CN112845537A - Environment-friendly makes bag innocent treatment device - Google Patents

Abstract

The invention belongs to the technical field of resources and environment, and particularly discloses an environment-friendly ostomy bag harmless treatment device which comprises an ostomy bag cleaning mechanism and a control mechanism matched with the ostomy bag cleaning mechanism, wherein the ostomy bag cleaning mechanism is connected with a harmless treatment mechanism, and the harmless treatment mechanism is matched with the control mechanism; the ostomy bag cleaning mechanism comprises an ostomy bag processor, an ostomy bag cutter matched with the ostomy bag processor and an ostomy bag cleaner.

Description

Environment-friendly makes bag innocent treatment device

Technical Field

The invention belongs to the technical field of resources and environment, relates to the technical field of hazardous solid waste disposal in the solid waste disposal and comprehensive utilization technology, particularly relates to the technical fields of medical waste collection, transportation, disposal and the like, and particularly relates to an environment-friendly harmless ostomy bag treatment device.

Background

The ostomy bag is used for storing human excrement, such as urine, excrement and the like, can not be used for a long time due to the characteristics of the ostomy bag, and needs to be replaced after a certain amount of excrement is filled in the ostomy bag due to the particularity of the excrement, and the used ostomy bag needs to be discarded due to the factors of difficult cleaning, difficult disinfection and the like of the replaced ostomy bag, so a large amount of used ostomy bags are generated in hospitals every day; the environment-friendly ostomy bag is more and more favored and popularized by various hospitals because of the biodegradability and the recycling function, the existing treatment method of the environment-friendly ostomy bag generally directly collects the used environment-friendly ostomy bag, then cuts and crushes the collected environment-friendly ostomy bag, and adopts the traditional sewage treatment method to treat the environment-friendly ostomy bag, in the process, because the human excrement in the environment-friendly ostomy bag is not treated, the environment-friendly ostomy bag and the human excrement need to be treated simultaneously in the subsequent treatment, a large amount of liquid medicine needs to be added for a plurality of times to respectively treat the environment-friendly ostomy bag and the human excrement, thereby not only wasting money, and the concentration of the liquid medicine in the treated waste liquid is too high, the liquid medicine needs to be added again for neutralization, a large amount of resources are additionally provided, and the environment-friendly ostomy bag is difficult to be subjected to harmless treatment.

Disclosure of Invention

In order to solve a series of problems caused by the treatment of the environment-friendly ostomy bag, the environment-friendly ostomy bag harmless treatment device can wash the human excrement in the environment-friendly ostomy bag and carry out harmless treatment on the environment-friendly ostomy bag.

Based on the above purpose, the invention is realized by the following technical scheme:

an environment-friendly ostomy bag innocent treatment device comprises an ostomy bag cleaning mechanism and a control mechanism matched with the ostomy bag cleaning mechanism, wherein the ostomy bag cleaning mechanism is connected with an innocent treatment mechanism which is matched with the control mechanism; the ostomy bag cleaning mechanism comprises an ostomy bag processor, an ostomy bag cutter matched with the ostomy bag processor and an ostomy bag cleaner.

Preferably, the ostomy bag processor comprises an ostomy bag processing box, an ostomy bag conveying belt is arranged in the ostomy bag processing box, a plurality of ostomy bag extruding structures in clearance fit are arranged on the ostomy bag conveying belt, any ostomy bag extruding structure comprises a pair of ostomy bag extruding frames in clearance fit, any ostomy bag extruding frame is connected with an extruding fixing plate arranged on the ostomy bag conveying belt through an extruding rotating shaft, an extruding motor is arranged on the extruding fixing plate, and the extruding motor is matched with an extruding gear arranged at one end of the extruding rotating shaft; two sides of the ostomy bag extrusion frame are provided with anti-falling folded plates; a conveying motor is arranged on the ostomy bag conveying belt; the ostomy bag processing box is provided with an ostomy bag feeding structure matched with the ostomy bag conveying belt.

Preferably, the ostomy bag cutter comprises a cutting tool which is arranged below one side of the ostomy bag conveying belt close to the output end and is matched with the ostomy bag conveying belt, and the cutting tool is matched with the ostomy bag processing box through a cutting bracket; the axis of the cutting tool is provided with a cutting shaft, one end of the cutting shaft is provided with a cutting synchronous wheel, and the cutting synchronous wheel is connected with a cutting motor through a cutting synchronous belt.

Preferably, the ostomy bag cleaner comprises a plurality of cleaning supports which are arranged below the ostomy bag conveying belt and matched with the ostomy bag conveying belt, cleaning structures are arranged on the cleaning supports, each cleaning structure comprises a cleaning nozzle, a cleaning cutter matched with the cleaning nozzle is arranged on one side of each cleaning nozzle, which is close to the cutting support, the cleaning nozzles are connected with a cleaning main pipe through cleaning branch pipes, and the cleaning main pipe is connected with a pressure water pump; the cleaning nozzle comprises a cleaning and spraying head, and spraying micropores are uniformly formed in the side surface of the cleaning and spraying head; the cleaning tool comprises a cleaning tool bit, the cleaning tool bit is connected with the cleaning support through an adjustable tool rest, and the direction of the cutting edge of the cleaning tool bit is opposite to the movement direction of the ostomy bag conveying belt; a cleaning branch valve is arranged on the cleaning branch pipe; the connecting line between the adjacent cleaning brackets is parallel to the moving direction of the ostomy bag conveying belt. The top end of the cleaning and spraying head is provided with a spraying disc, disc straight spray holes are uniformly formed in the spraying disc, and disc inclined spray holes with top ends inclined outwards and matched with the ostomy bag conveying belt are uniformly formed in the periphery of the disc straight spray holes; the disc straight spray hole and the disc inclined spray hole are communicated with the cleaning spray head.

Preferably, the ostomy bag throwing structure comprises a throwing chute obliquely arranged on the ostomy bag processing box, a vibration separator is arranged on the throwing chute, the vibration separator comprises a vibration chute matched with the throwing chute, a limiting baffle is arranged at the lower end of the vibration chute, a vibration exciter is arranged on the bottom surface of the vibration chute, and the vibration exciter is connected with a vibration motor; damping springs are arranged below the bottom surfaces of two ends of the vibration sliding groove, a flexible smooth layer is laid on the vibration sliding groove, and a plurality of separation bulges are uniformly arranged on the vibration sliding groove; the inner bottom surface of the throwing chute is provided with a smooth coating.

Preferably, the inner side of the extrusion fixing plate is provided with a pair of extrusion bulges, and the outer side of the extrusion fixing plate is provided with an anti-falling bulge matched with the ostomy bag extrusion frame; an extrusion through hole matched with the extrusion rotating shaft is arranged on any extrusion bulge; the ostomy bag extrusion frame is provided with an extrusion spring connected with the ostomy bag conveying belt; protective coamings matched with the ostomy bag conveying belt and the ostomy bag extrusion structure are arranged on two sides of the ostomy bag conveying belt.

Preferably, one side of the bottom surface of the ostomy bag processing box is provided with an excrement collecting port, the other side of the bottom surface of the ostomy bag processing box is provided with an ostomy bag collecting port matched with the output end of the ostomy bag conveying belt, an arc-shaped guide plate matched with the ostomy bag cutter, the ostomy bag cleaner and the excrement collecting port is arranged in the ostomy bag processing box, and the top end of the arc-shaped guide plate is provided with a flexible brush matched with the ostomy bag conveying belt.

Preferably, the harmless treatment mechanism comprises a excrement collecting pipe arranged on the excrement collecting opening and an ostomy bag guide pipeline arranged on the ostomy bag collecting opening; the ostomy bag recovery mechanism is arranged below the ostomy bag guide pipeline and comprises a crushing box, a pair of meshed cutting gears are arranged in the crushing box, cutting gear teeth are uniformly arranged on the cutting gears, a cutting gear ring matched with the cutting gear teeth is arranged at the bottom end of the cutting gear teeth, the cutting gears are connected with a gear motor, the cutting gears are matched with an outlet of the ostomy bag guide pipeline, a crushing cavity is arranged below the cutting gears, a collecting hopper matched with the cutting gears is arranged on the crushing cavity, and the collecting hopper is connected with the inner wall surface of the crushing box; the excrement collecting pipe is provided with an excrement control valve and is connected with an excrement treatment mechanism, the excrement treatment mechanism comprises a pair of excrement settling ponds, and any excrement settling pond is connected with a treatment reversing valve arranged at the outlet of the excrement collecting pipe through a treatment branch pipe; the side surface in any excrement sedimentation tank is provided with mud-blocking folding cloth, two ends of the mud-blocking folding cloth are respectively provided with a mud-blocking bulge, and the mud-blocking bulges are in sliding fit with mud-blocking chutes on the side surfaces of two opposite sides of the excrement sedimentation tank; a folding push rod matched with the mud-blocking folding cloth is arranged on the side surface of one side of the excrement sedimentation tank, a mud-blocking groove matched with the mud-blocking folding cloth is arranged on the opposite side of the excrement sedimentation tank, and the mud-blocking groove is matched with a mud-blocking rod arranged at the end part of the mud-blocking folding cloth; the folding push rod is provided with a telescopic waterproof sleeve; a sludge pumping pipe is arranged on the bottom surface of the excrement sedimentation tank and is connected with a sludge pumping pump; a purified water outlet pipe is arranged on the excrement sedimentation tank; a water level sensor is arranged in the excrement sedimentation tank.

Preferably, a crushing rotating shaft is arranged in the crushing cavity, a crushing cutter is arranged on the crushing rotating shaft, and the crushing rotating shaft is connected with a crushing motor arranged on the crushing cavity; a plurality of crushing and spraying heads are arranged on the inner side surface of the crushing cavity, any crushing and spraying head is connected with a main spraying pipe through a spraying branch pipe, the main spraying pipe is connected with a pressure water pump, and a crushing and spraying valve is arranged on the main spraying pipe; a draining plate is obliquely arranged at the lower part of the crushing cavity, and a recovery tank is arranged at the bottom end of the draining plate; the bottom surface of the crushing cavity is an inclined bottom surface which is matched with draining holes uniformly formed in the side surface of the recovery tank, a waste water collecting pipe is arranged at the lower end of the inclined bottom surface and connected with an excrement collecting pipe, and a waste water collecting valve is arranged on the waste water collecting pipe.

Preferably, the control mechanism comprises a control switch and a microprocessor electrically connected with the control switch, and the microprocessor is electrically connected with the extrusion motor, the conveying motor, the cutting motor, the pressurizing water pump, the cleaning branch valve, the vibration motor, the gear motor, the excrement control valve, the crushing motor, the crushing spray valve, the treatment reversing valve, the folding push rod, the mud pump, the water level sensor and the wastewater collection valve; smash the intracavity and be equipped with and smash cutter matched with crushing filter screen, evenly be provided with a plurality of and smash cutter matched with on the crushing filter screen and smash the arch.

Compared with the prior art, the invention has the following beneficial effects:

(1) the ostomy bag cleaning mechanism and the harmless treatment mechanism are designed to clean and harmlessly treat the used ostomy bag, so that the human excrement in the used ostomy bag can be washed and collected and then harmlessly treated, and then the ostomy bag is crushed and recovered, so that the harmless treatment action of the ostomy bag is realized, the harm of the used ostomy bag to the environment can be avoided, the integrated and intelligent ostomy bag treatment process can be realized by designing the control mechanism, and the harm of the used ostomy bag to the body health of a treating person is reduced; the ostomy bag processor, the ostomy bag cutter and the ostomy bag cleaner are matched with each other, so that the fixation, cutting and cleaning of the used ostomy bag can be realized, and the non-contact treatment action of the human excrement in the used ostomy bag can be realized.

(2) The ostomy bag treatment box is designed, so that the contact between a treating person and the used ostomy bag can be effectively reduced, the contact between the treating person and the human excrement in the ostomy bag can be completely eradicated, and the possibility of the treating person contacting germs is reduced; the ostomy bag conveying belt can fix and convey the ostomy bag fed into the ostomy bag processing box; the pair of the extrusion structures of the ostomy bag in clearance fit can fixedly clamp the ostomy bag, prevent the ostomy bag from falling off and facilitate the next processing action, and the clearance between the extrusion structures of the ostomy bag in clearance fit is convenient for the cutter of the ostomy bag to cut the ostomy bag through the clearance; the ostomy bag extrusion frame is matched with the anti-falling folded plate, so that the ostomy bag can be extruded and fixed, the anti-falling folded plates on the two sides can prevent the ostomy bag from sliding during cutting, and the ostomy bag can be conveniently cut; the design of the extrusion rotating shaft is convenient for the ostomy bag extrusion frame to rotate on the extrusion fixing plate, and the aim of rotatably adjusting the ostomy bag extrusion frame is fulfilled; the extrusion motor can drive the extrusion gear to rotate, so that the aim of adjusting the ostomy bag extrusion frame is fulfilled; the conveying motor conveniently drives the ostomy bag conveying belt to move; the ostomy bag throwing structure can throw the used ostomy bag into the ostomy bag processing box, and the next processing action of the ostomy bag is conveniently realized.

(3) The cutting motor drives the motion of cutting synchronizing wheel through the cutting hold-in range, thereby drive the cutting axle and rotate, and then realize cutting tool's rotation, realize that cutting tool rotary cutting makes the purpose of pocket, not only can carry out the fly-cutting to making the pocket through this mode, and cutting tool can make the clearance in the middle of the pocket extrusion structure through a pair of clearance fit to make the pocket and cut the processing, this process not only conveniently realizes the cutting to making the pocket, make the pocket extrusion structure can not cause the injury to cutting tool in the cutting process, cutting tool can realize lasting stable cutting action.

(4) The cleaning structure on the cleaning support can clean the inside of the cut ostomy bag, and can conveniently and quickly clean the human excrement residue in the ostomy bag; the arrangement of the cleaning cutter prevents the ostomy bag from being clamped on the cleaning nozzle under the driving of the moving ostomy bag conveying belt, so that the cleaning fault is caused; the pressurized water pump supplies pressurized water flow to the cleaning branch pipe through the cleaning main pipe, the pressurized water flow is quickly sprayed out through the spraying micropores on the side surface of the cleaning spraying head to flush the interior of the cut ostomy bag, and the flushing water flows out through the cutting holes; the adjustable knife rest is convenient to adjust the cleaning knife head, is convenient to perform secondary cutting action on the ostomy bag, and is convenient for the cleaning nozzle to wash the inside of the ostomy bag; the direction of the cutting edge of the cleaning cutter head is opposite to the movement direction of the ostomy bag conveying belt, and the automatic cutting action is realized through the movement of the ostomy bag conveying belt; the cleaning branch valve is convenient to control the cleaning action of the cleaning nozzle, the cleaning action is accurately controlled, and the waste of water resources is reduced; the connecting line between the adjacent cleaning supports is parallel to the moving direction of the ostomy bag conveying belt, so that the cleaning mechanisms on the cleaning supports can conveniently carry out secondary flushing action on the interior of the ostomy bag, and the human excrement residue in the ostomy bag is avoided.

(5) The used ostomy bag is conveniently put into the chute and slides into the ostomy bag conveying belt in the ostomy bag processing box; the vibration exciter is driven by the vibration motor, so that the vibration chute on the vibration exciter can vibrate regularly, the ostomy bags placed on the vibration chute can be conveniently separated by vibration, the aim that the ostomy bags sequentially slide to the throwing chute is achieved by adjusting the separation bulge on the vibration chute, and the ostomy bags falling to the ostomy bag conveying belt through the throwing chute can be extruded and fixed by the ostomy bag extruding structure by setting the frequency of the vibration exciter and matching the movement frequency of the vibration exciter with the movement frequency of the ostomy bag conveying belt; the limiting baffle plate is arranged, so that the vibration chute can only slide into one ostomy bag towards the putting chute each time, the ostomy bags are prevented from being accumulated and entering the putting chute, and the damping spring can reduce the influence of vibration on the ostomy bag treatment box; the flexible smooth layer reduces the vibration that the ostomy bag received, prevents that the ostomy bag from leaking liquid or letting out when the vibration.

(6) The extrusion through hole on the extrusion bulge is in clearance fit with the extrusion rotating shaft, so that the extrusion rotating shaft can rotate in the extrusion through hole, and the rotation action of the ostomy bag extrusion frame is conveniently realized; the anti-falling bulge prevents the ostomy bag extrusion frame from separating from the extrusion fixing plate; the extrusion spring can assist the extrusion motor to drive the ostomy bag extrusion frame to extrude the ostomy bag; the protection bounding wall not only can restrict in the ostomy bag, prevents that the ostomy bag from deviating from the ostomy bag conveyer belt, can prevent human excrement from spattering moreover, reduces human excrement's splash.

(7) The excrement collecting port collects human excrement cleaned out from the ostomy bag, so that the next treatment action is facilitated; the ostomy bag collecting port collects the washed ostomy bag, so that the next recovery processing action of the ostomy bag is conveniently realized; the arc-shaped guide plate can guide the flow of the human excrement in the ostomy bag to prevent the ostomy bag from being cleaned without human excrement, and the flexible brush at the top end of the arc-shaped guide plate can clean the residual human excrement on the ostomy bag to further avoid the possibility that the human excrement enters the ostomy bag recovery mechanism along with the ostomy bag.

(8) The excrement collecting pipe conveys the human excrement accumulated on the excrement collecting port into the excrement treatment mechanism, and the human excrement is subjected to harmless treatment; the ostomy bag guide pipeline leads the ostomy bag on the ostomy bag collecting port into the ostomy bag recovery mechanism, so as to realize the recovery treatment of the ostomy bag; a pair of cutting gears meshed with each other in the crushing box can carry out primary cutting treatment on the ostomy bag, can cut the ostomy bag into small pieces, and then crush the blocky ostomy bag through the crushing cavity; the two gear motors rotate in opposite directions to drive the cutting gears to rotate inwards, so that the ostomy bag is conveniently cut, the cut ostomy bag is conveyed to the collecting hopper, the collecting hopper collects the cut ostomy bag, and the collected ostomy bag is conveyed into the crushing cavity; the excrement control valve is convenient to arrange for control.

(9) The crushing motor drives the crushing cutter to move through the crushing rotating shaft, so that the ostomy bag in the crushing cavity can be crushed, and the crushed ostomy bag meets the recovery standard; the pressurized water pump supplies pressurized water flow to the spraying branch pipe through the spraying main pipe, the pressurized water flow flows to the crushing and spraying head through the spraying branch pipe, and the bag making fragments in the crushing cavity are sprayed and cleaned, so that the human excrement is prevented from being adhered to the bag making fragments; the crushing spray valve is convenient for the control mechanism to control; the draining plate facilitates the impurities and the like on the ostomy bag fragments in the crushing cavity to flow out along with the water flow, thereby facilitating the realization of the cleaning of the ostomy bag fragments; the recycling tank is designed to collect the cleaned ostomy bag debris conveniently, and the ostomy bag debris can be recycled and collected through the recycling door after a period of time; the arrangement of the inclined bottom surface is convenient for collecting water, impurities and the like flowing out of the draining plate and the draining hole, then the water flows to the excrement collecting pipe through the waste water collecting pipe, and the excrement is treated by the excrement treating mechanism in a unified and harmless way; the waste water collecting valve controls the waste water collecting pipe, and control of a control mechanism is facilitated.

(10) The microprocessor can control or treat the extrusion motor, the conveying motor, the cutting motor, the pressurizing water pump, the cleaning branch valve, the vibration motor, the gear motor, the excrement control valve, the crushing motor, the crushing spray valve, the treatment reversing valve, the folding push rod, the mud pump, the water level sensor and the wastewater collection valve; the microprocessor conveniently realizes the automatic control action of the intelligent control, so that the invention can realize the full-automatic control process, reduce the contact between treatment personnel and human excrement, and the like; the setting of smashing the filter screen can conveniently carry out the management and control to the ostomy bag piece of retrieving, and suitable ostomy bag piece can spill through smashing the filter screen, does not smash the completion and makes the bag piece through smashing protruding and broken cutter's interact down, continues to smash the action.

In conclusion, the cleaning mechanism and the harmless treatment mechanism of the ostomy bag are designed to clean and harmlessly treat the used ostomy bag, so that the human excrement in the used ostomy bag can be washed, collected and harmlessly treated; the invention can reduce the influence of human excrement on treating personnel during harmless treatment and avoid harm to the environment; by designing the control mechanism, the invention can realize the integrated and intelligent ostomy bag processing process and reduce the harm of the ostomy bag to the health of the processing personnel after use; the ostomy bag processor, the ostomy bag cutter and the ostomy bag cleaner are matched with each other, so that the fixation, cutting and cleaning of the ostomy bag after use can be realized, and the non-contact harmless treatment action of the human excrement in the ostomy bag after use can be realized.

Drawings

FIG. 1 is a schematic view of the structure of the present invention in example 1;

FIG. 2 is a schematic configuration diagram of the ostomy bag cleaning mechanism of embodiment 1;

FIG. 3 is a top view of a conveyor belt for an ostomy bag according to embodiment 1;

FIG. 4 is a side view of a conveyor belt for an ostomy bag according to example 1;

FIG. 5 is a schematic view showing the structure of a pressing structure of an ostomy bag according to example 1;

FIG. 6 is a schematic view showing the construction of the ostomy bag cutter of embodiment 1;

FIG. 7 is a schematic structural view of a cleaning structure in example 1;

FIG. 8 is a top view of the spray disk of example 1;

FIG. 9 is a sectional view of a spray disk in example 1;

FIG. 10 is a schematic structural view of an ostomy bag releasing structure according to embodiment 1;

FIG. 11 is a schematic configuration view of a recovery mechanism for an ostomy bag according to embodiment 1;

FIG. 12 is a schematic structural view of a cleaning structure in example 4.

In the figure, 1, a cleaning mechanism of an ostomy bag, 2, a throwing structure of the ostomy bag, 3, a guiding pipeline of the ostomy bag, 4, a recovery mechanism of the ostomy bag, 5, a waste water collecting valve, 6, a waste water collecting pipe, 7, a waste control valve, 8, a waste collecting pipe, 101, a treatment box of the ostomy bag, 102, a conveying belt of the ostomy bag, 103, a squeezing structure of the ostomy bag, 104, a throwing chute, 105, a flexible brush, 107, an arc-shaped guide plate, 108, a cleaner of the ostomy bag, 110, a cutter of the ostomy bag, 111, a protective coaming, 112, a conveying motor, 113, a squeezing frame of the ostomy bag, 114, a squeezing spring, 115, an anti-dropping folding plate, 116, a squeezing gear, 117, a motor gear, 118, a squeezing motor, 119, a squeezing fixing plate, 120, a squeezing rotating shaft, 121, a squeezing bulge, 122, a cutting motor, 123, a cutting synchronous belt, 124, a cutting cutter, 125, 127. cutting shaft, 128, cleaning cutter head, 129, spraying disc, 130, spraying micropore, 131, adjustable cutter frame, 132, cleaning support, 133, disc straight spraying hole, 134, disc inclined spraying hole, 135, cleaning spraying head, 201, vibration chute, 202, damping spring, 203, vibration exciter, 204, vibration motor, 401, cutting gear, 402, crushing box, 403, gear motor, 404, collecting hopper, 405, crushing cutter, 406, recovery door, 407, recovery groove, 408, draining hole, 409, inclined bottom surface, 410, crushing motor, 411, crushing rotating shaft, 412, draining plate, 413, crushing cavity, 414.

Detailed Description

The present invention is further illustrated by the following specific examples, which are not intended to limit the scope of the invention.

Example 1:

an environment-friendly ostomy bag innocent treatment device is structurally shown in figures 1-11, wherein a crushing filter screen is not shown in figure 11, the device comprises an ostomy bag cleaning mechanism 1 and a control mechanism matched with the ostomy bag cleaning mechanism 1, the ostomy bag cleaning mechanism 1 is connected with an innocent treatment mechanism, and the innocent treatment mechanism is matched with the control mechanism; the ostomy bag cleaning mechanism 1 comprises an ostomy bag processor and an ostomy bag cutter 110 and an ostomy bag cleaner 108 cooperating with the ostomy bag processor. The ostomy bag processor comprises an ostomy bag processing box 101, an ostomy bag conveying belt 102 is arranged in the ostomy bag processing box 101, a plurality of ostomy bag extruding structures 103 in clearance fit are arranged on the ostomy bag conveying belt 102, any ostomy bag extruding structure 103 comprises a pair of ostomy bag extruding frames 113 in clearance fit, any ostomy bag extruding frame 113 is connected with an extruding fixing plate 119 arranged on the ostomy bag conveying belt 102 through an extruding rotating shaft 120, an extruding motor 118 is arranged on the extruding fixing plate 119, and the extruding motor 118 is matched with an extruding gear 116 arranged at one end of the extruding rotating shaft 120; two sides of the ostomy bag extrusion frame 113 are provided with anti-falling folded plates 115; a conveying motor 112 is arranged on the ostomy bag conveying belt 102; the ostomy bag processing box 101 is provided with an ostomy bag throwing structure 2 matched with the ostomy bag conveying belt 102. The ostomy bag cutter 110 comprises a cutting knife 124 which is arranged below one side of the ostomy bag conveying belt 102 close to the output end and is matched with the ostomy bag conveying belt 102, and the cutting knife 124 is matched with the ostomy bag processing box 101 through a cutting bracket 126; a cutting shaft 127 is arranged on the axis of the cutting tool 124, a cutting synchronous wheel 125 is arranged at one end of the cutting shaft 127, and the cutting synchronous wheel 125 is connected with a cutting motor 122 through a cutting synchronous belt 123.

The ostomy bag cleaner 108 comprises a plurality of cleaning supports 132 which are arranged below the ostomy bag conveyor belt 102 and are matched with the ostomy bag conveyor belt 102, cleaning structures are arranged on the cleaning supports 132, each cleaning structure comprises a cleaning nozzle, a cleaning cutter matched with the cleaning nozzle is arranged on one side of the cleaning nozzle close to the cutting support 126, the cleaning nozzles are connected with a main cleaning pipe through a cleaning branch pipe, and the main cleaning pipe is connected with a pressure water pump; the cleaning nozzle comprises a cleaning spray head 135, and spray micropores 130 are uniformly arranged on the side surface of the cleaning spray head 135; the cleaning cutter comprises a cleaning cutter head 128, the cleaning cutter head 128 is connected with a cleaning bracket 132 through an adjustable cutter frame 131, and the direction of the cutting edge of the cleaning cutter head 128 is opposite to the moving direction of the ostomy bag conveying belt 102; a cleaning branch valve is arranged on the cleaning branch pipe; the line between adjacent washing racks 132 is parallel to the direction of movement of the ostomy bag conveyor belt 102. The top end of the cleaning and spraying head 135 is provided with a spraying disc 129, the spraying disc 129 is uniformly provided with disc straight spray holes 133, the periphery of the disc straight spray holes 133 is uniformly provided with disc inclined spray holes 134 the top ends of which are inclined outwards and matched with the ostomy bag conveyer belt 102; the disc straight spray hole 133 and the disc inclined spray hole 134 are communicated with the cleaning spray head 135. The ostomy bag throwing structure 2 comprises a throwing chute 104 obliquely arranged on the ostomy bag processing box 101, a vibration separator is arranged on the throwing chute 104, the vibration separator comprises a vibration chute 201 matched with the throwing chute 104, a limiting baffle is arranged at the lower end of the vibration chute 201, a vibration exciter 203 is arranged on the bottom surface of the vibration chute 201, and the vibration exciter 203 is connected with a vibration motor 204; all be equipped with damping spring 202 under the bottom surface of vibration spout 201 both ends, laid flexible smooth layer on the vibration spout 201, evenly be equipped with a plurality of separation archs on the vibration spout 201. A pair of extrusion bulges 121 are arranged on the inner side of the extrusion fixing plate 119, and anti-drop bulges matched with the ostomy bag extrusion frame 113 are arranged on the outer side; an extrusion through hole matched with the extrusion rotating shaft 120 is formed in any extrusion protrusion 121; the ostomy bag extrusion frame 113 is provided with an extrusion spring 114 connected with the ostomy bag conveying belt 102; two sides of the ostomy bag conveying belt 102 are provided with protective coamings 111 which are matched with the ostomy bag conveying belt 102 and the ostomy bag extrusion structure 103. An excrement collecting port is arranged on one side of the bottom surface of the ostomy bag processing box 101, an ostomy bag collecting port matched with the output end of the ostomy bag conveying belt 102 is arranged on the other side of the bottom surface of the ostomy bag processing box 101, an arc-shaped guide plate 107 matched with the ostomy bag cutter 110, the ostomy bag cleaning device 108 and the excrement collecting port is arranged in the ostomy bag processing box 101, and a flexible brush 105 matched with the ostomy bag conveying belt 102 is arranged at the top end of the arc-shaped guide plate 107.

The harmless treatment mechanism comprises an excrement collecting pipe 8 arranged on the excrement collecting opening and an ostomy bag guide pipeline 3 arranged on the ostomy bag collecting opening; the ostomy bag recovery mechanism 4 is arranged below the ostomy bag guide pipeline 3, the ostomy bag recovery structure comprises a crushing box 402, a pair of meshed cutting gears 401 is arranged in the crushing box 402, the cutting gears 401 are connected with a gear motor 403, the cutting gears 401 are matched with the outlet of the ostomy bag guide pipeline 3, a crushing cavity 413 is arranged below the cutting gears 401, a collecting funnel 404 matched with the cutting gears 401 is arranged on the crushing cavity 413, and the collecting funnel 404 is connected with the inner wall surface of the crushing box 402; the excrement collecting pipe 8 is provided with an excrement control valve 7, the excrement collecting pipe 8 is connected with an excrement treatment mechanism, the excrement treatment mechanism comprises a pair of excrement settling ponds, and any excrement settling pond is connected with a treatment reversing valve arranged at the outlet of the excrement collecting pipe 8 through a treatment branch pipe; the side surface in any excrement sedimentation tank is provided with mud-blocking folding cloth, two ends of the mud-blocking folding cloth are respectively provided with a mud-blocking bulge, and the mud-blocking bulges are in sliding fit with mud-blocking chutes on the side surfaces of two opposite sides of the excrement sedimentation tank; a folding push rod matched with the mud-blocking folding cloth is arranged on the side surface of one side of the excrement sedimentation tank, a mud-blocking groove matched with the mud-blocking folding cloth is arranged on the opposite side of the excrement sedimentation tank, and the mud-blocking groove is matched with a mud-blocking rod arranged at the end part of the mud-blocking folding cloth; the folding push rod is provided with a telescopic waterproof sleeve; a sludge pumping pipe is arranged on the bottom surface of the excrement sedimentation tank and is connected with a sludge pumping pump; a purified water outlet pipe is arranged on the excrement sedimentation tank; a water level sensor is arranged in the excrement sedimentation tank. A crushing rotating shaft 411 is arranged in the crushing cavity 413, a crushing cutter 405 is arranged on the crushing rotating shaft 411, and the crushing rotating shaft 411 is connected with a crushing motor 410 arranged on the crushing cavity 413; a plurality of crushing and spraying heads are arranged on the inner side surface of the crushing cavity 413, any crushing and spraying head is connected with a main spraying pipe through a spraying branch pipe, the main spraying pipe is connected with a pressure water pump, and a crushing and spraying valve is arranged on the main spraying pipe; a draining plate 412 is obliquely arranged at the lower part of the crushing cavity 413, and a recovery tank 407 is arranged at the bottom end of the draining plate 412; the bottom surface of the crushing cavity 413 is an inclined bottom surface 409, the inclined bottom surface 409 is matched with draining holes 408 uniformly formed in the side surface of the recovery tank 407, a waste water collecting pipe 6 is arranged at the lower end of the inclined bottom surface 409, the waste water collecting pipe 6 is connected with an excrement collecting pipe 8, and a waste water collecting valve 5 is arranged on the waste water collecting pipe 6.

The control mechanism comprises a control switch and a microprocessor electrically connected with the control switch, and the microprocessor is electrically connected with the extrusion motor 118, the conveying motor 112, the cutting motor 122, the pressure water pump, the cleaning branch valve, the vibration motor 204, the gear motor 403, the excrement control valve 7, the crushing motor 410, the crushing spray valve, the treatment reversing valve, the folding push rod, the mud pump, the water level sensor and the wastewater collection valve 5; smash the intracavity 413 and be equipped with and smash cutter 405 matched with crushing filter screen, evenly be provided with a plurality of and smash cutter 405 matched with on smashing the filter screen and smash the arch.

When the ostomy bag separating device is used, an ostomy bag is placed on the vibration chute 201 of the ostomy bag throwing structure 2, the power switch is turned on, the microprocessor controls the vibration motor 204, the conveying motor 112 and the cutting motor 122 to be started, the vibration motor 204 drives the vibration exciter 203 to start vibrating action on the vibration chute 201 and start separating action on the ostomy bag on the vibration chute 201, the ostomy bag starts to separate under the vibration of the vibration exciter 203 and slides downwards along the vibration chute 201, the separation bulge adjusts the ostomy bag on the vibration chute 201, so that the ostomy bag starts to slide towards the bottom end of the vibration chute 201 under the vibration action of the vibration exciter 203, the limiting baffle can limit the number of the ostomy bags sliding towards the throwing chute 104, the gap between the limiting baffle and the bottom surface of the vibration chute 201 can only pass through one used ostomy bag at each time, and is matched with the vibration action of the vibration exciter 203, so that the ostomy bag on the vibration chute 201 sequentially passes through the limiting baffle to slide towards the throwing chute The ostomy bag slides to the ostomy bag processing box 101 of the ostomy bag cleaning mechanism 1 through the guiding of the throwing chute 104 and then falls on the ostomy bag conveying belt 102 moving in the ostomy bag processing box 101, the protective coaming 111 can prevent the ostomy bag from separating from the ostomy bag conveying belt 102, under the control of the microprocessor, the ostomy bag extruding structure 103 carries out clamping, extruding and opening actions at a certain time interval, after the ostomy bag slides to the ostomy bag conveying belt 102, the microprocessor controls a pair of extruding motors 118 on an ostomy bag extruding frame 113 to rotate positively, the extruding motors 118 drive an extruding gear 116 to be meshed through a motor gear 117, the extruding gear 116 drives an extruding rotating shaft 120 on a pair of extruding bulges 121 on an extruding fixed plate 119 to move, the ostomy bag extruding frame 113 on the extruding rotating shaft 120 is driven to move towards the ostomy bag conveying belt 102, after the ostomy bag extruding frame 113 moves to a certain degree, under the driving of an extruding spring 114, the ostomy bag pressing frame 113 presses the ostomy bag on the ostomy bag conveying belt 102 to enable the ostomy bag to be tightly attached to the ostomy bag conveying belt 102, meanwhile, the anti-falling-off folded plates 115 on the two sides of the ostomy bag pressing frame 113 can block the ostomy bag to prevent the ostomy bag from being separated from the ostomy bag pressing frame 113, the ostomy bag fixed by being pressed by the pair of ostomy bag pressing frames 113 starts to move along with the ostomy bag conveying belt 102, when the ostomy bag moves to the vicinity of the ostomy bag cutter 110, the moving cutting motor 122 drives the cutting synchronous wheel 125 to move through the cutting synchronous belt 123, the cutting synchronous wheel 125 drives the cutting shaft 127 on the cutting support 126 to move, the moving cutting shaft 127 drives the cutting tool 124 on the cutting shaft 127 to continuously perform cutting action, the cutting tool 124 performs cutting operation on the ostomy bag moving to the vicinity of the cutting tool 124 on the ostomy bag conveying belt 102, and the cutting tool 124 starts to perform cutting action on the ostomy bag at the gap of, at this time, the ostomy bag moves to the lower part of the ostomy bag conveying belt 102, after the cutting of the cutting tool 124 is completed, the human excrement in the ostomy bag is discharged downwards, the ostomy bag begins to be shriveled, and the ostomy bag extrusion frame 113 can continue to realize the extrusion action on the ostomy bag under the driving of the extrusion spring 114; the discharged ostomy bag continues to move along with the ostomy bag conveying belt 102, when the ostomy bag moves to the vicinity of the ostomy bag cleaner 108, the cleaning cutter head 128 of the cleaning cutter at one side of the cleaning nozzle performs a secondary cutting action on the ostomy bag, in turn, the cleaning cutter head 128 close to the cutting support 126 performs a cutting action on one end of the ostomy bag, so that the cleaning nozzle can conveniently enter the discharged ostomy bag, the microprocessor controls the pressurizing water pump to be started, the pressurizing water pump supplies pressurizing water flow for the cleaning branch pipe through the cleaning main pipe, the microprocessor controls the pressurizing water flow through the cleaning branch valve, so that the cleaning nozzle performs a cleaning action on the residual human excrement in the ostomy bag, the design of the straight disk spray hole 133 and the inclined disk spray hole 134 on the spray disk 129 and the design of the spray micro holes 130 on the cleaning spray head 135 can perform an omnibearing cleaning action on the residual in the ostomy bag, and further reduce the possibility of human excrement residue, the side cleaning cutter 128 continues to perform a cutting action on the other end of the ostomy bag, so that the cleaning nozzle can be conveniently moved out of the ostomy bag, and residual human excrement in the ostomy bag can be cleaned through cleaning of the cleaning structures on the plurality of cleaning supports 132; after the ostomy bag is cleaned by the cleaning mechanism, the ostomy bag moves to the arc-shaped guide plate 107 along with the ostomy bag conveying belt 102, the water stain and the like on the ostomy bag are cleaned by the flexible brush 105, the ostomy bag continues to move, after the ostomy bag passes through the arc-shaped guide plate 107, the microprocessor controls the extrusion motor 118 to rotate reversely, the extrusion motor 118 drives the extrusion gear 116 to be meshed through the motor gear 117, the extrusion gear 116 drives the extrusion rotating shafts 120 on the pair of extrusion bulges 121 to move, the ostomy bag extrusion frame 113 on the extrusion rotating shaft 120 is driven to be opened, the extrusion on the ostomy bag is released, the ostomy bag slides downwards, and the ostomy bag extrusion structure 103 performs the repeated action along with the ostomy bag conveying belt 102; the gliding ostomy bag falls to an ostomy bag guide pipeline 3 through an ostomy bag collection port and enters an ostomy bag recovery mechanism 4, firstly, the gliding ostomy bag enters a crushing box 402, a microprocessor starts a pair of gear motors 403, the pair of gear motors 403 respectively drive a pair of cutting gears 401 to be meshed inwards, the ostomy bag is subjected to primary segmentation treatment through the pair of meshed cutting gears 401, the ostomy bag subjected to primary treatment falls into a collection funnel 404, the ostomy bag subjected to primary treatment is conveyed into a crushing cavity 413 through the collection guide of the collection funnel 404, the microprocessor starts a crushing motor 410, the crushing motor 410 drives a crushing rotating shaft 411 to move, so that a crushing cutter 405 performs crushing treatment on the ostomy bag subjected to primary treatment, meanwhile, a pressurized water pump supplies pressurized water flow to a spraying branch pipe through a spraying main pipe, and the pressurized water flow performs secondary cleaning treatment on the crushed ostomy bag in the crushing cavity 413 through a crushing spray head, impurities and the like are prevented from remaining on the crushed ostomy bag, and the pressurized water flow can be added with disinfectant to realize the disinfection treatment action on the crushed ostomy bag; the crushed ostomy bag falls on the draining plate 412, in the process of sliding on the draining plate 412, water and impurities are separated from the crushed ostomy bag, the crushed ostomy bag continuously slides on the draining plate 412 and slides into the recovery tank 407 at the bottom end of the draining plate 412, the drainage hole 408 on the side surface of the recovery tank 407 is discharged again along with the residual water of the crushed ostomy bag and is discharged into the excrement collecting pipe 8 through the waste water collecting pipe 6, the microprocessor controls the waste water collecting pipe 6 through the waste water collecting valve 5, and after the bag is used for a period of time, the ostomy bag fragments in the recovery tank 407 are recovered through the recovery door 406; the inclined bottom surface 409 can help the residual water in the recovery tank 407 to be discharged, the crushing filter screen can prevent the fragments of the ostomy bag which do not meet the standard from sliding into the recovery tank 407, and the crushing bulges can help the crushing of the ostomy bag; after the treatment by the ostomy bag cutter 110 and the ostomy bag cleaner 108, the discharged human excrement flows to the excrement collecting pipe 8 through the excrement collecting port under the limitation of the ostomy bag treatment box 101 and the arc-shaped guide plate 107, and the human excrement in the excrement collecting pipe 8 and in the human excrement flowing to the excrement collecting pipe 8 from the waste water collecting pipe 6 is subjected to harmless treatment by the excrement treatment mechanism, so that the aim of harmless treatment of the ostomy bag is finally fulfilled, and the excrement control valve 7 facilitates the microprocessor to control the excrement collecting pipe 8.

Example 2:

an environment-friendly ostomy bag innocent treatment device is different from the embodiment 1 in that: the throwing chute 104 is not provided with a vibration separator, and the throwing chute 104 is matched with the ostomy bag chute; the ostomy bag is further treated by manually placing it in.

Example 3:

an environment-friendly ostomy bag innocent treatment device is different from the embodiment 1 in that: the ostomy bag conveying belt 102 is provided with a plurality of pressure sensors matched with the ostomy bag extrusion frame 113, and the pressure sensors are electrically connected with the microprocessor; the ostomy bag falling on the ostomy bag conveying belt 102 is detected through the pressure sensor, so that the microprocessor can conveniently carry out intelligent control on the ostomy bag extrusion frame 113, and the aim of intelligently and accurately controlling the ostomy bag extrusion structure 103 is fulfilled.

Example 4:

an environment-friendly ostomy bag harmless treatment device is structurally shown in figure 12 and is different from the device in the embodiment 1 in that: the cleaning spray head 135 is a spinning cone-shaped spray head, the number of the spraying micropores 130 on the cleaning spray head 135 can be increased, and the cleaning action of the human excrement in the ostomy bag is conveniently realized.

Example 5:

an environment-friendly ostomy bag innocent treatment device is different from the embodiment 1 in that: a negative pressure extraction mechanism is arranged in the ostomy bag processing box 101, the negative pressure extraction mechanism comprises a plurality of negative pressure air extraction discs arranged in the ostomy bag processing box 101, an annular negative pressure air extraction opening is arranged on the side surface of any negative pressure air extraction disc, the negative pressure air extraction disc is connected with a negative pressure fan through a negative pressure pipe, and the negative pressure fan is connected with air purification equipment; prevents the gas generated by the human waste in the ostomy bag processing box 101 from dissipating and causing harm to the environment and the health of the processing personnel.

Example 6:

an environment-friendly ostomy bag innocent treatment device is different from the embodiment 1 in that: the vibration chute 201 is provided with an ostomy bag temporary storage cylinder matched with the vibration chute 201, and the bottom end of the ostomy bag temporary storage cylinder is provided with an ostomy bag conveying pipe matched with the vibration chute 201; the temporary storage cylinder of the ostomy bag is adopted to conveniently store a large number of used ostomy bags, and then the ostomy bags slide to the vibration chute 201 through the ostomy bag conveying pipe, so that the aim of continuously providing the ostomy bags to be treated for the vibration chute 201 is fulfilled.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the present invention, but rather as the following description is intended to cover all modifications, equivalents and improvements falling within the spirit and scope of the present invention.

Claims (10)

1. An environment-friendly ostomy bag innocent treatment device is characterized by comprising an ostomy bag cleaning mechanism and a control mechanism matched with the ostomy bag cleaning mechanism, wherein the ostomy bag cleaning mechanism is connected with an innocent treatment mechanism which is matched with the control mechanism; the ostomy bag cleaning mechanism comprises an ostomy bag processor, an ostomy bag cutter and an ostomy bag cleaner, wherein the ostomy bag cutter and the ostomy bag cleaner are matched with the ostomy bag processor.

2. The environment-friendly ostomy bag innocent treatment device as set forth in claim 1, wherein the ostomy bag processor comprises an ostomy bag processing box, an ostomy bag conveying belt is arranged in the ostomy bag processing box, a plurality of ostomy bag extrusion structures in clearance fit are arranged on the ostomy bag conveying belt, any ostomy bag extrusion structure comprises a pair of ostomy bag extrusion frames in clearance fit, any ostomy bag extrusion frame is connected with an extrusion fixing plate arranged on the ostomy bag conveying belt through an extrusion rotating shaft, an extrusion motor is arranged on the extrusion fixing plate, and the extrusion motor is matched with an extrusion gear arranged at one end of the extrusion rotating shaft; two sides of the ostomy bag extrusion frame are provided with anti-falling folded plates; a conveying motor is arranged on the ostomy bag conveying belt; the ostomy bag processing box is provided with an ostomy bag feeding structure matched with the ostomy bag conveying belt.

3. The environmentally friendly ostomy bag innocent treatment device of claim 2, wherein the ostomy bag cutter comprises a cutting tool arranged below one side of the ostomy bag conveyor belt close to the output end and matched with the ostomy bag conveyor belt, and the cutting tool is matched with the ostomy bag treatment box through a cutting bracket; the cutting tool is characterized in that a cutting shaft is arranged on the axis of the cutting tool, a cutting synchronous wheel is arranged at one end of the cutting shaft, and the cutting synchronous wheel is connected with a cutting motor through a cutting synchronous belt.

4. The environment-friendly ostomy bag innocent treatment device as set forth in claim 3, wherein the ostomy bag cleaner comprises a plurality of cleaning brackets disposed below the ostomy bag conveyor belt and matched with the ostomy bag conveyor belt, each cleaning bracket is provided with a cleaning structure comprising a cleaning nozzle, one side of the cleaning nozzle near the cutting bracket is provided with a cleaning cutter matched with the cleaning nozzle, the cleaning nozzle is connected with a cleaning main pipe through a cleaning branch pipe, and the cleaning main pipe is connected with a pressurized water pump; the cleaning nozzle comprises a cleaning and spraying head, and spraying micropores are uniformly formed in the side surface of the cleaning and spraying head; the cleaning tool comprises a cleaning tool bit, the cleaning tool bit is connected with the cleaning support through an adjustable tool rest, and the direction of the cutting edge of the cleaning tool bit is opposite to the movement direction of the ostomy bag conveying belt; a cleaning branch valve is arranged on the cleaning branch pipe; the connecting line between the adjacent cleaning brackets is parallel to the movement direction of the ostomy bag conveying belt.

5. The environment-friendly ostomy bag innocent treatment device as set forth in claim 4, wherein the ostomy bag throwing structure comprises a throwing chute obliquely arranged on the ostomy bag treatment box, a vibration separator is arranged on the throwing chute, the vibration separator comprises a vibration chute matched with the throwing chute, a limiting baffle is arranged at the lower end of the vibration chute, a vibration exciter is arranged on the bottom surface of the vibration chute, and the vibration exciter is connected with a vibration motor; all be equipped with damping spring under the vibration spout both ends bottom surface, laid flexible smooth layer on the vibration spout, evenly be equipped with a plurality of separation archs on the vibration spout.

6. The environmentally friendly ostomy bag innocent treatment device of claim 5, wherein the extrusion fixing plate is provided with a pair of extrusion protrusions at the inner side and anti-drop protrusions matched with the extrusion rack of the ostomy bag at the outer side; an extrusion through hole matched with the extrusion rotating shaft is formed in any one of the extrusion bulges; the ostomy bag extrusion frame is provided with an extrusion spring connected with the ostomy bag conveying belt; protective coamings matched with the ostomy bag conveying belt and the ostomy bag extrusion structure are arranged on two sides of the ostomy bag conveying belt.

7. The environment-friendly ostomy bag innocent treatment device as claimed in claim 6, wherein one side of the bottom surface of the ostomy bag treatment box is provided with an excrement collecting port, the other side is provided with an ostomy bag collecting port matched with the output end of the ostomy bag conveyer belt, an arc-shaped guide plate matched with the ostomy bag cutter, the ostomy bag cleaner and the excrement collecting port is arranged in the ostomy bag treatment box, and the top end of the arc-shaped guide plate is provided with a flexible brush matched with the ostomy bag conveyer belt.

8. The environment-friendly ostomy bag innocent treatment device of claim 7, wherein the innocent treatment mechanism comprises an excrement collecting pipe arranged on the excrement collecting port and an ostomy bag guide pipe arranged on the ostomy bag collecting port; the ostomy bag recovery mechanism is arranged below the ostomy bag guide pipeline and comprises a crushing box, a pair of meshed cutting gears are arranged in the crushing box, the cutting gears are connected with gear motors and matched with the outlets of the ostomy bag guide pipeline, a crushing cavity is arranged below the cutting gears, a collecting hopper matched with the cutting gears is arranged on the crushing cavity, and the collecting hopper is connected with the inner wall surface of the crushing box; and the excrement collecting pipe is provided with an excrement control valve and is connected with an excrement treatment mechanism.

9. The environment-friendly ostomy bag innocent treatment device as set forth in claim 8, wherein a crushing rotating shaft is arranged in the crushing cavity, a crushing cutter is arranged on the crushing rotating shaft, and the crushing rotating shaft is connected with a crushing motor arranged on the crushing cavity; a plurality of crushing and spraying heads are arranged on the inner side surface of the crushing cavity, any crushing and spraying head is connected with a main spraying pipe through a spraying branch pipe, the main spraying pipe is connected with a pressure water pump, and a crushing and spraying valve is arranged on the main spraying pipe; a draining plate is obliquely arranged at the lower part of the crushing cavity, and a recovery tank is arranged at the bottom end of the draining plate; the bottom surface of the crushing cavity is an inclined bottom surface which is matched with draining holes uniformly formed in the side surface of the recovery tank, a waste water collecting pipe is arranged at the lower end of the inclined bottom surface and connected with the excrement collecting pipe, and a waste water collecting valve is arranged on the waste water collecting pipe.

10. The environment-friendly ostomy bag innocent treatment device of claim 9, wherein the control mechanism comprises a control switch and a microprocessor electrically connected with the control switch, the microprocessor is electrically connected with the extrusion motor, the conveying motor, the cutting motor, the pressure water pump, the cleaning branch valve, the vibration motor, the gear motor, the excrement control valve, the crushing motor, the crushing spray valve and the waste water collecting valve; smash the intracavity and be equipped with and smash cutter matched with crushing filter screen, evenly be provided with a plurality of and smash cutter matched with on the crushing filter screen and smash the arch.

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