CN102605762A - Self-controlled earth solidification device - Google Patents
Self-controlled earth solidification device Download PDFInfo
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- CN102605762A CN102605762A CN2012101044703A CN201210104470A CN102605762A CN 102605762 A CN102605762 A CN 102605762A CN 2012101044703 A CN2012101044703 A CN 2012101044703A CN 201210104470 A CN201210104470 A CN 201210104470A CN 102605762 A CN102605762 A CN 102605762A
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Abstract
The invention provides a self-controlled earth solidification device, which belongs to the technical field of machinery and is used for solving the problem that the existing earth solidification device is unable to automatically control consumption of firming agent, and accordingly excessive consumption of the firming agent causes waste or too low consumption of the firming agent causes insufficiency of earth solidification degree. The self-controlled earth solidification device comprises a feeding mechanism, a quantitation mechanism, a weighing mechanism, a mixing mechanism and a controller, wherein the feeding mechanism is used for supplying the firming agent, the quantitation mechanism is communicated with the feeding mechanism, the weighing mechanism is used for weighing the firming agent in the quantitation mechanism, and the controller is sued for controlling input or output of the firming agent from the quantitation mechanism. The quantitation mechanism comprises a first feed inlet, a first discharge outlet, a quantitation tank, a first control valve and a second control valve, wherein the quantitation tank is communicated with the feeding mechanism, the first control valve is disposed at the first feed inlet, the second control valve is disposed at the first discharge outlet, and the first control valve and the second control valve are respectively and electrically connected with the controller. The self-controlled earth solidification device is capable of precisely controlling consumption of the firming agent, so that earth can be fully solidified without wasting any firming agent.
Description
Technical field
The invention belongs to field of mechanical technique, relate to a kind of clay solidifying device, particularly relate to a kind of autocontrol clay solidifying device.
Background technology
In recent years, along with the coastal area rapid economy development, the building land imbalance between supply and demand becomes increasingly conspicuous; Therefore develop the abundant beach resource in coastal area, become these areas and separate land resources main path in short supply, enclosing extra large reclamation by pumping filling then is the main mode of coastal beach area land development.The barged-in fill of coastal area is mud or muddy soft soil basically, has water content height, poor permeability, characteristics that intensity is low.In order to satisfy the requirement of industrial construction, need carry out consolidation process to barged-in fill.In addition; For adapt to administering the requirement of the pollution located in rivers and lakes, water works, Wastewater Treatment Plant and building site etc. and flood control, channel dredging, just need regular mud that rivers and lakes, water works, Wastewater Treatment Plant and building site etc. are located and earth etc. to clear up; Above-mentioned mud and earth is cured handles the back and just can make it to become to afforest and repair the roads the valuable soil that building trade is required.
The existing clay solidifying device that is used for curing sludge and earth generally is that curing compound output back is mixed with earth; The rabbling mechanism of clay solidifying device stirs curing compound and earth again, yet because the characteristics such as water content of the earth of different territorial environments are all different; Therefore in the process of clay solidifying, thereby need the user to examine earth and whether solidify and judge whether to stop to add curing compound looking on, so then expended great amount of manpower, caused the inconvenience of using.And the mixing plant of the clay solidifying device that has need be drilled into the end, ground over the ground the earth at the end be cured, so the user can't know then whether earth solidifies fully; Be easy to like this because the very few earth that makes of curing compound can not completion of cure, or caused waste, increased the curing cost because curing compound uses too much.
Summary of the invention
The objective of the invention is to have the problems referred to above to existing technology, a kind of autocontrol clay solidifying device is provided, said autocontrol clay solidifying device can be exported quantitative curing compound automatically and curing compound and earth stirred and make clay solidifying.
The object of the invention can be realized through following technical proposal: a kind of autocontrol clay solidifying device comprises the feeding machanism that the curing compound that can solidify earth is provided, the quantitative mechanism that is connected with said feeding machanism, measures the Weighing mechanism of the weight of curing compound in the quantitative mechanism, earth is stirred with curing compound and the rabbling mechanism that is connected with quantitative mechanism and control the controller that curing compound inputs or outputs quantitative mechanism according to the weight of the measured curing compound of Weighing mechanism; Said quantitative mechanism and Weighing mechanism electrically connect with controller respectively mutually; Said quantitative mechanism comprises having first charging aperture and first discharging opening and the quantitative pot that is connected with feeding machanism, be located at first control valve at the first charging aperture place and be located at second control valve at the first discharging opening place, and said first control valve and second control valve electrically connect with controller respectively mutually; Curing compound is exported again through exporting rabbling mechanism to behind first control valve, quantitative pot, second control valve by feeding machanism.
This autocontrol clay solidifying device is through being provided with feeding machanism, quantitative mechanism, Weighing mechanism, controller and rabbling mechanism; Preestablished first weight threshold and second weight threshold in the controller, said first weight threshold is greater than second weight threshold.At first in feeding machanism, add a certain amount of curing compound, start said autocontrol clay solidifying device then, said curing compound exports to through feeding machanism in the quantitative pot of quantitative mechanism, and this moment, curing compound did not export rabbling mechanism to from quantitative mechanism; Weighing mechanism begins the data that weight to the curing compound in the quantitative mechanism begins to measure and will measure gained and sends controller to; The weight of judging the curing compound in the quantitative mechanism when controller is during greater than first weight threshold; Then controlling first control valve closes and controls second control valve and open; This moment, curing compound stopped to export quantitative mechanism to from feeding machanism, and quantitatively the curing compound in the mechanism begins to export to rabbling mechanism; Rabbling mechanism is with earth and curing compound mixing stirring, and after after a while, said curing compound and earth react said earth is solidified.Weighing mechanism continued the data that weight to the curing compound in the quantitative mechanism begins to measure and will measure gained and sent controller to this moment; The weight of judging the curing compound in the quantitative mechanism when controller is during less than second weight threshold, then controls first control valve and opens and control second control valve and close; Curing compound in the quantitative pot stops to export to rabbling mechanism at this moment, and the curing compound in the control feeding machanism exports in the quantitative mechanism; This autocontrol clay solidifying device can be controlled the weight of the curing compound that mixes with earth of output accurately, and is like this then the phenomenon that can earth fully be solidified and can not occur wasting curing compound can effectively be saved cost.
In above-mentioned autocontrol clay solidifying device; Said autocontrol clay solidifying device also comprises first hand switch of controlling the first control valve break-make and second hand switch of controlling the second control valve break-make, and said first hand switch and second hand switch electrically connect with corresponding first control valve and second control valve respectively mutually.
Through first hand switch and second hand switch are set; When abnormal conditions occurring or judging that when need not to export curing compound again, the user can close corresponding first control valve and second control valve respectively through first hand switch and second hand switch timely as the user.
In above-mentioned autocontrol clay solidifying device; Said Weighing mechanism comprises first support be located on auto carriage board or the level land, be located at the quantitative pot outside and second support, at least two that said quantitative pot is unsettled is located at the LOAD CELLS on first support, and said second support is pressed and is located on the LOAD CELLS.
Utilize second support with whole unsettled the erecting of quantitative mechanism, this moment, quantitatively the weight of mechanism was all born by second support; And the weight of second support is born by LOAD CELLS, so LOAD CELLS can measure the weight of quantitative mechanism accurately, and quantitatively mechanism processes with the material of lightweight relatively, because its weight can be ignored.
In above-mentioned autocontrol clay solidifying device, said autocontrol clay solidifying device also comprises the conveying worm that connects feeding machanism and quantitative mechanism and electrically connect mutually with controller, and said conveying worm has second charging aperture and second discharging opening; Said feeding machanism is located at a side of quantitative mechanism, and an end of said conveying worm is connected with the low side of feeding machanism, and the other end of said conveying worm is connected with quantitative the high-end of mechanism.Controller is imported quantitative mechanism or is exported quantitative mechanism with the control curing compound through the control conveying worm.
In above-mentioned autocontrol clay solidifying device, said autocontrol clay solidifying device also comprises first tube connector, and said feeding machanism comprises the storage tank with the 3rd charging aperture and the 3rd discharging opening; Second charging aperture of said conveying worm is connected with the 3rd discharging opening of feeding machanism, and second discharging opening of said conveying worm is connected with first charging aperture of quantitative pot through first tube connector.Conveying worm is connected with first charging aperture of quantitative pot through first tube connector, so then can reduce with the external world contacting, and prevents that dust, water or foreign material etc. from getting into quantitative mechanism, to guarantee the degree of purity of curing compound.
In above-mentioned autocontrol clay solidifying device, said autocontrol clay solidifying device also comprises the hopper that is connected with first charging aperture; Said second discharging opening is corresponding with the position of hopper.
In above-mentioned autocontrol clay solidifying device; Said autocontrol clay solidifying device also comprises second tube connector and supports the 3rd support of feeding machanism that said feeding machanism is located at the top of quantitative mechanism and is connected with first charging aperture of quantitative pot through second tube connector.
Through feeding machanism being located at the top of quantitative mechanism, curing compound is directly imported quantitative mechanism by feeding machanism through second tube connector and need not through other intermediate conveyor mechanism, therefore can save cost and also make structure more simple; Can also reduce curing compound and also make curing compound to export at faster speed, save the engineering time in the loss of intermediate link.
In above-mentioned autocontrol clay solidifying device, said feeding machanism comprises particulate filter and storage tank, and said storage tank has and extraneous first exhaust opening that is connected, and said particulate filter envelope is located at first exhaust ports.
Through first exhaust opening is set, can storage tank with feeding machanism in unnecessary air discharge through first exhaust opening, make curing compound enter into storage tank smoothly; Particulate filter is set prevents that curing compound is along with air leaves storage tank together.
In above-mentioned autocontrol clay solidifying device; Said feeding machanism also comprises the guard tube that is connected with first exhaust opening; One end of said guard tube is located at first exhaust ports and is connected with first exhaust opening, the other end of said guard tube be connected with the external world and opening down.
Opening through the end that guard tube do not link to each other with storage tank is set can prevent that so extraneous rainwater or dust and other impurities from entering into storage tank through first exhaust opening, prevents curing compound is polluted down.
In above-mentioned autocontrol clay solidifying device; Said autocontrol clay solidifying device also comprises ejector, tee piece, rabbling mechanism and electrically connects and provide compressed-air actuated gas supply mechanism with controller mutually; Said tee piece connects first discharging opening of ejector, gas supply mechanism and quantitative pot respectively, and said ejector is connected with rabbling mechanism.
Curing compound exports in the tee piece via first discharging opening and second control valve of quantitative pot, and the compressed air of gas supply mechanism exports in the tee piece and pressurizes to curing compound, exports in the rabbling mechanism after quickening via ejector through the curing compound after the pressurization again.
Compared with prior art, this autocontrol clay solidifying device is through being provided with feeding machanism, quantitative mechanism, Weighing mechanism, controller and rabbling mechanism; Controller is judged according to the Weighing mechanism data measured, inputs or outputs quantitative mechanism with the control curing compound; Thereby this autocontrol clay solidifying device can be automatically control accurately input in the earth consumption with the curing compound of earth generation curing reaction, like this then the phenomenon that can earth fully be solidified and can not occur wasting curing compound can effectively be saved cost.
Description of drawings
Fig. 1 is first kind of embodiment autocontrol of the present invention clay solidifying schematic representation of apparatus.
Fig. 2 is the principle block diagram of autocontrol clay solidifying device shown in Figure 1.
Fig. 3 is second kind of embodiment autocontrol of the present invention clay solidifying schematic representation of apparatus.
Fig. 4 is the third embodiment autocontrol clay solidifying schematic representation of apparatus of the present invention.
Among the figure, 11, storage tank; 111, the 3rd charging aperture; 112, first exhaust opening; 12, particulate filter; 13, guard tube; 14, the 3rd support; 21, quantitative pot; 211, first charging aperture; 212, first discharging opening; 213, second exhaust opening; 22, first control valve; 23, second control valve; 31, first support; 32, second support; 33, LOAD CELLS; 40, gas supply mechanism; 50, controller; 51, storage element; 52, comparing unit; 53, input block; 60, conveying worm; 61, second discharging opening; 70, first tube connector; 80, the 3rd tube connector; 90, ejector; 101, tee piece; 102, hopper; 103, second tube connector; 104, first hand switch; 105, second hand switch.
The specific embodiment
Below be specific embodiment of the present invention and combine accompanying drawing, technical scheme of the present invention is done further to describe, but the present invention is not limited to these embodiment.
Embodiment one
See also Fig. 1 and Fig. 2, quantitative mechanism, the Weighing mechanism that is used to measure the weight of curing compound in the quantitative mechanism that autocontrol clay solidifying device of the present invention comprises feeding machanism that the curing compound that can solidify earth is provided, be connected with said feeding machanism, be used to provide compressed-air actuated gas supply mechanism 40, controller 50, the rabbling mechanism (not shown) that can earth and curing compound be mixed, first hand switch 104, second hand switch 105, be connected feeding machanism and quantitatively conveying worm 60, first tube connector 70, the 3rd tube connector 80, ejector 90 and the tee piece 101 of mechanism.In the present embodiment, said first tube connector 70 is a bellows; Said conveying worm 60 is the tilting screw conveyer; Said gas supply mechanism 40 is an air compressor; Described curing compound is the paste liquid after powder or powder are dissolved in the water.In use, can this autocontrol clay solidifying device directly be positioned on the level land and use; Also can place it in movably on the carrier, on automobile, this autocontrol clay solidifying device directly is positioned on the compartment board of automobile and get final product; So then can conveniently move, make things convenient for the user to use.
Please continue to consult Fig. 1 and Fig. 2, said quantitative mechanism, Weighing mechanism and gas supply mechanism 40 electrically connect with controller 50 respectively mutually.The comparing unit 52 that the weight of curing compound is compared with first weight threshold and second weight threshold respectively in the quantitative mechanism that said controller 50 comprises the storage element 51 of first weight threshold that stores curing compound weight and second weight threshold, record Weighing mechanism and import first weight threshold and the input block 53 of second weight threshold; Said first weight threshold is greater than second weight threshold.Said feeding machanism comprises storage tank 11, particulate filter 12, guard tube 13 and the 3rd support 14.In the present embodiment, said guard tube 13 is arcuation.Said the 3rd support 14 is located on auto carriage board or the level land, and said feeding machanism is located on the 3rd support 14.Said storage tank 11 has the 3rd charging aperture 111, the 3rd discharging opening (not shown) and first exhaust opening 112 that is connected with the external world respectively.Said particulate filter 12 envelopes are located at first exhaust opening, 112 places.Through first exhaust opening 112 is set, can storage tank 11 with feeding machanism in unnecessary air discharge through first exhaust opening 112, make curing compound enter into storage tank 11 smoothly; Particulate filter 12 is set prevents that curing compound is along with air leaves storage tank 11 together.Said guard tube 13 is connected with first exhaust opening 112.One end of said guard tube 13 is located at first exhaust opening, 112 places and is connected with first exhaust opening 112, the other end of said guard tube 13 be connected with the external world and opening down.Opening through the end that guard tube 13 do not link to each other with storage tank 11 is set can prevent that so extraneous rainwater or dust and other impurities from entering into storage tank 11 through first exhaust opening 112, prevents curing compound is polluted down.
Please continue to consult Fig. 1 and Fig. 2, said quantitative mechanism comprises quantitative pot 21, first control valve 22 and second control valve 23.Said quantitative pot 21 has first charging aperture 211, first discharging opening 212 and second exhaust opening 213 that is connected with the external world respectively.Said the 3rd tube connector 80 is communicated with the storage tank 11 of second exhaust opening 213 and feeding machanism.Can discharge extraneous via first exhaust opening 112 again with air unnecessary in the quantitative pot 21 through the 3rd tube connector 80 through second exhaust opening 213 and the 3rd tube connector 80 are set; Thereby make curing compound enter into quantitative pot 21 smoothly.Said first control valve 22 is located at first charging aperture, 211 places, and said second control valve 23 is located at first discharging opening, 212 places.Said first control valve 22 and second control valve 23 electrically connect with controller 50 respectively mutually.Thereby the break-make control through controller 50 control first control valves 22 and second control valve 23 is selected control valve for use by the weight of the curing compound of quantitative mechanism output, and it is quick on the draw, thereby more accurate to the control of the weight of the curing compound of output.Said first hand switch 104 and second hand switch 105 electrically connect with corresponding first control valve 22 and second control valve 23 respectively mutually.Said first hand switch 104 is corresponding to control the break-make of first control valve 22 with first control valve 22; Said second hand switch 105 is corresponding to control the break-make of second control valve 23 with second control valve 23.Through first hand switch 104 and second hand switch 105 are set; When abnormal conditions occurring or judging that when need not to export curing compound again, the user can close corresponding first control valve 22 and second control valve 23 respectively through first hand switch 104 and second hand switch 105 timely as the user.
Please continue to consult Fig. 1 and Fig. 2, the outside of the quantitative pot 21 that said Weighing mechanism comprises first support 31 be located on auto carriage board or the level land, be located at quantitative mechanism and second support 32, at least two that said quantitative mechanism is unsettled are located at the LOAD CELLS 33 on first support 31.Said gas supply mechanism 40 also is connected with said quantitative pot 21, to reach the purpose of regulating quantitative pot 21 internal pressures.Said second support 32 is about the central axis symmetry of quantitative pot 21, and said LOAD CELLS is symmetrical set about the central axis of quantitative pot 21; So LOAD CELLS can be evenly stressed, thereby guarantee that its measured data are more accurate.Said second support 32 is pressed and is located on the LOAD CELLS 33.Utilize second support 32 with whole unsettled the erecting of quantitative mechanism, this moment, quantitatively the weight of mechanism was all born by 32 on second support; And the weight of second support 32 is born by 33 of LOAD CELLSs, so LOAD CELLS 33 can be measured the weight of quantitative mechanism accurately.Because LOAD CELLS 33 is measured to be the total weight that second support 32 is born, comprising the weight of the weight of quantitative pot 21, second support 32 and the weight of other some union pieces; In the present embodiment, these structures all are to be processed by the material of lightweight, therefore can ignore.But when big as if these extra weight numerical value, the user can take into account it when first weight threshold and second weight threshold are set.
Please continue to consult Fig. 1 and Fig. 2, said conveying worm 60 electrically connects with controller 50 mutually.Said conveying worm 60 has the second charging aperture (not shown) and second discharging opening 61.Said feeding machanism is located at a side of quantitative mechanism; One end of said conveying worm 60 is connected with the low side of feeding machanism, and the other end of said conveying worm 60 is connected with quantitative the high-end of mechanism.Second charging aperture of said conveying worm 60 is connected with the 3rd discharging opening of feeding machanism, and second discharging opening 61 of said conveying worm 60 is connected through first charging aperture 211 of first tube connector 70 with quantitative mechanism.Conveying worm 60 is connected through first charging aperture 211 of first tube connector 70 with quantitative mechanism, so then can reduce with the external world contacting, and prevents that dust, water or foreign material etc. from getting into quantitative mechanism, to guarantee the degree of purity of curing compound.Said tee piece 101 connects first discharging opening 212 of ejector 90, gas supply mechanism 40 and quantitative pot 21 respectively, and said ejector 90 is connected with rabbling mechanism.
Please continue to consult Fig. 1 and Fig. 2, at first the 3rd charging aperture 111 through storage tank 11 adds a certain amount of curing compound toward storage tank 11 the insides, starts said autocontrol clay solidifying device then.This moment, first control valve 22 was in open mode, and second control valve 23 is in closed condition.Controller 50 control conveying worms 60 start, and curing compound is got in the quantitative pot 21 of quantitative mechanism via storage tank 11, conveying worm 60 and first control valve, 22 backs successively.Meanwhile; The LOAD CELLS 33 of Weighing mechanism begins data that weight to the curing compound in the quantitative mechanism begins to measure and will measure gained and sends controller 50 to and handle; Controller 50 is compared said weight data through comparing unit 52 with first weight threshold in the storage element 51; The weight of judging the curing compound in the quantitative mechanism when controller 50 is during greater than first weight threshold, and controller 50 controls first control valve 22 is closed and controlled second control valve 23 and opens; This moment, curing compound was exported in the tee piece 101 by first discharging opening 212 and second control valve 23 of the quantitative pot 21 of quantitative mechanism; The compressed air of gas supply mechanism 40 exports in the tee piece 101 and pressurizes to curing compound, exports rabbling mechanism to after quickening via ejector 90 through the curing compound after the pressurization again; Rabbling mechanism fully stirs earth and curing compound, and after after a while, said curing compound and earth react said clay solidifying.When practical application, earth is exported in the rabbling mechanism, rabbling mechanism mixes earth and curing compound, then with clay solidifying; The earth operation on the ground of also can be directly solidifying at need, export to curing compound in the earth after, rabbling mechanism mixes earth and curing compound; When if this autocontrol clay solidifying device is placed on movably on the carrier, then can be successively with the earth ground curing of carrier process; Said rabbling mechanism also can for can be drilled into the mechanism at the end, ground, therefore can curing compound directly be exported at the bottom of the darker ground and earth generation curing reaction.
Please continue to consult Fig. 1 and Fig. 2; The data that Weighing mechanism continuation this moment also will be measured gained to the weight measurement of the curing compound in the quantitative mechanism send controller 50 processing to; Controller 50 is compared said weight data through comparing unit 52 with second weight threshold in the storage element 51; The weight of judging the curing compound in the quantitative mechanism when controller 50 is during less than second weight threshold, and controller 50 controls first controller 50 opens and controls second control valve 23 and cuts out.Curing compound in the quantitative pot 21 is no longer exported at this moment, and the curing compound in the storage tank 11 inputs in the quantitative pot 21 via the conveying worm 60 and first control valve 22.Therefore the weight of the curing compound once exported of this autocontrol clay solidifying device promptly is the numerical value that first weight threshold deducts second weight threshold; This autocontrol clay solidifying device can be controlled the consumption of the curing compound of output accurately; Like this then can earth fully be solidified the phenomenon that curing compound can't occur wasting, can effectively save cost.When practical application, can rule of thumb confirm the weight of required curing compound according to the soil property situation of need curing; Adjusting first weight threshold and second weight threshold that input block 53 through controller 50 is suitable, like this then can control the consumption of curing compound more accurately, can not only reach best solidification effect and can not cause the waste of curing compound.
Embodiment two
See also Fig. 3, Fig. 3 is second kind of embodiment autocontrol of the present invention clay solidifying schematic representation of apparatus.The structure of second kind of embodiment autocontrol of the present invention clay solidifying device and the structural similarity of said first kind of embodiment autocontrol clay solidifying device, its difference is: said autocontrol clay solidifying device does not comprise first tube connector 70; But this autocontrol clay solidifying device comprises the hopper 102 that is connected with first charging aperture 211 of quantitative mechanism; Second charging aperture of said conveying worm 60 is connected with the 3rd discharging opening of feeding machanism, and said second discharging opening 61 is corresponding with the position of hopper 102.
Embodiment three
See also Fig. 4, Fig. 4 is the third embodiment autocontrol clay solidifying schematic representation of apparatus of the present invention.The structure of the third embodiment autocontrol clay solidifying device of the present invention and the structural similarity of said first kind of embodiment autocontrol clay solidifying device, its difference is: said autocontrol clay solidifying device does not comprise the conveying worm 60 and first tube connector 70; Said feeding machanism also comprises second tube connector 103, and said feeding machanism is located at the top of quantitative mechanism and is connected through first charging aperture 211 of second tube connector 103 with quantitative mechanism.In the present embodiment, said second tube connector 103 is a bellows.Through feeding machanism being located at the top of quantitative mechanism, curing compound directly need not through other intermediate conveyor mechanism through the quantitative mechanism of second tube connector, 103 inputs by feeding machanism, therefore can save cost and also make structure more simple; Reduce curing compound and also make curing compound to export at faster speed, save the engineering time in the loss of intermediate link.
In sum, this autocontrol clay solidifying device is through being provided with feeding machanism, quantitative mechanism, Weighing mechanism, controller 50 and rabbling mechanism; Controller 50 can be judged according to the Weighing mechanism data measured whether input or output quantitative mechanism with the control curing compound; Thereby this autocontrol clay solidifying device can be controlled the consumption that inputs in the earth with the curing compound of earth generation curing reaction accurately, and is like this then the phenomenon that can earth fully be solidified and can not occur wasting curing compound can effectively be saved cost.
Specific embodiment described herein only is that the present invention's spirit is illustrated.Person of ordinary skill in the field of the present invention can make various modifications or replenishes or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present invention or surmount the defined scope of appended claims.
Claims (10)
1. autocontrol clay solidifying device; It is characterized in that said autocontrol clay solidifying device comprises the feeding machanism that the curing compound that can solidify earth is provided, the quantitative mechanism that is connected with said feeding machanism, measures the Weighing mechanism of the weight of curing compound in the quantitative mechanism, earth is stirred with curing compound and the rabbling mechanism that is connected with quantitative mechanism and control the controller (50) that curing compound inputs or outputs quantitative mechanism according to the weight of the measured curing compound of Weighing mechanism; Said quantitative mechanism and Weighing mechanism electrically connect with controller (50) respectively mutually; Said quantitative mechanism comprises having first charging aperture (211) and first discharging opening (212) and the quantitative pot (21) that is connected with feeding machanism, be located at first control valve (22) that first charging aperture (211) locates and be located at second control valve (23) that first discharging opening (212) is located; Said first control valve (22) and second control valve (23) electrically connect with controller (50) respectively mutually, and curing compound exports rabbling mechanism through first control valve (22), quantitative pot (21), second control valve to after (23) again by feeding machanism output.
2. autocontrol clay solidifying device according to claim 1; It is characterized in that; Said autocontrol clay solidifying device also comprises first hand switch (104) of control first control valve (22) break-make and controls second hand switch (105) of second control valve (23) break-make that said first hand switch (104) and second hand switch (105) electrically connect with corresponding first control valve (22) and second control valve (23) respectively mutually.
3. autocontrol clay solidifying device according to claim 1; It is characterized in that; Said Weighing mechanism comprises first support (31) be located on auto carriage board or the level land, be located at quantitative pot (21) outside and second support (32), at least two that said quantitative pot (21) is unsettled is located at the LOAD CELLS (33) on first support (31), and said second support (32) is pressed and is located on the LOAD CELLS (33).
4. according to each described autocontrol clay solidifying device among the claim 1-3; It is characterized in that; Said autocontrol clay solidifying device also comprises the conveying worm (60) that connects feeding machanism and quantitative mechanism and electrically connect mutually with controller (50), and said conveying worm (60) has second charging aperture and second discharging opening (61); Said feeding machanism is located at a side of quantitative mechanism, and an end of said conveying worm (60) is connected with the low side of feeding machanism, and the other end of said conveying worm (60) is connected with quantitative the high-end of mechanism.
5. autocontrol clay solidifying device according to claim 4 is characterized in that, said autocontrol clay solidifying device also comprises first tube connector (70), and said feeding machanism comprises the storage tank (11) with the 3rd charging aperture (111) and the 3rd discharging opening; Second charging aperture of said conveying worm (60) is connected with the 3rd discharging opening of feeding machanism, and second discharging opening (61) of said conveying worm (60) is connected with first charging aperture (211) of quantitative pot (21) through first tube connector (70).
6. autocontrol clay solidifying device according to claim 4 is characterized in that, said autocontrol clay solidifying device also comprises the hopper (102) that is connected with first charging aperture (211); Said second discharging opening (61) is corresponding with the position of hopper (102).
7. according to each described autocontrol clay solidifying device among the claim 1-3; It is characterized in that; Said autocontrol clay solidifying device also comprises second tube connector (103) and supports the 3rd support (14) of feeding machanism that said feeding machanism is located at the top of quantitative mechanism and is connected with first charging aperture (211) of quantitative pot (21) through second tube connector (103).
8. according to each described autocontrol clay solidifying device among the claim 1-3; It is characterized in that; Said feeding machanism comprises particulate filter (12) and storage tank (11); Said storage tank (11) has and extraneous first exhaust opening (112) that is connected, and said particulate filter (12) envelope is located at first exhaust opening (112) and is located.
9. autocontrol clay solidifying device according to claim 8; It is characterized in that; Said feeding machanism also comprises the guard tube (13) that is connected with first exhaust opening (112); One end of said guard tube (13) is located at that first exhaust opening (112) is located and is connected with first exhaust opening (112), the other end of said guard tube (13) be connected with the external world and opening down.
10. according to each described autocontrol clay solidifying device among the claim 1-3; It is characterized in that; Said autocontrol clay solidifying device also comprises ejector (90), tee piece (101) and electrically connects and provide compressed-air actuated gas supply mechanism (40) mutually with controller (50); Said tee piece (101) connects first discharging opening (212) of ejector (90), gas supply mechanism (40) and quantitative pot (21) respectively, and said ejector (90) is connected with rabbling mechanism.
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| CN201210104470.3A CN102605762B (en) | 2012-04-11 | 2012-04-11 | Self-controlled earth solidification device |
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| CN201210104470.3A CN102605762B (en) | 2012-04-11 | 2012-04-11 | Self-controlled earth solidification device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103334420A (en) * | 2013-07-23 | 2013-10-02 | 水利部交通运输部国家能源局南京水利科学研究院 | Hydraulic fill curing agent mixing equipment |
| CN104874502A (en) * | 2015-06-04 | 2015-09-02 | 杭州特诚地基工程有限公司 | Feeding equipment capable of achieving automatic powder quantitative control |
| CN105330126A (en) * | 2015-11-03 | 2016-02-17 | 舟山市智海技术开发有限公司 | Port settled sludge curing matching experiment device |
| CN110028222A (en) * | 2019-04-02 | 2019-07-19 | 叶文勇 | A kind of construction slurry solidification processing method |
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| GB492676A (en) * | 1937-03-24 | 1938-09-26 | Mikael Vogel Jorgensen | Improvements relating to apparatus for use in conveying powdered or granular material in a quasi-liquid state |
| CN201089652Y (en) * | 2007-07-12 | 2008-07-23 | 启东市冶金机械有限公司 | High-precision pneumatic conveying device |
| CN101391709A (en) * | 2008-11-05 | 2009-03-25 | 岫岩满族自治县顺达气力输送设备制造厂 | Long distance concentrated phase conveying system and method with auxiliary blowing apparatus |
| CN201357058Y (en) * | 2009-01-19 | 2009-12-09 | 中国建筑第二工程局有限公司 | Automatic pneumatic conveying synchronous mixing system |
| CN201458348U (en) * | 2009-06-25 | 2010-05-12 | 付庆福 | Granule weighing metering conveying device |
| CN202007012U (en) * | 2011-03-07 | 2011-10-12 | 福建南安市新东源石业有限公司 | Quantitatively feeding device |
| CN202530440U (en) * | 2012-04-11 | 2012-11-14 | 浙江诚信医化设备有限公司 | Self-controlled soil curing device |
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2012
- 2012-04-11 CN CN201210104470.3A patent/CN102605762B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB492676A (en) * | 1937-03-24 | 1938-09-26 | Mikael Vogel Jorgensen | Improvements relating to apparatus for use in conveying powdered or granular material in a quasi-liquid state |
| CN201089652Y (en) * | 2007-07-12 | 2008-07-23 | 启东市冶金机械有限公司 | High-precision pneumatic conveying device |
| CN101391709A (en) * | 2008-11-05 | 2009-03-25 | 岫岩满族自治县顺达气力输送设备制造厂 | Long distance concentrated phase conveying system and method with auxiliary blowing apparatus |
| CN201357058Y (en) * | 2009-01-19 | 2009-12-09 | 中国建筑第二工程局有限公司 | Automatic pneumatic conveying synchronous mixing system |
| CN201458348U (en) * | 2009-06-25 | 2010-05-12 | 付庆福 | Granule weighing metering conveying device |
| CN202007012U (en) * | 2011-03-07 | 2011-10-12 | 福建南安市新东源石业有限公司 | Quantitatively feeding device |
| CN202530440U (en) * | 2012-04-11 | 2012-11-14 | 浙江诚信医化设备有限公司 | Self-controlled soil curing device |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103334420A (en) * | 2013-07-23 | 2013-10-02 | 水利部交通运输部国家能源局南京水利科学研究院 | Hydraulic fill curing agent mixing equipment |
| CN103334420B (en) * | 2013-07-23 | 2015-04-22 | 水利部交通运输部国家能源局南京水利科学研究院 | Hydraulic fill curing agent mixing equipment |
| CN104874502A (en) * | 2015-06-04 | 2015-09-02 | 杭州特诚地基工程有限公司 | Feeding equipment capable of achieving automatic powder quantitative control |
| CN105330126A (en) * | 2015-11-03 | 2016-02-17 | 舟山市智海技术开发有限公司 | Port settled sludge curing matching experiment device |
| CN110028222A (en) * | 2019-04-02 | 2019-07-19 | 叶文勇 | A kind of construction slurry solidification processing method |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102605762B (en) | 2015-03-18 |
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