CN206128184U - Indoor water injection mandrel water supply system - Google Patents

Abstract

The utility model relates to a water supply system for an indoor water distributor, which comprises a water distributor connected with a water inlet main pipe for dividing the water flow of the water inlet main pipe into three paths. That is, the "point-to-room" water distribution method, while the layout of the pipelines in each room is still the traditional branched water supply pipeline system. The water supply system of the water distributor of the utility model can evenly distribute the water to each water room through the water distributor under the same water supply pressure condition, so that the water in each water room does not interfere, which is a great optimization on the traditional branch water supply pipeline system It is a new type of water supply system for home improvement and public facilities. In addition, compared with the traditional branch water supply system, the water distribution system has the advantages of stable water pressure and uniform water output, especially when multiple indoor faucets are used at the same time.

Description

A kind of indoor water distributor water supply system

technical field

The utility model relates to the technical field of building water supply, in particular to a water supply system for an indoor water distributor.

Background technique

At present, the indoor water supply pipeline system of buildings mostly adopts the traditional branched water supply method, that is, the water supply system formed by directly connecting the pipelines through fittings such as tees, straights, and elbows. This method has unstable water pressure, uneven water distribution, and intermediate fittings. There are many hidden dangers and other disadvantages, especially when multiple indoor faucets are used at the same time, the farther the distance between the faucet and the incoming water direction, the smaller the water output. This phenomenon of uneven water output is an urgent need for indoor water, especially domestic water. solved problem. However, the traditional branched pipe network system uses less pipe materials and is cheaper to manufacture.

The water distributor is a water distribution device used to connect the main water supply pipeline and various faucets in the indoor water supply system. The water supply system of the water distributor is a new type of water supply system for home decoration and public facilities that distributes the water evenly to each faucet through the water distributor under the same water supply pressure condition, so that each water point does not interfere with each other. However, the use of water distributors increases the amount of pipelines, resulting in an increase in system cost.

For example, in a common family room with two bathrooms and one kitchen, the time for making breakfast and washing in the morning often overlaps. When the faucets in the kitchen and two bathrooms are in use, it is difficult to avoid the phenomenon of unstable flow, so it is necessary to consider Only by staggering the use time of each faucet can the required water flow be guaranteed.

During the above-mentioned water use process, the instability of the outlet water flow causes a bad user experience.

Utility model content

The purpose of this utility model is to overcome the deficiencies of the prior art, combine the water distributor with the traditional branched water supply system, and provide a new type of indoor water distributor water supply system, that is, to use the characteristics of the water distributor to divide water evenly, and apply it to indoor In the water supply system, the water outlet uniformity of each water point can be improved, and the water outlet flow and water outlet pressure can meet the user's requirements.

The purpose of this utility model is achieved through the following technical solutions:

A water supply system for an indoor water distributor, which includes a main water distributor, characterized in that the main water distributor is connected to the water inlet main pipe, and divides the water flow of the water inlet main pipe into three paths, and these three water pipes are respectively used as the main water inlet pipes of each room in the room , that is, specifically the "point-to-room" water distribution method, while the layout of the pipelines in each room is still the traditional branched water supply pipeline system.

The main water distributor divides the water from the household supervisor into three paths with the same or similar hydraulic conditions.

The water inlet pipe is divided into three water flow pipes, the first pipe enters the main bathroom, the second pipe enters the secondary bathroom, and the third pipe enters the kitchen, that is, "point-to-room" water supply.

After the first pipeline enters the main bathroom, it supplies water to the three water supply points of the toilet, bathtub, and washbasin in the main bathroom in the form of a traditional branch pipe water supply pipeline system through tee, straight-through and other accessories; the second pipeline and the first In a similar manner, the three-way pipeline supplies water to three water supply points of the toilet, shower, and washbasin in the secondary bathroom and three water supply points of the kitchen sink, washing machine, and direct drinking water.

The three water outlets of the main water distributor are all equipped with switches, and the branch water flow connected to each water outlet can be adjusted through the switches.

The pipes described above should adopt bendable type II heat-resistant polyethylene double-layer composite pipes for hot and cold water.

The traditional branched water supply piping system is laid along the ceiling inside the suspended ceiling.

Compared with prior art, the positive effect of the utility model is:

The water supply system of the water distributor of the utility model can evenly distribute the water to each water room through the water distributor under the same water supply pressure condition, so that each room does not interfere with each other. It is a new type of water supply system for home decoration and public facilities. In addition, compared with the traditional branch water supply system, the water distribution system has the advantages of stable water pressure and uniform water output, especially when multiple indoor faucets are used at the same time.

Description of drawings

Fig. 1 is the pipeline design system diagram of the utility model embodiment;

Fig. 2 is the plan view of the pipeline design of the utility model embodiment; wherein, 1# is the water point of the main bathroom washbasin, 2# is the water point of the main bathroom toilet, 3# is the water point of the main bathroom basin, and 4# is the water point of the secondary bathroom Washbasin water point, 5# is the water point of toilet toilet, 6# is the water point of secondary bathroom shower, 7# is the water point of kitchen sink, 8# is the water point of kitchen washing machine, 9# is the water point of direct drinking water in the restaurant , 10 is the general water distributor, and 11 is the household pipe.

detailed description

The specific implementation of the water supply system of the indoor water distributor of the present invention is provided below.

Example

As shown in Figure 1, the indoor water distribution system of this type of two-bathroom-one-kitchen apartment uses a main water distributor to send water from the household main pipe to three rooms (main bathroom, secondary bathroom, and kitchen) in three ways. , In each room, the traditional branch water supply system is still used to supply water to each water point, and we call this water distribution system "point-to-room". Type II heat-resistant polyethylene double-layer composite pipe main pipe for water, branch pipes of type II heat-resistant polyethylene double-layer composite pipe for hot and cold water with a size of dn20×en2.8, and nine water outlet points (1# to 9# ).

Fig. 2 is a plan view of the indoor pipeline of the utility model embodiment. The main water inlet 11 passes through the main water distributor 10 to divide the water into three paths, the first path enters the main bathroom, which is equivalent to the main water inlet pipe of the main bathroom. Supply water to washbasin 1#, flush toilet 2# and tub 3# in the main bathroom; the second road enters the secondary bathroom, which is equivalent to the main water inlet pipe of the secondary bathroom. The pipe water supply system is responsible for supplying water to the three water points of washbasin 4#, flush toilet 5# and shower 6# in the secondary bathroom; the third road enters the kitchen room, which is equivalent to the main water inlet pipe in the kitchen room. The traditional branch pipe water supply system is responsible for supplying water to the three water points of the vegetable sink 7# in the kitchen, the washing machine 8# and the direct drinking water 9# in the restaurant. Type II heat-resistant polyethylene double-layer composite pipes are used to connect the water distributor to each room, and each room to the water point. The water distributor adopts the roof design method, and the location of the water pipe arrangement can be adjusted according to the specific decoration method of the room.

The above is only a preferred embodiment of the present utility model, and it should be pointed out that for those of ordinary skill in the art, some improvements and modifications can also be made without departing from the concept of the present utility model. Should be regarded as within the protection scope of the present utility model.

Claims (7)

1. A water supply system of an indoor water distributor, which comprises a main water distributor, is characterized in that the main water distributor is connected with the water inlet main pipe, and the water flow of the water inlet main pipe is divided into three paths, and these three road water pipes are used as the inlets of each room in the room respectively. The main water pipe is specifically a "point-to-room" water distribution method, and the layout of the pipelines in each room is still a branched water supply pipeline system. 2. An indoor water distributor water supply system according to claim 1, characterized in that the main water distributor divides the water from the household main pipe into three paths with the same or similar hydraulic conditions. 3. A kind of indoor water distribution device water supply system as claimed in claim 1, it is characterized in that, the water inlet main pipe is divided into three-way water flow pipelines, the first pipeline enters the main bathroom, the second pipeline enters the secondary toilet, and the third pipeline enters the secondary bathroom. The pipe enters the kitchen, which is the "point-to-room" water supply. 4. A water supply system for indoor water distributors as claimed in claim 3, characterized in that the pipes of the first pipeline, the second pipeline and the third pipeline are made of bendable type II heat-resistant hot and cold water pipes. Polyethylene double-layer composite pipe. 5. A kind of indoor water distribution device water supply system as claimed in claim 1, it is characterized in that, after the first pipeline enters the main guard, through the three-way, straight-through fittings in the mode of the branch pipe water supply pipeline system in the main guard The three water supply points of the toilet, bathtub and washbasin supply water; the second and third pipelines are respectively the three water supply points of the toilet, shower and washbasin in the secondary bathroom and the vegetable basin, washing machine and straight line in the kitchen. Drinking water is provided by three water supply points. 6. A water supply system for an indoor water distributor as claimed in claim 1, wherein the water outlets of the three outlets of the main water distributor are provided with switches, and the water flow of the branches connected to each outlet can be adjusted through the switches. 7. A water supply system for an indoor water distributor as claimed in claim 1, wherein the traditional branched water supply pipeline system is laid along the ceiling in the suspended ceiling.