CN112337523A

CN112337523A - Mobile field medical experiment informatization bearing platform

Info

Publication number: CN112337523A
Application number: CN202011142229.0A
Authority: CN
Inventors: 李延鹏; 张伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-10-23
Filing date: 2020-10-23
Publication date: 2021-02-09

Abstract

The invention discloses a mobile field medical experiment informatization bearing platform, which comprises a vehicle-mounted box body, a multi-module information control system and a corresponding experiment auxiliary system, wherein the multi-module information control system is arranged in the box body; the interior 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 cabin is a command cabin and forms an information uploading module; the middle cabin is a medical treatment experiment cabin and forms an authentication experiment module; the rear cabin is an anti-quarantine experiment cabin; and forming an epidemic prevention experiment module. The middle and rear cabins are provided with improved information management systems and identification systems such as two-dimensional codes and bar codes, and the experiment is completed by combining experiment environment conditions such as a pull-down operation panel and a field operation and quarantine combined experiment table; the spoon-shaped sample collector stores the test samples, and the experimental waste is put into the containing box and is transmitted out through the transfer window. The platform is suitable for the aspects of field rescue, field medical experimental environment, information-based construction and the like, has the characteristics of complete functions, rapidness in exhibition and retraction, safety, rapidness, modularization and the like, can protect the safety of personnel and improve the working efficiency, and is suitable for field medical teams and epidemic prevention teams.

Description

Mobile field medical experiment informatization bearing platform

Technical Field

The invention belongs to the field of information technology and service support research, and particularly relates to a mobile field medical experiment informatization bearing platform capable of performing military medical experiments, experiment monitoring, epidemic prevention and the like.

Background

The modern war medical rescue practice shows that the wounded have the characteristics of strong paroxysmal, more wounded, serious wounded condition and complex rescue environment, the most main death reason within 24 hours after the injury is excessive blood loss, and the 'gold 1 hour' fluid resuscitation after the shock is a key treatment measure; effectively debriding and controlling bleeding and replenishing fluid to recover and resist shock within 1-3 h after injury, and is a main means for ensuring the stability of vital signs of injured people. The death rate of the wounded in war is directly related to the time for the wounded to receive treatment, and the forward movement of the war wound treatment as far as possible is the development direction of the war wound treatment.

The war wound treatment is started from a soldier system and finally a health service command system, and is a research direction, and the rapid and effective authentication of personnel safety and identity becomes a key link for liquid recovery treatment in the field medical rescue process. At present, the system has the practical effects of a plurality of wounded persons, serious wound conditions, complex rescue environment, classified treatment and the like, and has the technical factors of physical examination information of the wounded persons, systemic risks of blood transfusion, medication contraindication, a liquid resuscitation configuration mode, difficult establishment of object identity and the like. The aim that the information acquisition point is arranged at the information generation point as far as possible, and the goal of continuously and stably treating the war wound and the whole process from the field first-aid to the back-delivery treatment are realized, so that the technical scheme for determining the safety identity and providing the technical scheme for the liquid resuscitation treatment of the war wound wounded personnel is required to be fast and normatively.

At present, the environment is complex under the field condition, the influence factors of natural conditions are many, the resuscitation of the field operation and emergency medical rescue liquid is influenced by the adaptability of hardware environment and technical conditions, the establishment difficulty of wounded personnel index information is large, experiments and data are difficult to complete, the selection and use scheme of the resuscitation liquid is difficult to establish, and the injury to the important organs of the wounded personnel or the increase of the death rate are easy to cause. According to the wounded fluid resuscitation standard and the technical scheme under the field operation condition, the establishment is accurately and quickly completed according to the safety identity, index information and experimental data strictly, and the field operation epidemic prevention and infectious disease prevention and control are strictly according to the requirements of epidemic prevention experimental data, the wounded fluid resuscitation standard and the technical scheme need to reach the occurrence area as soon as possible, complete sample collection under specific conditions, complete related experiments under specific experimental environments as soon as possible, and support the medical service support work such as fluid resuscitation and treatment.

The research can quickly reach wounded positions in different ranges under field operations and a mobile military medical experiment and epidemic prevention informatization platform of biological, chemical and infectious disease polluted areas, and solves the technical problems that the wounded safety identity information is difficult to quickly and safely confirm, the experiment environment and the program cannot be effectively established, instruments and equipment and matching devices are incomplete, test samples are easy to be confused and cross-polluted, the field operation liquid resuscitation treatment difficulty is large, data is difficult to quickly obtain and transmit.

Disclosure of Invention

To achieve the above objects and to overcome the above-mentioned drawbacks and disadvantages of the related art, the present inventors have conducted intensive studies and, after having paid much inventive efforts, completed the present invention.

The technical problem to be solved by the invention is as follows:

the research can quickly reach wounded positions in different ranges under field operations and a mobile military medical experiment and epidemic prevention informatization platform of biological, chemical and infectious disease polluted areas, and solves the technical problems that the wounded safety identity information is difficult to quickly and safely confirm, the experiment environment and the program cannot be effectively established, instruments and equipment and matching devices are incomplete, test samples are easy to be confused and cross-polluted, the field operation liquid resuscitation treatment difficulty is large, and data is difficult to quickly obtain and transmit.

The invention is realized by the following improved technical scheme:

the box body is divided into a front functional cabin, a middle functional cabin and a rear functional cabin from front to back, wherein the front cabin is a command cabin, the middle cabin is a medical treatment experiment cabin, the rear cabin is an anti-quarantine experiment cabin, and a communicated vehicle door is arranged between the front cabin, the middle cabin and the rear cabin;

the front cabin forms a data uploading module through a data information uploading system; the middle cabin is provided with an improved wound rescue safety identity authentication system, a war wound fluid resuscitation rescue safety monitoring information identification system and an army medical experiment information management system to form an authentication experiment module, and the rear cabin is provided with an improved army medical experiment information management system and an army quarantine and epidemic prevention informatization management system to form an epidemic prevention experiment module.

The middle cabin authentication experiment module and the rear cabin epidemic prevention experiment module are respectively completed by combining a medical experiment combined type operation table, a field operation epidemic prevention and quarantine combined type experiment table and a pull-down operation plate which are arranged on the middle cabin and the rear cabin through an information control platform to form experiment environment conditions.

1. A front cabin:

the platform front cabin is provided with a GPS positioning system, a vehicle-mounted data information uploading and commanding terminal system and a driving system, and a data uploading module is formed through the data information uploading system;

furthermore, the front cabin is provided with a door which is the same as the door outside the box body and is used for epidemic prevention in medical experiments and the entry of drivers through the identity recognition device.

2. A middle cabin:

an information console is arranged on the opposite side of the middle cabin body, and an improved wound rescue safety identity authentication system, a war wound fluid resuscitation rescue safety monitoring information identification system and an army medical experiment information management system are configured to form an authentication experiment module;

further, the information console completes safety identity authentication and liquid resuscitation experiments; setting a table information window as 4 sections to be connected with a display screen, and displaying the drug allergy, blood transfusion reaction, blood source disease transmission and other allergy safety information of the wounded in sequence by red, orange, yellow and blue respectively; the information console is provided with a two-dimensional code, a bar code recognizer, a magnetic sensor, a printer and the like, and the safety identity of the wounded is recognized and confirmed according to an information system;

further, the middle cabin aims at the identity identification card of the wounded of the wound entering the front cabin, the information console 18 carries out safety identity identification through a two-dimensional code and a bar code recognizer, a magnetic inductor identifies high risk groups, and persons who do not pass through the magnetic inductor enter a special treatment system; the personnel can identify and clarify index information by an information console information system, and complete related liquid resuscitation experiments by combining an improved war wound liquid resuscitation rescue safety monitoring information identification system and a military medical experiment information management system and using experiment environment conditions such as a pull-down operation panel and a medical experiment combined operation console.

A low-temperature storage cabinet, an experiment protection article cabinet and a vehicle-mounted epidemic prevention article cabinet are arranged beside the information console along the direction from the middle cabin to the front cabin, and enzyme-linked immunosorbent assay reagent, epidemic prevention and quarantine reagent, pathological experiment and biochemical experiment reagent and the like are arranged in the low-temperature storage cabinet; gloves, hats, protective glasses and the like are placed in the upper drawer of the experimental protective article cabinet, and disposable protective clothing is placed in the lower cabinet door; the vehicle-mounted epidemic prevention article cabinet is positioned below the bottom of the vehicle-mounted box body and is an independent closed space which can be locked, the cabinet door can be pulled upwards, the periphery in the cabinet body is kept closed, and field operation epidemic prevention equipment, medicines and the like are placed in the cabinet body.

A medical experiment combined type operating platform is arranged on the side of the door of the middle cabin box body and comprises an operating platform surface, a platform surface lower push-pull plate, supporting frames on two sides of the operating platform and a combined type seat capable of being pulled out from the lower part of the operating platform; a test tube rack, a sample injector, disinfectant, a two-dimensional code, a bar code identifier and the like are placed on the operation table; the table top lower push-pull plate can be freely pulled out to enlarge the experimental operation surface and is used for large-batch experimental samples or used as an experimental table when a large-scale experimental instrument detects samples;

furthermore, the left support frame of the operating platform is of a three-layer drawer structure, and the first layer is provided with a partition plate to form different spaces for placing disposable experimental consumables such as test tubes, sample applicators, suction heads and the like; the second layer is provided with a clapboard to form different spaces for placing biochemical experiment consumable instruments; the third layer is provided with a clapboard to form different spaces for placing the consumable instruments of the enzyme-linked immunoassay experiment; the right side support frame is three-layer drawer structure, and various antiseptic solution is placed to the first layer, and pathology experiment consumptive material is placed to the second floor, and other consumptive materials are placed to the third layer.

A constant-temperature and centrifugal device combined frame, a pull-down operating board, an experimental waste storage box and a small instrument storage cabinet are arranged beside the operating platform along the direction from the middle cabin to the front cabin;

further, a constant temperature and centrifugal device combined frame is used for placing a constant temperature box and a small-sized centrifugal machine for heating and centrifuging test samples and the like;

furthermore, the pull-down operating plate consists of a pull rod fixed at the top of the box body, a power supply around the pull rod, an operating plate, a fixing screw and a clamping screw, the pull rod is telescopic along the up-down direction, a hole is formed in the pull rod and used for the clamping screw to adjust the telescopic length of the pull rod, and the pull rod is fixedly connected with the operating plate through the fixing screw;

furthermore, the middle cabin is used for placing an experimental waste storage box, a pull-out box cover is arranged at the top of the box body, a storage box is arranged in the box cover, an experimental waste collection bag is arranged in the storage box, and the experimental waste collection bag is taken out from the annular belt after collection; a drawer is arranged in the middle of the box body, a partition plate is arranged between the drawer and the storage box, and the red, yellow and white collecting boxes are separately placed and correspondingly collect polluting, corrosive, disposable sample collecting instruments and sharp experimental wastes; the lower part of the box body is provided with a sliding door, a disposable liquid collector is placed in the inner space after the box body is pulled open, a collector collecting pipe is exposed outside the box body through an opening in the wall of the box body, and a pipe orifice of the collector is covered by a cover with an airtight pad;

furthermore, the instrument and equipment storage cabinet is close to the front middle cabin communicating door and is connected with the top of the box body, the instrument and equipment storage cabinet is divided into a small cabinet body part, a middle cabinet body part and a large cabinet body part, foam materials are lined on the walls of the cabinet body, each cabinet body part is provided with a lockable sliding door respectively, and small experimental instrument and equipment are placed in the cabinet body.

The rear cabin enters a middle cabin test sample, sample information is input through an improved army medical experiment information management system in a middle cabin information control console, two-dimensional codes are generated, bar codes are pasted, relevant medical experiments are completed through experiment environment conditions such as a pull-down operation panel and a medical experiment combined operation console, technical requirements, standards and flows of blood allocation management, matched experiment management, clinical data management and the like in the improved war liquid resuscitation and treatment safety monitoring information management system and relevant parameters of liquid resuscitation and rescue are combined, liquid resuscitation parameters and resuscitation standards are adjusted, and liquid resuscitation of wounded is completed. The experiment process needs to preserve the test sample and stores in the test sample bin, and the experiment is finished waste article and is placed in the experiment discarded object containing box and is spread by the under-deck delivery window.

A simple field operation bathing bag is hung in the middle cabin space of the rear cabin communication door in the platform, and the bathing bag is unfolded after the experiment is finished and is used for bathing and cleaning the experimenters after working.

3. A rear cabin:

the anti-epidemic experimental system comprises a rear cabin box body, an information control console, a field operation quarantine and anti-epidemic experimental process, a control cabinet and a control cabinet, wherein the control cabinet is provided with an improved army medical experiment information management system and an anti-epidemic experimental module formed by an army quarantine and anti-epidemic informatization management system;

an experimental waste storage box, a low-temperature storage cabinet and a large instrument storage cabinet are arranged beside the information console;

the field operation epidemic prevention and quarantine combined type experiment table is placed on the side of the vehicle door of the rear cabin box body and comprises an experiment table top, an experiment table top support rod, a table top circulating air system, an experiment plate, a table top lower drawer, support frames on two sides of the experiment table and a combined type seat capable of being pulled out under the experiment table;

furthermore, the experiment table top is rectangular, and a mode of high outside and low inside is selected, and the experiment table top is slightly inclined towards the central line; the experiment table board is slightly inclined towards the liquid discharge pipe, so that the liquid on the experiment table board can flow down conveniently, and the experiment table board is used for medical experiments, quarantine dissection and the like; a sample injector, a test tube rack, disinfectant and the like are placed on the experiment table board;

furthermore, four corners of the experiment table top are provided with metal supporting rods, the upper parts of the supporting rods are fixedly connected with an experiment circulating air system, and the experiment table circulating air system is connected with a gas exhaust device at the top of the box body; the two sides of the supporting rod are sealed by glass, but the part 1/3 below the operation surface is reserved for the operation of experimenters;

furthermore, the experiment operation is carried out on an experiment board, and the experiment board is fixed in 4 experiment board fixing rods on the table top for use; the connecting holes on the experimental plate can be used for fixing dissectors and the like through screws and are used for quarantine operation and epidemic prevention experiments;

furthermore, the drawer under the table top can be freely pulled, and quarantine and epidemic prevention experiment consumables and the like are respectively placed;

furthermore, the combined seat is of a box structure, and a plurality of layers of drawers are arranged in the combined seat and can be freely pulled according to the experiment requirement; various surgical instruments and the like for experiments are placed in the first layer of drawers, quarantine experiment instruments are placed in the second layer of drawers, and epidemic prevention experiment instruments are placed in the third layer of drawers.

And a test sample storage box, a pull-down operation plate, a heating water bath and centrifugal device combined frame, a heating water bath box and a centrifugal device for sample experiments are arranged beside the operation table along the direction from the rear cabin to the middle cabin. A transmission window communicated with the outside of the box body is fixed in the rear cabin at a position opposite to the rear cabin door, and an ultraviolet lamp is arranged in the transmission window and is controlled to be opened through a rear cabin switch for a test sample to enter the cabin and an experimental waste containing box to be transmitted out;

the rear cabin is used for placing a test sample storage box, the box body consists of a box cover and a storage table, the storage table consists of a storage box and a plurality of layers of drawers, and the box body can be locked through a lower drawer after the box cover is put down; the box cover is selected to be pulled upwards to be opened, the periphery of the box cover is kept closed, and a test sample storage position distribution diagram is arranged in the box cover; partition plates are arranged between the drawer of the box body and the storage box and between different drawers; a storage box and a drawer are internally provided with a clapboard which is used for separating a storage space and is provided with a metal frame, the bottom in the clapboard is made of plastic foam, and a spoon-shaped sample collector is placed for collecting samples;

furthermore, the test sample storage box collects samples through a spoon-shaped sample collector, the spoon-shaped sample collector is made of transparent hard plastic and consists of a spoon head and a spoon handle, the spoon head is of a spherical structure with a screw port, and the samples are placed in the spherical structure and covered by a matched screw port cover; a concave part is arranged on the spoon handle, a two-dimensional code or a bar code is adhered to the concave part, and a small annular magnet is arranged below the spoon handle and fixedly arranged in each storage space in the test sample storage box.

The back cabin information console can quickly establish the field medical epidemic prevention and quarantine experiment management environment, link, work flow, experiment parameter and safety monitoring through an improved army medical experiment information management system and an army quarantine and epidemic prevention informatization management system;

furthermore, the test samples enter from the rear cabin transfer window, the sample information is input through the information control console information management system and then printed to generate two-dimensional codes and bar codes to be pasted, the medical epidemic prevention experiment work is completed by combining experiment environment conditions such as the in-cabin pull-down operation panel and the field operation epidemic prevention and quarantine combined type experiment table with the circulating air system, the test samples need to be stored in the test sample storage box spoon-shaped sample collector, and the waste articles after the experiment are placed in the experiment waste storage box and are transmitted out through the in-cabin transfer window.

Advantageous effects

After the technical scheme is adopted, compared with the existing experimental environment, equipment and informatization, the invention has the beneficial effects that:

1. the mobile field medical experiment informatization bearing platform completes quick and safe identity information confirmation of wounded persons under field operation conditions through the information control console, completes a test sample medical experiment by combining with an improved army medical experiment information management system, establishes, adjusts and perfects a liquid resuscitation rescue support system, and solves the technical problems that the safe identity information of the wounded persons is difficult to quickly and safely confirm and the field operation liquid resuscitation treatment difficulty is large.

2. The platform effectively finishes field operation epidemic prevention related experiments by an improved army quarantine and epidemic prevention informatization management system and combining experimental environment conditions such as a field operation epidemic prevention combined type experiment table, a pull type operation panel and the like, and solves the technical problems that experimental environment and procedures cannot be effectively established and instruments, equipment and matching devices are incomplete.

3. In the platform experiment process, various related data, information, statistical tables, videos and other data are collected and transmitted safely in a long distance by an information uploading system, so that comprehensive information coverage of front and back medical treatment and experiment work is realized, and the problem that the data is difficult to obtain and transmit quickly is solved.

4. The platform test sample is input and printed and pasted with the two-dimensional code or the bar code through the information control console information system, is pasted on the spoon handle of the test sample collector, and is stored according to the sample placement position, so that the problems of easy confusion and cross contamination of the test sample are solved.

Drawings

To more clearly illustrate the improved technical solution and the embodiments of the present invention, the drawings used in the embodiments will be briefly described below. Like parts are generally indicated by like reference numerals throughout the drawings. The figures, in which the parts are not necessarily drawn to scale, are directed to only those skilled in the art and may be obtained by a researcher or researcher.

FIG. 1 is a schematic top view of the present invention;

FIG. 2 is a schematic plan view of the present invention;

FIG. 3 is a schematic diagram of a pull-down operation plate structure according to the present invention;

FIG. 4 is a schematic structural view of an experimental waste storage box according to the present invention;

FIG. 5 is a schematic structural view of a combined experimental bench for field operations and quarantine control according to the present invention;

FIG. 6 is a schematic view of a test specimen storage case according to the present invention;

fig. 7 is a schematic view of the scoop sample collector of the present invention.

Reference numerals: 1-a front hatch door; 2-an identity recognition means; 3-a driving system; 4-a data information uploading system; 5-a pull-down operating panel; 6-a pass-through window; 7-medical experiment combined operation table; 8-a combination seat; 9-a constant temperature and centrifugal device combined frame; 10-experimental protective articles cabinet; 11-small instrument storage cabinets; 12-vehicle epidemic prevention articles cabinet; 13-field operation quarantine combined experimental bench; 14-a combination seat; 15-heating water bath and centrifugal device combined frame; 16-test sample storage case; 17-a cryogenic storage cabinet; 18-an information console; 19-field simple bath bag; 20-large instrument equipment storage cabinets; 21-experimental waste storage box; 22-a water circulating device; 23-gas exhaust means; 24-an information transmission device; 25-a lighting device; 26-escape window; 27-ultraviolet lamp; 28-a solar thermal collection device; 301-a pull rod fixture; 302-a pull rod peripheral power supply; 303-a pull rod; 304-a clamping screw; 305-an operation panel; 306-set screws; 401-experimental waste collection bag; 402-storage box cover; 403-a separator; 404-collector cover; 405-a collector tube; 406-a collector; 407-a collection cassette; 408-a storage box; 501-a table top circulating air system; 502-experiment table top support bar; 503-a bench support; 504-a combination seat; 505-experiment table; 506-fixing the experiment plate; 507-test board; 508-experiment table top sealing glass; 509-table top lower drawer; 601-case lid; 602-drawer lock; 603-a storage box; 604-a drawer; 605-drawer handle; 606-a box body; 701-a spoon head cover; 702-a spoon head; 703-two-dimensional code or bar code; 704-spoon handle; 705-ring magnet.

Detailed Description

While the invention will be described in connection with certain embodiments and with reference to certain drawings, it will be understood that the present invention is not limited to the details of the illustrated embodiments, but is capable of other forms and uses of example only.

1. Example one

As shown in fig. 1 and fig. 2, the present embodiment provides a mobile field medical experiment informatization 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 cabin is a command cabin, the middle cabin is a medical treatment experiment cabin, the rear cabin is an epidemic prevention and quarantine experiment cabin, and a vehicle interior door is arranged between the front cabin, the middle cabin and the rear cabin.

In the embodiment, the front cabin is provided with a GPS positioning system, a vehicle-mounted data information uploading and commanding terminal system and a driving system 3, and a data uploading module is formed by a data information uploading system 4;

furthermore, the front cabin is provided with a door 1 which is the same as the outside of the box body and is used for epidemic prevention in medical experiments and the entry of drivers through the identity recognition device 2.

In this embodiment, cabin both sides tank wall all is equipped with the door window in the platform, gets into through preceding well cabin intercommunication door, withdraws from by preceding well cabin intercommunication door after work.

In the embodiment, the middle cabin is provided with an improved wound rescue safety identity authentication system, a war wound fluid resuscitation rescue safety monitoring information identification system and a military medical experiment information management system to form an authentication experiment module;

in this embodiment, the information console 18 on the opposite side of the middle cabin body completes the safety identity authentication of the wounded, the basic information of officers and soldiers in the army and the related information are input through the improved wound rescue safety identity authentication system, bar codes and two-dimensional codes are printed and are pasted and fixed in the chest badge of the wounded as an identity identification card, the basic information comprises units, personnel types, names, sexes, ages and the like, and the related information comprises height, weight, body surface area, blood volume, ABO blood type, special blood type antibodies, physical examination results and the like; high-risk people such as drug contraindications and the like stick the magnetized metal magnetic strips at the same position, so that the magnetic-field-type magnetic-;

the information window on the table top of the information console 18 is connected with a display screen in 4 sections, the information window displays the drug allergy, blood transfusion reaction, blood source disease transmission and other allergy safety information of the wounded in sequence by red, orange, yellow and blue respectively, and a two-dimensional code, a bar code recognizer, a magnetic sensor, a printer and the like are placed on the information console to carry out officer and soldier safety identity recognition;

further, the middle cabin aims at the identity identification card of the wounded of the wound entering the front cabin, the information console 18 carries out safety identity identification through a two-dimensional code and a bar code recognizer, a magnetic inductor identifies high risk groups, and persons who do not pass through the magnetic inductor enter a special treatment system; index information is identified and determined by an information system of an information control console 18 through personnel, and related liquid resuscitation related experiments are completed by combining an improved war wound liquid resuscitation rescue safety monitoring information identification system and a military medical experiment information management system and using experiment environment conditions such as a pull-down operation panel 5 and a medical experiment combined operation console 7.

In this embodiment, a low-temperature storage cabinet 17, an experimental and protective article cabinet 10 and a vehicle-mounted epidemic prevention article cabinet 12 are placed beside the information console 18 along the direction from the middle cabin to the front cabin, and enzyme-linked immunoassay reagents, epidemic prevention and quarantine reagents, pathological experiment and biochemical experiment reagents and the like are placed in the low-temperature storage cabinet 17; gloves, hats, protective glasses and the like are placed in the upper drawer of the experimental protective article cabinet 10, and disposable protective clothing is placed in the lower cabinet door; the vehicle-mounted epidemic prevention article cabinet 12 is positioned below the bottom of the vehicle-mounted box body and is an independent closed space which can be locked, the cabinet door can be pulled upwards, the periphery in the cabinet body is kept closed, and field operation epidemic prevention equipment, medicines and the like are placed in the cabinet body.

In the embodiment, a medical experiment combined type operating platform 7 is arranged on the side of the vehicle door of the middle cabin box body and comprises an operating platform surface, a platform surface lower push-pull plate, supporting frames on two sides of the operating platform and a combined type seat capable of being pulled out under the operating platform; a sample injector, disinfectant, a two-dimensional code, a bar code recognizer and the like are placed on the operation table; the table top lower push-pull plate can be freely pulled out to enlarge the experimental operation surface and is used for large-batch experimental samples or used as an experimental table when a large-scale experimental instrument detects samples;

In the embodiment, a constant-temperature and centrifugal device combined frame 9, a pull-down operating panel 5, an experimental waste storage box 21 and a small instrument storage cabinet 11 are arranged beside the operating platform along the direction from the middle cabin to the front cabin;

further, a thermostat and a small centrifuge are placed on the constant temperature and centrifugal device combined frame 9 and used for heating and centrifuging test samples and the like.

As shown in fig. 3, the pull-down operating panel 5 in this embodiment is composed of a pull-out rod fixing device 301 fixed on the top of the box, a pull-out rod peripheral power supply 302, an operating panel 305, a fixing screw 306, and a clamping screw 304, wherein the pull-out rod 303 is retractable along the up-down direction, a hole is formed in the pull-out rod 303 for the clamping screw 304 to adjust the retractable length of the pull-out rod 303, and the pull-out rod 303 is fixedly connected with the operating panel 305 through the fixing screw 306.

As shown in fig. 4, in the experimental waste storage box 21 of the present embodiment, a pull-out box cover 402 is disposed at the top of the box body, a storage box 408 is disposed in the box cover, an experimental waste collection bag 401 is disposed in the storage box, and the experimental waste collection bag is taken out from the annular belt after collection; a drawer is arranged in the middle of the box body, a partition plate 403 is arranged between the drawer and the storage box, and a red, yellow and white collecting box 407 is separately placed to correspondingly collect polluting, corrosive, disposable sample collecting instruments and sharp experimental wastes; the lower part of the box body is provided with a sliding door, the inner space is provided with a disposable liquid collector 406 after being pulled open, a collector collecting pipe 405 is exposed outside the box body through the wall opening of the box body, and the pipe orifice of the collector is covered by a cover 404 with an airtight gasket.

Further, after the experimental waste collection bag 401 of the experimental waste storage box 21 is completely collected, the bag can be taken out in a closed manner by an annular belt with a tensioning clamp; placing red, yellow and white collecting boxes 407, and correspondingly collecting polluting, corrosive, disposable sample collecting instruments and sharp experimental wastes; the liquid collector 406 is used for collecting liquid experimental waste;

furthermore, the small-sized instrument and equipment storage cabinet 11 is close to the front middle cabin communicating door and connected with the top of the box body, and is divided into a small cabinet body part, a middle cabinet body part and a large cabinet body part, the wall of the cabinet is lined with foam materials, each cabinet body part is provided with a lockable sliding door respectively, and small-sized experimental instrument and equipment are placed in the cabinet.

In the embodiment, according to the safety identity authentication of field wounded personnel and the experimental results of the samples collected by wounded personnel, in combination with the resuscitation fluid management, the cooperative experiment management, the standards and the flows of the supplied cross-fit test and other monitoring information identification system of the war wound fluid resuscitation and rescue, which is improved by the information console 18, the samples entering the middle cabin test are input by the improved army medical experiment information management system in the information console 18, the sample information is generated and two-dimensional codes and bar codes are pasted, the experiments related to fluid resuscitation and treatment are completed by the experimental environmental conditions of the medical experiment combined operating platform 7 and the pull-down operating panel 5, the related experimental data of fluid resuscitation are obtained, and in combination with the technical requirements, standards and the flows of blood allocation management, cooperative experiment management, clinical data management and the like in the improved war fluid resuscitation and treatment safety monitoring information management system and the related parameters of fluid resuscitation and rescue, and (4) adjusting fluid resuscitation parameters and resuscitation standards to complete fluid resuscitation of the injured person. The test sample to be preserved is stored in the test sample storage box 16, and the waste articles after the experiment are placed in the experiment waste storage box 21 and are transmitted out from the delivery window in the cabin;

and the experimental data information is sent to a field medical team and a rear hospital through the front cabin uploading system 4.

In this embodiment, a simple and easy field operations bathing bag 19 is hung in the middle cabin space of the backseat intercommunication door in the platform, and the bathing bag is expanded after the experiment for the laboratory staff washes in the shower after the work.

2. Example two

In the embodiment, vehicle windows are arranged on the box walls on the two sides of the platform rear cabin; the experimenter enters through the middle and rear cabin doors, the inner door of the automobile is closed during working, and the inner door of the automobile connected with the middle and rear cabin enters the middle cabin and the front cabin and exits after the working is finished.

In this embodiment, two-dimensional codes, bar code identifiers, printers and the like are placed on the information console 18 on the opposite side of the rear cabin box body, and an improved army medical experiment information management system and an army quarantine and epidemic prevention informatization management system are configured to form an epidemic prevention experiment module, so that field operation quarantine and quarantine experiment processes are realized;

furthermore, an experimental waste storage box 21, a low-temperature storage cabinet 17 and a large-scale instrument storage cabinet 20 are arranged beside the information console 18.

As shown in fig. 5, the field operation and quarantine inspection combined experimental bench 13 is placed on the door side of the rear compartment box, and comprises an experimental bench 505, an experimental bench support rod 502, a bench circulating air system 501, an experimental board 507, a bench lower drawer 509, two experimental bench side support frames 503 and a combined seat 504 which can be pulled out from the lower part of the experimental bench;

furthermore, the experiment table 505 is rectangular, and a mode of high outside and low inside is selected, and the experiment table is slightly inclined towards the central line; the experiment table 505 is slightly inclined towards the liquid discharge pipe, so that the liquid on the experiment table 505 can flow down conveniently, and the experiment table is used for medical experiments, quarantine dissection and the like; a sample injector, a test tube rack, disinfectant and the like are arranged on the experiment table surface 505;

furthermore, four corners of the experiment table 505 are provided with metal support rods 502, the upper parts of the support rods 502 are fixedly connected with the experiment table circulating air system 501, and the experiment table circulating air system 501 is connected with the box top gas exhaust device 23; the two sides of the supporting rod 502 are sealed by glass 508, but the part below the operation surface 1/3 is reserved for the operation of experimenters;

furthermore, the experiment operation is selected to be carried out on an experiment plate 507, and the experiment plate 507 is fixed in 4 experiment plate fixing rods 506 on the table top for use; the connection holes on the experimental plate 507 can be used for fixing dissectors and the like through screws and are used for quarantine operation and epidemic prevention experiments;

further, the table-board lower drawer 509 can be pulled freely, and quarantine and epidemic prevention experiment consumables and the like are respectively placed;

furthermore, the combined seat 504 is a box structure, and a plurality of layers of drawers are arranged in the combined seat, so that the combined seat can be freely pulled according to the experiment requirement; various surgical instruments and the like for experiments are placed in the first layer of drawers, quarantine experiment instruments are placed in the second layer of drawers, and epidemic prevention experiment instruments are placed in the third layer of drawers.

And a test sample storage box 16, a pull-down operation plate 5, a heating water bath and centrifugal device combined frame 15 are arranged beside the operation table 13 along the direction from the rear cabin to the middle cabin, and the heating water bath box and the centrifugal device for the sample experiment are arranged on the combined frame 15. A transmission window 6 communicated with the outside of the box body is fixed in the rear cabin at a position opposite to the rear cabin door, and an ultraviolet lamp is arranged in the transmission window 6 and is controlled to be opened by a rear cabin switch for a test sample to enter the cabin and an experimental waste storage box 21 to be transmitted out.

As shown in fig. 6, in the test sample storage box 16 of the present embodiment, the box body is composed of a box cover 601 and a storage platform, the storage platform is composed of a storage box 603 and a multi-layer drawer 604, and the box body can be locked by a lower drawer lock 602 after the box cover 601 is put down; the box cover 601 is selected to be pulled upwards to be opened, the periphery of the box cover is kept closed, and a test sample storage position distribution diagram is arranged in the box cover; partitions are arranged between the drawer 604 and the storage box 603 of the box body 606 and between different drawers 604, and the drawer 604 can be pulled out through a drawer handle 605; partition plates with metal frames for separating storage spaces are arranged in the storage box 603 and the drawer 604, plastic foam is arranged at the bottom in each partition plate, and a spoon-shaped sample collector is placed for collecting samples;

as shown in fig. 7, in the present embodiment, the sample is collected by the spoon-shaped sample collector, the material of the spoon-shaped sample collector is transparent rigid plastic, and the spoon-shaped sample collector is composed of a spoon head 702 and a spoon handle 704, the spoon head is a spherical structure with a screw port, the sample is placed in the spherical structure and covered by a spoon head cover 701 matching with the screw port; the upper surface of the spoon handle is provided with a concave part, a two-dimensional code or a bar code 703 is adhered, a small annular magnet 705 is arranged below the spoon handle and is fixedly arranged in each storage space in the test sample storage box 16.

The back cabin information console 18 can quickly establish the field medical epidemic prevention and quarantine experiment management environment, link, work flow, experiment parameter and safety monitoring through an improved army medical experiment information management system and an army quarantine and epidemic prevention informatization management system;

furthermore, the test sample enters from the rear cabin transfer window 6, the information of the test sample is input through an army quarantine and epidemic prevention informatization management system improved by an information control console and then is printed to generate a two-dimensional code, a bar code is pasted, the field operation quarantine and quarantine combined type experiment table 13 with a circulating air system in the rear cabin is combined with experiment environment conditions such as a pull-down operation panel 5, the field operation quarantine and epidemic prevention experiment work is completed, the test sample needs to be stored in the test sample storage box 16, and waste articles after the experiment are placed in the experiment waste storage box 21 and are transmitted out through the in-cabin transfer window 6.

In this embodiment, the rear cabin collects experimental samples (disinfection in the transfer window 6) for field areas and epidemic areas such as biological warfare, chemical warfare and infectious diseases entered from the transfer window 6, inputs an improved army medical experiment information management system and an army quarantine and epidemic prevention informatization management system in the information console 18, prints two-dimensional codes and bar codes, determines relevant working standard flows, technical means and modes through the army quarantine and epidemic prevention informatization management system, completes field quarantine and epidemic prevention experiment work by combining with experimental environmental conditions such as the field operation quarantine combined type experiment table 13 and the pull-down operation panel 5 in the rear cabin, completes experiment article cleaning by the circulating water device 22, needs to store experiment samples in the experiment sample storage box 16, and places experimental waste storage boxes 21 and the experimental waste materials are transmitted out through the in-cabin transfer window 6. The experimental data information is summarized and is sent to a field medical team, a rear hospital and the like through the data uploading system 4, and complete and accurate data are timely provided.

The mobile field medical experiment informatization bearing platform box body is provided with an air conditioner and double-layer shockproof glass, and the top of the box body in the cabin is provided with an ultraviolet lamp 27, an illuminating device 25 and the like; the rear cabin circulating air system is connected with a gas exhaust device 23 at the top of the box body and used for exhausting gas; the top of the box body is provided with a solar heat collecting device 28 and an information transmission device 24, and the top of the middle cabin box body is provided with an escape window 26; the solar energy heat collection device 28 can provide certain power and hot water for the box, and the vehicle generator can provide power for the lighting and low temperature storage cabinet 17 in the box.

In the embodiment, the field medical experiment informatization bearing platform is provided, which is vehicle-mounted, is controlled by a multi-module information system, is combined with a medical experiment platform of corresponding experiment environment conditions, can quickly establish field medical experiment management environment, links and work flow, can develop various experiments, finish data arrangement, analysis and report, can finish field wound treatment and epidemic prevention experiments and provide complete and accurate data, and continuously strengthens field liquid resuscitation treatment and epidemic prevention system construction.

The above examples are intended to be illustrative only and are not intended to limit the scope of the invention. After reading the technical disclosure of the present invention, those skilled in the art may make various changes, modifications or alterations to the present invention within the technical scope of the present invention disclosure, and all such equivalents fall within the protective scope defined by the claims appended to the present application.

Claims

1. The utility model provides a portable field operations medical science experiment informatization bearing platform which characterized in that: the bearing platform is a vehicle-mounted box body based on an informatization condition, the interior of the box body is divided into a front functional cabin, a middle functional cabin and a rear functional cabin from front to back, wherein the front cabin is a command cabin, the middle cabin is a medical treatment experiment cabin, and the rear cabin is an epidemic prevention experiment cabin.

2. The field medical experiment informatization bearing platform according to claim 1, characterized in that: the front cabin data information uploading system forms a data uploading module; the improved wound rescue safety identity authentication system of the middle cabin, the war wound fluid resuscitation rescue safety monitoring information identification system and the army medical experiment information management system form an authentication experiment module; the army medical experiment information management system and the army quarantine and epidemic prevention informatization management system with the improved rear cabin form an epidemic prevention experiment module.

3. The field medical experiment informatization bearing platform according to claim 1, characterized in that: the middle cabin authentication experiment module and the rear cabin epidemic prevention experiment module are realized by an information control platform, and are combined with a pull-down operation board and experiment equipment to form experiment environment conditions.

4. The field medical experiment informatization bearing platform according to claim 1 or 3, characterized in that: the pull-down operating panel of the middle cabin and the rear cabin consists of a pull rod and an operating panel which are fixed on the top of the box body, and the pull rod is telescopic in the vertical direction.

5. The field medical experiment informatization bearing platform according to claim 1, characterized in that: the middle and rear cabin test sample storage boxes collect samples through a spoon-shaped sample collector, two-dimensional codes or bar codes are adhered to a spoon handle, and an annular magnet is arranged below the spoon handle.

6. The field medical experiment informatization bearing platform according to claim 1, characterized in that: solid experimental waste collection bags are placed on the upper portions of the middle and rear cabin experimental waste storage boxes, red, yellow and white collection boxes are placed in the middle portions of the middle and rear cabin experimental waste storage boxes, and disposable liquid collectors are placed on the lower portions of the middle and rear cabin experimental waste storage boxes.