CN211898769U

CN211898769U - Movable riding type self-processing toilet

Info

Publication number: CN211898769U
Application number: CN202020203830.5U
Authority: CN
Inventors: 高秦勇
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-02-25
Filing date: 2020-02-25
Publication date: 2020-11-10
Anticipated expiration: 2030-02-25

Abstract

The utility model relates to a portable formula of riding is from handling the urinal, including the bucket rack subassembly, the dehydration subassembly, the extrusion subassembly, preceding washing subassembly, the back washing subassembly, the pressurization intensification subassembly, drainage subassembly and retaining subassembly, the bucket rack subassembly includes the support frame, bucket rack body and bucket bag, the front side at the support frame is rotationally installed to the bucket rack body, and the bucket rack body can follow the support frame and reciprocate, the upper end suit of bucket bag is on the border of bucket rack body, the lower extreme is connected with the entry linkage of dehydration subassembly, the solid export of dehydration subassembly and the entry linkage of extrusion subassembly, the export of pressurization intensification subassembly is connected with preceding washing subassembly and back washing subassembly respectively. The utility model adopts a mechanical mode to separate the excrement and the water, the excrement barrel rack body extrudes and separates the water, and the excrement barrel rack body is molded and sealed in a plastic container for centralized treatment after being extruded; the device is suitable for mobile carriers such as automobiles, trains, airplanes and the like, and is also suitable for public places such as hotels, hospitals, nursing centers for the aged and the like; more water saving and environmental protection.

Description

Movable riding type self-processing toilet

Technical Field

The utility model relates to the technical field of sanitary ware, in particular to a movable riding type self-processing toilet bowl.

Background

With the development of various vehicles, the time of people going out is continuously prolonged, and in some areas lacking public health facilities, for example, people often encounter various embarrassments once they have convenience needs.

The existing urinals are all used for intensively treating urine and excrement, but the collection is very inconvenient. In addition, the existing toilet bowl is in a sitting type or a squatting type, but the toilet bowl has the same characteristic that the toilet bowl is in a fixed structure, and has certain limitation in use.

In public places, for male toilets, a urine area and a stool area are generally divided, a urinal is arranged in the urine area, and a stool is arranged in the stool area. When men use the toilet bowl as a urinal, the toilet bowl may be stained more or less, and the stains may make the toilet bowl dirty, which may affect the use of the user and the aesthetic appearance of the toilet bowl itself.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome prior art's shortcoming, provide a portable striding type from handling the urinal.

The purpose of the utility model is realized through the following technical scheme:

a movable riding type self-treatment urinal comprises a barrel frame component, a dehydration component, an extrusion forming component, a front cleaning component, a rear cleaning component, a pressurizing and heating component, a water filtering component and a water storage component,

the barrel frame component comprises a support frame, a barrel frame body, a barrel bag and a barrel bag cleaning spray head, the barrel frame body is rotatably arranged on the front side of the support frame and can move up and down along the support frame, the upper end of the barrel bag is sleeved on the edge of the barrel frame body, the lower end of the barrel bag is connected with an inlet of the dehydration component, the barrel bag cleaning spray head is arranged on the lower side of the barrel frame body,

the solid outlet of the dewatering component is connected with the inlet of the extrusion forming component,

the front cleaning component is arranged below the front side of the barrel frame body,

the rear cleaning component is arranged below the rear side of the barrel frame body,

the outlet of the pressurizing and heating assembly is respectively connected with the front cleaning assembly and the rear cleaning assembly,

the first export of retaining subassembly and the entry linkage of bucket bag washing shower nozzle, the second export of retaining subassembly and the entry linkage of drainage subassembly, the export of drainage subassembly respectively with preceding washing subassembly and the entry linkage of back washing subassembly.

Further, the bilateral symmetry of support frame rotates installs vertical elevating screw, elevating motor is installed to the top bilateral symmetry of support frame, elevating motor is connected with the elevating screw transmission of homonymy, and the middle part cooperation of every elevating screw is connected with lifting nut, installs an upset motor on every lifting nut respectively, and two upset motor's output sets up relatively, the barrel holder body rear end both sides are connected with the output of the upset motor of homonymy respectively.

Furthermore, a rear box is arranged on the rear side of the support frame, an ozone lamp is mounted at the top of the inner side of the rear box, an ultraviolet lamp is mounted at the lower part of the inner side of the rear box, a compressed air spray head is mounted above the ultraviolet lamp, the air inlet end of the compressed air spray head is connected with one end of an air compression pipe, and the other end of the air compression pipe is connected with an external air compressor; the front side of support frame still is provided with the outer door, the articulated one side of installing at the support frame of outer door, the bucket rack body can rotate and get into in the back box.

Further, the dehydration subassembly includes dehydration shell, screw axis, drive gear, hourglass lid and scrapes the board, the middle part top of dehydration shell is provided with the dehydration entry, the dehydration entry is connected with the lower extreme of bucket bag, the screw axis is installed in the inside rotation of dehydration shell, leave the clearance between the inside of screw axis and dehydration shell, drive gear is installed to the front end of screw axis, drive gear is connected with the output meshing of dehydration motor, it has the mouth of leaking to open the anterior below of dehydration shell, it has the dehydration export to open the rear portion below of dehydration shell, the rear end fixed mounting of screw axis scrapes the board, it is located the top of dehydration export to scrape the board, the screw axis is close to one side of scraping the board and still is provided with the hourglass lid, the hourglass lid is fixed in the dehydration shell inboard, it has the multiunit through-hole to open on the hourglass lid.

Further, the extrusion subassembly includes extrusion shell, extrusion motor, extrusion hollow shaft, protruding axle and extrusion portion, extrusion motor fixed mounting is in the extrusion shell, the extrusion hollow shaft rotates to be installed in the extrusion shell, the extrusion motor is connected with the transmission of extrusion hollow shaft, open the top of extrusion shell has the extrusion entry, the extrusion entry is connected with the dehydration exit, open the inside of extrusion shell has the extrusion cavity, the extrusion hollow shaft is located the extrusion cavity, the protruding axle is installed to the inside coaxial rotation of extrusion hollow shaft, equidistant a plurality of extrusion portions of installing on the same circumference of lateral wall of extrusion hollow shaft, the extrusion portion can rotate around the protruding axle to realize the material extrusion, open the below of extrusion shell has the extrusion export.

Further, be provided with a plurality of cavitys that are used for installing extrusion portion on the lateral wall of extrusion hollow shaft, this cavity is including the extrusion chamber and the spring chamber that communicate in proper order, extrusion portion includes butt head, ejector pin, extrusion spring and stripper plate, the one end and the butt head of ejector pin are connected, and the other end is connected with the stripper plate, the ejector pin is located the spring chamber, butt head butt is on the protruding axle, the cover is equipped with extrusion spring on the ejector pin, the one end of extrusion spring is fixed on the inner wall in spring chamber, and the other end is connected with the butt head, the stripper plate is located the extrusion chamber.

Further, the front cleaning assembly comprises a front cleaning shell, a telescopic arm, a movable arm, a front cleaning spray pipe and a front cleaning motor, the front cleaning shell is fixed below the barrel frame body, a horizontal telescopic arm through groove is formed in the front cleaning shell, a bearing wheel is arranged below the telescopic arm through groove, the telescopic arm is installed in the telescopic arm through groove in a matched mode, the telescopic arm presses on the bearing wheel, the front cleaning motor is installed on the side face of the front cleaning shell and is in transmission connection with the telescopic arm, the movable arm is further installed at one end, facing the rear side of the barrel frame body, of the telescopic arm in a hinged mode, a water baffle is further installed above one end, facing the rear side of the barrel frame body, of the front cleaning shell in a hinged mode and can cover a port opening of the telescopic arm through groove, a tension spring cavity is further formed in the front cleaning shell, a tension spring is installed in the tension spring cavity, one end of the tension spring is fixed in the tension spring, the other end of the front cleaning shell is fixed in the middle of the water baffle, a spray pipe hole is formed in the front cleaning shell, a front cleaning spray pipe penetrates through the spray pipe hole, and the front cleaning spray pipe is fixed at the front end of the movable arm.

Further, the back cleaning component comprises an up-down moving cylinder, a transverse moving frame, a moving sleeve, a paper washing shaft, a spraying shaft, a paper washing motor and a paper pressing device, the tail part of the up-down moving cylinder is fixed below the rear side of the barrel frame body, the output end of the up-down moving cylinder is connected with the transverse moving frame, the transverse moving frame is connected with the moving sleeve, the paper washing shaft is coaxially sleeved in the moving sleeve, the spraying shaft is coaxially sleeved in the paper washing shaft, the moving sleeve transverse moving cylinder is installed on the transverse moving frame, the output end of the moving sleeve transverse moving cylinder is connected with the middle part of the bracket, the front end of the bracket is connected with the moving sleeve, the back end of the bracket is connected with the spraying shaft transverse moving cylinder, the output end of the spraying shaft transverse moving cylinder is connected with the back end of the spraying shaft, the spraying shaft is of a hollow structure, and the back end of the spraying shaft is also connected with one end of the back cleaning, the other end of back washing spray tube and the exit linkage of drainage subassembly, the below of removing the cover is fixed mounting still has the paper to wash the motor, install the driving gear on the output of paper washing motor, still be provided with driven gear on the rear end lateral wall of paper washing axle, the driving gear meshes with driven gear, the paper pressing device is still installed to the front end below of paper washing axle.

Further, press the paper device including depositing paper portion, press paper portion and drawing paper portion, press paper portion, be located and deposit paper portion and draw between the paper portion, it includes paper dish and stock form to deposit paper portion, the stock form is arranged in and is deposited on the paper dish, press from both sides paper portion including pressing from both sides paper cylinder, pressing from both sides paper piece down and pressing from both sides paper piece on, the output that presss from both sides the paper cylinder is fixed with blocks under the clamp paper, press from both sides paper piece on and locate the top that presss from both sides paper piece down, the end of stock form is from pressing from both sides paper piece down and pressing from both sides paper piece on and passing between the piece to draw out by drawing paper portion.

Further, the pressurizing and heating assembly comprises a water storage tank, a water supply pipe, a flushing air pipe, a valve and a heater, the lower end of the water storage tank is connected with one end of the water supply pipe, the valve, the flushing air pipe and the heater are sequentially arranged on a pipeline of the water supply pipe, the flushing air pipe is connected with an external air compressor, and the other end of the water supply pipe is respectively communicated with the front cleaning spray pipe and the rear cleaning spray pipe.

Further, the water filtering component comprises a hollow water filtering shell, a water filtering inlet is formed in the top of the water filtering shell, a water filtering outlet is formed in the bottom of the water filtering shell, a partition plate is arranged on the lower portion of the inner side of the water filtering shell, a lower filtering box, a middle filtering box and an upper filtering box which are sequentially communicated are fixed on the partition plate from bottom to top, fine sand with the diameter of 1.5-2 mm is filled in the lower filtering box, stone balls with the diameter of 3-4 mm are filled in the middle filtering box, stone balls with the diameter of 5-6 mm are filled in the upper filtering box, the water filtering inlet is connected with a second outlet of the water storage component, and the water filtering outlet is communicated with an inlet of the water storage tank.

Further, the retaining subassembly includes cistern, sedimentation tank, water pump and overflow pipe, the inside top of cistern is located to the sedimentation tank, the water pump is installed to the bottom of cistern, the exit of water pump is provided with the tee bend, and the entry linkage of three-way first export and bucket bag washing shower nozzle, three-way second export and drainage entry linkage.

The utility model has the advantages of it is following:

1. the utility model discloses an adopt mechanical system separation excrement and urine and moisture content, excrement and urine barrel holder body extrusion separation moisture content, the shaping seals centralized processing in plastic container after the wringing, and moisture content is disinfected and is filtered through the sampling, can repeatedly be applicable to and wash the staving.

2. The utility model discloses can be applicable to removal carriers such as car, train, aircraft, still be applicable to public places such as hotel, hospital, nursing center for the aged, also be applicable to domestic human excrement's processing.

3. The utility model discloses a clear water combines together with compressed air, washs human position for human position is cleaner, sanitary, more using water wisely moreover, the environmental protection.

4. When the people need use, ride formula convenience ware and start, the bucket rack body reciprocates, makes the people reach comfortable height when convenient, and the bucket rack body can carry out angle modulation simultaneously, personally submits 45 when the bucket rack body and level, and applicable urine in the man uses, when the bucket rack body level, applicable in man or ms's convenience, when the bucket rack body withdraws the back box after, disinfection is established to accessible ozone lamp and ultraviolet lamp cover, and compressed air shower nozzle can blow off the spot on the bucket rack body simultaneously.

5. When the barrel frame body is horizontal, a person sits above the barrel frame, and after defecation, dirty objects enter the dehydration component through the barrel bag to be dehydrated, and after dehydration, solid or semisolid dirty objects enter the extrusion forming component to be extruded into a round sheet shape and extruded in a closed space without peculiar smell, and finally the round sheet-shaped dirty objects are recovered to the collecting bag to be treated in a centralized manner. The water separated from the dewatering component is filtered by the water filtering system and then flows back to the water storage component so as to be convenient for the subsequent barrel bag washing to be reused.

6. The people is after making things convenient for, and the washing at human position is washd through the preceding cleaning assembly back on the bucket rack body by heating pressurized air and water, and preceding cleaning assembly mainly is applicable to ms's private parts and washs, and back cleaning assembly mainly is applicable to the people after shit, to the washing of anus to and through the paper pressing device with the paper roll around the paper washing axle, realize cleaning the anus.

Drawings

Fig. 1 is a schematic front structural view of a barrel rack assembly of the present invention;

fig. 2 is a schematic top view of the barrel rack body of the present invention;

fig. 3 is a schematic side view of the barrel rack assembly of the present invention in state one;

fig. 4 is a schematic side view of the barrel holder assembly in the second state;

fig. 5 is a schematic side view of the barrel holder assembly of the present invention in state three;

fig. 6 is a schematic structural view of an outer door of the barrel rack assembly of the present invention;

FIG. 7 is a schematic cross-sectional view of the dewatering assembly of the present invention;

fig. 8 is a schematic sectional structural view of the extrusion molding assembly of the present invention;

fig. 9 is a schematic sectional structure diagram of the extrusion molding assembly of the present invention;

fig. 10 is a partially enlarged schematic structural view of the squeezing portion of the present invention;

fig. 11 is a schematic structural view of the front cleaning assembly of the present invention in state one;

fig. 12 is a schematic structural view of the front cleaning assembly of the present invention in state two;

fig. 13 is a schematic structural view of a post-cleaning assembly according to the present invention;

fig. 14 is a schematic structural view of the paper pressing device of the present invention;

fig. 15 is a schematic structural view of the pressurizing and heating assembly of the present invention;

fig. 16 is a schematic structural view of the water filtering assembly of the present invention;

fig. 17 is a schematic structural view of the water storage assembly of the present invention;

figure 18 is a schematic top view of the water storage assembly of the present invention;

in the figure: 1-a barrel frame component, 1 a-a support frame, 1 b-a barrel frame body, 1b 1-a toilet bowl, 1 c-a lifting screw rod, 1 d-a lifting motor, 1 e-a lifting nut, 1 f-a turnover motor, 1 g-a barrel bag, 1 h-a barrel bag cleaning spray head, 1 j-a rear box, 1 k-an ozone lamp, 1 m-an outer door, 1 n-an ultraviolet lamp, 1 p-a compressed air spray head, 1 q-an air compression pipe, 2-a dehydration component, 2 a-a dehydration shell, 2a 1-a dehydration inlet, 2a 2-a water leakage port, 2a 3-a dehydration outlet, 2 b-a spiral shaft, 2 c-a transmission gear, 2 d-a leakage cover, 2 e-a scraping plate, 3-an extrusion molding component, 3 a-an extrusion shell, 3a 1-extrusion inlet, 3a 2-extrusion cavity, 3a 3-extrusion outlet, 3 b-extrusion motor, 3 c-extrusion hollow shaft, 3c 1-extrusion cavity, 3c 2-spring cavity, 3 d-convex shaft, 3 e-extrusion part, 3e 1-abutting head, 3e 2-push pin, 3e 3-extrusion spring, 3e 4-extrusion plate, 4-front cleaning component, 4 a-front cleaning shell, 4a 1-telescopic arm through groove, 4a 2-tension spring cavity, 4a 3-spray tube hole, 4 b-telescopic arm, 4 c-movable arm, 4 d-front cleaning spray tube, 4 e-tension spring, 4 f-water baffle, 4 g-front cleaning motor, 4 h-bearing wheel, 5-rear cleaning component, 5 a-up-down-and-down moving cylinder, 5 b-a transverse moving frame, 5 c-a moving sleeve, 5 d-a paper washing shaft, 5 e-a spraying shaft, 5 f-a paper washing motor, 5 g-a driving gear, 5 h-a driven gear, 5 i-a bracket, 5 j-a moving sleeve transverse moving cylinder, 5 k-a spraying shaft transverse moving cylinder, 5 m-a rear cleaning spray pipe, 5 n-a paper pressing device, 5n 1-a paper storage part, 5n 11-a paper storage plate, 5n 12-roll paper, 5n 2-a paper clamping part, 5n 21-a paper clamping cylinder, 5n 22-a paper clamping lower block, 5n 23-a paper clamping upper block, 5n 3-a paper pulling part, 6-a water supply pipe, 6 a-a water storage tank, 6 b-a washing air pipe, 6 d-a valve, 6 e-a heater and 7-a water filtering component, 7 a-water filtering shell, 7a 1-water filtering inlet, 7a 2-water filtering outlet, 7a 3-clapboard, 7 b-lower filtering box, 7 c-middle filtering box, 7 d-upper filtering box, 8-water storing component, 8 a-water storing tank, 8 b-sedimentation tank, 8 c-water pump and 8 d-overflow pipe.

Detailed Description

The invention will be further described with reference to the accompanying drawings, but the scope of the invention is not limited to the following description.

As shown in fig. 1 to 18, the movable riding type self-treatment urinal comprises a barrel frame component 1, a dehydration component 2, an extrusion molding component 3, a front cleaning component 4, a rear cleaning component 5, a pressurizing and heating component 6, a water filtering component 7 and a water storage component 8, as shown in fig. 1 to 4, the barrel frame component 1 comprises a support frame 1a, a barrel frame body 1b, a barrel bag 1g and a barrel bag cleaning spray head 1h, the barrel frame body 1b is rotatably arranged on the front side of the support frame 1a, a toilet bowl 1b1 for convenience is arranged at the center of the barrel frame body 1b, the barrel frame body 1b can move up and down along the support frame 1a, the upper end of the barrel bag 1g is sleeved on the edge of the barrel frame body 1b, the lower end of the barrel bag 1g is connected with an inlet of the dehydration component 2, the barrel bag cleaning spray head 1h is arranged on the lower side of the barrel frame body 1b, a solid outlet of the dehydration component 2 is connected with an inlet of, the extrusion molding component 3 extrudes the dehydrated solid filth or semi-solid filth into a round sheet shape, and the solid filth or semi-solid filth is collected and treated in a centralized way, the front cleaning component 4 is arranged below the front side of the barrel frame body 1b, can wash the private parts of women after defecating, the post-cleaning component 5 is arranged below the rear side of the barrel rack body 1b, the anus after defecation is washed and wiped, the outlet of the pressurizing and heating component 6 is respectively connected with the front cleaning component 4 and the rear cleaning component 5, the pressurizing and heating component 6 heats and pressurizes the clean water to provide water source for the front cleaning component 4 and the rear cleaning component 5, a first outlet of the water storage component 8 is connected with an inlet of the barrel bag cleaning spray head 1h, a second outlet of the water storage component 8 is connected with an inlet of the water filtering component 7, the outlet of the water filtering component 7 is respectively connected with the inlets of the front cleaning component 4 and the rear cleaning component 5.

Further, as shown in fig. 1 to 4, vertical elevating screw 1c is installed in the bilateral symmetry rotation of support frame 1a, elevating motor 1d is installed to the top bilateral symmetry of support frame 1a, elevating motor 1d is connected with the elevating screw 1c transmission of homonymy, and the middle part cooperation of every elevating screw 1c is connected with elevating nut 1e, installs a upset motor 1f on every elevating nut 1e respectively, and the output of two upset motors 1f sets up relatively, barrel holder body 1b rear end both sides are connected with the output of the upset motor 1f of homonymy respectively. Lifting motor 1d drives lifting screw 1c and rotates, and lifting nut 1e drives bucket rack body 1b and reciprocates to realize that the people of different age brackets use, simultaneously when the high-order, still can drive bucket rack body 1b through upset motor 1f and demonstrate different angles, when the level, can ride and sit on bucket rack body 1b, when personally submitting 45 with the level, applicable urine in the man uses.

Further, as shown in fig. 5 and 6, a rear box 1j is further arranged on the rear side of the support frame 1a, an ozone lamp 1k is mounted at the top of the inner side of the rear box 1j, an ultraviolet lamp 1n is mounted at the lower part of the inner side of the rear box 1j, a compressed air nozzle 1p is mounted above the ultraviolet lamp 1n, the air inlet end of the compressed air nozzle 1p is connected with one end of an air pressure pipe 1q, and the other end of the air pressure pipe 1q is connected with an external air compressor; the front side of support frame 1a still is provided with outer door 1m, outer door 1m articulates and installs in one side of support frame 1a, the bucket rack body 1b can rotate and get into in the back box 1 j. After the barrel frame body 1b rotates into the rear box 1j, the compressed air spray head 1p blasts the barrel frame body 1b and the barrel bag 1g, blows off dirt above the barrel frame body and then irradiates disinfection treatment by the ozone lamp 1k and the ultraviolet lamp 1 n.

Further, as shown in fig. 7, the dehydration module 2 includes a dehydration shell 2a, a screw shaft 2b, a transmission gear 2c, a leakage cover 2d and a scraping plate 2e, a dehydration inlet 2a1 is arranged above the middle of the dehydration shell 2a, the dehydration inlet 2a1 is connected with the lower end of the barrel bag 1g, the screw shaft 2b is rotatably installed inside the dehydration shell 2a, a gap is reserved between the screw shaft 2b and the inside of the dehydration shell 2a, the transmission gear 2c is installed at the front end of the screw shaft 2b, the transmission gear 2c is meshed and connected with the output end of the dehydration motor, a water leakage port 2a2 is opened below the front portion of the dehydration shell 2a, a dehydration outlet 2a3 is opened below the rear portion of the dehydration shell 2a, the scraping plate 2e is fixedly installed at the rear end of the screw shaft 2b, and the scraping plate 2e is located above the dehydration outlet 2a3, one side of the spiral shaft 2b close to the scraping plate 2e is also provided with a leakage cover 2d, the leakage cover 2d is fixed on the inner side of the dewatering shell 2a, and a plurality of groups of through holes are formed in the leakage cover 2 d. After the filth enters the dewatering shell 2a through the dewatering inlet 2a1, the filth moves forward under the drive of the screw shaft 2b, the liquid part is intercepted through the drain cover 2d, and flows back to the water leaking port 2a2 along the gap between the screw shaft 2b and the inside of the dewatering shell 2a, and is collected, and the solid part is scraped by the scraping plate 2e and is discharged from the dewatering outlet 2a 3.

Further, as shown in fig. 8 and 9, the extrusion forming assembly 3 includes an extrusion housing 3a, an extrusion motor 3b, an extrusion hollow shaft 3c, a convex shaft 3d and an extrusion portion 3e, the extrusion motor 3b is fixedly installed in the extrusion housing 3a, the extrusion hollow shaft 3c is rotatably installed in the extrusion housing 3a, the extrusion motor 3b is in transmission connection with the extrusion hollow shaft 3c, an extrusion inlet 3a1 is opened above the extrusion housing 3a, the extrusion inlet 3a1 is connected with a dehydration outlet 2a3, an extrusion cavity 3a2 is opened inside the extrusion housing 3a, the extrusion hollow shaft 3c is located in the extrusion cavity 3a2, the convex shaft 3d is coaxially rotatably installed inside the extrusion hollow shaft 3c, a plurality of extrusion portions 3e are installed on the same circumferential interval of the side wall of the extrusion hollow shaft 3c, and the extrusion portions 3e can rotate around the convex shaft 3d, and realizes material extrusion, and an extrusion outlet 3a3 is arranged below the extrusion shell 3 a. The solid waste discharged from the dewatering outlet 2a3 enters the extrusion forming component 3a from the extrusion inlet 3a1, the extrusion motor 3b drives the extrusion hollow shaft 3c to rotate and rotate relative to the convex shaft 3d, the extrusion part 3e carries out extrusion forming on the solid waste entering the extrusion cavity 3a2 to obtain the disk-shaped waste, when the disk-shaped waste rotates to the extrusion outlet 3a3, the disk-shaped waste falls out from the extrusion outlet 3a3, at the moment, a plastic bag is sleeved at the extrusion outlet 3a3, and the disk-shaped waste can be collected and treated in a centralized manner.

Further, as shown in fig. 10, a plurality of cavities for installing the extruding portion 3e are disposed on a side wall of the hollow extruding shaft 3c, and each cavity includes an extruding cavity 3c1 and a spring cavity 3c2 which are sequentially communicated, the extruding portion 3e includes an abutting head 3e1, a pushing pin 3e2, an extruding spring 3e3 and an extruding plate 3e4, one end of the pushing pin 3e2 is connected to the abutting head 3e1, the other end is connected to the extruding plate 3e4, the pushing pin 3e2 is located in the spring cavity 3c2, the abutting head 3e1 abuts against the protruding shaft 3d, the pushing pin 3e2 is sleeved with the extruding spring 3e3, one end of the extruding spring 3e3 is fixed to an inner wall of the spring cavity 3c2, the other end is connected to the abutting head 3e1, and the extruding plate 3e4 is located in the extruding cavity 3c 1. The convex shaft 3d is abutted against the abutting head 3e1, and the extrusion spring 3e3 provides restoring force, so that the extrusion part 3e reciprocates in the extrusion hollow shaft 3c, and the extrusion molding of solid waste is realized.

Further, as shown in fig. 11 and 12, the front cleaning assembly 4 includes a front cleaning shell 4a, a telescopic arm 4b, a movable arm 4c, a front cleaning nozzle 4d and a front cleaning motor 4g, the front cleaning shell 4a is fixed below the tub rack body 1b, a horizontal telescopic arm through groove 4a1 is formed in the front cleaning shell 4a, a bearing wheel 4h is arranged below the telescopic arm through groove 4a1, a telescopic arm 4b is fittingly installed in the telescopic arm through groove 4a1, the telescopic arm 4b is pressed on the bearing wheel 4h, the front cleaning motor 4g is installed on the side surface of the front cleaning shell 4a, the front cleaning motor 4g is connected with the telescopic arm 4b in a transmission manner, the movable arm 4c is further hinged to one end of the telescopic arm 4b facing the rear side of the tub rack body 1b, a water baffle 4f is further hinged to one end of the front cleaning shell 4a facing the rear side of the tub rack body 1b, the water baffle 4f can cover the port department that leads to groove 4a1 at telescopic boom, it has extension spring chamber 4a2 still to open on the preceding casing 4a to wash, extension spring 4e is equipped with in the extension spring chamber 4a2, the one end of extension spring 4e is fixed in extension spring chamber 4a2, and the middle part at water baffle 4f is fixed to the other end, spout hole 4a3 has still been seted up on the preceding casing 4a that washs, wash spray tube 4d before wearing to be equipped with in the spout hole 4a3, wash spray tube 4d before fixed at the front end of luffing jib 4 c. Preceding cleaning assembly 4 is extending structure, during the non-cleaning state, flexible arm 4b is in the contraction state, when needs wash, preceding cleaning motor 4g drives flexible arm 4b and stretches out, swing arm 4c is released, wash spray tube 4d and take out in the lump before with, pressurization intensification subassembly 6 provides the moderate clear water of temperature and washes for preceding cleaning spray tube 4d, then compressed air weathers, the back finishes washing, preceding cleaning motor 4g antiport, flexible arm 4b drives swing arm 4c and withdraws, breakwater 4f keeps off the exit at flexible arm logical groove 4a1 under the restoring force effect of extension spring 4 e.

Further, as shown in fig. 13, the rear cleaning assembly 5 includes an up-down moving cylinder 5a, a transverse moving frame 5b, a moving sleeve 5c, a paper washing shaft 5d, a spraying shaft 5e, a paper washing motor 5f and a paper pressing device 5n, the tail of the up-down moving cylinder 5a is fixed below the rear side of the barrel frame body 1b, the output end of the up-down moving cylinder 5a is connected with the transverse moving frame 5b, the transverse moving frame 5b is connected with the moving sleeve 5c, the paper washing shaft 5d is coaxially sleeved in the moving sleeve 5c, the spraying shaft 5e is coaxially sleeved in the paper washing shaft 5d, the transverse moving frame 5b is provided with a moving sleeve transverse moving cylinder 5j, the output end of the moving sleeve transverse moving cylinder 5j is connected with the middle of a support 5i, the front end of the support 5i is connected with the moving sleeve 5c, the rear end of the support 5i is connected with a spraying shaft transverse moving cylinder 5k, the output end of the spray washing shaft transverse moving cylinder 5k is connected with the rear end of the spray washing shaft 5e, the spray washing shaft 5e is of a hollow structure, the rear end of the spray washing shaft 5e is connected with one end of a rear washing spray pipe 5m, the other end of the rear washing spray pipe 5m is connected with an outlet of a water filtering component 7, a paper washing motor 5f is fixedly mounted below the moving sleeve 5c, a driving gear 5g is mounted on the output end of the paper washing motor 5f, a driven gear 5h is further arranged on the side wall of the rear end of the paper washing shaft 5d, the driving gear 5g is meshed with the driven gear 5h, a paper pressing device 5n is further mounted below the front end of the paper washing shaft 5d, magnets capable of attracting each other are arranged on the paper pressing device 5n, and paper is pressed on the paper washing shaft 5d through the magnets. It reciprocates that cylinder 5a can drive back washing subassembly 5 and reciprocates to reciprocate, horizontal migration frame 5b can drive back washing subassembly back-and-forth movement, during the washing, spray rinsing axle sideslip cylinder 5k stretches out, it stretches out to drive spray rinsing axle 5e, pressurization intensification subassembly 6 provides the moderate clear water of temperature for spray rinsing axle 5e, wash, then tentatively weather the anus through compressed air, press paper device 5n to press paper on paper washing axle 5d, remove set sideslip cylinder 5j and drive paper washing axle 5d and move forward, clean the anus.

Further, as shown in fig. 14, the paper pressing device 5n includes a paper storage section 5n1, a paper clamping section 5n2, and a paper pulling section 5n3, the paper clamping section 5n2 is located between the paper storage section 5n1 and the paper pulling section 5n3, the paper storage section 5n1 includes a paper storage tray 5n11 and a roll paper 5n12, the roll paper 5n12 is placed on the paper storage tray 5n11, the paper clamping section 5n2 includes a paper clamping cylinder 5n21, a paper clamping lower block 5n22, and a paper clamping upper block 5n23, an output end of the paper clamping cylinder 5n21 is fixed with the paper clamping lower block 5n22, the paper clamping upper block 5n23 is provided above the paper clamping lower block 5n22, and a tip end of the roll paper 5n12 passes through between the paper clamping lower block 5n22 and the paper clamping upper block 5n23 and the paper pulling section 5n 3. The roll paper 5n12 is pulled out by the pulling action of the paper pulling section 5n3 and wound around the washing shaft 5d, and then the lower paper nipping block 5n22 is moved upward by the extension action of the paper nipping cylinder 5n21 to clamp the roll paper 5n12 with the upper paper nipping block 5n23, so that the next paper pulling section 5n3 pulls paper.

Further, as shown in fig. 15, the pressurizing and heating assembly 6 includes a water storage tank 6a, a water supply pipe 6b, a flushing air pipe 6c, a valve 6d and a heater 6e, a lower end of the water storage tank 6a is connected to one end of the water supply pipe 6b, the valve 6d, the flushing air pipe 6c and the heater 6e are sequentially disposed on a pipeline of the water supply pipe 6b, the heater 6e may be an electric heater, the flushing air pipe 6c is connected to an external air compressor, and the other end of the water supply pipe 6b is respectively communicated with the front cleaning nozzle 4d and the rear cleaning nozzle 5 m. When clean water is needed, the control valve 6d is opened, water in the water storage tank 6a enters the water supply pipe 6b and is heated by the heater 6e, and clean water with moderate temperature is obtained to be used for washing by the front cleaning spray pipe 4d and the rear cleaning spray pipe 5 m. The flushing air pipe 6c is a bypass pipe, and after clear water is provided, compressed air is introduced by an external air compressor to blow the front cleaning spray pipe 4d and the rear cleaning spray pipe 5m for drying.

Further, as shown in fig. 16, the water filtering module 7 includes a hollow water filtering shell 7a, a water filtering inlet 7a1 is provided at the top of the water filtering shell 7a, a water filtering outlet 7a2 is provided at the bottom, a partition plate 7a3 is provided at the lower part of the inner side of the water filtering shell 7a, a lower filtering box 7b, a middle filtering box 7c and an upper filtering box 7d which are sequentially communicated are fixed on the partition plate 7a3 from bottom to top, fine sand with a diameter of 1.5 to 2mm is filled in the lower filtering box 7b, stone balls with a diameter of 3 to 4mm are filled in the middle filtering box 7c, stone balls with a diameter of 5 to 6mm are filled in the upper filtering box 7d, the water filtering inlet 7a1 is connected with the second outlet of the water storage module 8, and the water filtering outlet 7a2 is communicated with the inlet of the water storage tank 6 a. After water is filtered by sands with different grain diameters, the water can be used for washing by a front cleaning spray pipe 4d and a rear cleaning spray pipe 5m, and cleanness and sanitation are ensured.

Further, as shown in fig. 17 and 18, the water storage assembly 8 includes a water storage tank 8a, a sedimentation tank 8b, a water pump 8c and an overflow pipe 8d, the sedimentation tank 8b is disposed above the inside of the water storage tank 8a, the water pump 8c is mounted at the bottom of the water storage tank 8a, a tee joint is disposed at an outlet of the water pump 8c, a first outlet of the tee joint is connected with an inlet of the tub bag cleaning nozzle 1h, and a second outlet of the tee joint is connected with the filtered water inlet 7a 1.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. Portable formula of riding is from handling the urinal, its characterized in that: comprises a barrel frame component (1), a dehydration component (2), an extrusion forming component (3), a front cleaning component (4), a rear cleaning component (5), a pressurizing and heating component (6), a water filtering component (7) and a water storage component (8),

the barrel frame component (1) comprises a support frame (1a), a barrel frame body (1b), a barrel bag (1g) and a barrel bag cleaning spray head (1h), the barrel frame body (1b) is rotatably arranged on the front side of the support frame (1a), the barrel frame body (1b) can move up and down along the support frame (1a), the upper end of the barrel bag (1g) is sleeved on the edge of the barrel frame body (1b), the lower end of the barrel bag is connected with an inlet of the dewatering component (2), the barrel bag cleaning spray head (1h) is arranged on the lower side of the barrel frame body (1b),

the solid outlet of the dewatering component (2) is connected with the inlet of the extrusion forming component (3),

the front cleaning component (4) is arranged below the front side of the barrel frame body (1b),

the rear cleaning component (5) is arranged below the rear side of the barrel frame body (1b),

the export of pressurization intensification subassembly (6) washs subassembly (4) and after-cleaning subassembly (5) respectively with preceding, the first export of retaining subassembly (8) and the entry linkage of bucket bag washing shower nozzle (1h), the second export of retaining subassembly (8) and the entry linkage of drainage subassembly (7), the export of drainage subassembly (7) respectively with preceding washing subassembly (4) and after-cleaning subassembly (5) entry linkage.

2. The portable riding self-treating urinal according to claim 1 wherein: the bilateral symmetry of support frame (1a) rotates and installs vertical elevating screw (1c), elevating motor (1d) is installed to the top bilateral symmetry of support frame (1a), elevating motor (1d) is connected with elevating screw (1c) transmission of homonymy, and the middle part cooperation of every elevating screw (1c) is connected with lifting nut (1e), installs one upset motor (1f) on every lifting nut (1e) respectively, and the output of two upset motors (1f) sets up relatively, bucket rack body (1b) rear end both sides are connected with the output of the upset motor (1f) of homonymy respectively.

3. The portable riding self-treating urinal according to claim 1 or 2, wherein: the ozone generator is characterized in that a rear box (1j) is further arranged on the rear side of the support frame (1a), an ozone lamp (1k) is mounted at the top of the inner side of the rear box (1j), an ultraviolet lamp (1n) is mounted at the lower portion of the inner side of the rear box (1j), a compressed air nozzle (1p) is mounted above the ultraviolet lamp (1n), the air inlet end of the compressed air nozzle (1p) is connected with one end of an air compression pipe (1q), and the other end of the air compression pipe (1q) is connected with an external air compressor; the front side of support frame (1a) still is provided with outer door (1m), outer door (1m) articulated installation is in one side of support frame (1a), bucket rack body (1b) can rotate into in back box (1 j).

4. The portable riding self-treating urinal according to claim 3 wherein: the dehydration component (2) comprises a dehydration shell (2a), a spiral shaft (2b), a transmission gear (2c), a leakage cover (2d) and a scraping plate (2e), a dehydration inlet (2a1) is arranged above the middle part of the dehydration shell (2a), the dehydration inlet (2a1) is connected with the lower end of a barrel bag (1g), the spiral shaft (2b) is installed in the dehydration shell (2a) in a rotating way, a gap is reserved between the spiral shaft (2b) and the inside of the dehydration shell (2a), the transmission gear (2c) is installed at the front end of the spiral shaft (2b), the transmission gear (2c) is meshed with the output end of a dehydration motor and is connected, a water leakage port (2a2) is arranged below the front part of the dehydration shell (2a), a dehydration outlet (2a3) is arranged below the rear part of the dehydration shell (2a), and the scraping plate (2e) is fixed on the rear part of the spiral shaft (2b), scrape the top that board (2e) are located dehydration export (2a3), screw axis (2b) are close to one side of scraping board (2e) and still are provided with hourglass lid (2d), it is inboard at dehydration shell (2a) to leak lid (2d), it has the multiunit through-hole to open on hourglass lid (2 d).

5. The portable riding self-treating urinal according to claim 4 wherein: extrusion subassembly (3) is including extruding shell (3a), extrusion motor (3b), extrusion hollow shaft (3c), protruding axle (3d) and extrusion portion (3e), extrusion motor (3b) fixed mounting is in extruding shell (3a), extrusion hollow shaft (3c) are rotated and are installed in extruding shell (3a), extrusion motor (3b) is connected with extrusion hollow shaft (3c) transmission, it has extrusion entry (3a1) to open the top of extruding shell (3a), extrusion entry (3a1) is connected with dehydration export (2a3), the inside of extruding shell (3a) is opened there is extrusion cavity (3a2), extrusion hollow shaft (3c) is located extrusion cavity (3a2), the inside coaxial rotation of extrusion hollow shaft (3c) installs protruding axle (3d), a plurality of extrusion portions (3e) are installed to the same circumference of lateral wall of extrusion hollow shaft (3c) equidistant, the extrusion part (3e) can rotate around the convex shaft (3d) and realize material extrusion, and an extrusion outlet (3a3) is formed below the extrusion shell (3 a).

6. The portable riding self-treating urinal according to claim 5, wherein: a plurality of cavities for installing the extrusion parts (3e) are arranged on the side wall of the extrusion hollow shaft (3c), the cavity comprises a squeezing cavity (3c1) and a spring cavity (3c2) which are communicated in sequence, the squeezing part (3e) comprises a butting head (3e1), a push-out pin (3e2), a squeezing spring (3e3) and a squeezing plate (3e4), one end of the ejector pin (3e2) is connected with the abutting head (3e1), the other end is connected with the extrusion plate (3e4), the ejector pin (3e2) is located in a spring cavity (3c2), the abutting head (3e1) abuts on the convex shaft (3d), the push-out pin (3e2) is sleeved with an extrusion spring (3e3), one end of the extrusion spring (3e3) is fixed on the inner wall of the spring cavity (3c2), the other end of the extrusion spring is connected with the abutting joint head (3e1), and the extrusion plate (3e4) is located in the extrusion cavity (3c 1).

7. The portable riding self-treating urinal according to claim 6, wherein: the front cleaning assembly (4) comprises a front cleaning shell (4a), a telescopic arm (4b), a movable arm (4c), a front cleaning spray pipe (4d) and a front cleaning motor (4g), the front cleaning shell (4a) is fixed below the barrel frame body (1b), a horizontal telescopic arm through groove (4a1) is formed in the front cleaning shell (4a), a bearing wheel (4h) is arranged below the telescopic arm through groove (4a1), the telescopic arm (4b) is installed in the telescopic arm through groove (4a1) in a matched mode, the telescopic arm (4b) is pressed on the bearing wheel (4h), the front cleaning motor (4g) is installed on the side face of the front cleaning shell (4a), the front cleaning motor (4g) is in transmission connection with the telescopic arm (4b), the movable arm (4c) is further installed at one end, facing the rear side of the barrel frame body (1b), of the telescopic arm (4b), preceding cleaning shell (4a) still articulates towards the one end top of bucket rack body (1b) rear side and installs breakwater (4f), breakwater (4f) can cover the port department that leads to groove (4a1) at flexible arm, preceding cleaning shell (4a) is gone up and has still been opened extension spring chamber (4a2), extension spring (4e) are equipped with in extension spring chamber (4a2), the one end of extension spring (4e) is fixed in extension spring chamber (4a2), and the middle part at breakwater (4f) is fixed to the other end, spout hole (4a3) have still been seted up on preceding cleaning shell (4a), wear to be equipped with preceding washing spray tube (4d) in spout hole (4a3), preceding washing spray tube (4d) are fixed at the front end of swing arm (4 c).

8. The portable riding self-treating urinal according to claim 7 wherein: the back cleaning component (5) comprises an up-down moving cylinder (5a), a transverse moving frame (5b), a moving sleeve (5c), a paper washing shaft (5d), a spraying washing shaft (5e), a paper washing motor (5f) and a paper pressing device (5n), the tail part of the up-down moving cylinder (5a) is fixed below the rear side of the barrel frame body (1b), the output end of the up-down moving cylinder (5a) is connected with the transverse moving frame (5b), the transverse moving frame (5b) is connected with the moving sleeve (5c), the paper washing shaft (5d) is coaxially sleeved in the moving sleeve (5c), the spraying washing shaft (5e) is coaxially sleeved in the paper washing shaft (5d), the transverse moving frame (5b) is provided with a moving sleeve transverse moving cylinder (5j), the output end of the moving sleeve transverse moving cylinder (5j) is connected with the middle part of the support (5i), the front end of the bracket (5i) is connected with the moving sleeve (5c), the rear end of the bracket (5i) is connected with the spray washing shaft transverse moving cylinder (5k), the output end of the spray-washing shaft transverse moving cylinder (5k) is connected with the rear end of a spray-washing shaft (5e), the spraying and washing shaft (5e) is of a hollow structure, the rear end of the spraying and washing shaft (5e) is also connected with one end of a post-cleaning spray pipe (5m), the other end of the post-cleaning spray pipe (5m) is connected with an outlet of a water filtering component (7), a paper washing motor (5f) is fixedly arranged below the movable sleeve (5c), the output end of the paper washing motor (5f) is provided with a driving gear (5g), a driven gear (5h) is also arranged on the side wall of the rear end of the paper washing shaft (5d), the driving gear (5g) is meshed with the driven gear (5h), and a paper pressing device (5n) is further mounted below the front end of the paper washing shaft (5 d).

9. The portable riding self-treating urinal according to claim 8 wherein: the paper pressing device (5n) comprises a paper storage part (5n1), a paper clamping part (5n2) and a paper pulling part (5n3), the paper clamping part (5n2) is located between the paper storage part (5n1) and the paper pulling part (5n3), the paper storage part (5n1) comprises a paper storage tray (5n11) and a roll paper (5n12), the roll paper (5n12) is placed on the paper storage tray (5n11), the paper clamping part (5n2) comprises a paper clamping cylinder (5n21), a paper clamping lower block (5n22) and a paper clamping upper block (5n23), the output end of the paper clamping cylinder (5n21) is fixed with the paper clamping lower block (5n22), the paper clamping upper block (5n23) is arranged above the paper clamping lower block (5n22), and the tail end of the roll paper (5n12) penetrates through the paper clamping blocks 22 and 599 and is pulled out of the paper clamping part (5n 639).

10. The portable riding self-treating urinal according to claim 8 wherein: the pressurizing and heating assembly (6) comprises a water storage tank (6a), a water supply pipe (6b), a flushing air pipe (6c), a valve (6d) and a heater (6e), the lower end of the water storage tank (6a) is connected with one end of the water supply pipe (6b), the valve (6d), the flushing air pipe (6c) and the heater (6e) are sequentially arranged on a pipeline of the water supply pipe (6b), the flushing air pipe (6c) is connected with an external air compressor, and the other end of the water supply pipe (6b) is respectively communicated with a front cleaning spray pipe (4d) and a rear cleaning spray pipe (5 m).

11. The portable riding self-treating urinal according to claim 10 wherein: the water filtering component (7) comprises a hollow water filtering shell (7a), a water filtering inlet (7a1) is formed in the top of the water filtering shell (7a), a water filtering outlet (7a2) is formed in the bottom of the water filtering shell, a partition plate (7a3) is arranged on the lower portion of the inner side of the water filtering shell (7a), a lower filtering box (7b), a middle filtering box (7c) and an upper filtering box (7d) which are sequentially communicated are fixed on the partition plate (7a3) from bottom to top, fine sand with the diameter of 1.5-2 mm is filled in the lower filtering box (7b), stone balls with the diameter of 3-4 mm are filled in the middle filtering box (7c), stone balls with the diameter of 5-6 mm are filled in the upper filtering box (7d), the water filtering inlet (7a1) is connected with a second outlet of the water storage component (8), and the water filtering outlet (7a2) is communicated with an inlet of the water storage tank (6 a).

12. The portable riding self-treating urinal according to claim 11 wherein: retaining subassembly (8) include cistern (8a), sedimentation tank (8b), water pump (8c) and overflow pipe (8d), the inside top of cistern (8a) is located in sedimentation tank (8b), water pump (8c) are installed to the bottom of cistern (8a), the exit of water pump (8c) is provided with the tee bend, and the entry linkage of three-way first export and bucket bag washing shower nozzle (1h), and the second export of tee bend is connected with drainage entry (7a 1).