JPH0520747U - Release glass - Google Patents

Abstract

(57) [Summary] [Purpose] A controlled release glass container without an opening / closing port. The invention of a technically effective product that impregnates a liquid into a sealed glass container in which a filter glass of the same quality is bonded and welded to a hard glass by a viscosity temperature difference work to release a slight aroma into the atmosphere. [Structure] Welding of substances and similar substances based on the theory of compositional combination of cellular tissues and application of multi-well cells in natural biology, and synergize effective release by harmonizing the molecular diameter of substances and the substance diameter. It is possible to promote it. These are liquids that act as deodorant factors, liquids that prevent pests, liquids of fragrances that relax the mind, etc., and blended products that are developed according to each application. is there. The glass container impregnated with these liquids, etc. serves as a single unit, and has become a composite decorative unity of the same and different materials. It is characterized by the structure of products such as lighting equipment, accessories, and ornaments.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to an ornamental decoration or the like in which a sealed glass container is impregnated with a liquid such as deodorant, pest control, and fragrance to give a release effect from the filter glass portion.

[0002]

[Prior Art]

As the composition of the glass shows, the main component is a large amount of SiO ₂ , and the content of B ₂ O ₃ is large, but the content of Na ₂ O and K ₂ O is small. Therefore, the linear expansion coefficient is very small. , Especially excellent in thermal shock resistance. In addition, abrasion resistance, scratch hardness and indentation hardness are also increased. In addition, the excellent melting technology has the advantage that it does not gas-process without adding a defoaming agent and does not color.

At room temperature, glass has a virtually infinite viscosity, and as the temperature rises, the viscosity decreases and becomes fluid. The viscosity range is extremely wide and is usually 10 ¹⁵ to 10 ² poise, and various properties are exhibited depending on the respective viscosities, which are the properties of glass.

The glass filter has a uniform pore size obtained by finely screening and sieving fine glass particles, and has a uniform pore size, which is a characteristic of glass having high permeability. These are applied to experimental filters, etc., in fields such as gas dispersion, standard maximum pore size 150 μm to 250 μm, excessive 220 ml to 250 ml, ultrafine precipitates, etc. 1,0 μm to 1,6 μm, passage rate within 2,5 ml, etc. It is used for. However, in the past, the technical welding for joining with soda glass or hard glass, etc., was not practically sufficient by taking advantage of the characteristics of these filters.

In the field of application in glass containers, there is a main application of adhering liquid etc. to the skin etc. These are cap type and spray type etc. with opening and closing ports etc. on one side of the container. is there. In addition, there is one in which one filament is soaked in a container from the opening and closing port and heated at the top to raise the scent and release it. Furthermore, electric heat is applied from the lower part to raise the perfume liquid and release it. However, it does not fully utilize the dry preservation effect in liquids, which is the greatest feature of a glass container.Furthermore, it has versatility with all opening and closing, and it is also artificial and auxiliary in terms of release property. There was a drawback that you couldn't do anything but act.

[0006]

[Problems to be solved by the device]

 The problem to be solved is the technical result of encapsulating liquids containing alcohol in a sealed glass container. Then, it is not a sustained release effect due to artificial acts, but also an obstacle to the sustained release aroma that should be dealt with by the influence of natural atmospheric flow, etc. It is a point to keep and supplement.

[0007]

[Means for Solving Problems]

 The present invention is a sealed and welded sealed glass container that utilizes the glass tube composition and viscosity of hard glass and combines the properties of the filtering glass as a composite unit. Then, instead of directly impregnating the container with the deodorant liquid, pest control liquid, perfume liquid, etc. during welding, even with a bear, after the glass and filter glass are weld-molded, the filter glass part is immersed in the liquid and vacuum depressurized. It was realized by impregnating with a machine. Furthermore, in order to enable each liquid to exert its effect while making the best use of its characteristics, the filtration molecular diameter of the container enclosing the liquid and the liquid molecular diameter after passing the purpose of application are made the same, and the release from the fine pores is eliminated. The main feature is that they are busy. These liquid-impregnated containers are used as exchangeable cartridges that consist of a single main body and a single body, and are intended as incidental attachments for daily use without impairing the stable maintenance of the sustained-release aroma.

[0008]

[Work]

 A spherical and tube-shaped molded container with a sealed cavity, in which a hard glass tube and a filter glass are melted and welded together. In addition, it is impregnated with a liquid that makes full use of each characteristic. They are the application of usefulness that is useful for the living environment, etc., with sustained release while maintaining stable sustainability.

[0009]

【Example】

A hard glass tube is melted at a viscosity temperature working point of 10 ⁴ poises around 1250 ° C. to form a hollow container. Then, one of the container openings is made, flat plate pellets of filter glass are inserted, and each material is combined at a viscosity temperature softening point of 10 ⁷ poises around 820 ° C to form a completely sealed glass container for fusion welding. Is.

Depending on the applicability and the molecular diameter of the liquid, etc., the filtration glass has a pore size of 10 μm to 16 μm and a permeability of 2,5 ml to 8 ml, and a pore size of 16 μm to 40 μm and a permeability of 25 ml to 50 ml. It will be used as a material suitable for the pore size and permeability of

The sealed glass container is dipped in another container containing deodorant, pest control, and perfume liquid, and is further put into a vacuum depressurization impregnating machine and started to extract each of these liquids from the filtering glass part. It is for impregnating the body and the like.

The glass shape impregnated with a liquid or the like is a spherical shape or a tube shape. Both of these are intended to be attached to the main body as an exchangeable cartridge for periodical wear and the like, and to activate conventional life products. In addition, the main body itself is a new device that is deformed with emphasis on the design based on the idea of the shape of the glass, and the development of its application.

[0013]

[Effect of the device]

 As described above, in the controlled release glass of the present invention, since liquids such as deodorant, pest control, and fragrance are enclosed in a sealed glass container, the liquids are separated from the filter glass portion. The microscopic release of such substances and the contact with the air in the atmosphere allow the chemical manipulation of the molecular diameter of liquid components and the cell diameter of the filter. Furthermore, liquids, etc., have a delicate spatial flow due to temperature, heat, humidity, etc., so that planned release-controlled aroma can be achieved. The most indispensable factor for liquids is that they have advantages such as the drying effect of glass.

[Brief description of drawings]

FIG. 1 is an explanatory view in which a basic spherical shape of a controlled release glass is general purpose to an application purpose.

FIG. 2 is an explanatory view of a mounting method in which a sphere is additionally attached to a basic lighting device according to the present invention.

[Explanation of symbols]

 1 Filtration Glass 2 Bonding Welding 3 Inner Diameter 4 Liquid 5 Outer Diameter 6 Hard Glass Container 7 Sphere Glass 8 Lighting Fixture 9 Instrument Stand 10 Code

Claims (3)

[Scope of utility model registration request] 1. A hermetically sealed glass container in which a glass tube made of hard glass is formed into a spherical shape or a pipe-like shape, and a filter glass is bonded and welded to one opening / closing port of the glass tube. 2. The sealed glass container according to claim 1, wherein the filter glass is impregnated with a liquid such as a deodorant liquid such as a coloring liquid, a pest control liquid, and a perfume liquid from the portion of the filter glass by using a vacuum decompressor. A glass container that allows more liquids to be released. 3. The glass container impregnated with the liquid or the like of claim 2 is intended for use in a cartridge system or the like in which the glass container functioning as a main body is replaced periodically. Products such as lighting fixtures, accessories, and ornaments that are attached with a controlled release glass.