Chlorine gas generator

Abstract

To solve problems for example, a chlorine gas generator described in separate descriptions of general merchandise manufacturing industrial product quality display regulation of a domestic article quality display law, has a high speed of generation reaction of chlorine gas, and the chlorine gas occurs simultaneously to addition of an agent, therefore when much time is required for closing a lid by a measurer, the measurer may suction the chlorine gas being toxic gas, and due to the chlorine gas leaked to outside when the lid is being opened, a measured value becomes inaccurate.SOLUTION: A hole for agent addition is provided on a lid of a reaction container, and then, the agent is added through a lid part guide socket. A bottom guide socket is provided so that, in a reaction container, a reaction tank is surely positioned at an addition position. Without tightly closing a hole for agent addition on the lid part, the lid is made so as to be easily detached by a pressure. Without opening the lid, the agent can be added, and there is no risk of suctioning the chlorine gas by a measurer, and the agent can be surely added even in a state in which the measurer cannot visually recognize the inside of the reaction container.SELECTED DRAWING: Figure 2

Description

[Technical field]

[0001] The present invention relates to a chlorine gas generator for measuring in advance the amount of chlorine gas generated when a chlorine-based bleach, detergent or cleaning agent and an acidic detergent or cleaning agent are used simultaneously or when they are unintentionally mixed together. [Background technology]

[0002] The chlorine gas generation test is described in the appendix to the Consumer Affairs Agency's Household Goods Quality Labeling Law's Miscellaneous Industrial Goods Quality Labeling Regulations, which includes a diagram of a chlorine gas generation measurement device. In general, the reaction agent is placed in the reaction tank at the bottom of the device beforehand, and after another agent is added, the device is closed and a certain amount of the generated gas is sucked out from inside the device, and the chlorine gas content is measured by connecting it to a measurement device. Summary of the Invention [Problem to be solved by the invention]

[0003] The attached document of the Miscellaneous Industrial Goods Quality Labeling Regulation states in the section on Apparatus (II) Measurement Method (H) that "immediately close the lid of the container and mix with a magnetic stirrer," but this reaction to generate chlorine gas is fast, and chlorine gas is generated at the same time as the chemical is added. Therefore, if the person taking the test takes a long time to close the lid, there is a risk that the person taking the test will inhale chlorine gas, which is a poisonous gas, and furthermore, the measurement value will be inaccurate due to the chlorine gas that escapes when the lid is open.

[0004] The present invention aims to provide a chlorine gas generator that can safely add chemicals from the outside without opening the lid, and also to provide a chlorine gas generator that can reliably add a specified amount of chemicals even when the reaction vessel is made of an opaque material and the inside cannot be seen. [Means for solving the problem]

[0005] A hole for adding chemicals is provided in the lid of the reaction vessel, and the chemicals are added through a guide socket in the lid.

[0006] A bottom guide socket is provided inside the reaction vessel to ensure that the reaction vessel is in the addition position.

[0007] The hole in the lid for adding the drug is not sealed, but is made to come off easily under pressure. Effect of the Invention

[0008] This allows the chemical to be added without opening the lid, eliminating the risk of the person taking the measurements inhaling chlorine gas, and allowing the chemical to be added reliably even in situations where the inside cannot be seen. This prevents the measurement of the amount of chlorine gas generated from becoming inaccurate. In addition, the lid can have an air gap that allows it to be easily removed so that the pressure of the container is not exceeded in the event of a large amount of chlorine gas being generated due to an abnormal reaction. [Brief description of the drawings] )

[0009] [Figure 1] Devices listed in the appendix to the Household Goods Quality Labeling Law's Miscellaneous Industrial Goods Quality Labeling Regulations [Diagram 2] The entire reaction vessel with lid according to the present invention [Diagram 3] Positional relationship diagram of the chlorine gas inlet of the cover, the chemical agent inlet / emergency gas outlet, and the internal stirring fan according to the present invention. [Figure 4] FIG. 1 shows a drug insertion device with a lid guide socket according to the present invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0010] FIG. 2 shows an overall view of an embodiment of the chlorine gas generator according to the present invention. The lid guideline and bottom guideline allow the chemical to be accurately added to a reaction vessel (beaker, etc.) without checking from the outside. In FIG. 3, there is a chlorine gas inlet and a chemical insertion port arranged on the same circumference, and this chemical insertion port is not blocked so that chlorine gas that is generated unexpectedly can be discharged in an emergency. As long as they are on the same circumference, they do not have to be arranged in a straight line. FIG. 4 shows a configuration diagram of the lid guideline and a burette, etc. for adding chemicals. The lid guideline is usually attached to the lid, but when the chemical is aspirated into the burette, it may be removed and attached to the burette, etc. When using an opaque reaction vessel, it is recommended to use a burette with a tip that serves as a reference (a type in which the chemical is aspirated outside and adjusted to the specified scale, and the specified amount is dripped by simply releasing the hand and dripping). In addition, instead of a burette, a pipette or a glass tube measured in advance may be used. [Explanation of symbols]

[0011] A Lid guide socket (shaded area) B Bottom guide socket (shaded area)

Claims

1. A chlorine gas generator consisting of a lid and a reaction vessel, which allows the addition of chemicals from the outside without opening the lid when measuring the amount of chlorine gas generated.

2. 2. The chlorine gas generator according to claim 1, wherein the chemical can be added without checking the inside of the reaction vessel from the outside.

3. 2. The chlorine gas generator according to claim 1, wherein an increase in pressure inside the reaction vessel due to an unexpected generation of chlorine gas can be released through the chemical addition portion of the lid.

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