Improved structure of triangular fan

Abstract

An improved structure of a triangular fan is provided with a three-way pipe body, and the three-way pipe body is provided with a water inlet end assembled to a water supply pipeline, a water outlet end vertically communicated with the water inlet end and used for being connected with water supply equipment, and a water control end which is provided with an adjusting bolt for controlling the water outlet amount of the water outlet end and is locked with a cap. Wherein the water control end of the three-way pipe body is provided with a turnable part, and the turnable part horizontally extends to the water outlet end from the position close to the water control end; the diameter of the cap is smaller than that of the outer periphery of the rotatable part. Therefore, during construction, due to the fact that the wrenching part is arranged at the water control end, different tools can be arranged on the wrenching part to conduct installation operation, construction of the triangular lens is more convenient and faster, the defect that the triangular lens in the prior art is prone to being obstructed by the construction environment is overcome, and then operation efficiency is improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to an improved structure of a triangle valve, in particular to an improved structure of a triangle valve which makes the construction of the triangle valve more convenient and fast, and further improves the operation efficiency. BACKGROUND

[0002] At present, the triangle valve is a bathroom equipment part which is directly translated from English "Valve", also called triangle plug, water stop valve or water stop plug, etc. The triangle valve is used for connecting the water supply pipeline and water supply equipment (faucet) to control the water flow of cold and hot water pipes. The triangle valve of the prior art shown in Figure 1 includes a three-way pipe body 1, a water inlet end 11 for connecting the water supply pipeline, a water outlet end 12 vertically penetrating the water inlet end 11 for connecting the water supply equipment, and a water control end 13 with a cap 131, and the water control end 13 is provided with an adjusting plug 14 for controlling the water flow of the water outlet end 12. Among them, the three-way pipe 1 is provided with a rotatable part 15 adjacent to the water inlet end 11, as shown in Figure 2 , the water inlet end 11 of the three-way pipe body 1 is locked into the water supply pipe 21 provided on the wall surface 2, and the water supply equipment is connected to the water outlet end 12, so that the water enters the water inlet end 11 and is supplied to the water supply equipment through the water outlet end 12, and the water flow can be adjusted through the adjusting plug 14 of the water control end 13.

[0003] The triangle valve of the prior art described above is used in construction, and the wrench and other tools are placed on the rotatable part 15, and the rotatable part 15 is rotated by the wrench, and then the water inlet end 11 is tightly locked on the water supply pipe 21. However, since the rotatable part 15 is arranged adjacent to the water inlet end 11, the distance between the rotatable part 15 and the wall surface 2 is quite limited, which relatively affects the operation of the tool when the operator is working due to the obstruction of the working environment. And because of the structural design of the rotatable part 15, only tools such as clamped type adjustable wrench can be used, and tools such as socket wrench or ratchet wrench cannot be used, which makes the construction quite inconvenient, the efficiency is not high and the cost of operation is increased.

[0004] The applicant, based on the above, through continuous research and experiment, designs an improved structure of a triangle valve, which makes the construction of the triangle valve more convenient and fast, and further improves the operation efficiency. CONTENT OF THE UTILITY MODEL

[0005] The main purpose of the utility model is to provide an improved structure of a triangle valve, which makes the construction of the triangle valve more convenient and fast, and can be applied to different construction tools, and further improves the operation efficiency and reduces the operation cost.

[0006] The improved structure of the aforementioned triangular valve is provided with a three-way pipe body, a water inlet end for connecting a water supply pipeline, a water outlet end vertically penetrating the water inlet end for connecting a water supply device, and a water control end with an adjusting plug for controlling the water outlet of the water outlet end and a cap.

[0007] The improved structure of the aforementioned triangular valve, wherein the rotatable part is hexagonal, and the diameter of the cap is smaller than the outer periphery of the rotatable part, facilitating the use of tools such as socket wrenches or ratchet wrenches.

[0008] The improved structure of the aforementioned triangular valve, wherein the rotatable part extends horizontally from the water control end to the water outlet end, and the upper edge of the rotatable part is lower than the water outlet end, with one end surface adjacent to the water outlet end located at the center of the water outlet end.

[0009] The improved structure of the aforementioned triangular valve, wherein the rotatable part is hexagonal, and the diameter of the cap is smaller than the outer periphery of the rotatable part, facilitating the use of tools such as socket wrenches or ratchet wrenches. BRIEF DESCRIPTION OF DRAWINGS

[0010] Figure 1 The improved structure of the aforementioned triangular valve, wherein the rotatable part is hexagonal, and the diameter of the cap is smaller than the outer periphery of the rotatable part, facilitating the use of tools such as socket wrenches or ratchet wrenches.

[0011] Figure 2 The improved structure of the aforementioned triangular valve, wherein the rotatable part is hexagonal, and the diameter of the cap is smaller than the outer periphery of the rotatable part, facilitating the use of tools such as socket wrenches or ratchet wrenches.

[0012] Figure 3 The improved structure of the aforementioned triangular valve, wherein the rotatable part is hexagonal, and the diameter of the cap is smaller than the outer periphery of the rotatable part, facilitating the use of tools such as socket wrenches or ratchet wrenches.

[0013] Figure 4 The improved structure of the aforementioned triangular valve, wherein the rotatable part is hexagonal, and the diameter of the cap is smaller than the outer periphery of the rotatable part, facilitating the use of tools such as socket wrenches or ratchet wrenches.

[0014] Figure 5 The improved structure of the aforementioned triangular valve, wherein the rotatable part is hexagonal, and the diameter of the cap is smaller than the outer periphery of the rotatable part, facilitating the use of tools such as socket wrenches or ratchet wrenches.

[0015] Figure 6 The improved structure of the aforementioned triangular valve, wherein the rotatable part is hexagonal, and the diameter of the cap is smaller than the outer periphery of the rotatable part, facilitating the use of tools such as socket wrenches or ratchet wrenches.

[0016] BRIEF DESCRIPTION OF DRAWINGS

[0017] 1、three-way pipe body;

[0018] 11、water inlet end;

[0019] 12、water outlet end;

[0020] 13. water control end;

[0021] 131. cap;

[0022] 14. adjusting bolt;

[0023] 15. rotatable part;

[0024] 2. wall surface;

[0025] 21. water supply pipe;

[0026] 3. tee pipe body;

[0027] 31. water inlet end;

[0028] 32. water outlet end;

[0029] 32a. second water outlet end;

[0030] 33. water control end;

[0031] 331. cap;

[0032] 34. adjusting bolt;

[0033] 35. rotatable part. DETAILED DESCRIPTION

[0034] Please refer to Figure 3 and Figure 4 , which are perspective view and plan view of the present utility model. As shown in the figures, the present utility model comprises a tee pipe body 3, which is provided with a water inlet end 31 for connecting to water supply pipe, and a water outlet end 32 which is perpendicular to the water inlet end 31 and is used for connecting water supply equipment such as wash basin, faucet or toilet tank. The water inlet end 31 is locked to the water supply pipe on the wall surface, and the water supply equipment is connected to the water outlet end 32, so that water enters the water inlet end 31 and is supplied to the water supply equipment from the water outlet end 32.

[0035] On the opposite side of the water inlet end 31, there is a water control end 33, which is locked to a cap 331, and an adjusting bolt 34 is provided on the water control end 33 and protrudes from the cap 331. The adjusting bolt 34 extends into the water control end 33 and is connected to at least one element including water stop washer and valve plug. The water supply amount of the water outlet end 32 is adjusted by rotating the adjusting bolt 34 of the water control end 33 in the forward and reverse directions.

[0036] The three-way pipe body 3 is provided with a rotatable part 35 adjacent to the water control end 33. The rotatable part 35 is hexagonal and extends horizontally from the water control end 33 to the water outlet end 32. The upper edge of the rotatable part 35 is lower than the water outlet end 32. The end surface of the rotatable part 35 adjacent to the water outlet end 32 is located at the center of the water outlet end 32. In this embodiment, the diameter of the cap 331 is smaller than the outer periphery of the rotatable part 35, which facilitates the use of tools such as socket wrenches or ratchet wrenches.

[0037] The combination of the above components forms the improved structure of the tee. During installation, the rotatable part 35 is provided adjacent to the water control end 33, which allows different tools to be placed in the rotatable part 35 for installation work, making the installation of the tee more convenient and efficient, improving the existing technical tee which is easily affected by the installation environment, and further improving the work efficiency.

[0038] Figure 5 The installation embodiment of the utility model is shown in the figure. During installation, the water inlet end 31 of the tee pipe body 3 is locked into the water supply pipe 21 provided on the wall 2, just like the existing technical tee. The tool is placed in the rotatable part 35 through the wrench, and the rotatable part 35 is rotated through the wrench, and then the water inlet end 31 is tightly locked on the water supply pipe 21. Since the rotatable part 35 is provided adjacent to the water control end 33 of the tee pipe body 3, there is a relatively wide gap between the rotatable part 35 and the wall 2. Therefore, when using a movable wrench or other tools for installation work, the installation environment will not be affected, making the installation of the tee more convenient and efficient, and further improving the work efficiency. After installation is completed, the water supply device is connected to the water outlet end 32, so that water enters the water inlet end 31 and is supplied to the water supply device through the water outlet end 32. The water flow can be adjusted by the adjusting bolt 34 of the water control end 33.

[0039] The utility model is provided with a rotatable part 35 adjacent to the water control end 33 of the tee pipe body 3. In addition to using a general movable wrench for installation work, different tools can be placed in the rotatable part 35 for installation work, such as a socket wrench or a ratchet wrench. Since the diameter of the cap 331 is smaller than the outer periphery of the rotatable part 35, the socket wrench or the ratchet wrench can be sleeved in front of the water control end 33, passing through the adjusting bolt 34 and the cap 331, and sleeved in the rotatable part 35 for operation and installation, making the installation of the tee more convenient and efficient, improving the existing technical tee which is easily affected by the installation environment, and further improving the work efficiency.

[0040] Please refer to Figure 6As shown in the figure, another embodiment of the utility model is provided with another second water outlet 32a which is perpendicular to the water inlet end 31 and is opposite to the water outlet end 32, so as to connect other different water supply equipment, thereby improving the practical value of the triangular valve.

[0041] The foregoing embodiments are only preferred embodiments of the utility model, and are not intended to limit the scope of the utility model. Any slight modification or change does not deviate from the spirit and scope of the utility model.

[0042] In summary, the utility model is provided with a turnable part on the water control end of the triangular valve, and a cap with a smaller diameter than the turnable part and locked on the water control end, so as to form an improved structure of the triangular valve, which makes the construction of the triangular valve more convenient and fast, and is suitable for different construction tools, thereby improving the work efficiency and reducing the work cost.

Claims

1. An improved structure of a triangle valve, comprising a three-way pipe body, wherein an inlet end for connecting a water supply pipe, an outlet end for connecting a water supply device vertically through the inlet end are arranged; the opposite side of the inlet end is provided with a water control end, the water control end is locked with a cap, and an adjusting bolt for adjusting the water flow of the outlet end is arranged on the water control end, characterized in that: a turnable part for different tool installation is arranged on the three-way pipe body adjacent to the water control end. The diameter of the cap is smaller than the outer periphery of the turnable part.

2. The improved structure of the triangular van according to claim 1, wherein The turnable part is hexagonal.

3. The modified structure of the delta wrench according to claim 1, wherein The turnable part extends horizontally from the water control end to the outlet end, the upper edge of the turnable part is lower than the outlet end, and the end surface adjacent to the outlet end is located at the center of the outlet end.

4. The modified delta vane as claimed in claim 1, wherein ​

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