JPH10151183A - Vessel for aromatic-deodorant - Google Patents

Abstract

PROBLEM TO BE SOLVED: To delicately adjust an evaporation quantity of an aromatic-deodorant by fitting an inner cylinder in an outer cylinder while engaging a projecting piece of the outer cylinder with a strip groove of the inner cylinder, connecting these to each other by a socket for a joint, and constituting so that a cap is fitted to both ends. SOLUTION: In an inner cylinder 1, two rows of small through holes 2a and a single row of a large through hole 2a' are bored at equal intervals in the shaft direction on an outer periphery, and a shaft directional recessed groove is arranged between the rows of the through holes 2a, and a projecting piece of two crests is continuously formed in its intermediate position, and annular recessed grooves 5 are arranged on both ends. In an outer cylinder 6, through holes 2b and 2b' having almost the same shape are bored in response to positions of the through holes 2a and 2a', and a projecting piece of a single crest is formed in response to a position of the projecting piece, and an external shape of both end parts is diametrically contracted, and a step part 7 is arranged. In a socket 8 for a joint, a receiving hole 9a of the step part 7 and an inner cylinder end part receiving hole are arranged on both ends. In a cap 12, a receiving hole 9a on the outer cylinder end and a receiving hole on the inner cylinder end are arranged, and the inmost part is blocked up.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fragrance / deodorant container which can be loaded with a plurality of fragrance / deodorants at the same time and which can control the amount of evaporation of the fragrance / deodorant.

[0002]

2. Description of the Related Art A conventional fragrance / deodorant container is a plastic container provided with an evaporating window. The fragrance / deodorant is loaded into this container, and the container is sealed with a plastic film. Alternatively, there is a method in which the container and the lid can be hermetically sealed, and the amount of evaporation can be adjusted by sliding the lid in the axial direction or rotating the lid in the circumferential direction.

[0003]

In the above-mentioned conventional fragrance and deodorant container, the former is uneconomical because once the container is opened, the amount of evaporation cannot be adjusted. In the latter case, the evaporation amount can be adjusted for the time being, but the evaporation amount changes because the adjustment range is limited and there is no function of maintaining the adjusted state. Furthermore, neither the former nor the latter can be used by appropriately combining the fragrance and the deodorant,
The only alternative was to use the fragrance pre-blended by the manufacturer.

[0004] In view of the above problems, the present invention allows fine adjustment of the amount of evaporation of the fragrance / deodorant, and allows the user to appropriately select the combination of fragrance / deodorant to be used. It is an object to provide a container for an agent.

[0005]

In order to solve the above-mentioned problems, the present invention provides a plurality of rows of perforations on the outer circumference at equal intervals in the axial direction, and a surface / shaft between one row of the perforations. An inner cylinder having a plurality of convexes formed continuously at intermediate positions of the grooves, and having annular grooves at both ends and an outer peripheral surface; and a through-hole formed in the inner cylinder. A through hole is formed in accordance with the position of, and a single protrusion is formed corresponding to the position of the plurality of protrusions of the inner cylinder. The outer cylinder provided, a hole in which the step of the outer cylinder is fitted at both ends, and a circular groove provided on both ends of the inner cylinder, and a hole provided with an annular convex groove and a convex ridge fitted in the concave groove are provided on the inner surface. A socket for joints provided continuously in the same direction, and an annular ridge and a ridge fitted on the annular groove and the axial groove provided at both ends of the inner cylinder are provided on the inner surface, and a cap having one end closed. Become The inner cylinder is fitted to the outer cylinder while the protrusion of the outer cylinder is engaged with the groove of the inner cylinder, and the fitted plurality of inner cylinders / outer cylinders are connected by the joint socket. This adopts a configuration in which the cap is fitted to both ends of the outer cylinder.

In the present invention configured as described above,
The engagement of the plurality of projections provided on the inner cylinder with the projections provided on the outer cylinder enables fine adjustment of the evaporation amount, and the engagement amount of both projections allows the evaporation amount once set to be adjusted. It does not change carelessly. In addition, it is possible to implement various combinations of fragrances and deodorants by properly connecting the containers with the socket for fittings, storing the desired fragrance / deodorant in each container, and appropriately adjusting the evaporation amount. Become.

[0007]

Next, embodiments of the present invention will be described with reference to the drawings. Inner cylinder 1 (see FIGS. 2 and 5)
Is made of polystyrene and has small through holes 2a 2
A row and a large through-hole 2a 'are drilled at equal intervals in the axial direction, and an axial groove 3 is provided between the rows of the small through-holes 2a. The protrusions 4a are formed as mountain peaks, and annular grooves 5 are provided at both ends. Although the through holes 2a and 2a 'are inclined with respect to the axis, they may be at right angles, and may have any shape such as a chevron, a round or a square. In addition, the through holes are provided with a slope, which is a draft angle of the mold forming.

The outer cylinder 6 (see FIGS. 2 and 4) is made of polystyrene, and has substantially the same through-holes 2b and 2b 'corresponding to the positions of the through-holes 2a and 2a' formed in the inner cylinder 1. One convex part 4b is formed corresponding to the position of the two convex parts 4a of the inner cylinder 1, and the step part 7 is provided by reducing the outer diameter of both ends. is there. Although the through holes 2b and 2b 'are inclined with respect to the axis, they may be at right angles, and may have any shape such as a chevron, a round or a square. Also,
The through holes are graded, which is the draft angle of the mold.

The joint socket 8 (see FIG. 2) is made of polypropylene and has, at both ends, receiving holes 9a of the stepped portion 7 of the outer cylinder 6, and annular grooves 5 and grooves 3 at both ends of the inner cylinder 1.
And an inner cylindrical end receiving hole 9b having an inner surface provided with an annular convex groove 10a and a convex ridge 11a which are fitted in the inner surface. In the middle of the socket, a step portion 14 is provided with a reduced inner diameter so that the inner cylinder 1 to be joined does not pass by, and a cross stay 15 for reinforcement is provided.

The cap 12 (see FIG. 2) is made of polypropylene, and fits into the receiving holes 9a 'at the ends of the outer cylinder and the annular grooves 5 and the axial grooves 3 provided at both ends of the inner cylinder 1. A receiving hole 9b 'at the inner cylinder end provided with an annular convex ridge 10b and a convex ridge 11b on the inner surface is continuously provided coaxially, and a depth 13 of the receiving hole 9b' at the inner cylinder end is closed.

In the above embodiment, polystyrene and polypropylene are used as materials, but other materials can be appropriately selected and used.

Next, a method of assembling this embodiment will be described (see FIG. 1). The inner cylinder 1 and the outer cylinder 6 are fitted together while the projections 4b of the outer cylinder are engaged with the grooves 3 of the inner cylinder,
The two fitted inner and outer cylinders are connected by the joint socket 8, and the cap 12 is fitted on both ends of the connected inner and outer cylinders.

As shown in FIG. 2, the relationship between the two ridges 4a provided in the middle of the concave groove of the inner cylinder and the one ridge 4b of the outer cylinder is as shown in FIG.
When the two mountain protrusions 4b are located at the left end of the two mountain protrusions 4a, the one mountain protrusion 4b is closed while the through holes of the inner and outer cylinders are closed.
Is located in the middle of the two mountain protrusions 4a, the through-holes of the inner and outer cylinders are half-wrapped and half open. Further, when the one mountain protrusion 4b is located at the right end of the two mountain protrusions 4a, the mutual positional relationship is designed so that the through holes are completely wrapped and fully opened. Therefore, if the two mountain protrusions are formed as three or four mountain protrusions, the degree of overlapping of finer through holes, that is, the evaporation amount of the aroma and deodorant can be adjusted.

At the time of use of this embodiment, a favorite fragrance and a deodorant are put into the inner cylinder, and the amount of evaporation is adjusted as described above before use. When multiple types of fragrances and deodorants are used, the required number of inner and outer cylinders may be connected with the joint socket.

[Brief description of the drawings]

FIG. 1 is an assembled perspective view of an embodiment.

2A is a longitudinal sectional view (a fully opened state of a through hole); FIG. 2B is a partial sectional view (a partially opened state of a through hole);

FIG. 3 is a view taken in the direction of the arrow in FIG.

FIG. 4 is a partially cutaway front view of an outer cylinder.

FIG. 5 is a partially cutaway front view of the inner cylinder.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Inner cylinder 2a Through-hole (small inner cylinder) 2a 'Through-hole (large inner cylinder) 2b Through-hole (small outer cylinder) 2b' Through-hole (large outer cylinder) 3 Groove 4a, 4b Protrusion 5 Annular groove 6 Outer cylinder 7 Step (of outer cylinder) 8 Socket 9a, 9a ', 9b, 9b' Receiving hole 10a, 10b Annular ridge 11a, 11b Convex 12 Cap 13 Closure 14 Step (of socket) 15 Cross stay

Claims (1)

[Claims] 1. A through hole is formed in the outer periphery at equal intervals in a plurality of rows and in the axial direction, and a groove is provided in the surface and axial direction between one row of the through holes, and a continuous groove is provided at an intermediate position between the grooves. An inner cylinder having a plurality of protrusions formed thereon and annular concave grooves provided at both ends and an outer peripheral surface; and a through-hole corresponding to a position of the through-hole formed in the inner cylinder. An outer cylinder in which a single protrusion is formed corresponding to the position of the plurality of protrusions of the outer cylinder, and the outer shape of both ends is reduced in diameter to provide a stepped portion, and at both ends, a stepped portion of the outer tube is provided. A receiving hole, an annular concave groove at both ends of the inner cylinder, and a socket for a joint provided with an annular convex ridge fitted on the concave groove and a receiving hole at an end of the inner cylinder having an inner surface provided with a convex ridge on an inner surface; An annular groove provided on both ends of the inner cylinder and an annular ridge fitted into the axial groove and a ridge are provided on the inner surface, and a cap having one end closed is provided. To the groove of the inner cylinder Fit while engaging, connect the fitted multiple inner and outer cylinders with the joint socket,
An aromatic / deodorant container in which the above-mentioned caps are fitted to both ends of the connected inner / outer cylinder.