TWI471252B - Water-stopping structure for a container - Google Patents

Description

Water stop structure of container (3)

The invention provides a water stopping structure (3) for a container, which is mainly used for controlling a pre-set water intake amount for a drinking fountain used for feeding animals, and can be combined with a water stopping unit between the barrel and the bottom of the water. Timely introduction of water into the barrel for animal drinking, or when the water in the chassis has dropped to a certain low water level, the water unit can be re-introduced into the water immediately.

According to the current design, the water dispenser used by the relevant industry to feed the drinking water of the animal is usually composed of a barrel having a predetermined volume and shape, and a chassis; wherein the implementation of the barrel and the water as the water is first The barrel body is reversed to contain the clean water inside, and then the bottom plate is also reversed to be correspondingly screwed to the lower end portion of the barrel body to be integrated, and then the drinking fountain is placed in the forward direction to make the barrel body The water in the part can be introduced into the chassis via the preset water outlet of the barrel to serve as a clean water supply for feeding the animals.

Although the drinking fountain can achieve the expected use of clean water for the supply of animals, it is quite inconvenient for the user to implement the water, and the bucket must be reversed as water. And the bottom plate is also reversed to be screwed on the lower end of the barrel, so that the water dispenser is quite time consuming and inconvenient in the water and the assembly, and the water supply amount of the water dispenser into the chassis is determined according to the height of the water outlet of the barrel. A fixed amount of water is formed, and it is not possible to make an elastic water inlet limit.

Therefore, the present inventors have made specific improvements to the above problem of the above-mentioned drinking water container, and put forward an application, which is adopted in the following [such as the tenth and eleventh drawings]: the water stop structure of the animal water drinker The water drinker 40 is a member including a barrel 10 and a chassis 20, wherein the floating ball 30 interposed between the plurality of support members 201 between the chassis 20 is a hollow sphere having a predetermined outer diameter as a hollow sphere. When the water 50 in the barrel 10 is introduced into the chassis 20 via the bottom pipe section 101, the floating ball 30 can be driven to rise; and when the floating ball 30 interposed between the supporting members 201 is gradually moved up to the bottom pipe section of the barrel 10 by the water level. The lower side of the 101 (such as the eleventh figure) will drive the floating ball 30 to resist the formation of the blocking state of the pipe section 101 at the bottom of the barrel 10, so that the water 50 of the barrel 10 stops entering the chassis 20, and the preset is advanced. Water stop status.

In addition, when the water in the bottom plate 20 of the drinker 40 has been lowered to the animal's drinking water level, the floating ball 30 is again driven to descend, and the water 50 in the barrel 10 is again introduced into the chassis 20 via the bottom pipe section 101 as a supplement at any time. The water 50 in the chassis 20 is actuated.

The invention is further improved according to the water-stopping structure of the container for controlling the drinking water of the animal, which is proposed in advance, so as to make the water dispenser as a preset water inlet amount, which can be in the barrel and the chassis which are filled with water. The water-stop unit is combined with water as a timely introduction into the barrel for the animal to drink, or when the water in the chassis has dropped to a certain low water level, the water-stop unit can be used to immediately introduce the water again.

The main purpose of the present invention is to form a water stopping unit for controlling the amount of water in the water container of the animal, comprising: a guiding member, a floating ball, a water stopping bead, a limiting member and a lower cover; wherein A space is formed in the upwardly facing inner portion of the guide member to allow the floating ball to be placed, and one end of the floating ball is extended as a section of the rod to serve as a section of the pipe that can be received through the upper layer of the guide member. In the inner periphery of the section of the guide member, a plurality of ribs are arranged at intervals to facilitate the introduction of water, and a restriction member for arranging the water-stopping beads is appropriately disposed on the outer circumference of the guide portion of the guide member. The truncated rod section placed in the guide space can touch the water stop bead, and a gap is provided in the periphery of the lower section of the guide member to facilitate the external extraction of the water, and is guided at the same time. a truncated ring segment recessed in the outer periphery of the lower end of the piece is fitted with the lower cover to form a water stopping unit; and the water stopping unit is coupled to the middle portion of the bottom of the barrel filled with water, and is disposed at The corresponding level of the chassis, as a drinking water container must be introduced Entering the chassis, the floating ball in the water unit can be lowered to drive the water stopping ball downwards from the water inlet of the upper end of the limiting member, so that the water of the barrel is introduced into the water stopping unit via the restricting member, and along the guiding member Each notch of the lower periphery is led into the chassis to control the preset water intake; and when the floating ball between the water stopping unit moves on the water for the chassis and drives the water stopping ball against the upper inlet of the limiting member, The water introduction of the tub can be immediately blocked, so that the drinking water container has a simple implementation in assembling the water stopping unit.

A second object of the present invention is to form a section of thread on the outer periphery of the upper section of the water stop unit of the composition to match the position of the intermediate portion of the bottom of the barrel. Twist lock.

A third object of the present invention is to form a rod end extending at one end of a floating ball of a water stop unit which is formed integrally with the water stop ball, and the inside of the section of the pipe section which allows the guide member to be supported can allow the water stop ball to be stopped. In order to facilitate the operation of the water unit, it is easy to set up the assembly.

[study]

10‧‧‧ barrel

101‧‧‧section

20‧‧‧Chassis

201‧‧‧Supporting parts

30‧‧‧Floating ball

40‧‧‧ Drinking fountain

50‧‧‧ water

〔this invention〕

1, 1'‧‧‧ Guides

11‧‧‧ Space

12, 12' ‧ ‧ section

13‧‧‧ rib

14‧‧‧ gap

15‧‧‧ ring segment

16‧‧‧Threaded section

2, 2'‧‧‧Float

21‧‧‧ rod segments

22, 3‧‧‧ water drops

4‧‧‧Restrictions

41‧‧‧ water inlet

5‧‧‧Under the cover

6, 6'‧‧‧ water stop unit

7‧‧‧ barrel

71‧‧‧Intermediate area

72‧‧‧ Nuts

8‧‧‧Chassis

9‧‧‧ Container

10‧‧‧ water

First Figure: An exploded view of the components of the water stop unit of the present invention.

Second Fig.: An exploded perspective view of the components of the water stop unit of the present invention.

Fig. 3 is a sectional view showing the assembly of the water stop unit of the present invention.

Fourth: Schematic diagram of the water stop unit of the present invention disposed in the barrel and the chassis.

Fifth: The schematic diagram of the water stop unit of the invention set in the barrel as the water inlet.

Figure 6: A magnified detail of the fifth figure.

Seventh: The schematic diagram of the water stop unit of the invention set in the barrel as a water stop.

Figure 8: Enlarged detail of B of the seventh figure.

Ninth view: exploded view of the two types of components of the water stop unit of the present invention.

Figure 10: Exploded view of the water stop member of the existing container.

Figure 11: Front cross-sectional view of the water stop body of the existing container as a water stop.

The water stopping structure (3) of the container designed by the invention (such as the first and second figures) is a water stopping container 9 for the animal, and the water stopping unit 6 as the control water inlet amount includes: a guiding member 1, a floating The ball 2, the water-stopping ball 3, a limiting member 4, and a lower cover 5 are formed. Wherein; a guiding member 1 is a hollow member forming a space 11 with the bottom portion facing upward, a first section of the guiding member 1 is penetrated through a section 12, and the inner periphery of the section 12 of the guiding member 1 is The ribs 13 are provided with a plurality of ribs to facilitate the introduction of water, and a plurality of notches 14 are provided at intervals around the lower section of the guide member 1 to facilitate the external extraction of water, which is also outside the lower end of the guide member 1. A section of the ring 15 is recessed in the periphery, and a section 16 of the thread is formed on the outer periphery of the upper section of the guide member 1.

A float ball 2, which is a control water inlet member depending on the internal space 11 of the guide member 1, has a section 21 extending from one end of the float ball 2.

a water droplet 3, which is a water stop portion that abuts against the rod segment 21 at one end of the float ball 2 Pieces.

A restricting member 4 is a member for accommodating the inlet water ball 3 by the guide member 1 facing the upper portion of the cutting portion 12, and the upper end of the restricting member 4 is inserted through a water inlet 41.

The lower cover 5 is a component that is determined according to the cutting ring segment 15 at the lower end of the guiding member 1 to facilitate the orientation of the floating ball 2.

The above-mentioned guiding member 1, floating ball 2, water stopping bead 3, restricting member 4, and lower cover 5 are arranged (such as the second and third figures), and the first step is to put the floating ball 2 into the guide. The upwardly facing inner space 11 of the member 1 and the rod segment 21 extending at one end of the float ball 2 are received into the section 16 of the guide member 1 through which the guide member 1 passes; the second step: receiving the water stop bead 3 into the restriction member 4 So that the limiting member 4 is sleeved on the outer periphery of the guiding portion 1 of the guiding member 1; the third step: the lower cover 5 is inserted into the annular portion 15 of the outer periphery of the lower end of the guiding member 1 to form a Water stop unit 6 [as shown in the third figure].

The water stopping unit 6 is capable of applying an azimuth rotation lock to the nut 72 which is pre-engaged with the intermediate portion 71 at the bottom of the barrel 7 by means of the cutting thread portion 16 of the upper portion of the upper portion of the barrel 7 (such as the fourth figure). In addition, the lower end of the water stopping unit 6 is disposed on the corresponding level of the chassis 8.

The arrangement of the water stopping unit 6 disposed at the bottom of the barrel 7 at the bottom of the barrel 7 and at the corresponding level of the chassis 8 is required to introduce water 10 into the chassis 8 as a drinking container 9 (such as Figures 5 and 6). By the sinking of the float ball 2 between the water stop unit 6 and driving the water stop ball 3 downwards away from the water inlet 41 at the upper end of the restricting member 4, the water 10 of the tub 7 is introduced into the water stopping unit 6 via the restricting member 4, and Each of the notches 14 along the lower periphery of the guide member 1 is led out into the chassis 8 for control of the preset water intake amount.

In addition, the intermediate portion 71 disposed at the bottom of the barrel 7 and the floating ball 2 between the water stopping units 6 disposed on the corresponding layers of the chassis 8 move up the water 10 for the chassis 8 and drive the water stop 3 against At the upper end of the restricting member 4, the water inlet 41 (such as the seventh and eighth figures) can immediately block the introduction of the water 10 of the tub 7 so that the bottom plate 8 of the drinking container 9 can receive the water with a preset amount of water in a timely manner. At the same time, the water stop unit 6 is easily implemented in the assembly.

The end of the rod segment 21 which is disposed at the bottom of the bottom of the barrel body and extends at one end of the floating ball 2' between the water stopping unit 6' disposed at the corresponding level of the chassis can be integrally formed with the water stopping bead 22 (such as Figure 9], and the inside of the section 12' of the guide member 1' is allowed to The water droplets 22 are allowed to move in the middle to facilitate the assembly of the water stop unit 6'.

1‧‧‧Guide

11‧‧‧ Space

12‧‧‧section

13‧‧‧ rib

14‧‧‧ gap

15‧‧‧ ring segment

16‧‧‧Threaded section

2‧‧‧Floating ball

21‧‧‧ rod segments

3‧‧‧Waterdrops

4‧‧‧Restrictions

41‧‧‧ water inlet

5‧‧‧Under the cover

6‧‧‧Water stop unit

Claims (3)

The water stopping structure (3) of the container is a water stopping unit used for the animal as a water stopping unit for controlling the water intake amount, which comprises: a guiding member, a floating ball, a water stopping bead, a limiting member, and a lower cover. Forming a space in the upwardly facing inner portion of the guiding member to allow the floating ball to be placed, and one end of the floating ball is extending a section of the rod to serve as a section of the pipe that can be received through the upper layer of the guiding member In the inner periphery of the section of the guide member, there are a plurality of ribs spaced apart to facilitate the introduction of water, and a restriction member for the water-stopping bead is disposed on the outer circumference of the guide portion of the guide member. So that the truncated rod segment placed in the guide space can touch the water stop bead, and the upper end of the restricting member penetrates through a water inlet, and the circumference of the lower portion of the guiding member is a plurality of paths The notch is taken out from the outside of the water, and a section of the ring which is recessed at the outer periphery of the lower end of the guiding member is fitted with the cover to form a water stopping unit; and the water stopping unit is combined with the water stopping unit The middle portion of the bottom of the water inlet barrel and the chassis At the level, as a drinking water container, water must be introduced into the chassis, and the floating ball between the water unit can be lowered to drive the water stopping ball downwards from the water inlet of the upper end of the limiting member, so that the water of the barrel is introduced through the restriction member. The water stopping unit and each of the notches along the lower periphery of the guiding member are led out into the chassis for controlling the preset water intake amount; and when the floating ball between the water stopping unit moves on the water for the chassis and drives the water stopping ball to reach By leaning against the water inlet of the upper end of the restricting member, the water introduction of the tub body can be immediately blocked, so that the drinking water container can be easily implemented in assembling the water stopping unit. The water stopping structure (3) of the container according to claim 1, wherein the guiding member of the water stopping unit of the composition is located at an outer periphery of the upper section to form a threaded section to fit the barrel The intermediate portion of the bottom of the body can be coupled with an azimuth lock when combined. The water stopping structure (3) of the container according to claim 1, wherein the end of the rod extending at one end of the floating unit of the composition is integrally formed with the water stopping ball and the guiding member is The upper part of the section of the pipe can allow the water-stopping ball to be displaced during the movement to facilitate the assembly of the water unit in the component.