JP2012062382A - Waste soap reproduction case - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve a problem in which waste soap is conventionally used in a net bag, abandoned or discarded; although a reproduction case for waste soap is already invented, it is high in production cost and troublesome in use, and not so practical; so there is yet no soap reproduction case commercially available.SOLUTION: The waste soap reproduction case has a structure constituted of a body container in which waste soap can be charged from an opening part of the upper part, and accumulated, and a press lid capable of compressing the waste soap accumulated in the body container. The soap reproduction case can be manufactured at a low cost, can be sold at a low price, and can easily be purchased by consumers. The reproduction method of the waste soap is simple and can reproduce in an easily usable shape.

Description

  The present invention relates to a litter soap recycling case that can recycle litter soap that has become small and difficult to use to a size that is easy to use.

  Conventionally, scrap soap is used by trying to force it to a new soap (it does not stick easily) or by putting it in a net bag. As shown in Patent Document 1, a method of reproducing and using has been considered. However, there is nothing popular in homes and companies.

US Patent 6,106,270

  Soap gets smaller and smaller when used, and becomes harder to use when it gets too small. Soap that is difficult to use is left on the bottom of the soap box or in the toilet bowl. Or it is thrown away. I often see small soaps in my company's hand-washing area always thin.

Don't use it because it's hard to use. So use new soap. It may seem a small amount, but because it is used every day, it will not be foolish if there are many families and employees. If thrown away, it goes against saving resources. Considering the scale of all households and companies in the world, the amount is considerable. Therefore, this waste soap is regenerated into a form that is easy to use.

Conventional litter soap presses described in the background art are large-scale items such as being attached to a faucet, using the water pressure of a tap, and attaching a cylinder, a piston, and some other parts. We do not use water or hot water to attach the litter soap. This litter soap recycling box is not widespread because it is large and the manufacturing cost is high, and the setting is troublesome. Questions remain about the quality of the regenerated soap.

  The waste soap recycling case of the present invention regenerates the soap that has become difficult to use by reducing the size of the soap so that it is easy to use. .

  Recycle the waste soap to a new one to make it easier to use, and use up 100% of the purchased soap.

  The waste soap recycling case of the present invention was devised with the emphasis on being easy to use by anyone in the home or at a company cleaning lady in order to achieve the above object.

  The waste soap recycling case of the present invention has a main body container (FIGS. 1, 2, 5, 6, and 7) that accumulates and stores soap that has become difficult to use due to its small size, and is stored in the main body container after being inserted into the main body container It consists of push lids (Figs. 1, 2, 3 and 4) for pressing and compressing waste soap.

  The waste soap recycling case of the present invention is composed of the main body container and the push lid as described above, both of which are easy to manufacture and inexpensive to manufacture.

To recycle the waste soap, pour water or hot water into the waste soap accumulated in the main body container, press the soap without pushing the lid, and dry it for about 10 days until the waste soap becomes solid in about 2 days. This is a very easy way to remove the soap from the main body container.

The effect | action by the said problem-solving means is as follows.
The waste soap accumulated in the main body container becomes soft by pouring water or hot water, and sticks together in about two days. The integrated litter soap dries and hardens gradually, so it is better to press the lid once a day to increase the density of the litter soap that is regenerated as a unit.

The technical effects of the above problem solving means are as follows.
The small, thin and difficult-to-use litter soap has been transformed into a single soap that is easy to use in only about 10 days. The soap taken out of the main body case can be transferred to a normal soap box and used as a new one.

Figure before recycling waste soap, with waste soap in the container of the waste soap recycling case Figure of waste soap regenerated into a single soap in the body container of the waste soap recycling case Top view of waste soap recycling case push lid Front cross-sectional view of waste soap recycling case push lid Front view of the main body container of the litter soap recycling case (a part of the main body container is shown) Side view of the main body container of the waste soap recycling case Bottom view of the container for the waste soap recycling case

  The main body container (reference numeral 1) of the waste soap recycling case of the present invention is regenerated with a gradient (reference numeral 12) on the inner circumference so that the opening becomes wider from the bottom of the container toward the opening. (Code 4) has a structure that can be easily taken out. In order to reduce weight and save material, the entire circumference of the opening of the thinned main body container is thickened (reference numeral 11) to make it difficult to break.

A water drain hole (reference numeral 15) is formed in the bottom of the main body container to make it easy to dry the waste soap and to form a recess (reference numeral 13) on the outer surface of the bottom so that water can be easily removed. This indentation has also been taken into account to save material and reduce the weight of the container.

  The knob portion (reference numeral 6) of the push lid has a gradient (reference numeral 7) in the outer diameter so that the upper portion of the knob becomes smaller. This facilitates removal of the push lid from the mold after the push lid is molded. In addition, indentations (symbols 8 and 10) are formed in the upper and lower parts of the push lid to reduce weight and save material, and an outer edge frame (symbol 9) is provided on the push lid to increase strength and make it easy to hold down soap. did. Also, a hole (symbol 5) was made in the push lid, and the litter soap that was integrated became easy to dry.

  The material of the waste soap recycling case of the present invention was made into a shape that was considered for mass production, like a normal soap box, made of a hard resin and liquefied material poured into a mold and taken out in a solid state. If the main body container and the push lid are each integrally molded, it can be mass-produced at low cost.

In the waste soap recycling case of the present invention, different types of scrap soaps that are different from conventional recycling methods are used and stored in the main body container (reference numeral 1) through the opening (reference numeral 14). When 70 to 80% is accumulated in the container, pour and push the lid (reference 2) to the extent that all the soap or water is soaked. Then place it in a place where it will not be exposed to water or hot water. (Note that the temperature of water or hot water poured into the main body container may be any number of times.

After about two days, if the litter soap in the main container becomes a little soft, press the lid firmly and adjust the shape of the soap. The waste soap in the main container gradually dries as the day passes, so push the lid once a day to increase the density of the recycled soap. The reason for making a hole (reference numeral 5) in the push lid is to promote drying.

After about 10 days, remove the push lid, and if the soap is hardened, turn the case upside down on a hard flat floor such as a bathroom tile and tap it out. Disassembled litter soaps are stuck together and regenerated as a single soap. (If the lid is not hardened yet, remove it and wait for it to harden again.)

The technical effects of the above problem solving means are as follows.
The small, thin and difficult-to-use litter soap has been transformed into a single soap that is easy to use in only about 10 days. The soap taken out of the main body case can be transferred to a normal soap box and used as a new one.

In the method for producing the waste soap recycling case of the present invention, a hard resin melted by heat is poured into a mold, and when the main body container and the push lid are hardened and the heat is cooled, the mold is separated and taken out.

The recommended size of the main body container is 59.5 mm to 69.5 mm x 49.5 mm to 59.5 mm inside the bottom. A gradient (reference numeral 12) is applied to the inside of the main body container from the bottom toward the opening portion so that the opening portion becomes wider (the recommended gradient is 1 degree 30 minutes). This gradient improves the workability of the main body container when the main body container is taken out of the mold and regenerates the soap and makes it easier to take out the soap from the main body container. The recommended container depth is 32mm to 38mm.

The recommended size of the push lid is 60mm to 70mm x 50mm to 60mm. The thickness is 4mm to 5mm at the thickest place. The outer shape of the knob is 18 mm to 20 mm, and a gradient (symbol 7) is added so that the outer shape becomes narrower (the recommended gradient is 1 degree). This gradient is used to improve workability when the push lid is produced and when the solid push lid is taken out of the mold. The length of the knob is recommended to be 28mm to 30mm.

In the case of home use, if the size of the main body container and push lid is adjusted to the normal soap size, a good quality recycled soap can be made by putting it in the main body container before the soap being used becomes too small. .

It is better to leave the place in the bathroom, washroom, hand washing area, etc. at home. It may be left as it is, but it may be moved to a place where it can be dried more easily. The same applies to companies.

As a result, it can be played back at low cost, and the location is optimal.

1 Body container 2 Push lid
3 Waste soap before recycling 4 Soap that has been regenerated and is not solid as a single soap 5 Drying acceleration hole of the push lid 6 Knob of the push lid 7 Gradient of the knob portion of the push lid 8 Depression on the upper surface of the push lid 9 Outer edge of the push lid Frame 10 Indentation 11 on bottom surface of push lid Reinforcement of mouth portion of main body container 12 Gradient of main body container 13 Indentation on bottom surface of main body container 14 Opening of main body container
15 Drainage hole of main body container

Claims (10)

A waste soap recycling case with a structure consisting of a main body container that can store and store waste soap from the upper opening, and a push lid that can compress waste soap stored in the main body container. The waste soap recycling case according to claim 1, which has a structure in which a gradient is given to the entire circumference so as to gradually spread from the bottom of the container toward the opening inside the main body container. The waste soap recycling case according to claim 1 or 2, wherein the entire circumference of the opening of the main body container is thickened. The waste soap recycling case according to any one of claims 1 to 3, wherein the bottom of the main body container has a drain hole. The waste soap recycling case according to any one of claims 1 to 4, wherein the bottom surface of the bottom of the main body container is recessed. The scrap soap recycling case according to any one of claims 1 to 5, wherein the knob portion of the push lid of the scrap soap recycling case has a structure in which an outer diameter is inclined so that the upper portion of the knob is small.  The waste soap recycling case according to any one of claims 1 to 6, wherein the upper surface of the push lid has a recess.   The waste soap recycling case according to any one of claims 1 to 7, wherein the bottom surface of the push lid has a recess. The waste soap recycling case according to any one of claims 1 to 8, wherein the push lid is provided with an outer edge frame. The waste soap recycling case according to any one of claims 1 to 9, wherein the push lid is perforated.

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