JPH07243255A - Structure for packing building putty material - Google Patents

Abstract

PURPOSE:To simply prepare a putty material in a building site. CONSTITUTION:Putty materials (a putty powder 3 and water 4) from which building putty can be obtained by kneading thereof, are enclosed respectively in an outer bag 1 having a tapered end part 11, and an inner bag 2 which is breakable easier than the outer bag 1. Further, during the use, the inner bag 2 is artificially broken, and the putty materials are kneaded so as to prepare the building putty within the outer bag. Then, the tapered end part 11 is cut off, and the putty material is squeezed out from the outer bag 11, for using the putty.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a packaging structure for a putty material for construction which is used as a filler when finishing the interior of a building.

[0002]

2. Description of the Related Art Putty materials for construction are filled in the joints of the wall surface of the building to smooth the surface so that the joints and other uneven surfaces do not rise on the cloth (wallpaper) to be pasted. There is something. As a conventional putty material, a gypsum-based or other powdered putty and a resin-based kneaded putty are known. The powder putty is stored in an appropriate bag. Take out the required amount at the time of use and mix and knead while adding water or a solution (kneading solution) on a kneading plate or in a bucket to obtain an appropriate hardness. Then, a putty material is generated, and after that, it is applied to a wall surface or the like by using a puthera or the like. The kneaded putty is enclosed in a can and is used by taking out an appropriate amount from the packaging can on a kneading plate and kneading it again, or opening the packaging can and kneading again with a stirring device for use.

[0003]

By the way, at the construction site, it is necessary to repair the putty when there is an inconvenient place in the putty coating at the final finishing stage. However, the work is complicated. That is, compared with a little repair work, bring the equipment (stirring rod, stirring electric drill, kneading container, putty plate) for kneading work to the site and prepare the putty material,
In addition, in the case of powder putty, especially when used in a small amount, if the amount of the putty powder is small, the kneading is not particularly successful, and the putty material is prepared using a considerable amount of the powder putty, which is wasteful.

Similarly, in a paste putty, a necessary amount is not always taken out strictly when used in a small amount, and a slightly larger amount is taken out for re-kneading. The re-kneaded residual material is naturally dried. Or because it contains a curing agent, it cannot be returned to the unused putty,
After all, it is wasted. Therefore, the present invention proposes a putty packaging structure in which a putty material suitable for use in a small amount can be easily obtained and the waste is not wasted.

[0005]

The construction structure of a putty for construction according to the present invention comprises a hermetically sealed outer bag body, and a single or a plurality of hermetically sealed inner bag bodies which are easier to break in the outer bag body than the outer bag body. With a body, or having a plurality of closed chambers continuously, the partition part of the continuous part is composed of a bag body that is more easily broken than the outer part, the outer bag body and the inner bag body, Alternatively, each of the inner bags or each of the closed chambers is individually filled with a putty material that is kneaded to produce a putty for construction.

[0006]

[Operation] During use, the inner bag is crushed by applying a pressure crushing operation from the outside of the outer bag or crushed at the partition, and the putty material (for example, water or a kneading solution) sealed in the inner bag is used. ,
Contact the material enclosed in the outer bag or putty material enclosed in each inner bag or each closed chamber,
The entire bag is kneaded from the outside, and the putty material is kneaded to prepare the putty material in the bag body.

Thus, an appropriate portion of the outer bag body (bag body) is cut and the putty material is squeezed from the outer bag body (bag body) for use. In addition, the remaining putty material can be stored by sealing the opened part of the outer bag body (bag body) and can be used for the next work.

[0008]

EXAMPLES Next, examples of the present invention will be described. <First Embodiment> FIGS. 1 to 3 show a first embodiment of the present invention. The packaging structure of the building putty shown in this embodiment has an outer bag body 1 and an inner bag which are packaging bodies. It is composed of a body 2, two kinds of putty materials or powdered putties 3 to be packaged, and water 4. The outer bag body 1 is made of a resin film having sufficient robustness and flexibility, and has a triangular pyramid shape or the like as a whole, and a tip thereof is a tapered portion 11. The inner bag 2 is made easier to break from the outer bag 1, and for example, a cut (linear thin portion) 21
It is made of a material that is easy to break, for example, by using a material whose strength is weaker than that of the outer bag body 1.

The outer bag 1 is filled with a powder putty 3 having a volume ratio of about 50% to 60% so that the inner bag 2 has water 4 in an amount corresponding to the amount of the powder putty 3. And the inner bag body 2 in which water 3 is sealed is placed in the outer bag body 1 to seal the outer bag body 1.

In using the inner bag 2, pressure is applied to the inner bag 2 from the outside of the outer bag 1 to break the inner bag. When the inner bag body 2 is broken, the enclosed water 4 flows out into the outer bag body 1. Therefore, if the entire bag is kneaded from the outside of the outer bag body 1, the kneading of the powder putty 3 and the water 4 will occur. Since the proper amount of water 4 is sealed in advance, the putty material in a proper kneading state can be prepared.

When the putty material A can be prepared, the taper portion 11 of the outer bag body 1 is cut, the putty material A is squeezed out of the outer bag body 1 and transferred to the surface of the putty spatula B or the putty, and the putty spatula is applied. In B, the putty application surface is stroked to apply the putty.

Therefore, unlike the conventional work, it is not necessary to bring the equipment (stirring bar, electric stirring drill, kneading container, putty plate) for performing the kneading work to the site, and it is possible to easily obtain an appropriate putty material. If the putty material remains, if the putty material is hardened by drying, such as a combination of powdered putty and water, the putty material can be stored simply by sealing the open part of the outer bag body 1 for the next work. It can be used.

<Second Embodiment> FIG. 4 shows a second embodiment of the present invention. The construction structure of the putty for construction shown in this embodiment is composed of an outer bag body 1a as a packaging body and a plurality of outer bag bodies 1a. Inner bag 2a,
2b and two kinds of putty materials, that is, powdered putty 3 that is the object to be packaged
And the water 4 and the inner bags 2a and 2b are the outer bags 1a.
The structure is such that the bag is more easily broken, and putty material (powder putty 3, water 4) is specially enclosed in each of the inner bags 2a, 2b.

Then, as in the first embodiment, the inner bag 2
Putting a and 2b into a bag and kneading putty materials 3 and 4, putty material A
Is generated and used in the same manner as described above. The number of inner bags is not limited to two, and the putty material may be packaged in a large number.

<Third Embodiment> FIG. 5 shows a third embodiment of the present invention. In the packaging structure of the building putty shown in this embodiment, the bag body 1b as a packaging body is appropriately partitioned. The portion 14 is internally provided with a plurality of continuous sealed chambers 12 and 13, and the partition portion 14 has a structure that is easier to break than the outer portion of the bag 1b, and the sealed chambers 12 and 13 are objects to be packaged. Two putty materials, that is, a powder putty 3 and water 4 are specially sealed. Thus, as in the above-mentioned respective embodiments, the partition portion 14
Is put into a bag, and the putty materials 3 and 4 are kneaded to produce a putty material A, which is used in the same manner as described above.

In the third embodiment, the partition portion 14
Does not have to be specially formed, for example, the central portion of the tubular bag body may be tightly bound or may be narrowed to provide a partition portion so that each closed chamber is formed as a gourd shape as a whole. Moreover, the number of closed chambers is not limited to two.

The present invention is not limited to the above embodiments, but putty materials for kneading the inside and outside bags 1, 2 and the inside bags and the closed chambers to produce a building putty. The putty material is not limited to the powder putty and water as in the above-mentioned embodiment, but the powder putty and the solution, the combination of the resin material and the curing agent, etc. can be arbitrarily determined. Each of the inclusions has an optimum kneading ratio and a capacity such that the mixture of the inclusions can be sufficiently kneaded from the outside of the outer bag.

Further, the structure for easily breaking the bag is not limited to the material of the bag itself, the cut, etc., and a bag breaking device may be attached and the bag may be broken by an external operation. What kind of means is adopted to break the bag is completely arbitrary. Furthermore, it goes without saying that the present invention is not limited to the repair of putty, but can be used for ordinary putty application work.

[0018]

INDUSTRIAL APPLICABILITY As described above, according to the present invention, a putty material for kneading to produce a putty for construction is enclosed in a special manner, and the putty material can be stored in a predetermined bag body by artificially breaking the enclosed portion. Since kneading is possible, you can easily obtain appropriate putty material without bringing various equipment for kneading work to produce putty material to the work site, especially for repair work that uses a small amount. Optimal.

[Brief description of drawings]

FIG. 1 is a partially cut front view of an embodiment of the present invention.

FIG. 2 is an explanatory view of the same kneading state.

FIG. 3 is an explanatory view when squeezing out the putty material.

FIG. 4 is a partially cut front view of a second embodiment of the present invention.

FIG. 5 is a partially cut front view of a third embodiment of the present invention.

[Explanation of symbols]

 1, 1a Outer bag 1b Bag 11 Tapered part 12, 13 Closed chamber 14 Partition part 2, 2a, 2b Inner bag 3 Powder putty 4 Water

Claims (4)

[Claims] 1. A building putty material comprising a hermetically sealed outer bag body and a hermetically sealed inner bag body that is easier to break than the outer bag body in the outer bag body, and is kneaded into the outer bag body and the inner bag body, respectively. A packaging structure for a putty material for construction, characterized in that a putty material for producing is packaged separately. 2. The building putty packaging structure according to claim 1, wherein the outer bag body is filled with the powder putty, and the inner bag body is filled with water or a kneading solution. Packaging structure. 3. A hermetically sealed outer bag body and a plurality of hermetically sealed inner bag bodies that are easier to break than the outer bag body in the outer bag body, and each of the inner bag bodies is kneaded to obtain a building putty material. A packaging structure for putty material for construction, characterized in that each putty material to be generated is enclosed. 4. Having a plurality of closed chambers in series,
It is characterized in that the partition part of the continuous part is composed of a bag body having a structure that is easier to break than the outer part, and puts a putty material for kneading into each closed chamber to produce a putty material for construction separately. Packaging structure for putty materials for construction.