CN207359369U - A kind of use for laboratory semi-automatic concrete configures system - Google Patents
A kind of use for laboratory semi-automatic concrete configures system Download PDFInfo
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- CN207359369U CN207359369U CN201721420972.1U CN201721420972U CN207359369U CN 207359369 U CN207359369 U CN 207359369U CN 201721420972 U CN201721420972 U CN 201721420972U CN 207359369 U CN207359369 U CN 207359369U
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Abstract
The utility model discloses a kind of use for laboratory semi-automatic concrete to configure system, including jaw crusher, formula vibrating sieving machine is hit on first top, formula vibrating sieving machine is hit on second top, console, forced stirrer and weight sensor, jaw crusher hits formula vibrating sieving machine with the first top and is connected, formula vibrating sieving machine is hit on first top and the second top is hit formula vibrating sieving machine and is connected with forced stirrer, weight sensor is located at the bottom of forced stirrer and weight of the weight sensor for detecting material in forced stirrer, jaw crusher, formula vibrating sieving machine is hit on first top, formula vibrating sieving machine is hit on second top and weight sensor is electrically connected with console；The utility model is completed stone and is crushed, coarse-fine aggregate screening, weighed and the sequence of operations such as concrete stirring by manual operation console；The blockage problem of the sieve aperture hit for top in each layer sieve of formula vibrating sieving machine has carried out technical finesse, ensure that the high efficiency of screening.
Description
Technical field
It the utility model is related to concrete manufacturing field, and in particular to a kind of use for laboratory semi-automatic concrete configuration system
System.
Background technology
Concrete, refers to the general designation for the cementing integral engineered composite material that gathers materials by cementitious material.It is actual in engineering
In, there are the concrete and the laboratory concrete of teaching and Experimental Research in architectural engineering.With the concrete in engineering
Compare, use for laboratory concrete has the characteristics of dosage is small, and calculating is accurate, and performance requirement is stringent, and formula is hit on common jaw crusher, top
The work such as a series of special-purpose machineries progress stones such as vibrating sieving machine, forced stirrer crush, aggregate screening, stirring.And due to building
Experiment material used in engineering, from it is great, dust is more, be not easy to carry cleaning, and several mechanical device interdependences are poor,
Organic linking is unable between several steps, causes laboratory to configure a small amount of concrete needs and spends at least time a few hours, efficiency
Lowly.
Vibrating sieving machine is that the screen layers that the net bottom of the respective aperture size with a series of steel cylinder of certain altitudes is formed form
Screening plant, to the particle diameter screening for empirically requiring normal sands, normal sand or rubble, obtains the aggregate of required grading.It is existing
The modern common screen layers of building trade have two kinds of circular hole and square hole, and the country generally uses square hole screen.And often go out in experimentation
Existing aggregate blocks the phenomenon of sieve aperture, and the stone of gill shape blocks the most obvious, the follow-up screening effect of screen layers and speed after blocking
It is severely impacted, and the aggregate got lodged in sieve aperture is difficult to clean off.Therefore a kind of use for laboratory concrete configuration system is needed to go out
It is existing, solve the problems, such as that laboratory concrete allocative efficiency is low and aggregate screening blocks screen layers.
The content of the invention
Technical problem to be solved in the utility model is to provide a kind of use for laboratory in view of the above shortcomings of the prior art
Semi-automatic concrete configures system, this use for laboratory semi-automatic concrete configures system by manual operation console, completes stone
Son is broken, coarse-fine aggregate screening, weighs and the sequence of operations such as concrete stirring；Pass through the weight sensor under forced stirrer
Control dosage；The blockage problem of the sieve aperture hit at the same time for top in each layer sieve of formula vibrating sieving machine has carried out technical finesse, ensure that
The high efficiency of aggregate screening；
To realize above-mentioned technical purpose, the technical solution that the utility model is taken is：
A kind of use for laboratory semi-automatic concrete configures system, including jaw crusher, the first top hit formula vibrating sieving machine, second
Formula vibrating sieving machine, console, forced stirrer and weight sensor are hit in top, and formula vibrating sieving machine company is hit on the jaw crusher and the first top
Connect, formula vibrating sieving machine is hit on first top and the second top is hit formula vibrating sieving machine and is connected with forced stirrer, the weight sensor position
In the weight of the bottom of the forced stirrer and weight sensor for detecting material in forced stirrer, the jaw crushing
Machine, the first top hit formula vibrating sieving machine, formula vibrating sieving machine is hit on the second top and weight sensor is electrically connected with console, and first top is hit
Formula vibrating sieving machine is used for the sieve rubble that shakes, and second top hits formula vibrating sieving machine and is used for the sieve fine aggregate that shakes.
Further, it is described first top hit formula vibrating sieving machine and second top hit formula vibrating sieving machine include screwed pipe, multiple sieves,
Multiple scraping blade rotating devices and Transfer pipe, multiple scraping blade rotating devices are each attached on the screwed pipe and per adjacent
Two scraping blade rotating devices contact with each other, and the middle part of the sieve is equipped with through hole, and the sieve is set in screwed pipe by through hole
Between two adjacent scraping blade rotating devices, the scraping blade rotating device connects upper and sieve with the upper surface in the sieve
Touch, the sieve in multiple sieves positioned at top is equipped with feed inlet, and the side of multiple sieves is equipped with discharge port, and first top is hit
The feed inlet of formula vibrating sieving machine is connected by belt conveyor with jaw crusher, and formula vibrating sieving machine is hit on first top and formula is hit on the second top
The discharge port of vibrating sieving machine is connected by Transfer pipe with the forced stirrer.
Further, the scraping blade rotating device includes electric rotating machine, fixed structure, rotational structure and rotary scraping, more
A fixed structure is fixedly connected with the screwed pipe and contacts with each other per two adjacent fixed structures, the electric rotating
Machine is fixed on the middle and upper part of fixed structure, and the middle and lower part of the fixed structure is connected and rotated with the rotational structure by bearing
Structure is located at the lower section of electric rotating machine, and the output shaft of the electric rotating machine is connected with the rotational structure and electric rotating machine is used for band
Dynamic rotational structure is rotated around screwed pipe, and the rotary scraping is fixed in the rotational structure, the rotary scraping and the sieve
Upper surface in net, the sieve is set on screwed pipe by through hole and sieve be located at two adjacent rotational structures it
Between.
Further, the fixed structure is cylinder type hollow pipe, and the middle and upper part of the cylinder type hollow pipe is equipped with boss,
The electric rotating machine is fixedly connected with the side of boss, and the inner wall of the cylinder type hollow pipe is equipped with what is be adapted with screwed pipe
Screw thread, the middle and lower part of the cylinder type hollow pipe are connected by bearing with the rotational structure.
Further, the rotational structure is hollow wheel gear, and the inner wall of the hollow wheel gear and the outer ring of bearing, which are fixed, to be connected
Connect, the middle and lower part of outer wall of the cylinder type hollow pipe is fixedly connected with the inner ring of bearing, and the rotary scraping includes mutually interconnecting
The sleeve and scraping blade connect, the sleeve lining is equipped with engaging groove matched with hollow wheel gear and sleeve is engaged with hollow wheel gear,
The sieve is set between the boss of cylinder type hollow pipe and the sleeve of another cylinder type hollow pipe connection and adjacent
Sieve contact with each other, the scraping blade is steel plate.
Further, formula vibrating sieving machine is hit on first top and the second top hits formula vibrating sieving machine and further includes vibrating motor, described to shake
Dynamic motor is used to drive multiple sieves to vibrate by flywheel assembly.
Further, the Transfer pipe includes multiple square transmission pipelines and total transmission pipeline, and formula is hit on first top
Multiple discharge ports that formula vibrating sieving machine is hit on vibrating sieving machine and the second top are respectively connected with one end of square transmission pipeline, the square transfer tube
The other end in road is connected with total transmission pipeline, and total transmission pipeline is oliquely downward tilted and is connected with forced stirrer, institute
State square transmission pipeline and be internally provided with feed belt.
Further, the discharge outlet of the sieve slidably connects revolving door, and the revolving door is used to close and folding
Discharge port.
Further, the console shakes including power supply, crusher power switch, the first vibrating sieving machine power switch, second
Screen(ing) machine power switch, mixer power switch, the jaw crusher are connected by crusher power switch with power supply, and described
One top is hit formula vibrating sieving machine and is connected by the first vibrating sieving machine power switch with power supply, and second top hits formula vibrating sieving machine and shakes by second
Screen(ing) machine power switch is connected with power supply, and the forced stirrer is connected by mixer power switch with power supply.
Further, the first vibrating sieving machine power switch and the second vibrating sieving machine power switch include vibration power switch
Switched with rotary power source, the vibration power switch is connected with the vibrating motor, the rotary power source switch and electric rotating machine
Connection, the console further include display screen and controller, and the weight sensor is connected with the controller, the controller
It is connected with display screen.
The beneficial effects of the utility model are：Using belt conveyor and Transfer pipe by jaw crusher, vibration screening machine, electronics
Scale connects into semi-automatic assembly line with forced stirrer.By manual operation console, completion stone crushes, coarse-fine aggregate sieve
Point, weigh with concrete stirring etc. sequence of operations；Aggregate after screening（Rubble and fine aggregate）Fall directly into forced stirrer,
Dosage is controlled by the weight sensor under forced stirrer；Formula vibrating sieving machine is hit for the first top or the second top formula of hitting is shaken sieve at the same time
The blockage problem in the hole of each layer sieve of machine has carried out technical finesse, ensure that the high efficiency of aggregate screening；1-2 people can complete reality
Whole configuration works of a small amount of concrete under the state of room are tested, it is convenient and efficient, it is efficient.Each part of the utility model is removable
Subassembly, can also be subject to electronic scale and be configured as traditional approach.
Brief description of the drawings
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the structure diagram of the sieve of the utility model.
Fig. 3 is the structure diagram of the scraping blade rotating device of the utility model.
Embodiment
Specific embodiment of the present utility model is further illustrated below according to Fig. 1 to Fig. 3：
Referring to Fig. 1, a kind of use for laboratory semi-automatic concrete configures system, including jaw crusher 1, first pushes up the formula of hitting and shakes
Formula vibrating sieving machine 3, console 4, forced stirrer 5 and weight sensor 9 are hit in the top of screen(ing) machine 2, second, the jaw crusher 1 and the
One top is hit formula vibrating sieving machine 2 and is connected, and first top hits the top of formula vibrating sieving machine 2 and second and hits formula vibrating sieving machine 3 to be connected with forced stirrer 5
Connect, the weight sensor 9 is located at the bottom of the forced stirrer 5 and weight sensor 9 is used to detect in forced stirrer 5
The weight of material, the jaw crusher 1, first top hit that formula vibrating sieving machine 3 is hit on the top of formula vibrating sieving machine 2, second and weight sensor 9 is equal
It is electrically connected with console 4, first top hits formula vibrating sieving machine 2 and is used for the sieve rubble that shakes, and second top hits formula vibrating sieving machine 3 and is used to shake
Sieve the fine aggregates such as sand.The console 4 is used for the unlatching and closing that each several part power supply is controlled for ic terminal.
In the present embodiment, referring to Fig. 2, first top hits the top of formula vibrating sieving machine 2 and second and hits formula vibrating sieving machine 3 and include screw thread
Pipe 11, multiple sieves 14, multiple scraping blade rotating devices and Transfer pipe, multiple scraping blade rotating devices are each attached to the spiral shell
Contact with each other on line pipe 11 and per two adjacent scraping blade rotating devices, the middle part of the sieve 14 is equipped with through hole, the sieve
14 are set on screwed pipe 11 and sieve 14 is between two adjacent scraping blade rotating devices by through hole, the scraping blade rotation
Device and the upper surface in the sieve 14, feed inlet, the side of multiple sieves 14 are equipped with positioned at the sieve 14 of top
Discharge port 16 is equipped with, the feed inlet that formula vibrating sieving machine 2 is hit on first top is connected by belt conveyor 6 with jaw crusher 1, institute
State the first top and hit formula vibrating sieving machine 2 and second and push up and hit the discharge port 16 of formula vibrating sieving machine 3 by Transfer pipe and the action of forced stirring
Machine 5 connects.11 external screw-thread of screwed pipe gathers, inner hollow, can hide the circuit line of vibrating sieving machine.The sieve of the utility model
14 according to slot size order stacking.
In the present embodiment, referring to 2, the scraping blade rotating device include electric rotating machine 12, fixed structure 17, rotational structure and
Rotary scraping 13, multiple fixed structures 17 are fixedly connected with the screwed pipe 11 and per two adjacent fixed structures 17
Contact with each other, the electric rotating machine 12 is fixed on the middle and upper part of fixed structure 17, and the middle and lower part of the fixed structure 17 passes through axis
Hold and be connected with the rotational structure and rotational structure is located at the lower section of electric rotating machine 12, the output shaft of the electric rotating machine 12 and institute
State rotational structure connection and electric rotating machine 12 is used to drive rotational structure to rotate around screwed pipe 11, the rotary scraping 13 is fixed on
In the rotational structure, the rotary scraping 13 can be pasted closely with the upper surface in the sieve 14, rotary scraping 13
The upper surface of bottom and the side wall of sieve 14 of sieve 14 are closed, and does not produce friction.The sieve 14 is set in by through hole
On screwed pipe 11 and sieve 14 is between two adjacent rotational structures.
In the present embodiment, referring to 3, the fixed structure 17 is cylinder type hollow pipe 21, the cylinder type hollow pipe 21
Middle and upper part is equipped with boss 20（The effect of boss 20 is to clamp sieve together with the rotational structure of the cylinder type hollow pipe of top connection
14）, the electric rotating machine 12 is fixedly connected with the side of boss 20, and the inner wall of the cylinder type hollow pipe 21 is equipped with and screw thread
The screw thread that pipe 11 is adapted, the middle and lower part of the cylinder type hollow pipe 21 are connected by bearing with the rotational structure.
In the present embodiment, referring to 3, the rotational structure is hollow wheel gear 22, the inner wall and bearing of the hollow wheel gear 22
Outer ring be fixedly connected, the middle and lower part of outer wall of the cylinder type hollow pipe 21 is fixedly connected with the inner ring of bearing, the rotation
Scraping blade 13 includes the sleeve 18 and scraping blade 19 being connected with each other, and 18 inner wall of sleeve is equipped with and hollow wheel gear 22 is matched engages
Groove and sleeve 18 is engaged with hollow wheel gear 22, the sieve 14 are set in the boss 20 of a cylinder type hollow pipe 21 and adjacent
And between the sleeve 18 of another cylinder type hollow pipe 21 connection above and adjacent sieve 14 contacts with each other, it is described
Scraping blade 19 is steel plate.
In the present embodiment, first top hits the top of formula vibrating sieving machine 2 and second and hits formula vibrating sieving machine 3 and further include vibrating motor, institute
State vibrating motor to be used to drive multiple sieves 14 to vibrate by flywheel assembly, can specifically use the type of drive of the prior art.
In the present embodiment, referring to Fig. 1, the Transfer pipe includes multiple square transmission pipelines 8 and total transmission pipeline 7, institute
State the first top and hit formula vibrating sieving machine 2 and second and push up and hit multiple discharge ports 16 of formula vibrating sieving machine 3 and be respectively connected with square transmission pipeline 8, it is more
The other end of a square transmission pipeline 8 is connected with total transmission pipeline 7, and total transmission pipeline 7 oliquely downward tilts simultaneously
It is connected with forced stirrer 5, the square transmission pipeline 8 is internally provided with feed belt.
In the present embodiment, referring to Fig. 2, revolving door 15, the rotation are slidably connected at the discharge port 16 of the sieve 14
Door 15 is used to be turned off manually and folding discharge port 16.
In the present embodiment, the console 4 includes power supply, crusher power switch, the first vibrating sieving machine power switch, second
Vibrating sieving machine power switch, mixer power switch, the jaw crusher 1 are connected by crusher power switch with power supply, institute
State the first top and hit formula vibrating sieving machine 2 and be connected by the first vibrating sieving machine power switch with power supply, second top is hit formula vibrating sieving machine 3 and passed through
Second vibrating sieving machine power switch is connected with power supply, and the forced stirrer 5 is connected by mixer power switch with power supply.It is described
Console 4 is the information terminal of an integrated circuit, controls the open and close of each several part；Pass through the display screen reading in console 4
Aggregate is weighed, for accurate rough weighing pattern.If thinking accurate weighing, can be claimed by the electronic scale 10 using traditional approach
Amount.
In the present embodiment, the first vibrating sieving machine power switch and the second vibrating sieving machine power switch include vibration power supply and open
Close and rotary power source switch, the vibration power switch are connected with the vibrating motor, the rotary power source switch and electric rotating
Machine 12 connects, and the console 4 further includes display screen and controller, and the weight sensor 9 is connected with the controller, described
Controller is connected with display screen.The weight sensor 9 or a large electronic scale 10, reading are shown on console 4
In display screen, it is 0 that reading is shown in zero load, follow-up reading be it is added enter aggregate quality.
The operation principle of the utility model is：As shown in Figure 1, a whole set of concrete is configured into system footprint in the conjunction in laboratory
Right position is put, and is put into rubble in jaw crusher 1 using funnel, and sand or fine aggregate are put into the second top and hit formula vibrating sieving machine 3
In.Experimenter goes to medium position, and manual manipulation console 4, opens the crusher power switch for controlling jaw crusher 1,
And crusher in crushing particle diameter is adjusted to suitable size, the rubble being broken passes through belt conveyor 6（Conveying trough）It is flowed into the first top
Hit in formula vibrating sieving machine 2.Crusher power switch is closed at this time, and the first top hits formula vibrating sieving machine 2 and starts to work.The rubble that will be broken
After screening, such as Fig. 2 or Fig. 3, the revolving door 15 corresponding to the sieve 14 of corresponding particle diameter is opened, and phase is opened in console 4
The rotary power source of the electric rotating machine 12 of screen layers is answered to switch, cylinder type hollow pipe 21 is in tightening state and combines closely with screwed pipe 11
Without relative movement, hollow wheel gear 22 is done under the drive of electric rotating machine 12 around cylinder type hollow pipe 21 at the uniform velocity to be rotated（Electric rotating machine
12 can be connected with hollow wheel gear 22 by helical gear and at the uniform velocity be rotated so as to drive hollow wheel gear 22 to be done around cylinder type hollow pipe 21）,
Hollow wheel gear 22 drives rotary scraping 13 to rotate by sleeve 18, and rotary scraping 13 will can be stuck in the base apertures of sieve 14
Rubble is cleared up to next layer of sieve 14, while rotary scraping 13 dials the rubble of sieve 14 from the discharge port 16 of revolving door 15
Go out to Transfer pipe.The feed belt in the square transmission pipeline 8 of Transfer pipe is opened at this time, and feed belt slowly pushes away rubble
Enter to forced stirrer 5,5 increased quality of forced stirrer is shown in the interface of console 4 by the gravity sensor of bottom
On, when reaching experimental measuring requirement, close system.The method for sieving of the fine aggregates such as sand is similar, is configured in aggregate
Afterwards, water and cementitious material are continuously added according to reading, starts forced stirrer 5, mixing time is set, complete concrete configuration.
Above-described embodiment is the peculiar usage of the system, if wishing accurate weighing, can separately be passed through all partial resolutions
Electronic scale 10 utilizes conventional method configuration concrete.The coarse aggregate that the utility model refers to is rubble etc., and fine aggregate is sand etc..
The scope of protection of the utility model includes but not limited to embodiment of above, and the scope of protection of the utility model is to weigh
Subject to sharp claim, any replacement being readily apparent that to those skilled in the art that this technology is made, deformation, improvement are each fallen within
The scope of protection of the utility model.
Claims (10)
1. a kind of use for laboratory semi-automatic concrete configures system, it is characterised in that：Shake including jaw crusher, the first top formula of hitting
Screen(ing) machine, the second top hit formula vibrating sieving machine, console, forced stirrer and weight sensor, and the jaw crusher is hit with the first top
Formula vibrating sieving machine connects, and formula vibrating sieving machine is hit on first top and the second top is hit formula vibrating sieving machine and is connected with forced stirrer, described heavy
Quantity sensor is located at the bottom of the forced stirrer and weight of the weight sensor for detecting material in forced stirrer, institute
State jaw crusher, formula vibrating sieving machine is hit on the first top, formula vibrating sieving machine is hit on the second top and weight sensor is electrically connected with console, institute
State the first top and hit formula vibrating sieving machine for the sieve rubble that shakes, second top hits formula vibrating sieving machine and is used for the sieve fine aggregate that shakes.
2. use for laboratory semi-automatic concrete according to claim 1 configures system, it is characterised in that：First top is hit
Formula vibrating sieving machine and the second top hit formula vibrating sieving machine and include screwed pipe, multiple sieves, multiple scraping blade rotating devices and Transfer pipe, more
A scraping blade rotating device is each attached on the screwed pipe and contacts with each other per two adjacent scraping blade rotating devices, described
The middle part of sieve is equipped with through hole, and the sieve is set in by through hole on screwed pipe and sieve is rotated positioned at two adjacent scraping blades
Between device, the upper surface in the scraping blade rotating device and the sieve, the sieve in multiple sieves positioned at top is set
There is feed inlet, the side of multiple sieves is equipped with discharge port, and the feed inlet that formula vibrating sieving machine is hit on first top passes through belt conveyor
It is connected with jaw crusher, formula vibrating sieving machine is hit on first top and the second top hits the discharge port of formula vibrating sieving machine and passes through Transfer pipe
It is connected with the forced stirrer.
3. use for laboratory semi-automatic concrete according to claim 2 configures system, it is characterised in that：The scraping blade rotation
Device includes electric rotating machine, fixed structure, rotational structure and rotary scraping, and multiple fixed structures are consolidated with the screwed pipe
Fixed to connect and contact with each other per two adjacent fixed structures, the electric rotating machine is fixed on the middle and upper part of fixed structure, described
The middle and lower part of fixed structure is connected by bearing with the rotational structure and rotational structure is located at the lower section of electric rotating machine, the rotation
The output shaft of rotating motor is connected with the rotational structure and electric rotating machine is used to drive rotational structure to rotate around screwed pipe, the rotation
Turn scraping blade to be fixed in the rotational structure, the rotary scraping passes through with the upper surface in the sieve, the sieve
Through hole is set on screwed pipe and sieve is between two adjacent rotational structures.
4. use for laboratory semi-automatic concrete according to claim 3 configures system, it is characterised in that：The fixed structure
For cylinder type hollow pipe, the middle and upper part of the cylinder type hollow pipe is equipped with boss, and the side of the electric rotating machine and boss is fixed
Connection, the inner wall of the cylinder type hollow pipe are equipped with the screw thread being adapted with screwed pipe, in the cylinder type hollow pipe under
Portion is connected by bearing with the rotational structure.
5. use for laboratory semi-automatic concrete according to claim 4 configures system, it is characterised in that：The rotational structure
For hollow wheel gear, the inner wall of the hollow wheel gear is fixedly connected with the outer ring of bearing, in the outer wall of the cylinder type hollow pipe
Lower part is fixedly connected with the inner ring of bearing, and the rotary scraping includes the sleeve and scraping blade being connected with each other, and the sleeve lining is set
There is engaging groove matched with hollow wheel gear and sleeve is engaged with hollow wheel gear, the sieve is set in a cylinder type hollow pipe
Boss and another cylinder type hollow pipe connection sleeve between and adjacent sieve contact with each other, the scraping blade is steel plate.
6. use for laboratory semi-automatic concrete according to claim 5 configures system, it is characterised in that：First top is hit
Formula vibrating sieving machine and the second top hit formula vibrating sieving machine and further include vibrating motor, and the vibrating motor is used to drive by flywheel assembly multiple
Sieve vibrates.
7. use for laboratory semi-automatic concrete according to claim 2 configures system, it is characterised in that：The Transfer pipe
Including multiple square transmission pipelines and total transmission pipeline, formula vibrating sieving machine is hit on first top and the multiple of formula vibrating sieving machine are hit on the second top
Discharge port is respectively connected with one end of square transmission pipeline, and the other end of the square transmission pipeline is connected with total transmission pipeline,
Total transmission pipeline is oliquely downward tilted and is connected with forced stirrer, and the square transmission pipeline is internally provided with transmission skin
Band.
8. use for laboratory semi-automatic concrete according to claim 2 configures system, it is characterised in that：The sieve goes out
Revolving door is slidably connected at material mouth, the revolving door is used to close and folding discharge port.
9. use for laboratory semi-automatic concrete according to claim 6 configures system, it is characterised in that：The console bag
Include power supply, crusher power switch, the first vibrating sieving machine power switch, the second vibrating sieving machine power switch, mixer power switch, institute
State jaw crusher to be connected with power supply by crusher power switch, first top hits formula vibrating sieving machine and passes through the first vibrating sieving machine electricity
Source switch is connected with power supply, and second top is hit formula vibrating sieving machine and is connected by the second vibrating sieving machine power switch with power supply, described strong
Mixer processed is connected by mixer power switch with power supply.
10. use for laboratory semi-automatic concrete according to claim 9 configures system, it is characterised in that：Described first shakes
Screen(ing) machine power switch and the second vibrating sieving machine power switch include vibration power switch and rotary power source switch, the vibration power supply
Switch is connected with the vibrating motor, and the rotary power source switch is connected with electric rotating machine, and the console further includes display screen
And controller, the weight sensor are connected with the controller, the controller is connected with display screen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721420972.1U CN207359369U (en) | 2017-10-31 | 2017-10-31 | A kind of use for laboratory semi-automatic concrete configures system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721420972.1U CN207359369U (en) | 2017-10-31 | 2017-10-31 | A kind of use for laboratory semi-automatic concrete configures system |
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| Publication Number | Publication Date |
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| CN207359369U true CN207359369U (en) | 2018-05-15 |
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ID=62344632
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112895129A (en) * | 2021-01-19 | 2021-06-04 | 一中建设集团有限公司 | Concrete mixing equipment for building site |
| CN114887969A (en) * | 2022-05-10 | 2022-08-12 | 云南交投集团云岭建设有限公司 | Highway bridge construction is with high-efficient automatic stone desilting device |
-
2017
- 2017-10-31 CN CN201721420972.1U patent/CN207359369U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112895129A (en) * | 2021-01-19 | 2021-06-04 | 一中建设集团有限公司 | Concrete mixing equipment for building site |
| CN114887969A (en) * | 2022-05-10 | 2022-08-12 | 云南交投集团云岭建设有限公司 | Highway bridge construction is with high-efficient automatic stone desilting device |
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