CN112649618B - Urine receiving and testing device - Google Patents
Urine receiving and testing device Download PDFInfo
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- CN112649618B CN112649618B CN202011485244.5A CN202011485244A CN112649618B CN 112649618 B CN112649618 B CN 112649618B CN 202011485244 A CN202011485244 A CN 202011485244A CN 112649618 B CN112649618 B CN 112649618B
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N35/00—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor
- G01N35/02—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor using a plurality of sample containers moved by a conveyor system past one or more treatment or analysis stations
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N35/00—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor
- G01N35/02—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor using a plurality of sample containers moved by a conveyor system past one or more treatment or analysis stations
- G01N35/04—Details of the conveyor system
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Abstract
A urine receiving testing device comprising: the device comprises an external frame, an internal processing structure and a collecting and storing structure, wherein the internal processing structure and the collecting and storing structure are arranged in the external frame; the motor is controlled by a computer to drive the connecting piece to move, so that the functions of receiving, reserving, inspecting, excreting and cleaning urine are realized; the urine collecting device simplifies the process of urine collecting and sending to the inspection room by urine testers, changes the defects that urine collecting devices are small, the urine collecting devices are inconvenient to take and send the urine testers, the urine collecting devices are multipolar and easy to cause mistakes and disorder, improves the urine collecting environment and the urine collecting method, reduces the back-and-forth walking time, lightens the psychological pressure of people, improves the life quality, reduces the workload of workers, increases the working efficiency and saves the cost.
Description
Technical Field
The invention relates to the technical field of inspection equipment, in particular to a urine receiving and inspecting device.
Background
The prior urine inspection device needs a patient to take a small plastic cup to receive urine, the urine is sent to a room to be inspected and is placed on paper written with the name of the patient, the urine leaves, medical staff comes to the room to be inspected and is collected and sent to the inspection room, after an inspection report is sent out, the urine is sent to the patient, a urine receiver is small and inconvenient to take, send and receive urine, psychological pressure is caused by conflict emotion in mind of the patient, and the receiver is too many and is easy to make mistakes.
Disclosure of Invention
Aiming at the technical problem, the invention provides a urine receiving and testing device, wherein a motor is controlled by a computer to drive a connecting piece to move, so that the functions of receiving, reserving a sample, testing, discharging and cleaning urine are realized; the invention reduces the psychological pressure of people, improves the life quality, reduces the workload of workers, increases the working efficiency and saves the cost.
The technical scheme adopted by the invention is as follows: a urine receiving testing device comprising: the device comprises an external frame, an internal processing structure and a collecting and storing structure, wherein the internal processing structure and the collecting and storing structure are arranged in the external frame; the outer frame includes: the device comprises an integral frame, a seat sliding groove, a seat support, a master controller, a laboratory sheet report outlet, a high-pressure water pipe, a rotary shower head, a rotary barrel and a door; the seat sliding chute is fixedly arranged on the upper end surface of the integral frame; a sliding key at the lower end of the seat is arranged in a sliding chute of the seat in a sliding manner; the seat support is fixedly arranged on the upper end surface of the integral frame, and when the seat slides above the seat support, the seat support plays a role in limiting the seat to move towards the door direction and supporting the seat; the master controller is fixedly arranged on the upper end surface of the integral frame, and a laboratory sheet report outlet is arranged on the side of the master controller; the high-pressure water pipe is fixedly arranged on the integral frame, and a rotary shower nozzle is arranged above the high-pressure water pipe; the rotary barrel is rotatably arranged in the clamping groove of the integral frame; the door is arranged on the integral frame through a hinge; the internal processing structure and the collecting and storing structure are arranged inside the integral frame.
Further, the internal processing structure comprises an A-type motor, a urine receiving basin, a support frame, a liquid discharge switch, a B-type motor, a liquid discharge pipeline, a connection and disconnection mechanism, a C-type motor, a control gear, a rotary platform, a liquid sample retention bottle, an output controller, a carving and printing device, a sewer connecting pipe, a liquid discharge connection mechanism, a power communication mechanism, a sealing power mechanism, a power conversion mechanism, a bottle cap placing box, a bottle cap pushing device, a bottle cap supply device, a bottle cap shifting device and a test liquid receiving device; the urine receiving basin is fixedly arranged on a motor shaft of the A-shaped motor through a coupler; the urine receiving basin is rotatably arranged on the supporting frame; the support frame is fixedly arranged below the master controller, the spray head is arranged below the support frame, and the water inlet is connected with the high-pressure water pipe; the liquid drainage switch is rotatably arranged in the liquid drainage pipeline, one end of the liquid drainage switch is connected to the B-type motor, and the B-type motor controls the liquid drainage switch to rotate so as to control the on-off of the liquid drainage pipeline; the B-type motor is fixedly arranged on the urine receiving basin; one end of the liquid drainage pipeline is fixedly arranged on the urine receiving basin; one end of the connection and disconnection mechanism is occluded with the other end of the liquid discharge pipeline, the other end of the connection and disconnection mechanism is connected with the integral frame, and the middle part of the connection and disconnection mechanism is meshed with an output end controlled by the output controller; the bottom of the C-shaped motor is arranged on the integral frame, and the upper end of the C-shaped motor is provided with a control gear, a rotating platform and an output controller; the gear teeth of the control gear are meshed with the auxiliary gear of the power conversion mechanism; a liquid sample retention bottle is movably arranged in the rotary platform clamping groove; the engraving and printing equipment is fixedly arranged on the inner wall of the integral frame, one end of the engraving and printing equipment is connected with the master controller, and when the C-shaped motor drives the rotating platform to rotate, the label of the liquid sample reserving bottle on the rotating platform is opposite to the spraying port of the engraving and printing equipment, the user name is printed; the sewer connecting pipe is fixedly arranged in the integral frame, when the A-type motor drives the urine receiving basin to rotate ninety degrees, one end of the liquid drainage pipeline is opposite to the connector of the sewer connecting pipe, and the liquid drainage communicating mechanism drives one end of the liquid drainage pipeline to rotate in a threaded manner to be communicated with the sewer connecting pipe; one end of the liquid discharge communicating mechanism is fixedly arranged on the inner wall of the integral frame, and an upper gear of the liquid discharge communicating mechanism is meshed with a gear at one end of the power communicating mechanism; the power communicating mechanism is rotatably arranged in the integral frame, the power communicating mechanism is connected with the power converting mechanism through a belt, the power converting mechanism drives the power communicating mechanism to rotate, and a gear at the other end of the power communicating mechanism is meshed with a gear on the sealing power mechanism; one end of the sealing power mechanism is rotationally connected with a round hole on the inner wall of the integral frame, and the sealing power mechanism is parallel to the bottle cap shifting device; one end of the power conversion mechanism is rotatably connected in a circular hole in the inner wall of the integral frame, one end of the bottle cap placing box is fixedly arranged on the inner wall of the integral frame, and the bottle cap placing box is provided with a bottle cap pushing device, a bottle cap supplying device and a bottle cap shifting device; when the C-shaped motor drives the rotary platform to transfer the liquid sample retention bottle on the rotary platform to be opposite to the outlet of the bottle cap shifting device, the computer controls the clamping groove baffle to lower one cylinder of the bottle cap supply device to eject the bottle cap, the bottle cap pushing device pushes the bottle cap to enter the bottle cap shifting device, the bottle cap is pushed out along the inner pipeline of the bottle cap shifting device by the elastic sheet in the bottle cap shifting device, the gear teeth outside the bottle cap are meshed with the gear at the other end of the sealing power mechanism, and the sealing power mechanism rotates to drive the bottle cap to be connected and mounted on the liquid sample retention bottle; one end of the chemical examination liquid receiving device is fixedly connected with the inner wall of the whole frame, the circular opening of the chemical examination liquid receiving device is positioned below the position when the liquid drainage pipeline is connected with the liquid sample retention bottle, a water flowing hole below the chemical examination liquid receiving device is communicated with a sewer connecting pipe, the chemical examination liquid receiving device is internally provided with a checking device, one end of the device is connected with the master controller, the upper side of the circular opening of the chemical examination liquid receiving device is just opposite to the spray head of the support frame, and the device is cleaned by water after the checking is finished.
Further, the collecting and storing structure comprises an empty bottle placing box, a movable panel, a telescopic pull rod, a full bottle collecting box, a bottle body mover, a limiting partition, a full bottle push rod, a power source controller, a limiting track and an empty bottle push rod; the empty bottle placing box is arranged at the right opening right in front of the integral frame, and a movable panel and a telescopic pull rod are movably arranged in the empty bottle placing box; the movable panel is rotationally connected with the telescopic pull rod and is changed into fixed connection through the inserted rod; one end of the telescopic pull rod is fixed with the integral frame; the full bottle collecting box is arranged at the left opening right in front of the integral frame; the bottle body mover is arranged on the limiting partition; the limiting partition is fixedly arranged on the platform in the integral frame; the full bottle push rod is fixedly arranged on a platform in the integral frame, and the full bottle push rod extension rod is opposite to the full bottle collecting box through a limiting partition opening; the power source controller is fixedly arranged on a platform in the integral frame; the limiting rail is arranged at the joint of the platform in the integral frame and the empty bottle placing box and the full bottle collecting box; the empty bottle push rod is slidably arranged in the integral frame;
compared with the prior art, the invention has the beneficial effects that:
1. the urine collecting device is fixedly arranged below the master controller through the supporting frame, the urine receiving basin is connected to the supporting frame, and the defect that urine is inconvenient to collect due to the fact that the urine collecting device is small due to the fact that the urine receiving basin is enlarged is overcome;
2. the support frame is fixedly arranged below the master controller, the urine receiving basin is connected to the support frame, and the fixing of the urine receiving basin liberates the hands of a patient;
3. by integrating urine receiving and inspection, the running pain of the patient is effectively reduced, the medical environment is improved, and the time is saved;
4. by integrating urine receiving and inspection, the defect that more operators are used and mistakes are easily made is effectively reduced, and the working quality and speed are improved;
drawings
FIG. 1 and FIG. 2 are schematic views of the overall structure of the present invention
FIG. 3, FIG. 4, and FIG. 5 are schematic views of the external frame structure of the present invention
FIG. 6, FIG. 7, and FIG. 8 are schematic views of the internal processing structure of the present invention
FIG. 9 and FIG. 10 are schematic views of the collecting and storing structure of the present invention
1-an outer frame; 2-internal processing structure; 3-collecting and storing the structure; 101-a monolithic frame; 102-a seat chute; 103-a seat; 104-a seat support; 105-a master controller; 106-laboratory sheet report export; 107-high pressure water pipe; 108-rotating shower head; 109-barrel rotation; 110-a door; a 201-A type motor; 202-a urine receiving basin; 203-a support frame; 204-liquid discharge switch; 205-type B motor; 206-a drainage conduit; 207-connection disconnection mechanism; a 208-C type motor; 209-control gear; 210-a rotating platform; 211-liquid retention vial; 212-an output controller; 213-a relief printing device; 214-sewer connecting pipe; 215-a drain on mechanism; 216-a power communication mechanism; 217-sealing power mechanism; 218-a power conversion mechanism; 219-bottle cap placing box; 220-bottle cap pushing means; 221-a bottle cap; 222-a cap supply; 223-a bottle cap displacement device; 224-assay liquid acceptor; 301-empty bottle holding box; 302-moving the panel; 303-telescopic pull rod; 304-full bottle collection box; 305-a bottle mover; 306-spacing and isolating; 307-full bottle push rod; 308-a power source controller; 309-limit track; 310-empty bottle pusher.
Detailed Description
The technical scheme of the invention is further specifically described by the following embodiments and the accompanying drawings. In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present invention. This invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein, as those skilled in the art will be able to make similar modifications without departing from the spirit and scope of the invention.
In the description of the present invention, it should be noted that the terms "upper", "lower", "front", "back", "left", "right", and the like indicate orientations or positional relationships based on orientations or positional relationships shown in the drawings or orientations or positional relationships that the products of the present invention are conventionally placed in use, and are only used for convenience in describing the present invention and simplifying the description, but do not indicate or imply that the devices or elements referred to must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present invention. Examples are shown in figures 1, 2, 3, 4, 5, 6, 7, 8, 9 and 10,
a urine receiving testing device comprising: the urine collecting and storing device comprises an external frame 1, an internal processing structure 2 and a collecting and storing structure 3, wherein a motor is controlled by a computer to drive a connecting piece to move, so that the functions of receiving, reserving, inspecting, discharging and cleaning urine are realized; the outer frame 1 includes: an integral frame 101, a seat chute 102, a seat 103, a seat support 104, a general controller 105, a laboratory sheet report outlet 106, a high-pressure water pipe 107, a rotary shower head 108, a rotary bucket 109, and a door 110; the seat sliding chute 102 is fixedly arranged on the upper end surface of the integral frame 101; a sliding key at the lower end of the seat 103 is slidably arranged in a sliding groove of the seat sliding groove 102; a seat support 104 is fixedly installed on the upper end surface of the integral frame 101, and when the seat 103 slides over the seat support 104, the seat support 104 functions to limit the seat 103 to move toward the door 110 and support the seat 103; the master controller 105 is fixedly arranged on the upper end face of the integral frame 101, and a laboratory sheet report outlet 106 is arranged on the side of the master controller 105; the high-pressure water pipe 107 is fixedly arranged on the integral frame 101, and a rotary shower head 108 is arranged above the high-pressure water pipe 107; the rotary barrel 109 is rotatably arranged in the clamping groove of the integral frame 101; the door 110 is mounted on the integrated frame 101 through hinges; the internal handling structure 2 and the collecting and storing structure 3 are mounted inside a single frame 101.
The internal processing structure 2 comprises an A-type motor 201, a urine receiving basin 202, a support frame 203, a liquid drainage switch 204, a B-type motor 205, a liquid drainage pipeline 206, a connection disconnection mechanism 207, a C-type motor 208, a control gear 209, a rotary platform 210, a liquid retention bottle 211, an output controller 212, a carving and printing device 213, a sewer connecting pipe 214, a liquid drainage connection mechanism 215, a power communication mechanism 216, a sealing power mechanism 217, a power conversion mechanism 218, a bottle cap placing box 219, a bottle cap pushing device 220, a bottle cap 221, a bottle cap supply device 222, a bottle cap shifting device 223 and an assay liquid receiver 224; the urine receiving basin 202 is fixedly arranged on a motor shaft of the A-shaped motor 201 through a coupler; the urine receiving basin 202 is rotatably mounted on a support frame 203; the support frame 203 is fixedly arranged below the master controller 105, the spray head is arranged below the support frame 203, and the water inlet is connected with the high-pressure water pipe 107; the liquid discharge switch 204 is rotatably arranged in the liquid discharge pipeline 206, one end of the liquid discharge switch 204 is connected to the B-type motor 205, and the B-type motor 205 controls the liquid discharge switch 204 to rotate so as to control the on-off of the liquid discharge pipeline 206; the B-type motor 205 is fixedly arranged on the urine receiving basin 202; one end of the drain pipe 206 is fixedly arranged on the urine receiving basin 202; one end of the connection and disconnection mechanism 207 is occluded with the other end of the liquid discharge pipeline 206, the other end of the connection and disconnection mechanism 207 is connected with the whole frame 101, and the middle part of the connection and disconnection mechanism 207 is engaged with an output end controlled by the output controller 212; the bottom of the C-shaped motor 208 is arranged on the integral frame 101, and the upper end of the C-shaped motor 208 is provided with a control gear 209, a rotating platform 210 and an output controller 212; the gear teeth of the control gear 209 are meshed with the auxiliary gear of the power conversion mechanism 218; a liquid sample retention bottle 211 is movably arranged in the clamping groove of the rotary platform 210; the engraving and printing device 213 is fixedly installed on the inner wall of the integral frame 101, one end of the engraving and printing device 213 is connected with the master controller 105, and when the C-shaped motor 208 drives the rotating platform 210 to rotate so that the label position of the liquid sample retaining bottle 211 on the rotating platform 210 is opposite to the spraying port of the engraving and printing device 213, the user name is printed; the sewer connecting pipe 214 is fixedly arranged in the integral frame 101, when the A-type motor 201 drives the urine receiving basin 202 to rotate ninety degrees, one end of the liquid drainage pipeline 206 is opposite to the connector of the sewer connecting pipe 214, and the liquid drainage connection mechanism 215 drives one end of the liquid drainage pipeline 206 to rotate in a threaded manner to be connected with the sewer connecting pipe 214; one end of the liquid drainage connecting mechanism 215 is fixedly arranged on the inner wall of the integral frame 101, and a gear on the liquid drainage connecting mechanism 215 is meshed with a gear on one end of the power connecting mechanism 216; the power communicating mechanism 216 is rotatably arranged in the integral frame 101, the power communicating mechanism 216 is connected with the power converting mechanism 218 through a belt, the power converting mechanism 218 drives the power communicating mechanism 216 to rotate, and a gear at the other end of the power communicating mechanism 216 is meshed with a gear on the sealing power mechanism 217; one end of the sealing power mechanism 217 is rotatably connected with a round hole on the inner wall of the integral frame 101, and the sealing power mechanism 217 is parallel to the bottle cap displacement device 223; one end of the power conversion mechanism 218 is rotatably connected in a circular hole in the inner wall of the integral frame 101, one end of the bottle cap placing box 219 is fixedly arranged on the inner wall of the integral frame 101, and the bottle cap placing box 219 is provided with a bottle cap pushing device 220, a bottle cap supplying device 222 and a bottle cap shifting device 223; when the C-shaped motor 208 drives the rotating platform 210 to rotate so that the liquid retention bottle 211 on the rotating platform 210 is opposite to the outlet of the bottle cap shifting device 223, the clamping groove baffle is controlled by a computer to lower one of the cylinders of the bottle cap supply device 222 to eject the bottle cap 221, the bottle cap pushing device 220 pushes the bottle cap 221 into the bottle cap shifting device 223, the bottle cap 221 is pushed out along the inner pipeline of the bottle cap shifting device 223 by the elastic sheet in the bottle cap shifting device 223, the outer gear of the bottle cap 221 is meshed with the gear at the other end of the sealing power mechanism 217, and the sealing power mechanism 217 rotates to drive the bottle cap 221 to be connected and installed on the liquid retention bottle 211; one end of an assay liquid receiver 224 is fixedly connected with the inner wall of the integral frame 101, a circular opening of the assay liquid receiver 224 is positioned below the position when the liquid discharge pipeline 206 is connected with the liquid sample retention bottle 211, a water flowing port below the assay liquid receiver 224 is communicated with the sewer connecting pipe 214, an inspection device is installed in the assay liquid receiver 224, one end of the inspection device is connected with the master controller 105, a nozzle of the support frame 203 is over against the circular opening of the assay liquid receiver 224, and the inspection device is cleaned by water after the inspection is finished.
The collecting and storing structure 3 comprises an empty bottle placing box 301, a moving panel 302, a telescopic pull rod 303, a full bottle collecting box 304, a bottle body mover 305, a limiting partition 306, a full bottle push rod 307, a power source controller 308, a limiting track 309 and an empty bottle push rod 310; the empty bottle placing box 301 is arranged at the right opening right in front of the integral frame 101, and a movable panel 302 and a telescopic pull rod 303 are movably arranged in the empty bottle placing box 301; the movable panel 302 is rotatably connected with the telescopic pull rod 303 and is changed into a fixed connection through an inserted link; one end of the telescopic pull rod 303 is fixed with the integral frame 101; the full bottle collecting box 304 is arranged at the opening at the left side right in front of the integral frame 101; the bottle mover 305 is mounted on a spacing partition 306; the limiting partition 306 is fixedly arranged on a platform in the integral frame 101; the full bottle push rod 307 is fixedly arranged on a platform in the integral frame 101, and the extension rod of the full bottle push rod 307 is opposite to the full bottle collecting box 304 through an opening of the limit partition 306; the power source controller 308 is fixedly arranged on a platform in the integral frame 101; the limiting rail 309 is arranged at the connecting part of the platform in the integral frame 101 and the empty bottle placing box 301 and the full bottle collecting box 304; an empty bottle push rod 310 is slidably mounted within the unitary frame 101.
The working principle is as follows:
when the multifunctional bed-pan urinates, after a patient inputs identity information into the master controller 105, the patient can stand to urinate the urine receiving basin 202, the seat 103 can be pulled to enable the seat 103 to move in the chute of the seat chute 102, when the edge of the seat 103 slides to the upper part of the seat support 104, the seat support 104 plays a supporting role, the upper opening of the seat 103 is opposite to the urine receiving basin, the patient can sit on the seat 103 to urinate, the master controller 105 controls the B-type motor 205, the B-type motor opens the liquid discharge switch 204, the liquid discharge switch 204 is rotatably arranged in the liquid discharge pipeline 206 to be switched on and off, and at the moment, the upper end of the C-type motor 208 is provided with the control gear 209, the rotary platform 210 and the output controller 212; the rotary platform 210 is fixedly arranged on the C-shaped motor 208, and a liquid sample retention bottle 211 is movably arranged in a clamping groove of the rotary platform 210; one end of a connection and disconnection mechanism 207 is occluded with the other end of a liquid discharge pipeline 206, the other end of the connection and disconnection mechanism 207 is connected with the integral frame 101, the middle part of the connection and disconnection mechanism 207 is engaged with an output end controlled by an output controller 212, a C-shaped motor 208 drives the output controller 212 to connect a liquid sample bottle 211 interface with the liquid discharge pipeline 206, when the liquid sample bottle 211 is full of urine, a B-shaped motor closes a liquid discharge switch 204, the C-shaped motor 208 drives the output controller 212 to rotate reversely to disconnect the liquid sample bottle 211 interface from the liquid discharge pipeline 206, a liquid discharge pipeline 206 connecting part is connected with the liquid sample bottle 211 interface, residual liquid in the pipe is remained because one end of a test liquid receiver 224 is fixedly connected with the inner wall of the integral frame 101, a round opening of the test liquid receiver 224 is positioned below the position when the liquid discharge pipeline 206 is connected with the liquid sample bottle 211, a water outlet below the test liquid receiver 224 is communicated with a connecting pipe 214, the test liquid receiver 224 is internally provided with test equipment, one end of the equipment is connected with the master controller 105, the upper part of the circular opening of the test liquid receiver 224 is opposite to the spray head of the support frame 203, when test data are transmitted to the master controller 105, the master controller 105 controls the test report outlet 106 to print a report, at the moment, the spray head of the support frame 203 sprays water to clean the test liquid receiver 224, so that a patient does not urinate, a test report is printed, and the patient can take the test report after urinating; the upper end of an A-type motor 201 is connected with a urine receiving basin 202, the urine receiving basin 202 is rotatably mounted on a support frame 203, the support frame 203 is fixedly mounted below a master controller 105, a nozzle is mounted below the support frame 203, a water inlet is connected with a high-pressure water pipe 107, one end of a liquid discharge pipeline 206 is fixedly mounted on the urine receiving basin 202, the A-type motor 201 drives the urine receiving basin 202 to rotate, so that one end of the liquid discharge pipeline 206 is opposite to a connector of a sewer connecting pipe 214, a liquid discharge connection mechanism 215 drives one end of the liquid discharge pipeline 206 to rotate in a threaded manner to be connected with the sewer connecting pipe 214, when a patient urinates, a switch is opened to discharge urine, the high-pressure water pipe 107 is fixedly mounted on the integral frame 101, a rotating fluffy head 108 is mounted above the high-pressure water pipe 107, the rotating fluffy head 108 rotates to clean the urine receiving basin 202 and a connecting piece, one end of a sealing power mechanism 217 is connected with the inner wall of the integral frame 101, and the sealing power mechanism 217 is parallel to a bottle cap displacement device 223; one end of the power conversion mechanism 218 is connected to the inner wall of the whole frame 101, a gear set on the power conversion mechanism 218 is meshed with the gear teeth of the control gear 209, and the other end of the power conversion mechanism 218 is connected with the power communicating mechanism 216 through a belt; one end of the bottle cap placing box 219 is fixedly arranged on the inner wall of the integral frame 101, and the bottle cap placing box 219 is provided with a bottle cap pushing device 220, a bottle cap supplying device 222 and a bottle cap shifting device 223; when the C-shaped motor 208 drives the rotating platform 210 to rotate so that the liquid sample retention bottle 211 on the rotating platform 210 is opposite to the outlet of the bottle cap shifting device 223, the computer controls the slot baffle to lower one of the cylinders of the bottle cap supply device 222 to eject the bottle cap 221, at this time, the bottle cap pushing device 220 pushes the bottle cap 221 into the bottle cap shifting device 223, the bottle cap 221 is pushed out along the inner pipeline of the bottle cap shifting device 223 by the inner elastic sheet of the bottle cap shifting device 223, the outer gear of the bottle cap 221 is meshed with the gear at the other end of the sealing actuating mechanism 217, the sealing actuating mechanism 217 rotates to drive the bottle cap 221 to be connected and installed on the liquid sample retention bottle 211, then the C-shaped motor 208 drives the rotating platform 210 to rotate so that the liquid sample retention bottle 211 on the rotating platform 210 corresponds to the engraving printing device 213, the engraving printing device 213 is fixedly installed on the inner wall of the integral frame 101, and one end of the engraving printing device 213 is connected with the master controller 105, when the C-shaped motor 208 drives the rotating platform 210 to rotate so that the label position of the liquid sample retention bottle 211 on the rotating platform 210 is opposite to the spraying port of the carving and printing device 213, the user name is printed, then the C-shaped motor 208 drives the rotating platform 210 to rotate so that the liquid sample retention bottle 211 on the rotating platform 210 is aligned with the opening of the limiting partition 306 and aligned with the opening 305 to clamp the liquid sample retention bottle 211, the liquid sample retention bottle 211 is dragged to be aligned with the full bottle collecting box 304, the full bottle push rod 307 pushes the liquid sample retention bottle 211 to enter the full bottle collecting box 304 to be used as a secondary verification sample, at this time, a plurality of liquid sample retention bottles 211 are arranged in the empty bottle placing box 301, the empty bottle placing box 301 is arranged at the right opening right in front of the integral frame 101, and the moving panel 302 and the telescopic pull rod 303 are movably arranged in the empty bottle placing box 301; the movable panel 302 is rotatably connected with the fixed head of the telescopic pull rod 303 and is changed into fixed connection through an inserted rod; one end of the telescopic pull rod 303 is fixed with the integral frame 101; the full bottle collecting box 304 is arranged at the opening at the left side right in front of the integral frame 101; the bottle mover 305 is mounted on a spacing partition 306; the limiting partition 306 is fixedly arranged on a platform in the integral frame 101; the full bottle push rod 307 is fixedly installed on a platform in the whole frame 101, the telescopic pull rod 303 drives the moving panel 302 to push the empty liquid sample retention bottle 211 to move to a position limiting and isolating gap, the empty bottle push rod 310 pushes the empty bottle mover 305 to a position where the empty bottle mover 305 can grab, the empty bottle mover 305 installs the liquid sample retention bottle 211 on the rotating platform 210, the C-shaped motor 208 drives the rotating platform 210 to rotate to enable the liquid sample retention bottle 211 on the rotating platform 210 to be connected with the cleaned liquid drainage pipeline 206 for the next use, when the empty liquid sample retention bottle 211 needs to be added, the empty bottle placing box 301 is pulled, the inserting rod moving panel 302 and the telescopic pull rod 303 are moved to open to place the empty liquid sample retention bottle 211, the door 110 is opened when the bottle cap is replaced, the push rod of the bottle cap pushing device 220 is rotated to expose the hole and return to the original position after the bottle cap is added, and the equipment is operated.
Claims (2)
1. A urine receiving testing device comprising: the device comprises an external frame (1), an internal processing structure (2) and a collecting and storing structure (3), wherein the internal processing structure and the collecting and storing structure are arranged in the external frame; the functions of receiving, reserving, detecting, excreting and cleaning urine are realized; the outer frame (1) comprises: the device comprises an integral frame (101), a seat sliding chute (102), a seat (103), a seat support (104), a general controller (105), a laboratory sheet report outlet (106), a high-pressure water pipe (107), a rotary shower head (108), a rotary barrel (109) and a door (110); the seat sliding chute (102) is fixedly arranged on the upper end surface of the integral frame (101); a sliding key at the lower end of the seat (103) is slidably arranged in a sliding groove of the seat sliding groove (102); the seat support (104) is fixedly arranged on the upper end surface of the integral frame (101), and when the seat (103) slides above the seat support (104), the seat support (104) plays a role in limiting the seat (103) to move towards the door (110) and supporting the seat (103); the master controller (105) is fixedly arranged on the upper end surface of the integral frame (101), and a laboratory sheet report outlet (106) is arranged on the side of the master controller (105); the high-pressure water pipe (107) is fixedly arranged on the integral frame (101), and a rotary shower head (108) is arranged above the high-pressure water pipe (107); the rotary barrel (109) is rotatably arranged in the clamping groove of the integral frame (101); the door (110) is arranged on the integral frame (101) through a hinge; the internal processing structure (2) and the collection and storage structure (3) are arranged inside the integral frame (101);
the internal processing structure (2) comprises an A-type motor (201), a urine receiving basin (202), a support frame (203), a liquid drainage switch (204), a B-type motor (205), a liquid drainage pipeline (206), a connection and disconnection mechanism (207), a C-type motor (208), a control gear (209), a rotary platform (210), a liquid sample retention bottle (211), an output controller (212), a carving and printing device (213), a sewer connecting pipe (214), a liquid drainage connection mechanism (215), a power communication mechanism (216), a sealing power mechanism (217), a power conversion mechanism (218), a bottle cap placing box (219), a bottle cap pushing device (220), a bottle cap (221), a bottle cap supply device (222), a bottle cap displacement device (223) and a testing liquid receiving device (224); the urine receiving basin (202) is fixedly arranged on a motor shaft of the A-shaped motor (201) through a coupler; the urine receiving basin (202) is rotatably arranged on the support frame (203); the support frame (203) is fixedly arranged below the master controller (105), the spray head is arranged below the support frame (203), and the water inlet is connected with the high-pressure water pipe (107); the liquid drainage switch (204) is rotatably arranged in the liquid drainage pipeline (206), one end of the liquid drainage switch (204) is connected to the B-type motor (205), and the B-type motor (205) controls the liquid drainage switch (204) to rotate so as to control the on-off of the liquid drainage pipeline (206); the B-type motor (205) is fixedly arranged on the urine receiving basin (202); one end of the liquid drainage pipeline (206) is fixedly arranged on the urine receiving basin (202); one end of the connection and disconnection mechanism (207) is occluded with the other end of the liquid drainage pipeline (206), the other end of the connection and disconnection mechanism (207) is connected with the integral frame (101), and the middle part of the connection and disconnection mechanism (207) is engaged with an output end controlled by the output controller (212); the bottom of the C-shaped motor (208) is arranged on the integral frame (101), and the upper end of the C-shaped motor (208) is provided with a control gear (209), a rotary platform (210) and an output controller (212); the gear teeth of the control gear (209) are meshed with the auxiliary gear of the power conversion mechanism (218); the liquid sample retention bottle (211) is movably arranged in the clamping groove of the rotary platform (210), the carving printing equipment (213) is fixedly arranged on the inner wall of the integral frame (101), one end of the carving printing equipment (213) is connected with the master controller (105), and when the C-shaped motor (208) drives the rotary platform (210) to rotate so that the label position of the liquid sample retention bottle (211) on the rotary platform (210) is opposite to the spraying port of the carving printing equipment (213), the user name is printed; the sewer connecting pipe (214) is fixedly arranged in the integral frame (101), when the A-type motor (201) drives the urine receiving basin (202) to rotate ninety degrees, one end of the liquid drainage pipeline (206) is opposite to the connector of the sewer connecting pipe (214), and the liquid drainage connection mechanism (215) drives one end of the liquid drainage pipeline (206) to rotate in a threaded mode and is connected with the sewer connecting pipe (214); one end of the liquid drainage connecting mechanism (215) is fixedly arranged on the inner wall of the integral frame (101), and a gear on the liquid drainage connecting mechanism (215) is meshed with a gear on one end of the power connecting mechanism (226); the power communicating mechanism (216) is rotatably arranged in the integral frame (101), the power communicating mechanism (216) is connected with the power converting mechanism (218) through a belt, the power converting mechanism (218) drives the power communicating mechanism (216) to rotate, and a gear at the other end of the power communicating mechanism (216) is meshed with a gear on the sealing power mechanism (217); one end of the sealing power mechanism (217) is rotatably connected with a round hole on the inner wall of the integral frame (101), and the sealing power mechanism (217) is parallel to the bottle cap shifting device (223); one end of the power conversion mechanism (218) is rotatably connected in a circular hole on the inner wall of the integral frame (101); one end of a bottle cap placing box (219) is fixedly arranged on the inner wall of the integral frame (101), and a bottle cap pushing device (220), a bottle cap supplying device (222) and a bottle cap shifting device (223) are arranged on the bottle cap placing box (219); when a C-shaped motor (208) drives a rotating platform (210) to rotate so that a liquid retention bottle (211) on the rotating platform (210) is opposite to an outlet of a bottle cap shifting device (223), a clamping groove baffle is controlled by a computer to lower one cylinder of a bottle cap supply device (222) to eject a bottle cap (221), the bottle cap pushing device (220) pushes the bottle cap (221) to enter the bottle cap shifting device (223), a spring plate in the bottle cap shifting device (223) pushes the bottle cap (221) out along an inner pipeline of the bottle cap shifting device (223), external gear teeth of the bottle cap (221) are meshed with a gear at the other end of a sealing power mechanism (217), and the sealing power mechanism (217) rotates to drive the bottle cap (221) to be connected and installed on the liquid retention bottle (211); one end of an assay liquid receiving device (224) is fixedly connected with the inner wall of the integral frame (101), a circular opening of the assay liquid receiving device (224) is positioned below the position when the liquid drainage pipeline (206) is connected with the liquid sample retention bottle (211), a water flowing hole below the assay liquid receiving device (224) is communicated with a sewer connecting pipe (214), an inspection device is installed in the assay liquid receiving device (224), one end of the inspection device is connected with the master controller (105), a nozzle of the support frame (203) is over against the circular opening of the assay liquid receiving device (224), and the inspection device is cleaned by water after inspection.
2. The urine receiving test device according to claim 1, wherein the collecting and storing structure (3) comprises an empty bottle placing box (301), a moving panel (302), a telescopic pull rod (303), a full bottle collecting box (304), a bottle body mover (305), a limit partition (306), a full bottle push rod (307), a power source controller (308), a limit track (309) and an empty bottle push rod (310); the empty bottle placing box (301) is arranged at the right opening right in front of the integral frame (101), and a moving panel (302) and a telescopic pull rod (303) are movably arranged in the empty bottle placing box (301); the movable panel (302) is rotationally connected with the telescopic pull rod (303) and is changed into fixed connection through the inserted link; one end of the telescopic pull rod (303) is fixed with the integral frame (101); the full bottle collecting box (304) is arranged at the opening at the left side right in front of the integral frame (101); the bottle body mover (305) is arranged on the limiting partition (306); the limiting partition (306) is fixedly arranged on a platform in the integral frame (101); the full bottle push rod (307) is fixedly arranged on a platform in the integral frame (101), and the extension rod of the full bottle push rod (307) is opposite to the full bottle collecting box (304) through an opening of the limit partition (306); the power source controller (308) is fixedly arranged on a platform in the integral frame (101); the limiting rail (309) is arranged at the joint of the platform in the integral frame (101) and the empty bottle placing box (301) and the full bottle collecting box (304); the empty bottle push rod (310) is slidably mounted in the integral frame (101).
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