TWM458494U - Separation type mixing faucet for sink unit - Google Patents

Description

Separate mixing faucet for flow table

In the present invention, a separate mixing faucet for a flow table is formed by fitting two existing installation perforations in the flow panel to form a tube body group and a control handle group, respectively, and at different positions of the tube body and the control handle. The bottom is connected by a hose connected to the water outlet, and the water head is exposed at the pipe end of the pipe body, and a heavy hammer is assembled at a section of the hose near the flow pipe body; The transfer plug in the pipe body is assembled by the plastic material covering body on the transfer control bolt and the metal bolt in the control handle, so that the control handle is controlled and the water is controlled. Next, the water head is used to extend the distance after the water is pulled out, and then the original effect is automatically pulled back by the weight of the hammer, so as to facilitate the practical effect of the installation and positioning.

Press, generally assembled in the flow panel A is pre-installed with the cold and hot mixing faucet assembled by the perforation A1 (such as the first and second figures), in order to simplify the components and cost considerations, the faucet B is usually The two models of C and C are made in an "integral" form, and then the cold and hot water pipe set D and a hose E are assembled; among them, the faucets B and C are internally designed to involve water flow communication. It is the light in the design of the mold has to be considered, including how to do mold and processing, and the internal processing of the integrated components is not easy to produce, resulting in a relatively high rate of scrapping, especially today's production materials continue to turn Up, this is a heavy burden for the industry, and these are things that need to be improved. Even in recent years, the industry is gradually moving toward the "modular" approach of components. It is also possible to combine some components as a common product to match the components of a new generation of products, thus reducing the development of next-generation products. Re-creation costs; at the same time, some improvements in assembly and use are further improved to make them more perfect and practical.

Therefore, the applicant vigorously developed the creation of the case and applied for it. The purpose of the present invention is to provide a separate mixing faucet for a flow table, which is formed by combining the two installation perforations in the flow panel to form a tube body and a control handle group respectively, and in the tube body. The bottom of the two positions with the handle is connected by a hose connected to the water outlet, and the water head is exposed at the pipe end of the pipe body, and a hammer is assembled at a section of the hose near the water pipe body. In this way, the handle is controlled to control the water, so that the water head can be used for extended distance water after being pulled out, and then automatically pulled back to the original effect by the weight of the hammer, so as to facilitate installation. The practical effect of positioning.

The purpose of the present invention is to provide a separate mixing faucet for a flow table, wherein a pipe system in which a perforation is installed in a flow panel is screwed to a hollow base, and then the base and the positioning are The screw is screwed into one body, and then the positioning screw is placed in the mounting perforation of the flow panel after passing through the panel seat, and then the positioning body is positioned by the positioning nut.

The purpose of the present invention is to provide a separate mixing faucet for a flow table, wherein the other handle of the flow table is mounted with a perforated handle and a spherical seat, a hollow base for assembly in the upper half of the flow pipe body. In the section, the lower half of the flow pipe body is placed in the installation perforation and fixed by the nut.

The purpose of the present invention is to provide a separate mixing faucet for a flow table, wherein after the two sets of perforations are placed in the flow panel of the tube set and the handle set, respectively, the crucible will be cold and hot. The water pipe group and the hose connected to the water outlet head are respectively connected in the flow water pipe body, so that the hose is combined with a water outlet head after passing through the pipe body to the end edge thereof, so that the water outlet head system is exposed in the pipe body. At the end of the pipe, a heavy hammer is assembled at a section of the hose near the flow pipe body.

The purpose of the present invention is to provide a separate mixing faucet for a flow table, which is buried in a hole in which the metal bolt of the handle is screwed. A buried nut made of a metal material is provided so that the material of the handle is completely covered on the end surface of the buried nut to completely fix the position of the buried nut.

The purpose of the present invention is to provide a separate mixing faucet for a flow table, wherein the control handle and the transfer plug in the flow tube body are assembled by means of a plastic covering body on the transfer plug The metal bolts in the handle are in close contact with each other.

The purpose of the present invention is to provide a separate mixing faucet for a flow table, wherein the handle is assembled with the transfer plug by the control handle, and is covered by the plastic body covering on the transfer bolt. Covering and providing a concave plane in the covering body, so that when the metal bolt in the handle is screwed to the transfer bolt, the metal bolt is in contact with the concave plane of the covering body, so that the hard one is Under soft contact, it is tightly attached to form a close contact.

The purpose of the present invention is to provide a separate mixing faucet for a flow table, wherein a plurality of convex bodies are formed on the hollow inner wall of the base for the hollow inner wall of the spherical seat to have a relative number of grooves and A relatively large number of grooves are provided on the flow pipe body for the limit embedding combination.

The purpose of the present invention is to provide a separate mixing faucet for a flow table, wherein the inside of the pipe body is combined with a water head except for the hose to pass through to the end edge thereof, so that the water head is exposed in the pipe body. a pipe end, and a recess and a recess are formed in the periphery of the port of the pipe body, so as to be a limit fastener After the perforation is provided for the hose, the convex portion and the convex buckle provided by the limiting fastener are respectively combined for limiting, and then the L-shaped groove in the limiting fastener is rotated to buckle the convexity on the water outlet. The body is integrated to avoid improper release of the water head due to long-term continuous use.

1‧‧‧Water head

11‧‧ ‧ convex

2‧‧‧ tube body

21‧‧‧Port

211‧‧‧ recess

212‧‧‧ recessed hole

22‧‧‧Limited fasteners

221‧‧‧ convex

222‧‧‧Bulge point

223‧‧‧through holes

224‧‧‧L-shaped groove

2A‧‧‧Base

3‧‧‧ Positioning coil

3A‧‧‧Face

3B‧‧‧ Positioning nut

4‧‧‧Control handle

41‧‧‧Assembled holes

4A‧‧‧ buried nuts

4B‧‧‧Metal bolts

5‧‧‧Spherical seat

6‧‧‧Base

61‧‧‧ convex

7‧‧‧Flow pipe body

71‧‧‧ Groove

72‧‧‧ Groove

7A‧‧‧ nuts

8‧‧‧Transfer

81‧‧‧ Covering body

811‧‧‧ concave plane

82‧‧‧ convex

9‧‧‧Hose

9A‧‧‧heavy hammer

A‧‧‧流台台

A1‧‧‧Installation perforation

B‧‧‧ Faucet

C‧‧‧faucet

D‧‧‧Cold and hot water pipe set

E‧‧‧Hose

The first picture: the illustration of the former (1).

The second picture: the illustration of the former (2).

The third picture: the illustration of this creation (1).

The fourth picture: the illustration of this creation (2).

The fifth picture: the illustration of this creation (3).

Figure 6: A graphic representation of this creation (4).

Figure 7: The illustration of this creation (5).

Figure 8: The illustration of this creation (6).

Figure IX: Figure (1) of the embodiment of the creation.

The tenth picture: This is a schematic diagram of the different styles of the creation (1).

Figure 11: This is a schematic diagram of the different styles of the creation (2).

Twelfth picture: This is a schematic diagram of the different styles of the creation (3).

Thirteenth picture: This is a schematic diagram of the different styles of the creation (4).

Figure 14: Figure (2) of the embodiment of the creation.

The fifteenth figure: This is a schematic diagram of the different styles of the creation (5).

First of all, please refer to the detailed descriptions shown in the third, fourth, fifth, sixth, seventh and eighth figures: in this case, a separate mixing faucet for the flow table is matched with the two existing in the flow table A. The perforation A1 is installed to form a tube assembly and a control handle group respectively, wherein the tube body 2 of the flow table panel A in which the perforation A1 is mounted is screwed with a hollow base 2A. Then, the base 2A and the positioning screw 3 are screwed into one body, and the inside of the pipe body 2 is combined with a water head 1 except for the hose 9 to pass through to the end edge thereof, so that the water head 1 is exposed in the pipe body 2 a tube end, and a recess 211 and a recess 212 (such as the fourth figure) are disposed on the periphery of the port 21 of the tube body 2, so that the through hole 223 of the limiting fastener 22 is provided for the hose 9 to be worn. The convex portion 221 and the convex buckle point 222 provided in the limiting fastener 22 are combined in a limit position, and then the L-shaped groove 224 in the limiting fastener 22 is rotated to buckle the convex body 11 on the water outlet head 1. As one (such as the fifth figure), to avoid improper release of the water head 1 due to long-term continuous use; then the positioning screw 3 is in the warp surface After the plate base 3A is placed in the mounting perforation A1 of the flow table panel A, the pipe body 2 is positioned by the positioning nut 3B; and the other control handle 4 of the flow table panel A is installed with the perforation A1. With the spherical seat 5, the hollow base 6 is assembled in the upper half of the flow pipe body 7, and then the lower half of the flow pipe body 7 is placed in the installation perforation A1 and is provided by the nut 7A is fixed to the position; wherein the hollow inner wall of the base 6 is provided with a plurality of convex bodies 61 for the recess 71 embedded in the flow pipe body 7 to be used for the limit embedding combination, and then by the groove 72 The convex portion 82 at a position opposite to the transfer plug 8 is embedded and assembled.

In the control handle 4, a buried nut 4A made of a metal material is embedded, so that when the handle 4 is formed, the material is completely covered on the end surface of the buried nut 4A, and only the exposed handle is exposed. Excavating its thread (as shown in the seventh figure), so that the position of the buried nut 4A can be completely fixed, so that the handle 4 and the transfer plug 8 in the flow tube body 7 are assembled by A plastic flat surface 811 is disposed in the plastic covering body 81 on the transfer latch 8 to be screwed with the metal bolt 4B in the handle handle 4, that is, when the metal bolt 4B is in the assembly hole 41 of the trigger handle 4 After being screwed into the buried nut 4A, it is continuously screwed into the concave plane 811 of the covering body 81 of the transposing bolt 8 so as to be closely adhered to each other under a hard and soft contact (such as the sixth, Eight figure), especially when the handle 4 is pulled for a long time, it does not cause a gap with the transfer plug 8 to cause a loosening situation, so that the handling is not smooth.

After the pipe body group and the control handle group are respectively placed in the two installation perforations A1 in the flow panel panel A, the cold and hot water pipe group D and the hose 9 connected to the water outlet head 1 are respectively connected to In the flow pipe body 7, the hose 9 is coupled to a water outlet head 1 after passing through the pipe body 2 to its end edge, so that the water outlet head 1 is exposed. At the pipe end of the pipe body 2, a weight 9A is assembled at a position of the hose 9 near the pipe body 7.

In this way, after the installation and positioning is completed (such as the ninth figure), the water temperature is controlled by the control of the handle 4 or the different water temperature of the cold or hot water is discharged, so that the water head 1 is extended to extend the water after being pulled out. When used, when the water head 1 is pulled out, the hose 9 can be pulled out for use as an extended distance. When the use is completed, a hammer is assembled by using a portion of the hose 9 near the water pipe body 7 For the sake of 9A, it can form an automatic pull back to the original position.

Moreover, the assembly handle 41 of the provided metal bolt 4B for screwing can be arranged at different angles according to the position of the concave plane 811 of the cover 81 in the control plug 8 of the flow tube body 7 (such as the tenth 11;) The base 6 for assembling the spherical seat 5 below the handle 4 can also be made into different height dimensions (such as the twelfth, thirteenth, and fourteenth drawings), or different shapes (such as Figure 15), and the head 1 can also be composed of different styles (as shown in Figure 14).

To sum up, this creation does meet the requirements for the establishment of Article 104 of the Patent Law. I urge the Bureau to make a clear understanding of the patent right granted to the legal person.

1‧‧‧Water head

11‧‧ ‧ convex

2‧‧‧ tube body

21‧‧‧Port

22‧‧‧Limited fasteners

221‧‧‧ convex

222‧‧‧Bulge point

223‧‧‧through holes

2A‧‧‧Base

3‧‧‧ Positioning coil

3A‧‧‧Face

3B‧‧‧ Positioning nut

4‧‧‧Control handle

41‧‧‧Assembled holes

4B‧‧‧Metal bolts

5‧‧‧Spherical seat

6‧‧‧Base

61‧‧‧ convex

7‧‧‧Flow pipe body

71‧‧‧ Groove

72‧‧‧ Groove

7A‧‧‧ nuts

8‧‧‧Transfer

81‧‧‧ Covering body

811‧‧‧ concave plane

82‧‧‧ convex

9‧‧‧Hose

9A‧‧‧heavy hammer

A‧‧‧流台台

A1‧‧‧Installation perforation

D‧‧‧Cold and hot water pipe set

Claims (1)

The utility model relates to a separate mixing faucet for a flow table, which is formed by assembling two sets of perforations in the flow table panel to form a pipe body group and a control handle group respectively, wherein one of the flow table panels is installed with a perforation. After the pipe system is screwed with a hollow base, the base and the positioning screw are screwed together, and the inside of the pipe body is connected to the water supply head except for the hose to pass through to the end edge thereof. In combination, the water head is exposed at the pipe end of the pipe body, and a recessed portion and a recessed hole are provided at the periphery of the port of the pipe body, so that the through hole of a limit fastener is provided for the hose to be penetrated and the limit fastener is respectively The convex portion and the convex buckle point are provided for limiting connection, and then the L-shaped groove in the limiting fastener is rotated to buckle the convex body on the water outlet head to avoid the water head being continuously used for a long time. Improper loosening of the situation; after that, the positioning screw is placed in the mounting perforation of the flow panel after passing through the panel seat, and then the positioning body is positioned by the positioning nut; and at the flow table Another control panel with a perforated handle is attached to the spherical seat, hollow The base is assembled in the upper half of the flow pipe body, and then the lower half of the flow pipe body is placed in the installation perforation and fixed by the nut; wherein the hollow inner wall of the base is fixed with a plurality of convex bodies, The groove provided on the flow pipe body is used for limiting insertion and assembly, and then the groove is used for embedding and positioning with the convex portion at the relative position of the transfer control bolt; and the handle is embedded with a metal material. a buried nut, so that the handle is made In the case of the type, the material is completely covered on the end surface of the buried nut, and only the thread is exposed, so that the position of the buried nut can be completely fixed for the control handle and the flow tube body. When the transfer bolt is assembled, it is screwed into the metal bolt in the handle handle by a concave plane in the plastic coating body on the transfer bolt, that is, when the metal bolt enters the assembly handle After the screw of the hole is inserted into the nut, it can be continuously screwed into the concave plane of the covering body of the control plug, so that it can be closely adhered with a hard and soft contact, especially in the long-term pulling. When the handle is controlled, there is no gap between the control plug and the loosening of the handle, so that the control is not smooth; when the tube set and the handle handle set are respectively placed in the two mounting perforations in the flow panel,遂The cold and hot water pipe sets and the hoses connected to the water outlet head are respectively connected to the flow water pipe body, so that the hose is combined with a water outlet head after passing through the pipe body to its end edge, so that the water head system is Appeared at the pipe end of the pipe body, and a heavy hammer is assembled at a section of the hose near the flow pipe body; After the installation and positioning are completed, the water is controlled by the control handle or the different water temperature of the cold or hot water is discharged, so that the water outlet is used for extending the distance after the water is pulled out, and when the water head is extended outward, The hose can be pulled out for use as an extended distance. When the use is completed, a heavy hammer can be assembled by using a hose near a section of the flow pipe body to form an automatic pull back.