CN216876768U - Urine cover and nursing machine thereof - Google Patents

Abstract

The application provides a urine cover and affiliated nursing machine thereof, urine cover include housing, collection urine chamber by the housing encloses into, urine cover can cover on human genitals in order to supply the human body to excrete urine to collection urine intracavity, a plurality of intercommunicating pores with the direct intercommunication in collection urine chamber are seted up respectively to the housing, and each intercommunicating pore constitutes the urine export in collection urine chamber respectively, and when sucking urine cover, the urine that the human body excreted in collection urine intracavity collects the urine chamber via the intercommunicating pore discharge. So design, the human urine of discharging into collection urine intracavity no longer only limits to a intercommunicating pore and discharges, and the existence of a plurality of intercommunicating pore leads to the urine cover stronger to the adaptability of human different positions, does benefit to the regional scope of the discharge of increase urine, increases the more abundant chance of being sucked away from collection urine chamber of remaining urine, and is comparatively practical.

Description

Urine cover and nursing machine thereof

[ technical field ] A

The utility model relates to a urine cover and a nursing machine thereof.

[ background ] A method for producing a semiconductor device

Urine cover is used for wearing in human genitals department usually, supply to receive and handle human urine, urine cover includes the housing usually among the prior art, collection urine chamber, urine cover can be equipped with a urination hole at its uncovered tip of keeping away from collection urine chamber, the human urine of discharging into collection urine chamber is only discharged by this urination hole, the change adaptability of this kind of configuration to the position of human body is relatively poor, the urine of collection urine intracavity does not have selectively and can only be discharged by this urination hole, be unfavorable for the abundant urine of collecting urine chamber to discharge, the remaining chance of urine has been increased, and is not practical enough, need improve.

[ Utility model ] A method for manufacturing a semiconductor device

The application of the patent provides a urine cover which is beneficial to the more sufficient discharge of urine from a urine collecting cavity and is more practical.

The utility model provides a urine cover, includes housing, collection urine chamber by the housing encloses, the urine cover can cover on human genitals in order to supply the human body to excrete urine to collection urine intracavity, a plurality of intercommunications that respectively with collection urine chamber direct intercommunication are seted up to the housing, and each intercommunicating pore constitutes the urine export of collection urine chamber respectively, and when sucking the urine cover, the human urine that emits into collection urine intracavity discharges collection urine chamber via the intercommunicating pore.

So design, the human urine of discharging into collection urine intracavity no longer only limits to a intercommunicating pore and discharges, and the existence of a plurality of intercommunicating pore leads to the urine cover stronger to the adaptability of the different positions of human body, does benefit to the regional scope of the discharge of increase urine, increases the more abundant chance of being sucked away from collection urine chamber of remaining urine, and is comparatively practical.

Optionally, the housing further includes a cavity and a suction port communicating with the cavity, each of the communication holes communicates the urine collecting cavity with the cavity, each of the communication holes forms a urine inlet of the cavity, the suction port forms a urine outlet of the cavity, when the urine cover is sucked, urine discharged into the urine collecting cavity by a human body enters the cavity through the communication holes, and the urine in the cavity is discharged through the suction port.

Optionally, the channel includes a left channel portion located on the left side of the urine collection cavity and a right channel portion located on the right side of the urine collection cavity, one of the communication holes is located on the left side of the urine collection cavity and directly communicates the left channel portion with the urine collection cavity, and the other of the communication holes is located on the right side of the urine collection cavity and directly communicates the right channel portion with the urine collection cavity.

Optionally, the rear end of the left channel portion and the rear end of the right channel portion are respectively communicated with a suction port, the suction port is located at the rear end of the housing, and the rear end of the left channel portion, the rear end of the right channel portion and the front end of the suction port are converged.

Optionally, the left cavity part is in an arc shape protruding leftwards, the right cavity part is in an arc shape protruding rightwards, and the left cavity part and the right cavity part are connected into a ring shape; the front end of the left cavity part is directly communicated and connected with the front end of the right cavity part.

Optionally, the cavity is annular and surrounds the urine collecting cavity, the number of the communication holes is at least 4, and each communication hole is distributed on the inner periphery of the cavity.

Optionally, the suction port is located at the rear side of the cavity, and when the urine in the urine collection cavity is sucked, the urine enters the cavity through the communication hole, flows to the rear end of the cavity along the cavity and is discharged through the suction port.

Optionally, the plurality of communication holes comprise a left front through hole, a left rear through hole, a right front through hole and a right rear through hole, the cavity comprises a left cavity channel part positioned on the left side of the urine collection cavity and a right cavity channel part positioned on the right side of the urine collection cavity, the left front through hole and the left rear through hole are respectively and directly communicated with the left cavity channel part and the urine collection cavity, and the right front through hole and the right rear through hole are respectively and directly communicated with the right cavity channel part and the urine collection cavity.

Optionally, the housing is provided with a housing main body and an annular portion, the annular portion is fixed to the housing main body, and the cavity is formed between the housing main body and the annular portion.

Optionally, the channel is formed by a cavity between the housing body and the annular portion; the urine cover is further provided with a flexible gasket, the urine collecting cavity is provided with an external opening, the flexible gasket is in an annular shape extending along the periphery of the opening, the flexible gasket is attached to the annular portion, and the cavity and the flexible gasket are separated by the annular portion.

Optionally, the annular portion is an integrally formed one-piece part, the suction port is located at a rear end of the housing body, and the suction port is integrally connected to the housing body.

Optionally, the annular portion is provided with a vertical wall, the vertical wall is surrounded into an annular shape, the housing main body covers the vertical wall, the plurality of communication holes are formed in the vertical wall, and the vertical wall separates the cavity from the urine collection cavity.

Optionally, the top edge of the standing wall is surrounded by a circle, and the top edge of the standing wall is bonded with the inner surface of the annular part and sealed with the inner surface of the annular part.

Optionally, the annular portion still is equipped with border portion, border portion is the annular, border portion is located the periphery of founding the wall, border portion and founding wall body coupling, the lower edge and the butt joint of border portion of housing main part, the chamber says and is located border portion upside.

Optionally, the urine cover is further provided with a flexible gasket, the flexible gasket is attached to the edge portion, the edge portion includes a bottom end wall, the bottom end wall is located at the bottom end of the housing, the urine collecting cavity is provided with an external opening, the communicating holes are distributed on the periphery of the opening, the bottom end wall extends along the periphery of the opening to form an annular shape, the bottom end wall forms a bottom wall of the cavity channel, and the cavity channel is separated from the flexible gasket by the bottom end wall.

Optionally, the edge portion further includes a raised edge, the raised edge extends upward from the outer periphery of the bottom end wall, and the lower edge of the housing main body is butted with the raised edge.

Optionally, the annular portion is further provided with a rib plate, the rib plate is located on the periphery of the vertical wall, the rib plate integrally extends from the peripheral surface of the vertical wall, the rib plate is vertically opposite to the bottom end wall at an interval, the cavity is formed between the rib plate and the bottom end wall, and the rib plate forms a top wall of the cavity.

Optionally, a first groove is formed on the inner surface of the housing main body, the first groove surrounds the periphery of the vertical wall, and the free edge of the rib plate, which is far away from the vertical wall, is embedded into the first groove.

Optionally, the urine cover is further provided with a flexible gasket, the flexible gasket is used for being attached to a human body, the cover shell is provided with a bottom end wall, the bottom end wall is annular, the flexible gasket is attached to the bottom end wall, and the cavity and the flexible gasket are separated by the bottom end wall.

Optionally, the housing is provided with a housing main body and a vertical wall, the vertical wall is integrally connected with the bottom end wall, the vertical wall is surrounded into a ring shape, the vertical wall is nested with the housing main body, and the cavity is located between the vertical wall and the housing main body.

Optionally, the vertical wall separates the cavity from the urine collecting cavity, the housing main body covers the vertical wall, and the communication holes are formed in the vertical wall.

Optionally, the urine collecting cavity has an opening facing the outside, the plurality of communication holes are arranged adjacent to the opening, a part of the housing is hollow to form a cavity, the housing is further provided with a suction port communicated with the cavity, each communication hole forms a urine inlet of the cavity, and the suction port forms a urine outlet of the cavity; one part of the communication holes is positioned at the left side of the urine collection cavity, and the other part of the communication holes is positioned at the right side of the urine collection cavity. So design does benefit to comparatively abundant urine suction with the urine intracavity and walks, and the liquid of suppression at open edge is remained.

Optionally, the urine cover is further provided with an air supply through hole, the air supply through hole is communicated with the outside of the urine cover and the urine collection cavity, and the air supply through hole is used for supplying air to the urine collection cavity; the urine collecting cavity is provided with an external opening, and the communicating holes are distributed on the periphery of the opening. So design does benefit to comparatively abundant urine suction with the urine intracavity and walks, and the liquid of suppression at open edge is remained.

This patent application still provides a nursing machine, including host computer, aforementioned urine cover, the host computer is equipped with the slop pail, and under the suction of host computer, the human urine of excreting to album urine intracavity is sucked to the slop pail.

Optionally, the nursing machine further comprises a working head wearable to the lower body of the human body, and a sewage suction pipeline connecting the host and the working head, the urine cover belongs to a part of the working head, the working head further comprises a urine collector, and the urine collector is provided with a urinal; under the suction of the main machine, urine excreted by a human body into the urine collection cavity and excrement excreted by the human body into the excrement collection pool can be sucked into the sewage bucket through the sewage suction pipeline.

Optionally, the working head further comprises a urine suction pipe, the waste collection device is provided with a sewage discharge port, the sewage discharge port extends backwards from the rear end of the urinal, the sewage suction pipe is connected between the host and the sewage discharge port, and under suction of the host, urine excreted by a human body into the urine collection cavity sequentially flows through the communication hole, the channel arranged on the housing, the suction port arranged on the housing, the urine suction pipe, the sewage discharge port and the sewage suction pipe; under the suction of the host, excrement excreted by a human body into the excrement collecting pool flows through the sewage discharge port and the sewage suction pipeline in sequence.

Optionally, the working head is further provided with a connecting piece, the connecting piece is an annular frame opening, the connecting piece is attached to and detachably connected to the excrement collector, the connecting piece is provided with a connecting port, one end of the urine suction tube is in butt joint with the suction port, and the other end of the urine suction tube is in butt joint with the connecting port.

Optionally, the connection port is located above the urinal, the connection port points downward to the rear portion of the urinal, and under suction of the host, urine excreted by a human body into the urine collection chamber sequentially flows through the communication hole, the cavity, the suction port, the urine suction pipe, the connection port, the rear portion of the urinal, the sewage discharge port, and the sewage suction pipeline.

Optionally, the working head is further provided with a water supply hose, the urine cover is further provided with a first nozzle, the first nozzle can spray water into the urine collection cavity, the water supply hose is used for supplying water to the first nozzle, the urine collection device is further provided with a second nozzle, a first water path and a second water path, the second water path is intersected with the first water path and located at the downstream of the first water path, one end of the first water path is connected with the second nozzle, one part of water conveyed by the first water path is supplied to the first nozzle, the other part of water conveyed by the first water path is supplied to the second nozzle, the water supply hose is fluidly communicated between the second nozzle and the second water path, and the second water path is fluidly communicated between the first water path and the water supply hose.

Optionally, the working head is further provided with an adapter, the adapter is detachably butted at the rear side of the excrement collector, the adapter is provided with a connecting water path, one end of the connecting water path is butted with the second water path, the other end opposite to the connecting water path is butted with the water supply hose, and water conveyed by the first water path to the second nozzle sequentially flows through the second water path, the connecting water path and the water supply hose.

Optionally, the urine cover further includes a water receiving port, the water receiving port is in butt joint with the water supply hose, the water receiving port is located on the back side of the housing main body, and the first nozzle is located downstream of the water receiving port; the water conveyed by the first water channel to the second spray head flows through the second water channel, the connecting water channel, the water supply hose and the water receiving port in sequence.

Optionally, the nursing machine further comprises a water conveying pipeline connected between the excrement collector and the host, and the water conveying pipeline is connected with the first water channel and used for supplying water to the first water channel.

[ description of the drawings ]

Fig. 1 is a perspective view of an angle of a working head of the nursing machine (connected with a sewage suction pipeline, a water conveying pipeline and the like);

FIG. 2 is a perspective view of the working head of the nursing machine of the present application from another angle (connected with a sewage suction pipeline, a water delivery pipeline, etc.);

FIG. 3 is an exploded view of the working head of the nursing machine of the present application;

FIG. 4 is a vertical cross-sectional view of the working head of the nursing machine of the present application (with a sewage suction line, a water delivery line, etc. connected thereto);

FIG. 5 is a vertical cross-sectional view of the urinal cover of the present application;

FIG. 6 is an exploded view of the urinal cover of the present application;

FIG. 7 is an exploded view of the diaper cover of the present application;

FIG. 8 is another exploded view of the urine cover of the present application;

figure 9 is yet another exploded view of the diaper cover of the present application.

[ detailed description ] embodiments

Referring to fig. 1 to 9, a urine cover 1 of the present application includes a cover case 2 and a urine collecting chamber 10, the urine collecting chamber 10 is enclosed by the cover case 2, the urine cover 1 can be covered on the genitals of the human body for the human body to excrete urine into the urine collecting chamber 10, the cover case 2 is provided with a plurality of communication holes 20 respectively directly communicated with the urine collecting chamber 10, each communication hole 20 respectively constitutes a urine outlet of the urine collecting chamber 10, and when the urine cover 1 is sucked, urine excreted into the urine collecting chamber 10 by the human body is discharged out of the urine collecting chamber 10 through the communication holes 20. So design, the human urine of discharging into collection urine chamber 10 no longer only limits to a intercommunicating pore 20 and discharges, and the existence of a plurality of intercommunicating pore 20 leads to urine cover 1 stronger to the adaptability of the different positions of human body, does benefit to the regional scope of discharge of increase urine, promotes the human urine of discharging into collection urine chamber 10 and can be nearby discharge collection urine chamber 10 with the help of intercommunicating pore 20, increases the more abundant chance of being taken away from collection urine chamber 10 of remaining urine, and is comparatively practical.

The housing 2 is further provided with a cavity 21 and a suction port 22 communicated with the cavity 21, the urine collection cavity 10 is communicated with the cavity 21 through the communication holes 20, the communication holes 20 form a urine inlet of the cavity 21, the suction port 22 forms a urine outlet of the cavity 21, when the urine cover 1 is sucked, urine discharged into the urine collection cavity 10 by a human body enters the cavity 21 through the communication holes 20, and the urine in the cavity 21 is discharged through the suction port 22. By the design, the whole urine suction passage arranged on the housing 2 is beneficial to smoothly sucking the urine away.

The channel 21 comprises a left channel part 210 positioned at the left side of the urine collection cavity 10 and a right channel part 211 positioned at the right side of the urine collection cavity 10, a part of the communication holes 20 is positioned at the left side of the urine collection cavity 10 and directly communicates the left channel part 210 with the urine collection cavity 10, and another part of the communication holes 20 is positioned at the right side of the urine collection cavity 10 and directly communicates the right channel part 211 with the urine collection cavity 10. The design is beneficial to adapting to different positions of a human body, and the opportunity of fully sucking urine can be increased.

The rear end of the left channel portion 210 and the rear end of the right channel portion 211 are respectively communicated with the suction port 22, the suction port 22 is positioned at the rear end of the housing 2, and the rear end of the left channel portion 210, the rear end of the right channel portion 211 and the front end of the suction port 22 are converged. The design is strong in integrity, simple and practical. The left cavity part 210 is in an arc shape protruding leftwards, the right cavity part 211 is in an arc shape protruding rightwards, and the left cavity part 210 and the right cavity part 211 are connected into a ring shape; the front end of the left channel portion 210 is directly connected with the front end of the right channel portion 211. The cavity 21 is annular surrounding the urine collecting cavity 10, the number of the communication holes 20 is at least 4, and the communication holes 20 are distributed on the inner periphery of the cavity 21, so that the design increases the chance of fully sucking urine and reduces the urine residue. The suction port 22 is located on the rear side of the channel 21, and when urine in the urine collection chamber 10 is sucked, the urine enters the channel 21 through the communication hole 20 and flows along the channel 21 to the rear end of the channel 21 to be discharged from the suction port 22. The communication holes 20 comprise a left front through hole 200, a left rear through hole 201, a right front through hole 202 and a right rear through hole 203, the left front through hole 200 and the left rear through hole 201 are respectively and directly communicated with the left cavity channel part 210 and the urine collecting cavity 10, and the right front through hole 202 and the right rear through hole 203 are respectively and directly communicated with the right cavity channel part 211 and the urine collecting cavity 10. By the design, the urine cover can adapt to different body positions (such as supine and lateral lying) of a human body, is beneficial to obtaining a good suction effect under various body positions, and reduces the chance of urine residue.

The housing 2 is provided with a housing main body 23 and an annular portion 24, the annular portion 24 is fixed to the housing main body 23, and the cavity 21 is formed between the housing main body 23 and the annular portion 24. This arrangement facilitates the formation of channels 21 within the housing 2. The channel 21 is formed by a cavity between the cover body 23 and the annular portion 24; urine cover 1 still is equipped with flexible packing ring 11, collection urine chamber 10 has external uncovered 100, when urine cover 1 covers on male sex's genitals, male sex's genitals gets into collection urine chamber 10 via uncovered 100, flexible packing ring 11 is the annular that extends along uncovered 100's periphery, flexible packing ring 11 depends on annular portion 24, annular portion 24 separates chamber way 21 and flexible packing ring 11, so design, do benefit to the realization and set up chamber way 21 near flexible packing ring 11's position, practical in structure. The flexible gasket 11 is used for being attached to a human body, the flexible gasket 11 plays roles of buffering and sealing, comfort of the urine cover 1 covering the human body is facilitated, a gap for urine leakage generated between the urine cover 1 and the skin of the human body after the urine cover is covered on the genitals of the human body is avoided, and urine leakage is prevented.

The annular portion 24 is an integrally formed one-piece component, and the suction port 22 is located at the rear end of the housing main body 23, the suction port 22 being integrally connected to the housing main body 23. In this embodiment, the housing main body 23 and the annular portion 24 may be made of hard plastic material, and are not easily deformed by external force or negative pressure, and the housing main body 23 is egg-shell shaped. The housing main body 23 and the annular portion 24 are bonded and fixed together, and the joint between the housing main body 23 and the annular portion 24 can be connected and fixed by gluing, and sealing is achieved at the same time.

The annular portion 24 is provided with a standing wall 240, the standing wall 240 is formed in an annular shape, the cover body 23 is covered on the standing wall 240, the plurality of communication holes 20 are opened in the standing wall 240, and the standing wall 240 separates the channel 21 from the urine collection chamber 10. The design structure is simple and practical. The top edge 2400 of the upright wall 240 is encircled into a circle, and the top edge 2400 of the upright wall 240 abuts against the inner surface of the housing main body 23; the top edge 2400 of the standing wall 240 is bonded to the inner surface of the annular portion 24 and the top edge 2400 of the standing wall 240 is sealed to the inner surface of the annular portion 24. The annular portion 24 is further provided with an edge portion 241, the edge portion 241 is annular, the edge portion 241 is located on the outer periphery of the standing wall 240, the edge portion 241 is integrally connected with the standing wall 240, the lower edge of the housing main body 23 is in butt joint with the edge portion 241, and the cavity 21 is located above the edge portion 241. The standing wall 240 is formed by extending upward from the inner periphery of the rim portion 241. The lower edge of the annular portion 24 is bonded and fixed to the rim portion 241. The flexible gasket 11 is attached to the rim portion 241, the rim portion 241 includes a bottom wall 242, the bottom wall 242 is located at the bottom end of the housing 2, the communication holes 20 are distributed on the periphery of the opening 100, the bottom wall 242 is annular, further, the bottom wall 242 extends along the periphery of the opening 100 to form an annular shape, the bottom wall 242 forms the bottom wall of the cavity 21, and the cavity 21 is separated from the flexible gasket 11 by the bottom wall 242. So arrange, intercommunicating pore 20 and chamber 21 are close to uncovered 100 and flexible packing ring 11 and are arranged, and the structure is practical, does benefit to the urine that reduces in the urine collection chamber 10 and remains. The rim portion 241 further includes a raised edge 243, the raised edge 243 extending upward from the outer periphery of the bottom end wall 242, and the lower edge of the cover body 23 is abutted against the raised edge 243 of the rim portion 241. The lower edge of the cover body 23 and the raised edge 243 are bonded and sealed by gluing.

The annular part 24 is further provided with a rib plate 244, the rib plate 244 is located on the periphery of the vertical wall 240, the rib plate 244 extends integrally from the peripheral surface of the vertical wall 240, the rib plate 244 is opposite to the bottom end wall 242 in an up-down interval manner, the cavity 21 is formed between the rib plate 244 and the bottom end wall 242, and the rib plate 244 forms a top wall of the cavity 21. The cavity 21 is enclosed by a rib plate 244, a part of the vertical wall 240, the edge part 241 and a part of the housing main body 23; if the rib plate 244 is eliminated, the cavity 21 may be defined by the upright wall 240, a portion of the cover body 23 facing the upright wall 240, and the edge 241. The inner surface of the housing main body 23 is formed with a first groove 230, a second groove 231 corresponding to the top edge 240, the first groove 230 is surrounded on the periphery of the standing wall 240, the free edge of the rib 244 away from the standing wall 240 is embedded in the first groove 230, and the top edge 240 of the standing wall 240 is embedded in the second groove 231. This design makes the joint between the housing main body 23 and the annular portion 24 more stable. The flexible gasket 11 is attached to the bottom end wall 242, and the cavity 21 is separated from the flexible gasket 11 by the bottom end wall 242. The upright wall 240 is embedded in the housing main body 23, and the cavity 21 is located between the upright wall 240 and the housing main body 23. In other embodiments, the standing wall 240 may be located at the periphery of the housing main body 23, and the communication holes 20 may be opened in the housing main body 23, in which case the standing wall 240 surrounds and faces a portion of the housing main body 23 and the communication holes 20. The communication holes 20 are provided adjacent to the opening 100, and a portion of the housing 2 is hollow to form the channel 21.

The urine cover 1 is also provided with an air supply through hole 12, the air supply through hole 12 is communicated with the outside of the urine cover 1 and the urine collection cavity 10, and the air supply through hole 12 is used for supplying air to the urine collection cavity 10. The air supply through hole 12 is opened in the housing main body 23. When the urine cover 1 is sucked, negative pressure is formed in the urine collection cavity 10, and outside air enters the urine collection cavity 10 from the air supply through hole 12, so that urine and flushing water in the urine collection cavity 10 can be smoothly pumped away. The diameter of the gas supply through hole 12 is significantly larger than that of the communication hole 20 in this embodiment.

The present creation also provides a care machine (not shown): the device comprises a host (not shown), a working head 3 which can be worn to the lower body of a human body, and a dirt suction pipeline 40 which connects the host and the working head 3, wherein the working head 3 comprises a urine cover 1, a urine collector 30 and a urine suction pipe 31, the urine collector 30 is provided with a urinal 300, the urine suction pipe 31 is fluidly communicated between a suction port 22 and the urinal 300, and the human body can discharge excrement to the urinal 300 after the working head 3 is worn on the human body; under the suction of the host, both urine excreted by the human body into the urine collection chamber 10 and feces excreted by the human body into the urine collection tank 300 can be sucked into the host through the dirt suction pipe 40.

The excrement collector 30 is provided with a sewage discharge port 301, the sewage discharge port 301 is positioned behind the urinal 300, the sewage discharge port 301 extends backwards from the rear end of the urinal 300, the sewage suction pipeline 40 is connected between the host and the sewage discharge port 301, and under the suction of the host, urine excreted by a human body into the urine collection cavity 10 sequentially flows through the communication hole 20, the cavity 21, the suction port 22, the urine suction pipe 31, the sewage discharge port 301 and the sewage suction pipeline 40; under the suction of the main machine, the excrement discharged from the human body into the excrement collecting tank 300 sequentially flows through the sewage discharge port 301 and the sewage suction pipeline 40. A waste port 301 extends rearwardly from the rear wall 302 of the bowl 300, and the front end of the suction line 40 (i.e., the suction line fitting 400) abuts the waste port 301. After the defecation of the human body is detected and after the defecation of the human body is detected, the inside of the urine cover 1 and the inside of the urinal 300 are respectively flushed, so that the urine and the excrement are sucked away along with sewage formed by flushing under the suction of the main machine.

The working head 3 is further provided with a connecting piece 32, the connecting piece 32 is an annular frame opening, the connecting piece 32 is attached to and detachably connected with the excrement collector 30, the connecting piece 32 is provided with a connecting port 320, one end of the urine suction pipe 31 is in butt joint with the suction port 22, and the other end of the urine suction pipe 31 is in butt joint with the connecting port 320. The waste collector 30 has a front edge 303 located at the front side of the waste pan 300, the front edge 303 is provided with a positioning groove 304, the front end 321 of the connecting member 32 is embedded in the positioning groove 304, and the front end 321 of the connecting member 32 is further embedded in the positioning groove 304 downward and forward. The rear end 322 of the connecting member 32 is located at the top of the waste receptacle 30, and the top of the waste receptacle 30 and the rear end 322 of the connecting member 32 are locked together by a locking mechanism. The connector 32 has a protrusion 323, and the connection port 320 is disposed in the protrusion 323.

The connection port 320 is located above the urinal 300, and the connection port 320 is directed downward toward the rear of the urinal 300, so that urine flowing through the connection port 320 can fall into the rear of the urinal 300, and under the suction of the host, urine excreted by a human body into the urine collection chamber 10 sequentially flows through the communication hole 20, the channel 21, the suction port 22, the urine suction pipe 31, the connection port 320, the rear of the urinal 300, the soil discharge port 301, and the soil suction pipe 40. The front end of the dirt suction line 40 terminates in a dirt discharge port 301. The vertical downward projection of the connection port 320 falls into the bowl 300. When sucking, the urine and the flushing water of the human body enter the channel 21 through the communication hole 20, then flow to the rear part of the urinal 300 through the suction port 22, the urine suction pipe 31 and the connection port 320 in sequence, and are sucked away through the sewage discharge port 301 and the sewage suction pipeline 40.

The working head 3 is further provided with a water supply hose 33, the water supply hose 33 is connected between the urine cover 1 and the urine collector 30, the urine cover 1 is further provided with a first nozzle 13, the first nozzle 13 can spray water into the urine collection cavity 10, the water supply hose 33 is used for supplying water to the first nozzle 13, the urine collector 30 is further provided with a second nozzle 305, a first water channel 306 and a second water channel 307, the second water channel 307 is intersected with the first water channel 306 and is positioned at the downstream of the first water channel 306, one end of the first water channel 306 is connected with the second nozzle 305, one part of the water conveyed by the first water channel 306 is supplied to the first nozzle 13, the other part of the water conveyed by the first water channel 306 is supplied to the second nozzle 305, the water supply hose 33 is in fluid communication between the second nozzle 305 and the second water channel 307, and the second water channel 307 is in fluid communication between the first water channel 306 and the water supply hose 33. The first nozzle 13 is used for cleaning the inside of the urine collecting cavity 10 and the human genitals, and the second nozzle 305 faces the connection port 320, so that water can be sprayed to the area where the connection port 320 is located, and the area is intensively washed. During flushing, the first and second nozzles 13 and 305 respectively spray water from the first water path 306.

The working head 3 is further provided with an adapter 34, the adapter 34 is detachably butted at the rear side of the excrement collector 30, the adapter 34 is provided with a connecting water path 340, one end of the connecting water path 340 is butted with the second water path 307, the other end of the connecting water path 340 is butted with the water supply hose 33, and water conveyed to the second nozzle 305 by the first water path 306 sequentially flows through the second water path 307, the connecting water path 340 and the water supply hose 33. The connection waterway 340 is L-shaped. The urine cover 1 further comprises a water receiving port 14, the water receiving port 14 is in butt joint with a water supply hose 33, the water receiving port 14 is located on the back side of the cover shell body 23, and the first spray head 13 is located on the downstream of the water receiving port 14; the water supplied from the first water path 306 to the second head 305 flows through the second water path 307, the connection water path 340, the water supply hose 33, and the water receiving port 14 in this order. The urine cover 1 is also provided with a washing part 15, the first spray head 13 and the water receiving port 14 respectively belong to one part of the washing part 15, and the first spray head 13 faces the rear end of the opening 100, so that urine is easy to accumulate due to the lower rear end of the opening 100; the first spray head 13 is screwed to the inside of the washing part 15. The flushing part 15 is locked to the housing main body 23 by means of screws, the flushing part 15 is further provided with locking screw holes 150, and the housing main body 23 is provided with locking screw posts 232 corresponding to the locking screw holes 150 so as to lock the screws. The housing body 23 is provided with an installation through hole 231, the first nozzle 13 is installed to the installation through hole 231, and glue is applied between the first nozzle 13 and the installation through hole 231 to realize sealing between the first nozzle 13 and the installation through hole 231 and enhance the stability of fixing of the first nozzle 13.

The nursing machine further comprises a water conveying pipeline 41 connected between the excrement collector 30 and the host, the water conveying pipeline 41 is connected with the first waterway 306 and used for supplying water to the first waterway 306, and the front end (namely a water conveying pipeline joint 410) of the water conveying pipeline 41 is butted with the first waterway 306. The main body is provided with wheels (not shown), a clean water tank (not shown), a water pump (not shown), a slop pail (not shown), and a negative pressure source (not shown) for sucking excrement; the wheels are used for moving the main machine; driven by the water pump, the water in the clean water tank is delivered to the first waterway 306 via the water delivery pipeline 41. The negative pressure source is provided with a motor and an impeller driven by the motor, and under the suction of the negative pressure source of the main machine, the excrement and the urine collected by the working head 3, the sewage after flushing the urinal and the sewage after flushing the urine collecting cavity are sucked into a sewage bucket of the main machine.

Claims (32)

1. A urine cover comprises a cover shell and a urine collecting cavity, wherein the urine collecting cavity is enclosed by the cover shell, the urine cover can cover the genitals of a human body so that the human body can excrete urine into the urine collecting cavity, and the urine cover is characterized in that: the cover shell is provided with a plurality of communicating holes which are respectively and directly communicated with the urine collecting cavity, the communicating holes respectively form a urine outlet of the urine collecting cavity, and when the urine cover is used for sucking, urine discharged into the urine collecting cavity by a human body is discharged out of the urine collecting cavity through the communicating holes.

2. The diaper cover according to claim 1, wherein: the housing is further provided with a cavity channel and a suction port communicated with the cavity channel, the urine collecting cavity is communicated with the cavity channel through the communication holes, the communication holes form a urine inlet of the cavity channel, the suction port forms a urine outlet of the cavity channel, when the urine cover is used for sucking, urine discharged into the urine collecting cavity by a human body enters the cavity channel through the communication holes, and the urine in the cavity channel is discharged through the suction port.

3. The diaper cover according to claim 2, wherein: the cavity comprises a left cavity part positioned on the left side of the urine collection cavity and a right cavity part positioned on the right side of the urine collection cavity, one part of the communication holes is positioned on the left side of the urine collection cavity and directly communicates the left cavity part with the urine collection cavity, and the other part of the communication holes is positioned on the right side of the urine collection cavity and directly communicates the right cavity part with the urine collection cavity.

4. The diaper cover according to claim 3, wherein: the rear end of the left cavity part and the rear end of the right cavity part are respectively communicated with a suction port, the suction ports are positioned at the rear end of the housing, and the rear end of the left cavity part, the rear end of the right cavity part and the front end of the suction ports are converged.

5. The diaper cover according to claim 3, wherein: the left cavity part is in an arc shape protruding leftwards, the right cavity part is in an arc shape protruding rightwards, and the left cavity part and the right cavity part are connected into a ring shape; the front end of the left cavity part is directly communicated and connected with the front end of the right cavity part.

6. The urisheath according to claim 2, characterized in that: the chamber is annular surrounding the urine collecting chamber, the number of the communicating holes is at least 4, and each communicating hole is distributed on the inner periphery of the chamber.

7. The urisheath according to claim 2, characterized in that: the suction port is positioned at the rear side of the cavity, and when the urine in the urine collection cavity is sucked, the urine enters the cavity by virtue of the communication hole, flows to the rear end of the cavity along the cavity and is discharged by the suction port.

8. The urisheath according to claim 2, characterized in that: the through holes comprise a left front through hole, a left rear through hole, a right front through hole and a right rear through hole, the cavity comprises a left cavity channel part positioned on the left side of the urine collection cavity and a right cavity channel part positioned on the right side of the urine collection cavity, the left front through hole and the left rear through hole are respectively and directly communicated with the left cavity channel part and the urine collection cavity, and the right front through hole and the right rear through hole are respectively and directly communicated with the right cavity channel part and the urine collection cavity.

9. The urisheath according to claim 2, characterized in that: the housing is provided with a housing main body and an annular part, the annular part is fixed on the housing main body, and the cavity is formed between the housing main body and the annular part.

10. The urisheath according to claim 9, wherein: the cavity is formed by a cavity between the housing body and the annular part; the urine cover is further provided with a flexible gasket, the urine collecting cavity is provided with an external opening, the flexible gasket is in an annular shape extending along the periphery of the opening, the flexible gasket is attached to the annular portion, and the cavity and the flexible gasket are separated by the annular portion.

11. The diaper cover according to claim 9, wherein: the annular portion is an integrally formed one-piece part, the suction port is located at the rear end of the housing main body, and the suction port is integrally connected to the housing main body.

12. The diaper cover according to claim 9, wherein: the annular part is provided with a vertical wall which is enclosed into an annular shape, the housing main body covers the vertical wall, the plurality of communication holes are formed in the vertical wall, and the vertical wall separates the cavity channel from the urine collecting cavity.

13. The diaper cover according to claim 12, wherein: the top edge of the vertical wall is encircled into a circle, and the top edge of the vertical wall is bonded with the inner surface of the annular part and sealed with the inner surface of the annular part.

14. The urisheath according to claim 12, wherein: the annular portion still is equipped with border portion, border portion is the annular, border portion is located the periphery of founding the wall, border portion and founding wall body coupling, the lower edge and the butt joint of border portion of housing main part, the chamber says and is located border portion upside.

15. The diaper cover according to claim 14, wherein: the urine collecting cavity is provided with an opening, the communicating holes are distributed on the periphery of the opening, the bottom end wall extends along the periphery of the opening to form an annular shape, the bottom end wall forms a bottom wall of the cavity channel, and the cavity channel is separated from the flexible gasket by the bottom end wall.

16. The diaper cover according to claim 15, wherein: the edge part further comprises a warped edge, the warped edge extends upwards from the outer periphery of the bottom end wall, and the lower edge of the housing main body is in butt joint with the warped edge.

17. The diaper cover according to claim 15, wherein: the annular part is further provided with rib plates, the rib plates are located on the periphery of the vertical wall, the rib plates integrally extend out of the peripheral surface of the vertical wall, the rib plates are vertically opposite to the bottom end wall at intervals, the cavity channel is formed between the rib plates and the bottom end wall, and the rib plates form a top wall of the cavity channel.

18. The diaper cover according to claim 17, wherein: the inner surface of the housing main body is provided with a first groove, the first groove surrounds the periphery of the vertical wall, and the free edge of the rib plate, which is far away from the vertical wall, is embedded into the first groove.

19. The urisheath according to claim 2, characterized in that: the flexible gasket is used for being attached to a human body, the housing is provided with a bottom end wall which is annular, the flexible gasket is attached to the bottom end wall, and the bottom end wall separates the cavity from the flexible gasket.

20. The diaper cover according to claim 19, wherein: the housing is provided with a housing main body and a vertical wall, the vertical wall is integrally connected with the bottom end wall, the vertical wall is surrounded into a ring shape, the vertical wall is nested with the housing main body, and the cavity channel is positioned between the vertical wall and the housing main body.

21. The diaper cover according to claim 20, wherein: the vertical wall separates the cavity channel from the urine collecting cavity, the housing main body covers the vertical wall, and the plurality of communication holes are formed in the vertical wall.

22. The diaper cover according to claim 1, wherein: the urine collecting cavity is provided with an outward opening, the plurality of communication holes are arranged close to the opening, one part of the housing is hollow to form a cavity channel, the housing is also provided with a suction port communicated with the cavity channel, the communication holes respectively form a urine inlet of the cavity channel, and the suction port forms a urine outlet of the cavity channel; one part of the communication holes is positioned at the left side of the urine collection cavity, and the other part of the communication holes is positioned at the right side of the urine collection cavity.

23. The diaper cover according to claim 1, wherein: the urine collection cover is characterized by also comprising an air supply through hole, wherein the air supply through hole is communicated with the outside of the urine cover and the urine collection cavity and is used for supplying air to the urine collection cavity; the urine collecting cavity is provided with an external opening, and the communicating holes are distributed on the periphery of the opening.

24. A nursing machine is characterized in that: the urine cover as claimed in any one of claims 1 to 23, comprising a main body provided with a slop pail to which urine excreted by a human body into the urine collection chamber is sucked under suction of the main body.

25. The machine of claim 24, wherein: the urine collector also comprises a working head which can be worn on the lower body of a human body and a sewage suction pipeline which connects the host and the working head, wherein the urine cover belongs to one part of the working head; under the suction of the main machine, urine excreted by a human body into the urine collection cavity and excrement excreted by the human body into the excrement collection pool can be sucked into the sewage bucket through the sewage suction pipeline.

26. The machine of claim 25, wherein: the working head also comprises a urine suction pipe, the excrement collector is provided with a sewage discharge port, the sewage discharge port extends backwards from the rear end of the urinal, the sewage suction pipe is connected between the host machine and the sewage discharge port, and under the suction of the host machine, urine excreted by a human body into the urine collection cavity sequentially flows through the communication hole, the cavity channel arranged on the housing, the suction port arranged on the housing, the urine suction pipe, the sewage discharge port and the sewage suction pipe; under the suction of the host, excrement excreted by a human body into the excrement collecting pool flows through the sewage discharge port and the sewage suction pipeline in sequence.

27. The machine according to claim 26, wherein: the working head is further provided with a connecting piece which is an annular frame opening, the connecting piece is attached to and detachably connected with the excrement collector, the connecting piece is provided with a connecting port, one end of the urine suction pipe is in butt joint with the suction port, and the other end of the urine suction pipe is in butt joint with the connecting port.

28. The machine of claim 27, wherein: the connecting port is positioned above the urinal, the connecting port points downwards to the rear part of the urinal, and under the suction of the host, urine excreted by a human body into the urine collecting cavity sequentially flows through the communication hole, the cavity channel, the suction port, the urine suction pipe, the connecting port, the rear part of the urinal, the sewage discharge port and the sewage suction pipeline.

29. The machine according to claim 26, wherein: the working head is further provided with a water supply hose, the urine cover is further provided with a first spray head, the first spray head can spray water into the urine collection cavity, the water supply hose is used for supplying water to the first spray head, the excrement collection device is further provided with a second spray head, a first water channel and a second water channel, the second water channel is intersected with the first water channel and located at the downstream of the first water channel, one end of the first water channel is connected with the second spray head, one part of water conveyed by the first water channel is supplied to the first spray head, the other part of water conveyed by the first water channel is supplied to the second spray head, the water supply hose is communicated between the second spray head and the second water channel, and the second water channel is communicated between the first water channel and the water supply hose.

30. The machine of claim 29, wherein: the working head is further provided with an adapter which is detachably butted at the rear side of the excrement collector, the adapter is provided with a connecting water path, one end of the connecting water path is butted with the second water path, the other end of the connecting water path, which is opposite to the second end, is butted with a water supply hose, and water conveyed to the second spray head by the first water path sequentially flows through the second water path, the connecting water path and the water supply hose.

31. The machine of claim 30, wherein: the urine cover also comprises a water receiving port, the water receiving port is in butt joint with the water supply hose, the water receiving port is positioned on the back side of the cover shell body, and the first spray head is positioned at the downstream of the water receiving port; the water conveyed by the first water channel to the second spray head flows through the second water channel, the connecting water channel, the water supply hose and the water receiving port in sequence.

32. The machine of claim 29, wherein: the water supply pipeline is connected between the excrement collector and the host machine and is connected with the first water channel to supply water to the first water channel.

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