JPH0572756U - Liquid container - Google Patents

Abstract

(57) [Summary] [Purpose] To provide a liquid container which can be easily applied and used even if it is used for a long period of time. A flow path 4 is provided between the inner container 3 of the liquid containing outer container 2 and its bottom 3A to accommodate a valve 5, and an elastic body 6 is interposed between the valve and the bottom 3A of the inner container. The base portion 7A of the seat member 7 and the inner container, which are in close contact with the valve, and the mouth portion 2A of the outer container,
The valve rod 5A is fixed by a lid 9 having a hole 8 into which the valve rod 5A is loosely fitted, and the outer container is slidably fitted into the front portion of the outer cylinder 10 with the lid side facing the mouth side.
A brush holder 1 having a flow path 12 between the outer cylinder mouth portion 10A and a central shaft 11 which is slidably fitted in the hole 8 and abuts on the rod portion 5A, and a brush 14 concentric with the flow path 13 communicating with the flow path 12.
6 is fixed with a tip tool 17.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a liquid container containing a liquid such as a correction liquid and a nail polish.

[0002]

[Prior Art]

 FIG. 3 is a vertical cross-sectional view showing the structure of an example of a conventional container. In this conventional example, a cap 25 having a brush holding rod 24 on the inner surface of the head is detachably screwed to the mouth 23A of the container 23 containing the correction fluid 1 while the brush 14 is immersed in the correction fluid 1. It becomes.

At the time of use, the cap 25 is removed, and the amount of the correction liquid 1 adhering to the brush 14 of the brush holding rod 24 is flown down at the inner edge of the mouth 23A of the container 23 and adjusted to an appropriate amount. It is applied and corrected. After use, the cap 25 is firmly screwed onto the mouth portion 23A of the container 23.

[0004]

[Problems to be solved by the device]

 In the conventional example as described above, the brush 14 bends or spreads due to long-term use, which not only makes it difficult to apply but also the base of the brush holding rod 24 and the mouth of the container 23. There is a problem that the correction liquid attached to the inner periphery of 23A and the back surface of the cap 25 solidifies and becomes difficult to use, and the cap 25 becomes difficult to remove.

[0005]

[Means for Solving the Problems]

 In order to solve the above problems, the container of the present invention is provided with a first flow path 4 between the inner container 3 and the bottom 3A of the outer container 2 containing the liquid 1 as shown in FIG. 5, the elastic body 6 is inserted between the valve 5 and the bottom portion 3A of the inner container 3, and the base portion 7A of the seat member 7 and the inner container 3 which are in close contact with the valve 5 are placed in the mouth portion 2A of the outer container 2. The rod 5A of the valve 5 is fixed by a lid 9 having a hole 8 for loose fitting, and the outer container 2 is slidably fitted into the front portion of the outer cylinder 10 with the lid 9 side facing the mouth portion 10A side. 10A has a second flow path 12 between it and a central shaft 11 that is slidably fitted in the hole 8 of the lid 9 and abuts on the rod 5A, and is concentric with the central flow path 13 that communicates with the second flow path 12. A brush holder 16 having a brush 14 is fixed by a tip 17.

[0006]

[Action]

 When the outer container 2 is pushed in, the rod 5A of the valve 5 does not move because the rod 5A is in contact with the central shaft 11 of the brush holder 16 fixed to the mouth 10A of the outer cylinder 10, so that the inner container fixed to the outer container 2 is not moved. 3, the sheet member 7 and the lid 9 move forward against the elastic body 6 to open the gap between the valve 5 and the sheet member 7, and the liquid 1 in the outer and inner containers 2 and 3 is rod 5A of the valve 5 It passes through the second flow path 12 along the central axis 11 of the rudder 16, flows out from the central flow path 13, and is supplied to the brush 14.

After the first flow path 4 is closed by the forward movement of the inner container 3, the liquid 1 in the inner container 3 is supplied to the brush 14 and pushed into the outer container 2 until the sheet member 7 contacts the brush holder 16. When the pressure is released, the elasticity of the elastic body 6 causes the inner container 3, the sheet member 7 and the lid 9 to return to their original positions. Then, by repeating the pushing operation of the outer container 2, an appropriate amount of the liquid 1 is supplied to the brush 14. Therefore, it can be applied to a required place.

[0008]

【Example】

 FIG. 1 is a vertical sectional view showing the construction of the first embodiment of the container of the present invention. In FIG. 1, reference numeral 2 is an outer container containing the correction fluid 1, and 3 is an inner container contained in the outer container 2. A valve 5 is housed in the inner container 3 by providing a first flow path 4 between the inner container 3 and the bottom portion 3A, and a spring 6 is interposed between the valve 5 and the bottom portion 3A of the inner container 3. The base portion 7A of the sheet member 7 and the inner container 3 which are in close contact with the valve 5 are screwed to the mouth portion 2A of the outer container 2 with a lid 9 having a hole 8 into which the rod 5A of the valve 5 is loosely fitted.

The outer container 2 is slidably fitted in the front portion of the outer casing 10 with the lid 9 side facing the mouth portion 10A side, and the arc-shaped projection 19 is provided on the inner surface of the outer casing 10. An annular projection 20 is provided on the outer periphery of 9 so as to ride over the arcuate projection 19 and be locked. The front end edge of the annular protrusion 20 is trimmed so that it can be fitted easily.

The mouth 10 A of the outer cylinder 10 has a second flow passage 12 between the central shaft 11 which is slidably fitted in the hole 8 of the lid 9 and abuts on the rod 5 A, and communicates with the second flow passage 12. A brush holder 16 to which a base 15 of a brush 14 is fixed concentrically with the central channel 13 is screwed with a tip 17. Reference numeral 21 is an agitating material put in the correction fluid 1 in the outer container 2, and 22 is a cap attached to the tip 17.

When the cap 22 is removed and the outer container 2 is pushed in at the time of use in the first embodiment having the above-mentioned structure, the valve 5 has its rod 5A whose center axis 11 of the brush holder 16 is fixed to the mouth 10A of the outer cylinder 10. Since the inner container 3, which is fixed to the outer container 2, does not move, the seat member 7 and the lid 9 move forward against the spring 6 to open the space between the valve 5 and the seat member 7. The correction liquid 1 in 2 and 3 passes through the second channel 12 along the rod 5A of the valve 5 and the central axis 11 of the brush holder 16, flows out from the central channel 13, and is supplied to the brush 14.

After the first flow path 4 is closed by the forward movement of the inner container 3, the correction fluid 1 in the inner container 3 is supplied to the brush 14 until the sheet member 7 comes into contact with the brush holder 16, and the correction liquid 1 in the outer container 2 is supplied. When the push is released, the spring force of the spring 6 causes the inner container 3, the sheet member 7 and the lid 9 to return to their original positions. Then, by repeating the pushing operation of the outer container 2, a proper amount of the liquid 1 is supplied to the brush 14. Thus, it can be applied to the corrected portion. It is needless to say that the cap 22 is attached to the tip 17 in order to prevent drying after use.

FIG. 2 is a vertical cross-sectional view of the main part showing the configuration of the second embodiment. The second embodiment is obtained by dividing the seat member 7 and the base portion 7A in the first embodiment shown in FIG.

When the cap 22 is removed and the outer container 2 is pushed in during use in the second embodiment, the rod 5A of the valve 5 is brought into contact with the central shaft 11 of the brush holder 16 fixed to the mouth 10A of the outer cylinder 10. Therefore, the inner container 3, the base portion 7A and the lid 9 fixed to the outer container 2, and the seat member 7 abutting on the base portion 7A move forward against the spring 6 to move the valve 5 And the sheet member 7 are opened, and the correction fluid 1 in the outer and inner containers 2 and 3 passes through the rod 5A of the valve 5 and the second flow passage 12 along the central axis 11 of the brush holder 16 and flows out from the central flow passage 13. Then, it is supplied to the brush 14.

After the first flow path 4 is closed by advancing the inner container 3, the correction liquid 1 in the inner container 3 is supplied to the brush 14 until the sheet member 7 contacts the brush holder 16. When the outer container 2 is further pushed in after the sheet member 7 contacts the brush holder 16, the sheet member 7 and the base portion 7A are divided, so that the inner container 3, the base portion 7A and the lid 9 resist the spring 6. Then, the flow path between the valve 5 and the seal member 7 is narrowed (the ink reservoir is compressed), and the correction fluid 1 in the inner container 3 is pressed by the bottom portion 3A of the inner container 3, in other words, It is forcibly supplied to the brush 14 by the pumping action of the bottom portion 3A of the container 3.

When the pushing into the outer container 2 is released, the inner container 3, the sheet member 7, the base portion 7A and the lid 9 are restored by the spring force of the spring 6, and the pushing operation of the outer container 2 is repeated thereafter. An appropriate amount of the correction liquid 1 is supplied to the brush 14, and the correction liquid 1 can be applied to the correction portion.

The first embodiment only serves to push the correction fluid 1 through the bottom portion 3A of the inner container 3 and supply it to the brush 14, so that the correction fluid 1 is suitable when the viscosity of the correction fluid 1 is relatively low. Has a relatively high viscosity because the correction liquid 1 is pushed out by the bottom portion 3A of the inner container 3 and then forcedly supplied to the brush 14 by the pumping action of the bottom portion 3A of the inner container 3. Suitable for cases.

[0018]

[Effect of the device]

 As described above, according to the present invention, the first flow path 4 is provided between the inner container 3 of the outer container 2 containing the liquid 1 and the bottom portion 3A thereof to accommodate the valve 5 and An elastic body 6 is inserted between the bottom portion 3A of the inner container 3 and the base portion 7A of the seat member 7 and the container 3 which are in close contact with the valve 5 and the rod 5A of the valve 5 are attached to the mouth portion 2A of the outer container 2. The outer container 2 is fixed with a lid 9 having a hole 8 to be fitted therein, and the outer container 2 is slidably fitted into the front portion of the outer cylinder 10 with the lid 9 side facing the mouth portion 10A side. The tip holder 17 has a brush holder 16 having a second channel 12 between the central axis 11 which is slidably fitted to the shaft 8 and which abuts on the rod 5A and which has a brush 14 concentrically with the central channel 13 communicating with the second channel 12. Since the liquid 1 can be pushed out by the bottom portion 3A of the inner container 3 and supplied to the brush 14, the brush 14 can be bent even if it is used for a long period of time. It is not easy to apply or use due to the fact that it does not spread or diffuse and that the liquid attached to the tip of the brush 14 is dissolved by the liquid 1 from the inside even if it dries. The 22 is not difficult to remove.

[Brief description of drawings]

FIG. 1 is a vertical cross-sectional view showing the structure of a first embodiment of the container of the present invention.

FIG. 2 is a vertical cross-sectional view of a main part showing a configuration of a second embodiment.

FIG. 3 is a vertical cross-sectional view showing the configuration of an example of a conventional container.

[Explanation of symbols]

 1 liquid (correction liquid) 2 outer container 2A mouth part 3 inner container 3A bottom part 4 first flow path 5 valve 5A rod 6 elastic body (spring) 7 seat member 7A base part 8 hole 9 lid 10 outer cylinder 10A mouth part 11 center Shaft 12 Second flow path 13 Central flow path 14 Brush 15 Base 16 Brush holder 17 Tip tool 19 Arcuate projection 20 Annular projection 21 Stirrer 22 Cap

Claims (3)

[Scope of utility model registration request] 1. A valve (5) in which a first flow path (4) is provided between the inner container (3) of the outer container (2) containing the liquid (1) and its bottom (3A). And the elastic body (6) is inserted between the valve (5) and the bottom portion (3A) of the inner container (3),
The base portion (7) of the seat member (7) closely contacting the valve (5)
A) and the inner container (3) into the mouth (2A) of the outer container (2),
The rod (5A) of the valve (5) is fixed by a lid (9) with a hole (8) into which the rod (5) is loosely fitted, and the lid (9) side is placed inside the front portion of the outer cylinder (10) with the mouth portion (10A) side facing the outside. The container (2) is slidably fitted, and the mouth (10A) of the outer cylinder (10) is fitted with the central shaft (11) slidably fitted in the hole (8) of the lid (9) and abutting the rod (5A). A brush holder (16) having a brush (14) concentric with a central flow channel (13) having a second flow channel (12) in between and communicating with the second flow channel (12) is fixed with a tip tool (17). A liquid container consisting of. 2. The liquid container according to claim 1, wherein the sheet member (7) and the base portion (7A) are divided. 3. An arcuate projection (19) on the inner surface of the outer cylinder (10).
The liquid container according to claim 1, further comprising: an annular projection (20) which is provided on the outer periphery of the lid (9) of the outer container (2) and which is locked over the arc-shaped projection (19).