JP2011098877A - Mixing apparatus bag of agent for simply generating chlorine dioxide gas - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem in which conventionally, although a liquid agent such as a chlorite is put in a bottle container, and mixed in a suitable amount thereof with a powder agent or a solution such as of an organic acid to generate chlorine dioxide gas by the chemical reaction, successive weighing and mixing of an agent and the like in a molar ratio is troublesome in the case where chlorine dioxide gas is rapidly diffused and also in the case where it is slowly released according to the purpose. <P>SOLUTION: A mixing apparatus bag has a powder agent accommodation portion accommodating a powder agent such as an organic acid weighed as a predetermined amount for a diffusion time, and a liquid agent accommodation portion accommodating a liquid agent such as a chlorite in a weighed amount to disperse and cause the chemical reaction with the powder agent; both the accommodation portions are arranged adjacently to each other; and by breaking the boundary region between both the accommodation portions by pressing the liquid agent accommodation portion, the liquid agent such as a chlorite discharged by the squeezing is moved to the powder agent accommodation portion to be mixed and reacted with the powder agent such as an organic acid, whereby suitable chlorine dioxide gas can be generated on occasion. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

Detailed invention

  In the present invention, by appropriately packing a powder such as an organic acid and a solution such as chlorite, the liquid agent and the powder can be mixed when necessary to easily generate chlorine dioxide gas. The present invention relates to a mixing device bag filled with the powder and liquid.

  As an example, chlorine dioxide gas was generated as follows. Specifically, as shown in the following formula, (I) hypochlorite and hydrochloric acid are reacted to generate chlorine gas [Chemical Formula 1], (II) the generated chlorine gas and chlorite are reacted to produce chlorine dioxide Gas was generated [Chemical 2].

JP 2002-220207 A

  Conventionally, a liquid agent such as chlorite has been put in a bottle container, and an appropriate amount according to the purpose is mixed with a powder or solution such as an organic acid to generate chlorine dioxide gas by a chemical reaction. Depending on the purpose, chlorine dioxide gas may be released quickly or slowly, but it may be cumbersome to measure and mix the molar ratios of drugs and the like sequentially.

  In addition, when a liquid or powder such as chlorite is mixed with a liquid or powder such as an organic acid in advance, the chemical reaction proceeds and storage is difficult.

  The present invention stores liquid agents such as chlorite provided in bottles that need to be weighed each time and powders such as organic acids that need to be weighed in advance in a connected bag, which are mixed easily. An object of the present invention is to provide a device that easily generates chlorine dioxide gas in the form of a bag.

  It is another object of the present invention to provide a powder containing a powder such as an organic acid and a liquid such as chlorite that can be used per time and stored in a bag that can be easily mixed.

  Furthermore, the liquid agent and the powder are stored in a separate storage bag having a permeability smaller than the storage bag, and the double-bag structure is included in the bag containing the liquid agent and the powder, It is an object to provide a shape in which the liquid agent and the powder inside the encapsulated bag have a structure that allows a long-term generation of chlorine dioxide gas with a slow reaction.

  In order to solve the above-mentioned problems, the present inventors have invented a mixed bag in a form in which a powder such as an organic acid and a liquid such as chlorite are stored in advance.

  The powder mixing bag of powders such as organic acid and chlorite of the present invention is measured to mix a powder storage part storing powder containing a predetermined amount of organic acid and the like, and to mix the powder and cause chemical reaction. A liquid container containing a liquid agent such as a predetermined amount of chlorite, and arranging both storage parts next to each other, and pressing the liquid agent storage part to form a boundary area with the powder storage part By destroying, the liquid agent such as chlorite discharged by the crushing moves to the powder storage part such as the organic acid, and is mixed with the powder to be chemically reacted.

  The powder mixture of the powder such as organic acid and the liquid agent such as chlorite is composed of a rectangular laminated sachet whose outer periphery is sealed with hot melt, and the powder storage portion and the liquid storage portion are the crushing operation. By separating through a center seal that can be broken by the seal, destroying the center seal by a crushing operation of the liquid storage unit, and by lightly pressing the liquid storage unit and the powder storage unit alternately or It can be set as the structure which mixes uniformly and is made to react chemically by carrying out a shaking process. A transparent material can be used for the bag so that the reaction state can be observed.

  In addition, the liquid agent storage part such as the chlorite may be included in the powder storage part such as the organic acid.

  Furthermore, the inside of the said liquid agent can be made into the shape of the double bag which further includes the bag which accommodated the said chlorite etc. in the sealed rectangular bag which has permeability.

  As a form of the bag, in addition to a rectangular bag, a stick shape or a cylindrical shape can be used. The row arrangement can also be formed in various shapes such as a vertical direction and a horizontal direction.

  As a form of the bag, in addition to a rectangular bag, a stick shape or a cylindrical shape can be used. The row arrangement can also be formed in various shapes such as a vertical direction and a horizontal direction.

  The powder mixture of the powder such as organic acid and the chlorite of the present invention has a powder storage part and a liquid storage part, and the boundary between the powder storage part and the powder storage part by pressing the liquid storage part with a finger. By breaking, a chemical reaction liquid can be prepared by mixing a liquid agent such as chlorite and a powder such as an organic acid. After mixing, chlorine dioxide gas can be released from the gas sustained-release bag.

  Powder mixes of powders such as organic acids and chlorites contain the powder and the liquid separately, so that their effectiveness is lost for a long time (for example, one year) unless the liquid storage part is pressed and crushed. It can be stored in stores and homes.

  Doubly encapsulated powders such as organic acids and liquid mixture bags such as chlorite should not be crushed by pressing the liquid container, but gradually react with the permeable bag to generate chlorine dioxide gas for a long time. Can do.

  In use, it is not necessary to perform mixing and weighing work and transfer work to containers.

  It is not necessary to additionally supply raw materials for long-term sustained release of chlorine dioxide gas by using the liquid agent and the powder stored in the double permeable bag.

  It is not necessary to additionally supply raw materials for long-term sustained release of chlorine dioxide gas by using the liquid agent and the powder stored in the double permeable bag.

  Further, when viewed from the user side, the hands can be mixed without getting dirty, the amount can be mixed correctly, and there is no waste such as spilling from the bottle.

  As described above, the present invention is in the form of a powder mixing bag such as organic acid powder and chlorite mixed appropriately by the manufacturer as described in the claims. A liquid agent such as chlorite in the liquid agent storage part can be sent to and mixed with a powder storage part such as an organic acid, and a chemical reaction liquid can be produced to appropriately generate chlorine dioxide gas.

  From the user's point of view, it is convenient because it always mixes an accurate amount without getting your hands dirty.

  According to the first and second aspects of the present invention, since the liquid agent such as chlorite and the powder such as organic acid can be mixed by breaking the center seal, the chemical reaction liquid can be easily prepared. This shape is the same for the stick shape that makes the rectangle longer. If the bag is made of a transparent material, or if a transparent window is provided in a part of the bag, the reaction state can be observed, and it can be mixed well to generate chlorine dioxide gas appropriately.

  According to the third aspect of the present invention, chlorine dioxide gas generated from a chemical reaction caused by mixing a liquid agent such as chlorite and a powder such as an organic acid can be gradually released out of the bag.

  According to the invention of claim 4, chlorine dioxide gas can be generated and diffused for a long period of time by a gradual reaction associated with the amount of chlorite and the like filled with the amount of organic acid and the like. .

The top view of liquid agent mixing bags, such as powders, such as an organic acid, and chlorite which concern on one Embodiment of this invention. The longitudinal cross-sectional view of FIG. The longitudinal cross-sectional view of FIG. 1 which shows the state by which the center seal | sticker which concerns on embodiment of this invention is pressed and destroyed, and liquid agents, such as powders, such as organic acid, and a chlorite are mixed. FIG. 2 is a plan view of an embodiment double-enclosed in FIG. 1.

  DESCRIPTION OF THE PREFERRED EMBODIMENTS The best mode for carrying out the present invention will be described below with reference to the accompanying drawings. FIG.1 and FIG.2 is the top view and sectional drawing of liquid agent mixing bags, such as powders, such as an organic acid, and chlorite which concern on one Embodiment of this invention.

  As shown in FIGS. 1 and 2, the powder mixture bag 1 such as organic acid powder and chlorite according to one embodiment of the present invention has a substantially rectangular outer shape (for example, 70 mm × 100 mm) like a normal bag. ) In a flat shape (for example, a thickness of 10 to 15 mm). FIG. 2 shows the thickness slightly larger.

  The laminates 2S and 2R on the front and back sides are attached with a film 3 having a heat-sealing function, and a rectangular outer periphery is heat-sealed as a corner portion 4. The inner side surrounded by the corners 4 (4a, 4b, 4c, 4d) is a partition formed by thermal fusion at a substantially intermediate position between a liquid agent storage unit 5 such as chlorite and a powder storage unit 6 such as organic acid. It is formed via the surface 7. The partition surface 7 constitutes a center seal, which is configured by making the intermediate position finer or making appropriate cuts so that it can be broken by the pressing operation of the liquid agent storage portion 5.

  The powder storage unit 6 stores a powder 8 such as an organic acid, which is accurately measured, for example, as 10 g or 15 g as a mixed amount. Further, the liquid agent storage unit 5 stores a liquid agent 9 such as chlorite having a required amount of about 100 to 150 cc appropriately selected in accordance with the powder such as the organic acid. The liquid agent storage unit 5 is filled with a liquid agent such as chlorite, such that 80% of the volume is occupied by the liquid agent, but the powder agent storage unit 6 is flattened in a state in which the powder 8 such as an organic acid is stored. And This is a measure for preventing the corner portion 4 from being destroyed by freely expanding in the direction indicated by the arrow when the liquid agent 9 such as chlorite enters from the liquid agent storage portion 5.

  The manufacturing method of the liquid mixing bag 1 of powders such as organic acid and chlorite having the above-described configuration will be described. First, heat fusion is performed with only one corner portion 4c left, and the organic acid and the like. The powder 8 is added, and then the partition surface 7 is formed, and then a liquid 9 such as chlorite is added to close the corner portion 4c, and then sealed.

  The use form of the powder mixing bag 1 of powders such as organic acid and chlorite is that the position LS (left side) of the liquid storage part 5 shown in FIG. 2 is crushed with the force F of the finger and the partition surface 7 is opened. Then, the liquid 9 such as chlorite is sent to the powder storage unit 6 such as the organic acid, and then the shaking operation is performed, or the other position RS (right side) is pushed to flow back the liquid 9 such as chlorite. In this way, it is possible to mix evenly by several squeezing operations. When the position LS is pressed, the opposite position RS swells accordingly. In the figure, the expansion is indicated by a small arrow. After mixing, as shown in FIG. 3, since the suspensions are completed in both storage parts 5 and 6, chlorine dioxide gas can be reliably generated by a chemical reaction.

  The present invention is not limited to the above-described embodiment, and can be implemented with appropriate design changes without departing from the gist of the present invention, and can be implemented in various modes.

DESCRIPTION OF SYMBOLS 1 Liquid agent mixing bags, such as powders, such as organic acids, and chlorite 2 LS, RS Laminate 3 Film 4 (4a, 4b, 4c, 4d) Corner part 5 (5a, 5b) Liquid agent storage parts, such as chlorite 6 (6a, 6b) Powder storage portion 7 such as organic acid 7 Partition surface 8 Powder such as organic acid 9 Liquid agent such as chlorite 10 Penetration laminate

Claims (4)

  A powder storage unit storing an organic acid measured as a predetermined mixing amount, and a liquid storage unit storing a solution of chlorite and the like measured to disperse and react chemically with the powder such as the organic acid. A liquid agent such as chlorite discharged by this crushing by disposing both storage parts next to each other and destroying a boundary area with the powder storage part by pressing the liquid storage part Moved to the powder storage part and mixed with the powder such as the organic acid, and chlorine dioxide gas is generated by the chemical reaction by mixing the powder such as the organic acid and liquid solution such as the chlorite. Device bag to make.   The liquid mixture bag is composed of a rectangular laminated sachet that can seal the outer periphery of the bag with hot melt, and the powder storage part and the liquid storage part are separated through a center seal that can be broken by the crushing operation, The center seal is broken by a crushing operation of the liquid agent storage unit, and the liquid agent storage unit and the powder storage unit are alternately lightly stirred to uniformly mix and cause a chemical reaction. An apparatus bag for generating chlorine dioxide gas filled with a powder such as organic acid and a liquid agent such as chlorite according to claim 1.   The apparatus bag for generating chlorine dioxide gas filled with powder and liquid according to claim 1, wherein the bag has gas release characteristics.   The liquid agent and the powder agent are stored in a separate storage bag having a smaller permeability than the bag, and the liquid agent and the powder agent are contained inside the bag containing the liquid agent and the powder. A device bag for generating chlorine dioxide gas, which has a shape of a bag structure, and has a structure in which a liquid agent and a powder inside the encapsulated bag have a gradual reaction due to osmotic action to cause long-term generation.

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