JPS62498Y2 - - Google Patents

Description

[Detailed description of the device] (Industrial application field) This device has a spouting member attached to the lid attached to the container body, and the content liquid is poured out by displacing the spouting member. Relating to liquid containers.

(Prior art) Conventionally, this type of liquid container was
As shown in Publication No. 24266, there is a lid that is screwed onto the opening of the container body, and a lid that is sandwiched between the top plate of the lid and the opening of the container body, and that has a liquid passage port and an air hole. The pouring member is made of three members: a core having a shape formed therein, and a pouring member which is fitted with a pivot into the base of the recess of the core and is rotatable in an arc between the recess of the core and the notch of the lid. The pouring member rotates by an angle from a horizontal position to a substantially vertical position, and in the approximately vertical position, the liquid passage port of the core communicates with the spouting path of the spouting member, and the air hole Some devices are known in which the liquid inside the container is poured out by opening the container.

(Problems to be Solved by the Invention) However, according to the above-mentioned conventional device, (a) the rotating base of the spouting member is approximately ball-shaped, so the tip of the spouting member may be bent due to vibration or forgetting to close it. Even if the core becomes buoyant, the liquid passage port of the core will still have a sufficient sealing effect. On the other hand, the air hole in the core is the pivot point of the pouring member and is formed on the outer periphery, so if the tip of the pouring member lifts up as described above, the air hole There is a problem that liquid leakage occurs when the liquid passage opening is opened, and therefore, the sealing effect cannot be achieved as much as the liquid passage port.

(b) As mentioned above, this product not only requires the three members of the lid, the core, and the pouring member, but also the mortise and mortise for connecting the core and the lid, and the pouring member. It requires a structure such as a pivot that rotatably pivots in the concave part of the core, its bearing part, or a notch in the lid for the rotation of the pouring member, which is complicated and requires assembly work. There are problems such as the time it takes.

This invention attempts to solve the above-mentioned problems.

(Means for Solving the Problems) This invention, as a means for solving the above problems, will be explained based on FIGS. 1 and 2 corresponding to the embodiment. A horizontal storage portion 5 is integrally molded on the top of the storage portion 5.
A liquid passage port 6, an air hole 7, and a sliding groove 43 for sliding the spouting member 15c are formed in the spouting member 15c, which is slidably accommodated in the storage portion 5. Rib 4 slidably fitted into sliding groove 43
4, the liquid passage port 6 and the air hole 7 are simultaneously closed by sliding the spout member 15c to the non-pour operation position, and the communication port 1 is closed by sliding the spout member 15c to the spout operation position.
2 is in communication with the liquid passage port 6, and the air hole 7 is opened so that the liquid can be injected.

(Example) An example of this invention will be described below based on FIGS. 1 and 2.

Reference numeral 1 denotes a container body formed by screwing together a container body 2 and a lid 3 through a threaded portion 4. As shown in FIG. A horizontal storage section 5 is integrally formed on the top of the lid section 3, and a cylindrical pouring member 15c is slidably accommodated in this storage section 5.

That is, the storage part 5 of the lid part 3 has a liquid passage port 6 in the front part that communicates with the container body part 2 via the gasket 9.
, an air hole 7 formed vertically with a gasket 41 at the rear, and a sliding groove 43 for sliding the pouring member 15c.
Each is provided. On the other hand, the spouting member 15c has ribs 44 that are slidably fitted into the sliding grooves 43 on both sides of the rear part, a grip part 45 on the upper surface of the rear part, and a hole in the hollow part with a spout 13 at the front part. A liquid passage 14 and a communication passage 12 are formed on the rear lower surface, respectively.

The rib 44 of the pouring member 15c is inserted into the sliding groove 4 of the lid part 3.
3 and slide the grip part 45 until the rear end of the spouting member 15c comes into contact with the locking wall 47 in the same figure, the lower surface of the spouting member 15c will fit into the liquid passage port 6 and the air hole 7. are simultaneously occluded, resulting in a non-pourout state (as shown by the solid line in Figure 1). From this state, the pouring member 15c
When pulled out to the left, the liquid passage 14 of the spouting member 15c is communicated with the liquid passage port 6 of the lid part 3 via the communication port 12, and the air hole 7 is opened to enter the spouting operation state. The liquid content can be poured out (as shown by the dashed line in Figure 1).

46 locks both ends of the grip part 45 to open the communication port 1.
2 is a positioning protrusion for aligning and communicating with the liquid passage port 6. Instead of this positioning protrusion,
As is well known, a mark may be indicated at the positioning position. 11 is Patsukin.

In addition, in the embodiment, the container body 1 is the container body part 2.
Although the container main body 2 and the lid 3 are constructed of two members, the container main body 2 and the lid 3 may be integrally constructed as one member.

In addition, the lid part 3 and the pouring member 15c are both made of a synthetic resin material, etc., and the lid part 3 has the storage part 5, the liquid passage port 6, the sliding groove 43, the positioning protrusion 46, etc. integrally molded. The pouring member 15c is also composed of these two members, with the rib 44, the grip portion 45, and the liquid passage 14 integrally molded. Pouring member 15
The tip of c can be tapered to make it suitable for immediate drinking.

(Operation of the embodiment) As shown by the solid line in FIG.
Since the spouting member 15c is slidably fitted into the sliding groove 43 via the rib 44, the pouring member 15c is moved by vibration or the like.
Since the air hole 7 is not lifted up, the air hole 7 is reliably sealed under the same conditions as the liquid passage port 6.

In addition, as shown by the chain line in FIG. 1, the pouring member 15
In the dispensing state in which c is pulled out from the storage section 5, the communication port 12 and the liquid passage port 6 communicate with each other, and the liquid content can be dispensed. At this time, since the air hole 7 is open, outside air enters there and the pressure inside the container body 1 is made the same as the outside pressure. It can be poured into
In this case, since the communication port 12 and the liquid passage port 6 are reliably sealed via the packing 9 due to the fitting between the above-mentioned 44 and the sliding groove 43, there is no fear of liquid leaking from there.

(Effects of the invention) This invention consists of the above-mentioned structure. A horizontal storage part is integrally molded on the top of the lid of the container body, and this storage part has a liquid passage port and an air hole. A sliding groove for sliding the spouting member is formed, and the spouting member slidably accommodated in the storage section is formed with a communication port and a rib that is slidably fitted into the sliding groove. By sliding the spout member to the non-pour operation position, the liquid passage port and the air hole are simultaneously closed, and by sliding the spout member to the spout operation position, the communication port is communicated with the liquid passage port and the air hole is closed. Since it is configured to open and inject liquid, it has the following effects.

That is, (1) in the non-pour state where the spout member is housed in the storage section, the spout member is slidably fitted into the sliding groove via the ribs, so as in the conventional case, vibrations are prevented. There is no possibility that the pouring member will rise due to such reasons. Therefore, the air hole is reliably sealed under the same conditions as the liquid passage port.

In addition, (2) even when the spouting member is in the pouring state, the liquid passage port and the communication port are securely sealed via the packing due to the fitting between the rib and the sliding groove, so that no water can be removed from that part. It also prevents liquid leaks.

Furthermore, (3) this invention does not require the three members of the lid, the core, and the pouring member as in the conventional example, but only two members, the lid and the pouring member, simplifying the components. In addition, the assembly work can be done easily and quickly.

Furthermore, as stated in claim (2) of the utility model registration, a positioning protrusion is formed on the lid, and by locking the grip part of the spouting member to this positioning protrusion, communication of the spouting member is achieved. If the opening is configured to communicate with the liquid passage port of the lid, it is convenient for dispensing.

[Brief explanation of the drawing]

The drawings show an embodiment of this invention, with FIG. 1 being a longitudinal sectional view of the main part, and FIG. 2 being an exploded perspective view of the pouring member and the lid. 1... Container body, 3... Lid part, 5... Storage part,
6...Liquid port, 7...Air hole, 9, 41...Packing, 12...Communication port, 13...Spout port, 14...
...liquid injection path, 15c...pouring member, 43...sliding groove, 44...rib, 46...positioning protrusion.

Claims (1)

[Claims for Utility Model Registration] (1) A horizontal storage part 5 is integrally molded on the top of the lid part 3 of the container body 1, and this storage part 5 has a liquid passage port 6, an air hole 7, and a pouring hole. A sliding groove 43 for sliding the member 15c is formed, and a communication port 12 is formed in the pouring member 15c slidably accommodated in the storage section 5.
and a rib 44 that is slidably fitted into the sliding groove 43.
By sliding the spout member 15c to the non-pour operation position, the liquid passage port 6 and the air hole 7 are simultaneously closed, and by sliding the spout member 15c to the spout operation position, the liquid passes through the communication port 12. A liquid container characterized in that it is configured to communicate with a mouth 6 and to open an air hole 7 for pouring liquid. (2) A positioning protrusion 46 is formed on the lid part 3, and by locking the grip part 45 of the spouting member 15c to the positioning protrusion 46, the spouting member 1
The liquid container according to claim (1) of the registered utility model, wherein the communication port 12 of the lid portion 3 is configured to communicate with the liquid passage port 6 of the lid portion 3.