TW200831357A - Multi-opening metal or ceramic container for loading volatile liquid and manufacturing method thereof - Google Patents

Abstract

A multi-opening metal or ceramic container for loading volatile liquid and manufacturing method thereof are presented, in which is composed of a mechanism with capillary holes for allowing ventilation. The outer surface of the mechanism of capillary holes for allowing ventilation is stretched to inside of the mechanism, and the capillary holes for allowing ventilation is used as a place for transportation or/and saving liquid. The manufacturing method includes: a. use the low-temperature volatile product to be a physical mold; b. use the metal or ceramic powder to cover the aforementioned physical mold in the predetermined mold; c. control the density of the metal or ceramic powder; d. perform sintering in the higher temperature than the gas-generated temperature of the physical mold to let the physical mold to be sintered and overflowed; e. after sintering is completed, the predetermined mould is taken apart.

Description

200831357 IX. INSTRUCTIONS OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a method for manufacturing a volatile liquid, a heterogeneous metal, a shuffling container, and a volatile heart mold, whereby high temperature combustion is used. Its heart; =, and fills the structure covering the capillary. Ai Feng is deuterated and produces breathability. [Prior Art] Volatile liquids such as perfumes, fragrances, etc. are dispersed in air by two means of spraying or natural evaporation. The filling is not suitable for micro-carrying. However, the tank-type tank-type filling method is also not the best mode. In the case of long-acting volatilization, the bottle is currently released with a characteristic liquidity of the object and is slowly and naturally released, and is used for loading and unloading. See the similar species of mosquitoes in addition to the obvious way, the current is not yet [invention content] Carrying _ to solve the current series (four) recorded red volume is suitable for trace 1, long-term volatile, ^• Rongcai is suitable as a shouting jewelry. Metal or ===== tender s, which has - from the outside of the structure * the knot of the hole, the gas permeable capillary and the storage liquid is tr (10) miscellaneous, and the venting capillary is transported or / 200831357 the middle touch (four) The structure has a hollow body, and the pores of the carbon gas are extended to a layer having a plurality of layers, and the number of pores in each layer is a method for manufacturing a porous metal or a ceramic container of the outer layer. The entity whose inner low temperature is volatile is a cardiac mold; includes: b. completely coating the above-mentioned core mold C with a metal or shouting powder in the pre-relief type; controlling the compactness of the metal or ceramic powder; d. The above sintering is performed to vaporize the core mold; e. After the sintering is completed, the preset model is removed. The above low temperature forwarding entity is one of paraffin or polymer materials. Further, the manufacturing method of the gap metal or the shouting H of the present invention includes a metal or ceramic powder mixed with a pore-forming adhesive; b. injection molding the first part of the embryo body with the step a; c· The low temperature volatile entity is a core mold; d. the second part of the embryo body is formed by the kneading material of step a, and the second part of the embryo body and the first part of the embryo body are coated together with the heart mold; e·de The sputum removes the pore-forming binder and the core mold; f. sinters the first part of the embryo body and the second part of the embryo body. ...The invention is used for the material of the spheroidal liquid container. The main purpose is to use the capillary phenomenon to adsorb and store the 200831357 hair liquid and make the volatile liquid frequently. (10) The pores of the metal or shouting container The above volatile liquid system provides an aromatic effect. The above volatile liquid system provides a refreshing effect. The above volatile liquid system provides a deworming effect. The above volatile liquids are provided for health care. Porous metal or shouting container is used for dehumidification. The main source is the container. The container is adsorbed by the capillary phenomenon and the air is stored to make the moisture. The invention has the following advantages: · The night body, the pore function of the structure, can absorb and store the volatile Sexual release 3 = raw lang, the long-acting slowness of the volatile test is achieved by the pores of the sapphire red body, sucking, and ^ to achieve dehumidification. The wet hole of the Ming, the structure can be formed into different styles, such as shaping for jewelry or wearing; Military fluids (such as perfume) can be carried in a small amount and long-lasting effect. [Embodiment] Tao's as shown in the first figure, the first embodiment of the present invention has - forming a gas-permeable capillary with metal or =: (1) The structure (1), the outer surface of the gas permeable capillary structure (1) extends inwardly to form a transport or/and a storage liquid, and the liquid is sucked or released through the gas permeable capillary (H). 200831357 Further, in a second embodiment of the present invention, a hollow portion (12A) is provided inside the structure (1A), as shown in the second figure, and the gas permeable capillary (1) A) extends to the hollow portion (12A), (4) The gas permeable capillary (1) A) releases the liquid to the site (i.e., or the liquid stored in the hollow portion (12A) through the gas permeable capillary orifice 1A), so that the liquid is released slowly and can be maintained for a long time. According to a third embodiment of the present invention, the structural body (10) has a plurality of metal/ceramic layers (11B) (12B) (13B), as shown in the third figure, each metal/potter layer (11B) (12B). The number of pores of the ventilated capillary (14B) of (13B) is gradually increased from the outer layer to the inner layer, and the capillary acts to attract the liquid from the outer layer to the inner layer for storage, and the inner layer of the liquid is passed through the gas permeable capillary (10) when used. Released to the outer layer, the pot liquid is released slowly and lasts for a long time. 〃 The invention is also a method for manufacturing a porous metal or ceramic container, as shown in the fourth figure, comprising: a· a low-temperature volatile entity as a core mold: mainly from a low-temperature volatile body as a heart The mold is placed in the preset model. ' b. completely coating the above-mentioned mandrel with a metal or ceramic powder in a predetermined model: a metal or ceramic powder is loaded into the predetermined mold to completely coat the metal or ceramic powder with the aforementioned core mold. C. Controlling the densification of metal or ceramic powder: Apply pressure to the metal or ceramic powder filled in the mold to control the compactness of the metal or ceramic powder. d. Sintering above the gasification temperature of the mandrel to vaporize the mandrel: 200831357 Sintering the core mold and the metal or ceramic powder filled in the pre-model, and the sintering temperature is higher than the gasification temperature of the mold, so that The heart mold is burned at a high temperature and then sublimated into gasification, and the heart is spilled out of the metal or ceramic powder. e. After the sintering is completed, the preset model is removed: the preset model filled with the sintered metal or ceramic powder is removed, and at this time, the metal or ceramic powder is sintered into various types according to the preset model state. All kinds of finished products. Further, another embodiment of the method for producing a porous metal or ceramic container of the present invention, as shown in the fifth, sixth and seventh figures, comprises: a. metal or ceramic powder mixed with a pore-forming binder. The metal or ceramic powder and the pore-forming binder are compounded and mixed. b. ejecting the first part of the embryo body with the kneading material of step a: mixing the metal or ceramic powder of the above step a with the pore-forming binder, and ejecting the kneaded material into the first shape by injection Part of the embryo body (11C). c. A low-temperature volatile entity is a core mold: a low-temperature volatile body is the core mold (2〇, and the core mold (2C) is incorporated into the first part of the embryo body (11C). The kneaded material of step a is injected to form a second part of the embryo body, and the second part of the embryo body is co-coated with the first part of the embryo body in the mandrel: mainly by the metal or ceramic powder and the perforation in the above step a The binder is blended with the finished kneaded material, and the kneaded material is injected into the second part of the embryo body 200831357 (12C) by injection, and the second part of the embryo body (12c) is combined with the heart mold (2C). The first part of the embryo body (lie) and the second part of the embryo body (12c) are co-coated on the mandrel (2C). e·Day removal day to remove the pore-forming adhesive and the heart mold: the first part The embryo body (11C) and the second part of the embryo body (12C) are degreased to be kneaded in the first part of the body (llc) and the second part of the body (12C), and the The core mold (2C) covering the first part of the embryo body (nc) and the second part of the embryo body (12C), and the pore-forming binder and the core mold (2C) are gasified at the same time as the high temperature combustion Part of the embryo body 11C) and the second part of the embryo body (12C) f. Sintering the first part of the embryo body and the second part of the embryo body: and sintering the first part of the embryo body (llc) and the second part of the embryo at high temperature The body (12C), the first part of the lie and the second part of the embryo body (12G) are sintered to form a porous structure (1C). The invention is also a system of fresh (four) metal or shouting ϋ as a volatile liquid Container: The main system is a porous metal or ceramic container, which absorbs and stores volatile liquid by capillary phenomenon. At the same time, the volatile liquid provides aroma, refreshing, de-worming and health care functions, such as: Pore metal or ceramics filled with perfume, fine 2 points of refined aromatic liquid, or filled with mint, green oil, refreshing liquid, or filled with insect oil, by porous metal or shouting container wire Dissipating, translucent through the pores of the milk can often give off a long-lasting fragrance, refreshing and de-worming gas. This porous metal or _ container can be made into a variety of accessories, such as necklaces, 200831357 The present invention is also - A kind of porous metal or shouting: tree: called Gotui container to absorb and store by capillary phenomenon = medium: : Heating the butterfly called [Simple description of the drawing] $" Guaranteed value forming a schematic diagram of the structure with ventilated capillary pores. Well, the incremental structure of the structure 其中 'where the venting capillary pores from the outer layer to the fourth figure is the flow chart of the method of the present invention The fifth figure is a flow chart of the method for shooting in this age group. Conghe in volatilization = picture diagram The invention is composed of the first part (four) fresh two parts and the heart mold is covered by the main element symbol description ( 1) Structure (11) (1A) Structure (11A) (12A) Hollow part (MR, (11B) (12B) (13B) Metal/Taumman layer (14B) Breathable capillary (1C) (11C) Part of the embryo body (12C) (2C) heart mold ventilated capillary ventilated capillary structure structure second part embryo body 11

Claims (1)

200831357 Patent application garden: 1. A (10) metal or ceramic container having a structure with a metal-like ceramic shape and a gas-permeable capillary. The outer surface of the structure is 4 to the inside of the structure. , ,, Tian Kong self-storage liquid space. The translucent capillary pores are transported or/and the age of the porous metal or the valley of the above-mentioned structure as described in the item 1 of the scope of the application. The above-mentioned structure has a hollow portion, and the capillary extends to the hollow portion. . t Huayan,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, 4· - A method for manufacturing a porous metal or ceramic container, including: ···using a low-temperature volatile entity as a core mold; b· completely covering the heart with a metal or shouting powder in a preset model c; control the compactness of the metal or ceramic powder; d · sintering at the gasification temperature above the mold, so that the mold vaporization overflows; e. After the sintering is completed, the preset model is removed. The method for producing a porous metal or ceramic container according to the above-mentioned item 4, wherein the low-temperature volatile entity is one of a paraffin wax or a polymer material. 6. A method for producing a porous metal or ceramic container, comprising: a·metal Or the ceramic powder is mixed with the pore-forming binder; b. the first part of the embryo body is formed by the kneading material of step a; c. the body of the low-temperature volatile body is a core mold; 12 200831357 d· The second part of the embryonic body is shaped, and the second part of the embryo body A part of the embryo body is coated on the core mold together; • e•degrease removes the pore-forming binder and the core mold; f·sinters the first part of the embryo body and the second part of the embryo body. 7:-❹ pore metal or shout The use of H as a volatile liquid container, _ main material pore metal or shouting container is fine (4) aging volatile liquid 'and the volatile liquid is emitted from the pores of the porous metal or ceramic container. The above-mentioned volatile liquid _ provides aroma effect for the use of the gap metal or shouting container of the seventh position of the head of Na Na. 9. The multi-wire metal or shouting container as described in claim 7 For the use of volatile liquid containers, the above volatile liquid system provides a refreshing effect. 10. The use of the above-mentioned volatile liquid system is provided for the use of a gap metal or a shouting container as described in item 7 of the material fiber circumference. Insect action. #11·If the porous metal or shouting container described in claim 7 is used as a volatile liquid container, the above volatile liquid system provides protection.... 12·-Porous metal or ceramics For dehumidification , Mainly adsorbed to porous metal or ceramic container using a capillary phenomenon and the water stored in the wrong with the air molecules evening dehumidification. 13