delivery pipe 8 connected with snake pipe 13, and is respectively equipped with first in each delivery pipe
Storing control valve 8-1, the second storing control valve 8-2, the 3rd storing control valve 8-3, the 4th storing control valve 8-4 and the 5th storing
Control valve 8-5, it is controlled for the conveying to rubble.
Bindiny mechanism described in the utility model is then to be adjusted to electromagnetic pulse vibrating mechanism travel direction, make it not
It can only be shaken, can be shaken with vertical direction with horizontal direction.It includes pole 18, bolt 18-2 and nut 18-1；The branch
One end of bar 18 is fixed in the bottom of snake pipe 13, and the other end is be hinged by bolt 18-2 and nut 18-1 and concussion housing 15.
In addition, for the vibratility of each screening swash plate of the enhancing that improves, concussion spring 9 is also had additional, the concussion spring 9 is
Multiple settings, it is separately positioned on the bottom both ends of each screening swash plate.
The utility model is equipped with conventional small-sized vibration motor on each screening swash plate.
Claims (10)
- A kind of 1. spiral cement concrete mixer with subregion isolation rubble, it is characterised in that：Including frame and setting Casing (1), feeding mouth (2), separating mechanism, rabbling mechanism and controlling organization in frame；The feeding mouth (2) is positioned at separation The top of mechanism, the building stones category filter of entrance is stored, then is controlled by controlling organization, and then classification passes through each transport Pipeline is transported to rabbling mechanism and stirred；The arrival end connection water tank (10) and cementing tank (11) of the rabbling mechanism；Described point Structure of disembarking includes the first screening swash plate (3), the second screening swash plate (4), the 3rd screening swash plate (5), the 4th screening swash plate (6), the One material storing box (3-1), the second material storing box (4-1), the 3rd material storing box (5-1), the 4th material storing box (6-1) and the 5th material storing box (6- 2)；The first screening swash plate (3), the second screening swash plate (4), the 3rd screening swash plate (5) and the 4th sieve between swash plate (6) according to It is secondary from top to bottom to place, and the screening swash plate of adjacent is oppositely arranged, is arranged in " it " font；The first screening swash plate (3) Screening Network of different pore size, is equipped with the second screening swash plate (4), the 3rd screening swash plate (5) and the 4th screening swash plate (6) (7) it is, ascending to arrange from top to bottom successively, and it is respectively fitted with the first material storing box (3- at the Screening Network of each screening swash plate 1), the second material storing box (4-1), the 3rd material storing box (5-1) and the 4th material storing box (6-1)；5th material storing box (6-2) is arranged on The end of 4th screening swash plate (6).
- 2. the spiral cement concrete mixer according to claim 1 with subregion isolation rubble, it is characterised in that： The rabbling mechanism includes snake pipe (13), horizontal auger (12) and suspension auger (14)；The horizontal auger (12) is set Straight sections in snake pipe (13), suspension auger (14) are arranged on bent portion, and the both ends of the horizontal auger (12) pass through axle Bolster (16) is assemblied in snake pipe (13)；One end of the suspension auger (14) is assemblied in one end of bent portion, the other end Suspension is set, and the direction of rotation of the suspension auger (14) is reverse rotation；The bearing bracket stand (16) and snake pipe (13) Inwall is welded, and it is made up of inner ring (16-2) and outer shroud (16-1), and inner ring (16-2) is axle sleeve, and it connects between outer shroud (16-1) It is connected to support bar (16-3).
- 3. the spiral cement concrete mixer according to claim 1 or 2 with subregion isolation rubble, its feature exist In：The controlling organization include first flow sensor (LC1), second flow sensor (LC2), CPU, cement switch (K1) and Water flow switch (K2)；The P1.0 ends of the CPU and cement switch (K1) and water flow switch (K2) and contact be connected, P1.1 ends and First flow sensor (LC1) is connected, and P1.2 ends are connected with second flow sensor (LC2), P2.0 ends and cement control valve (11-1) is connected, and P2.1 ends are connected with water flow control valve (10-1), and P2.2 ends are connected with the base stage of triode (Q)；Three pole The grounded emitter of (Q) is managed, colelctor electrode is connected after relay (J) with power end；First control contact of the relay (J) (J-1) it is connected with the first storing control valve (8-1), the second control contact (J-2) is connected with the second storing control valve (8-2), the Three controls contact (J-3) are connected with the 3rd storing control valve (8-3), the 4th control contact (J-4) and the 4th storing control valve (8- 4) connect, the 5th control contact (J-5) is connected with the 5th storing control valve (8-5), and above-mentioned five groups of control contacts and control valve are adopted Take and be connected in parallel.
- 4. the spiral cement concrete mixer according to claim 3 with subregion isolation rubble, it is characterised in that： Electromagnetic pulse vibrating mechanism is set up, the electromagnetic pulse vibrating mechanism is arranged in vibrations housing (15), and passes through bindiny mechanism The bottom of snake pipe (13) is assemblied in, it includes AC-AC chips (20), rheostat (R), permanent magnet (17) and coil (L)；Institute The one end for stating AC-AC chips (20) is connected the other end with zero line and is connected with rheostat (R) one end, the rheostat (R) it is another One end is connected after coil (L) with zero line；The coil (L) winds around the outer wall of permanent magnet (17)；The electromagnetic pulse vibration Mechanism is two settings, is arranged in vibrations housing (15), and relative spacing assembles.
- 5. the spiral cement concrete mixer according to claim 4 with subregion isolation rubble, it is characterised in that： What the first screening swash plate (3), the second screening swash plate (4), the 3rd screening swash plate (5) and the 4th screening swash plate (6) were provided with Screening Network bore is 0-3mm, 3-5mm, 5-10mm, 10-20mm, 20-30mm successively.
- 6. the spiral cement concrete mixer according to claim 5 with subregion isolation rubble, it is characterised in that： First material storing box (3-1), the second material storing box (4-1), the 3rd material storing box (5-1), the 4th material storing box (6-1) and the 5th storing Case (6-2) is respectively equipped with the delivery pipe (8) connected with snake pipe (13), and the control of the first storing is respectively equipped with each delivery pipe Valve (8-1), the second storing control valve (8-2), the 3rd storing control valve (8-3), the 4th storing control valve (8-4) and the 5th storing Control valve (8-5).
- 7. the spiral cement concrete mixer according to claim 6 with subregion isolation rubble, it is characterised in that： Weighing mechanism is set up, the weighing mechanism quantity is multiple, and it is arranged on the upper end of each storing control valve, and is controlled with each storing Valve is connected；The weighing mechanism includes weighing chamber and is arranged on the weighing plate and pressure sensor weighed in chamber；It is described Pressure sensor is arranged between weighing plate and the bottom plate for weighing chamber, and it is connected with CPU P1.3 ends.
- 8. the spiral cement concrete mixer according to claim 7 with subregion isolation rubble, it is characterised in that： The bindiny mechanism includes pole (18), bolt (18-2) and nut (18-1)；One end of the pole (18) is fixed in snakelike Pipeline (13) bottom, the other end are be hinged by bolt (18-2) and nut (18-1) and concussion housing (15).
- 9. the spiral cement concrete mixer according to claim 8 with subregion isolation rubble, it is characterised in that： Concussion spring (9) is set up, the concussion spring (9) is multiple settings, is separately positioned on the bottom both ends of each screening swash plate.
- 10. the spiral cement concrete mixer according to claim 9 with subregion isolation rubble, its feature exist In：The snake pipe (13) is provided with three bent portions and four straight sections.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720813298.7U CN206913428U (en) | 2017-07-06 | 2017-07-06 | A kind of spiral cement concrete mixer with subregion isolation rubble |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720813298.7U CN206913428U (en) | 2017-07-06 | 2017-07-06 | A kind of spiral cement concrete mixer with subregion isolation rubble |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206913428U true CN206913428U (en) | 2018-01-23 |
Family
ID=61335080
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720813298.7U Withdrawn - After Issue CN206913428U (en) | 2017-07-06 | 2017-07-06 | A kind of spiral cement concrete mixer with subregion isolation rubble |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206913428U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107283635A (en) * | 2017-07-06 | 2017-10-24 | 中建路桥集团有限公司 | A kind of auto-partition isolates the spiral cement concrete agitating device of rubble |
| CN109332184A (en) * | 2018-12-11 | 2019-02-15 | 李娜 | A kind of construction site sand screening plant |
| CN110512870A (en) * | 2019-09-02 | 2019-11-29 | 李泽宇 | For rural area self-built housing construction device for lifting concrete |
| CN111251459A (en) * | 2018-06-28 | 2020-06-09 | 李凤石 | Construction site concrete rapid mixing mechanism based on oblique force dividing and guiding and using method |
-
2017
- 2017-07-06 CN CN201720813298.7U patent/CN206913428U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107283635A (en) * | 2017-07-06 | 2017-10-24 | 中建路桥集团有限公司 | A kind of auto-partition isolates the spiral cement concrete agitating device of rubble |
| CN111251459A (en) * | 2018-06-28 | 2020-06-09 | 李凤石 | Construction site concrete rapid mixing mechanism based on oblique force dividing and guiding and using method |
| CN111251459B (en) * | 2018-06-28 | 2021-06-15 | 内蒙古汉生源科技有限公司 | Construction site concrete rapid mixing mechanism based on oblique force dividing and guiding and using method |
| CN109332184A (en) * | 2018-12-11 | 2019-02-15 | 李娜 | A kind of construction site sand screening plant |
| CN109332184B (en) * | 2018-12-11 | 2021-11-23 | 中建七局第四建筑有限公司 | Sand sieving mechanism for building site |
| CN110512870A (en) * | 2019-09-02 | 2019-11-29 | 李泽宇 | For rural area self-built housing construction device for lifting concrete |
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