CN210315876U

CN210315876U - Squatting pan without splashing dirt after pressure guiding and energy releasing

Info

Publication number: CN210315876U
Application number: CN201921178621.3U
Authority: CN
Inventors: 谢伟藩; 段鳗珊
Original assignee: GUANGDONG HEGII SANITARY WARES CO LTD
Current assignee: GUANGDONG HEGII SANITARY WARES CO LTD
Priority date: 2019-07-25
Filing date: 2019-07-25
Publication date: 2020-04-14
Anticipated expiration: 2029-07-25

Abstract

The utility model discloses a squatting pan with front pressure guiding and back energy releasing and no splashing, which comprises a squatting pan main body, a front pressure guiding cavity, a back energy releasing cavity, a front pressure guiding main flushing opening, a dirt inlet, a washing hole, a bedpan bottom, a back energy releasing auxiliary flushing opening, a panel, a water guiding ring, a drain outlet, a water sealing clamp, a drain pipe, an energy releasing clamp and a water inlet, and is mainly characterized in that the energy releasing clamp is generated on a plurality of water channels leading to the water guiding ring except the two sides of the water inlet below the panel, the front pressure guiding cavity is formed between the water inlet and the front pressure guiding main flushing opening, all water guiding ring systems between the water inlet and the back energy releasing auxiliary flushing opening form a back energy releasing cavity after the water flow passes through the energy releasing clamp, and the sum of the water passing areas of all energy releasing clamps is smaller than the sum of the back energy releasing auxiliary flushing openings and the sum of the water passing areas of all back washing holes, thereby realizing that the dirt inlet has the front pressure guiding main flushing opening and the powerful water flow to form high-efficient replacement, the problems that the existing squatting pan has insufficient dirt replacement force due to excessive pressure attenuation of the main flushing opening, the toilet bowl washing and anti-splashing effects are difficult to reach the standard and water is wasted are well solved.

Description

Squatting pan without splashing dirt after pressure guiding and energy releasing

Technical Field

The utility model relates to a sanitary ware, especially relate to a many water courses to leading to water ring under the panel outside the water inlet both sides generate the energy release card on, make water inlet and preceding pressure owner towards form preceding pressure chamber between the mouth, rivers release after the energy release card and after can assist and to dash all water ring systems between the mouth and constitute the back and release the energy chamber, and make all release the energy card and cross the sum of water area and be less than all back and release and assist and dash the mouth, all wash the hole and cross the sum of water area, thereby realize that the foul entry has preceding pressure to mainly dash mouthful powerful rivers and form high-efficient replacement, the low pressure water that has at the bottom of the bedpan after releasing can not splash the dirty squatting pan that leads to after the pressure that washes.

Background

The squatting pan has simple structure, low cost and convenient use, and accounts for more than 70 percent of the sanitary ware products.

The heights of squatting pans with traps on the market are generally between 250 and 290 mm. In order to adapt to individual users with shallow reservation in some buildings, a small number of ultra-short squatting pans with the total height of about 230 mm are also provided.

The replacement mode of the squatting pan is forced replacement by utilizing high water pressure and large flow water flow. In order to solve the problem that the volume of a water guide ring in sanitary ware is too large and loses kinetic energy, the pressure guide bedpan patent invented by the inventor is popularized and applied in the whole industry.

For a relatively short squatting pan, the index of displacement force and splash proof is the most difficult to achieve because the bottom of the pan is closer to the panel. If the flushing water is urgent, the anti-splash index is unqualified, and dirty water and dirt are splashed on the panel when the user uses the washing machine; if the flushing water flow has small impulsive force, dirt cannot be replaced, and the user is very irritated when using the toilet.

How to solve the above problems is discussed below.

SUMMERY OF THE UTILITY MODEL

The utility model relates to a sanitary ware, especially relate to a many water courses to leading to water ring under the panel outside the water inlet both sides generate the energy release card on, make water inlet and preceding pressure owner towards form preceding pressure chamber between the mouth, rivers release after the energy release card and after can assist and to dash all water guide ring systems between the mouth and constitute the back and release the energy chamber, and make all release the energy card cross the sum of water area be less than all back and release can assist and dash the mouth, all wash the hole and cross the sum of water area thereby realize that the foul entry has preceding pressure to lead to press main strong rivers of dashing the mouth and form high-efficient replacement, the bedpan has the low pressure water after releasing the energy to carry out the preceding pressure back that the non-splash washed of non-splash dirty washing at the bottom of the bedpan can not splash the dirty squatting pan.

The above technical problem of the utility model is solved through providing the preceding guide pressure back of following structure and release can not have the squatting pan that spatters dirty, and this preceding guide pressure back release can not have the squatting pan that spatters dirty to include: squatting pan main part, preceding pressure chamber, back release can the chamber, preceding pressure owner towards mouthful, foul entry, wash hole, the lavatory bottom, back release can assist towards mouthful, panel, water guide ring, drain, water seal card, blow off pipe, release can card, water inlet, its characterized in that: energy releasing clamps are generated on a plurality of water channels leading to the water guide ring outside the two sides of the water inlet below the panel, a front energy releasing cavity is formed between the water inlet and the front energy releasing main flushing opening, all water guide ring systems between the water flow passing through the energy releasing clamps and the rear energy releasing auxiliary flushing opening form a rear energy releasing cavity, and the sum of the water passing areas of all the energy releasing clamps is smaller than the sum of the water passing areas of all the rear energy releasing auxiliary flushing openings and all the washing holes, so that efficient replacement is realized by strong water flow of the front energy releasing main flushing opening at a dirt inlet, and no-splash washing is performed by low-pressure water at the bottom of the bed pan after energy releasing.

The utility model discloses release can not have the squatting pan that splashes dirty after leading the pressure and compare with the current squatting pan performance in market and have following advantage:

first, the replacement function is strong. The discharge pipe of the squatting pan is thick and short, and the replacement mode can only be realized by forcibly replacing dirty water and dirt by strong large water flow. Before 10 years, the volume in the water guide ring of the closestool or the squatting pan is large, most of water flow with certain pressure loses kinetic energy after passing through the water guide ring, and the washing and replacing effects are greatly reduced. Since the pressure-guiding bedpan invented by the inventor, the pressure-guiding bedpan technology is directly or alternatively adopted in the whole industry, and the kinetic energy loss of water flow is much smaller. Because the squatting pan is used by a water distribution tank in principle, the height of the water tank from the ground is 1 meter, the kinetic energy of water flow is very large, if the principle of a pressure guide bedpan is directly applied to the squatting pan, the anti-splash index of the squatting pan can not be qualified, and dirty water can splash around when a user washes the squatting pan and cannot be accepted. Therefore, the existing squatting pan structure in the market only adopts the pressure-guiding bedpan principle in a phase-changing manner, and the commonly adopted method is to deliberately enlarge and increase the flushing hole to release part of kinetic energy, so that the compromise effect of taking the indexes of replacement and splash prevention into consideration is realized. The utility model discloses release can not have the squatting pan that spatters dirty after leading the pressure, make water inlet and preceding pressure mainly form preceding pressure chamber between the bluff mouth, this preceding pressure chamber just can really adopt the principle of leading the pressure bedpan to convert the potential energy of rivers in with the water tank whole into the kinetic energy of replacing the foul entry to realize that the foul entry has leading pressure to mainly dash mouthful powerful rivers formation high-efficient replacement.

Secondly, the anti-splash effect is good. The pan bottom of the squatting pan is shallow, and if the replacement effect of the squatting pan is good, the squatting pan is determined to be unqualified in splash prevention according to the current national standard. Therefore, generally speaking, the products on the market either fail to prevent splashing or do not remove dirt after several flushes. I do not see a product of a manufacturer, which is the best of both, after researching and developing sanitary wares for more than 10 years. The utility model discloses release can not have the squatting pan that splashes dirty to lead to behind the leading pressure is many beyond the water inlet both sides under the panel to lead to on the water course of water ring and generate the energy release card, rivers release after releasing the energy card and after release can assist and dash all water guide ring systems between the mouth and constitute the back and release the energy chamber to make all release can block the sum of water area and be less than all back and release can assist and dash the mouth, all wash the hole and cross the sum of water area, thereby realize that the low pressure water that has after releasing the energy at the bottom of the just basin carries out not splashing dirty washing.

Thirdly, the water-saving performance is high. The flushing pressures of the front main flushing opening and the rear auxiliary flushing opening of the squatting pan currently in the market are not different, because the water guide ring with larger volume connects the front main flushing opening and the rear auxiliary flushing opening in series. Such a structure leads to disqualification of splash prevention in view of the impact force of the front main washout opening and deterioration of replacement force in view of the splash prevention. The utility model discloses release can not have splash dirty squatting pan after leading preceding pressure adopts to lead and presses the bedpan technique and can make the splash proof dirty realization up to standard through adjusting the water output that releases the energy card under the sufficient prerequisite of main die replacement pressure before guaranteeing. Through detection, the water consumption of the front guide pressure back energy release splash-free squatting pan can be reduced to below 4 points and 5 liters from the current 6 liters, and the water is saved by more than 20 percent. If the situation that the existing squatting pan in the current market needs to be flushed for several times to replace dirt is considered, the water-saving effect is more obvious.

Drawings

Embodiments of the present invention will be described below with reference to the accompanying drawings.

Fig. 1 is a schematic view of the implementation structure of the squatting pan with energy release after front pressure guiding and no splashing.

In the figure: the squatting pan comprises a squatting pan main body 1, a front guide pressure cavity 2, a rear energy release cavity 3, a front guide pressure main flushing opening 4, a dirt inlet 5, a washing hole 6, a toilet bowl bottom 7, a rear energy release auxiliary flushing opening 8, a panel 9, a water guide ring 10, a sewage discharge opening 11, a water seal clamp 12, a sewage discharge pipe 13, an energy release clamp 14 and a water inlet 15.

Detailed Description

Fig. 1 shows a specific embodiment of the squatting pan with energy release after front pressure guiding and no splash pollution of the utility model. For convenience of explanation, a squatting pan with a trap is taken as an example. The structure of fig. 1 is almost the same as that of the squatting pan which is generally sold in the market, and the only difference is that the energy release cards 14 are generated on a plurality of water channels which are communicated with the water guide ring 10 and are not arranged on two sides of the water inlet 15 below the panel 9. Like other squatting pans, the top of the squatting pan main body 1 is provided with a panel 9, and a plurality of water channels communicated with the water guide ring 10 are arranged below the panel 9. The opening of the toilet bowl bottom 7 before entering the drain pipe 13 is called a dirt inlet 5, which is connected with the water guide ring 10. The middle part of the sewage discharge pipe 13 is provided with a water seal clamp 12, and the tail end is provided with a sewage discharge outlet 11. The water inlet 15, the energy release card 14 and a small section of water guide ring 10 form a front pressure guide cavity 2. The other remaining water guide ring 10 and the energy release card 14 form a rear energy release cavity 3. The larger opening on the small section of the water guide ring 10 of the front guide pressure cavity 2 is called a front guide pressure main punching opening 4. The water guide ring 10 contained in the back energy release cavity 3 is very long, a plurality of back energy release auxiliary flushing openings 8 are arranged on the water guide ring 10 positioned at the back end part of the squatting pan main body 1, and a plurality of washing holes 6 are arranged at other places.

It is particularly necessary to mention that: the energy release card 14 is arranged on a plurality of water channels leading to the water guide ring 10 in various ways, and the principle that the energy release card 14 is additionally arranged at the position of the water channel which is decomposed into a plurality of pieces of water is provided as long as the pressure difference can be formed between the front pressure guide cavity 2 and the rear energy release cavity 3 during flushing. In practical application, the energy release cards 14 arranged on the two sides of the water inlet 15 are relatively simple, and the stress structure of the green body is reasonable during sintering.

When one starts to rinse: the water with higher pressure flows through the water inlet 15 to fill the front guide pressure cavity 2 immediately, the front guide pressure main flushing port 4 immediately replaces dirty water and dirt in the dirt inlet 5, and strong impulsive force forces the stored water in the dirt inlet 5 to be discharged from the sewage outlet 11 after passing through the sewage discharge pipe 13 and the water seal card 12; meanwhile, the plurality of energy release cards 14 supply water to the rear energy release cavity 3 through a multi-path water road, and as the sum of the water passing areas of all the energy release cards 14 is smaller than the sum of the water passing areas of all the rear energy release auxiliary flushing openings 8 and all the washing holes 6, the water flows of the rear energy release auxiliary flushing openings 8 and the washing holes 6 can be controlled in an ideal state that the toilet bowl bottom 7 is not splashed with dirt and the washing holes 6 are well washed by adjusting the water passing amount of the energy release cards 14.

The squatting pan without splashing can have various changes and modifications after the front guide and the back release, and is not limited to the specific structure of the above embodiment, such as various changes of the designed position, number and structural mode of the energy release card. In summary, the protection scope of the present invention should also include the exchange, substitution and modification that will be obvious to those skilled in the art.

Claims

1. A front guide pressure and back release energy splash-free squatting pan comprises: squatting pan main part, preceding pressure chamber, back release can the chamber, preceding pressure owner towards mouthful, foul entry, wash hole, the lavatory bottom, back release can assist towards mouthful, panel, water guide ring, drain, water seal card, blow off pipe, release can card, water inlet, its characterized in that: energy releasing cards (14) are generated on a plurality of water channels leading to the water guide ring (10) except two sides of a water inlet (15) below the panel (9), a front guide pressure cavity (2) is formed between the water inlet (15) and the front guide pressure main flushing opening (4), all water guide ring (10) systems between water flow passing through the energy releasing cards (14) and the rear energy release auxiliary flushing opening (8) form a rear energy releasing cavity (3), and the sum of the water passing areas of all the energy releasing cards (14) is smaller than the sum of the water passing areas of all the rear energy release auxiliary flushing openings (8) and all the washing holes (6), so that the dirt inlet (5) is efficiently replaced by strong water flow of the front guide pressure main flushing opening (4), and low-pressure water with energy release at the bottom (7) of the toilet bowl is washed without splashing.