1338073 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種男性用循環式小便器，更詳言之， 係有關一種將整體構成單元化而謀求易於設置，兹且謀求 較大的節水效果之男性用循環式小便器。 【先前技術】 以往’針對男性用小便器’已開發檢測人接近水洗便 益使用的情形且流出洗淨水（洗淨液），並且在小便器使用 後再次流出洗淨水的小便器。就此種小便器而言，可自動 地進行小便器的清洗，但是存在有使用於洗淨的水量較多 的門《I因此已k出一種將污水淨化而作爲洗淨水再利 用的循％式小便器（例如，參照專利文獻i)。 [專利文獻丨]曰本特開2004 — 1 1236號公報 【發明内容】 揭示於該專利文獻1的發明，由於具備腳輪，因此易 於移動，T容易地朝期望位置安裝，但是在作爲污水箱的 第1水箱上具備第2水箱，其具備污水淨化用的帛卜3 槽，且具備與該第2水箱鄰接之小便器。S此，存在有整 體構成大型化且占地面積大的問題。 另外在專利文獻1所揭示的發明中，在將第1水μ 内的污水輸送至第2水箱時’使用具有用以將污水中 物或紙片等切碎成較細的刀具的高價《，而存在有整 構成高成本的問題。 王的 本發明有鑒於上述習知問題’而提出一 乃注用循環 1338073 式小便器，其特徵在於，具備： 水洗便器； 貯存洗淨水的洗淨水貯槽； $ κ、、先便」:衣機構’肖以將該洗淨水貯槽内的洗淨水朝 S玄水洗便益進行循環； 檢測人體的人體檢測機構；及 用於切換該水洗便器内的流出路之切換間以使流入 ㈣的尿水朝排水管流出或使進行洗淨該水洗便 器内的洗淨水朝該洗淨水貯槽流出。 另外，該男性用循環式小便器，其中’該洗淨水貯槽 的底部係以使洗淨水集中用的洗淨水集中部成為最低的方 式而呈傾斜。 另外，該男性用循環式小便器，其中，該洗淨水貯槽 在通常狀態下係密封以防止該洗淨水貯槽内的臭氣流出。 另外’ 4男性用循環式小便g，其具備控制裝置，用 以在藉由該人體檢測機構檢測出人體從該水洗便器離開時 驅動該洗淨水循環機構，並且控制該切換”切換以使該 水洗便器内的洗淨水流入該洗淨水貯槽内。 W另外’該男性用循環式小便器’其中，在不使用該小 便裔的狀態或既定時刻日夺，使該洗淨水貯槽内的洗淨水朝 排水管排出，並貯存新的洗淨水。 依本發明，小便器内的尿水朝排水管排出，以洗淨附 著在該小便器上的尿水成分，且循環利用洗淨水，因此， 洗淨水的使用量變少，而提高節水效果。 I338〇73 【實施方式】 :圖j所示，本發明之實施形態之男性用裤環 具備，設有水洗便器3的殼體5。該殼體5 立 具備適量貯存用以進行洗淨該水洗便器3的洗淨水I部側 净水貯槽7。在該洗淨水貯# 7的底部具備洗淨 = 9的Λ使洗淨水W集中在—處。換言之，該洗淨水貯槽7 、氏。P ’係以使該洗淨水集中# 9成爲最低 傾斜。 7八而適當 作爲形成該洗淨水集中部9的構成較佳係， 成圓錐、角錐等錐形，但例如亦可形成如碗狀般適 在該水洗便器3的底部設置的流出s i】，分 =水貯槽7連通的連通路13、以及與下水道（省略圓、:) 連接的排水路（排水管）15，在該連料13與排水路 t支部具有切換間17。該切換間Η，在將該流出路以 連通路13連接時阻絕該流出路U與排水路15的連接Ϊ :二:、Γ:: 11與排水路15連接時，形成阻絕該流 ^ 13的連接的作用。該切換閥17，藉由例 =疋轉式致動器切換擋葉（flapper)的擋葉間、三通閥、旋 轉閥等，並藉由例如其 切換動作。 等適宜的致動器進行 水貯# 7的洗淨水集中部9上連接 =5連接的排水管19，在該排水管19上設置有 或連通該排水t】9的例如螺線管間等的開關21。該開 i：33§〇73 關間2 1 ’在排出該洗淨水貯槽7内的洗淨水時進行打開動 作。又’連接有用以在藉由該開關閥21的打開動作排出 洗淨水後將新的洗淨水供應至該洗淨水貯槽7内的供應管 23 ’在該供應管23具備開關閥25。 - 爲了使貯存在該洗淨水貯槽7内的該洗淨水循環以洗 • 淨該水洗便器3 ’在該殼體5内具備洗淨水循環機構27。 更詳細言之’該洗淨水循環機構27具備，從上述洗淨水 _ 計槽7的該洗淨水集中部9附近吸引洗淨水W的泵1 〇， 在該果1 〇的噴出側配管31具備例如旋流器等淨化機構 33。又’該喷出側配管3丨與在該殼體$内設置的副水箱3 5 連接。 再者’在藉由該泵1 0朝水洗便器3進行洗淨水循環時， 亦可取代該淨化機構33，而在與該泵丨〇的吸引側連接的 g上叹置過濾器等，亦可在從泵丨〇至水洗便器3的適宜 位置设置過滤裝置。另外’在循環的洗淨水比較乾淨的情 φ 形’亦可省去該淨化機構33。 "玄田彳水相35係用以暫時貯存朝該水洗便器3流出的洗 淨水在6玄副水箱35連接有用以排出該副水箱35内的洗 淨水的排出营37，在該排出管37具備開關閥39。而且， 在X曰i X鈿3 5連接有溢流管4 再者具有用以使該副 水相35内的洗淨水流入該水洗便器3的泵，並且，具 備連接該水洗便器3的上部側的配管Μ。 再者’亦可設成直接連接該喷出側配管3 i與該配管45 的構成，此種情形亦可省去該副水箱35及果43等。 1338073 在該殼體5具備，例如超音波感測器等適宜的由接近 式感測器構成的人體檢測機構47，並且，在適宜位置具有 進行各種致動器的控制之控制裝置49。該控制裝置49， 在該人體檢測機構47檢測出正在使用（利用）水洗便器3的 人時’以將該水洗便器3的流出路1 1和排水路1 5連接方 式而控制切換該切換閥17。並且，在藉由該人體檢測機構 47檢測出使用者（利用者）使用完水洗便器3(離開）時，控制 裝置49 ’驅動泵ι〇以進行該水洗便器3的洗淨，或者驅 動栗43使洗淨水流入水洗便器3内，並且，控制該切換 閱17的切換動作，以將該流出路n和連通路13連接。 即，控制裝置49，如後所述，係用以控制循環式小便器1 的各種動作。 在如以上的構成中’當利用者（使用者）爲了使用水洗 便器3而接近殼體5時，藉由人體檢測機構47檢測出利 用者。此時，切換閥17，由於處於連接流出路n與排水 路15的狀態’因此利用者的小便（尿）會透過排水路15而 朝下水道等排出。並且，當藉由人體檢測機構47等檢測 出利用者離開殼體5或者完成使用時，則泵43會以既定 時間驅動並使既定量的洗淨水流入水洗便器3内進行水洗 便器3的洗淨，並且，以使該流出路丨丨與連通路丨3形成 連接狀態而將切換閥1 7切換。 因此，進行該水洗便器3洗淨後的洗淨水回收入洗淨 尺貝τ乜7内。此時，使用者的尿的大部分朝排水路1 $侧 卜出洗淨水冲走附著在水洗便器3表面上的少量的尿水 10 1338073 部分’藉此進行水洗便器3的洗淨，因此，回收入洗淨水 貯槽7内的污水（尿）很少。因此，洗淨水貯槽7内的洗淨 水的污染程度’遠低於與全部尿水均流入洗淨水貯槽7内 的情形。換言之，洗淨水在長時間内保持比較清潔的狀態。 因此，因該洗淨水貯槽7内的洗淨水污染程度而更換 洗淨水的頻度減少’故提高了節水效果。另外，在進行小 便器時’也有在洗淨水中添加適量的淨化液“例如triex 一 1(商品名）’’的情形，但可減少該淨化液的添加量，依情 況亦可省去添加該淨化液。而且’由於回收入該洗淨水貯 槽7的污水部分是少量的，因此亦可減少該洗淨水貯槽7 的容積’而謀求整體構成的小型化。 如前述，對水洗便器3流入洗淨水進行洗淨後，當經 過藉由計時器（省略圖示）預先設定的既定時間時，在該控 制裝置49的控制下，該切換閥17恢復初使狀態，亦即連 接流出路1 1與排水路1 5的狀態。然而，在例如擔心該連 _ 通路13或排水路15内産生臭氣的情況，在通常狀態下， 較佳係藉由該切換閥1 7將該流出路丨丨與連通路1 3及排 水路1 5的連接保持在阻絕狀態。 如則述’利用泵43的驅動將副水箱35内的洗淨水流 入水洗便器3進行洗淨’當藉由例如浮標感測器等的適宜 的水位感測器（省略圖示）檢測出該副水箱35内的洗淨水減 少時，在控制裝置49的控制下驅動泵10 ’將洗淨水貯槽 7内的洗淨水朝副水箱35内補充。此時，流入該副水箱35 的洗淨水’藉由例如適宜的篩檢程式或旋流器等的淨化機 11 1338073 構33除去微小的固體形物等。 如前述，藉由進行循環該洗淨水貯栲 ^^了僧7内的洗淨水重 複多次進行水洗便器3的洗淨，在 社小便用小便器1時，或 者當達到既定時刻時，開關閥2 1、後^ J y進仃開動作，以使 洗淨水貯槽7及副水箱35内的洗淨水朝排水路i5排出。 該既定時刻可藉由在該控制裝置49❾記憶體預先設定的 時刻（例如，22 : 00)與在控制裝罾4q #罢 別衣1 49 δ又置的時鐘的時刻進1338073 IX. Description of the Invention: [Technical Field] The present invention relates to a male circulator for urination, and more specifically, relates to a unit that is unitized and easy to set up, and seeks greater water saving The effect of the male circulatory urinal. [Prior Art] In the past, the urinal for men has developed a urinal that detects that the person is close to the use of the washing and that the washing water (washing liquid) flows out, and the washing water flows out again after the urinal is used. In the case of such a urinal, the urinal can be automatically cleaned, but there is a door having a large amount of water used for washing. Therefore, a type of water that purifies the sewage and reuses it as a washing water has been produced. A urinal (for example, refer to Patent Document i). [Patent Document] Japanese Laid-Open Patent Publication No. 2004-121236. SUMMARY OF THE INVENTION The invention disclosed in Patent Document 1 is easy to move because it is provided with a caster, and T is easily attached to a desired position, but is used as a sewage tank. The first tank is provided with a second tank, which is provided with a tank for purifying sewage, and has a urinal adjacent to the second tank. S Here, there is a problem that the overall structure is large and the floor space is large. Further, in the invention disclosed in Patent Document 1, when the sewage in the first water μ is transported to the second tank, 'the high price is used to cut the sewage or the paper into a finer cutter, and There is a problem that the whole constitutes a high cost. The present invention has been made in view of the above-mentioned conventional problems, and proposes a rinsing cycle of a 133 807 urinal, which is characterized in that it has: a water-washing toilet; a washing water storage tank for storing washing water; $ κ, 便便": The garment mechanism 'Xiao circulates the washing water in the washing water storage tank toward the S-series washing and washing; the human body detecting mechanism for detecting the human body; and the switching room for switching the outflow path in the water washing device to make the inflow (four) The urine water flows out toward the drain pipe or causes the washing water in the water washing device to flow out toward the washing water storage tank. Further, in the male circulatory urinal, the bottom of the washing water storage tank is inclined such that the washing water concentration portion for concentrating the washing water is the lowest. Further, the male circulatory urinal is sealed in a normal state to prevent odorous airflow in the washing water storage tank. In addition, the '4 male circulating urinal g has a control device for driving the washing water circulation mechanism when the human body detecting mechanism detects that the human body is separated from the water washing device, and controls the switching to switch to wash the water. The washing water in the toilet flows into the washing water storage tank. W. In addition, the male circulatory urinal is used to wash the washing water tank without using the urinary state or the predetermined time. The purified water is discharged toward the drain pipe and stores new washing water. According to the present invention, the urine in the urinal is discharged toward the drain pipe to wash the urine component attached to the urinal and recycle the washing water. Therefore, the amount of use of the washing water is reduced, and the water-saving effect is improved. I 〇 〇 73 [Embodiment]: As shown in Fig. j, the male pants ring according to the embodiment of the present invention is provided with a casing 5 provided with a water-washing toilet 3 The casing 5 is provided with an appropriate amount of the washing water I side-side clean water storage tank 7 for washing the water washing device 3. At the bottom of the washing water storage #7, a washing = 9 is provided for washing. Water W is concentrated at - in other words, The water storage tank 7 is set to have a minimum inclination of the washing water concentration #9. It is preferable to form the washing water concentration unit 9 as a cone, a pyramid, or the like. For example, it is also possible to form an outflow si which is provided at the bottom of the flushing toilet 3 as in the form of a bowl, a communication passage 13 in which the water storage tank 7 is connected, and a drainage passage connected to the sewer (omitted from the circle, :) (drainage pipe) 15), the connecting material 13 and the drainage channel t branch portion have a switching space 17. The switching interval 阻, when the outflow path is connected by the communication path 13, the connection between the outflow path U and the drainage path 15 is blocked: 2: Γ:: 11 is connected to the drain passage 15, forming a function of blocking the connection of the flow 13. The switching valve 17 switches between the vanes and the tee of the flapper by the example = 疋-turn actuator A valve, a rotary valve, or the like is connected to the drain pipe 19 of the water storage unit 9 by a suitable actuator, for example, by a suitable actuator. Or connect the switch 21 such as a solenoid between the drains and the like. The opening i: 33 § 〇 73 off 2 1 'in the row The washing water in the washing water storage tank 7 is opened. The connection is also used to supply new washing water to the washing water storage tank 7 after discharging the washing water by the opening operation of the switching valve 21. The supply pipe 23' in the supply pipe 23 is provided with an on-off valve 25. - In order to circulate the washing water stored in the washing water tank 7, the washing machine 3' is provided in the casing 5 In addition, the water-repellent circulation mechanism 27 includes a pump 1 that sucks the washing water W from the vicinity of the washing water concentration unit 9 of the washing water tank 7 in the washing water circulation mechanism 27. The discharge side pipe 31 of the crucible includes a purification mechanism 33 such as a cyclone. Further, the discharge side pipe 3 is connected to the sub tank 35 provided in the casing $. In addition, when the washing water is circulated toward the water washing device 3 by the pump 10, the purifying mechanism 33 may be replaced, and a filter or the like may be slid on the g connected to the suction side of the pump raft. A filter device is provided at a suitable position from the pump to the water wash bowl 3. Further, the purifying mechanism 33 can be omitted in the case where the circulating washing water is relatively clean. "Xuantianyu Water Phase 35 is used to temporarily store the washing water flowing out of the water washing device 3, and the 6th water tank 35 is connected to a discharge camp 37 for discharging the washing water in the sub tank 35, in which the discharge pipe is 37 has an on-off valve 39. Further, an overflow pipe 4 is connected to X曰i X钿3 5, and a pump for allowing the washing water in the sub-aqueous phase 35 to flow into the water-washing toilet 3 is provided, and an upper portion to which the water-washing toilet 3 is attached is provided. The piping on the side. Further, the configuration may be such that the discharge side pipe 3 i and the pipe 45 are directly connected. In this case, the sub tank 35, the fruit 43 and the like may be omitted. 1338073 The housing 5 is provided with a human body detecting mechanism 47 which is preferably constituted by a proximity sensor such as an ultrasonic sensor, and has a control device 49 for controlling various actuators at an appropriate position. When the human body detecting means 47 detects that a person who is using (using) the water washing machine 3 is in use, the control unit 49 controls the switching of the switching valve 17 by connecting the outflow path 1 1 of the water washing device 3 and the drain path 15 . . Further, when the human body detecting means 47 detects that the user (user) has used the water washing device 3 (away), the control device 49' drives the pump to perform washing of the water washing device 3, or drives the pump 43 The washing water is caused to flow into the water washing machine 3, and the switching operation of the switching mode 17 is controlled to connect the outflow path n and the communication path 13. That is, the control device 49 is used to control various operations of the circulating urinal 1 as will be described later. In the above configuration, when the user (user) approaches the casing 5 in order to use the water rinsing device 3, the human detecting means 47 detects the user. At this time, the switching valve 17 is in a state in which the outflow path n and the drain path 15 are connected. Therefore, the user's urine (urine) is discharged through the drain path 15 to the sewer or the like. When the human detecting means 47 or the like detects that the user has left the casing 5 or completed use, the pump 43 is driven for a predetermined period of time and a predetermined amount of washing water is supplied into the water washing machine 3 to wash the water washing machine 3. The switching valve 17 is switched so that the outflow path and the communication path 3 are connected to each other. Therefore, the washing water after the washing of the water washing device 3 is returned to the washing bowl τ乜7. At this time, most of the user's urine washes away a small amount of urine 10 10338073 attached to the surface of the water washing device 3 toward the drainage path 1 $ side, thereby washing the water washing device 3, thereby There is little sewage (urine) in the recovery water storage tank 7. Therefore, the degree of contamination of the washing water in the washing water tank 7 is much lower than the case where all of the urine water flows into the washing water tank 7. In other words, the washing water remains relatively clean for a long time. Therefore, the frequency of replacement of the washing water by the degree of contamination of the washing water in the washing water tank 7 is reduced, so that the water saving effect is improved. In addition, when the urinal is performed, an appropriate amount of the purifying liquid "for example, triex-1 (trade name)" may be added to the washing water, but the amount of the purifying liquid added may be reduced, and the addition may be omitted depending on the case. In addition, since the amount of the sewage in the washing water storage tank 7 is small, the volume of the washing water storage tank 7 can be reduced, and the overall structure can be reduced. As described above, the water washing machine 3 flows in. After the washing water is washed, when the predetermined time set in advance by a timer (not shown) is passed, the switching valve 17 is restored to the initial state under the control of the control device 49, that is, the connection outflow path 1 is connected. 1 and the state of the drain passage 15. However, in the case where, for example, the odor is generated in the passage 13 or the drain passage 15, in the normal state, the outflow path is preferably performed by the switching valve 17. The connection between the 丨 and the communication path 13 and the drainage path 15 is maintained in a state of being blocked. As described above, the driving of the pump 43 is used to drive the washing water in the sub tank 35 into the washing machine 3 for cleaning, for example, by feeling of a buoy. Suitable water for measuring device, etc. When the sensor (not shown) detects that the washing water in the sub tank 35 is reduced, the pump 10 is driven by the control device 49 to replenish the washing water in the washing water tank 7 toward the sub tank 35. At this time, the washing water flowing into the sub tank 35 removes minute solids or the like by a purifying machine 11 1338073 such as a suitable screening program or a cyclone. As described above, by circulating Washing water storage ^^^ The washing water in 僧7 is repeatedly washed several times in the washing machine 3, when the urinal is used in the urinal 1, or when the predetermined time is reached, the on-off valve 2 1 and the rear The y is moved in such a manner that the washing water in the washing water storage tank 7 and the sub tank 35 is discharged toward the drain path i5. The predetermined time can be set by the control device 49 at a predetermined time (for example, 22: 00) With the time of the control set 4q # strike clothes 1 49 δ set the clock
行比較而檢測出來。另外，在不使用小便器丨時，就算該 既定時刻前，藉由光感測器（省略圖示）檢測出小便器1的 設^場所的照明例如熄燈，或藉由檢測出已不使用的適當 數量條件(例如設置建築物的門被鎖而在建築物内沒有人的 條件等）等，亦可進行檢測。 '如前述，當洗淨水貯槽7内的洗淨水排出時，在該洗 淨水貝τ槽7的底部形成洗淨水集中部9，且底部係以使該 洗淨水集中部9成為最低的方式而呈傾斜，因此，可使具 ^滯留在洗淨水貯槽7底部的傾向的沈澱物朝洗淨水集中 =9流下排出。因此，不會在洗淨水貯槽7的底部滞留沈 又物，而能防止沈澱物滯留引起的臭氣產生。 如則述’在從洗淨水貯槽7及副水箱35排出洗淨水後， 言岁*严，β得Ρ ^ Γ 21、39成爲關閉狀態，並且，開關閥25成爲打 片大良色 久、且朝該洗淨水貯槽7供應新的洗淨水並驅動泵1 〇 朝副水箱3 ς .士 +〜 _ >補充新的洗淨水，藉此，對於洗淨水貯槽7 及虽il 箱q < J5可成爲貯存新洗淨水的初始狀態。 再者 y- ’在朝該洗淨水貯槽7及副水箱35貯存新的洗淨 12 1338073 水時，亦可藉由新的洗淨水洗淨一次洗淨水貯槽7及副水 箱35後，再次貯存新的洗淨水。 如以上的說明可更理解，水洗便器3的洗淨，係循環 使用洗淨水貯槽7所回收的洗淨水，並且，水洗便器3的 利用者的尿水的大部分朝排水管1 5排出，而將附著在水 洗便器3上的小部分尿水洗淨，因此，洗淨水貯槽7所回 收的洗淨水的污染程度極為減緩，從洗淨水貯槽7排出的 洗淨水的排出次數因利用人數的比例而變少，故可獲得較 大的節水效果。 然而，爲了更有效地防止該洗淨水貯槽 内的洗淨水的臭氣朝外部洩漏，洗淨水貯槽7及副水箱 較佳係設成在通常狀態下不朝外部排出臭氣的密封構成。 此種情形’例如可設成如下構成。再者，副水肖35的構 成’可設成配合洗淨水貯槽7的構成，因此，關於洗淨水 貯槽7的情形進行例示’且在該實施形態的構成要件與且 春有相同功能的構成要件附以相同符號並省略重複的說明。 圖2係示意概要地表示密封狀態的洗淨水貯槽7，在 此實施形態中，在洗淨水貯槽7的上部具有用以允許對洗 淨水貯槽7的外部空氣流入，但阻止來自洗淨水貯槽7内 止回閥51。而且，設置可推押的致動器57, 使S又置在该止回間$彳& pq U間51的閥體53抵抗彈簧55 作爲該致動器57，尸#县^ + 坪ί甲力 …… 要疋此在需要時推壓該閥體53並將 1者即了’例如亦可設成螺線管等。 作爲該致動考 在本例中以可往復的方式内設有活 13 1338073 因此可防止洗淨水貯槽7内的氣體在通常狀態下朝外邹活 出。再者’在此種密封化的構成中’亦可將洗淨水貯押' 的底部平面化。 曰7 *然*，本發明並不僅限於前述才鼻成，#由進行適宜的 變更’亦能以其他的形態來實施。例如，取代該開關閥2卜 亦可設成在該洗淨水貯肖7 @底部與該排水f Μ間 接部設置可將該排水管19的開口部開關的開關閥。再者， 開關閥39亦可設成同樣的構成。 另外亦可將供應官23對應於副水箱35的高度位置 或與配管45的端部附近對應而配置，從副水箱35側朝洗 淨水貯槽7側供應新的洗淨水，或從水洗便器3側朝洗淨 水貯槽7側供應新的洗淨水。 另外，亦可設成每當從洗淨水貯槽7排出洗淨水時， 依需要使用泵朝高位置的排水路15 #出的構成。進而， 如一般的小便器，亦可在該流出路丨丨的部分等適宜邹分 設置排出防臭閥。即，在設計上可作各種變化。 【圖式簡單說明】 圖1係示意概要地表示本發明之實施形態之循環式小 便器整體構成的說明圖。 、 圖2係示意概要地表示本發明之第2實施形態之洗淨 水貯槽的構成的說明圖。 【主要元件符號說明】 1 循環式小便器 3 水洗便器 15 1338073The line is compared and detected. Further, when the urinal device is not used, even before the predetermined time, the illumination of the setting place of the urinal 1 is detected by a light sensor (not shown), for example, the light is turned off, or by detecting that it is not used. The appropriate number of conditions (for example, setting the door of the building to be locked and leaving no one in the building, etc.) can also be detected. As described above, when the washing water in the washing water storage tank 7 is discharged, the washing water concentration portion 9 is formed at the bottom of the washing water tank tank 7, and the bottom portion is such that the washing water concentration portion 9 is the lowest. In the manner of the inclination, the precipitate which tends to remain in the bottom of the washing water storage tank 7 can be discharged toward the washing water concentration = 9 flow. Therefore, the sediment is not retained at the bottom of the washing water tank 7, and the generation of odor due to the retention of the sediment can be prevented. As described above, after the washing water is discharged from the washing water storage tank 7 and the sub-tank 35, the age is strict, and β is Ρ ^ Γ 21, 39 is turned off, and the on-off valve 25 becomes a long-lasting color. And supply new washing water to the washing water storage tank 7 and drive the pump 1 to the auxiliary water tank 3 ς. 士 +~ _ > add new washing water, thereby, for the washing water storage tank 7 and although il The box q < J5 can be an initial state for storing fresh washing water. Further, when y-' stores a new washing 12 1338073 water toward the washing water storage tank 7 and the sub tank 35, the washing water storage tank 7 and the sub tank 35 may be washed once by the new washing water. Store new wash water again. As can be understood from the above description, the washing of the washing machine 3 is performed by recycling the washing water recovered by the washing water tank 7, and the majority of the urine of the user of the washing machine 3 is discharged toward the drain pipe 15. The small amount of urine water adhering to the water washing tank 3 is washed, so that the degree of contamination of the washing water recovered by the washing water tank 7 is extremely reduced, and the number of times of washing water discharged from the washing water tank 7 is discharged. Since the proportion of the number of people is reduced, a large water saving effect can be obtained. However, in order to more effectively prevent the odor of the washing water in the washing water tank from leaking to the outside, the washing water tank 7 and the sub tank are preferably configured to be sealed in a normal state without discharging the odor to the outside. . Such a situation can be configured, for example, as follows. In addition, the configuration of the sub-water supply 35 can be configured to match the configuration of the washing water storage tank 7. Therefore, the case of the washing water storage tank 7 is exemplified, and the components of the embodiment have the same functions as those of spring. The constituent elements are denoted by the same reference numerals and the repeated description is omitted. Fig. 2 is a schematic view of the washing water storage tank 7 in a sealed state. In this embodiment, the upper portion of the washing water storage tank 7 is provided to allow the outside air to flow into the washing water storage tank 7, but is prevented from being washed. The check valve 51 is in the water storage tank 7. Further, a pushable actuator 57 is provided so that S is again placed in the check chamber between the 彳& pq U 51 and the valve body 53 is opposed to the spring 55 as the actuator 57, 尸#县^ + 坪ί A force... It is necessary to push the valve body 53 when necessary and to make one, for example, a solenoid or the like. As the actuating test, in this example, the living 13 13338073 is provided in a reciprocable manner, so that the gas in the washing water tank 7 can be prevented from being exposed to the outside in a normal state. Further, in the case of such a sealed structure, the bottom of the washing water storage can be planarized.曰7*然*, the present invention is not limited to the above-described invention, and # can be implemented in other forms by making appropriate modifications. For example, instead of the on-off valve 2, an on-off valve that opens and closes the opening of the drain pipe 19 may be provided between the bottom portion of the washing water reservoir 7@ and the drain portion. Further, the on-off valve 39 may be configured in the same manner. Further, the supply officer 23 may be disposed corresponding to the height position of the sub tank 35 or the vicinity of the end portion of the pipe 45, and supply new washing water from the side of the sub tank 35 toward the side of the washing water tank 7, or from the toilet. The 3 side supplies new washing water to the side of the washing water storage tank 7. Further, when the washing water is discharged from the washing water storage tank 7, the pump may be used as the drain passage 15# of the high position as needed. Further, as in a general urinal, a discharge deodorizing valve may be provided in a portion such as the outflow path. That is, various changes can be made in design. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an explanatory view schematically showing an overall configuration of a circulation type urinal according to an embodiment of the present invention. Fig. 2 is an explanatory view schematically showing the configuration of a washing water storage tank according to a second embodiment of the present invention. [Main component symbol description] 1 Circulating urinal 3 Washing toilet 15 1338073
5 殼體 7 洗淨水貯槽 9 洗淨水集中部 10 泵 11 流出路 13 連通路 15 排水路（排水管） 17 切換閥 19 排水管 21 開關閥 23 供應管 27 洗淨水循環機構 33 淨化機構 35 副水箱 43 泵 47 人體檢測機構 49 控制裝置 165 Housing 7 Washing water storage tank 9 Washing water concentration part 10 Pump 11 Outflow path 13 Connecting line 15 Drainage road (drainage pipe) 17 Switching valve 19 Drain pipe 21 Switching valve 23 Supply pipe 27 Washing water circulation mechanism 33 Purification mechanism 35 Sub tank 43 pump 47 human detection mechanism 49 control device 16