KR900700305A - Liquid storage and outlet mechanism - Google Patents

Abstract

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Description

Liquid storage and outlet mechanism

As this is a public information case, the full text was not included.

FIG. 1 is a view showing a specific preferred embodiment of the present invention, which shows rotational symmetry about one axis as shown along direction I in FIG.

FIG. 2 is a diagram showing a specific embodiment of FIG. 1, which is an enlarged cross-sectional view taken along the arrow II of FIG.

3 shows, in particular, another specific embodiment of the invention in which the container is shown in cross section and whose shape is rotationally symmetric about the illustrated axis.

Claims (22)

A container wall (21, 21.1) containing the liquid (1) and a brush (4, 4.1) for moving the liquid (1) and for discharging the liquid (1) to a plane, and constitute the brush (4, 4.1) A removable sealing cap (3,3.1) which is removably coupled to the container such that the brushes (4,4.1) seal the openings (22,22.1) of the container and the brushes (4,4.1) are combined to extend into the container. A liquid (1) storage and discharge mechanism comprising a container (2,2.1) fixedly installed in the present invention, wherein the liquid (1) discharge means (3) 31.1) is installed in the vessel, characterized in that the second discharging means 3,31.1 are arranged to discharge the liquid 1 in the form of lines, and comprise means for controlling the discharging state of the liquid. Liquid storage and spill mechanism. An additional closure as claimed in claim 1, wherein an additional closure cap (3.2) is provided as a second discharge means for directly closing the additional hole (22.2) of the container wall (21.1), and includes an discharge hole (3111.1). There is a chamber formed in the cap 3.2 and the flow passage between the chamber 311.1 and the interior of the container 2.1 is formed by an additional hole 22.2, with the discharge hole 3111.1 closed when not in use. And a sealing mechanism (312.1) for controlling and discharging the liquid (1) by holding and opening the discharge hole in use. The instrument (1) according to claim 2, characterized in that the holes (22.1) and the additional holes (22.2) are installed at positions facing each other in the container wall (21.1) of the container (2.1). 3. Container according to claim 2, characterized in that the holes (22.1) and the additional holes (22.2) are installed adjacent to each other in the container wall (21.1). The method of claim 1, wherein the second discharge means is integrally configured in the sealed cap of the first discharge means 3, wherein the chamber 311 is a closed cap having the discharge hole (3111) and the inlet hole (3112) 3) the liquid flow path is formed between the hole 22 and the inlet hole 3112 of the chamber 311, and the sealing mechanism 32 is formed in combination with the sealing cap. A mechanism by which the closing mechanism keeps the discharge hole 3111 closed, and opens the hole so that the liquid can be discharged in use. The brush (4) comprises a shaft (42), and the shaft (42) comprises a support portion (422) which has entered the container and a rod (41) fixedly fixed to the support portion, wherein the support portion (422) And forming a flow passage connection. 7. The insert (5) according to claim 6, wherein the container (2) consists of a flange (51) and a tube (52) which is located in the neck of the container (2) and forms a channel (231) with the support (422). The support part 422 includes an inlet hole 4221 connected to the channel 231 and an outlet hole 4222 connected to the inlet hole 3112 and connected to the chamber 311. Instrument. 8. The sealing cap (3) according to any one of claims 5 to 7, wherein the sealing cap (3) covers the main cap (31) in which the chamber (311) is formed and the discharge hole (3111) of the chamber (311) and the main cap (31). Mechanism characterized in that consisting of a protective cap (32) installed on the removable. 9. The closure cap (3) and the brush (4) are rotationally symmetric about an axis a, and the main cap (31) has a conical vertex (314) of its tip (3141). And a cylindrical base piece 313 formed with an edge side portion 3132 and an inlet side portion 3131 provided to include the discharge hole 3111 of the chamber 311, wherein the shaft 42 of the brush 4 is A support plate 421 on which the support part 422 is installed, and an inlet hole 3112 and a support plate 421 of the chamber 311 are disposed on the inlet side 3131, and the chamber 311 is formed on the inlet side ( 3131 to a discharge hole 3111 on the tip 3141. 10. The sealing mechanism (3, 4, 9) according to any one of the preceding claims, wherein the sealing mechanism (312, 312.1) has a nub (3123) at one end and is installed around the pin (3121) penetrated through the discharge holes (3111, 3111.1). When not in use, the pin 3121 is pressed against the discharge holes 3111 and 3111.1 by the helical spring 3122 together with the pin end portion 3125. In use, the pin 3121 is discharged through the pressure on the nub 3123. (3111,3111.1), characterized in that for opening. 10. The discharge hole (3111, 3111.1) according to any one of claims 3, 4, and 9, wherein the sealing mechanism (312, 312.1) is sealed inside the chamber (311, 311.1). (3111,3111.1) mechanism comprising a spring deflection ball for opening. 10. The sealing cap (3,3.1) is installed on the main cap (31,31.1) and the main cap (31,31.1) in which the chambers (311,311.1) are formed. Consisting of protective caps (32,32.1), which are installed in the protective caps (32,32.1) as a sealing mechanism, and the mechanism is provided on the sealing caps (32,32.1) to seal the discharge holes (311,311.1). Mechanism characterized in that it is engaged with the discharge holes (3111,3111.1) when installed. 11. The instrument as claimed in claim 10, wherein the vessel (2) and the vessel neck portion (23) are rotationally symmetric about an axis a. A container (2) containing liquid (1) and having a container wall (21) with holes (22), formed so as to be removed during use and configured to be disposed on the container wall (21) and sealing the holes (22). In the liquid storage and outflow mechanism comprising a closed cap (3), a brush (4) coupled to the closed cap (3) and extending through a hole (22) in the container (2), the closed cap (3). ) Includes a chamber 311 with an outlet hole 3111 and an inlet hole 3112, and a flow path of liquid is provided between the outlet hole 3112 and the hole 22 of the chamber 311, and the sealing mechanism. And (32) is provided to seal the discharge hole (3111) when not in use, and to open the hole to allow the liquid to flow out when in use. 15. The brush (4) according to claim 14, wherein the brush (4) comprises a shaft (42), and the shaft (42) is formed with a support portion (422) extending into the container (2) and having a rod (41) fixed thereto. 422 forms a connection. 16. The container (5) according to claim 15, wherein the container (2) comprises an insert (5) consisting of a tube (52) flange (51) which is arranged in the neck (23) of the container and forms a channel (231) together with the support (422). And an inlet hole (4221) connected to the channel (231) and an outlet hole (4222) connected to the inlet hole (3112) and connected to the chamber (311). The airtight cap 3 according to any one of claims 14 to 16, wherein the airtight cap 3 seals the main cap 31 in which the chamber 311 is formed, and the discharge hole 3111 of the chamber 311 and the main cap 31. Mechanism, characterized in that consisting of a protective cap 32 is installed to be detachably coupled to. 18. The closure cap (3) and the brush (4) are rotationally symmetric about an axis a, and the main cap (31) has a cone vertex (314) at its tip (3141). And a cylindrical base piece 313 formed with an edge side portion 3132 and an inlet side portion 3131 provided to include the discharge hole 3111 of the chamber 311, wherein the shaft 42 of the brush 4 is A support plate 421 on which the support part 422 is installed, the inlet hole 3112 and the support plate 421 of the chamber 311 are disposed on the inlet side 3131, and the chamber 311 is introduced. A mechanism which extends from the side portion 3131 to the discharge hole 3111 on the tip 3141. 19. The sealing mechanism (312) according to claim 18, wherein the sealing mechanism (312) has a pin (3123) at one end and includes a pin (3121) penetrated through the discharge hole (3111), and a helical spring (3122) is installed around the pin (3121). The spiral spring 3122 is disposed between the stop jaw 3124 on the pin 3121 and the support plate 421, and when not in use, the pin 3121 is joined to the spiral spring 3122 together with the pin end 3125. By the force against the discharge hole (3111), and in use, the discharge hole (3111) is opened through the pressure on the nub (3123). 19. The instrument according to claim 18, wherein the container (2) and the container neck portion (23) are rotationally symmetric about an axis a. (a) a container (2) with a hole (22), (b) a sealing insert (5) installed in the hole (22) with a flow channel, (c) a sealing cup (3) for sealing the hole (22) (d) a brush insert (4) installed on a sealing cap (3) consisting of a brush (41) extending through the flow channel and a holder (42) positioned in sealing contact with the outer end of the insert (5). In the liquid storage and outflow mechanism comprising: (e) a liquid (1) discharge chamber (311) is formed in the closure cap, and (f) the brush insert (4) has a flow channel through at least one hole therein. And a hollow shaft 422 which is thus in communication with the interior of the vessel and which is connected to the discharge chamber 311 through one or more additional holes, and (g) discharges to the discharge chamber 311. A nub 3123 extending through the hole is formed and is spring biased and is disposed inside the discharge chamber 311. Liquid storage and off mechanism which is characterized in that the exit orifice 3111, which is closed by a sealing plug (3121) that are values is formed. A container (2) with a container neck (23) and a container opening (22), located on the container neck (23), and when the liquid (1) outlet (311) and the instrument are not used, the outlet (3111) And a pencil head portion 3 having an inner chamber 311 formed therein with a spring deflection sealing mechanism 312 having an inlet 3112 through which it is sealed and connected to the interior of the vessel through the vessel opening 22. In the liquid (1) outflow mechanism, the brush insert (4) is provided on the pen head portion (3) including the brush support portion (422) and the brush rod (41), and the tube (52) is inserted into the insert piece. Is installed and the flange 51 is inserted into the container neck 23, the brush insert 4 is inserted into the tube 52 in a sealed state, and the liquid flow passage is penhead 3 In the tube 52 and the brush insert 4 between the chamber 311 and the container 2 therein, the penhead portion 3 Liquid outflow mechanism, characterized in that so as to be operated by a user is installed removably on the container neck. ※ Note: The disclosure is based on the initial application.