TWM511513U - Drain and trap structure - Google Patents

Description

Total drainage

This creation is about the total drainage, especially a kind of guiding joint combined with various types of drainage equipment to guide the outflow of sewage, and the filter element will discharge a large volume of dirt in the water. Retained for removal, and by the water level control element provided by the water storage seat, the water in the water storage seat can be controlled to a certain height to ensure that the odor or insects in the drainage pipe cannot enter, so as to maintain indoor environmental sanitation and convenience. Repair and replacement of drains.

According to the current commercially available drainage confluence assembly, such as Taiwan's new type M500118, the drainage joint is mainly installed in a building structure, and then the liquid inlet end of the liquid discharge elbow is combined with the drainage joint, and the liquid discharge bend is The liquid confluence section is connected to the liquid inlet end, and is integrally bent to form a turning section of the liquid storage space, and the liquid discharge section at the end of the turning section, and is disposed at the junction of the liquid confluence section and the turning section Supporting ribs, such as the filter arrangement, and the liquid inlet manifold of the liquid confluence section and a partition member disposed in the liquid storage space adjacent to the liquid converging section, the purpose of which is to allow the liquid to be stored and blocked The smell inside the tube and the insects enter the room. However, the above-mentioned conventional practitioners can store a small amount of water by bending the section, but the amount of water is small and cannot completely block the odor inside the tube, and it is impossible to block the entry of insects into the room through the drain pipe.

To this end, the creators of this case have accumulated many years of experience in the development and design of relevant drainage equipment, and have researched and improved the shortcomings of the above-mentioned conventional drainage and assembly, and created the case.

The purpose of this creation is to provide a drainage that can store a certain height and water volume, and the water seal is durable, so as to fully prevent the odor inside the drainage pipe and insects from entering the room to maintain environmental sanitation.

The second purpose of this creation is to provide a unified collection of drainage pipes of various types of drainage equipment to the total drainage of the drainage, which takes up less space and has a larger displacement. Moreover, any drain pipe drains into the total drain of the drain, and the air pressure is released from the drain pipe led by other guide rings to offset the air pressure in the siphon action, reducing the breakage rate and thus reducing the maintenance probability. , reduce the cost of living.

In order to achieve the above objectives, the drainage of the creation is always provided with a guiding seat, and a plurality of guiding rings are arranged for combining various drainage devices, such as floor water outlets and drainage pipes with washbasins and bathtubs. The sewage is concentrated and guided out through the guiding seat, and the connecting ring is arranged under the guiding seat, which can be used as a combination with the water storage seat, and the filtering device is arranged in the guiding seat to cover the discharge water. The volume of dirt remains in the filter element for cleaning; the water storage seat is provided with a combination of the opening ring, and the connecting ring of the guiding seat is combined with various suitable angles, and the water storage seat is provided with a water outlet. And a water level control element is arranged on the inlet side of the water outlet to control the water in the water storage seat to a certain height, to ensure that the odor or insects in the drainage pipe cannot enter, so as to maintain indoor environmental sanitation.

In the total drainage of the creation, the creation may be buried in the floor of the building, or if the building is provided with a closed pipe, it may be installed under the ceiling of the lower building, and the same purpose may be achieved.

The total drainage of the creation, in which the plurality of guiding rings of the guiding seat are used, the drainage pipes of 2 inches (2") and 2 and 2 inches (21/2") are commonly used for lifting. The use efficiency of total drainage.

The drainage of this creation is always stored, in which water of about 1600 cc to 1800 cc is retained during the storage of the water to ensure that the odor or insects in the drainage pipe are inaccessible, and the sanitation of the indoor environment is maintained.

In order for your examiner to fully understand the total drainage of the creation, it is described below with reference to the drawings.

1 and 2, the total drainage of the present invention includes at least: a guiding seat 1 which is integrally formed, and the guiding seat 1 is provided with a guiding interface 10 of the floor water inlet a (refer to FIG. 9) The drain is stored in the bathroom floor; or on the balcony floor or other suitable place, and is buried in the floor of the building to form a hidden shape. The guiding seat 1 is further provided with a plurality of guiding rings 11 , and the guiding rings 11 are matched with various types of drainage devices, such as the drainage pipes a0, a1 and a2 of the wash table and the bathtub, etc. 9 and 10), and the diameters of the guiding rings 11 may be the same or different, or larger or smaller than the diameter of the guiding interface 10, and may be used for draining the floor water a, the wash table, the bathtub, etc. A0, a1, and a2 are collectively guided to the total drainage. Each of the above-mentioned guide ring enclosures 11 has a drainage pipe of 2 inches (2") and 2 1⁄2 inch (21/2"), which is used in common to enhance the use efficiency of the drainage, but this creation It is not limited to the two types of drainage pipes. When the floor water inlet a, or any equipment such as a washstand or a bathtub is used, water is introduced into the drain of the drain through the drain pipe, which is generated in the floor drain a or the drain to the drained chamber 12. Air pressure, at this time, the aforementioned air pressure is dispersed and released into the drain pipe of other unused equipment, completely eliminates the positive pressure in the siphon action, and reduces or eliminates the probability of damage to the drain pipe or the drain. The connecting ring 13 is further disposed under the guiding base 1 to utilize the connecting ring 13 for use in combination with the water storage base 3. The sewage entering the self-guided interface 10 or each of the guiding rings 11 is guided to the water storage base 3 via the connecting ring 13 , and the combination between the connecting ring 13 and the water storage base 3 is non-directional. Adjust the settings with the drain direction of various washstands, bathtubs, etc. The guiding seat 1 is located in the chamber 12, and the inner circumference 14 is disposed adjacent to the connecting ring 13. The inner circumference 14 is stepped to position the filter element 2 (see FIGS. 2-5). The filter element 2 is arranged. It is made of stainless steel material with suitable holes to allow the moisture to be quickly discharged, and is conveniently taken out and washed before being placed, and the larger volume of dirt contained in the discharged water is retained by the filter element 2 to be removed to avoid drainage. The tube is blocked.

As shown in FIG. 1 to FIG. 5, the drainage of the present invention is always provided with a water storage base 3. The water storage base 3 is composed of an upper cover 30 and a base 31, wherein a plurality of bolting elements 5 are disposed between the upper cover 30 and the base 31. The bolts are integrated into one body (as shown in Fig. 9) so as to be buried in the floor of the building, or as shown in Fig. 10, the bolts 5a are suspended above the ceiling of the lower floor to match the current construction method using the open pipes of the building. The goal is to make pipeline maintenance easier and more convenient. In this way, the cover 30 of the water storage base 3 is formed with a split ring 300 for coupling, and the above-mentioned split ring 300 is used to combine with the connecting ring 13 of the above-mentioned guide base 1 at various suitable angles, and the foregoing The connecting ring 13 of the guiding seat 1 is disposed inside the opening ring 300 to prevent water from leaking from the joint of the two in the direction in which the water flows downward.

As shown in FIGS. 6 and 7, the base 31 of the water storage base 3 is provided with a water outlet 310. The water outlet 310 extends upwardly toward the inside of the base. Thus, the inner and outer wall surfaces 311a and 311b are formed below the water inlet 310. Further, a joint space 311c of the large drain pipe c is formed between the inner and outer wall surfaces 311a and 311b (refer to FIG. 9), so as to prevent water from flowing downward from the water outlet 310 and the large drain pipe c. The combination of the two leaks. The water inlet 310 is located above the inner and outer wall surfaces 311a and 311b and is provided with a surrounding wall surface 312. A plurality of vertical ribs 313 are formed around the surrounding wall surface 312. When the water level control element 4 made of stainless steel is covered by the foregoing When the periphery of the plurality of upright ribs 313 formed around the surrounding wall surface 312, the water flow slits 314 (see FIGS. 4, 5 and 8) are formed at intervals of the vertical ribs 313, and the cleaning water level control element 4 is conveniently taken out, thus The water storage space 315 can be formed at the base 31 of the water storage base 3, and the water level can be maintained at a certain height H to ensure that the odor or insects in the drainage pipe cannot enter, so as to maintain the indoor environment.

As shown in FIG. 9, before the drainage is stored in the building construction process, the direction of the connection of the adapter ring 13 and the water storage base 3 can be adjusted first to match The direction of the various drain pipes, after which the guide port 1 interface 10 can be combined with the floor water outlet a, and then the plurality of guide rings 11 of the above-mentioned guide seat 1 and various types of drainage equipment, such as washing the face The drain pipes a0, a1, and a2 of the table and the bathtub are guided and combined with each other to complete the connection of the various drain pipes and the total drainage of the drain.

As shown in FIG. 8, when the user starts to use any sewage generated by the drainage device, the user can enter the drainage total through the guide port 10 of the guide seat 1 or each guide ring 11 at this time, at any time. The process of draining the drain into the total drain of the drain is the pressure generated by the squeeze of the air inside the drain and the drain. At this time, the pressure can be from the chamber 12 of the joint 1 via other guides. The drain pipe of the guide is dispersed and released to offset the air pressure in the siphon action, which is sufficient to reduce the probability of damage to the drain pipe or the drain water caused by the air pressure generated by the water flow, so as to reduce the maintenance rate. When the user discharges the water into the drain pipe ten, a large amount of water entering the water storage space 315 of the base 31 of the water storage base 3 is sufficient to push up the water level control element 4, so that the total drainage can be quickly and massively drained. After the water is discharged, the water level of a certain height H is stored in the water storage space 315 of the base 31 of the water storage base 3 (Fig. 5), and the creation can be stored between 1600 cc and 1800 cc, but is not limited thereto. The range is to avoid the various odors and insects in the large drain pipe c entering the room. Moreover, after using for a period of time, it is necessary to remove the filter element 2 and the water level control element 4 by opening the water outlet a, and then installing it (as shown in Fig. 2). Moreover, because the drainage pressure of each drain pipe can be properly released, the chance of the drain pipe rupture is reduced, and as long as maintenance is carried out from the total drain of the drain, maintenance can be performed without the need to borrow a house downstairs, which is more convenient and quick. , the progressive composition of the case.

1‧‧‧Guide
10‧‧‧guide interface
11‧‧‧Guideline
12‧‧‧ chamber
13‧‧‧Connected
14‧‧‧ Inner Ring
2‧‧‧Filter elements
3‧‧‧Water storage
30‧‧‧Upper cover
300‧‧‧opening
31‧‧‧Base
310‧‧‧Water outlet
311a, 311b‧‧‧ inside and outside walls
311c‧‧‧Combined space
312‧‧‧Encircled wall
313‧‧‧ erect ribs
314‧‧‧Water gap
315‧‧‧Water storage space
H‧‧‧ Height
4‧‧‧Water level control element
5‧‧‧Equipment components
5a‧‧‧Bolts

A‧‧‧floor water outlet
A0, a1, a2‧‧‧ drain pipe
c‧‧‧Draining pipe

Figure 1 is a view of this creative combination. Figure 2 is a partial exploded view of the present creation. Figure 3 is a top view of the creation. Figure 4 is a side view of the present creation. Figure 5 is a cross-sectional view taken along line B-B of Figure 3; Figure 6 is a plan view of the base of the water storage base of the present invention. Figure 7 is a cross-sectional view taken along line A-A of Figure 6. Figure 8 is a cross-sectional view of the present creation. Figure 9 is a view of the installation of the creation of the base plate. Figure 10 is an operational view of the present installation mounted under the ceiling.

1‧‧‧Guide

10‧‧‧guide interface

11‧‧‧Guideline

12‧‧‧ chamber

13‧‧‧Connected

14‧‧‧ Inner Ring

2‧‧‧Filter elements

3‧‧‧Water storage

30‧‧‧Upper cover

300‧‧‧opening

31‧‧‧Base

310‧‧‧Water outlet

311a, 311b‧‧‧ inside and outside walls

311c‧‧‧Combined space

312‧‧‧Encircled wall

313‧‧‧ erect ribs

314‧‧‧Water gap

315‧‧‧Water storage space

H‧‧‧ Height

4‧‧‧Water level control element

5‧‧‧Equipment components

Claims (9)

A drainage total storage, comprising at least: a guiding seat, and a plurality of guiding rings, so as to guide and combine with the drainage pipe of the drainage device, so that the sewage is concentrated and guided out through the guiding seat, and the connection below the guiding seat is connected Circumference, as a combination with the water storage seat, the guiding seat is formed with a chamber, located in the chamber, close to the inner ring of the connecting ring, so as to position the filter element, and the discharge water is contained. A large volume of dirt remains for removal; the water storage seat is provided with a split ring, and the connecting ring of the aforementioned guiding seat is combined with various suitable angles, and the water storage seat is provided with a water outlet and is connected to the water outlet The water level control element is arranged on the inlet side to control the water in the water storage seat to a certain height, to ensure that the odor or insects in the drainage pipe cannot enter, so as to maintain indoor environmental sanitation. According to claim 1, the drainage is always formed, wherein the guiding seat is integrally formed, and the guiding seat is provided with a guiding interface to combine the total drainage and the floor water inlet. According to the claim 1, the drainage can be the same, wherein the diameters of the guiding rings of the guiding seat can be the same or different, or larger or smaller than the diameter of the guiding interface. According to the total drainage of the claim 1, the guide socket can be used to guide the drainage pipes to the total drainage of the drainage pipe, and when the water enters the drainage total storage process through the drainage pipe, the drainage pipe to the drainage total The chamber creates air pressure that is dispersed and released into the drain of other unused equipment, completely eliminating the positive pressure in the siphon action, reducing or eliminating the possibility of damage to the drain or drain. According to claim 1, the drainage is always stored, wherein the guiding seat is located in the chamber, and the inner circumference of the connecting ring is stepped to position the filter element. According to the claim 1, the water storage base is composed of an upper cover and a base, and the upper cover and the base are combined with each other by a plurality of bolting elements to facilitate the burying on the floor of the building. In the middle, or the bolt is used to combine the upper cover and the base bolt, and then suspended under the ceiling of the lower floor to match the open pipe constructor. According to claim 1, the drainage of the water storage base is surrounded by the opening ring of the water storage seat and the connecting ring of the guiding seat is combined with various suitable angles, and the connecting ring of the guiding seat is disposed on the opening ring. On the inside of the circumference, in the direction of the downward flow of water, it is possible to avoid water leakage from the joint of the two. According to the total storage of the water according to claim 1, wherein the base of the water storage seat is provided with a water outlet, and the water outlet is extended to the upper side of the base, and the inner and outer wall surfaces are formed below the water inlet, and then the inner and outer wall surfaces are Form a combination of large drainage pipes. According to the eighth aspect of the present invention, the water inlet of the water storage seat is located above the inner and outer wall surfaces and is provided with a surrounding wall surface, and a plurality of vertical ribs are formed around the surrounding wall surface, so that the water level control component covers the foregoing a plurality of vertical ribs and a water flow gap formed at intervals between the vertical ribs, so that a water storage space can be formed at the base of the water storage seat, and the water level can be maintained at a certain height H to ensure the odor in the drain pipe or Insects cannot enter to maintain indoor sanitation.