JP2010511810A - Direct water type automatic flushing device for toilet - Google Patents

Direct water type automatic flushing device for toilet Download PDF

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JP2010511810A
JP2010511810A JP2009539186A JP2009539186A JP2010511810A JP 2010511810 A JP2010511810 A JP 2010511810A JP 2009539186 A JP2009539186 A JP 2009539186A JP 2009539186 A JP2009539186 A JP 2009539186A JP 2010511810 A JP2010511810 A JP 2010511810A
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water
supply
toilet
guide member
supply guide
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トン リ，ジェ
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オート−フラッシュ カンパニー， リミテッド
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Priority claimed from KR1020060119948A external-priority patent/KR100735881B1/en
Priority claimed from KR2020070017651U external-priority patent/KR200447998Y1/en
Application filed by オート−フラッシュ カンパニー， リミテッド filed Critical オート−フラッシュ カンパニー， リミテッド
Publication of JP2010511810A publication Critical patent/JP2010511810A/en
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    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
    • E03D9/00—Sanitary or other accessories for lavatories ; Devices for cleaning or disinfecting the toilet room or the toilet bowl; Devices for eliminating smells
    • E03D9/08—Devices in the bowl producing upwardly-directed sprays; Modifications of the bowl for use with such devices ; Bidets; Combinations of bowls with urinals or bidets; Hot-air or other devices mounted in or on the bowl, urinal or bidet for cleaning or disinfecting
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
    • E03D5/00—Special constructions of flushing devices, e.g. closed flushing system
    • E03D5/10—Special constructions of flushing devices, e.g. closed flushing system operated electrically, e.g. by a photo-cell; also combined with devices for opening or closing shutters in the bowl outlet and/or with devices for raising/or lowering seat and cover and/or for swiveling the bowl
    • E03D5/105—Special constructions of flushing devices, e.g. closed flushing system operated electrically, e.g. by a photo-cell; also combined with devices for opening or closing shutters in the bowl outlet and/or with devices for raising/or lowering seat and cover and/or for swiveling the bowl touchless, e.g. using sensors

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  • Health & Medical Sciences (AREA)
  • Public Health (AREA)
  • Engineering & Computer Science (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Hydrology & Water Resources (AREA)
  • Water Supply & Treatment (AREA)
  • Molecular Biology (AREA)
  • Epidemiology (AREA)
  • Aviation & Aerospace Engineering (AREA)
  • Sanitary Device For Flush Toilet (AREA)

Abstract

便器用直水型自動フラッシング装置が開示される。この装置は、水道栓から供給される洗浄水をビデの水槽と作動部に案内し、便器の***物の処分の際、前記洗浄水を便器の内部に排水させるフラッシュバルブと、前記ビデのシート底面に装着され、使用者の感知時間によって大小便を判断する感知センサーと、前記感知センサーによって判断された大小便によって、水道栓から便器の内部に洗浄水を供給して***物を処分するように、フラッシュバルブの圧力室に貯蔵された洗浄水をソレノイドバルブの開放によって排水管を通じて便器の内部に排水させる作動部とを含む。この装置は、水道栓から供給される洗浄水をビデの水槽とフラッシュバルブの圧力室に供給する構造を簡素化する。A direct water type automatic flushing device for a toilet is disclosed. This device guides the wash water supplied from the water tap to the bidet water tank and the operating part, and disposes the waste water in the toilet bowl when disposing of toilet waste, and the bidet seat It is attached to the bottom and uses a sensor to judge whether the user has a small or large urine according to the sensing time of the user. And an operating part for draining the wash water stored in the pressure chamber of the flash valve into the toilet through the drain pipe by opening the solenoid valve. This apparatus simplifies the structure for supplying the wash water supplied from the water tap to the bidet water tank and the pressure chamber of the flush valve.

Description

本発明は便器用直水型フラッシュバルブに係り、より詳しくは水道栓から供給される洗浄水をビデの水槽と作動部に案内するとともに、作動部の作動によってフラッシュバルブを通じて便器の内部に洗浄水を排水して***物を処分する便器用直水型自動フラッシング装置に関するものである。   The present invention relates to a flush water flush valve for toilet bowls, and more specifically, guides flush water supplied from a water tap to a bidet tank and an operating part, and the flushing water enters the toilet bowl through the flush valve by the actuation part. The present invention relates to a direct flushing type automatic flushing device for toilets that drains water and disposes excrement.

近年、文化の発達につれて、トイレも大きな変化を要求して、衛生的で便利に使用することができるように追い求めており、大勢の人々が集まるビルや公共施設のトイレに、***物を処分するために、洗浄水の供給を制御する洗浄水排水バルブが設置されている。
前記トイレに設置された洗浄水排水バルブ１０のレバー１１を押し付ければ、図１及び図２に示すように、前記レバー１１がスプリング１１’を圧縮させるとともに加圧棒１１ａがピストン２０の開閉棒２１を加圧し、前記開閉棒２１がスプリング２１’を圧縮させながら傾くことにより開放される排水孔２２を通じて、圧力室３０に貯蔵された洗浄水が排出される。
この際、前記圧力室３０に貯蔵された洗浄水が排水孔２２を通じて排出されることにより圧力室３０の圧力が急激に低下するとともに、水道管に供給される洗浄水の圧力によってピストン２０がバルブ本体１２の内面に沿って上昇しながら配水管１３を開放し、開放された配水管１３を通じて、水道栓から供給される洗浄水が便器の内部に排水されて***物を処分することになる。
また、前記洗浄水排水バルブ１０のレバー１１に加わった加圧力が解除されれば、スプリング１１’の復元力によって加圧棒１１ａが復元するとともにピストン２０の開閉棒２１はスプリング２１’の復元力によって復元して排水孔２２を閉鎖させることにより、水道栓から供給される洗浄水の一部がピストン２０の濾過網２３と流入孔２４を通じて圧力室３０に流入される。
前記圧力室３０に流入される洗浄水によって圧力室３０の水圧が上昇するとともにピストン２０を加圧する。この際、前記ピストン２０はバルブ本体１２の内面に沿って下降して配水管１３を閉鎖させることで、水道管から供給される洗浄水を遮断させた状態で、次の動作を待機することになる。
前記過程で作動する洗浄水排水バルブは、レバーを加圧すれば、圧力室に貯蔵された洗浄水が配水管に排出されて水圧が低下するとともに、水道管に供給される洗浄水の水圧によってピストンがバルブ本体の内面に沿って上昇して配水管を開放するように構成されている。しかし、レバーの状態が不潔であるため、レバーを手で加圧しないで足で踏むか、ひいては用便の後、洗浄水を排水させないでトイレを出る問題点があった。
また、前記レバーを足で踏む場合、レバーに衝撃が加わることにより内部の部品が損傷し、内部部品の損傷によって洗浄水が漏水して洗浄水が浪費されるとともに、損傷された部品の交替作業が煩わしくて維持管理が難しい問題点があった。
また、洗浄水排水バルブを通じて排水される洗浄水はレバーを押している時間によって洗浄水の配水量が決定されるが、レバーを長く押して洗浄水を無駄に浪費するとともに、大小便の種類かかわらずいつも大便を処分するための量の洗浄水が排水されるので、小便の際に無駄に洗浄水を浪費して経済性を低下させる問題点があった。
前記問題点を解決するために、近来には韓国登録実用新案第２６２１６９号に便器用自動フラッシュバルブが登録されたことがある。
先登録された便器用自動フラッシュバルブ４０は、図３及び図４に示すように、使用者の用便の際、光センサー４１によって感知される時間から大小便を判断し、これによってソレノイドダイヤフラムバルブ４２が作動すれば、前記ソレノイドダイヤフラムバルブ４２が上昇しながら、洗浄水排水バルブ１０の圧力室３０と連通する流通路４３を開放するとともに、開放された流通路４３を通じて、圧力室３０に貯蔵された洗浄水が配水管１３に排出されることにより圧力室３０の圧力が急激に低下する。
この際、水道管から供給される洗浄水の圧力によって、ピストン２０をバルブ本体１２の内面に沿って上昇させるとともに、開放される配水管１３を通じて便器の内部に洗浄水が排水されて***物を処分することになり、ソレノイドダイヤフラムバルブ４２の設定された作動時間によって大小便に設定された洗浄水を排水して***物を処分することになる。
また、前記ソレノイドダイヤフラムバルブ４２の設定された作動時間が経過するにつれて、ソレノイドダイヤフラムバルブ４２が下降して、洗浄水排水バルブ１０の圧力室３０と連通する流通路４３を閉鎖すれば、水道栓から供給される洗浄水の一部がピストン２０の濾過網２３と流入孔２４を通じて圧力室３０に流入される。
前記圧力室３０に流入される洗浄水によって圧力室３０の水圧が高くなってピストン２０を加圧する。前記ピストン２０は、バルブ本体１２の内面に沿って下降して配水管１３を閉鎖させて、水道管から供給される洗浄水を遮断させた状態で、次の動作を待機することになる。
しかし、前記過程で作動する先登録の便器用自動フラッシュバルブは、従来の問題点を解決する利点はあるが、建物内のメーン給水バルブを閉じた後、ソレノイドダイヤフラムバルブ及び光センサーが装着されたフラッシュバルブ全体を取り替えなければならないので、設置時間が長くかかるとともに、メーン給水バルブが閉じた状態を維持するため設置中には建物内の洗浄水を使用することができない問題点があり、内部部品及び構造が複雑で組立て過程が複雑であるだけでなく、製造原価が上昇して経済性が落ちる問題点があった。
また、光センサーに供給される電源は乾電池を利用して供給するが、前記乾電池が消耗されるため、光センサーによって使用者を感知することができない場合、従来の問題点を解決することができないだけでなく、トイレに設置されたそれぞれの便器ごとに使用回数が異なり、乾電池の交替時期もそれぞれ異なるので、管理者が交替時期を把握して入れ替えることは事実上不可能で維持管理が難しい問題点があった。
また、先登録の便器用自動フラッシュバルブをビデに設置する場合は、ビデとフラッシュバルブをホースで連結しなければならない。この際、前記ホースをフラッシュバルブに装着するためには、フラッシュバルブの一側にドリリングで孔を開けなければならないが、この時に発生する残物の除去が難しく、フラッシュバルブが設置された状態では残物の除去が一層難しいだけでなく、フラッシュバルブを解体した状態でドリルリング作業を行った後、残物を除去した状態で再び設置しなければならないため、作業過程が煩わしい問題点があった。
また、ビデの使用の際、ビデのカバーを上部に回転させれば、ビデのカバーが光センサーの前方に位置することになるので、シートに座って用便をする使用者を感知することができなくて動作しないかあるいは誤動作を引き起こす問題点あった。
また、圧力室に貯蔵される洗浄水の水圧によってピストンがバルブ本体の内面に沿って昇降するが、前記ピストンの一側に形成された濾過網を通じて圧力室に洗浄水が供給されることによりピストンが下降するとき、濾過網に供給される洗浄水によってピストンが垂直に下降することができない場合が発生し、洗浄水の漏水が発生する問題点があった。 In recent years, with the development of culture, toilets have also demanded major changes and have been pursued so that they can be used in a sanitary and convenient manner. Dispose of excrement in toilets in buildings and public facilities where many people gather. For this purpose, a cleaning water drain valve for controlling the supply of cleaning water is installed.
If the lever 11 of the flush water drain valve 10 installed in the toilet is pressed, the lever 11 compresses the spring 11 'and the pressure rod 11a is an open / close rod of the piston 20 as shown in FIGS. Washing water stored in the pressure chamber 30 is discharged through a drain hole 22 that is opened by pressurizing 21 and tilting the open / close bar 21 while compressing the spring 21 ′.
At this time, the washing water stored in the pressure chamber 30 is discharged through the drain hole 22 so that the pressure in the pressure chamber 30 is rapidly lowered, and the piston 20 is valved by the pressure of the washing water supplied to the water pipe. The water pipe 13 is opened while rising along the inner surface of the main body 12, and the wash water supplied from the water tap is drained into the toilet through the opened water pipe 13 to dispose of the excrement.
When the pressure applied to the lever 11 of the washing water drain valve 10 is released, the pressure bar 11a is restored by the restoring force of the spring 11 'and the opening / closing bar 21 of the piston 20 is restored by the restoring force of the spring 21'. Thus, a part of the washing water supplied from the water tap is introduced into the pressure chamber 30 through the filtration network 23 and the inflow hole 24 of the piston 20.
The washing water flowing into the pressure chamber 30 raises the water pressure in the pressure chamber 30 and pressurizes the piston 20. At this time, the piston 20 descends along the inner surface of the valve body 12 and closes the water distribution pipe 13, thereby waiting for the next operation in a state where the washing water supplied from the water pipe is shut off. Become.
In the washing water drain valve that operates in the above process, if the lever is pressurized, the washing water stored in the pressure chamber is discharged to the water distribution pipe and the water pressure decreases, and the washing water supplied to the water pipe The piston is configured to rise along the inner surface of the valve body to open the water pipe. However, the state of the lever is unclean, so that there is a problem that the lever is stepped on without being pressurized by hand, or the toilet is left without draining flush water after the toilet.
In addition, when the lever is stepped on with a foot, an impact is applied to the lever, the internal parts are damaged, the cleaning water leaks due to the damage to the internal parts, and the cleaning water is wasted. However, there was a problem that was difficult to maintain.
In addition, the amount of wash water drained through the wash water drain valve is determined by the amount of time the lever is pressed.While pressing the lever for a long time, waste of wash water is wasted. Since the amount of washing water for disposal of stool is drained, there is a problem in that the washing water is wasted in the case of urine and economical efficiency is lowered.
In order to solve the above problems, an automatic flush valve for toilets has recently been registered in Korean registered utility model No. 262169.
As shown in FIGS. 3 and 4, the pre-registered toilet flush valve 40 determines whether the stool is large or small from the time sensed by the light sensor 41 when using the user's stool, and thereby the solenoid diaphragm valve. When the valve 42 is activated, the solenoid diaphragm valve 42 is raised, and the flow passage 43 communicating with the pressure chamber 30 of the washing water drain valve 10 is opened and stored in the pressure chamber 30 through the opened flow passage 43. When the washed water is discharged to the water distribution pipe 13, the pressure in the pressure chamber 30 is rapidly reduced.
At this time, the pressure of the washing water supplied from the water pipe raises the piston 20 along the inner surface of the valve body 12, and the washing water is drained into the toilet bowl through the open water pipe 13 so that excrement is discharged. The cleaning water set in the urine and urine is drained by the set operation time of the solenoid diaphragm valve 42, and the excrement is disposed.
Further, as the set operating time of the solenoid diaphragm valve 42 elapses, if the solenoid diaphragm valve 42 is lowered and the flow passage 43 communicating with the pressure chamber 30 of the flush water drain valve 10 is closed, the water tap can be removed. A part of the supplied wash water flows into the pressure chamber 30 through the filter network 23 and the inflow hole 24 of the piston 20.
The washing water flowing into the pressure chamber 30 increases the water pressure in the pressure chamber 30 and pressurizes the piston 20. The piston 20 descends along the inner surface of the valve body 12, closes the water distribution pipe 13, and waits for the next operation in a state where the wash water supplied from the water pipe is shut off.
However, the pre-registered automatic flush valve for toilets that operates in the above process has the advantage of solving the conventional problems, but after closing the main water supply valve in the building, the solenoid diaphragm valve and the light sensor were installed. Since the entire flush valve must be replaced, it takes a long time to install, and the main water supply valve is kept closed, so there is a problem that the cleaning water in the building cannot be used during installation. In addition, the structure is complicated and the assembly process is complicated, and the manufacturing cost increases and the economy is lowered.
In addition, the power supplied to the optical sensor is supplied using a dry cell. However, since the dry cell is consumed, the conventional problem cannot be solved when the user cannot be detected by the optical sensor. Not only that, each toilet installed in the toilet has a different number of times of use, and the battery replacement time is also different, so it is practically impossible for the administrator to grasp the replacement time and replace it, making it difficult to maintain There was a point.
In addition, when installing a pre-registered automatic flush valve for toilets in a bidet, the bidet and flush valve must be connected by a hose. At this time, in order to attach the hose to the flash valve, it is necessary to make a hole in one side of the flash valve by drilling, but it is difficult to remove the residue generated at this time. Not only is the removal of the residue more difficult, but the drilling operation must be performed after the flash valve is disassembled, and then it must be installed again with the residue removed. .
Also, when using the bidet, if you rotate the bidet cover to the top, the bidet cover will be positioned in front of the light sensor, so you can sense the user sitting on the seat and using the stool There was a problem that could not work because it could not be done or caused malfunction.
In addition, the piston moves up and down along the inner surface of the valve body by the water pressure of the cleaning water stored in the pressure chamber, and the cleaning water is supplied to the pressure chamber through a filtration network formed on one side of the piston. When the valve descends, there is a problem that the piston cannot be vertically lowered by the washing water supplied to the filter screen, and the washing water leaks.

韓国登録実用新案第２６２１６９号Korean registered utility model No. 262169

したがって、本発明は前述したような従来の問題点に鑑みてなされたもので、水道栓から供給される洗浄水がフラッシュバルブを通じてビデの水槽と圧力室に同時に供給されながら圧力室に貯蔵された洗浄水を排水させる構造が簡素化して設置作業及び作業時間を短縮させることができる便器用直水型自動フラッシング装置を提供することをその目的とする。
また、本発明は、フラッシュバルブに装着される供給管が使用者の所望方向に設置することができ、供給管の損傷を防止するとともに、外観を美麗にする便器用直水型自動フラッシング装置を提供することを他の目的とする。
また、本発明は、ビデに供給される電源で作動部を作動させることで、安定的な使用を可能にするとともに維持管理を容易にする便器用直水型自動フラッシング装置を提供することをさらに他の目的とする。
また、本発明は、使用者の感知時間で使用者の大小便を判断し、判断された大小便に相当する洗浄水を排水させることで、無駄に排水される洗浄水を節減することができる便器用直水型自動フラッシング装置を提供することをさらに他の目的とする。
前記目的を達成するために、本発明は、水道栓から供給される洗浄水をビデの水槽と作動部に案内し、便器の***物の処分の際、前記洗浄水を便器の内部に排水させるフラッシュバルブと、前記ビデのシートの底面に装着され、使用者の感知時間によって大小便を判断する感知センサーと、前記感知センサーによって判断された大小便によって、水道栓から便器の内部に洗浄水を供給して***物を処分するために、フラッシュバルブの圧力室に貯蔵された洗浄水をソレノイドバルブの開放によって排水管を通じて便器の内部に排水させる作動部と、を含んでなる便器用直水型自動フラッシング装置を提供する。 Therefore, the present invention has been made in view of the conventional problems as described above, and the washing water supplied from the water tap is stored in the pressure chamber while being simultaneously supplied to the bidet water tank and the pressure chamber through the flush valve. It is an object of the present invention to provide a direct flushing type automatic flushing device for a toilet that can simplify the structure for draining washing water and reduce installation work and work time.
In addition, the present invention provides a direct water type automatic flushing device for a toilet which can install a supply pipe attached to a flash valve in a user's desired direction, prevent damage to the supply pipe, and make the appearance beautiful. The other purpose is to provide.
In addition, the present invention further provides a direct flushing automatic flushing device for a toilet that enables stable use and facilitates maintenance management by operating the operating unit with a power source supplied to the bidet. For other purposes.
In addition, according to the present invention, it is possible to reduce wasteful drainage of the wash water by judging the user's urine / feces based on the user's perception time and draining the wash water corresponding to the judged urine / stool. It is still another object to provide a direct water type automatic flushing device for a toilet.
In order to achieve the above object, the present invention guides wash water supplied from a water tap to a bidet water tank and an operation part, and drains the wash water into the toilet bowl when disposing of toilet waste. A flush valve, a sensor mounted on the bottom surface of the bidet seat, for detecting urine and urine based on a user's detection time, and flush water from the tap to the inside of the toilet bowl by the urine determined by the sensor. A flushing water type for toilets, comprising an actuating part for draining flush water stored in a pressure chamber of a flush valve into a toilet through a drain pipe by opening a solenoid valve to supply and dispose of waste An automatic flushing device is provided.

一般的なフラッシュバルブの作動状態を示す断面図である。It is sectional drawing which shows the operating state of a general flash valve. 一般的なフラッシュバルブの作動状態を示す断面図である。It is sectional drawing which shows the operating state of a general flash valve. 先登録された便器用自動フラッシュバルブの作動状態を示す断面図である。It is sectional drawing which shows the operation state of the automatic flush valve for toilets registered previously. 先登録された便器用自動フラッシュバルブの作動状態を示す断面図である。It is sectional drawing which shows the operation state of the automatic flush valve for toilets registered previously. は本発明の自動フラッシュ装置を示す分解斜視図である。FIG. 2 is an exploded perspective view showing an automatic flash device of the present invention. は本発明の自動フラッシュ装置を示す断面図である。FIG. 3 is a sectional view showing an automatic flash device of the present invention. は本発明の保護部材が回転されて設置される状態を示す平断面図である。These are the plane sectional views showing the state where the protection member of the present invention was rotated and installed. は本発明の設置状態を示す平面図である。These are top views which show the installation state of this invention. は本発明の自動フラッシュ装置の作動状態を示す図である。These are figures which show the operating state of the automatic flash apparatus of this invention. は本発明の自動フラッシュ装置の作動状態を示す図である。These are figures which show the operating state of the automatic flash apparatus of this invention. は本発明の自動フラッシュ装置の作動状態を示す図である。These are figures which show the operating state of the automatic flash apparatus of this invention. は本発明の自動フラッシュ装置の手動動作状態を示す図である。These are figures which show the manual operation state of the automatic flash apparatus of this invention. は本発明の自動フラッシュ装置の手動動作状態を示す図である。These are figures which show the manual operation state of the automatic flash apparatus of this invention.

以下、添付図面に基づいて本発明の一実施例の構成を詳細に説明する。
図５は本発明の分解斜視図、図６は本発明の断面図である。
本発明による自働フラッシング装置は、水道栓から供給される洗浄水をビデ５０の水槽５２と作動部３００に案内し、便器６０の***物の処分の際、前記洗浄水を便器６０の内部に排水させるフラッシュバルブ１００と、前記ビデ５０のシート５１の底面に装着され、使用者の感知時間によって大小便を判断する感知センサー２００と、前記感知センサー２００で判断された大小便によって水道栓から便器６０の内部に洗浄水を供給して***物を処分するために、フラッシュバルブ１００の圧力室３０に貯蔵された洗浄水をソレノイドバルブ３１０の開放によって排水管３２０を通じて便器６０の内部に排水させる作動部３００とを含んでなる。これについてより具体的に説明すれば次のようである。
前記フラッシュバルブ１００は、前記水道栓の洗浄水の水圧によって昇降するように、ピストン２０を内蔵するバルブ本体１２の上部に装着され、ピストン２０の昇降距離を調節し、前記洗浄水をビデ５０の水槽５２と作動部３００にそれぞれ供給する供給案内部材１１０と、前記供給案内部材１１０とビデ５０の水槽５２及び作動部３００をそれぞれ連結する供給管１２０、１２０’と、前記供給案内部材１１０の上部に定着され、供給管１２０、１２０’の端部を収容して保護する保護部材１３０と、前記供給案内部材１１０と保護部材１３０を固定させる固定部材１４０とを含む。
前記供給案内部材１１０は、前記バルブ本体１２の上端部に定着される供給案内本体１１１を含み、前記供給案内本体１１１の内部には、供給管１２０、１２０’がそれぞれ装着される供給孔１１２、１１２’が貫設され、前記供給案内本体１１１の中央に締結孔１１３が形成される。
前記供給案内部材は、前記締結孔１１３の下端部に締結され、ピストン２０の昇降高さを調節する高さ調節部材１１４をさらに含んでなることができる。
前記保護部材１３０は、前記供給案内部材１１０を収容するように下部が開口する保護本体１３１を含み、前記保護本体１３１の上面に、供給案内部材１１０の締結孔１１３と同一線上に締結案内孔１３２が形成され、前記保護本体１３１の外周面に供給管１２０、１２０’の端部を収容して保護する保護孔１３３が形成される。
また、前記ピストン２０の流入孔を収容するように装着され、流入孔に流入される洗浄水に含まれた汚染物質を濾過する円形濾過網１５０をさらに含んでなることができる。
また、前記供給案内部材１１０をバルブ本体１２に締結して固定する締結固定部１６０をさらに含んでなることができ、前記締結固定部１６０は、前記バルブ本体１２の上端部外周面に外側螺糸部１６１が形成され、前記供給案内部材１１０の下端部内周面に内側螺糸部１６２が形成される。
また、前記フラッシング装置は、前記供給案内部材１１０の上部に定着された保護部材１３０の回転を防止する回転防止部１７０をさらに含んでなることができ、前記回転防止部１７０は、前記供給案内部材１１０の供給案内本体１１１の外周面に放射状に回転防止溝１７１が形成され、前記回転防止溝１７１に結合されるように、保護部材１３０の保護本体１３１の内周面少なくとも一つ以上の回転防止突起１７２が形成される。
また、前記供給案内部材１１０と保護部材１３０を固定させた固定部材１４０を外部から遮断させる遮断部１８０をさらに含んでなることができ、前記遮断部１８０は、前記保護部材１３０の締結案内孔１３２と同心状に、保護本体１３１の上面に形成された着脱凹部１８１と、前記着脱凹部１８１に着脱可能に装着される遮断片１８２とを含む。
また、前記フラッシング装置は、前記供給案内部材１１０の各供給孔１１２、１１２’に装着された供給管１２０、１２０’の遊動を防止するために固定させる遊動防止固定部１９０をさらに含んでなることができ、前記遊動防止固定部１９０は、前記供給孔１１２、１１２’に装着される供給管１２０、１２０’の端部をそれぞれ遊動防止孔１９１’に結合して供給管１２０、１２０’の遊動を防止する遊動防止部材１９１と、前記遊動防止部材１９１の遊動防止孔１９１’に結合された供給管１２０、１２０’を収容して保護部材１３０の保護孔１３３に結合する遊動防止固定リング１９２とを含む。
つぎに、前記のように構成された本発明の結合過程を説明する。
本発明は、適用例によって必須構成要素を加減して構成することができる。
まず、図６に示すように、フラッシュバルブ１００のバルブ本体１２に水平に貫設された設置孔１２’に加圧棒１１ａ、スプリング１１’及びレバー１１を結合した状態で、円形濾過網１５０が流入孔２４を収容するように装着されたピストン２０を前記バルブ本体１２の内部に定着させた後、供給案内部材１１０の締結孔１１３の下端部に高さ調節部材１１４が締結された供給案内本体１１１をバルブ本体１２の上部に定着させる。
前記円形濾過網１５０はピストン２０の外周面を収容するように装着されているので、バルブ本体１２の内周面との干渉なしにピストン２０の昇降を安全に誘導することができるものである。
また、前記供給案内本体１１１の下端部がバルブ本体１２の上端部を収容するとともに前記供給案内部材１１０の下端部の内周面に形成された締結固定部１６０の内側螺糸部１６２がバルブ本体１２の上端部の外周面に形成された締結固定部１６０の外側螺糸部１６１が同一線上に位置する。前記供給案内部材１１０の供給案内本体１１１を一方向に回転させれば、供給案内部材１１０の内周面に形成された内側螺糸部１６２がバルブ本体１２の外周面に形成された外側螺糸部１６１に締結されることにより、バルブ本体１２に供給案内部材１１０が固定される。
前記バルブの上端部の内周面に内側螺糸部を形成し、前記供給案内部材の下端部の外周面に外側螺糸部を形成することにより締結することもできる。
前記のように、供給案内部材１１０の供給孔１１２、１１２’に供給管１２０、１２０’の一端部を固定させた状態で、前記供給管１２０、１２０’の他端部に遊動防止固定部１９０の遊動防止部材１９１を結合する。前記遊動防止部材１９１の遊動防止孔１９１’に供給管１２０、１２０’を結合し、遊動防止部材を供給管１２０、１２０’の一端部に移動させた後、前記供給管１２０、１２０’の他端部で遊動防止固定リング１９２を結合する。その後、遊動防止リング１９２を供給管１２０、１２０’の一端部に移動させて遊動防止部材１９１に密着させる。
ここで、前記供給管１２０、１２０’の一端部を遊動防止固定部１９０の遊動防止固定リング１９２が収容するように結合した状態で、前記供給管１２０、１２０’の一端部を遊動防止部材１９１の遊動防止孔１９１’が収容するように結合した後、前記供給管１２０、１２０’の一端部を供給案内部材１１０の供給孔１１２、１１２’に固定させることもできる。
前記遊動防止固定部１９０が供給管１２０、１２０’の一端部に位置すれば、前記供給管１２０、１２０’の他端部を保護部材１３０の保護本体１３１の内部を通じて保護孔１３３の外部に突出するように結合する。前記保護孔１３３には遊動防止固定部１９０の遊動防止固定リング１９２が位置するようにした後、前記保護部材１３０の保護本体１３１を下方に移動させて供給案内部材１１０の供給案内本体１１１に定着させる。
この際、前記保護部材１３０の保護本体１３１の内周面に少なくとも一つ以上突出した回転防止部１７０の回転防止突起１７２が供給案内部材１１０の供給案内本体１１１の外周面に放射状に形成された回転防止溝１７１に結合されることにより保護部材１３０の回転を防止するとともに、前記保護部材１３０の保護本体１３１の内面が供給案内部材１１０の締結孔１１３の上面に密着するとともに保護部材１３０の締結案内孔１３２と供給案内部材１１０の締結孔１１３が垂直線上に位置する。
ここで、図７に示すように、前記供給案内部材１１０の供給案内本体１１１の外周面に放射状に形成された回転防止溝１７１に対して保護部材１３０の保護孔１３３の位置を調節するように保護本体１３１を所定角度だけ回転させた状態でも前記過程で結合可能である。
また、前記保護部材１３０の保護本体１３１の内面が供給案内部材１１０の締結孔１１３の上面に定着されて垂直線上に維持される供給案内部材１１０の締結孔１１３と保護部材１３０の締結案内孔１３２に固定部材１４０を結合した後、一方向に回転させれば、前記固定部材１４０が保護部材１３０の締結案内孔１３２と供給案内部材１１０の締結孔１１３に締結されることにより保護部材１３０が供給案内部材１１０に固定される。
前記保護部材１３０と供給案内部材１１０の締結案内孔１３２、１１３に締結された固定部材１４０を外部から遮断させるために、保護部材１３０の保護本体１３１の上面に形成された遮断部１８０の着脱凹部１８１に遮断片１８２を装着することにより、締結案内孔１３２を閉鎖させるとともに固定部材１４０を外部から遮断することができる。
前記遮断片１８２の上面には広告用文句及びロゴを印刷して使用することができ、前記供給管１２０、１２０’の他端部をビデ５０の水槽５２と作動部３００のソレノイドバルブ３１０にそれぞれ連結すれば、図８に示すように、本発明の設置が完了される。
前記過程で結合された本発明の作動過程を詳細に説明する。
まず、便器６０に設置されたビデ５０のシート５１に使用者が座れば、使用者の荷重を感知センサー２００で感知するとともに感知時間を測定して使用者の大小便を判断する。
また、使用者の用便の後、使用者の肛門洗浄またはビデ洗浄を行う場合、使用者がビデ５０の操作部５０’の肛門／ビデ洗浄ボタンを加圧すると、加圧された肛門／ビデ洗浄ボタンによって方向転換バルブ５３がノズル５４と連通するように回転する。前記ノズル５４は肛門／ビデ洗浄ノズルの中でいずれか一つである。
ここで、使用者が例えば肛門洗浄ボタンを押せば、前記ビデ５０の水槽５２に貯蔵された温水が方向転換バルブ５３を経由した後、ノズル５４、つまり肛門洗浄ノズルを通じて噴射されて肛門及びその周辺を洗浄することになる。
前記ノズル５４を通じて洗浄水が噴射されることにより、図９に示すように、水槽５２に貯蔵された洗浄水の水位が低くなれば、水槽５２の上部に位置する水位感知センサー（図示せず）の制御によって、水道栓から洗浄水が供給される。前記洗浄水は供給案内部材１１０の供給孔１１２と供給管１２０を経由して水槽５２に供給され、前記水槽５２に供給されて貯蔵される洗浄水の水位を水位感知センサー（図示せず）で感知すれば、洗浄水の供給を遮断する過程を繰り返し行うことで常に一定水位を維持することになる。
前記過程で使用者の肛門洗浄が完了し、使用者がシート５１から立ち上がると、前記シート５１の底面に装着された感知センサー２００で使用者の荷重を感知することができないため、感知センサー２００で感知した使用者の感知時間によって使用者の大小便を判断する。例えば、２分以上の場合は大便と判断し、２分以下の場合は小便と判断する。
前記感知センサー２００で判断された使用者の大小便によって作動部３００のソレノイドバルブ３１０を開放させれば、図１０に示すように、供給管１２０’に貯蔵された洗浄水がソレノイドバルブ３１０を通過して排水管３２０に排水されるとともに、図１１に示すように、フラッシュバルブ１００の圧力室３０に位置する洗浄水が供給案内部材１１０の供給孔１１２’、供給管１２０’及び作動部３００のソレノイドバルブ３１０を通じて排水管３２０に流出されて便器６０の内部に排水される。
この際、前記圧力室３０に位置する洗浄水が作動部３００に排水されて圧力室３０内部圧力が急激に低くなり、水道管に供給される洗浄水の圧力によってピストン２０がバルブ本体１２の内面に沿って上昇するとともに配水管１３を開放し、開放された配水管１３を通じて、水道管に供給される洗浄水が便器６０に排水されることにより、便器６０の内部に位置する***物を処分することになる。
ここで、前記感知センサー２００の使用者感知時間によって判断された大小便に対応する洗浄水の配水量を作動部３００のソレノイドバルブ３１０の開放時間で調節して排水させることができ、これにより無駄に排水される洗浄水を節減することができる。
前記作動部３００のソレノイドバルブ３１０の開放時間が経過してソレノイドバルブ３１０を閉鎖させれば、水道栓から供給される洗浄水が配水管１３に排水されるとともに、水道栓から供給される洗浄水の一部が円形濾過網１５０を通過することにより汚染物質が濾過された後、ピストン２０の流入孔２４を通じて圧力室３０と供給管１２０’に供給されて貯蔵され、前記圧力室３０と供給管１２０’に貯蔵される洗浄水の圧力が高くなることによりピストン２０の上面を加圧することになる。
この際、前記ピストン２０はバルブ本体１２の内面に沿って下降して配水管１３を閉鎖させることで水道栓から供給される洗浄水を遮断させた状態で、次の動作を待機することになる。
また、ビデ５０に供給される電源が遮断されれば、図１２〜図１３に示すように、フラッシュバルブ１００のレバー１１を利用した通常の方法によっても使用可能である。 Hereinafter, the configuration of an embodiment of the present invention will be described in detail with reference to the accompanying drawings.
FIG. 5 is an exploded perspective view of the present invention, and FIG. 6 is a sectional view of the present invention.
The automatic flushing device according to the present invention guides the wash water supplied from the water tap to the water tank 52 and the operation unit 300 of the bidet 50, and disposes the waste water in the toilet 60 when the excrement of the toilet 60 is disposed. A flush valve 100 for draining, a sensor 200 that is mounted on the bottom surface of the seat 51 of the bidet 50 and that determines whether the user has a urine or not based on a user's sensing time, The operation of draining the cleaning water stored in the pressure chamber 30 of the flush valve 100 into the toilet 60 through the drain pipe 320 by opening the solenoid valve 310 in order to supply the cleaning water to the interior of the 60 and dispose of the waste. Part 300. This will be described in more detail as follows.
The flush valve 100 is mounted on the upper part of the valve body 12 containing the piston 20 so as to be moved up and down by the water pressure of the washing water of the water tap, and adjusts the lifting distance of the piston 20 so that the washing water is supplied to the bidet 50. A supply guide member 110 for supplying water to the water tank 52 and the operation part 300, supply pipes 120 and 120 'for connecting the supply guide member 110 and the water tank 52 and the operation part 300 of the bidet 50, respectively, and an upper part of the supply guide member 110 And a protective member 130 that accommodates and protects the ends of the supply pipes 120 and 120 ′, and a fixing member 140 that fixes the supply guide member 110 and the protective member 130.
The supply guide member 110 includes a supply guide body 111 fixed to the upper end of the valve body 12, and the supply guide body 111 has supply holes 112, A fastening hole 113 is formed in the center of the supply guide body 111.
The supply guide member may further include a height adjusting member 114 that is fastened to a lower end portion of the fastening hole 113 and adjusts the elevation height of the piston 20.
The protective member 130 includes a protective main body 131 having a lower opening so as to accommodate the supply guide member 110, and a fastening guide hole 132 is formed on the upper surface of the protective main body 131 on the same line as the fastening hole 113 of the supply guide member 110. A protective hole 133 is formed on the outer peripheral surface of the protective main body 131 to accommodate and protect the ends of the supply pipes 120 and 120 ′.
In addition, it may further include a circular filtration net 150 that is mounted to accommodate the inflow hole of the piston 20 and filters contaminants contained in the wash water flowing into the inflow hole.
The fastening member 160 may further include a fastening member 160 that fastens and fixes the supply guide member 110 to the valve body 12, and the fastening member 160 is formed on the outer peripheral surface of the upper end portion of the valve body 12. A portion 161 is formed, and an inner screw portion 162 is formed on the inner peripheral surface of the lower end portion of the supply guide member 110.
In addition, the flushing device may further include a rotation prevention unit 170 that prevents rotation of the protection member 130 fixed on the supply guide member 110, and the rotation prevention unit 170 includes the supply guide member. 110, a rotation prevention groove 171 is formed radially on the outer circumferential surface of the supply guide body 111, and at least one inner circumferential surface of the protection body 131 of the protection member 130 is prevented from rotating so as to be coupled to the rotation prevention groove 171. A protrusion 172 is formed.
The blocking member 180 may further include a blocking unit 180 that blocks the fixing member 140 that fixes the supply guide member 110 and the protection member 130 from the outside. The blocking unit 180 may be a fastening guide hole 132 of the protection member 130. And a detachable recess 181 formed on the upper surface of the protection body 131 and a blocking piece 182 detachably mounted on the detachable recess 181.
In addition, the flushing device further includes an anti-floating fixing portion 190 that fixes the supply pipes 120 and 120 ′ mounted in the supply holes 112 and 112 ′ of the supply guide member 110 in order to prevent the supply pipes 120 and 120 ′ from floating. The anti-floating fixing part 190 is coupled to the anti-floating holes 191 ′ of the supply pipes 120 and 120 ′ attached to the supply holes 112 and 112 ′, respectively. An anti-slip member 191 that prevents the anti-slip member, and an anti-slip fixed ring 192 that accommodates the supply pipes 120 and 120 ′ connected to the anti-slip hole 191 ′ of the anti-slip member 191 and is connected to the protective hole 133 of the protection member 130 including.
Next, the coupling process of the present invention configured as described above will be described.
The present invention can be configured by adjusting essential components according to application examples.
First, as shown in FIG. 6, the circular filtration net 150 is formed in a state where the pressure rod 11 a, the spring 11 ′, and the lever 11 are coupled to the installation hole 12 ′ that is horizontally penetrated in the valve body 12 of the flash valve 100. A supply guide body in which a height adjusting member 114 is fastened to a lower end portion of a fastening hole 113 of the supply guide member 110 after fixing the piston 20 mounted to accommodate the inflow hole 24 inside the valve body 12. 111 is fixed to the upper part of the valve body 12.
Since the circular filtration net 150 is mounted so as to accommodate the outer peripheral surface of the piston 20, the lifting and lowering of the piston 20 can be safely guided without interference with the inner peripheral surface of the valve body 12.
Further, the lower end portion of the supply guide body 111 accommodates the upper end portion of the valve body 12 and the inner threaded portion 162 of the fastening fixing portion 160 formed on the inner peripheral surface of the lower end portion of the supply guide member 110 is the valve body. The outer threaded portion 161 of the fastening fixing portion 160 formed on the outer peripheral surface of the upper end portion of 12 is located on the same line. When the supply guide main body 111 of the supply guide member 110 is rotated in one direction, an inner thread 162 formed on the inner peripheral surface of the supply guide member 110 is an outer thread formed on the outer peripheral surface of the valve main body 12. The supply guide member 110 is fixed to the valve body 12 by being fastened to the portion 161.
Fastening can also be achieved by forming an inner thread portion on the inner peripheral surface of the upper end portion of the valve and forming an outer thread portion on the outer peripheral surface of the lower end portion of the supply guide member.
As described above, in a state where one end of the supply pipes 120 and 120 ′ is fixed to the supply holes 112 and 112 ′ of the supply guide member 110, the anti-sliding fixing part 190 is fixed to the other end of the supply pipes 120 and 120 ′. The anti-sliding member 191 is coupled. After connecting the supply pipes 120 and 120 'to the anti-floating hole 191' of the anti-slip member 191 and moving the anti-slip member to one end of the supply pipes 120 and 120 ', the supply pipes 120 and 120' An anti-skid locking ring 192 is coupled at the end. Thereafter, the anti-slip ring 192 is moved to one end of the supply pipes 120 and 120 ′ so as to be in close contact with the anti-slip member 191.
Here, one end of the supply pipes 120 and 120 ′ is coupled to be accommodated in the anti-floating fixing ring 192 of the anti-sliding fixing part 190, and one end of the supply pipes 120 and 120 ′ is connected to the anti-sliding member 191. It is also possible to fix the one end of the supply pipes 120 and 120 ′ to the supply holes 112 and 112 ′ of the supply guide member 110 after the floating prevention holes 191 ′ are connected so as to be received.
If the anti-floating fixing part 190 is located at one end of the supply pipes 120 and 120 ′, the other end of the supply pipes 120 and 120 ′ protrudes outside the protective hole 133 through the inside of the protective body 131 of the protective member 130. To join. After the anti-floating fixing ring 192 of the anti-floating fixing portion 190 is positioned in the protective hole 133, the protective main body 131 of the protective member 130 is moved downward to fix the supply guiding main body 111 of the supply guiding member 110. Let
At this time, at least one anti-rotation protrusion 172 of the anti-rotation portion 170 protruding from the inner peripheral surface of the protective main body 131 of the protective member 130 is radially formed on the outer peripheral surface of the supply guide main body 111 of the supply guide member 110. The protection member 130 is prevented from rotating by being coupled to the rotation prevention groove 171, the inner surface of the protection body 131 of the protection member 130 is brought into close contact with the upper surface of the fastening hole 113 of the supply guide member 110, and the protection member 130 is fastened. The guide hole 132 and the fastening hole 113 of the supply guide member 110 are positioned on the vertical line.
Here, as shown in FIG. 7, the position of the protective hole 133 of the protective member 130 is adjusted with respect to the rotation preventing groove 171 formed radially on the outer peripheral surface of the supply guide body 111 of the supply guide member 110. Even in a state where the protective body 131 is rotated by a predetermined angle, it can be coupled in the above process.
In addition, the inner surface of the protection main body 131 of the protection member 130 is fixed to the upper surface of the fastening hole 113 of the supply guide member 110 and maintained on the vertical line, and the fastening guide hole 132 of the protection member 130. If the fixing member 140 is rotated in one direction after being coupled to the fixing member 140, the fixing member 140 is fastened to the fastening guide hole 132 of the protection member 130 and the fastening hole 113 of the supply guide member 110, whereby the protection member 130 is supplied. It is fixed to the guide member 110.
In order to shut off the fixing member 140 fastened to the fastening guide holes 132 and 113 of the protective member 130 and the supply guide member 110 from the outside, a detachable recess of the blocking portion 180 formed on the upper surface of the protective body 131 of the protective member 130. By mounting the blocking piece 182 on 181, the fastening guide hole 132 can be closed and the fixing member 140 can be blocked from the outside.
An advertising phrase and a logo can be printed on the upper surface of the blocking piece 182, and the other ends of the supply pipes 120 and 120 ′ are respectively connected to the water tank 52 of the bidet 50 and the solenoid valve 310 of the operating unit 300. Once connected, the installation of the present invention is completed as shown in FIG.
The operation process of the present invention combined in the above process will be described in detail.
First, when a user sits on the seat 51 of the bidet 50 installed in the toilet 60, the user's load is detected by the sensor 200 and the sensing time is measured to determine whether the user is large or small.
Further, when the user's stool or bidet washing is performed after the user's stool, when the user presses the anus / bidet washing button of the operation unit 50 'of the bidet 50, the pressurized anus / bidet is pressed. The direction change valve 53 is rotated by the washing button so as to communicate with the nozzle 54. The nozzle 54 is one of the anal / bidet cleaning nozzles.
Here, for example, if the user presses the anal washing button, the hot water stored in the water tank 52 of the bidet 50 passes through the direction change valve 53 and is then sprayed through the nozzle 54, that is, the anal washing nozzle, and the anus and its surroundings. Will be washed.
As shown in FIG. 9, when the water level of the cleaning water stored in the water tank 52 is lowered by spraying the cleaning water through the nozzle 54, a water level detection sensor (not shown) located above the water tank 52. Under this control, cleaning water is supplied from the tap. The washing water is supplied to the water tank 52 via the supply hole 112 and the supply pipe 120 of the supply guide member 110, and the water level of the washing water supplied to and stored in the water tank 52 is measured by a water level sensor (not shown). If detected, a constant water level is always maintained by repeatedly performing the process of shutting off the supply of cleaning water.
When the user's anal cleaning is completed in the above process and the user stands up from the seat 51, the sensing sensor 200 attached to the bottom surface of the seat 51 cannot sense the user's load. The user's urination is determined according to the perceived time of the user. For example, if it is 2 minutes or more, it is determined as stool, and if it is 2 minutes or less, it is determined as urine.
If the solenoid valve 310 of the operating unit 300 is opened according to the user's urination determined by the sensing sensor 200, the washing water stored in the supply pipe 120 'passes through the solenoid valve 310 as shown in FIG. As shown in FIG. 11, the washing water located in the pressure chamber 30 of the flush valve 100 is supplied to the supply hole 112 ′, the supply pipe 120 ′, and the operation unit 300. It flows out into the drainage pipe 320 through the solenoid valve 310 and drains into the toilet 60.
At this time, the cleaning water located in the pressure chamber 30 is drained to the operating unit 300, the pressure inside the pressure chamber 30 is rapidly reduced, and the piston 20 is moved to the inner surface of the valve body 12 by the pressure of the cleaning water supplied to the water pipe. The drainage pipe 13 is opened and the wash water supplied to the water pipe is drained to the toilet bowl 60 through the opened pipe pipe 13 to dispose of the excrement located inside the toilet bowl 60. Will do.
Here, the amount of washing water corresponding to the large and small stool determined by the user sensing time of the sensing sensor 200 can be adjusted by the opening time of the solenoid valve 310 of the operating unit 300 to be drained. It is possible to reduce the amount of washing water that is drained.
If the opening time of the solenoid valve 310 of the operating unit 300 elapses and the solenoid valve 310 is closed, the cleaning water supplied from the water tap is drained to the water distribution pipe 13 and the cleaning water supplied from the water tap. After a part of the filter passes through the circular filter net 150, contaminants are filtered, and then supplied to the pressure chamber 30 and the supply pipe 120 'through the inflow hole 24 of the piston 20, and stored. The upper surface of the piston 20 is pressurized by increasing the pressure of the washing water stored in 120 ′.
At this time, the piston 20 descends along the inner surface of the valve body 12 and closes the water distribution pipe 13 so that the washing water supplied from the water tap is shut off and waits for the next operation. .
Further, if the power supplied to the bidet 50 is cut off, it can be used by a normal method using the lever 11 of the flash valve 100 as shown in FIGS.

以上説明したように、本発明の便器用直水型自動フラッシング装置によれば、水道栓から供給される洗浄水をビデの水槽とフラッシュバルブの圧力室に同時に供給する構造が簡素化して、設置作業及び作業時間を短縮させることができる利点を持つ。
また、本発明の便器用直水型自動フラッシング装置によれば、供給管を遊動防止固定部によって保護部材の保護孔に装着することにより供給管の損傷を防止することができるだけでなく、使用者が所望の方向に供給管の設置方向を調節することができるので、外観を美麗にすることができる利点を持つ。
また、本発明は、ビデに供給される電源で作動部を作動させるので、安定的に使用することができるだけでなく、維持管理が簡便であり、乾電池が要らないので、乾電池による環境汚染を減らすことができる利点を持つ。
さらに、本発明は、使用者の感知時間によって使用者の大小便を判断し、判断された大小便に対応する洗浄水を排水させるので、無駄に排水される洗浄水を節減することができるだけでなく、円形濾過網がピストンの外周面を収容するように装着されているので、汚染物質の濾過はもちろんのこと、ピストンがバルブ本体の内部で所定角度で傾いて移動しても配水管を正確に閉鎖して洗浄水の漏水を遮断することができる利点を持つ。 As described above, according to the direct water type automatic flushing device for toilets of the present invention, the structure for simultaneously supplying the cleaning water supplied from the water tap to the bidet water tank and the pressure chamber of the flush valve is simplified and installed. There is an advantage that work and work time can be shortened.
In addition, according to the toilet flushing flushing device of the present invention, it is possible not only to prevent the supply pipe from being damaged by attaching the supply pipe to the protective hole of the protective member by the anti-floating fixing portion. Since the installation direction of the supply pipe can be adjusted in a desired direction, there is an advantage that the appearance can be made beautiful.
In addition, since the operation unit is operated by the power supplied to the bidet according to the present invention, it can be used stably, is easy to maintain and does not require a dry cell, and reduces environmental pollution caused by the dry cell. With the advantage that can.
Furthermore, according to the present invention, the user's perception time is determined based on the user's perception time, and the cleaning water corresponding to the determined urine / drainage is drained. In addition, since the circular filter net is installed to accommodate the outer peripheral surface of the piston, not only the filtration of contaminants, but also the water distribution pipe can be accurately operated even if the piston moves at a predetermined angle inside the valve body. It has the advantage that it can be closed to block the leakage of washing water.

１００：フラッシュバルブ
１１０：供給案内部材
１２０、１２０’：供給管
１３０：保護部材
１４０：固定部材
２００：感知センサー
３００：作動部
３１０：ソレノイドバルブ
３２０：排水管 100: Flush valve 110: Supply guide member 120, 120 ': Supply pipe 130: Protection member 140: Fixing member 200: Sensing sensor 300: Actuator 310: Solenoid valve 320: Drain pipe

Claims (17)

水道栓から供給される洗浄水をビデの水槽と作動部に案内し、便器の***物の処分の際、前記洗浄水を便器の内部に排水させるフラッシュバルブと、
前記ビデのシート底面に装着され、使用者の感知時間によって大小便を判断する感知センサーと、
前記感知センサーによって判断された大小便によって、水道栓から便器の内部に洗浄水を供給して***物を処分するように、フラッシュバルブの圧力室に貯蔵された洗浄水をソレノイドバルブの開放によって排水管を通じて便器の内部に排水させる作動部と、を含んでなることを特徴とする、便器用直水型自動フラッシング装置。 A flush valve that guides the wash water supplied from the water tap to the bidet's water tank and the working part, and drains the wash water into the toilet bowl when disposing of toilet waste;
A sensor that is attached to the bottom of the bidet seat and determines whether the user has a urine according to the user's sensing time;
The flush water stored in the pressure chamber of the flush valve is drained by opening the solenoid valve so that flush water is supplied from the tap to the inside of the toilet by the large and small urine determined by the sensor, and the waste is disposed of. And a flushing device for flushing toilets, characterized in that it comprises an operating part for draining into the toilet through a pipe. フラッシュバルブは、
前記水道栓の洗浄水の水圧で上昇するようにピストンを内蔵するバルブ本体の上部に装着され、ピストンの昇降距離を調節し、前記洗浄水をビデの水槽と作動部にそれぞれ供給する供給案内部材と、
前記供給案内部材とビデの水槽及び作動部をそれぞれ連結する供給管と、
前記供給案内部材の上部に定着され、供給管の端部を収容して保護する保護部材と、
前記供給案内部材と保護部材を固定させる固定部材と、を含んでなることを特徴とする便器用直水型自動フラッシング装置。 The flush valve
A supply guide member that is mounted on the upper part of the valve body containing the piston so as to rise by the water pressure of the cleaning water of the water tap, adjusts the lifting distance of the piston, and supplies the cleaning water to the bidet water tank and the operating part, respectively. When,
A supply pipe for connecting the supply guide member, the water tank of the bidet, and the operation unit, respectively;
A protective member fixed to the upper part of the supply guide member, for accommodating and protecting the end of the supply pipe;
A direct flushing type automatic flushing device for a toilet comprising the supply guide member and a fixing member for fixing the protection member. 供給案内部材は、
前記バルブ本体の上端部に定着される供給案内本体と、
前記供給案内本体の内部に貫設され、供給管がそれぞれ装着される供給孔と、
前記供給案内本体の中央に形成された締結孔と、を含んでなることを特徴とする、請求項２に記載の便器用直水型自動フラッシング装置。 Supply guide member
A supply guide body fixed to the upper end of the valve body;
A supply hole penetrating inside the supply guide body and into which a supply pipe is mounted;
The toilet flush water flushing apparatus according to claim 2, further comprising a fastening hole formed in the center of the supply guide body. 前記締結孔の下端部に締結され、ピストンの昇降高さを調節する高さ調節部材をさらに含むことを特徴とする、請求項３に記載の便器用直水型自動フラッシング装置。   The direct flushing type automatic flushing device for a toilet according to claim 3, further comprising a height adjusting member that is fastened to a lower end portion of the fastening hole and adjusts an elevation height of the piston. 前記保護部材は、
前記供給案内部材を収容するように下部が開口する保護本体と、
前記保護本体の上面に供給案内部材の締結孔と同一線上に形成された締結案内孔と、
前記保護本体の外周面に形成され、供給管の端部を収容して保護する保護孔と、を含んでなることを特徴とする、請求項２に記載の便器用直水型自動フラッシング装置。 The protective member is
A protective body whose lower part opens to accommodate the supply guide member;
A fastening guide hole formed on the upper surface of the protective body on the same line as the fastening hole of the supply guide member;
The toilet flush-type automatic flushing device according to claim 2, further comprising: a protective hole formed on an outer peripheral surface of the protective main body for receiving and protecting an end portion of the supply pipe. 前記ピストンの流入孔を収容するように装着され、流入孔に流入される洗浄水に含まれた汚染物質を濾過する円形濾過網をさらに含むことを特徴とする、請求項２に記載の便器用直水型自動フラッシング装置。   The toilet bowl according to claim 2, further comprising a circular filtration net that is mounted to receive the inflow hole of the piston and filters contaminants contained in the wash water flowing into the inflow hole. Direct water type automatic flushing device. 前記供給案内部材をバルブ本体に締結して固定する締結固定部をさらに含むことを特徴とする、請求項２に記載の便器用直水型自動フラッシング装置。   The straight water type automatic flushing device for a toilet according to claim 2, further comprising a fastening and fixing portion for fastening and fixing the supply guide member to the valve body. 前記締結固定部は、
前記バルブ本体の上端部の外周面に形成された外側螺糸部と、
前記供給案内部材の下端部の内周面に形成された内側螺糸部と、を含んでなることを特徴とする、請求項７に記載の便器用直水型自動フラッシング装置。 The fastening and fixing portion is
An outer thread formed on the outer peripheral surface of the upper end of the valve body;
The toilet flush water flushing apparatus according to claim 7, further comprising an inner thread portion formed on an inner peripheral surface of a lower end portion of the supply guide member. 締結固定部は、
前記バルブ本体の上端部の内周面に形成された内側螺糸部と、
前記供給案内部材の下端部の外周面に形成された外側螺糸部と、を含んでなることを特徴とする、請求項７に記載の便器用直水型自動フラッシング装置。 The fastening part is
An inner thread formed on the inner peripheral surface of the upper end of the valve body;
The toilet flush water flushing apparatus according to claim 7, further comprising an outer thread portion formed on an outer peripheral surface of a lower end portion of the supply guide member. 前記供給案内部材の上部に定着された保護部材の回転を防止する回転防止部をさらに含むことを特徴とする、請求項２に記載の便器用直水型自動フラッシング装置。   The direct flushing type automatic flushing device for a toilet according to claim 2, further comprising a rotation preventing part for preventing rotation of the protective member fixed on the upper part of the supply guide member. 回転防止部は、
前記供給案内部材の供給案内本体の外周面に放射状に形成された回転防止溝と、
前記回転防止溝に結合されるように保護部材の保護本体の内周面に形成された少なくとも一つ以上の回転防止突起と、を含んでなることを特徴とする、請求項１０に記載の便器用直水型自動フラッシング装置。 Anti-rotation part
An anti-rotation groove formed radially on the outer peripheral surface of the supply guide body of the supply guide member;
The toilet bowl according to claim 10, further comprising at least one rotation prevention protrusion formed on an inner peripheral surface of a protection body of the protection member so as to be coupled to the rotation prevention groove. Direct water type automatic flushing device. 前記供給案内部材に保護部材を固定させる固定部材を外部から遮断させる遮断部をさらに含むことを特徴とする、請求項２に記載の便器用直水型自動フラッシング装置。   The direct flushing type automatic flushing device for toilets according to claim 2, further comprising a blocking portion for blocking a fixing member for fixing a protective member to the supply guide member from the outside. 遮断部は、
前記保護部材の締結案内孔と同心状に、保護本体の上面に形成された着脱凹部と、
前記着脱凹部に着脱可能に装着される遮断片と、を含んでなることを特徴とする、請求項１２に記載の便器用直水型自動フラッシング装置。 The blocking part
A detachable recess formed on the upper surface of the protection body concentrically with the fastening guide hole of the protection member,
The flushing device for flushing toilets according to claim 12, further comprising a blocking piece detachably attached to the detachable recess. 前記供給案内部材の各供給孔に装着された供給管の遊動を防止するように固定させる遊動防止固定部をさらに含むことを特徴とする、請求項２に記載の便器用直水型自動フラッシング装置。   The straight water type automatic flushing device for a toilet according to claim 2, further comprising an anti-floating fixing portion for fixing the supply pipes mounted in the supply holes of the supply guide member so as to prevent floating. . 遊動防止固定部は、
前記供給孔に装着される供給管の端部をそれぞれ遊動防止孔に結合して供給管の遊動を防止する遊動防止部材と、
前記遊動防止部材の遊動防止孔に結合された供給管を収容して保護部材の保護孔に結合する遊動防止固定リングと、を含んでなることを特徴とする、請求項１４に記載の便器用直水型自動フラッシング装置。 The anti-skid fixed part is
An anti-slip member for preventing the supply pipe from floating by coupling ends of the supply pipes mounted in the supply holes to the anti-slip holes, respectively;
The anti-floating fixing ring for accommodating a supply pipe coupled to the anti-floating hole of the anti-floating member and coupling to the protective hole of the protective member. Direct water type automatic flushing device. 作動部は、前記感知センサーによって判断された大小便にそれぞれ対応する洗浄水配水量を作動部の開放時間で調節して排水させることを特徴とする、請求項１に記載の便器用直水型自動フラッシング装置。   2. The toilet direct water type according to claim 1, wherein the operation unit drains water by adjusting a water distribution amount corresponding to each of the large and small urine determined by the detection sensor according to an opening time of the operation unit. Automatic flushing device. 水道栓の洗浄水の水圧によって昇降するようにピストンを内蔵するバルブ本体の上部に装着され、ピストンの昇降距離を調節し、前記洗浄水をビデの水槽と作動部にそれぞれ供給する供給案内部材と、
前記供給案内部材とビデの水槽及び作動部をそれぞれ連結する供給管と、
前記供給案内部材の上部に定着され、供給管の端部を収容して保護する保護部材と、
前記供給案内部材と保護部材を固定させる固定部材と、
前記供給案内部材をバルブ本体に締結して固定する締結固定部と、
前記供給案内部材の上部に定着された保護部材の回転を防止する回転防止部と、
前記供給案内部材の各供給孔に装着された供給管の遊動を防止するように固定させる遊動防止固定部と、を含んでなるフラッシュバルブを有することを特徴とする、便器用直水型自動フラッシング装置。 A supply guide member mounted on the upper part of the valve body containing the piston so as to be raised and lowered by the water pressure of the washing water of the water tap, adjusting the raising and lowering distance of the piston, and supplying the washing water to the bidet water tank and the operating part, respectively ,
A supply pipe for connecting the supply guide member, the water tank of the bidet, and the operation unit, respectively;
A protective member fixed to the upper part of the supply guide member, for accommodating and protecting the end of the supply pipe;
A fixing member for fixing the supply guide member and the protective member;
A fastening and fixing portion for fastening and fixing the supply guide member to the valve body;
An anti-rotation portion for preventing rotation of the protective member fixed on the upper portion of the supply guide member;
A flush-type automatic flushing for toilets, comprising: a flush valve that includes a floating prevention fixing part that fixes the supply pipe mounted in each supply hole of the supply guide member to prevent floating. apparatus.
JP2009539186A 2006-11-30 2007-11-29 Direct water type automatic flushing device for toilet Pending JP2010511810A (en)

Applications Claiming Priority (3)

Application Number Priority Date Filing Date Title
KR1020060119948A KR100735881B1 (en) 2006-11-30 2006-11-30 Automatic water dropping system at the toilet bowls of fresh valve direct water type mounted with water supply apparatus which guides water supply to bidets
KR2020070017651U KR200447998Y1 (en) 2007-10-31 2007-10-31 Flush valve structure amounted with auto flushing devices into toliet bowls
PCT/KR2007/006093 WO2008066336A1 (en) 2006-11-30 2007-11-29 Direct water typed auto flushing devices of toilet bowls

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