JP2004250102A - Viscous liquid storage container, viscous liquid kneading and transporting container, combination of these two containers, combination of these two containers and kneading machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To be convenient for shipping transport and storage of a viscous liquid, to be compacted and crushed when empty, and to prevent twisting and lifting of a lower half when kneading the viscous liquid.
SOLUTION: A viscous liquid storage container a, a viscous liquid kneading / conveying container b, and a viscous liquid kneading / conveying container b into which the viscous liquid storing / container a is inserted are fixed to a rocking table 18 by being fixed. A kneading machine c provided with tightening pieces 19. The lower half of the viscous liquid kneading and conveying vessel b is fastened and fixed by the tightening pieces 19. The pressing pieces 17 of the wall 9 are pressed inward, and the inner surfaces of the pressing pieces 17 are slightly deviated into the inner ring groove 14 so that the engaging peripheral wall 7 of the bottom plate 3 of the viscous liquid storage container a is moved. A combination of a viscous liquid storage container, a viscous liquid kneading / transporting container, and a kneader, which is pressed and fixed to the inner wall surface of the inner annular groove 14 of the viscous liquid kneading / conveying container b.
[Selection] Fig. 6

Description

  The present invention fills and stores a viscous liquid such as a sealing material, an adhesive, a paint, a mortar, a concrete, a miso, a mayonnaise-like food, and transports the viscous liquid. A container, a viscous liquid kneading / conveying container into which the viscous liquid storage container can be inserted and detachably attached to the required rocking table of the kneading machine, a combination of these two containers, and a viscous liquid kneading container. The present invention relates to a combination with a kneading machine that removably mounts a liquid kneading / transporting container on a rocking table.

  Japanese Patent No. 3289192 (Patent Document 1) discloses that (1) as a sealing material storage container, a sealing material kneading / transporting container that can be detachably attached to a rocking table of a kneading machine can be inserted. A rotation preventing fitting portion for preventing relative rotation with the sealing material kneading / conveying container is formed in a required portion. (2) The sealing material kneading / conveying container is inserted as the sealing material kneading / conveying container. And a rotation preventing fitting portion for preventing relative rotation with the sealing material storage container is formed at a required portion thereof. (3) These sealing material storage container and the sealing material Combinations with containers are described and known.

  Japanese Patent Application Laid-Open No. H11-227766 (Patent Document 2) discloses a plastic molded container around a top surface of a cylindrical body made of a plastic laminate film as a plastic flexible container for filling and storing various fluid substances. A large-diameter annular portion is provided, and a small-diameter annular portion, which is also a plastic molded portion, is provided around the bottom surface. When the fluid substance that has been filled and emptied is used, the large- and small-diameter annular portions are connected to each other. There is described and known one having a feature that the bulk can be reduced by being crushed in a joining or approaching direction, and the disposal can be performed in a compact state.

Japanese Patent No. 3289192 JP-A-11-227766

  The inventors studied viscous liquid storage containers, particularly recycling, reuse and reduction of containers to reduce the burden on the global environment in the disposal of empty storage containers after the use of sealing materials. By adopting the flexible container described above, it is convenient for shipping and transporting and storing the sealing material, and when it is empty, it can be crushed and compacted for disposal, reducing the volume of industrial waste. Focusing on its advantages, such as being able to partially contribute to the reduction of the burden on the global environment and reducing costs, we have conducted intensive research on its practical use.

  However, when the above-mentioned flexible container is used as a sealing material storage container, it is inserted into the sealing material kneading / conveying container, and the sealing material kneading / conveying container is mounted and fixed on a rocking table of the kneading machine, and is customarily used. Therefore, when the sealing material filled in the sealing material storage container is to be kneaded, the sealing material storage container and the sealing material kneading / conveying container are fitted with each other by the rotation preventing fitting portions. Although it is possible to prevent relative rotation by, the sealing material storage container is twisted in the cylindrical main body due to its flexibility, and, in particular, to deform, such as lifting the lower half, It has been found that there is a problem that the sealing material storage container is wound or damaged by being wound on the paddle or in contact with the paddle, so that a predetermined kneading becomes impossible.

  The present invention provides stirring and mixing of a viscous liquid while maintaining the above-mentioned features of a plastic flexible container. For example, in the case of a sealing material, a main material and a hardening agent are mixed, or a coloring agent is added to the sealing material as necessary. It can be used for mixing catalysts, retarders, etc., and is convenient for shipping, transportation and storage of sealing materials. When empty, it can be compactly crushed and discarded, further reducing costs. While being able to do it, it is proposed for the purpose of preventing deformation which is friendly to the global environment and causes the above-mentioned problem, that is, to prevent twisting of the cylindrical body and lifting of the lower half. .

  In the container for storing a viscous liquid according to the first aspect of the present invention, the plastic annular annular frames 2 and 22 are integrally formed on the periphery of the upper surface opening of the flexible cylindrical bodies 1 and 21 made of soft plastic. Plastic bottom plates 3 and 23 are fitted into the bottom openings, and at least one body annular frame 4 and 24 are formed on the outer peripheral surface of the cylindrical bodies 1 and 21; A plurality of engagement projections 5 are formed integrally with the annular frames 2 and 22 at predetermined intervals, and the bottom plate bodies 3 and 23 are provided with engagement peripheral walls 7 and 27, and a plurality of engaging projections 8..., 28.

  According to the second aspect of the present invention, the viscous liquid container according to the first aspect, wherein the cylindrical main bodies 1 and 21 are formed of a plastic laminate film so as to be narrower in diameter from the top opening side to the bottom opening side. It is.

  According to the third aspect of the present invention, the rim annular frame 22 is formed in an annular shape having a cross section in which an upper rib 22b and a lower rib 22c are continuously provided on an inner peripheral edge of a flange portion 22a. The viscous liquid storage container according to claim 1 or 2, wherein the bottom plate (23) has an upper rib (27 ') formed continuously above the outer periphery of the bottom plate (26).

  According to a fourth aspect of the present invention, there is provided the viscous liquid container according to the third aspect, wherein a handle 22 ′ is formed so as to protrude from the flange portion 22 a of the annular annular frame 22.

  The container for kneading and transporting the viscous liquid according to the fifth aspect of the present invention is made of a hard plastic, and the body walls 9, 29 and the bottom plates 10, 30 are formed, and the rim formed on the upper surfaces of the body walls 9, 29. .., 33.. Are formed at required intervals in the annular portions 11, 31, and inner ring grooves 14, 34 are formed between the body walls 9, 29 and the bottom plates 10, 30. , And a plurality of engaging holes 15... 35 are formed in the bottom plates 10 and 30 in a required arrangement.

  According to a sixth aspect of the present invention, there is provided the viscous liquid kneading / conveying container according to the fifth aspect, wherein a plurality of pressing means for holding and fixing the engagement peripheral wall 7 engaged with the inner ring groove 14 are formed. .

  The present invention according to claim 7 is the container for kneading and transporting a viscous liquid according to claim 5, wherein a window hole 29 "is opened at a required position of the body wall 29.

  The present invention according to claim 8 is the viscous liquid kneading / conveying container according to claim 5 or 7, wherein a vent hole 39 is formed in a pedestal 38 formed on the lower surface side of the bottom plate 30.

  According to a ninth aspect of the present invention, there is provided the viscous liquid kneading / conveying container according to the fifth, seventh or eighth aspect, wherein a cutout portion 31 ′ that opens to the upper edge side is formed in the rim portion 31. .

  According to a tenth aspect of the present invention, a step is provided on the outer peripheral surface of the body wall 29, and the outer diameter on the lower surface side of the step is smaller than the inner diameter on the upper surface opening side. Or a container for kneading and transporting the viscous liquid according to 9.

  According to the eleventh aspect of the present invention, a hand 22 having bag body suspension protrusions 32a, 32a is rotatably attached to the edge annular portion 31, and a protrusion for holding the hand 22 in an upright state. The container for kneading and transporting a viscous liquid according to claim 5, wherein the piece 31 b is formed.

  The combination of the container for storing the viscous liquid of the present invention described in claim 12 and the container for kneading and transporting the viscous liquid comprises the containers a and d for storing the viscous liquid according to claim 1 or 2 and the viscous liquid storage container according to claim 5. And containers for liquid kneading and transportation b and e.

  The combination of the container for storing a viscous liquid of the present invention and the container for kneading and transporting a viscous liquid according to claim 13 is a container for storing a viscous liquid according to claim 1 or 2 and the viscous liquid kneading according to claim 6. And a transport container b.

  The combination of the container for storing a viscous liquid of the present invention according to claim 14 and the container for kneading and transporting the viscous liquid is the same as the container d for storing a viscous liquid according to claim 3 or 4, and the combination of the viscous liquid storage container according to claims 7, 8, 9, and 10. Or a viscous liquid kneading / conveying container e described in 11.

  The combination of the container for storing a viscous liquid according to claim 15 and the container for kneading and transporting a viscous liquid and the kneading machine are the same as the container for storing a viscous liquid according to claim 12, 13 or 14, and the kneading and transporting method. The combination of containers and the body walls 9 and 29 of the viscous liquid kneading / conveying containers b and e in which the viscous liquid storing containers a and d are inserted are fastened to the rocking table 18 detachably. It comprises a kneading machine c provided with a plurality of fastening means 19.

  According to the present invention, the pressing means of the body wall 9 of the viscous liquid kneading / conveying container b is pressed inward by the tightening means 19, and the inner surface of the pressing means is inserted into the inner ring groove. By slightly displacing, the engaging peripheral wall 7 of the bottom plate 3 of the viscous liquid storage container a is pressed against the inner wall surface of the inner annular groove 14 of the viscous liquid kneading / conveying container b to be clamped and fixed. Item 20 is a combination of the container for storing a viscous liquid, the container for kneading and transporting the viscous liquid, and a kneading machine.

It is useful as a viscous liquid for storing, transporting, storing and stirring and mixing foodstuffs in addition to rubber / polymer compositions such as sealing materials, adhesives, paints, etc., and reduces the volume of waste after use.
According to the present invention, when the viscous liquid filled and stored in the viscous liquid storage container is to be kneaded with a paddle, the relative position between the viscous liquid storage container and the viscous liquid kneading and transporting container is adjusted. In addition to preventing rotation, the viscous liquid storage container is twisted due to its flexibility, and deformation such as lifting the lower half is prevented.
Therefore, the viscous liquid storage container is not wound around the paddle or damaged by contact with the paddle, so that the predetermined kneading becomes impossible.

  Moreover, according to the present invention, when the container for storing a viscous liquid is empty, it can be compactly crushed and discarded, the processing can be easily performed, and the load on the global environment can be reduced.

  Hereinafter, the best mode for carrying out the present invention will be described with reference to examples, but the present invention is not limited thereto.

First, a first embodiment of the present invention will be described in detail with reference to FIGS.
a is a flexible viscous liquid storage container made of soft plastic.
That is, the viscous liquid storage container a is formed of, for example, a plastic laminated film of polyethylene, polypropylene, aluminum foil, polyester, nylon, or the like, and has a cylindrical shape whose diameter decreases from the top opening side to the bottom opening side. A plastic rim annular frame 2 is fixed to the periphery of the upper surface opening of the main body 1 and integrally molded, and a plastic bottom plate 3 is fitted to the bottom opening, and the outer peripheral surface of the cylindrical main body 1 is At least one belt-shaped annular frame 4 made of plastic, metal, leather, cloth, or the like is formed. In the production example of the container for storing a viscous liquid, one body-shaped annular frame made of plastic was integrally formed and provided on the outer peripheral surface at substantially the center of the height of the cylindrical main body.

  The edge annular frame 2 has an annular shape in cross section, and a plurality of engaging projections 5 are formed on the outer peripheral surface of the annular shape at a required interval, for example, 90 degrees.

  In the bottom plate 3, the engagement peripheral wall 7 is formed on the outer periphery of the bottom plate disk 6, and a plurality of engagement projections 8 are integrally formed on the lower surface in a required arrangement.

This viscous liquid storage container a was filled with a predetermined viscous liquid and stored, then the upper surface opening was closed with a predetermined lid material (not shown), and stored in a packaging box such as a cardboard box. In the state, it is provided for shipping and storage.
However, when the viscous liquid has been used up and becomes empty, the annular annular frame 2 and the bottom plate 3 are crushed in a direction of joining or approaching each other, so that the folded tubular main body 1, The body annular frame 4, the rim annular frame 2 and the bottom plate 3 are superimposed, and the bulk can be reduced to at least a fraction to reduce the volume of industrial waste (FIG. 3).

b is a viscous liquid kneading and transporting container made of hard plastic.
The viscous liquid kneading / conveying container b has a body wall 9 and a bottom plate 10 which are slightly reduced in diameter from the top opening side to the bottom side and have a large diameter portion 9 'on the inner surface. It has a required size for inserting the storage container a, and forms an annular rim 11 on the upper surface of the body wall 9, and a hand 12 is rotatably attached to the annular rim 11. Become.

  Further, a plurality of engaging recesses 13... For engaging the plurality of engaging projections 5. It is.

  The bottom plate 10 integral with the body wall 9 is a raised bottom, and the engagement peripheral wall 7 of the bottom plate 3 of the viscous liquid container a is engaged between the inner surface of the body wall 9 and the bottom plate 10. The bottom plate 10 is formed with a plurality of engagement holes 15 for receiving the plurality of engagement projections 8 of the viscous liquid storage container a. It is established in the arrangement.

In addition, the body wall 9 is a position close to the bottom portion, and as a pressing unit that sandwiches and fixes the engagement peripheral wall 7 engaged with the inner ring groove 14 at a plurality of locations facing the inner ring groove 14, A plurality of pressing pieces 17 are formed. In the present embodiment, the pressing piece 17 is surrounded by a horizontally long U-shaped cut line 16 so that the thickness of the pressing piece 17 is made slightly thicker than the portion of the body wall 9 other than the pressing piece 17, and the pressing is performed from the outside. Thereby, the inner surface can be slightly deviated into the inner ring groove 14.
The pressing means is not limited to the pressing piece of the present embodiment, but may be of any other configuration as long as it has a function of pinching and fixing the engaging peripheral wall of the outer periphery of the bottom plate of the viscous liquid storage container. It may be something.

  The viscous liquid storage container a having the above configuration is filled with a predetermined viscous liquid, and is packed in a packing box such as a cardboard box in a closed state, and is provided for shipping and transportation. However, in general, when using a viscous liquid, the container a for storing the viscous liquid is taken out of the packaging box, inserted into the container b for kneading and transporting the viscous liquid having the above configuration, and the kneading machine c described below is used. The kneading of the viscous liquid can be performed in advance.

The insertion of the viscous liquid storage container a into the viscous liquid kneading / conveying container b is performed as follows.
That is, a plurality of engagement projections 5 are engaged with a plurality of engagement recesses 13 while the former annular annular frame 2 is mounted on the latter annular annular portion 11. .
As a result, the former engagement peripheral wall 7 and the plurality of engagement protrusions 8 are engaged with the inner ring groove 14 and the plurality of engagement holes 15 almost tightly, respectively, and the former bottom plate 3 The (disc 6) overlaps the latter bottom plate 10, and the former body annular frame 4 is opposed to the latter large-diameter portion 9 '(FIG. 6).

In order to knead the viscous liquid, the viscous liquid kneading / transporting container b with the viscous liquid accommodating container a inserted therein is, for example, placed on a rocking table 18 of a conventionally known kneading machine c. After being mounted, at least a part of the body wall of the container for kneading and transporting the viscous liquid is fastened by a plurality of fastening means and detachably fixed to the rocking table 18.
For example, the kneading machine c of the present invention is provided with a plurality of tightening pieces 19 of a chuck mechanism attached to the kneading machine c, and tightens and fixes the lower half of the viscous liquid kneading / conveying container b (FIG. 11). .
Here, the fastening means of the chuck mechanism is illustrated as an embodiment of the present invention, but the fastening means is not limited to this, and can fasten and fix the viscous liquid kneading / conveying container in which the viscous liquid storing container is inserted. Any removable fastening means such as a plastic band, a metal pressing fastener, a rubber band, and a leather band can be used.
The plurality of fastening pieces 19... Press the plurality of pressing pieces 17... Of the body wall 9 of the viscous liquid kneading and conveying container b inward, and the pressing pieces 17 The inner surface of the container a is slightly deviated into the inner ring groove 14, and the engaging peripheral wall 7 of the viscous liquid storage container a is pressed against the inner wall surface of the inner ring groove 14 so as to be clamped and fixed. At least one pressing piece 17 provided on the outer periphery of the bottom of the kneading / transporting container b can be fastened and pressed.

  The lid material, which closed the upper opening of the viscous liquid storage container a, is removed when the viscous liquid storage container a is inserted into the viscous liquid kneading / conveying container b or after being inserted and kneaded. The paddle 20 of the machine c is inserted and arranged (set) in the viscous liquid storage container a through the upper opening thereof.

  Then, when the kneading machine c is driven, the viscous liquid storage container a and the viscous liquid kneading / conveying container b are repeatedly reciprocated right and left with the rocking table 18 in an integrated relationship, and left and right with respect to the paddle 20. The viscous liquid is kneaded by rocking.

  The above-mentioned integral relationship between the viscous liquid storage container a and the viscous liquid kneading / conveying container b is based on the fact that the engagement protrusions 5 of the former annular frame 2 are engaged with the engagement recesses of the latter annular portion 11. .., And is retained by engaging the engagement projections 8 of the bottom plate 3 with the engagement holes 15 of the bottom plate 10.

  The viscous liquid storage container a is made of soft plastic and has flexibility due to the above-mentioned swinging movement of the viscous liquid storage container a and the viscous liquid kneading / conveying container b in relation to the paddle 20. The torsion and narrowing phenomenon of the tubular main body 1, which is considered to be caused by the above, is not only maintained by the above-mentioned integral relationship, but also by the body annular frame 4 integrally formed on the outer peripheral surface of the substantially central portion of the cylindrical main body 1. Will be blocked.

  Further, the lifting of the lower half of the viscous liquid storage container a (the cylindrical main body 1), which is considered to be caused by the same cause as the above due to the rocking, is caused by the fastening pieces 19 of the chuck mechanism of the kneading machine c. By pressing and fixing the lower half of the viscous liquid kneading / conveying container b, the pressing pieces 17 of the body wall 9 of the viscous liquid kneading / conveying container b are engaged with the viscous liquid storing container a. This is prevented by pressing the peripheral wall 7 against the wall surface of the inner ring groove 14 to fix it.

  In addition, in order to prevent the lower half of the viscous liquid container a (cylindrical main body 1) from being lifted, in addition to the above-mentioned tightening and fixing, the engaging projections 8 of the bottom plate 3 of the viscous liquid container a are provided. Is engaged in the engagement holes 15 of the bottom plate 10 of the viscous liquid kneading / conveying container b.

Next, a second embodiment of the present invention will be described in detail with reference to FIGS.
d is a flexible viscous liquid storage container made of soft plastic. The viscous liquid storage container d is formed of a required plastic laminate film, and has a plastic lip formed on the periphery of the upper surface opening of the cylindrical main body 21 having a slightly smaller diameter from the upper surface opening side to the bottom surface opening side. The annular frame 22 is fixed and integrally molded, a plastic bottom plate 23 is fitted to the bottom opening, and the outer peripheral surface of the cylindrical main body 21 is made of plastic, metal, leather, cloth, or the like to form a belt. At least one body annular frame 24 is formed. In the production example of the container for storing a viscous liquid, one body-shaped annular frame made of plastic was integrally formed and provided on the outer peripheral surface at substantially the center of the height of the cylindrical main body.

  As described above, the viscous liquid storage container d generally has the same configuration as the viscous liquid storage container a of the first embodiment. 23 is different from that of the viscous liquid storage container a, and they are as follows.

The edge annular frame 22 is formed in an annular shape with a cross section G in which an upper rib 22b and a lower rib 22c are continuously provided on an inner peripheral edge of the flange portion 22a, and the inner surfaces of the upper rib 22b and the lower rib 22c are formed. It is fixed to the cylindrical main body 21.
A pair of handles 22 ′, 22 ′ are formed to protrude from the flange 22 a at positions facing each other. A plurality of engaging projections 25 are formed on the outer peripheral surface of the lower rib 22c at required intervals, for example, at 180-degree intervals.

  Further, the bottom plate 23 forms an engaging peripheral wall 27 below the outer periphery of the bottom plate disk 26, and a plurality of cylindrical engaging projections 28 are arranged on a lower surface of the bottom plate disk 26 in a required arrangement. It is integrally molded. Further, an upper rib 27 'having the same diameter as the engaging peripheral wall 27 is formed continuously above the outer periphery of the bottom plate disk 26. Due to the presence of the upper rib 27 ', the bottom plate 23 has a higher strength than the bottom plate 3 of the first embodiment, and has a stronger bond with the cylindrical body 21, thereby preventing the bonded portion from being damaged or damaged. It has become.

After the viscous liquid storage container d is filled with a predetermined viscous liquid, a required lid member 22d made of an aluminum laminated film or the like is attached to the upper end surface of the upper rib 22b of the rim-shaped annular frame 22. With this, the upper surface opening is closed, and the product is provided for shipping, transportation, and storage in a state of being stored in a packaging box such as a cardboard box.
The lid member 22d is sufficiently larger than the upper surface opening, and is formed, for example, in a rectangular shape, and has an extending portion 22e extending outward from the upper rib 22b (see FIG. 16). At the time of opening, the extension portion 22e can be pinched and peeled off.

  In addition, the edge annular frame 22 can use a portion of the upper rib 22b, which fixes the upper end of the cylindrical main body 21 on the inner surface, as a spatula rib, and attaches to a spatula used to take out a viscous liquid. It helps to remove excess viscous liquid.

  When the viscous liquid is emptied after use, the annular annular frame 22 and the bottom plate 23 are crushed in a direction of joining or approaching each other, so that the cylindrical body 21 in the folded state and the body The annular frame 24, the edge annular frame 22 and the bottom plate 23 are superimposed, and the bulk thereof can be reduced to at least a fraction, thereby reducing the volume of industrial waste (not shown).

"e" is a viscous liquid kneading and transporting container made of hard plastic.
This viscous liquid kneading / conveying container e has a step on the outer peripheral surface to make the bottom side smaller in diameter than the upper surface opening side, and has a large-diameter portion 29 ′ on the inner surface at a substantially central portion in the height direction. 29 and the bottom plate 30 are formed, and have a required size for inserting the viscous liquid storage container d.
Window holes 29 "and 29" are opened at positions facing each other on the large diameter portion 29 'of the body wall 29, and a number of vertical stripes are formed on the outer peripheral surface on the bottom surface side of the step having a reduced diameter. Is formed so that the outer periphery is made uneven.
Further, an annular rim portion 31 is formed on the upper surface of the body wall 29, and at the positions of the annular rim portion 31 opposed to each other, boss attaching portions 31a, 31a are formed so as to protrude therefrom. Is rotatably mounted.

Reference numeral 31b denotes a protruding piece formed on the above-mentioned hand attaching portion 31a, and the above-mentioned hand 32 can be held in an upright state by leaning on the protruding piece 31b.
Reference numerals 32a, 32a denote a pair of bag body suspension projections formed in the central straight portion of the above-mentioned hand 32 at a required interval. The bag suspending projections 32a, 32a are used to hold the hand 32 in an upright state and suspend a container such as a bag containing necessary kneading materials such as a curing agent and toner. By opening the lower end of the suspended container, the kneading material flows down into the viscous liquid in the viscous liquid storage container d inserted into the viscous liquid kneading and transporting container e. Added.

  Further, a plurality of engaging recesses for engaging the engaging projections 25, 25 of the viscous liquid storage container d are provided on the wide portions 31c, 31c formed at positions facing each other on the edge annular portion 31. Processes 33, 33 are formed, and are opened to the upper edge side at positions corresponding to the handles 22 ', 22' of the viscous liquid storage container d of the annular edge portion 31. Notches 31 'and 31' are formed.

  The bottom plate 30 integral with the body wall 29 is a raised bottom, and the engagement peripheral wall 27 of the bottom plate 23 of the viscous liquid container d is engaged between the inner surface of the body wall 29 and the bottom plate 30. An inner ring groove 34 is formed therein, and a plurality of engaging holes 35 for receiving the plurality of engaging projections 28 of the viscous liquid storage container d are required in the bottom plate 30 thereof. It is established in the arrangement.

36 is an underside of the bottom plate 30 and an engagement hole reinforcing wall 37 formed at the opening edge of the engagement hole 35 is a bottom surface of the bottom plate 30 and is engaged with the engagement hole. An annular wall for reinforcing the bottom plate formed outside the holes 35.
Reference numeral 38 denotes an annular pedestal formed on the lower surface side of the bottom plate 30 and outside the bottom plate reinforcing annular wall 37. It is formed by connecting a double annular wall with a plurality of reinforcing ribs 38a and has a height higher than that of the bottom plate reinforcing annular wall 37. Reference numerals 39, 39 denote ventilation holes opened through the double wall of the pedestal 38.

In the viscous liquid kneading and transporting container e having the above-described configuration, the outer diameter on the lower surface side is smaller than the inner diameter on the upper surface opening side due to the provision of a step on the outer peripheral surface. When the liquid kneading / conveying containers e are polymerized with each other, the lower half of the body wall 29 of the upper viscous liquid kneading / conveying container e is inserted into the lower container e, and the stepped portion thereof is on the lower side. The viscous liquid kneading / conveying container e is mounted on the edge annular portion 31 of the body wall 29 so that the viscous liquid can be stacked (FIG. 23).
In addition, the base 38 is formed of a double wall, and the engaging hole reinforcing walls 36 are formed at the opening edges of the engaging holes 35, so that the strength around the bottom plate 30 is high. .

  In addition, the viscous liquid storage container d having the above configuration is filled and stored with a predetermined viscous liquid, and in a closed state, is housed and packed in a packaging box such as a cardboard box, and provided for shipping and transportation and storage. In general, when a viscous liquid is used, the viscous liquid storage container d is taken out of the packaging box, inserted into the viscous liquid kneading / transporting container e having the above-described configuration, and the kneading machine is used. Kneading of the viscous liquid can be performed.

The insertion of the viscous liquid storage container d into the viscous liquid kneading / conveying container e is performed as follows.
That is, the engaging projections 25, 25 are engaged and engaged with the engaging recesses 33, 33 while the former annular annular frame 22 is mounted on the latter annular annular portion 31 (FIG. 26).

As a result, the former engaging peripheral wall 27 and the plurality of engaging projections 28 are substantially tightly engaged with the inner ring groove 34 and the plurality of engaging holes 35 respectively, and the former bottom plate body 23 is formed. The (disk 26) is superposed on the latter bottom plate 30.
Also, the former handles 22 ', 22' are located on the latter notches 31 ', 31' (FIG. 27).
Further, since the former torso annular frame 24 is located opposite to the latter large-diameter portion 29 '(FIG. 25), it is confirmed that the torso annular frame 24 is visible through the window hole 29 ". It can be seen that the viscous liquid storage container d is correctly inserted.
When the viscous liquid storage container d is inserted and inserted, the air in the viscous liquid kneading / conveying container e is passed through the engagement holes 35 of the bottom plate 30 and the ventilation holes 39, 39 of the pedestal 38. Is discharged, so that the insertion can be performed smoothly.

When kneading the viscous liquid, the viscous liquid kneading / transporting container e in which the viscous liquid storage container d is inserted is inserted in the same manner as in the case of Example 1 above. For example, it is mounted on a rocking table 18 of a conventionally known kneading machine c shown in FIG. 11, and a plurality of tightening means 19 tighten at least a part of a body wall of the container for kneading and transporting the viscous liquid, and rocking. It is detachably fixed to the table 18.
The fastening means 19 may be any as long as it can fasten and fix a viscous liquid kneading / conveying container in which a viscous liquid storage container is inserted. For example, a plastic band, a metal pressing fastener, a rubber band, A removable fastening means such as a leather band can be used as in the case of the first embodiment.

  The lid material, which closed the top opening of the viscous liquid storage container d, is removed when the viscous liquid storage container d is inserted into the viscous liquid kneading / conveying container e or after the viscous liquid storage container d is inserted and kneaded. The paddle 20 of the machine c is inserted and arranged (set) in the viscous liquid storage container d through the upper surface opening.

  Then, when the kneading machine c is driven, the viscous liquid storage container d and the viscous liquid kneading / conveying container e repeatedly reciprocate left and right with the swing table 18 in an integrated relationship, The viscous liquid is kneaded by rocking.

  The integral relationship between the viscous liquid storage container d and the viscous liquid kneading / conveying container e is such that the engagement projections 25, 25 of the former edge annular frame 22 are engaged with the engagement recesses 25 of the latter edge annular portion 31. , 33, and is retained by engaging the engagement projections 28 of the bottom plate 23 with the engagement holes 35 of the bottom plate 30.

  The phenomenon of twisting and narrowing of the cylindrical body 21 of the viscous liquid storage container d during kneading can be caused by not only maintaining the above-described integral relationship but also integrally forming the cylindrical body 21 on the outer peripheral surface at a substantially central portion of the cylindrical body 21. Blocked by the annular frame 24.

  Further, the lifting of the lower half of the viscous liquid storage container d (the cylindrical main body 21) is caused by the engagement protrusions 28 of the bottom plate 23 of the viscous liquid storage container d being the viscous liquid kneading / conveying container e. Of the bottom plate 30 is suppressed by the resistance caused by being engaged in the engagement holes 35 of the bottom plate 30.

  The handles 22 ', 22' of the viscous liquid container d inserted into the viscous liquid kneading / conveying container e are positioned above the notches 31 ', 31' of the viscous liquid kneading / conveying container e. The viscous liquid storage container d after use can be easily lifted and removed by attaching the fingers to the lower surfaces of the handles 22 ', 22' from the notches 31 ', 31' and lifting the container d from below. Can be done.

It is a perspective view of the container for viscous liquid storage concerning Example 1 of the present invention. It is a longitudinal cross-sectional view same as the above. It is a perspective view of the same crushed state. 1 is a perspective view of a container for kneading and transporting a viscous liquid according to Example 1 of the present invention. It is a longitudinal cross-sectional view same as the above. It is a longitudinal cross-sectional view in the state where the container for storing a viscous liquid was inserted into the container for kneading and transporting the viscous liquid. It is a top view same as the above. It is a longitudinal section perspective view of an important section showing an engagement state of a bottom portion of a viscous liquid storage container and a viscous liquid kneading and transporting container. It is a cross-sectional view of the same principal part as above. It is a cross section of an important section similarly. FIG. 3 is a perspective view of a state in which a viscous liquid kneading / conveying container fitted with a viscous liquid accommodating container is mounted on a kneader and a paddle is set. It is a front view of the container for viscous liquid storage concerning Example 2 of the present invention. It is a side view same as the above. It is a top view same as the above. It is a bottom view same as the above. It is a longitudinal cross-sectional view same as the above. It is a front view of the container for kneading and conveying a viscous liquid according to Example 2 of the present invention. It is a side view same as the above. It is a rear view same as the above. It is a top view same as the above. It is a bottom view same as the above. It is a longitudinal cross-sectional view same as the above. It is a longitudinal cross-sectional view of a state where two viscous liquid kneading and transporting containers according to Example 2 are polymerized and stacked. FIG. 9 is a perspective view of a state in which the viscous liquid storage container according to the second embodiment is being fitted into the viscous liquid kneading / conveying container according to the second embodiment. It is sectional drawing of the state which inserted the said container for viscous liquid storage concerning Example 2 similarly to the said container for viscous liquid kneading conveyance concerning Example 2. FIG. (A), (b) is a perspective view of the principal part for explaining the engagement state of the upper opening edge of the container for storing the viscous liquid and the container for kneading and transporting the viscous liquid. It is a perspective view of the principal part for demonstrating the positional relationship of the handle of the said container for viscous liquid storage, and the notch part of the container for viscous liquid kneading conveyance.

Explanation of symbols

a, d Viscous liquid storage container b, e Viscous liquid kneading / carrying container c Kneader 1, 21 Cylindrical main body 2, 22 Edge ring frame 3, 23 Bottom plate 4, 24 Trunk ring frame 5, 25 Engagement projections 7, 27 Engagement peripheral walls 8, 28 Engagement projections 9, 29 Body wall
10,30 bottom plate
11, 31 Ring edge
12, 32
13, 33 engagement recess
14, 34 Inner ring groove
15, 35 Engagement hole
16 score line
17 Pressing piece
18 Rocking table
19 Tightening piece
20 paddles
36 Engagement hole reinforcement wall
37 Bottom plate reinforcing annular wall
38 pedestal
39 Vent

Claims (16)

  A plastic rim annular frame is integrally formed on the periphery of the top opening of the flexible plastic and flexible tubular main body, and a plastic bottom plate is fitted to the bottom opening, and At least one body annular frame is formed on the outer peripheral surface, and a plurality of engaging projections are integrally formed at a required interval on the rim annular frame, and the bottom plate body is provided with an outer periphery. A container for storing a viscous liquid, comprising a lower peripheral wall and a plurality of lower projections integrally formed on a lower surface in a required arrangement.   The container for storing a viscous liquid according to claim 1, wherein the cylindrical main body is formed of a plastic laminate film so as to be narrower in diameter from an upper opening side to a lower opening side.   The rim annular frame has an annular shape with a cross section in which an upper rib and a lower rib are connected to the inner peripheral edge of the flange portion, and the bottom plate is positioned above the outer periphery of the bottom plate disc. 3. The container for storing a viscous liquid according to claim 1, wherein the ribs are formed continuously.   4. The container for storing a viscous liquid according to claim 3, wherein a handle is formed so as to protrude from said flange portion of said annular frame.   A body wall and a bottom plate are formed of hard plastic, and a plurality of engagement recesses are formed at required intervals in an annular annular portion formed on the upper surface of the body wall, and the body wall and the bottom plate are formed. A viscous liquid kneading / conveying container, wherein an inner ring groove is formed therebetween, and a plurality of engaging holes are formed in the bottom plate in a required arrangement.   6. The container for kneading and transporting a viscous liquid according to claim 5, wherein a plurality of pressing means are formed to pinch and fix the engagement peripheral wall engaged in the inner ring groove.   The container for kneading and transporting a viscous liquid according to claim 5, wherein a window hole is opened at a required position of the body wall.   The container for kneading and transporting a viscous liquid according to claim 5 or 7, wherein a vent is formed in a pedestal formed on a lower surface side of the bottom plate.   9. The container for kneading and transporting a viscous liquid according to claim 5, wherein a cutout portion that opens to the upper edge side is formed in the annular annular portion.   The step according to claim 5, wherein a step is provided on an outer peripheral surface of the body wall, and an outer diameter on a lower surface side of the step is smaller than an inner diameter on an upper surface opening side. Container for kneading and transporting thick liquid.   6. A protruding piece which is rotatably attached to the ring-shaped edge portion and has a bag-hanging projection, and which holds the hand in an upright state. The container for kneading and transporting a viscous liquid according to 7, 8, 9 or 10.   A container for storing a viscous liquid and a container for mixing and transporting a viscous liquid, comprising the container for storing a viscous liquid according to claim 1 and the container for mixing and transporting a viscous liquid according to claim 5. combination.   A combination of a viscous liquid storage container and a viscous liquid kneading / conveying container, comprising the viscous liquid storing / condensing container according to claim 1 and a viscous liquid kneading / conveying container according to claim 6. .   A container for storing a viscous liquid, comprising the container for storing a viscous liquid according to claim 3 or 4, and the container for kneading and transporting the viscous liquid according to claim 7, 8, 9, 10, or 11. Combination of containers for kneading and transporting thick liquid.   A combination of the viscous liquid storage container and the viscous liquid kneading / conveying container according to claim 12, 13, or 14, and a body wall of the viscous liquid kneading / conveying container into which the viscous liquid storing container is inserted. A viscous liquid storage container, a viscous liquid kneading / conveying container and a kneading machine, comprising a kneading machine provided with a plurality of tightening means for removably fixing the viscous liquid to the rocking table.   By pressing the pressing means of the body wall of the container for mixing and transporting the viscous liquid inward by the above-mentioned tightening means, and slightly deviating the inner surface of the pressing means into the inner ring groove, the bottom plate of the container for storing the viscous liquid is The viscous liquid storage container, the viscous liquid kneading / conveying container, and the kneading according to claim 15, wherein the engaging peripheral wall of the body is pressed against the inner wall surface of the inner ring groove of the viscous liquid kneading / conveying container to be nipped and fixed. Machine combination.

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