CN214434860U - Portable field operations passes catch disease and diagnoses load-bearing platform - Google Patents

Abstract

The utility model discloses a movable type field infectious disease diagnosis and treatment bearing platform, which is divided into a front functional cabin, a middle functional cabin and a rear functional cabin from front to back, wherein the front functional cabin is divided into three closed areas by a partition board, the front part is a medical care channel, the middle part is a treatment room and an emergency room, and the rear part is a sick and wounded channel; the movable infectious disease treatment device comprises an operation table board, a diagnostic baffle, a pollutant placing cabinet, a T-shaped hanging handle and a cylinder, wherein the operation table board of the device is divided into unit lattices by the baffle, the unit lattices are provided with cover plates, the bottom of the unit lattices is provided with a storage box, two ends of the T-shaped hanging handle are provided with pull rods, the top in the pollutant placing cabinet is provided with a telescopic stainless steel rod and a pull baffle, a pollutant collecting bag is placed on the baffle, and the side surface of the device is provided with the cylinder with the cover, which is connected by a tee joint and has an upward opening; the isolation cover comprises a drawing rod, an air inlet pipe, an isolation cover body, an exhaust pipe, a circular through hole, a pipeline leading-in port and an adhesive tape; the platform is suitable for the treatment of field infectious diseases, has the characteristics of complete functions, safety, rapidness and the like, can protect the safety of medical personnel and improve the diagnosis and treatment efficiency.

Description

Portable field operations passes catch disease and diagnoses load-bearing platform

Technical Field

The utility model belongs to health service support research field especially relates to a can carry out portable field operations infectious disease diagnosis and treatment load-bearing platform of work such as field operations treatment, nosocomial infectious disease prevention and cure, epidemic prevention.

Background

The war injury treatment is moving forward as far as possible, which is the development direction of war injury treatment, and the safe and rapid treatment of wounded persons becomes a key link in the field medical rescue process. At the present stage, medical rescue in field operations and emergencies is influenced by adaptability of hardware environment and technical conditions, the pre-hospital rescue difficulty of infectious disease patients is high, isolation environment is difficult to establish, and the disinfection of rescue environment equipment is difficult to be rapidly and effectively completed, so that important organs of the patients are easy to be damaged and die, the goal that the treatment and information acquisition of the patients are as far as possible at the occurrence points of the field operations and the emergencies is realized, and high requirements are put forward on the field operations rescue equipment.

At present, in the infectious disease diagnosis and treatment process, due to the facts that links of environment space determination, technical equipment preparation and disinfection equipment are not matched and are incomplete, and factors such as improper placement and selection of instruments and articles cause low working efficiency and safety, high infection risk of medical staff and serious consequences can be caused; at the present stage, the method realizes effective isolation and timely treatment of infectious disease patients under the environment condition before the hospital, gains time for treatment in the hospital, and becomes an important means in the normalized management work of infectious disease prevention and treatment.

The diagnosis and treatment of infectious diseases are finished by medical care personnel and sick and wounded people face to face, the infection risk of the medical care personnel caused by the contact of patients always exists, strict self protection is needed, safety isolation measures are taken in the prevention and control work of the infectious diseases, the adaptability of technical conditions such as the space of infectious disease diagnosis and treatment equipment, instrument selection, environmental disinfection, isolation protection and the like must be improved, a movable type field infectious disease diagnosis and treatment bearing platform which has the characteristics of small volume, large expansion space, impact resistance, adaptability to various diagnosis and treatment requirements, simplicity, convenience, difficulty in pollution, quickness in expansion and retraction and the like is designed, different ranges of positions of the sick and wounded people under the field operation condition can be quickly reached, biological and infectious disease polluted areas can effectively establish diagnosis and treatment environments and technical links, diagnosis and treatment articles can be quickly selected at fixed positions and technical equipment spaces are provided, the diagnosis and treatment of the sick and wounded people are finished, the number of the medical care personnel and the operation risk are reduced, the improvement of the working efficiency becomes the key point of the research at home and abroad.

SUMMERY OF THE UTILITY MODEL

For the purpose above the realization, overcome above-mentioned relevant prior art defect and not enough, the utility model discloses carry out deep research to this, after having paid out a large amount of creative work, accomplish the utility model discloses.

The utility model discloses the technical problem that will solve is:

according to the reality of the infectious disease treatment environment, the requirements of instruments and equipment, the technical adaptability and the like under the field operation condition, the movable field operation infectious disease diagnosis and treatment bearing platform is provided, so that the problems that the pre-hospital treatment position is hard to reach, the infectious disease treatment environment, the links and the work flow are difficult to establish quickly, the safety exposure and infection risk of medical workers are high, the working efficiency and the safety are low, the environment and equipment selection effectiveness and the practicability are poor, the equipment disinfection and the sensing control guarantee in the infectious disease diagnosis and treatment operation cannot be completed quickly and effectively and the like in the infectious disease patient diagnosis and treatment process are solved.

The utility model discloses a realize through following modified technical scheme:

1. the utility model provides a portable field operations infectious disease diagnoses load-bearing platform is on-vehicle box, be separated into the front deck by preceding to the back in the box and be supplementary cabin, well cabin for treatment cabin, rear deck for emergency call cabin, its characterized in that: the treatment cabin and the emergency treatment cabin are three closed areas separated by partition boards, the front part of the treatment cabin and the emergency treatment cabin is a medical care channel entering through an auxiliary cabin closed door, the middle part of the treatment cabin and the emergency treatment room are communicated by the closed door, and the rear part of the treatment cabin and the emergency treatment cabin is a wounded passage entering through an emergency treatment cabin outer closed door; the treatment room and the emergency room are internally provided with a mobile infectious disease treatment device which comprises an operation table board, a diagnostic baffle, a pollutant placing cabinet, a T-shaped hanging handle and a cylinder; four corners of an operation table top of the mobile infectious disease treatment device are in threaded connection with a support frame, the interior of the support frame is divided into more than two kinds of unit grids with different specifications by partition plates, and cover plates are covered on the surfaces of the unit grids; supporting plates are arranged at the bottoms of the two side walls of the unit grids, and the bottoms of the supporting plates are connected with the storage box; the four-corner bracket of the operation table top of the mobile infectious disease treatment device is a hollow stainless steel tube, a telescopic stainless steel rod is arranged in the stainless steel tube, the top end of the telescopic stainless steel rod is in threaded connection with a T-shaped hanging handle, and two ends of the T-shaped hanging handle are provided with pull rods; more than two diagnostic partition plates are arranged below an operation table top of the mobile infectious disease treatment device, and the partition plates are of concave structures with the bottoms separating a plurality of storage spaces; more than two telescopic stainless steel rods are arranged at the top in the mobile infectious disease treatment device pollutant placing cabinet, more than two drawable partition plates are arranged in the cabinet, and pollutant collecting bags are placed on the drawable partition plates; two sides of the mobile infectious disease treatment device are respectively provided with two cylinders with covers which are connected by a tee joint and have upward openings; the isolation cover in the treatment room comprises a pull rod, an isolation cover air inlet pipe, an isolation cover body, an isolation cover exhaust pipe, a round through hole, a pipeline leading-in port and an adhesive tape;

the treatment cabin and the emergency treatment cabin are three closed areas separated by partition plates, the front part of the treatment cabin and the emergency treatment cabin is provided with medical care channels entering from the auxiliary cabin, and the medical care channels comprise a one-way entering channel and a one-way exiting channel; the middle part is a treatment room and an emergency room which are communicated by a closed door; the back part is an sick and wounded passage which enters from an emergency cabin outer closed door, enters an emergency room from an emergency room closed door and needs to be isolated, and the sick and wounded enter a treatment room through a treatment room closed door;

the main equipment in the treatment room and the emergency room comprises a mobile infectious disease treatment device and a rotatable instrument and equipment table board hinged with the wall of the box body, wherein the mobile infectious disease treatment device comprises an operation table board, a diagnostic clapboard, a pollutant placing cabinet, a T-shaped hanging handle and a cylinder, and the instrument and equipment table board is used for placing treatment instrument and equipment such as an electrocardiogram monitor, a breathing machine and the like;

two side surfaces of the mobile infectious disease treatment device are respectively provided with two cylinders with covers which are connected through a tee with a switch and have upward openings;

the indoor isolation cover for treatment comprises a fixed box top pull rod, a box top isolation cover air inlet pipe, an isolation cover body, an isolation cover lower end exhaust pipe, a circular through hole, a pipeline introducing port and an adhesive tape.

2. As a preferred technical scheme, four corners of an operation table top of the mobile infectious disease treatment device are connected with a support frame through threads and are arranged into a rectangular frame, the inside of the rectangular frame is divided into more than two kinds of unit grids with the specification size by partition plates, the upper surfaces of the unit grids are covered with transparent cover plates, and the upper cover plate of the table top is upwards pulled open.

3. As a preferred technical scheme, the bottom of the two side walls of the unit cell of the mobile infectious disease treatment device is provided with a supporting plate, the bottom of the supporting plate is connected with a storage box through a fixed screw, and the storage box is positioned under the operating table board and is separated from a space structure for placing emergency medicines and a space structure for placing wound emergency equipment and consumables.

4. As a preferred technical scheme, the four-corner bracket of the operation table top of the mobile infectious disease treatment device is a hollow stainless steel pipe, a stainless steel rod is arranged in the stainless steel pipe, a hole is arranged on the stainless steel pipe, and a clamping screw is arranged in the hole; the stainless steel rod is telescopic along the up-down direction, the top end of the stainless steel rod is in threaded connection with the T-shaped hanging handle, the two ends of the T-shaped hanging handle are provided with drawable rods, the drawable length can be adjusted according to requirements, and infusion bags and the like can be hung.

5. As a preferred technical scheme, more than two diagnosis and treatment partition plates are arranged below an operation table top of the mobile infectious disease treatment device, the partition plates are of concave structures with the bottoms separating a plurality of storage spaces, and different infectious disease diagnosis and treatment articles and related consumables are placed in the partition plates.

6. As a preferred technical scheme, the mobile infectious disease treatment device pollutant holding cabinet is locked by a drawer lock and a handle is pulled open, more than two telescopic stainless steel rods and a drawable clapboard are arranged at the top in the cabinet, pollutant collecting bags are placed on the drawable clapboard, the peripheries of the openings of the collecting bags are respectively clamped by stainless steel long clamps, and the clamps are hung on the stainless steel rods.

7. As a preferred technical scheme, the isolation cover is fixed on a drawing rod at the top of the box body and is in a drawing type along the up-down direction, a hole is formed in the drawing rod, the telescopic length of the drawing rod is adjusted by clamping screws in the hole, hooks at the bottom end of the drawing rod are fixedly connected with four corner metal rings on the isolation cover body, the isolation cover body is matched with the size of the bed body, and the isolation cover body is fixedly connected with the bed board through a bonding belt.

8. As a preferred technical scheme, more than two circular through holes are respectively arranged on the isolation cover bodies on the front side and the rear side of the bed body, the inner sides of the through holes are hermetically connected with gloves, and the openings are provided with zippers and are closed through the zippers; the isolation cover body is provided with more than two pipeline leading-in ports at the bottoms of the head side and the tail side of the bed respectively, and the edges of the pipeline leading-in ports are provided with rotary hard plastic sheets which are meshed and connected.

Advantageous effects

After adopting above-mentioned technical scheme, compare with current institute antenatal infectious disease treatment environment, equipment, the utility model discloses gain beneficial effect is:

1. the diagnosis and treatment bearing platform is divided into a front functional cabin, a middle functional cabin and a rear functional cabin when in use, and three closed areas separated by the partition plates, and is provided with the mobile infectious disease treatment device and the isolation cover with high indoor sealing degree and good isolation effect, so that the safety exposure and infection risks of medical personnel are reduced.

2. The diagnosis and treatment bearing platform is used as a vehicle-mounted box body provided with a GPS positioning command terminal system and a vehicle-mounted data information uploading and driving system when in use, so that the problems that the pre-hospital treatment position is hard to reach in the diagnosis and treatment process of infectious disease patients under the field operation condition, and the infectious disease treatment environment, links and work flow are quickly established are solved.

3. The bearing platform for diagnosis and treatment is arranged, links such as environment, equipment, operation, sensing control and the like in the process of diagnosis and treatment are integrated into a whole during use, operation is convenient in use, treatment equipment and medicines are placed in the operation table surface unit lattice of the mobile infectious disease treatment device to serve as a treatment operation table, liquid resuscitation treatment consumables, surgical instruments and the like can also be placed to serve as a surgical operation table, and therefore work efficiency and safety are greatly improved, and the environment and equipment selection effectiveness and practicability are improved.

4. The portable infectious disease treatment device who is equipped with sets up operation mesa, pollutant during the use and places the cabinet, places antiseptic solution drum with lid, both can be used to the staff and diagnose the disinfection, also can be used to operation face disinfection and pollutant processing to can solve and hang diagnosis and treatment and equipment disinfection needs such as infusion bag (bottle), ultraviolet lamp, treatment curtain, can effectively accomplish equipment disinfection and sense control guarantee in the infectious disease operation of diagnosing fast.

Drawings

In order to more clearly illustrate the detailed description of the present invention or the technical solutions in the prior art, the drawings which are required to be used in the related description are fully described below. Like elements or portions are identified by like reference numerals throughout the drawings. Elements or parts of the drawings are not necessarily to scale.

FIG. 1 is a schematic view of the top view of the mobile field infectious disease diagnosis and treatment platform of the present invention;

FIG. 2 is a schematic view of the bracket structure of the mobile infectious disease treatment device of the present invention;

FIG. 3 is a schematic view of a cylinder structure with a cover of the mobile infectious disease treatment device of the present invention;

FIG. 4 is a schematic structural view of the mobile infectious disease treatment device of the present invention;

fig. 5 is a schematic view of the structure of the isolation cover of the present invention.

Reference numerals

1-an auxiliary cabin; 2-treatment cabin; 3-emergency treatment cabin; 4-closing the door behind the emergency cabin; 5-a sliding door; 6-an identification device; 7-an external closure door; 8-a first dressing room; 9-a second dressing room; 10-a buffer chamber; 11-a medical care channel; 12-an inner closure door; 13-first exit changing room; 14-exit buffer room; 15-second exit changing room; 16-emergency room closure door; 17-sick and wounded passage; 18-emergency room exterior door closure; 19-emergency room closure door; 20-treatment room closing door; 21-treatment room; 22-emergency room; 23-mobile infectious disease treatment device; 24-an information console; 25-instrument equipment table; 26-a shielding case; 27-diagnosis and treatment bed; 28-treatment bed; 29-a driving system;

29-command terminal system;

201-T shaped hanging handle; 202-stainless steel tube; 203-T-shaped hanging handle drawing rod; 204-stainless steel rod; 205-stainless steel pipe holes; 206-clamping screw; 206-threaded connection;

301-a cylinder; 302-cartridge cover; 303-a three-way switch; 304-a delivery pipe;

401-an operation table; 402-a diagnostic separator; 403-contaminant holding cabinet; 404-universal wheels; 405-a support frame; 406-a separator; 407-cell; 408-a cover plate; 409-a support plate; 410-fixing screws; 411-a storage box; 412-rubber plugs; 413-drawer lock; 414-a handle; 415-stainless steel rods of the contaminant holding cabinet; 416-contaminant containment cabinet partition; 417-a contaminant collection bag; 418-handle; 419-a support plate;

501-top pull rod; 502-a cage inlet duct; 503-a cage body; 504-cage exhaust; 505-circular through holes; 506-pipeline lead-in; 507-adhesive tape; 508-a clamping screw; 509-metal ring; 510-sealed handling gloves; 511-zipper.

Detailed Description

The present invention will be described more fully hereinafter with reference to the accompanying drawings and specific examples, but the exemplary embodiments are only intended to illustrate the present invention, and are only intended to be part of the examples, rather than all examples, and should not be construed as limiting the scope of the invention in any way.

1. Example one

As shown in fig. 1, the embodiment provides a mobile field infectious disease diagnosis and treatment bearing platform, which is a vehicle-mounted box body, wherein the top of the box body is provided with an ultraviolet lamp, a lighting lamp, an information transmission device and an escape window, the inside of the box body is divided into a front functional cabin, a middle functional cabin and a rear functional cabin from front to back, the front functional cabin is an auxiliary cabin 1 and is communicated with the outside of the box body by controlling a sliding door 6 through an identity recognition device 5, the middle functional cabin is a treatment cabin 2, and the rear functional cabin is an emergency cabin 3 and is communicated with the outside of the box body through a rear sealing door 4;

furthermore, the treatment cabin 2 and the emergency room 3 are three closed areas separated by partition boards, the front part is a medical care passage 11 entered by the auxiliary cabin 1, the one-way entry passage comprises a one-way entry passage entered into the first dressing room 8, the second dressing room 9 and the buffer room 10 by the outer closed door 7, and a one-way exit passage entered into the first exit dressing room 13, the exit buffer room 14 and the second exit dressing room 15 by the inner closed door 12, the one-way exit passage is entered into and exited from the emergency room 16 by the medical care passage 11, the middle part is a treatment room 21 and an emergency room 22 which are communicated by the closed doors, the rear part is a wounded passage 17 entered by the emergency room outer closed door 18, the wounded enters the emergency room 22 by the emergency room closed door 19, and the sick to be isolated enters the treatment room 21 by the treatment room closed door 20.

In this embodiment, the treatment room 21 and the emergency room 22 of the diagnosis and treatment platform are mainly provided with a mobile infectious disease treatment device 23 (placed beside a diagnosis and treatment bed 27 and a treatment bed 28), an information console 24, and a table top 25 hinged with the wall of the box body and used for placing instruments and equipment in a rotatable manner; the mobile infectious disease treatment device 23 comprises an operation table 401, a diagnostic clapboard 402, a pollutant placing cabinet 403, a T-shaped hanging handle 201 and a cylinder 301; the instrument table-board 25 is used for placing the ECG monitor, the breathing machine and other treatment instruments.

As shown in fig. 4, in the mobile infectious disease treatment device 23 of the present embodiment, the operation table 401 is a pushable cabinet structure having universal wheels 404 at four corners of the bottom thereof, the four corners of the operation table 401 are connected to the supporting frames 405 through screws, the operation table 401 is configured as a rectangular frame, the interior of the frame is divided into two or more kinds of cells 407 with different specifications by the partition 406, the upper surfaces of the cells 407 are covered with transparent cover plates 408, and the cover plates 408 are opened upwards;

furthermore, the bottom parts of the two side walls of the unit cells 407 of the operation table 401 are provided with supporting plates 409, the bottom parts of the supporting plates 409 are connected with storage boxes 411 through fixing screws 410, and the storage boxes 411 are located below the operation table 401 and are in a space structure for holding emergency medicines and a space structure for holding wound emergency equipment and consumables in a separated mode; the unit grid 407 can be used for placing devices for treatment articles with different sizes, infectious disease treatment equipment and medicines are placed in the unit grid 407 of the operation table top 401 to serve as a treatment operation table, and wound fluid resuscitation treatment consumables, surgical devices, disinfection articles and the like can also be placed to serve as an operation table.

As shown in fig. 2, the four-corner bracket of the operation table 401 of the mobile infectious disease treatment device 23 in this embodiment is a hollow stainless steel tube 202, a stainless steel rod 204 is arranged in the stainless steel tube 202, a hole 205 is arranged on the stainless steel tube 202, and a clamping screw 206 is arranged in the hole; the stainless steel rod 204 is telescopic along the up-down direction, the top end of the stainless steel rod is in threaded connection 207 with the T-shaped hanging handle 201, the two ends of the T-shaped hanging handle are provided with drawable rods 203, the drawable length can be adjusted according to requirements, infusion bags and the like can be hung, the drawable rods 203 at the two ends of the T-shaped hanging handle can also be used for supporting and placing aseptic hole towels to form a treatment surface, or placing disposable plastic cloth covers to wrap an operation platform, a bed surface and the like, and introducing gas for disinfection;

furthermore, more than two diagnostic partition boards 402 are arranged under the operation table top 401, the partition boards 402 are of a concave structure with the bottom part separating a plurality of storage spaces, and different infectious disease diagnosis and treatment articles and related consumables are placed, wherein the first partition board is provided with the storage space according to diagnosis and treatment requirements of infectious diseases such as digestive tracts and the like, the second partition board is provided with the storage space according to diagnosis and treatment requirements of infectious diseases of respiratory tracts, and the partition boards are pulled out and plugged by rubber plugs 412 when in use, so that a stable operation surface is formed;

further, the pollutant holding cabinet 403 is locked by a drawer lock 413 and the handle 414 is pulled open, more than two telescopic stainless steel rods 415 and a drawable clapboard 416 are arranged at the top in the cabinet, a pollutant collecting bag 417 is arranged on the drawable clapboard 416, after the drawable clapboard 416 is respectively pulled out from bottom to top according to different infectious disease diagnosis and treatment operation requirements, the pollutant collecting bag 417 is opened, the periphery of the opening of the pollutant collecting bag 417 is respectively clamped by stainless steel long clamps, the clamps are hung on the stainless steel rods 415, the drawable clapboard 416 is pushed into the pollutant holding cabinet 403 to be placed after the pollutant collecting bag 417 is sealed by an annular belt to meet the pollutant collecting requirements, and the treatment is uniformly carried out after the diagnosis and treatment is finished.

As shown in fig. 3, two covered cylinders 301 with upward openings and connected by a tee with a switch 303 are respectively disposed on two sides of the mobile infectious disease treatment device 23 in this embodiment, the covered cylinders 301 are used for placing disinfection solution and soaked disinfection articles suitable for different diseases, the cylinder cover 302 can be opened to add disinfection solution, and the disinfection solution is collected and used through a delivery pipe 304.

As shown in fig. 5, in this embodiment, the isolation hood 26 in the treatment room 21 includes a fixed box top pull rod 501, a box top isolation hood air inlet pipe 502, an isolation hood body 503, an isolation hood lower end exhaust pipe 504, a circular through hole 505, a pipeline inlet 506, and an adhesive tape 507, wherein the air inlet pipe 502 is connected to an air inlet device and is exhausted into air through primary-secondary effect filtration; the exhaust pipe 504 is connected to an air draft device, and exhausts gas through high efficiency filtration;

furthermore, a drawing rod 501 of the isolation cover 26 is telescopic along the vertical direction, a hole is formed in the drawing rod 501, the telescopic length of the drawing rod 501 is adjusted by a clamping screw 508 in the hole, hooks at the bottom end of the drawing rod 501 are fixedly connected with four corner metal rings 509 on an isolation cover body 503, the isolation cover body 503 is matched with the size of the bed body, and the isolation cover body 503 is fixedly connected with the bed plate through an adhesive tape 507;

furthermore, more than two circular through holes 505 are respectively arranged at the front side and the rear side of the isolation hood body 503, the operation gloves 510 are sealed at the inner sides of the through holes, and the openings are provided with zippers 511 and are closed through the zippers 511; the bottom parts of the head and the tail of the isolation cover body 503 are respectively provided with more than two pipeline leading-in ports 506 which are used as a liquid resuscitation pipeline and a urethral catheterization pipeline in the process of treating the sick and wounded, and the artificial liver and hemodialysis pipelines are led into the inner channel of the isolation cover body 503.

In this embodiment, the emergency room is provided with an information console 24 according to the work flow and the procedure, the left side of the console is provided with a bar code recognizer and the like, the upper part of the middle part is provided with an information display screen, the lower part is provided with a notebook computer provided with software such as a field operation wounded safety identity authentication system, a field operation rescue information management system and the like, the right side is provided with a printing system, the information display screen is connected with the display screen in 4 sections, safety information is displayed by red, orange, yellow and blue respectively, the display sequence is drug allergy, blood transfusion reaction, blood source disease transmission and infectious diseases of the wounded, and related information is displayed and perfected according to the stored information of the wounded.

In this embodiment, a person in the infectious disease diagnosis and driving system 29 enters through the sliding door 6 after passing through the identity recognition device 5 of the auxiliary cabin 1, the diagnosis and treatment person enters the medical care channel 11 and wears the protection device, enters the one-way entrance channel of the first dressing room 8, the second dressing room 9 and the buffer room 10 through the outer closed door 7, enters through the emergency room closed door 16, enters into the treatment room 21 through the emergency room 22 through the closed door, and enters into the one-way exit channel of the first exit dressing room 13, exits from the buffer room 14 and exits from the second exit dressing room 15 through the inner closed door 12 after the diagnosis and treatment work is completed; the sick and wounded enter the sick and wounded passage 17 through the emergency cabin external closed door 18, enter the emergency room 22 from the emergency room closed door 19, the patient to be isolated enters the treatment room 21 through the treatment room closed door 20, the stretcher wounded enters through the emergency cabin rear closed door 4;

further, the sick and wounded enter the emergency room 22 and input and derive the relevant information through the information operation desk 24, launch the portable infectious disease treatment device 23 to diagnose, place infectious disease treatment equipment and medicines as the treatment operation desk in the unit cell 407 of the operation desk 401, place liquid resuscitation treatment consumables, surgical instruments, sterilized articles, etc. as the operation desk; the treatment room 21 is pulled down and is provided with an isolation cover 26 for isolation, the movable infectious disease treatment device 23 is unfolded, and the electrocardio monitor, the respirator and the like are placed on the instrument table 25 for treatment.

In conclusion, the mobile field infectious disease diagnosis and treatment bearing platform is provided, in order to configure the command terminal system 30 and the vehicle-mounted box body of the vehicle-mounted data information uploading system, links such as environment, equipment, operation, sensing and control in the diagnosis and treatment process are integrated into a whole, so that the combined platform structure supporting diagnosis and treatment multi-link operation is formed, the infectious disease treatment environment, the links and the work flow can be quickly established, the data information can be uploaded in time, the work efficiency and the safety are greatly improved, and the effectiveness and the practicability of environment and equipment selection are greatly improved.

The above-described embodiments are merely illustrative of the preferred embodiments of the present invention, and the use and purpose of these exemplary embodiments are merely to illustrate the present invention, which should not be construed as limiting the scope of the present invention in any way.

After reading the technical content of the present invention, a person skilled in the art may make various alterations, modifications and/or variations to the present invention, and all such equivalents are also within the scope of protection defined by the claims appended to this application.

Claims (1)

1. The utility model provides a load-bearing platform is diagnose to portable field operations infectious disease, it is on-vehicle box to diagnose load-bearing platform, it is supplementary cabin, well cabin for treatment cabin, back cabin be emergency call cabin, its characterized in that to separate into the front deck by preceding to the back in the box: the treatment cabin and the emergency treatment cabin are three closed areas separated by partition boards, the front part of the treatment cabin and the emergency treatment cabin is a medical care channel entering through an auxiliary cabin closed door, the middle part of the treatment cabin and the emergency treatment room are communicated by the closed door, and the rear part of the treatment cabin and the emergency treatment cabin is a wounded passage entering through an emergency treatment cabin outer closed door; the treatment room and the emergency room are internally provided with a mobile infectious disease treatment device which comprises an operation table board, a diagnostic baffle, a pollutant placing cabinet, a T-shaped hanging handle and a cylinder; four corners of an operation table top of the mobile infectious disease treatment device are in threaded connection with a support frame, the interior of the support frame is divided into more than two kinds of unit grids with different specifications by partition plates, and cover plates are covered on the surfaces of the unit grids; supporting plates are arranged at the bottoms of the two side walls of the unit grids, and the bottoms of the supporting plates are connected with the storage box; the four-corner bracket of the operation table top of the mobile infectious disease treatment device is a hollow stainless steel tube, a telescopic stainless steel rod is arranged in the stainless steel tube, the top end of the telescopic stainless steel rod is in threaded connection with a T-shaped hanging handle, and two ends of the T-shaped hanging handle are provided with pull rods; more than two diagnostic partition plates are arranged below an operation table top of the mobile infectious disease treatment device, and the partition plates are of concave structures with the bottoms separating a plurality of storage spaces; more than two telescopic stainless steel rods are arranged at the top in the mobile infectious disease treatment device pollutant placing cabinet, more than two drawable partition plates are arranged in the cabinet, and pollutant collecting bags are placed on the drawable partition plates; two sides of the mobile infectious disease treatment device are respectively provided with two cylinders with covers which are connected by a tee joint and have upward openings; the isolation hood in the treatment room comprises a pull rod, an isolation hood air inlet pipe, an isolation hood body, an isolation hood exhaust pipe, a circular through hole, a pipeline leading-in port and an adhesive tape.

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