CN213549017U - One-to-four drinking instant-heating drinking system for sheep - Google Patents

Abstract

A one-driving-four-drinking instant hot drinking system for sheep is composed of a one-driving-four water storage tank, a transverse water inlet pipe, a straight-through valve I, a drinking dividing mechanism, a U-shaped clamp I, an instant heat pipe and an intelligent temperature control device. The three groups of the one-driving-four water storage tanks are vertically connected with the transverse water inlet pipe through respective water distribution pipes in a linear arrangement state, four water outlet pipes of the one-driving-four water storage tanks are respectively and vertically connected with a touch water outlet valve of the water distribution mechanism, namely, the heating pipe is vertically arranged in the tank body of the one-driving-four water storage tank, and the intelligent temperature control device is arranged right above the one-driving-four water storage tank and is directly connected with the heating pipe through a power cord. When the water storage tank works, the straight-through valve I of the transverse water inlet pipe is opened, drinking water flows into the one-to-four water storage tank, the heating temperature is set through the intelligent temperature control device, and the heating pipe heats the drinking water to the preset temperature. When the sheep thirsty, the water outlet valve is touched lightly, and quantitative and moderate-temperature drinking water flows into the drinking bowl for the sheep to drink.

Description

One-to-four drinking instant-heating drinking system for sheep

Technical Field

The utility model discloses a drag four divide and drink formula sheep with instant heating drinking water system belongs to livestock-raising technical field, relates to a sheep is with heating drinking water equipment.

Background

At present, the sheep drinking water heating mode of a sheep hurdle has two types: one is that the large-volume drinking trough is directly heated, and the disadvantage of the method is that the whole trough water is heated no matter the sheep drinks or not, and the electric energy is wasted; another is plumbing in houses, which has the disadvantage that the heated drinking water is transported long distances by the plumbing, losing heat energy.

Disclosure of Invention

In order to overcome the drawback of above-mentioned drinking water mode, the utility model provides a one drags four to divide drinking water formula sheep to use instant heating drinking water system, it can provide palatable drinking water when the sheep only needs, can reach the purpose that does not waste the water resource, reduce energy loss.

The patent of the utility model provides a solve the technical scheme that its technical problem adopted and be: the three groups of the four-in-one water storage tanks are arranged in a straight line and are vertically connected with the transverse water inlet pipe in parallel through respective water distribution pipes, one end part of the transverse water inlet pipe is provided with a through valve I and is communicated with an external water supply pipe network, four water outlet pipes of the four-in-one water storage tanks are respectively and vertically connected with a touch water outlet valve of the water distribution mechanism, the water distribution mechanism is fixed on a sheepcote through a U-shaped clamp I, namely, a heat pipe is connected with the middle layer of the four-in-one water storage tank through a waterproof thread at one end part of the heat pipe, the instant heat pipe is vertically arranged in the tank body of the four-in-one water storage tank, and the intelligent temperature control device is arranged right above the four-in-one water storage tank and is; the one-to-four water storage tank consists of a tank body, a heat insulation material interlayer, a top cover, an intermediate layer, a connecting lug, four water outlet pipes, a water distribution pipe and a through valve II, wherein the tank body is of a cylindrical hollow cavity structure, the heat insulation material interlayer is filled in the hollow cavity structure, the top cover is arranged on the upper end face of the tank body, the intermediate layer is clamped under the top cover, the top cover and the intermediate layer are connected with the tank body together through the connecting lug, the four water outlet pipes are arranged in parallel close to the upper end of the tank body, the four water outlet pipes are arranged on the same horizontal plane, the water distribution pipe is vertically arranged; the water distribution mechanism consists of a touch water outlet valve, a drinking bowl, a U-shaped clamp II and a mounting plate, wherein the touch water outlet valve is positioned on one side, close to the inner cavity wall, above the drinking bowl and is fixed on the mounting plate of the drinking bowl through the U-shaped clamp II; the intelligent temperature control device is composed of a temperature control panel, a protection tube, a power line and an electric leakage protection plug.

The utility model discloses a beneficial effect lies in: the low-temperature season is realized, the sheep can only drink moderate-temperature water by quickly heating the small-volume drinking water of the water storage tank, the metabolism of the sheep is promoted, the feed intake is improved, and meanwhile, the electric energy is saved; the sheep in the compartment can only drink water independently, so that the cross infection of bacteria is avoided, the morbidity is reduced, and the compartment is safe and sanitary; one drinking water tank drags four drinking water bowls, can realize two fencing sharing one set of drinking water system, practices thrift the breed cost.

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention

FIG. 2 is a schematic view of a set of drinking water apparatus of the present invention

FIG. 3 is a schematic view of the structure of the water storage tank with one water tank for four water tanks

FIG. 4 is a schematic view of the structure of the drinking dispenser of the present invention

FIG. 5 is a schematic view of the structure of the intelligent temperature control device

In the figures 1 and 2, 1 is a water storage tank with four water, 2 is a transverse water inlet pipe, 3 is a direct valve I, 4 is a water distribution mechanism, 5 is a U-shaped clamp I, 6 is a heat pipe, and 7 is an intelligent temperature control device.

In the figure 3, 1-1 part of a tank body, 1-2 parts of a heat insulation material interlayer, 1-3 parts of a top cover, 1-4 parts of an intermediate layer, 1-5 parts of a connecting lug, 1-6 parts of four water outlet pipes, 1-7 parts of a water diversion pipe and 1-8 parts of a straight-through valve II.

In the figure 4, 4-1, a touch water outlet valve, 4-2, a drinking bowl, 4-3, a U-shaped clamp II and 4-4 are mounting plates.

In figure 5, 7-1 is a temperature control panel, 7-2 is a protection tube, 7-3 is a power line, and 7-4 is a leakage protection plug.

Detailed Description

In the embodiment shown in the figures 1-5, three groups of one-driving-four water storage tanks (1) are vertically connected with a transverse water inlet pipe (2) in parallel through respective water distribution pipes (1-7) at a proper position in the middle of two columns of the sheep pen, one end of the transverse water inlet pipe (2) is provided with a through valve I (3) and is communicated with an external water supply pipe network, four water outlet pipes (1-6) of the one-driving-four water storage tank (1) are respectively and vertically connected with a touch water outlet valve (4-1) of a water distribution mechanism (4), the water distribution mechanism (4) is fixed on the columns of the sheep pen through a U-shaped clamp I (5), namely, a heat pipe (6) is connected with middle layers (1-4) of the one-driving-four water storage tanks (1) through waterproof threads at one end of the heat pipe, and the heat pipe (6) is vertically arranged in a tank body (1-1) of the one-driving-four water storage tanks (1), the intelligent temperature control device (7) is arranged right above the one-driving-four water storage tank (1) and is directly connected with the instant heat pipe (6) through a power line (7-3). The working process is as follows: the direct valve I (3) of the transverse water inlet pipe (2) is opened, drinking water flows into the one-to-four water storage tank (1) through the respective water distribution pipes (1-7), the heating temperature is set through the intelligent temperature control device (7), and the drinking water in the one-to-four water storage tank (1) is heated to the preset temperature through the heat pipe (6). When the sheep is thirsty, the sheep touches the water outlet valve (4-1) of the water distribution mechanism (4), and the quantitative and suitable-temperature drinking water flows through the four water outlet pipes (1-6) and the water outlet valve (4-1) from the one-to-four water storage tank (1) and flows into the drinking bowl (4-2) for the sheep to drink. When the water level in the one-to-four water storage tank (1) is reduced, drinking water flows through the transverse water inlet pipe (2) and the water distribution pipes (1-7) from an external water supply pipe network and is injected into the one-to-four water storage tank (1), and the water injection work of the one-to-four water storage tank (1) is completed. When the temperature of the drinking water is lower than the set temperature range, the heat pipe (6) continues to work, and the heating and heat preservation work of the drinking water is completed. When the system works normally, the direct valve I (3) and the direct valves II (1-8) of the one-to-four water storage tank (1) are in an open state, and if the system is overhauled, the direct valves II (1-8) of one group of drinking equipment or the direct valve I (3) of the system can be selectively closed.

In the embodiment shown in figure 3, the one-driving-four water storage tank (1) consists of a tank body (1-1), a heat-insulating material interlayer (1-2), a top cover (1-3), an intermediate layer (1-4), a connecting lug (1-5), four water outlet pipes (1-6), a water distribution pipe (1-7) and a through valve II (1-8), wherein the tank body (1-1) is a cylindrical hollow cavity structure, the heat-insulating material interlayer (1-2) is filled in the hollow cavity structure, the top cover (1-3) is arranged on the upper end face of the tank body (1-1), the intermediate layer (1-4) is clamped under the top cover (1-3), the top cover (1-3) and the intermediate layer (1-4) are connected with the tank body (1-1) through the connecting lug (1-5), four water outlet pipes (1-6) are arranged in parallel near the upper end of the tank body (1-1), the four water outlet pipes (1-6) are arranged on the same horizontal plane, the water distribution pipe (1-7) is vertically arranged on the lower end surface of the tank body (1-1), and a through valve II (1-8) is arranged on the water distribution pipe.

In the embodiment shown in fig. 4, the water distribution mechanism (4) is composed of a touch water outlet valve (4-1), a drinking bowl (4-2), a U-shaped clamp II (4-3) and a mounting plate (4-4), wherein the touch water outlet valve (4-1) is positioned on one side of the upper portion of the drinking bowl (4-2) close to the inner cavity wall of the drinking bowl and is fixed on the mounting plate (4-4) of the drinking bowl (4-2) through the U-shaped clamp II (4-3).

In the embodiment shown in fig. 5, the intelligent temperature control device (7) is composed of a temperature control panel (7-1), a protection tube (7-2), a power line (7-3) and an earth leakage protection plug (7-4).

Claims (1)

1. The utility model provides a one drags four to drink formula sheep and uses instant heating drinking water system, by one drags four water storage tanks, horizontal inlet tube, through valve I, divide drink the mechanism, U type press from both sides I, heat pipe and intelligent temperature regulating device constitute characterized by: the three groups of the four-in-one water storage tanks are arranged in a straight line and are vertically connected with the transverse water inlet pipe in parallel through respective water distribution pipes, one end part of the transverse water inlet pipe is provided with a through valve I and is communicated with an external water supply pipe network, four water outlet pipes of the four-in-one water storage tanks are respectively and vertically connected with a touch water outlet valve of the water distribution mechanism, the water distribution mechanism is fixed on a sheepcote through a U-shaped clamp I, namely, a heat pipe is connected with the middle layer of the four-in-one water storage tank through a waterproof thread at one end part of the heat pipe, the instant heat pipe is vertically arranged in the tank body of the four-in-one water storage tank, and the intelligent temperature control device is arranged right above the four-in-one water storage tank and is; the one-to-four water storage tank consists of a tank body, a heat insulation material interlayer, a top cover, an intermediate layer, a connecting lug, four water outlet pipes, a water distribution pipe and a through valve II, wherein the tank body is of a cylindrical hollow cavity structure, the heat insulation material interlayer is filled in the hollow cavity structure, the top cover is arranged on the upper end face of the tank body, the intermediate layer is clamped under the top cover, the top cover and the intermediate layer are connected with the tank body together through the connecting lug, the four water outlet pipes are arranged in parallel close to the upper end of the tank body, the four water outlet pipes are arranged on the same horizontal plane, the water distribution pipe is vertically arranged; the water distribution mechanism consists of a touch water outlet valve, a drinking bowl, a U-shaped clamp II and a mounting plate, wherein the touch water outlet valve is positioned on one side, close to the inner cavity wall, above the drinking bowl and is fixed on the mounting plate of the drinking bowl through the U-shaped clamp II; the intelligent temperature control device is composed of a temperature control panel, a protection tube, a power line and an electric leakage protection plug.

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