WO2017024887A1 - 一种排泄物处理装置及其方法 - Google Patents

一种排泄物处理装置及其方法 Download PDF

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Publication number
WO2017024887A1
WO2017024887A1 PCT/CN2016/085523 CN2016085523W WO2017024887A1 WO 2017024887 A1 WO2017024887 A1 WO 2017024887A1 CN 2016085523 W CN2016085523 W CN 2016085523W WO 2017024887 A1 WO2017024887 A1 WO 2017024887A1
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excrement
switching valve
pool
clean
outlet
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PCT/CN2016/085523
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English (en)
French (fr)
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张亦斌
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宁波同创电器有限公司
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Publication of WO2017024887A1 publication Critical patent/WO2017024887A1/zh

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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
    • A61G7/00—Beds specially adapted for nursing; Devices for lifting patients or disabled persons
    • A61G7/02—Beds specially adapted for nursing; Devices for lifting patients or disabled persons with toilet conveniences, or specially adapted for use with toilets
    • 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
    • E03D9/10—Waste-disintegrating apparatus combined with the bowl

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  • the invention belongs to the field of manufacture of excrement disposal devices, and relates to an excrement disposal device.
  • the object of the present invention is to solve the above problems in the prior art, and proposes a The excrement disposal device that can drain the excreted organs of the caregiver, break up the solid excrement, and recycle the water.
  • an excrement disposal device comprising:
  • a sensing module for sensing whether the excrement enters the excrement disposal device
  • a cleaning module for receiving information transmitted by the sensing module and cleaning the excrement disposal device and the excretory organ of the care recipient;
  • the excrement collection processing module is configured to collect and process the excrement and the dirt generated when the cleaning module cleans the excrement disposal device.
  • the excrement collection processing module includes:
  • the shredder is connected to the excrement collection tank at one end, and when the excrement is solid, the shredder is started to break the excrement;
  • the second switching valve includes an inlet and a first outlet, and an inlet of the second switching valve is connected to the waste collection tank;
  • a dirt box connected to the first outlet of the second switching valve for storing the treated excrement and the dirt generated when the excrement disposal device is cleaned;
  • a second water pump connected to the dirt tank for providing power to pump the waste to the dirt box
  • the second switching valve further includes: a third outlet, the third outlet of the second switching valve is connected to the waste collection pool
  • the excrement collection processing module further includes:
  • the overflow pipe has one end connected to the waste collection pool and the other end connected to the dirt box for diverting the waste when the waste in the waste collection pool is overfilled.
  • the second switching valve further includes a second outlet
  • the cleaning module includes:
  • a water storage tank for storing clean water
  • a first water pump having one end connected to the water storage tank for providing power for conveying water in the water storage tank;
  • a plurality of spray heads disposed on the waste collection tank, the plurality of spray heads being connected to the second outlet of the switching valve, the spray head being used for flushing the excretory organ and the waste collection pool;
  • the air outlet is arranged on the excrement collecting pool, and the air outlet can send warm air and dry the excretory organ and the excrement collecting pool;
  • a plumbing device connected to the first water pump for heating water passing through the plumbing device
  • the first switching valve includes an inlet and a first outlet, a second outlet, and a third outlet, an inlet of the first switching valve is connected to a water heating device, a second outlet of the first switching valve, The third outlets are all connected to the spray head, and the first outlet water storage tank of the first switching valve is connected.
  • the sensing module includes:
  • the urinal sensor is disposed on the waste collection pool, and the urinal sensor generates a signal when the urinal sensor senses that the urine passes over the urinal sensor;
  • the stool sensor is disposed on the excrement collection tank, and the stool sensor generates a signal when sensing and receiving the generated pressure of the stool falling in the excrement collection tank.
  • the shower head includes:
  • the cleansing spray head being connected to one of the outlets of the first switching valve, the two cleansing nozzles being disposed on the same straight line in the vertical direction;
  • An excrement disposal method in which a waste collection tank, a urinal sensor, a stool sensor, a first switching valve, a second switching valve, and a clean body are provided in the excrement disposal device
  • the nozzle, the clean pool nozzle, the shredder, the dirt box, the waste disposal device sense the signal from the urinal sensor or the stool sensor, start the clean pool nozzle, and the clean pool nozzle adds a certain amount of water to the waste collection pool.
  • the cleaning body sprays the clean water discharged by the first switching valve to clean the excretory organ, and the clean head nozzle flows out from the first switching valve.
  • the clean water is used to clean the waste collection pool; when the excrement includes stool, the shredder is started to work, and after the shredder breaks the excrement, the excrement passes through the second switching valve and returns to the excrement collecting pool, and the shredder will discharge the excrement. After the second crushing, the excrement enters the dirt box through the second switching valve.
  • the excretion organ and the excrement collection pool are respectively cleaned by the clean body nozzle and the clean pool nozzle during the first cleaning, and the water in the first cleaning process is first
  • the second switching valve, the clean body nozzle and the clean pool nozzle return to the waste collection pool cycle.
  • the dirt generated during the cleaning process passes through the second switching valve and enters the dirt box; the second cleaning
  • the cleansing nozzle and the clean pool nozzle use the clean water delivered by the first switching valve to clean the excretory organ and the excrement collecting pool.
  • the present invention has the following advantages:
  • the excrement disposal device cleans the body while treating the excrement, and after drying the body, it is dried.
  • the excrement disposal device cleans a part of the cleaning water for the purpose of environmental protection.
  • 1 is a block diagram of a module of a waste disposal device.
  • FIG. 2 is a block diagram showing the structure of a waste disposal device.
  • an excrement disposal device includes an induction module for sensing whether excrement enters a waste disposal device, and a cleaning module for receiving information transmitted by the induction module and cleaning the dried excrement disposal device; excreting
  • the material collection processing module is configured to collect and process the excrement and the dirt generated when the cleaning module cleans the excrement disposal device.
  • the excrement collection processing module includes a waste collection pool for collecting excrement; and a shredder, one end is connected to the excrement collection pool, and when the excrement is solid, start to hit The crusher shattered the excrement.
  • the waste collection processing module further includes a second switching valve including an inlet and a first outlet, a second outlet, and a third outlet. The inlet of the second switching valve is connected to the waste collection tank, the third outlet of the second switching valve is connected to the waste collection tank, and the first outlet of the switching valve is connected to the dirt box.
  • a second water pump is provided to provide power to draw waste to the dirt box.
  • the overflow pipe has one end connected to the waste collection tank and the other end connected to the dirt box.
  • the cleaning module includes: a water storage tank for storing clean water; and a first water pump having one end connected to the water storage tank for providing power for conveying water in the water storage tank
  • the plumbing device is connected to the other end of the water pump for heating the water passing through the plumbing device.
  • the plumbing device is used to maintain the temperature of the water in the water storage tank suitable for human body cleaning, and the water heating device, the first water pump, the water storage tank and the first switching valve form a circuit.
  • the water in the water storage tank is sent to the water heating device through the first water pump, and the water to be transported is heated by the water heating device and then sent back to the water storage tank through the first switching valve.
  • the process of water circulation makes the water in the water tank Constant temperature and suitable for human body cleaning.
  • the cleaning module further includes a spray head, which is respectively divided into a clean body nozzle and a clean pool nozzle according to the functions thereof, and two waste body nozzles and four clean pool nozzles are respectively disposed on the waste collection pool.
  • the two cleaning nozzles are disposed on the same straight line in the vertical direction, and the four nozzles are disposed on the excrement collecting pool and symmetrically distributed.
  • Both the cleansing head and the cleansing head are connected to a second outlet of the second switching valve for flushing the draining organ, and the clean head is for cleaning the waste collection tank.
  • There is also an air outlet on the excrement collection pool which can send warm air and dry the excretory organs and the excrement collection pool.
  • the cleaning module further includes a first switching valve, the first switching valve includes an inlet, a first outlet to a third outlet, the inlet of the first switching valve is connected to the water heating device, and the first outlet of the first switching valve is connected to the water storage tank
  • the second outlet is connected to each of the clean body nozzles, and the third outlet is connected to the respective clean pool nozzles.
  • the first switching valve and the second switching valve are of the same type, and are provided with an inlet, a first outlet, a second outlet, and a third outlet.
  • the inlet of the switching valve is opened, and whether the outlet of the switching valve is opened can be preset.
  • the sensing module comprises: a urinal sensor disposed on the excrement collection pool, generates a current signal when the urine passes over the urinal sensor, sends a prompt signal and starts the cleaning module to work;
  • the sensor is disposed on the waste collection pool.
  • the urinal sensor When the excrement of the care recipient is urinating, after a certain amount of urine is collected through the excrement collection pool, when a certain amount of urine passes over the urinal sensor, the urinal sensor generates a current signal, and the urinal sensor sends a signal and starts cleaning. Module.
  • the water in the water storage tank is sent to the clean body nozzle through the first water pump, the water heating device and the first switching valve. At this time, the inlet, the second outlet, and the third outlet of the first switching valve are opened.
  • the two cleansing nozzles flush the excretory organs, while the four cleansing nozzles also clean the excreta collection pool.
  • the dirt generated after the cleaning is passed through the crusher and flows through the second switching valve under the pressure of the second water pump.
  • the inlet and the first outlet of the second switching valve The mouth is open, the shredder does not work, and the dirt eventually enters the dirt bin. After the cleaning is completed, the air outlet sends out the warm air drying waste collection pool and the excreted organs of the care recipient.
  • the pressure of the stool falling into the waste collection pool triggers and activates the stool sensor. After the stool sensor is triggered, a signal is sent and the cleaning module is activated. After collecting the stool in the excrement collection pool, the clean pool nozzle is started, and the clean pool nozzle adds a certain amount of clean water delivered by the first switching valve to the waste collection tank for diluting the excrement. At this time, the inlet of the first switching valve, the first The three outlets are opened and the diluted excrement is broken by a shredder.
  • the excreta collection tank, the shredder and the second switching valve form a circuit that circulates the excrement and dirt to break the stool twice. After the second crushing, the excrement and the dirt enter the dirt box through the second switching valve. At this time, the inlet and the first outlet of the second switching valve are opened.
  • the cleaning module is divided into two times to clean the excretory organ and the excrement collecting pool.
  • the first time is to simultaneously clean the excretory organ and the excrement collecting pool.
  • the inlet, the second outlet and the third outlet of the first switching valve are simultaneously opened, and the purging nozzle sprays the clean water discharged by the first switching valve to clean the excretory organ.
  • the clean pool nozzle flows out of the clean water cleaning waste collection tank delivered by the first switching valve.
  • the first switching valve stops the water supply.
  • the water used for the first cleaning is cleaned by the shredder, the second switching valve, the nozzle, and the excretory organ and the excrement collecting pool are again cleaned, and the inlet of the second switching valve and the second outlet are opened.
  • the cycle cleaning ends.
  • the dirt generated after the cycle cleaning passes through the crusher and the second switching valve and enters the dirt box, at which time the inlet and the first outlet of the second switching valve are opened.
  • the second cleaning process is that after the waste collection pool is cleaned, the clean body nozzle is started again. At this time, the inlet and the second outlet of the first switching valve are opened, and the water in the water storage tank of the clean body nozzle is used to discharge the discharge organ. One wash. After cleaning, the resulting The dirt enters the dirt box after passing through the shredder and the second switching valve. At this time, the inlet of the second switching valve and the first outlet are opened, and the shredder does not work. When the excretory organ is cleaned, the second cleaning process is completed, and the air outlet sends out the warm air to dry the excretory organ and the excrement collection pool.

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  • Health & Medical Sciences (AREA)
  • Public Health (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Veterinary Medicine (AREA)
  • General Health & Medical Sciences (AREA)
  • Animal Behavior & Ethology (AREA)
  • Nursing (AREA)
  • Epidemiology (AREA)
  • Engineering & Computer Science (AREA)
  • Hydrology & Water Resources (AREA)
  • Water Supply & Treatment (AREA)
  • Orthopedics, Nursing, And Contraception (AREA)
  • Accommodation For Nursing Or Treatment Tables (AREA)

Abstract

一种排泄物处理装置，包括：感应模块，用于感应排泄物进入排泄物处理系统；清洗模块，用于接收感应模块传递的信息并清洗排泄物处理装置以及被护理者的排泄器官后烘干；排泄物收集处理模块，用于收集并处理排泄物以及清洗模块清洗排泄物处理装置时产生的污物。还提供了一种排泄物处理方法。该装置和方法对排泄物进行打碎处理，同时清洗排泄器官后烘干。

Description

一种排泄物处理装置及其方法 技术领域
本发明属于排泄物处理装置制造领域，涉及一种排泄物处理装置。
背景技术
在现今社会生活节奏都在加快的情况下，城市中的有许多孤寡老人或者一些卧病在床的人都需要一定的护理。在通常情况下被护理者在排泄过后，都需要护理者来清理被护理者的排泄器官以及身体的其他部位。在现今的社会节奏下，利用人力去护理需要被护理者造成护理者人员的短缺并且加重孤寡老人或者病人的负担。如若是一些住院的病人，无法自行解决排泄问题并清理身体，同样是需要护理者来为病人解决排泄以及清理身体的问题。当医院中多增加的护理者群体也为医院的管理增大了难度，同时也加重了医院其他一些设施的负担。
所以需要发明一种可以用于需要被护理者自行解决排泄问题的排泄物处理装置。
在这之前，已经有过关于本领域的专利申请。申请号为CN201410834605.0的专利文献，其缺点在于没有对排泄物进行更细致的处理以及没有令被护理者的身体保持干燥的功能。
综上所述，为解决现有排泄物处理装置结构上的不足，需要设计一种可烘干被护理者的排泄器官的、打碎固体排泄物、循环水利用的排泄物处理装置。
发明内容
本发明的目的是针对现有的技术存在上述问题，提出了一种 可烘干被护理者的排泄器官的、打碎固体排泄物、循环水利用的排泄物处理装置。
本发明的目的可通过下列技术方案来实现：一种排泄物处理装置，包括：
感应模块，用于感应排泄物是否进入排泄物处理装置；
清洗模块，用于接收感应模块传递的信息并清洗排泄物处理装置以及被护理者的排泄器官；
排泄物收集处理模块，用于收集并处理排泄物以及清洗模块清洗排泄物处理装置时产生的污物。
根据上述的一种排泄物处理装置，所述排泄物收集处理模块包括：
排泄物收集池；
打碎机，一端与排泄物收集池相连，当排泄物为固体时，启动打碎机将排泄物打碎；
第二转换阀，第二转换阀包括进口与第一出口，所述第二转换阀的进口与排泄物收集池相连；
污物箱，与第二转换阀的第一出口相连，用于储存经过处理后的排泄物以及清洗排泄物处理装置时产生的污物；
第二水泵，与污物箱相连，用于提供将排泄物抽至污物箱的动力
所述第二转换阀还包括：第三出口，所述第二转换阀的第三出口与排泄物收集池相连
根据上述的一种排泄物处理装置，所述排泄物收集处理模块还包括：
溢流管道，一端与排泄物收集池相连，另一端连污物箱，当排泄物收集池中的排泄物过满时，用于分流排泄物。
根据上述的一种排泄物处理装置，所述第二转换阀还包括第二出口，所述清洗模块包括：
蓄水箱，用于储存清洁的水；
第一水泵，一端与蓄水箱相连，用于提供输送蓄水箱中的水的动力；
若干个喷头，设置于排泄物收集池上，所述若干个喷头都与转换阀的第二出口相连，所述喷头用于对排泄器官以及排泄物收集池的冲洗；
出风口，设置于排泄物收集池上，出风口可送出暖风并烘干排泄器官以及排泄物收集池；
水暖装置，与第一水泵相连，用于加热经过水暖装置的水；
第一转换阀，所述第一转换阀包括进口与第一出口、第二出口、第三出口，所述第一转换阀的进口与水暖装置相连，所述第一转换阀的第二出口、第三出口都与喷头相连，所述第一转换阀的第一出口蓄水箱相连。
根据上述的一种排泄物处理装置，所述感应模块包括：
小便感应器，设置于排泄物收集池上，当小便感应器感应到小便漫过小便感应器时，小便感应器产生信号；
大便感应器，设置于排泄物收集池上，当感应并接收到大便落于排泄物收集池中的产生的压力时，大便感应器产生信号。
根据上述的一种排泄物处理装置，所述喷头包括：
2个净身喷头，用于清洗被护理者排泄器官，所述净身喷头与第一转换阀的其中一个出口相连，所述2个净身喷头设于竖直方向的同一直线上；
4个净池喷头，用于清洗排泄物收集池，所述净池喷头与第一转换阀的其中一个出口相连；所述净身喷头、净池喷头都与第二转换阀的其中一个出口相连，所述4个喷头设于排泄物收集池上且对称分布。
一种排泄物处理方法，在排泄物处理装置中设有排泄物收集池、小便感应器、大便感应器、第一转换阀，第二转换阀、净身 喷头、净池喷头、打碎机、污物箱，排泄物处理装置感应到小便感应器或者大便感应器发出的信号，启动净池喷头，净池喷头向排泄物收集池中加入一定量的水用于稀释排泄物，并经第二转换阀后进入污物箱后，所述净身喷头喷射由第一转换阀输送的清水清洗排泄器官，所述净池喷头流出由第一转换阀输送的清水清洗排泄物收集池；当排泄物中包括大便时，启动打碎机工作，打碎机打碎排泄物后，排泄物经过第二转换阀回到排泄物收集池，打碎机将排泄物进行二次打碎后，排泄物经第二转换阀进入污物箱。
根据上述的一种排泄物处理方法，当排泄物包括大便时，第一次清洗时由净身喷头以及净池喷头分别清洗排泄器官以及排泄物收集池，第一次清洗过程中的水经第二转换阀、净身喷头以及净池喷头回到排泄物收集池循环，当第一次清洗过程结束后，清洗过程中产生的污物经第二转换阀后进入污物箱；第二次清洗时，净身喷头以及净池喷头都使用由第一转换阀输送的清水来清洗排泄器官以及排泄物收集池。
与现有技术相比，本发明有以下几点益处：
1.当被护理者排泄物为固体时，可进行打碎处理，经处理过后的排泄物更易流动不易堵塞设备的运输管道。
2.被护理者排泄完毕后，排泄物处理装置在处理排泄物的同时清洗身体，且在清洗完身体后并烘干。
3.排泄物处理装置清洗被护理者时其中一部分的清洗水为循环利用，达到节约环保的目的。
附图说明
图1是排泄物处理装置的模块框图。
图2是排泄物处理装置的结构框图。
具体实施方式
以下是本发明的具体实施例并结合附图，对本发明的技术方案作进一步的描述，但本发明并不限于这些实施例。
如图1所示，一种排泄物处理装置，包括感应模块，用于感应排泄物是否进入排泄物处理装置；清洗模块，用于接收感应模块传递的信息并清洗烘干排泄物处理装置；排泄物收集处理模块，用于收集并处理排泄物以及清洗模块清洗排泄物处理装置时产生的污物。
根据上述的一种排泄物处理装置，所述排泄物收集处理模块包括排泄物收集池，用于收集排泄物；打碎机，一端与排泄物收集池相连，当排泄物为固体时，启动打碎机将排泄物打碎。所述排泄物收集处理模块还包括第二转换阀，第二转换阀包括进口以及第一出口、第二出口、第三出口。所述第二转换阀的进口与排泄物收集池相连，所述第二转换阀的第三出口与排泄物收集池相连，转换阀的第一出口连污物箱。
污物箱，用于储存经过处理后的排泄物以及清洗排泄物收集池时产生的污物，污物箱还与第二水泵以及溢流管道相连。第二水泵，用于提供将排泄物抽至污物箱的动力。溢流管道，一端与排泄物收集池相连，另一端连污物箱。当排泄物收集池中的排泄物过满时或者当清洗排泄物收集池产生的的污物过多时，用于分流排泄物。
根据上述的一种排泄物处理装置，所述清洗模块包括：蓄水箱，用于储存清洁的水；第一水泵，一端与蓄水箱相连，用于提供输送蓄水箱中的水的动力；水暖装置，与水泵的另一端相连，用于加热经过水暖装置的水。
水暖装置用于保持蓄水箱中的水温适合人体清洗的温度，水暖装置、第一水泵、蓄水箱、第一转换阀形成一个回路。蓄水箱中的水经第一水泵输送至水暖装置，被输送的水经水暖装置加热后经第一转换阀输送回蓄水箱。水循环的过程使得蓄水箱中的水 温恒定并适合人体清洗。
所述清洗模块还包括喷头，根据其功能分别分为净身喷头以及净池喷头，排泄物收集池上分别设有2个净身喷头以及4个净池喷头。所述2个净身喷头设于竖直方向的同一直线上，所述4个喷头设于排泄物收集池上且对称分布。净身喷头和净池喷头都与第二转换阀的第二出口相连，所述净身喷头用于对排泄器官的冲洗，净池喷头用于清洗排泄物收集池。排泄物收集池上还设有出风口，出风口可送出暖风并烘干排泄器官以及排泄物收集池。
所述清洗模块还包括第一转换阀，第一转换阀包括进口、第一出口至第三出口，第一转换阀的进口与水暖装置相连，第一转换阀的第一出口与蓄水箱相连，第二出口与各净身喷头相连，第三出口与各净池喷头相连。
第一转换阀以及第二转换阀的类型相同，均设有进口、第一出口、第二出口、第三出口。当转换阀处于工作状态时，转换阀的进口打开，转换阀的出口是否打开都可预先设定。
根据上述的一种排泄物处理装置，所述感应模块包括：小便感应器，设置于排泄物收集池上，当小便漫过小便感应器时，产生电流信号，发出提示信号并启动清洗模块工作；大便感应器，设置于排泄物收集池上，当感应并接收到大便落于排泄物收集池中的产生的压力时，产生信号并发出信号启动清洗模块工作。
当被护理者的排泄物为小便时，一定量的小便经排泄物收集池收集后，当一定量的小便漫过小便感应器时，小便感应器产生电流信号，小便感应器发出信号并启动清洗模块。蓄水箱中的水经第一水泵、水暖装置以及第一转换阀后输送至净身喷头。此时第一转换阀的进口、第二出口以及第三出口打开。两个净身喷头对排泄器官进行冲洗，同时4个净池喷头同时也会清洗排泄物收集池。而经过清洗过后产生的污物在第二水泵的压力作用下，经过打碎机后流过第二转换阀，此时第二转换阀的进口以及第一出 口打开，打碎机不工作，污物最终进入污物箱。在清洗完毕后，出风口送出暖风烘干排泄物收集池以及被护理者的排泄器官。
当被护理者的排泄物中包括大便时，大便落于排泄物收集池中的压力触发并启动大便感应器。大便感应器被触发后，发出信号并启动清洗模块。排泄物收集池收集大便后，净池喷头启动，净池喷头向排泄物收集池中加入一定量的由第一转换阀输送的清水用于稀释排泄物，此时第一转换阀的进口、第三出口打开，稀释后的排泄物由打碎机打碎。当第一轮打碎大便的过程无法将大便完全打碎时，排泄物收集池、打碎机以及第二转换阀形成一个回路，将排泄物与污物进行循环来将大便进行二次打碎，二次打碎后排泄物与污物经第二转换阀后进入污物箱。此时第二转换阀的进口、第一出口打开。
当排泄物经打碎机、第二转换阀进入污物箱后，清洗模块分两次来清洗排泄器官以及排泄物收集池。第一次为同时清洗排泄器官以及排泄物收集池，此时第一转换阀的进口、第二出口、第三出口同时打开，所述净身喷头喷射由第一转换阀输送的清水清洗排泄器官，所述净池喷头流出由第一转换阀输送的清水清洗排泄物收集池。当净身喷头以及净池喷头使用一定量的清水后，第一转换阀停止供水。第一次清洗使用的水经打碎机、第二转换阀、喷头后再次清洗排泄器官以及排泄物收集池，进行循环清洗，此时第二转换阀的进口以及第二出口打开。当排泄物收集池清洗干净后，循环清洗结束。循环清洗后产生的污物经过打碎机以及第二转换阀后进入污物箱，此时第二转换阀的进口、第一出口打开。
当排泄物与清洗排泄器官和排泄物收集池产生的污物过多时，排泄物与污物可经溢流管道直接流向污物箱。
第二次清洗过程是当排泄物收集池清洗干净后，净身喷头再次启动，此时第一转换阀的进口、第二出口打开，净身喷头用蓄水箱中的水对排泄器官进行再一次清洗。清洗完毕后，所产生的 污物经打碎机以及第二转换阀后进入污物箱，此时第二转换阀的进口以及第一出口打开，打碎机不工作。当排泄器官清洗干净后，第二次清洗过程结束，出风口送出暖风烘干排泄器官以及排泄物收集池。
本文中所描述的具体实施例仅仅是对本发明精神作举例说明。本发明所属技术领域的技术人员可以对所描述的具体实施例做各种各样的修改或补充或采用类似的方式替代，但并不会偏离本发明的精神或者超越所附权利要求书所定义的范围。

Claims (9)

  1. 一种排泄物处理装置，其特征在于，包括：
    感应模块，用于感应排泄物是否进入排泄物处理装置；
    清洗模块，用于接收感应模块传递的信息并清洗排泄物处理装置以及被护理者的排泄器官；
    排泄物收集处理模块，用于收集并处理排泄物以及清洗模块清洗排泄物处理装置时产生的污物。
  2. 根据权利要求1所述的一种排泄物处理装置，其特征在于，所述排泄物收集处理模块包括：
    排泄物收集池；
    打碎机，一端与排泄物收集池相连，当排泄物为固体时，启动打碎机将排泄物打碎；
    第二转换阀，第二转换阀包括进口与第一出口，所述第二转换阀的进口与排泄物收集池相连；
    污物箱，与第二转换阀的第一出口相连，用于储存经过处理后的排泄物以及清洗排泄物处理装置时产生的污物；
    第二水泵，与污物箱相连，用于提供将排泄物抽至污物箱的动力。
  3. 根据权利要求2所述的一种排泄物处理装置，其特征在于，所述第二转换阀还包括：
    第三出口，所述第二转换阀的第三出口与排泄物收集池相连。
  4. 根据权利要求2所述的一种排泄物处理装置，其特征在于，所述排泄物收集处理模块还包括：
    溢流管道，一端与排泄物收集池相连，另一端连污物箱，当排泄物收集池中的排泄物过满时，用于分流排泄物。
  5. 根据权利要求2所述的一种排泄物处理装置，其特征在于，所述第二转换阀还包括第二出口，所述清洗模块包括：
    蓄水箱，用于储存清洁的水；
    第一水泵，一端与蓄水箱相连，用于提供输送蓄水箱中的水 的动力；
    若干个喷头，设置于排泄物收集池上，所述若干个喷头都与转换阀的第二出口相连，所述喷头用于对排泄器官以及排泄物收集池的冲洗；
    出风口，设置于排泄物收集池上，出风口可送出暖风并烘干排泄器官以及排泄物收集池；
    水暖装置，与第一水泵相连，用于加热经过水暖装置的水；
    第一转换阀，所述第一转换阀包括进口与第一出口、第二出口、第三出口，所述第一转换阀的进口与水暖装置相连，所述第一转换阀的第二出口、第三出口都与喷头相连，所述第一转换阀的第一出口蓄水箱相连。
  6. 根据权利要求2所述的一种排泄物处理装置，其特征在于，所述感应模块包括：
    小便感应器，设置于排泄物收集池上，当小便感应器感应到小便漫过小便感应器时，小便感应器产生信号；
    大便感应器，设置于排泄物收集池上，当感应并接收到大便落于排泄物收集池中的产生的压力时，大便感应器产生信号。
  7. 根据权利要求5所述的一种排泄物处理装置，其特征在于，所述若干个喷头包括：
    2个净身喷头，用于清洗被护理者排泄器官，所述净身喷头与第一转换阀的其中一个出口相连，所述2个净身喷头设于竖直方向的同一直线上；
    4个净池喷头，用于清洗排泄物收集池，所述净池喷头与第一转换阀的其中一个出口相连；所述净身喷头、净池喷头都与第二转换阀的其中一个出口相连，所述4个喷头设于排泄物收集池上且对称分布。
  8. 一种排泄物处理方法，其特征在于，在排泄物处理装置中设有排泄物收集池、小便感应器、大便感应器、第一转换阀，第 二转换阀、净身喷头、净池喷头、打碎机、污物箱，排泄物处理装置感应到小便感应器或者大便感应器发出的信号，启动净池喷头，净池喷头向排泄物收集池中加入一定量的水用于稀释排泄物，并经第二转换阀后进入污物箱后，所述净身喷头喷射由第一转换阀输送的清水清洗排泄器官，所述净池喷头流出由第一转换阀输送的清水清洗排泄物收集池；当排泄物中包括大便时，启动打碎机工作，打碎机打碎排泄物后，排泄物经过第二转换阀回到排泄物收集池，打碎机将排泄物进行二次打碎后，排泄物经第二转换阀进入污物箱。
  9. 根据权利要求8所述的一种排泄物处理方法，其特征在于，当排泄物包括大便时，第一次清洗时由净身喷头以及净池喷头分别清洗排泄器官以及排泄物收集池，第一次清洗过程中的水经第二转换阀、净身喷头以及净池喷头回到排泄物收集池循环，当第一次清洗过程结束后，清洗过程中产生的污物经第二转换阀后进入污物箱；第二次清洗时，净身喷头以及净池喷头都使用由第一转换阀输送的清水来清洗排泄器官以及排泄物收集池。
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