TWI320742B - - Google Patents

Description

1320742 V. INSTRUCTION DESCRIPTION (1) " ^?, Technical Field of the Invention The present invention relates to a pipeline type stirring device and a light soil quality village manufacturing method. 'Preliminary technology】 For example, the dredged soil that occurs in a lyophobic project generally has a high water content ratio, that is, it is thrown into the treatment site, and the soil needs a very good year before it forms sufficient strength as a foundation. In view of this problem, the inventors previously proposed a treatment method in which the soil and the solidified material are continuously mixed in each of the conveying pipes. The method of the Japanese Patent Laid-Open Publication No. Sho 59-179197, Japanese Patent Application Laid-Open No. Hei No. Hei No. Hei No. Hei. In addition, a device disclosed in Japanese Laid-Open Patent Publication No. Hei No. Hei. No. Hei. No. Hei. However, the following problems exist in the above prior art examples. (A) It is desirable to reuse the aqueous fluid waste such as the above-mentioned soil in consideration of the decrease in the treatment site in recent years, but only when the solidified material is added as in the above-described prior art example, the functionality or the added value is poor. , ^ In recent years, advanced civil engineering technology is more difficult to apply. (B) The above prior art example is a continuous solidifying material addition treatment by a line type mixer. However, the piping type agitation of the above prior art example has a problem in terms of the stability of the mixing ratio. (C) In the curing material addition treatment as in the above-described prior art example, the powder or granule solidified material such as cement may be directly added to the mud directly.

2107-6051-PF(Nl).ptd 1320742

The earthworms can be added to a liquid such as mud to prepare a solidified material such as a cement slurry, such as a dredged soil treatment, and then, particularly in the latter case, a solidified material. For a large amount of processing, it is necessary to continuously supply large but

For this reason, it is desirable to cure it agingly, so that it is not necessary to make a placement, and it is of course desired to manufacture and supply a solidified material to the granules. However, in this case, the slab-forming material and the liquid are continuously joined together. The material in which the powder-solidified material is easily solidified and the liquid is continuously joined to the channel or the container; it is very difficult to attach the moisture to the solidified material. Worries about the surface and the resulting blockage,

(D) In the case where the solidified material is combined with the water-containing ratio, the solidified material is combined with the left-right solidification property and added to the field of the aqueous waste such as the soil by adjusting the soil by adding water. . =^ Heavy scheme. However, the hydrated material with only the water content that is not greedy is adjusted = the technique that can be adjusted to the wide heart. SUMMARY OF THE INVENTION Accordingly, it is a primary object of the present invention to provide an effective technique for the exclusive use of aqueous fluids. Another problem is to provide a pipeline type mixer that can perform mixing of 稃:: ratio. Another object of the invention is to provide a solidified material supply device for producing a homogeneous light earthy material in the form of soil or muddy water. Another object of the invention is to provide a specific gravity adjusting device which can reliably adjust the specific gravity of a wide range of water content. Object

2107-6051-PF(Nl).ptd 1320742 ----------------------- V. Description of Invention (3) ' ----- (Invention 1) The present invention The method for manufacturing a lightweight curing material uses a pipeline type mixer-transfer to convey the flow including moisture and solid components = Π to change it into a light and heavy solidified material:

The slewing drive device for the shaft member outer member which is arranged in parallel on the shaft l H surface which is coaxially supported in the mixing line and which is arranged in parallel on the upstream side is provided on the shaft: member: the mixing blade and the shaft portion At least one additive is supplied to the 〇, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , And the stirring blade driven by the rotation is supplied to the fluid material for stirring and mixing; and the method comprises the steps of: re-adjusting the flow material and the additive (A) by addition or removal of moisture; The raw material ratio (B) is continuously transferred to the pipeline material of the upper type mixer by at least one transfer passage, and at the same time, the fluidity of the specific gravity adjustment is set to jl1) The technique on the way of the transfer channel is the addition of the solidified material of the S-type agitator phase solidification material in the fluidity of the above transfer process, and the addition of the additive is the downstream of the additive. In the pipeline type mixer of the above-mentioned curing material addition step, a road type mixer material is added, and σ is added, and a light-weighting agent is mixed as a flow of a hexamride material. The other type of mixer is the same or the above-mentioned solid-----------, the additive supply port is 2107-605!-PF(n7)^7 1320742 V. Invention description (4) Lightweight agent, will The lightening agent is added with a lightening agent added to the flow material of "~; the added force is 0. The above-mentioned solidified material (effect) ° According to the manufacturing method, water and solids can be smoothly included in the field. The flow of ingredients, the production of mud or muddy water during the pipeline transportation process, etc.) is made into a lightweight solidified material (the material produced on the construction site, although bubbles and foam beads are lightly affected; bucket. Special description should be given to the flow material) Uniform mixing is difficult, but when the chemical agent and the soil are as high in water content, it passes through a narrow and slender space, and is supplied to a supply port such as a pipe type mixer to supply a lightening agent. The component is confirmed to be far forwardable than originally expected. When mixing and mixing, (Second Invention) 昆 的 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The pump uses the pressure === pipeline type to mix the specific gravity of fj and the pump's i-force to make the above-mentioned A & 4 *丨枓 while adding and mixing the additive/wrapper through the pipeline type mixer. Penetration 仃 (effect) Let i ΐ tube Ϊ 2 : : : Ϊ : The pressure of the transfer of the two materials is very simple and ΐ ΐ ΐ 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机Second, the system. The configuration and advantages are of course the constitution and advantages obtained by the principle of the mixer described later. (3rd invention) The apparatus for manufacturing a lightweight curing material of the present invention uses a pipeline type transfer machine

1320742 V. INSTRUCTIONS (5) _ While transferring the flow including moisture and solids into an eight μ ^ file to the sending place, shout @ to change it into a lightweight solidified material; the pipe type is searched for the original side, A wheel structure coaxially supported by a shaft in a mixing pipe has a spiral blade arranged in parallel on the mixing pipe surface from the upstream side, and a rotary drive device for the outer member of the shaft member and the floor member is provided on the shaft. At least one additive supply port of the member and (at a certain month or a shaft portion), after the snail supplied to the mixed snail is transferred to the additive supply port side, the snail is transferred from the above The additive is supplied to the gland; the motor material of the door is stirred and mixed by the agitating blades driven by the rotation, and the far-flowing agent is stirred and mixed; characterized in that: the composition, the flowing material and the addition (a) by the moisture Addition or removal of the upper &re-adjustment; the claw-moving material is adjusted to the fluidity of the mixer's piping structure. The original pipeline-type mixer phase solidification material is added as the pipeline type. a flow agent for the solidified material of the agitator> or a supply of the solidified material (b) from the solid additive, and the continuous passage of the above-mentioned viscous material by the transfer passage formed by at least one of the above-mentioned tubes At the same time, the r-specific gravity of the fluidity, 丄W,. Ά w,, and the addition of nvr to the flowable raw materials

1320742

(Effect of effect) The same result as the first invention (the fourth invention) can be obtained. In the pipeline type stirring device of the present invention, the outer shaft structure of the cladding material is corresponding to the feed back to the flow discharge

The upstream side supply unit and the discharge mixture i of the material have a screw-feeding shaft member that is press-fed to the first flow path and a downstream surface of the downstream side discharge portion that is coaxially supported by the mixing line, and are arranged in parallel from the upstream side. The slewing drive device of the member and the supply port member of the second fluid material at the portion of the rotator blade and the agitating blade are coupled to the agitating blade/rotation screw 辇 κ/, characterized by being rectified by the process The first flow material in the mixing line is supplied to the second flow material by the supply port of the shaft member, and the second flow material is supplied to the second material. The material was stirred and mixed, and the mixture was selected through the above-mentioned discharge portion 5. (Effect)

Rabbit The pipe type stirring device of the present invention considers the pulsation of the i-th flow material (the amount of aging 2 varies). The case where the first fluid material is supplied by a piston pump or the like is equivalent to this. When the field t' which is pulsatingly supplied and supplied to the first fluid material is directly mixed with the second fluid material, the mixing ratio cannot be stabilized. This point of view is completely absent in the above prior art examples. However, in the apparatus of the present invention, the first flowing material $仃 is rectified by the spiral vanes, and after substantially becoming a continuous quantitative flow, the second flowing material 5, that is, when the material is transferred by the spiral vanes, even if it enters The amount of material supply on the side changes, and the change is also caused by the quantitative introduction of the spiral blade.

2107-6051-PFiND.ptd Page 9 丄 J厶V/ Ming said that the sound of five rings ', combined with the shadow d mixed with t no U material - indifferent. The material is a few swaying side U stream D takes 2 of the first out ο ί ^ ^ In material 1, Μ first arrived! In the case of this use, the first elimination point is 定3^. The stability ratio is 5, and the W item of the fragrance is 5, although the U is the first to be opened by α. U, the use of ι / 'discussed only set but use the line to enter the stream of the whole phase of the example of the spell-like technique, this body has a wave of the stated statement can not be used in the flow of points The snails of the snails and the snails of the snails are swayed by the snails. If the case is not correct, it is clear that there is a time when the type of the subscript is circulated. The amount of the single quantity given to the fruit is obtained by the use of the seizure of the C-segment rotation of the first piece of the intercropping method. In the stream, because of the amount, the amount. of. The amount of photo-sharing can be eliminated by the amount of the leaf. The other part of the U-turned snail will be super-mixed to the material J-3. The female first is the best for the supply, the flow of the whole is not the first - the field force i rr枓S material mining ^ flow for 1 / that is the first t C 'quantity sample' the whole pressure supply When the ratio of the singles supplied to the displacement is combined, the mixed-spinning material is the super-spinning super-siro material of the single-volume leaf. The flow is the 'cotton road tube joint day J road! ^, I. Give} U for the explanation of the next side of the month 4 a state of the game item hair < τ > 6 is · ^1 4S send SC the second object is not mixed in the distribution of the package and package •• For the middle side of the side, the mix of the top layer of the mixing material is 3⁄4. The moving tube is combined with the 曰i? ·?

21O7-6051-PF(Nl).ptd Page 10 CT: ^^ Ϊ ... and search ΐ ? 件 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土 土"It's launched === leaf ^'s first mobile material transfer

The unit time generated by Qi is released as described above. The discharge portion is equal to or greater than the supply amount between the spirals. In the case of the first flow material, the material of the first flow material is not only the form of the meat, but also the first flow material t. The form of supply from the hopper is similar to that of the supply. In this field, the amount of pushdown supplied to the mixing line is less than the first! When the flow material is supplied in a stable amount of time for the first flowing material per unit time obtained by the divided blades, the supply of the first flowing material is not allowed to be carried out to the downstream side of the spiral blade. According to the stable: = material and its mixture is filled to, however, in accordance with this sixth item. The amount of pushing between the first flow material and the unit produced by the snail blade, so that the supply of the first weeping early time supply amount above the downstream side of the blade, the L material is stable and reliable The ground mixture is fed to the spiral mixture filled to the spiral heald material, the second flow material and the t-line mixture. The downstream side of the sheet can be in a stable ratio: (Invention 7) The cup-type stirring device described in the 4th to 6th cups of the invention, its 2107-6051-PF(Nl).ptd 11 pages η / η · 厶 five, invention description (9) _______________ - ί1 ^ ± mm ^ ^ ^ n ^ ^ ^ ^ r, t (effect results) 兮 soil y, supply. Because of the 1 5, the first flow material with the rotation of the shaft member is recorded. Even if the screw is lowered, it is supplied to the pipeline. , can also play a sufficient rectification effect (the eighth invention) 6th gg ζ upstream of the mixing line upstream m tube device / which: relative to the above 1 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 5 Fruit) The upstream side supply unit. In the pipeline type agitation of the present invention, the bucket is supplied in the form of a first fluid material. It is possible to use such a material (ninth invention), brothers 4 to 8 in the right y: the above-mentioned mixing tube a:;;:;:: road type search device, the part of which is located with the above-mentioned spiral leaf (two) = swimming side - Part or all of the upper side of the portion of the (10) material and the second stream:; the downstream side portion of the blade of the snail. Eight mixtures are often filled to (effects on fruit) by using the intrusion + in the downstream side of the spiral blade ':: = the resistance is increased, at least the material, and its complex, can be carried out; = ^ ^ second flow 2107- 6051-PF(Nl).ptd第12页

(Eleventh invention Γ u set the booster spiral blade, even if the feed material is pumped; when the spiral blade is used, the potential is reduced, and the mixture is mixed, =: the first flow lamp: especially in the downstream of the mixing section The length and the pipe 2 can be smoothly advanced, and the intention is to make it have the advantage of a large force or a S-like booster spiral blade as described in the invention, which can increase, %, and the risk of road occlusion. The pipe-type stirring device according to any one of the inventions of the present invention, wherein the pipe-type stirring device according to any one of the inventions of the second flow material supply port of the shaft member is provided on the front side of the rotation direction of the shaft structure of the shaft member In the cover member, the cover member is rotated by the shaft member, and the agitating material is pushed away to form a second flow at the position of the second fluid material supply port. (According to this configuration, the second member can be smoothly and sinfully The flow material is dispersedly supplied to the first flow material. This form is of course particularly suitable when the first flow material is in a pressure feed state. (1st invention) The pipe according to any one of the 4th to πth inventions Type stirring device, wherein: as the agitating blade, Comprising mixing and stirring action with articles away

2I〇7-605I-PF(NJ).ptd Page 13 1320742

V. INSTRUCTIONS (11) The multi-function blade that sends the action and the single-function blade that only has the stirring action, which intervene in the single-segment or the two-piece multi-energy blade in the spiral direction centering on the above-mentioned shaft member Alternate configuration settings for functional blades. (Effect)

As the mixing blade', if only the multi-purpose blade having the stirring action and the conveying action of the mixture member is disposed, the overall transfer action is in the second position, and the transfer action takes precedence over the agitation, and high mixing property cannot be obtained. On the other hand, in the case where a single-function blade having only a stirring action is installed, the transfer efficiency is lowered as a result of impairing the continuous mixing property. For this reason, as described above, by using an alternate arrangement in which one or two of the former are intervened in one of the latter, the mixing property can be improved without impairing the transfer property of the wood. This has been confirmed by experiments. The invention relates to the pipeline type mixing and arranging device according to any one of the inventions of the present invention, wherein the above-mentioned mixing blade has an elongated flat shape, and the shaft member is in the middle/, ', The spiral direction is arranged at a phase interval of 90 degrees or 60 degrees, and a plurality of phases are arranged: a heart (action effect). ° Agitation can be performed more efficiently by using a configuration such as the transfer interval. This can also be confirmed by experiments. (The 14th invention)

4〜0. 8。 The first embodiment of the present invention, wherein the pitch is 0. 4~0. 8 When the agitating blades are formed in multiples, the agitating blades are arranged at intervals of 4 to 6 sheets at a pitch of 1 to 6 in the spiral direction of the straight center of the above-mentioned second dimension, and the distance between the spiral blade and the stirring blade is d. When, ~1 5 device drivers

υ/42 V. Hybrid line when the above-mentioned shaft member is moved at the time of the invention (12) (actual effect of the structure and operation of the segment of the present invention) (the above-mentioned feature is also The solidified material is supplied to the device for sinking or squeezing into the powder in a falling manner, and the mixing device is agitated. (The effect is on the powder granules, for example, when the powder granules are in a very difficult state, The granules are reliably combined with the liquid. The material in the rotational speed of the material) shows the material material, and the granules and the granules are immersed in a ratio of 1 500 to 2 〇〇/ π d ( rpm ), the device flooding flow rate v is i〇~5〇m/min. The above-mentioned characteristics of the mixing machine, especially in the spiral blade and the stirring blade, are remarkable. Of course, since then, the f, ° device pairs of particles The body and the liquid are mixed/supplied to the outside; and are characterized by comprising: a device for the relatively falling powder granules to supply the liquid from the circumference thereof; the granules and the liquid granules and the liquid Manufactured by mixing and mixing with a mixture of liquids In the case of the material, in the case of the muddy water or the water, it is difficult to continue as described above. In this case, as described above, the liquid body is filled in the form of a waterfall in the form of a waterfall, which is sandwiched or squeezed into the powder and granules as described above. The powder or granule does not adhere to the surroundings, and the curing of the mixture can be obtained with a more correct mixing ratio (16th invention). The granules and the liquid are mixed; and the method includes the following: the curing material supply device of the present invention To manufacture a cured material and supply it to the outside

2107-6051.PF(Nl)PUi

1320742 V. INSTRUCTIONS (13) Dropping method for the falling and merging of the powder and granules (the effect of the above-mentioned powder and granules falling from the liquid into the surrounding, the ratio of the solidified material (the 17th invention and the solid forming tank) The inside of the specific gravity adjusting groove, the measurement result re-measurement device becomes a prescribed and for the corresponding flow in the entire tank to discharge moisture (acting to the powder granule to its rotating powder fluid and effect) Item 15 is sent to its rotation. In the field, the two materials are used. In the flow-flowing material in which the specific gravity is divided, the specific gravity is measured to determine the specific gravity of the specific gravity, and the device is used to reduce the liquid rotation. The device for mixing the powder and granule fish liquid, the Zhuang Xing Xing night body, and the liquid is stirred and mixed with the mixing device of the sigma. When the liquid is rotated differently, the liquid particles are merged with the liquid in the inside, and a is the same as the first invention, and the powder particles are merged. As a result, it is possible to obtain a specific gravity of the material of the specific material of the 装置 生 更 = 到 到 到 到 到 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 比重 比重 比重 比重 。 。 。 The sign is: a weight device that re-adjusts the volume measurement of the groove, and adjusts the specific gravity of the measured knot in the entire groove of the groove, and includes the above-mentioned ratio from the above-mentioned ratio by adding the measuring device In the measurement, the ratio of the fluidity material of the present invention is adjusted to the above, and the ratio of the fluidity material of the present invention is not limited to the adjustment of the specific gravity of the water including the soil. It is characterized in that water is added and the components and solids that can be drained are formed into a solid. Only by adding water

1320742 V'Inventive Description (14) 1. The hydrated material with a wide range of water content ratio when the specific gravity of the line is adjusted and the composition which can also be adjusted by the drainage, can correspond to all water content ratio = hydrates (Article 18 invention Further, the fluidity material in the above-described drainage device is characterized in that the specific gravity adjusting device according to the seventeenth aspect of the invention is configured to suck and discharge the upper clarified water stored in the specific gravity. (effect) When the specific gravity is adjusted, the application of the structure is also easy.

In this way, the D and the discharge from the upper clarified water are made very simple, and have the advantage of being low cost and having an existing device. The invention relates to a specific gravity adjusting water device according to the invention of claim 17 or 18, wherein the water in the storage medium is sucked and discharged by the filter medium. In the specific gravity adjusting tank (effect) When the specific gravity of the fluid material is adjusted by the filter medium, the progress of the treatment can be realized: the suction and discharge are as simple as the procedure & In addition, the application is also easy. In the case of the present invention, the specific gravity adjusting device described in the invention is not included in the invention (the 20th invention), and the specific gravity-adjusted fluid material is mixed with the sandalwood.

1320742 V. INSTRUCTION DESCRIPTION (15) The mixing and mixing device and the fluid material after stirring and mixing are sent out to the external delivery device. (Operation and effect) Since the specific gravity adjusting device of the present invention temporarily stores the fluid material in the specific gravity adjusting groove, the separation of moisture and solid components proceeds. Therefore, as described above, it is preferable that the fluid material after the specific gravity adjustment is completed is supplied to the outside through agitation mixing treatment. [Embodiment] Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. (Embodiment of Manufacturing Method and Apparatus for Light Curable Material) (First Form) Fig. 1 is a flow chart showing a method of producing a lightweight curable material of the present invention. As the fluid raw material used in the present invention, if water and solid components are included, the type is not particularly considered, but industrial waste such as muddy water, mud, slurried lime, and steel slag is preferably used. If muddy water and mud are used, lightweight soil can be produced. The by-product has a different water content ratio. Therefore, in the present invention, the fluidity raw material is first supplied to the specific gravity adjusting device 1 to measure the specific gravity, and at the same time, in order to make the mixing ratio of the later-mixed solidified material and the light-weighting agent into a desired ratio according to the measurement result, The specific gravity is adjusted by adding or removing moisture. A specific example of the specific gravity adjusting device 1 will be described later, and a device having a function of dissolving a fluid material, a specific gravity adjusting function, and a remixing function is suitably used.

2107-6051-PF(Nl).ptd Page 18 1320742 V. INSTRUCTIONS (16) -------1 The fluidity material after the specific gravity adjustment is sent by the pump unit 2. The first line type mixer 4 and the second tube type machine 5 are disposed on the transfer line, and the fluid materials are sequentially passed through them. These compound 4 and second line type mixers 5 satisfy the necessary & parts of the present invention, and the shaft members which are coaxially supported in the mixing line are arranged side by side on the shaft-mixing tube from the upstream side. Spiral blade and agitating drive device for agitating the surface, and agitation provided on the shaft member;; = temple shaft member = at least tamping and adding the same; the rotary portion of the screw driven by the slewing is supplied to After the flow material in the mixed official road is moved, and the additive is supplied from the additive supply port to the supply port, the same configuration can be used. The preferred embodiment of the mixing mixer will be followed. Note, but; = here, you can also use the past pipeline mixer. The month method is not limited. In the first line type mixer 4, the mixture is supplied from the agent supply port during the passage of the solidified material supplied through the solid material supply device. In the example of the figure = the additive (in this case, the original material of the cured material = the solidified material supply device 6), the solidified material is supplied to the liquid to be solidified to form a slurry-like solidified material, and the liquid of the water 4 Mixing 4. After supplying it to the first line type mixer, the first line type mixer 4 is connected to the second line type mixer 5, and the fluidity of the solidified material is added and added during the passage. In the second line type mixer 5, the bubble agent, the foam beads, and the bubble are mixed.

1320742 V. INSTRUCTIONS (17) Lightweight agents such as bead resin broken fines. Weeping ^ ^ ^ in the first and second curing type mixer 4 ' 5, so that the mobility of the original 变化 in the transfer process is changed to 5 in this first embodiment, J: 忾 忾 right hot. ^ mouth Chemical materials. At this time, in Φ 八', the liquid material that has been adjusted only by the specific gravity is sent to the transfer pipe 菫π L. The U 2 force of the first and second curing type mixers 4' 5 is configured to be able to pass through. In addition, the i-th and the second assembly ^ are non-intermediate and the flow material of the ancestor $ s road type mixer 4, 5 and the curing material or the lightening agent are The ratio of the mixing machine 4 can be measured by sending the fruit Μ $, and correspondingly to the solidified material: The quantity or the amount of the lightening agent is adjusted or controlled to be confirmed. In the example of the figure, when the back surface of the retaining wall w covering the slope surface G is filled with the solidified material, the fluid material is transferred to the slope surface. In the process, it is only turned into a lightweight curing material c to be put into it. (Second form) ^ = face, the example shown in Fig. 2 shows a pipe type agitation of the hopper supply type: (Details will be described later as a fifth mixer example) System configuration example. In other words, the fluid raw material is supplied to the specific gravity adjusting device, and after the specific gravity adjustment is performed in the same manner as in the example, the L output device such as the rotary feeder R is continuously separated by a predetermined amount. The fluid raw material supplied to the first line type mixer 4 is sequentially transferred by the mixer, and the push-out function (details will be described later), and the mixture is added and supplied from the solidified material supply device 6 during the 5 liter transfer process. Solid

1320742 V. Description of invention (18) Chemical materials. The example is intended to continuously supply the predetermined amount 4 to the first granule in a state where the powder or the like is fixed for 6 s to the solidified material supply device 6 and the solidified material is supplied to the second layer of the body: the fluid material and the solidified material. In the first line type agitator 4], the supply of the solidified material is added to the first line type mixer 4: from the pressure feed (four) to the second line type. The mixer 5 is added during the process of passing through the line of the second line type mixer 5? The L:chemical agent' is changed to a lightweight curing material. In the second form, the supply amount of the dip material is determined. For this reason,; === dynamic material=supply amount, it is determined that the mating m of the second in-line type mixer 5 is substantially the same as the first The form is the same. Than other, (3rd form) Curing ΐίίΞ: Machine f-mixer, separately set up for adding a brightener: a mixer that adds a lightening agent, as shown in Figure 3, a pipeline type mixer ^ The agitator 4 添加 is added with a solidified material to a supply port of the example shown in FIG. 7 to be described later, and may be supplied from the downstream side = upstream 2 : a sputum agent. In this field ☆' need to make the mixing and mixing part 2, can be cured by the tamping line type weighting machine 40 and light? On page 21 of the chemical agent 2107-6051-PF(N)).ptd V. Description of the invention (19) Adding mixing has the advantage of making the system compact. (Modification) As can be seen from the comparison of the first and second embodiments described above, when the line type mixer is used in series, the pressure feed pump can be disposed at the site (one or more parts) The material is transferred to the surface, and the other is to add one or more line type mixers or one or more additive supply ports to the shaft member, as long as the mixed curing material and the lightening agent are added in this order. Adding a curing material and a lightweight month|』 or thereafter, adding the same or different materials. Specifically, after the addition and mixing of the chemical material, the coal ash is mixed as the first lightening agent, and the second lightening agent is considered to contain a large amount of changes such as bubbles. (Example of the implementation of the pipeline type mixer) (Example of the first mixer) Figure 4 shows that the soil such as the pump ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Λ 1 〇 The upstream side supply Qiu]9 · The peripheral surface of the main visual machine is sequentially spaced from the upstream side in the longitudinal direction: =1 4: the outer 1 4s and the stirring blade i 4m. Axis. In addition, the slats of the slats are connected to each other by a bending force (four) which is connected to the coupling line 12 to transmit power. In addition, the slewing drive device is in the middle of the agitating blade forming portion, and the hollow port, the injection port "a, the same day temple, is formed by the erecting and communicating with the inner and outer passages to the supply line 17' from the supply tube. The road 17 is placed and the base end opening is connected to 0742. 5. The invention (20) The port 1 4a supplies the second flowing material γ to the forming portion of the stirring blade 丨4πι in this order. The supply unit 12i of the agitator 10 feeds the first fluid material X, for example, by a piston pump or the like. The first flow material supplied by the pressure feed into the mixing line 2 is firstly reduced and rectified by the spiral blade 丨4s driven by the rotation. In the meantime, the flow is substantially constant. At this time, the preliminary agitation is simultaneously performed according to the type of the second flow material 。. In particular, when the first flow material X is supplied by the intermittent supply device such as a piston pump, the valve is pressed. Switching the transient state and alternately repeating the state of the pressure feed and the fluctuation mode of the pressure feed stop state cause the second flow material to reach the spiral blade 1 4 S. The spiral blade J 4 s of the present invention presses the wave pressure

In addition, it also has the function of performing suction and ejection when the pressure feed is stopped. The first fluid material that has been rectified by the spiral blade 14s is then preliminarily agitated by the stirring blade 受到 that is driven by the rotation on the upstream side of the injection port Ua, and then merges with the second fluid material γ quantitatively supplied from the injection port 14a. The first fluid material and the second fluid material are stirred and mixed by the search blade 14m driven by the =I rotation at the injection port position and the downstream side thereof, and the agitation mixing discharge portion 12e is discharged.

In particular, when the first flow material X is supplied by pressure as in the present example, it is recommended that the rectification action of the spiral blade 1 4 S be a unit time of not less than the first flow material X per unit time. The amount of supply. The rectification amount of the 丄仏 片 sheet 1 4 S can be obtained by an experiment, and the supply amount of the first flowing material X is determined according to a predetermined pump capacity, and the pipeline type mixing device 1 is moved; Wait for the measurement. Further, correspondingly, the supply amount of the first flow material is appropriately set or controlled by the swing driving device 15.

1320742 V. Inventive Note (21) The rotational speed of the spiral blade 1 4S, or the size of the spiral is appropriately designed. The shape 'pipe volume, etc. "Λ Λ Λ Λ 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路 管路2 flowing material Υ曰a. Therefore, γ is used in this application, and the first and the first materials X, '曰. Λ Λ = are mixed in a stable ratio, especially in the pipeline type feeder of the present invention. When the supply device supplies the first fluid material X, the spiral blade can cancel the pulsation and continuously quantify it. 'The first i-flow material of the first mixer is a muddy water. It is a muddy coal ash or steel slag. In addition to the ash-based solidified material, the second flow material 丫° may also be a mixture of a foaming agent 'coal ash, foam bead ς, = kinetic agent, hydrophobic agent, etc. to the soil material. 丨^ J Lennon, The clay is used as the first fluid material, and the second fluid material is added with a solidifying material or the like. The soil is used as a solid material in this case, and in the first mixing machine example: It can be applied as a powder or a slurry. But [due to the dog::匕:?With the pressure Supply, households, in the case of: such as: send. In this case, sent to the discharge of the job? 2 = the application pressure of the bauxite type of powder: granules: pressure m in the force 4 solidified = two Mixed air pressure. In the embarrassing person, the place can be j. 'Do not send pressure by the soil type = "force;; the compound is sent to the discharge part 12e pressure

丄 *W/42

(Second Mixer Example) In the case where the mixing line 丨2 is a straight pipe, horizontally disposed, and discharged from the end portion and the port as in the first example, the mixing line is actually straight, although not shown in the drawings. When a part or all of the downstream side of the agitating blade 14m is located on the lower side of the portion corresponding to the spiral blade "and the stirring blade piece 14m", the feeding resistance of the mixture is small, and the like, The material is not easily filled to the portion corresponding to the spiral blade Us and the agitating blade i4m, and it is assumed that the field can not be mixed in a desired ratio. V. Invention (22) FIG. 5 is not the second example of the mixing line The portion corresponding to the spiral blade i 4s and the agitating ', the piece 14 m is a straight pipe, horizontal arrangement, but the agitating blade "muscle_ downstream side portion is curved, and the discharge portion 12e is located corresponding to the spiral blade l4s and the agitating blade ^14 m The upper side of the department is composed. By adopting this configuration, even if the mixing s road 1 2 is in a horizontal position, the sending resistance of the stirring mixture is increased, and the flowing material is filled to the corresponding one of the spiral blade 14s and the stirring blade 14m. the mix of. Further, when there is a resistance to the mixing of the mixture, since a stable amount of discharge can be performed, the amount management is easy. (Example of the third mixer) As shown in Fig. 6, the mixing line 12 is a straight tube, but the entire tube 2 is tilted by making the downstream side upper side, and the mixing and discharging force can be increased to fill the material. Stir the mixed portion. In the illustrated form, a discharge portion (discharge port) 设置 is provided at the bottom of the downstream side end portion of the mixed official road 12, but the discharge portion 12e is located opposite to the spiral blade Hs and the agitating blade 14m

2107-6051-PF(Nl).ptd Page 25 132〇742 V. Description of invention (23) Upper side of the part of the application' Therefore, the resistance of the mixture is increased without changing. Further, only the example shown in Fig. 6 bends the upstream curved portion in the horizontal direction, but the same configuration may be employed in other examples. (Example of the fourth mixing machine) However, even if the mixing line is a straight pipe, the discharge portion 12e is provided at the upper end portion of the lower crotch portion to overflow the mixture, thereby increasing the feeding resistance of the mixed product. The material can be filled with agitating and mixing parts. . (Example of the fifth mixer)

On the other hand, Fig. 7 shows an embodiment suitable for the case where the first fluid material X is supplied in a non-willing state with respect to the inside of the mixing line 12. In the example of the pipeline type mixing device of the 哕J type, the mixing line 12 is straight; the upper wall of the position corresponding to the portion where the spiral blade 14s is formed is located at the supply portion for supplying the first flowing material X (for the port) ) y is used for the supply of Qiu Yu to speak Zhongdan, *correct / ',,. ) 121 'relative f U through the 疋 枓 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通 连通The feed material is divided, and the first fluid material stored in the hopper 12h is dropped from the supply unit 12i by the D, and is continuously received by the spiral blade material on the upstream side of the injection port 14a: 2 』Side. The first flow that has been pushed out is pre-mixed, and merges with the material Y of the transfer blade 4m driven from the injection port 4, and the position of the first flow and the downstream side of the ith flow material Mixing and mixing the 12 mm of the tax mixing blade at the injection port i 4 a by the rotating material

1320742 V. INSTRUCTION OF THE INVENTION (24) The stirring mixture is discharged through the discharge portion 2e. When the first fluid material X is supplied in the non-pressure feeding state, the amount of pushing out per unit time by the spiral blade 14s is less than the amount of supply per unit time of the first fluid X, and therefore cannot be stably and reliably The supplied first fluid material X is fed to the downstream side portion of the spiral blade 14s, and the portion cannot be filled with the material, and it is difficult to mix at a stable ratio. Therefore, it is preferable that the amount of pushing out per unit time by the spiral blade 1 4 s is not less than the supply amount per unit time of the first flowing material X. Thus, the material can be filled with material on the downstream side of the spiral blade 14s. In this case, the launch by the spiral blade 1 4 s

The amount of mixed material is surely discharged from the mixing device. (Example of the sixth mixer) In the present invention, as shown in Fig. 8, the first fluid material X may be supplied from the supply port 1 4 d separately provided on the shaft member 14 to the mixing line 12 . Inside. In this case, the shaft member 14 is composed of a double pipe (or two parallel pipes). The discharge ports 丨4a and 14d of the respective flow passages are opened on the outer surface of the shaft member, and one of them is used as the first flow material. The other party is used as the jth flow material Y. In this case, for example, the mixed water, the muddy water, and the soil are supplied from the upstream side, and the powder or the solidified material is supplied from the downstream side, whereby the slurry-like solidified material or the solidified treated soil can be produced.

(Detailed configuration of the mixer) As described in the example of the first mixer, the slurry material is supplied by the pump pressure. When the powder or granule is supplied by the compressed gas, when there is no exhaust device, the mixture is sent to the air pressure. . In this case, since the air is liable to cause a volume change, it is also assumed that the transfer cannot be performed smoothly. In this case, as in the first

21〇7-6〇5l-PF(Nl).ptd Page 27 V. Description of the invention (25) As shown in the third and fourth examples, it is preferable to be on the downstream side of the powder supply position of the mixing line 丨2. The upper part is provided with an exhaust device. In the illustrated example, a concave space 12s is provided at a predetermined portion of the mixing line i2, and an exhaust port 12d is connected to an upper portion of the concave space i2s, thereby providing an exhausting means. On the other hand, when a solidified material or the like is supplied in a slurry state, an exhaust device is not required. Further, in the form of the pressure feed of the first flowing material crucible, there is a rectification and deceleration effect by the spiral crucible 14s, and for this reason, it is also assumed that the cleverness of the mixture is weakened and the discharge cannot be smoothly performed. Therefore, as shown in Fig. 4 and Fig. 5, it is preferable that the assisting spiral blade that feeds the compound toward the downstream side discharge portion is provided on the downstream side of the stirring blade of the shaft member 14 (Fig. 6 to 8). In the example, the spiral blade 14r provided to the agitating blade of the shaft member —4 has no such boosting action. This is because the transfer direction of the upper/tired==sheet 14s or the booster spiral blade 1 is reversed: 2, the mixture of the second and second blades pushed out by the stirring blade is pushed back through the discharge portion 12e of the mixing tube. In order to smoothly fall into the other 'in the type of the pipeline type of the present invention, the second material supply on the shaft member 2: the side of the cover member 14c is also preferably in the direction of the first piece of the swivel 14- Pushing the agitator-side rotation, the two structures are the same as the position of the shaft member, and the supply of the second flow material is often formed in the second space: the supply port "a 1 4a sends the second flow material to the Space. Second, '°, 攸 supply port flow material is dispersed and supplied to the first! Flow material: the figure smoothly and reliably will show that the transfer angles exist in two (a) and (b not sturdy state) Two 2107-6051-PF(M).pld Page 28 1320742 V. The invention (26) has the same composition. The agitating blade 14m of the present invention is transferred by agitating action and mixture as shown in detail in FIG. Multifunctional blade m 2 and monofunctional blade m 1 with only agitation It is preferable to form an alternate arrangement of one single-function blade ml every other piece or two multi-function blades m2 in the spiral direction centering on the shaft member 丨4. In the illustrated example, the multi-function blade m2 is relatively The flat body that is inclined at a predetermined angle on the plane orthogonal to the axis, and the single-function vane ml is a flat body parallel to the plane perpendicular to the axis. By adopting the parent arrangement, the mixing property can be improved without impairing the transfer characteristics.

The multi-function blade m2 may preferably be formed in an impeller shape (curved plate shape) formed as a portion in which the spiral is cut, but actually, when formed as a flat-plate holder shaft as shown in the drawing, depending on the position of the soil contact, The direction of the movement of the soil is changed, and the mixing and agitation is further improved, so it is more reasonable. That is, as shown in Fig. 10, the push-out is performed in a flat shape at a right angle in the (10) point and the turning direction of the radius of gyration. The moving force ρι at the Α point and the leaf table P2 produced at the β point are generated, which increases the stirring effect. The moving force of the pipe type mixer of the present invention can be adjusted by adjusting the supply pressure of the first fluid material or the like only by any of the sheets. Dragonfly

Further, the agitating blade Um of the present invention is along the axis. The spiral direction is arranged at a phase interval of 90 degrees or 60 degrees, and a plurality of more efficient stirring mixing is performed at the time of ', ', and 2. The temple can be ordered. In addition, the inventors opened up the structure and action of the spiral blade "s and the mixing blade 14" according to the previous research.

2107-605l-PF(Nl).ptd Page 29丄JZU/42 V. Description of invention (27) Very suitable 〇) Number of turns of spiral blade: 1~3 (piece) (2) Giant foot of spiral blade QP, 0.8 parts (SP): diameter of the mixing tube 4 · 4 (3) configuration of the mixing blade: spiral matching (4) number of mixing blades · partition, 5 to 15 pitch, mother distance ( MP) The speed of the shaft member when operating at 4 3: 15. ~2〇〇/7 is the diameter of the spiral blade and the stirring blade. (The supply of the shaft member is 〇5 〇 〇 〇 心 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Three or more kinds of materials are supplied in a mixed piping by more specifically than the above-described examples, such as m彳. As shown in the corresponding portion, the supply of the (4) blade Mm to the shaft member of the predetermined λ member u is separated from the portion where the blade is to be removed; = (4) Some examples 4. , 5. The two bases are constructed as described above. However, in addition to this path 12, the λ side end portion penetrates the second material supply port 14a and the second material ^^VTu / ^ ^ ^ in the structure/bovine 14 of the gate of the wave-filled material supply port 14a. ^ ^ ^ ^ Material Y1, then supplied from the upstream side end of this, the upstream side supply port 14a supplied to the front side is supplied to the mixing line 丨2, 2!07-605l-PF(Nl). Ptd Page 30 1^20742 V' invention description (28) 'The first flow material X is mixed by the stirring blade 丨4m between the upstream side and the downstream side supply ports 4a and 4a. Further, if the downstream side end portion of the material γ2 k-axis member 14 to which the mixture is added later is supplied, it is supplied from the downstream side supply port 1 4 & to the mixed official road 1 2, and is located at the downstream side supply port 4a. The downstream blade 14m on the downstream side is mixed with the first fluid X in which the material Y1 is mixed. In this case, the material γι supplied from the second material supply port Ma and the unoblique V 9 -Γ 1 supplied from the lower side supply port are further increased by the supply of the shaft member 14. In addition, it may be formed as a double layer or more: two: a number, in which the shaft member 14 is broken to form a #moving uu layer s structure, formed between the pipe and between the pipes: a supply path of the moving material ( Not shown in the figure). (^In the case of multiple pipeline mixers), the ί SJ ϋ官路-type mixer is used as part of the material conveying pipeline. It can be combined with other materials during the moving process (the second pipeline is supplied & In the case where the additive material is one type or the case where the common line is provided, it is also possible to transport the same type of additive material/person feeder, but to add a plurality of types or indirectly to connect multiple coppers in stages. Alternatively, the pipeline type mixing device may be directly or through other devices and pipelines, and the specific mixing of the specific examples of the pipeline type mixing device may be carried out. ΤIn series, the above-mentioned first example; FIG. 13 to FIG. In the example shown in Fig. 13, the second and second mixers 10 and 10 are mixed by the transport pipe, and the movable material Y1 and Y2 are disposed on the upstream side with respect to the first fluid material X. Further, the example shown in Fig. 14 is on the downstream side. The upstream side mixer 10 配置 of the discharge portion 12e of the straight f opening is disposed, / the downstream side mixer 1320742 having the upper opening supply port 12 i. 5. The invention (29) 10B 'directly connects the downstream side mixer 10A downward. Upward supply of the discharge port 12e and the downstream side mixer 10B 1 2 i, the two mixers 丨〇A, 丨〇B are integrated. The case where there are a plurality of mixing portions is also included in the pipeline kneading machine of the present invention. In the example shown in Fig. 14, corresponding to the material The positional relationship between the transfer source and the transfer destination may be one in which one mixer 丨〇A is rotated at an arbitrary angle with respect to the other mixer 10B as a center, or may be, for example, as shown in FIG. 'Form a u-shaped configuration for the transfer of the material. In the specific example of il', it is also possible to use the above-mentioned other pipe but the mixer (not shown). However, the manufacturing method of the above-mentioned lightweight curing material The series form of the present invention is not limited to the above-described method for producing a lightweight curing material. For example, it can also be used in the first line type mixer in contrast to the above-described method for manufacturing a lightweight curing material. 4. A lightweight material is supplied and the solidified material is mixed in the second pipe type mixer 5. (Embodiment of the solidified material supply device) Fig. 16 shows an example of the solidified material supply device of the present invention. When a powder or granule storage hopper for storing a granular material such as cement, for example, a powder or granule stored in a silo or the like is supplied from the upper supply port 2 〇i to the hopper 2 as needed. The powder and granules supplied to the hopper 20 are solidified. The material is separated by a quantitative dispensing device (not shown as a rotary feeder) 21, which is dropped from the discharge port, and is discharged into the radial center portion of the linear confluence line 22 in the wrong direction. The supply part 2 3 i of the device 2 3 . The inside of the confluence line 2 2 falls in the powder body

1320742 V. INSTRUCTIONS (30) The center of the Z 2:: is surrounded by a circular liquid storage port 22d, which runs through the pipe. : T supply: the official 22i is connected to the inside of the crucible 22d (to the outer side of the central portion to e#, two / two, the body (water, additives, etc.) from the liquid supply pipe 221 for 5 for two hours after storage in the 22d, From the overflow of the canopy 22d, the waterfall is basically the same as the case of the exhausting device from the above-mentioned pipe type V mixing/drop mixing device 23 shown in Fig. 7, so that ... The material supply device towel is dropped and supplied to the confluence: the granules of the road 2 are overflowed by the shovel 22d around the process passing through the central portion of the merging pipe 22, and the liquid supplied by the waterfall is sandwiched; The liquid granules and the liquid after the mixing are stirred and mixed by the mixing device 23, and then sent out to the outside. Fig. 17 shows another example of the curing material supply device of the present invention. In this form, relative to Fig. 16. In the form shown, the merged pipe becomes the silo chute 22S, and the inner wall of the upper portion thereof faces the inner-cone-shaped supply pipe 22i, and the "liquid pipe connects the liquid pipe to the n-way". The difference is that in this case, the two bodies from the liquid supply are rotated and lowered along the inner peripheral surface. The powder and granules falling into the layer 22s of the layer h are dropped into the rotation of the liquid, and are filled by the liquid to merge. The mixing machine has the supply of the lower part of the silo chute 22S:= Mixing Μ 'The 4 mixing line for discharging σ 2 4 e 2 is formed at the upper portion of the side of the turbulent side, and the mixture 2 is discharged from the discharge port 24e by overflow. In these examples, since the granules are filled with liquid Confluence of the ground, can not adhere to the inner surface of the confluent pipe and the inner surface of the mixing device, etc. Page 33 2107-6051-PF(Nl).ptd 1 1320742 V. Invention description (31) ___ ^, surely make both Further, it is possible to have the advantage of obtaining a solidified material in a compounding ratio. In addition, in these examples, as shown in the figure, the hopper 20 and the quantitative separating device 21 are connected to the joining line 22 and the like. , F Shuo 25 is suspended by the force measuring sensors 26, 26, according to the measuring force 6 ^ ' ^ measurable storage phase and the storage powder in the quantitative dispensing device 21 ^ measurement, liquid can be used to pass the quantitative pump The flow meter is supplied for another method' or by rotating from the sink or water bucket In addition, in the above example, as a stirring and mixing device ^ (the drawing uses a line type mixer, but it is also possible to use a 24 mixing device. The team has eight times of continuous mixing (specific gravity adjustment) (Formulation of the device) As described above, in the case of materials that are as stable as lyophobic soil, quality control is important. The recovery is not for specific gravity management. The main parameters including moisture and solid components are no more important. It is the adjustment of the water content. The hydrate of the water content ratio of the specific gravity tube and the fluctuation range of the water content ratio are two wide range devices. The specific gravity of the large proportion of the specific gravity adjustment diagram 18 shows the specific gravity adjustment device of the present invention. In Example 3, there is a specific gravity adjusting groove 31. The specific gravity adjusting groove 31 has a maneuverability as a volume measuring device for measuring the volume of the two t-constituting materials. The mobility of the specific gravity adjusting groove has a constant volume, and the household weight is 4 ==. : The volume of the fluid material in the tank can be measured by measuring the water level by 3 1S. Sensing benefit. In the illustrated form, the specific gravity adjusting groove 31 is composed of a force measuring sensor.

2107-6051-PF(Nl).ptd Page 34 1320742 V. INSTRUCTIONS (32) 3 1 L, 3 1 L suspension, from the weight of the material. According to the specific gravity of these materials. In the case where the specific gravity is measured, the suction of the upper clarified water is attracted to the inner tube 31B of the groove 31, and the suction specific gravity 31S and the force measuring sensor 31 are measured so as to have a desired specific gravity. In the case of water, it is required to add water to the desired specific gravity, so that the water can be added as the main body, and the upper clarified water is discharged from the control device. On the other hand, in the present embodiment, the discharge port is provided, and the discharge port (the mixing device is given). The supply of the fluidity material to the separation of the specific gravity is performed by the open supply of the gate valve 32, and the stirring and mixing process is completed and supplied to the stirring tank 33 33x of the external example, and the force sensor 31L of the stirring shaft 33X can be measured. The fluidity measurement in the tank can be determined by the control device shown in the drawing, as a result of the fluidity measurement in the tank. The supply pipe 31 of the fluid material and the water supply are additionally inserted into the upper portion of the tank 31 for the tube 31C. In the adjustment tank 31, 'the specific gravity of the flowing material is measured by the volume of the fluid material injected into the tank 31 by the water level sensor, and if it is smaller than the amount required for the suction pipe 3 1 C to attract the drainage, The specific gravity adjustment is performed by the water supply pipe 31B. In other words, when the specific gravity adjusting groove 31 is drained, it is a form of waiting for the sinking of the soil particles. This operation can be communicated to the agitation tank 33 by a valve such as the gate valve 32 at the bottom of the specific gravity adjusting groove 31 by a valve (not shown), and the fluid material after the specific gravity adjustment is stirred and mixed by the mixing tank 33. When adjusting the inside of the groove 31, the fluid material which is adjusted in specific gravity between the moisture and the solid is preferably provided with a plurality of transfer functions and stirring via the portion 0 on the outer side of the lower shaft supporting the horizontal stirring shaft.

2107-6051-PF(Nl).ptd Page 35 m 丄 742 V. Inventive Note (33) --- Functional multi-function blade m2, which is connected to the rotary drive source 33m outside the slot 33 The drive rotation 'material movement by the multi-purpose blade m2, and the downstream side of the feed direction forms the discharge port to the bottom of the agitator tank. Further, the illustrated specific gravity adjusting device assumes the above-described manufacturing method shown in FIG. 2, and connects the first conduit type mixer 4 to the discharge port of the stirring tank 33 through the quantitative dispensing device R (rotating feeder in the illustrated example). The flow material that has been stirred in the agitation tank 33 by the separation device R is quantitatively supplied to the i-th road type mixer 4. Further, in this case, in order to improve the supply accuracy of the forward-type agitator 4', it is preferable that the agitating grooves 33 are suspended by the load sensors 33R and 33R in accordance with the load sense. The flow material holding amount in the agitation tank 33 measured by the detector 33R controls the amount of quantification, and the rotation of the device R is dominated. Further, Fig. 19 shows an example in which the water of the fluid material stored in the specific gravity adjusting tank 31 is actively sucked and drained by the filter medium 31F (in the case where the upper clarified water is discharged as described above, it can be sucked by the filter medium). More specifically, a filter medium 31F such as a filter cloth is disposed around the center portion of the specific gravity adjusting groove 3, and the drainage medium 31F blocks the drainage space 31z between the outer surface of the filter medium 31p and the inner surface of the groove 31 and the filter medium. In the portion, the through-hole wall faces the suction pipe 31C in the drainage space 312. Further, the supply pipe 31A of the fluid material toward the groove 31 and the water supply pipe 3? are opened in the enclosed portion formed by the filter medium 32F. In this case, when the drainage material is supplied to the filter medium 3 1 F in the adjustment tank 3 when it is drained, only the water permeates through the filter medium 31F to the drainage space 31z by the self-weight pressure, and passes through the suction pipe. 3ic attraction row

2107-6051-PF(Nl).ptd Page 36 1320742 V. INSTRUCTIONS (34) The required amount of the effluent water is produced. In this form, as long as the above functions can be performed, then filter _

The configuration can be arbitrary. When the filter cloth is used as a filter medium, as shown in (a), as shown in (a), a cylindrical filter cloth is placed along the inside of the specific gravity adjusting groove 3 1 as shown in Fig. 2, for example, (b) The erected members 3 1 P, 3 1 P ' are partially centered and supported at predetermined intervals in the circumferential direction, and are arranged as 6 vertex stars as shown by U). The side extension is additionally shown in Fig. 19. The specific gravity adjustment device 3 〇 'Imagine the method of making, relative to the provocation 4, the cold pump 2 can be connected to the discharge pump of the mixing tank 33 to the piston pump 2, / not "^ r ^ fii Take out the flow material from the agitation tank 3 3. The live outside (in the case of the millennium W of Figure 1 relative to the material. In the form of the first line type mixer 4), the flow is as above Such a person σ According to the present invention, mixing in a stable ratio can be performed. In addition, a homogeneous lightweight curing material can be produced from heart and mud.

2107-6051-PF(Nl).ptd Page 37 1320742 Schematic description of the circle. Fig. 3 is a longitudinal cross-sectional view showing a first example of the mixer of the present invention. ==: Longitudinal section of the second example of the road type mixer. A longitudinal section of the first example of the road type mixer. Fig. 7 is a view showing the flute type of the duct type. Fig. 8 is a cross-sectional view showing the duct type. 9(a) to 9(b) are vertical cross-sectional views of the dry type = the first example. The main section of the pipeline type mixer is enlarged in longitudinal direction and cross section. S峪i stir Figure 10 is an explanatory diagram of the mixing and mixing principle. An example of another pipe type mixer is shown as an example of another pipe type mixer. The figure is a longitudinal section of the example of the connection of the 胄 胄 路 搅拌 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = A longitudinal section of still another example of the pipe type mixer is a longitudinal sectional view showing an example of a curing material supply device. A longitudinal cross-sectional view showing an example of another curing material supply device is shown. A circle 18 is a longitudinal cross-sectional view showing an example of a specific gravity adjusting device. 2107-6051-PF(Nl).ptd

Claims (1)

Year of the next month's patent application scope - side 1 toward: use the pipeline type mixer road, in the mixing pipeline: the skin type mixer has: the axis of the mixing pipe surface from the upstream side The member, the rotary drive device of the outer member of the shaft member: = = = at least one additive supply of the sheet and the stirring blade, the shaft structure portion = the rotary blade corresponding to the given blade is supplied to the additive for the end side to the side After the driven screw is transferred, from: the flow material U μ supplied to the mixing line, the additive #仏5, 丨兮4 material is filled by the above additive supply port, and the spoiler pen driven by the rotation is n = for, ·,. The flow agent is stirred and mixed; and the sheet material is added to the material and is characterized by: a step of re-adjusting; #addition or removal of the above-mentioned fluidity raw material ratio JL> ^ by at least one of the above The pipeline type has stopped her AA material, and at the same time, Jiang Jin has adjusted the flowability of the specific gravity to the pipeline type of the upper 3 it on the transfer channel. The solidified material of the material is added and mixed as an additive. The solid (B2) is provided by another type of pipeline type disrupting machine disposed downstream of the above-mentioned solidification: a type-added type of mixed-feeding mobile raw material is added and mixed as a flow-cutting step of adding a material Additional addition of the mixing machine to: 40th stomach i320742 Case number 9213β816 夂, the scope of application for patent _ supply of lightweight agent, add light weight agent to the mouth - 'lightweight agent in the flow of raw materials to add ^ The above-mentioned solidification is added to the second step 2 as described in the first item of the patent application. The method, and by the W. filial II curing material, /, in the above-mentioned transfer channel Yin, the type of transmission, such as the i-lined 逑 curing material added force to make the above = side set repeatedly send fruit, By using the liquid raw material whose specific gravity is adjusted by the wishful delivery of the fruit, the addition and mixing of the respective additives are carried out by the pipe type stirring.