本物品は、病院等の医療現場で患者を手術した際に発生する血液や体液、洗浄液、灌流液等の廃液を吸引して回収し、廃液を除菌洗浄後、廃液槽へ廃棄し、廃液回収容器を水道水で洗浄する際に使用する。本物品は、常時は病院のオペ室（手術室）外に配置され、使用時にオペ室内へ移動する。本物品は、内部に６０～７０Ｌの大容量の廃液回収容器を備え、その上端の開口部に複数のボルトで蓋体を装着して開閉不能かつ液密に取付け、廃液回収容器の下部は本体底部の支持筒に嵌合して溶接し、転倒不可能に固定している。したがって、本物品はその移動時、静止時、万一の転倒時でも、回収した廃液の流出、漏出、滲み出しを阻止し、廃液による汚損、汚染、院内の衛生の劣化を阻止するようにしている。本物品は、使用時にオペ室内へ移動して手術台の近接位置に配置され、廃液回収容器に連通する吸引ホースを、院内の吸引設備に連通するオペ室壁面の吸引ポートに差し込み、吸引設備を始動して廃液回収容器内の空気を吸引し、所定の負圧状態を形成するようにしている。本物品の上部のテーブルに二つのサクションフィルタを設け、それらの先端にオペホースとサブオペホースを接続し、それらの他端を医師、介助者が保持して患者の手術患部に近付け、発生する血液等の廃液を吸引・回収するようにしている。廃液回収容器に一定量の廃液を回収すると、体液等の回収を一旦停止し、オペホースとサブオペホースを取り外して本物品をオペ室外へ移動し、院内の処理室に配置した排液洗浄機に近接配置する。そして、排液洗浄機に設けた給水カプラを本物品に付設した給水カプラに連結し、別の給水カプラを給水源の蛇口接続用カプラに連結し、各給水カプラに接続した給水ホ－スを排液洗浄機から引き出して配管する。また、廃液回収容器の底部から廃液ホースを引き出し、その廃液カプラを、排液洗浄機の下部に設けた排出管の排出カプラに連結し、排出ポンプの吐出口に接続した廃液ホースの一端を廃棄槽に接続し、これらの給排路を接続する。この後、サクションフィルタの直下の一の吸引コックを開いて、除菌洗浄剤を廃液回収容器へ添加し、廃液を一定時間漬け置き洗浄して、廃液中の蛋白質を分解する。この漬け置き洗浄後、廃液を廃液槽へ廃棄し、空状態の廃液回収容器へ給水ホースを介して水道水を給水し、洗浄ホースの先端の洗浄ノズルから水道水を噴射して廃液回収容器内を洗浄し、底部に流下した洗浄液を廃液ホースから排出ポンプで吸い出し、これを排出管から廃液ホースに導いて廃液槽へ廃棄する。その間、給水源（蛇口）から廃液回収容器への水道水の給水と、廃液回収容器から廃液槽への洗浄液の排出は、排液洗浄機に装備した洗浄制御装置によって制御し、前記給排水作業を監視して作業の安全を確保するようにしている。このように廃液回収容器の廃液を除菌洗浄し、廃液中の蛋白質を分解後、水道水を導入して洗浄するから、水道水を直接吹き付けて洗浄する従来の洗浄法に比べ、合理的かつ精密に洗浄することができる。This product aspirates and collects waste liquid such as blood, body fluid, washing liquid, and perfusate generated when a patient is operated at a medical site such as a hospital. Used when cleaning the collection container with tap water. The article is normally placed outside the operating room (operating room) of the hospital, and is moved into the operating room when used. This article is equipped with a large-capacity waste liquid collection container of 60 to 70 L inside. It is fitted and welded to the support cylinder at the bottom and fixed so that it cannot fall over. Therefore, even when the product is moving, standing still, or even if it falls over, it prevents the collected waste liquid from flowing out, leaking, and seeping, and prevents staining, contamination, and sanitary deterioration in the hospital due to the waste liquid. there is When using this product, it is moved into the operating room and placed near the operating table. The suction hose, which communicates with the waste liquid collection container, is inserted into the suction port on the wall of the operating room, which communicates with the suction equipment in the hospital. When started, the air in the waste liquid recovery container is sucked to form a predetermined negative pressure state. Two suction filters are provided on the table on the upper part of this article, and an operating hose and a sub-operating hose are connected to the ends of these filters. The waste liquid is sucked and collected. Once a certain amount of waste fluid has been collected in the waste fluid collection container, the collection of body fluids, etc. is temporarily stopped, the operation hose and sub-operation hose are removed, the product is moved outside the operation room, and the waste fluid washer is placed in the processing room of the hospital. Deploy. Then, connect the water supply coupler provided on the drainage washing machine to the water supply coupler attached to this article, connect another water supply coupler to the faucet connection coupler of the water supply source, and connect the water supply hose connected to each water supply coupler. Pull it out of the drain washer and pipe it. Also, pull out the waste liquid hose from the bottom of the waste liquid collection container, connect the waste liquid coupler to the discharge coupler of the discharge pipe provided at the bottom of the waste liquid washing machine, and discard one end of the waste liquid hose connected to the discharge port of the discharge pump. Connect to the tank and connect these supply and drain lines. After that, one suction cock directly below the suction filter is opened to add a sterilizing cleaning agent to the waste liquid collecting container, and the waste liquid is soaked for a certain period of time and washed to decompose proteins in the waste liquid. After soaking and washing, the waste liquid is discarded in the waste liquid tank, tap water is supplied to the empty waste liquid collection container through the water supply hose, and the tap water is sprayed from the washing nozzle at the tip of the washing hose to inject the waste liquid into the waste liquid collection container. is washed, and the washing liquid that has flowed down to the bottom is sucked out from the waste liquid hose by a discharge pump, is led to the waste liquid hose through the discharge pipe, and is discarded in the waste liquid tank. During this time, the supply of tap water from the water supply source (faucet) to the waste liquid collection container and the discharge of the cleaning liquid from the waste liquid collection container to the waste liquid tank are controlled by a cleaning control device equipped with the waste liquid washer, and the above water supply and drainage work is controlled. We monitor and ensure work safety. In this way, the waste liquid in the waste liquid collection container is sterilized and washed, and after the protein in the waste liquid is decomposed, tap water is introduced for washing. It can be cleaned with precision.