JP3158602U - Livestock watering joint - Google Patents

Abstract

A livestock watering tool suitable for supplying water to livestock such as pigs, cows, and sheep, and a livestock watering joint for mounting the same are provided. Only the pusher part of this pusher type drinking waterer is removed, and a water supply device is attached via a water supply joint for livestock, the structure of the machine part is eliminated, and water is supplied only by the waterer. This is less expensive and more economical than changing the entire instrument. By simply replacing the existing push spatula structure, even a weak calf livestock can drink water without problems by the water supply device attached via the water supply joint for livestock. [Selection] Figure 11

Description

The present invention relates to a livestock water supply device suitable for supplying water to livestock such as pigs, cattle, and sheep, and a livestock water supply device to which the water supply device is attached.

As a water supply device for supplying water to livestock such as pigs, cattle, sheep, etc., as shown in Fig. 1 and Fig. 2, the water outlet valve contact point (2a) in Fig. It was a thing to supply water by pushing. When used for a long period of time, the fulcrum (1) of Fig. 1 and Fig. 2 and the contact point (2a) of the water supply valve were worn out, causing a failure. In cowsheds and other places, hay etc. enters the drinking cup, and the weight of the pusher vera cuff (3) is lowered by the weight, causing an accident in which water always comes out.
In order to prevent this accident, it was necessary to further strengthen the spring of the pressing spatula 3 (2b) and provide more force to return. For this reason, calves etc. have no power and cannot drink on their own.
In addition, because the push-bella type drinking cup only discharges when pushed from one direction from the front, when cows etc. drink from the head of the breeding room, they can only push from the side, so drink well. I couldn't.

JP 2004-337060 A Actual Kaihei 1-101346

Conventional push-bella type Fig. 1 Fig. 2 The drinking cup of Fig. 3 suffered many damage accidents due to wear of the fulcrum operating part (1) of the push-bella part (3). Further, the pusher used to wear out the water supply valve contact (2a) and its movable part shown in FIG. 3 (5), causing water leakage. Only the push spatula part of this push spatula-type drinker is removed, and the water supply unit is attached through the livestock water supply joint (70) of the present invention, the structure of the machine part is eliminated, and water is supplied only by the water supply unit. Also, due to the structure of the cowshed, cows etc. drink from the side when drinking, so the conventional push-bella cup does not come out unless it is pushed from one direction from the front, making it difficult for calves to drink. was there.

Fig. 3 Remove the push spatula part (3) of the conventional push vera type drinking waterer, remove the water supply valve (2), and expose the water supply joint (70) for livestock in Fig. 8 to the exposed water outlet (5). Install the water supply.

As described above, the structure can be changed from the push-bella type to the water supply type without changing the entire device by replacing only the push-bella part.
By simply replacing the existing push spatula structure, even the dairy cattle livestock with no power can be drunk without problems by the water supply device attached via the livestock water supply joint (70) of the present plan.
The lower part of the water supply body is light like a pendulum, and it will be able to drink even if it is touched from any direction at 360 degrees. In particular, young livestock can drink easily.

Inclined view of a conventional push-bever type watering device Inclined view of a conventional push-bella type drinking device 2 The figure which showed the cross section of the water supply part of the conventional push-bella type drinking device The figure which removed the push spatula of the conventional push spatula type drinking waterer Inclined view of livestock watering device of the present invention Sectional view and partial enlarged view of the watering device of the present invention Inclined view of the livestock water supply joint and water supply of the present invention Combination drawing of the water supply joint for livestock of the present invention and the water supply Illustration of removing the water supply section of a conventional push-beverage type watering device and providing a livestock water supply joint The figure which showed the place which removes the water supply part of the conventional push beer type watering device, and attaches the water supply joint for livestock and the water supply via the joint which has a screw part The figure which showed the place which removes the water supply part of the conventional push beer type watering device, and attaches the water supply joint for livestock and the water supply device with a screw Figure of livestock drinking water with the water supply joint for livestock of the present invention and water supply equipment attached to a drinking cup

Hereinafter, preferred embodiments of the water supply joint for livestock of the present invention will be described in detail with reference to the drawings.

As shown in FIG. 5, the water supply joint for livestock of the present invention, as shown in FIG. 5, includes a central cylindrical member (20), a rod-like action member (60), a lower cylindrical member (30), a male screw member (40 ), An L-shaped tubular joint to which a water supply device composed of Some of these joints have a retaining hole that can be screwed to the outside of the structure.

As for the water supply tool, the central cylindrical member (20) in FIG. 6 has a circulation hole portion in the central portion in the axial direction, and the central portion of the circulation hole is slightly narrowed (20a). Screw portions are screwed into (20b) and inside (20c).
The packing (61) is inserted into the flow hole of the central cylindrical member (20), the rod-like action member (60) is inserted into the flow hole, passes through (20a), and is taken out to the lower part. The spring (50) is put on the rod-like action member (60), the spring is pressed by the male screw member (40), and screwed into the upper part of the central cylindrical member (20).
Insert a rubber ring (30a) from the place where the long part of the handle of the rod-like action member comes out under the central cylindrical member, and fit it into the lower recess of the central cylindrical member (20). ), And a cylindrical retainer (31) having a through hole in the center from below and having a through hole like a lotus root is press-fitted around and fixed with a nylon nut (62).
The upper part (20b) of this water supply tool and the livestock water supply joint (70) of FIG. 8 are screwed together.
This livestock water supply joint is pushed and attached to the water outlet (5) of FIG.
The livestock water supply joint (70) includes joints (70a) and (70b) having screw holes.

Also, in the water supply device, if the livestock such as cattle or the like is pressed in the front / rear / left / right direction by a nose, mouth, etc., the location where the rod-like action member (60) and the lower cylindrical member (30) are integrated, the rod The action member (60) and the packing (61) are inclined, and water flows away from the packing (61) in whole or in part.
When the livestock stops drinking water, the rod-like action member (60) returns to the straight shape by the force of the spring (50) and the pressure of the water, and the water discharge stops.
In Fig. 4, the pushing spatula is removed from the pushing vera type drinking water device, and the water outlet is exposed.
FIG. 7 shows a state where the water supply tool is attached to the water outlet exposed in FIG. 4 via the water supply joint for livestock (70).
FIG. 9 shows an example in which the pushing spatula of the pushing-beverage type drinking apparatus is removed and the water supply is fixed via the livestock watering joint (70a) having a screw hole when the outlet is not threaded. (71) is a rubber packing for preventing water leakage.
In FIG. 10, when the push spatula of the push spatula type drinking apparatus is removed and the diameter of the water outlet is different, the water supply tool is attached via the livestock water supply joint (70) having a screw part on the outside.
In FIG. 11, when the push spatula of the push vera type drinking device is removed and the diameter of the water outlet is different and there is no screw part, the water supply tool is attached via the livestock water supply joint (70b) having a mounting screw hole.

The difference between the present invention and the past is that when the diameter of the water outlet (5) is different, the present invention has a structure that can be attached via a livestock water supply joint. It is a feature.
Also, the rubber ring (30a) of the water supply tool shown in FIG. 6 is characterized by a structure that prevents water from jumping up. If the water supply pressure is high, water cannot be discharged from the tube presser (31), and if there is no rubber ring (30a), it will jump out.

This will be described with reference to the accompanying drawings.
Fig. 6 The central hole of the central cylindrical member (20) is formed with a flow hole in the axial direction, the central part of the flow hole is slightly narrower (20a), the outer side (20b) and the inner side of the upper end ( In 20c), the screw part is threaded.
The packing (61) is inserted into the flow hole of the central cylindrical member (20), the rod-like action member (60) is inserted into the flow hole, passes through (20a), and is taken out to the lower part. The spring (50) is put on the rod-like action member (60), the spring is pressed by the male screw member (40), and screwed into the upper part of the central cylindrical member (20). Insert a rubber ring (30a) from the place where the long part of the handle of the rod-like action member comes out under the central cylindrical member, and fit it into the lower recess of the central cylindrical member (20). ), And a cylindrical retainer (31) having a through hole in the center from below and having a through hole like a lotus root is press-fitted around and fixed with a nylon nut (62).
The upper part (20b) of this water feeder and the water supply joint for livestock Fig. 8 (70) are screwed together.

The livestock water supply joint (70) of the present invention comprises a central cylindrical member (20), a rod-like action member (60), a lower cylindrical member (30), a male screw member (40), as shown in FIG. It is an L-shaped tubular joint to which a water supply device composed of is attached. Further, some of the joints have a fastening hole that can be fixed with a screw in the middle thereof (FIGS. 8 (70a) and (70b)).

FIG. 3 shows a cross section of an extracted water supply portion of a conventional push-bella type water supply device.

Fig. 7 Water falls when livestock such as cattle shake the lower cylindrical member (30) with the tip of the nose or mouth. The lower cylindrical member (30) is fixed with a nylon nut (62) so that it can freely move 360 ° in the front-rear and left-right directions.

Fig. 8 An L-shaped tubular joint to which a water supply tool is attached. Some of the joints have a retaining hole (70a) (70b) that can be fixed with a screw in the middle.

Fig. 12 Expected view that livestock such as cattle get out of the barn, shake the lower tubular member (30) with the tip of the nose, and drink the water that comes out.

1 Pushing fulcrum
2 Water supply valve
2a Water supply valve contact
2b Water supply valve spring
3 Pressing spatula
5 Water outlet
6 Water supply port
6a Water supply pipe
7 fulcrum mandrel
8 Receiving tank
20 Central tubular member
20a narrowing
20b Top external screw
20c Internal thread inside the upper end
30 Lower cylindrical member
31 Tube holder
30a rubber ring
40 Male screw member
50 spring
60 Rod-like working member
61 Packing
62 Nylon nut
70 Water supply joint
70a Joint with screw holes
70b Joint with screw holes
71 Water leakage packing

Claims (2)

A central hole is formed in the central cylindrical member formed by drilling a flow hole in the central portion in the axial direction, narrowing the central portion of the flow hole slightly, and screwing a screw on the outside and inside of the upper end. Insert a ring-shaped rubber or silicon rubber packing, insert a long rod-shaped working member with a handle of a truss head bolt into the flow hole, insert a metal spring over it, and have a sleeve-shaped flow hole Hold the spring with a male screw member threaded on the outside, insert a rubber ring from the place where the long handle of the rod-like action member comes out under the central cylindrical member, and fit it in the lower recess of the central cylindrical member , Cover the lower cylindrical member of the cylindrical shape, has a through hole from the bottom to the center, press-fit a cylindrical retainer with a through hole around it like a lotus root, and fix it with a nylon nut as a water supply tool, The upper end can be screwed with one of the L-shaped cylindrical joints. Characteristic water supply joint for livestock. The water supply for livestock according to claim 1, wherein when the water supply joint for livestock is attached to a water supply device, a pressing metal fitting having a mounting screw hole is provided outside the L-shaped cylindrical joint. Tool joint.