Special soldier function detection and treatment rehabilitation vehicle used under field operation training condition

Abstract

The invention discloses a special soldier function detection and treatment rehabilitation vehicle under a field operation training condition. A safety certification module is mainly an individual combat safety identity recognition device comprising a combat identity label and a safety identity recognition plate; the function detection module is provided with a plurality of annular operation surfaces with different heights on a common environment circular experiment table, a plurality of independent operation compartments with movable operation cover plates are arranged in the middle of a ladder type operation surface of a barrier environment experiment table, and the treatment and rehabilitation module is provided with a frame-shaped structure for placing treatment supplies and configuring functional supplies. The function rehabilitation platform is provided with a stretcher face formed by hard stretcher plates capable of being integrally folded, a circular ring and lock catch combination device at the top of a supporting rod is connected with a function rehabilitation assembly, the treatment platform is provided with a liquid resuscitation combined type grading pipeline device, a liquid regulator is of a closed split-grid cell structure for containing a plurality of sets of transfer pipelines, and split grids are provided with heating devices. And a wireless terminal is fixedly arranged on the outer side of the liquid regulator. The device is safe and integrated, is convenient to use, and can guarantee the special soldier treatment and rehabilitation operation process.

Description

Technical Field

[0001] The present invention belongs to the research fields of field medical support, information technology and medical equipment, and in particular relates to a functional detection and treatment rehabilitation vehicle used for special forces security identity recognition and fluid resuscitation treatment under field combat and training conditions. Background Art

[0002] Modern war medical rescue practice shows that the mortality rate of wounded soldiers under field conditions is directly related to the time they receive treatment. The recovery of soldiers' body functions and rapid and safe treatment have become the research focus of field medical rescue. The rapid establishment and transmission of wounded biological information, safe and rapid treatment of personnel, and effective transmission of information are important aspects of field medical rescue.

[0003] At present, field medical rescue is affected by the adaptability of hardware environment and technical conditions. There are many traumatic wounded, serious injuries, complex rescue environment, graded treatment, etc. It is difficult to establish the indicator information of the wounded, difficult to complete the experimental data, and difficult to establish the treatment and rehabilitation plan. The development direction of combat trauma treatment is to move combat wounded treatment forward as much as possible. Establishing the safe identity and effective authentication of the wounded as soon as possible, and quickly establishing biological characteristics information, indicator information, clinical and experimental data are the core links for establishing technical means and operation methods for treating the wounded, as well as the full coverage of information on the process of wounded evacuation and in-hospital treatment.

[0004] Special forces are the main force to complete the army's combat missions. They have heavy training tasks, dangerous courses, and many injury factors. Their characteristics are emphasis on actual combat and strict training. They place high demands on the information, technology, and equipment construction of medical rescue under field combat and training conditions. Using intensive equipment to provide equipment, safety, and efficiency guarantees for special forces training, self-rescue, and pre-hospital emergency care is an important research topic at this stage.

[0005] At present, it is difficult to quickly and safely confirm the security identity information of special forces in the field and in training, treatment and rehabilitation are difficult, the experimental environment cannot be quickly and effectively established, the instruments and equipment and supporting devices are incomplete, the composition and functions of portable field first aid equipment are imperfect, the functions of individual rehabilitation equipment are single, and the safety and practicality are poor, the degree of informationization of fluid resuscitation treatment is low, and the equipment functions are single. Field treatment is difficult to be continuous and stable, and treatment information is difficult to cover the entire process. Summary of the invention

[0006] In order to achieve the above objectives and overcome the above-mentioned defects and shortcomings of the related prior art, the inventors conducted in-depth research and completed the present invention after paying a lot of creative work.

[0007] The technical problems to be solved by the present invention are: The existing individual combat security identity information is difficult to quickly and safely confirm, treatment and rehabilitation are difficult, the experimental environment cannot be quickly and effectively established, the instruments and equipment and supporting devices are incomplete, the composition and functions of field portable first aid equipment are imperfect, the individual rehabilitation treatment equipment has a single function, poor safety and practicality, the fluid resuscitation treatment has a low degree of informatization, and the equipment has a single function. Field treatment is difficult to be continuous and stable, and treatment information is difficult to cover the entire process.

[0008] The present invention is achieved through the following improved technical solutions: A functional rehabilitation and detection treatment vehicle for special forces under field training conditions, embodied as a functional detection system and a therapeutic rehabilitation system under the control of an information system, including a safety authentication module, a functional detection module, a therapeutic rehabilitation module, and a data transmission module; Security authentication module: The individual combat security identification device includes a combat identification tag and a security identification plate, which are fixed to combat clothing; The combat identity sign is located on the upper part of the security identity recognition plate. It is a frame-type combined structure with two or more horizontal slides connected between the left and right longitudinal support rods. The slides are provided with hard slides that can be pulled left and right and mark the combat identity and wireless positioning equipment. The triangular wedge at the bottom of the support rod is fixed in the triangular grooves on the left and right sides of the top surface of the security identity recognition plate. The security identification board includes a biometric chip and a wireless data transmission terminal, with integrated sensors to process biometric marker index information, wirelessly transmit individual combat security identities and information on different biological characteristics such as basic physiology and electrophysiology at different time periods, and update configuration data and upload them to the terminal system; Furthermore, the four corners of the bottom surface of the security identification plate are fixed to the combat clothing with round points with round holes, and the identification plate has wires that pass through the clothing and connect to the identification plate, and the wires of the security identification plate are connected to the bioelectric electrodes on the surface of the skin of the individual soldier through the round holes; The top surface of the security identification plate is provided with a combat sequence code distribution area and a medical information code distribution area that can be identified by individual combat, corresponding to the position of the wireless transmission data terminal and the biological chip. The combat sequence code is connected to the individual combat information of the combat system, and the medical information code is connected to the individual biological characteristic identifier information of the field medical support system. The identification sequence code and the medical information code enter the combat system and the field medical support system; Furthermore, the relevant information in the officers and soldiers' combat identity tags and security identity recognition plates generates a QR code or bar code, which is fixed in the wounded's clothing as an identity card, connected to the military medical support database and the natural physical examination index information database, and scans and identifies the wounded's serial number to enter the system.

[0009] The functional testing environment on the top floor of the treatment vehicle is set up as a normal environment and a barrier environment; The multi-cell assembly for placing different common samples is uploaded to the testing environment through the closed channel for transportation between the top and bottom layers of the treatment vehicle, and the cells for placing contaminated samples are uploaded through the closed channel for transportation outside the vehicle; Furthermore, the sample test uses a test tube slot, which is a combined slide slot in which a slide bar that can slide freely with the slide bar base is placed, and the top of the slide bar is a socket for placing the test sample test tube; The ordinary environment circular experimental table is composed of a number of annular operating surfaces of different heights. The different annular operating surfaces can rotate relative to each other around the central fixed rod. Under the annular operating surface is the experimental equipment compartment. A circular configuration box rotating around the central fixed rod is arranged on the upper part of the circular experimental table. The circular configuration box is divided into a number of annular configuration surfaces by inner and outer ring spacing grids. The circular configuration box is filled with multi-layer cells separated by retractable partitions opened by a QR code lock; In the middle of the ladder-type operating surface of the barrier environment laboratory table are several independent operating compartments with movable operating covers, and on the back are cells with adjustable heights for placing experimental consumables.

[0010] A frame structure for placing medical supplies and configuring functional supplies is set in the middle of the treatment and rehabilitation environment at the bottom of the treatment vehicle. The closed frame structure of the drawer in the middle of the medical supplies and functional supplies frame structure is provided with a lock. The two sides are closed multi-layer metal frame cell structures with inner pull-out doors and partitioned by pull-out panels. The cells have a medical supplies and functional supplies placement area marked with a QR code. The metal frame cell structure is used to place tightening card ring belt packaging or magnet packaging bags. The accordion-type component bags on both sides of the metal frame structure are used to place medical supplies and disposable medical consumables respectively, and the accordion mouth is closed with adhesive tape; Furthermore, the frame structure of the first aid supplies and functional supplies can be packed in a backpack bag and used as a delivery backpack to be delivered by a drone; The top surface of the bottom fixed plate of the treatment and rehabilitation environment treatment and rehabilitation environment treatment and rehabilitation supplies placement and functional supplies configuration area is connected to the treatment supplies configuration support tube. There is a retractable fixed rod in the support tube along the up and down directions. The fixed rod is connected to the treatment supply configuration operation panel. The operation panel is a multi-layer structure that can rotate around the fixed rod and has a folding plate at the lower edge. The operation panel intersects and combines with the treatment supply placement and functional supplies configuration combination area to configure the treatment function, and the functional combination between different cells in the functional supplies configuration area is adjusted in combination with the wounded treatment information.

[0011] The four corners of the functional rehabilitation platform at the back of the therapeutic rehabilitation environment are fixed with three-way support rods, which are respectively connected to the horizontal and vertical support tubes with lateral wire introduction holes as the platform table top, and the support tubes are provided with slots for inserting support plates; two or more mesh hard stretcher boards are connected on the platform table to form a stretcher surface that can be folded as a whole, and the folding structure between adjacent stretcher boards is a rotating shaft, which can be locked and fixed by a locking pin to adjust the angle or use it as a stretcher; the top ring of the support rod and the lock combination device are connected to the functional rehabilitation components.

[0012] The pull-out support rods in the four corner support tubes of the treatment platform on the front side of the treatment and rehabilitation environment are composed of a three-way combination of two or more horizontal pull-out support rods as the platform table top. Segmented card slots are arranged on the inner side of the pull-out support rods. The segmented card slots are inserted into the hanging plates on both sides of the treatment box to form the operating surface of the combined treatment box cover.

[0013] The treatment platform is equipped with a combined graded pipeline device for fluid resuscitation under field conditions, including a support tube, a cross-rotating hanging ring, a fluid regulator, a transfer pipeline, an infusion pipeline, and an infusion extrusion valve; A support rod that can be pulled upward is arranged in the support tube, and the pulling height of the support rod is adjusted by the segment screws of the support tube wall. A combined rotating shaft is arranged at the top of the support rod, and a cross slot is arranged on the top surface of the rotating shaft; The cross rotating hanging ring is a closed ring formed by a hard round tube, with a longitudinal and transverse cross rod in the middle of the closed ring, and a clamping tooth is arranged at the bottom of the cross rod, which can be matched with the cross clamping groove on the top surface of the rotating shaft, and the cross clamping groove on the top surface of the rotating shaft rotates with the cross rotating hanging ring around the rotating shaft at the top of the supporting rod; Furthermore, the cross-rotating hanging ring is provided with two or more hooks, which are used to connect with the liquid mother bag, lighting or disinfection lamps; The liquid regulator is fixed at the front end of the support rod, and includes a box body. The upper end and the lower end of the box body are respectively provided with a transfer pipeline inlet and a transfer pipeline outlet. The box body is a closed grid cell structure that can hold multiple groups of transfer pipelines. The grid cell includes a grid and a transfer pipeline channel arranged on one side of the grid. A heating device is arranged in the box body. A wireless terminal that can scan and identify the corresponding wounded person's identity card information is fixedly arranged at the rear end of the liquid regulator. Furthermore, the liquid regulator also includes a box cover, the box body and one side of the box cover are hinged, the partition is in active contact with the inner side of the box cover, and when the box cover is opened, the transfer pipeline can be arranged on both sides of the partition for isolation and heating. When the box cover is closed, the transfer pipeline can be limited to one side of the partition.

[0014] The wireless terminal reads the identity information and wounded treatment information on the officers and soldiers’ combat identity tags, and adjusts the infusion line through the connected controller.

[0015] The transfer pipeline, the infusion pipeline, and the infusion extrusion valve constitute a graded multi-tube combination pipeline; The transfer pipeline is multiple branches, forming a primary pipeline. The first-stage three-way transfer pipe of the liquid mother bag passes through and is closed in the fixed channel of the closed grid unit cell of the liquid regulator. The upper end of each transfer pipeline can be plugged into the liquid mother bag. The air inlet pipeline of the puncture port of the liquid mother bag is provided with a common ventilation filter membrane between groups. The middle section of the transfer pipeline is placed in the liquid regulator for isolation and heating. The lower end of the transfer pipeline can be connected to the liquid sub-bag through a three-way or directly; There are two infusion lines. The liquid sub-bag includes a colloid part and a crystal part, which are separated into two left and right parts by a diaphragm. The second-level intergroup three-way infusion tube on the lower side of the liquid sub-bag is connected to the wounded's infusion line in a segmented manner between different blood vessels. Each infusion line is provided with an infusion extrusion valve connected to the liquid regulator. The infusion extrusion valve is an electrically controlled clamping valve, which is connected to the wireless terminal on the liquid regulator through a line. An extrusion cavity is provided in the infusion extrusion valve, and the infusion line passes through and contacts the extrusion cavity. The infusion extrusion valve adjusts the size of the extrusion cavity gap according to the wounded information read by the wireless terminal, thereby adjusting the liquid rate of the infusion line. The liquid rate in the infusion line is adjusted by connecting the wounded's identity card information scanned and identified by the liquid regulator. The lower end of the infusion line is connected to the injection end through a three-way connection, and the injection end is provided with a detachable line connector.

[0016] After processing the information of officers and soldiers' security identities and biological characteristic markers, the corresponding indicator information in the corresponding database is collected, stored and identified. The relevant data information and indicator information are combined with the diagnosis and treatment information of the military hospital LAN to determine the corresponding treatment method. The data information is wirelessly transmitted and uploaded to the command terminal system to complete the location of wounded treatment, delivery of medical supplies, post-treatment and equipment information control, and remotely update the special forces combat individual operation position, the military medical support database and other individual treatment data terminal equipment under field conditions. Beneficial Effects

[0017] After adopting the above technical solution, the present invention has the following beneficial effects: 1. A single-soldier combat safety identity recognition device is set up. The combat identity label and the relevant information of the safety identity recognition plate generate a recognizable identity card which is fixed in the combat uniform of the wounded. This solves the technical problems that the single-soldier combat safety identity information is difficult to confirm quickly and safely and the treatment and rehabilitation are difficult.

[0018] 2. Set up a functional detection system, a general environment annular operating surface, a circular configuration box, and a barrier environment laboratory bench ladder operating surface. Combined with different test samples, they are uploaded to the detection environment through a multi-cell combination structure in the closed channel between the top and bottom layers of the treatment vehicle, solving the technical problems that the existing experimental environment cannot be established quickly and effectively, and the instruments and equipment and supporting devices are incomplete.

[0019] 3. Set up a treatment and rehabilitation system, a treatment platform and a functional rehabilitation platform to form a multi-link treatment and rehabilitation operation method, combined with a combined graded pipeline device for fluid resuscitation, to improve the composition and function of portable field first aid equipment, and solve the technical problems of the existing individual rehabilitation and rescue equipment with single function, poor safety and practicality.

[0020] 4. A combined graded pipeline device for fluid resuscitation is set up to ensure effective infusion of different resuscitation fluid components in liquid sub-bags and a continuous process of fluid resuscitation preparation and use, so as to solve the technical problems of low level of informatization of fluid resuscitation treatment and single function of equipment under existing field conditions.

[0021] 5. The data transmission module of the treatment vehicle collects data, information, and videos related to the treatment of the wounded, and transmits them wirelessly over long distances. The data and information are uploaded to the command system terminal, solving the technical problems of continuous and stable treatment and full coverage of treatment information under field conditions. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] In order to more clearly illustrate the improved technical solutions and specific implementations of the present invention, the following is a brief introduction to the drawings required for use in the specific implementations. In all drawings, similar parts are generally marked with similar reference numerals. In the drawings, the various parts are not necessarily drawn according to the actual scale. The drawings are only for those skilled in the art and researchers. Other drawings can be obtained according to the following drawings.

[0023] Figure 1 This is a schematic diagram of the structure of a vehicle for detecting and treating special forces' functions under field training conditions according to the present invention; Figure 2 This is a schematic diagram of the structure of the security identity recognition device of the present invention; Figure 3 Schematic diagram of the frame structure of the first aid supplies and functional supplies of the present invention; Figure 4 A schematic diagram of the structure of the fixing rod and the operating panel of the present invention; Figure 5 It is a schematic diagram of the side structure of the test tube tank of the present invention; Figure 6 This is a schematic diagram of the functional rehabilitation platform structure of the present invention; Figure 7 This is a schematic diagram of the structure of the treatment platform of the present invention; Figure 8 This is a schematic diagram of the structure of the combined graded pipeline device for liquid resuscitation of the present invention; Fig. 9 It is a schematic diagram of the structure of the liquid regulator of the present invention; Fig.10 It is a schematic diagram of the principle structure of the hierarchical multi-tube combined pipeline of the present invention.

[0024] Fig.11 It is a schematic diagram of the structure of a circular experimental platform in a common environment of the present invention. Attached photos

[0025] 1-Function detection environment; 2-Treatment and rehabilitation environment; 3-Function rehabilitation platform; 4-Frame structure of rescue supplies and functional supplies; 5-Treatment platform; 6-General environment; 7-Barrier environment; 8-Buffer channel; 9-General environment detection platform; 10-Barrier environment operation platform; 11-Inner door between barrier and general environment; 12-Inter-layer transportation and transfer channel; 13-Middle door; 14-Identification device; 15-General and barrier environment isolation layer; 16-Front door; 17-Cockpit door; 18-Gas exhaust device; 19-Solar thermal collector; 20-Information transmission device; 21-Lighting device; 22-Ultraviolet lamp; 23-Information control platform; 24-Power generation and charging equipment; 2a1-support rod; 2a2-combat identification plate; 2a3-slide; 2a4-security identification plate; 2a5-combat sequence code distribution area; 2a6-medical information code distribution area; 2a7-slideway 201-slideway; 202-slide; 203-security identification plate; 204-triangular wedge at the bottom of the support rod; 205-triangular groove on the top of the identification plate; 206-dot round hole on the identification plate; 207-round hole on the clothing; 208-wire; 209-wireless data transmission terminal; 210-biological chip; 211-bioelectric electrode; 212-combat clothing 301-drawer-type closed frame; 302-metal frame cell; 303-lock; 304-pull-out door; 305-cell QR code; 306-backpack bag; 307-drone delivery fixing ring; 308-support tube; 309-support rod; 310-delivery backpack; 311-accordion-type component bag; 312-accordion mouth adhesive tape; 401-fixed plate; 402-support tube; 403-fixed rod; 404-fixed screw; 405-clamping screw; 406-operating plate; 407-folding plate; 501-test tube slot; 502-combined slide slot; 503-slide bar; 504-test tube jack; 505-pull-out slide bar base; 601-support rod; 602-three-way device; 603-table; 604-lateral introduction hole; 605-support tube; 606-protection plate; 607-slot; 608-ring and locking device; 609-slideway; 610-slide plate; 611-stretcher plate; 612-alloy structural part; 613-rotating shaft; 614-locking pin; 615-mesh structure; 701-pull-out support rod; 702-support rod; 703-support tube; 704-treatment box cover; 705-treatment box; 706-segmented slot; 707-raised hanging piece; 708-screw hole; 709-groove at the top of the support rod; 710-universal wheel; 801-support tube; 802-support rod; 803-cross slot on top of rotating shaft; 804-cross rotating hanging ring; 805-cross rod; 806-rotating shaft at top of supporting rod; 807-hook; 808-liquid regulator; 809-screw hole; 810-segmental screw; 901-grid unit cell; 902-grid and heating device; 903-transfer pipeline; 904-transfer pipeline channel; 905-transfer pipeline outlet; 906-wireless terminal; 1001-liquid mother bag; 1002-puncture port; 1003-air inlet pipeline; 1004-common ventilation filter membrane; 1005-transfer pipeline; 1006-crystal gel liquid separation membrane; 1007-liquid sub-bag; 1008-liquid regulator; 1009-infusion pipeline; 1010-infusion extrusion valve; 1011-connection line; 1013-detachable pipeline connector; 1101-QR code lock; 1102-annular operating surface; 1103-central fixing rod; 1104-experimental equipment compartment; 1105-grid; 1106-annular configuration box; 1107-annular configuration surface; 1108-multi-layer unit cell; 1109-circular experimental table. DETAILED DESCRIPTION

[0026] The present invention is clearly and completely described and further illustrated below in conjunction with the above drawings and specific embodiments, but the use and purpose of these exemplary implementation modes are only used to illustrate the present invention, which are only part of the embodiments of the present invention, not all of the embodiments, and do not constitute the actual protection scope of the present invention.

[0027] like Figure 1 As shown, in this embodiment, a special forces functional rehabilitation and detection and treatment vehicle under field training conditions is embodied as a functional detection and treatment rehabilitation system under the control of an information system, including a security authentication module, a functional detection module, a treatment rehabilitation module, and a data transmission module; In this embodiment, the treatment vehicle is a double-layer structure, the top layer is a functional detection environment, which includes a general environment and a barrier environment, the bottom layer is a treatment and rehabilitation environment, a cockpit is arranged at the front side of the bottom layer, a buffer channel is arranged on one side of the cockpit to connect with the top layer, the buffer channel 8 is provided with a front door 16 connected to the outside world, the cockpit door 17 enters the driving system, the barrier environment 7 and the general environment 6 are connected by an inner door 11, the general environment 6 and the barrier environment 7 are separated by an isolation layer 15, and the experimental test personnel enter through the identity recognition device 14, the treatment and rehabilitation environment 2 at the bottom of the treatment vehicle is connected to the outside world by a middle door 13, which is used for the treatment and rehabilitation personnel to enter through the identity recognition device 14, and the staff enters the vehicle through the middle door 13, the front door 16 and the identity recognition device 14, and the door is closed after the vehicle is closed; The treatment vehicle body wall is made of double-layer shockproof glass, and an ultraviolet lamp 22, a lighting device 21, etc. are installed on the top. The circulating air system is connected to the top gas exhaust device 18. The vehicle body is equipped with air conditioning and power generation and charging equipment 24, as well as solar energy collection equipment 19 and information transmission device 20.

[0028] like Figure 1 , 11 As shown, in this embodiment, the circular experimental table 1109 of the general environment 6 is composed of a plurality of annular operating surfaces 1102 of different heights, and the different annular operating surfaces 1102 rotate with each other around the central fixed rod 1103 of the operating surface, and the experimental equipment compartment 1104 is provided below the annular operating surface 1102, and the experimental equipment compartment 1104 is provided with a constant temperature, a centrifugal device, etc.; a circular configuration box 1106 rotating around the central fixed rod 1103 is provided on the upper part of the circular experimental table 1109, and the circular configuration box 1106 is divided into a plurality of annular configuration surfaces 1107 by inner and outer ring spacer grilles 1105, and a multi-layer unit cell 1108 separated by a retractable partition opened by a QR code lock 1101 is placed in the circular configuration box 1106; Furthermore, the arc of the annular operating surface 1102 is greater than 120°, and when the annular operating surface is rotated to overlap at a certain angle, the experimental equipment compartment 1104 below can be exposed.

[0029] Barrier environment test bench 10 The table top of the barrier environment test bench 10 is divided into three areas: front, middle and back. The front is a fixed table top, the middle is a number of independent operation compartments with movable operation covers, and the back is a unit cell combination for placing experimental consumables that can be adjusted up and down.

[0030] like Figure 2 As shown, this embodiment provides a single-soldier combat security identity recognition device, including a combat identity label 2a2 and a security identity recognition plate 2a4; The combat identity sign 2a2 is located on the upper part of the security identity recognition plate 2a4, which is provided with a transverse slide 2a7, in which a hard slide 2a3 that can be pulled left and right and marks the combat identity and wireless positioning device is provided, and the top surface of the security identity recognition plate 2a4 includes a combat sequence code distribution area 2a5 and a medical information code distribution area 2a6; The individual combat security identification device is fixed on the front chest of the combat uniform 212, and the triangular wedge 204 at the bottom of the support rod of the combat identity label 2a2 is fixed in the triangular grooves 205 on the left and right sides of the top surface of the security identification plate 203; the security identification plate 203 includes a biological chip 210 and a wireless data transmission terminal 209; The biochip 210 integrates sensor processing and wireless transmission of individual soldier security identity data and updates the wireless data terminal 209 device; the four corners of the bottom surface of the security identity recognition plate 203 are fixed to the combat clothing 212 with round heads, and there is a round hole 206 in the center of the circle on the recognition plate 203 that passes through the round hole 207 of the clothing and connects to the wire 208 of the security identity recognition plate 203. The wire 208 is connected to the bioelectric electrode 211 on the surface of the individual soldier's skin.

[0031] like Figure 2 As shown, in this embodiment, a single-soldier combat safety identity recognition device is used under field conditions, the combat identity label 2a2 is removed, the serial code 2a5 and the medical information code 2a6 are identified to enter the combat system and the field medical support system to obtain personal information; the width of the hard slide 202 is slightly smaller than the width of the slide groove 201, and it can slide along the slide groove 201 under the action of external force, and the combat identity marks such as the officer's name and rank and the specific wireless positioning device slide 202 are pushed into the slide groove 201 along the upper and lower grooves of the slide groove 201, and then the support rod 2a1 is fixed in the triangular groove 205 on the top surface of the identification plate through the bottom triangular wedge 204; The round hole 207 of the combat identity tag 2 is fixed on the front chest of the combat clothing 212, and the wire 208 of the bioelectric electrode 211 on the skin surface of the individual soldier is connected to the security identity recognition plate 203 through the round hole 206 and the round hole 207 of the clothing; The combat individual soldier safety identity recognition device identifies the serial code 2a5 and the medical information code 2a6, enters the field medical support system, and corresponds to the treatment safety degree and treatment method in the officer and soldier identity recognition card. The information window of the treatment vehicle information control platform 23 is a segmented connected display screen, which uses red, orange, yellow and blue to display the safety degree of wounded treatment, adjust the treatment parameters and standards, determine the treatment method and means, collect data and data information related to the treatment and rehabilitation process of officers and soldiers, and upload the data information to the command terminal system.

[0032] like Figure 1 , 3 As shown, in this embodiment, a frame structure 4 for placing medical supplies and configuring functional supplies is arranged in the middle of the treatment and rehabilitation environment 2 at the bottom of the treatment vehicle. A closed frame structure 301 with a drawer in the middle of the frame structure 4 for medical supplies and functional supplies is provided with a lock 303, in which information terminals such as a single-soldier rescue device and coordinates of the wounded treatment position are placed. The two sides are multi-layer cells of a metal frame structure 302 with a drawer door 304 on the inner side. The cells have a QR code 305 to mark the placement area of ​​medical supplies and functional supplies. Tightening card ring belt packaging or magnet packaging bags are placed in the cells of the metal frame structure 302. The accordion-type component bags 311 on both sides of the metal frame structure 302 are respectively placed for medical supplies and disposable medical consumables, and the accordion mouth is closed with an adhesive tape 312; Furthermore, the frame structure 4 of the first aid supplies and functional supplies can be packed in a backpack bag 306 as a delivery backpack 310 and delivered by a drone; Furthermore, the backpack bag 306 is woven from a double-layer material, with the inner and outer layers being respectively polyester and Oxford waterproof fabrics, with a composite foam material in the middle of the two layers, an air bubble film on the inner side of the polyester fabric, a closed zipper on the upper part of the backpack bag, and drone delivery fixing rings 307 at both ends of the outer side of the backpack bag 306; the four corners of the backpack bag 306 are support tubes 308 inside the double-layer material of the backpack bag 306, and a pullable support rod 309 is provided inside the support tube 308, which can form a table for configuring medical supplies and functional supplies through the support of the support rod.

[0033] like Figure 4 As shown, in this embodiment, the treatment and rehabilitation environment 2 is provided with a bottom fixing plate 401, and the top surface is connected to a medical supplies configuration support tube 402, and a retractable fixing rod 403 is arranged in the support tube 402 along the up and down directions, and the fixing tube 402 is provided with a hole for clamping screws 405 to adjust the telescopic length of the fixing rod 403, and the fixing rod 403 is connected to the medical supplies configuration operation panel 406 by fixing screws 404, and a folding plate 407 is arranged on the edge of the operation panel 406, and the operation panel is combined with the medical supplies placement and functional supplies configuration frame structure 4 to perform medical function configuration, and the functional combination between different cells of the functional supplies configuration area is adjusted in combination with the wounded treatment information.

[0034] like Figure 1 , 5 As shown, in this embodiment, the top functional detection environment 1 of the treatment vehicle is provided with a barrier environment 7 and a common environment 6, and the multi-cell assembly of different common samples placed in the treatment rehabilitation environment 2 is uploaded to the functional detection environment through the upper and lower transport and transfer closed channels 12 between the top and bottom layers of the treatment vehicle, and the contaminated sample cells are uploaded to the shielding environment through the transport and transfer closed channels outside the vehicle, and the lifting position of the cell assembly is determined by QR code control; Furthermore, the top layer sample detection of the treatment vehicle uses a test tube slot 501, the test tube slot 501 is a combined slide slot 502 into which a corresponding horizontal pull-out slide bar 503 that can slide freely with the slide bar base is placed, the slide bar 503 is pulled freely with the slide bar base 505, the top end 503 of the slide bar is a socket 504 for placing the test sample test tube, the socket 504 is arranged to place the test tube, the slide bar base is slidably connected to the bottom of the slide slot, the slide bar 503 can be easily pulled out of the slide slot 502, and it is convenient to replace; Furthermore, the experimental sample enters the sample information through the information console 23 and generates a QR code or a bar code for pasting.

[0035] like Figure 6As shown, in this embodiment, the four corners of the functional rehabilitation platform 3 at the rear side of the treatment and rehabilitation environment 2 are fixed with support rods 601, and the lateral support tubes 605 on the front and rear sides of the table 603 are respectively connected with the three-way device 602 to form the platform table. The support tubes 605 are provided with slots for inserting support plates and lateral introduction holes 604 for connecting wires. The left and right sides of the table 603 are provided with longitudinal support tubes 605 for inserting slots 607 of the protective plate 606. The top ring of the support rod 601 and the lock assembly device 608 are connected to the functional rehabilitation components. Furthermore, the slide grooves 609 on both sides of the table 603 are installed with different card slots 607 and the protective plates 606 are fixed, and more than two slide grooves 609 are fixedly arranged between the front and rear support tubes 605 under the platform table 603, and a slide plate 610 that can be pulled out in the forward and backward directions is arranged in the slide groove 609; The upper part of the platform table 603 is provided with mesh-type 615 hard stretcher boards 611 connected by support rods 601 to form an integrally foldable stretcher surface. The front and rear supports are alloy structural members 612. The folding structure between adjacent stretcher boards is a rotating shaft 613. The rotating shaft 613 can be locked and fixed by a locking pin 614 to adjust the angle or use it as a stretcher. Rehabilitation equipment is placed between the stretcher board 611 and the platform surface 603, and between the platform surface 603 and the slide plate 610. The stretcher board 611, the rehabilitation platform 3, the rehabilitation assembly, and the slide plate 610 are connected and combined through the pull-out adjustable support rod 601 and the surface 603 to form a multi-link operating structure, which is connected to the functional rehabilitation equipment under the platform surface 603 to form a combined functional rehabilitation means.

[0036] like Figure 7 As shown, in this embodiment, the screw holes 708 of the support rod 702 in the four-corner support tubes 703 of the front treatment platform 5 of the treatment and rehabilitation environment 2 are fixedly connected to the horizontal pull-out support rod 701, the screw holes 708 on the support tube 703 adjust the height of the support rod 702 and are threadedly fixed, and the segmented card slots 706 are arranged on the inner side of the pull-out support rod 701, and the segmented card slots 706 are inserted into the protruding hanging pieces 707 on both sides of the treatment box 704, and the pull-out support rod 701 is combined with the treatment box cover 704 to form a combined treatment box cover operation surface, and the groove 709 at the top of the support rod 702 is used to hang the infusion bag, and the bottom of the support tube 703 can be equipped with a fixed universal wheel 710; The support rod 702, the pull-out support rod 701, the segmented slot 706, and the treatment box 704 form a treatment platform tabletop connected up and down; Furthermore, the upper combined treatment box 705 stores surgical instruments, and the combined treatment boxes 705 at different positions are used to set corresponding position treatment modes on the operating surface of the combined treatment box cover.

[0037] like Figure 8-10As shown, in this embodiment, the treatment platform 5 of the treatment and rehabilitation environment 2 is provided with a combined graded pipeline device for liquid resuscitation, including a support tube 801, a cross-rotating hanging ring 804, a liquid regulator 808, a transfer pipeline 903, an infusion pipeline 1009, and an infusion extrusion valve 1010; A support rod 802 that can be pulled upward is provided in the support tube 801, and the pulling height of the support rod 802 is adjusted by a segmented screw 810 in a screw hole 809 in the wall of the support tube 801, and a cross slot 803 is provided on the top rotation shaft 806 of the support rod; The cross rotating hanging ring 804 is a hard round tube forming a closed ring, and a cross rod 805 is arranged in the middle of the closed ring in the vertical and horizontal directions. The bottom teeth of the cross rod 805 are adapted to the cross slot 803 on the top surface of the rotating shaft, and the cross slot 803 on the top surface of the rotating shaft drives the cross rotating hanging ring 804 to rotate around the top rotating shaft 806 of the supporting rod; the cross rotating hanging ring 804 is provided with more than two hooks 807, and the hooks can be connected with the liquid mother bag 1001, lighting or disinfection lamps; The liquid regulator 808 is fixed on the support rod 802, and is a closed grid cell 901 that can hold multiple groups of transfer pipelines 903. The front side of the grid cell 901 is provided with a transfer pipeline channel 904 and a grid 902, and the grid is provided with a heating device 902. The rear side of the closed grid cell is provided with a wireless terminal 906 that can scan and identify the corresponding wounded person's identity card; The identification information of the combat identification plate of officers and soldiers and the treatment information of the wounded are used to construct the identification card. The identification card is embodied in the security identity QR code, barcode, and metal magnetic stripe, and is used in conjunction with the wireless terminal of this case, so that the product of this embodiment can read the wounded information and control the infusion operation; The puncture port 1002 and the air inlet pipe 1003 of the liquid mother bag 1001 of the graded multi-tube combined pipeline are provided with a common ventilation filter membrane 1004. The filter membrane cover is opened, and the first-level inter-group transfer pipeline 1005 of the liquid mother bag 1001 passes through the fixed channel 904 in the grid cell 901 of the liquid regulator 808 and is enclosed in the structure. The pipeline is heated by the heating device in the grid cell 901. Different transfer pipelines 1005 are connected to various parts of the continuous liquid sub-bag 1007. The second-level three-way infusion tube 1009 between the lower part of the crystal gel part of the liquid sub-bag 1007 separated by the crystal gel liquid separation membrane 1006 is connected to the injured person. The second-level three-way infusion tube 1009 is provided with an infusion squeeze valve 1010 connected to the liquid regulator 1008 by a connecting line 1011. The liquid rate in the infusion pipeline 1012 is adjusted by scanning and identifying the information of the injured person's identity card 1006 by the liquid regulator 1008; the second-level three-way infusion tube 1009 is connected to the injured person, and a split pipeline connector 1013 is selected to split multiple groups of puncture needles to connect and establish fluid resuscitation, sample collection pipelines, etc.

[0038] like Figure 8 As shown, in this embodiment, a combined graded pipeline device for liquid resuscitation is used under field conditions, and the height of the support rod 802 pulled upward in the support tube 801 is adjusted by the segmented screw 810 in the screw hole 809 in the wall of the support tube 801, and then the cross rotating ring 804 is placed in the cross slot 803 on the top surface of the top shaft 806 of the support rod, and the bottom teeth of the longitudinal and transverse cross rod 805 are placed in the middle of the cross rotating ring 804, and the two are adapted, and the cross slot 803 on the top surface of the shaft drives the cross rotating ring 804 to rotate around the top shaft 806 of the support rod, so as to adjust the density and order of adding different liquid mother bags 1001; Furthermore, the liquid mother bag 1001 is hung by the hook 807 or the spatial position of the fixed cross rotating hanging ring 804 is adjusted, and lighting or disinfection lamps are connected to establish a liquid resuscitation and infusion environment under field conditions.

[0039] like Fig. 9 As shown, in this embodiment, the liquid regulator 808 is fixed on the support rod 802, and can place a plurality of closed grid cells 901 of transfer pipelines 903. The front side of the grid cell 901 is provided with a transfer pipeline 903 channel 904 and a grid cell 902 with a heating device. The first-stage intergroup three-way transfer pipeline 903 under the liquid mother bag 1001 enters the grid cell 901 through the transfer pipeline inlet, is placed in the transfer pipeline channel 904 distributed in the grid cell 901, and is moved out from the transfer pipeline outlet 905 in the grid cell 901. The closing cover is put down and the grid cell 901 is closed with a grid unit lock. The grid cell 901 adjusts the liquid combination ratio between different transfer pipelines 903 according to the identification information of the wounded identity card and the information of the liquid resuscitation system, and the heating device 902 is used to heat the pipeline. Furthermore, a wireless terminal 906 for scanning and identifying the corresponding wounded identity card is provided at the rear side of the grid cell 901. It not only reads the combat identity security information of officers and soldiers and the wounded treatment information to construct the identity card 906, but also has a controller to control the connection squeeze valve.

[0040] like Fig.10 As shown, in this embodiment, the puncture port 1002 between the groups of liquid mother bags 1001 and the air inlet pipeline 1003 are provided with a common ventilation filter membrane 1004, the filter membrane cover is opened, and the three-way transfer pipe 1005 between the first-level groups of liquid mother bags 1001 passes through the fixed channel 904 in the closed grid unit cell 901, adjusts the liquid combination ratio between different transfer pipelines 1005, and heats the pipeline with the heating device 902; Furthermore, different transfer pipelines 1005 are connected to various parts of the continuous liquid sub-bag 1007, and the second-level intergroup three-way infusion tube 1009 at the lower part of the crystal gel part of the liquid sub-bag 1007 is connected to the wounded in a segmented manner between different blood vessels. The second-level three-way infusion tube 1009 is provided with an infusion squeeze valve 1010 connected to the liquid regulator 1008 by a connecting line 1011, and the liquid rate in the infusion pipeline 1012 is adjusted by identifying the identity information of the wounded through the wireless terminal connected to the liquid regulator 1008; Furthermore, the second-level three-way infusion tube 1009 is connected to the wounded, and a split-type pipeline connector 1013 is selected to form a fluid resuscitation infusion channel for crystalloid fluid infusion, as well as other functional infusion channels such as closed thoracic and abdominal cavity fluid collection and infusion.

[0041] A functional rehabilitation and testing treatment vehicle for special forces under field training conditions provides medical treatment support for organized officers and soldiers under field conditions. The combat individual security identity recognition device identifies the combat sequence code 2a5 and the medical information code 2a6, enters the combat system and the field medical support system to obtain personal information, and generates a QR code or bar code with the relevant information in the combat identity label 2a1 and the security identity recognition plate 2a4, which is fixed in the wounded's clothing as an identity card; after processing the biological characteristic marker information of the security identity recognition plate 2a4, the corresponding index information in the corresponding database is collected, stored, and identified, and the rescue and testing data information and index information are completed in combination with the operating environments such as the ordinary environment 6 circular experimental table 1109 annular operating surface 1102, the circular configuration box 1106 and the barrier environment 7 experimental table 10 ladder-type operating surface in the functional testing environment 1. The wounded enter the treatment and rehabilitation environment 2 according to The information control console 23 transmits security identity information and related index information, selects the combination of the medical supplies placement operation panel 306 and the functional supplies configuration combination area 4 to configure the medical functions, the functional rehabilitation platform 3 ring and lock combination device 608 connects the functional rehabilitation components to perform individual biological characteristic identifiers and functional recovery, the treatment platform 5 selects the combined treatment box as the combined treatment box cover 704 operation surface, uses the liquid resuscitation combined graded pipeline device to perform combat wound liquid resuscitation treatment, and selects the corresponding position treatment method according to the different positions of the treatment box 705 of the treatment platform 5; the data information is uploaded to the command terminal system by the information control console 23, and the individual treatment data terminal under field conditions such as the special forces combat individual operation position and the military medical support database is remotely updated.

[0042] The above embodiments are only used to illustrate the present invention and are not intended to limit the protection scope of the present invention. After reading the technical content of the present invention, those skilled in the art may make various changes, modifications and / or variations to the present invention within the technical scope disclosed by the present invention, and all these equivalent forms also fall within the protection scope defined by the claims attached to this application and are covered by the protection scope of the present invention.

Claims

1. A functional rehabilitation and detection treatment vehicle for special forces under field training conditions, embodied as a functional detection and treatment rehabilitation system under the control of an information system, including a security authentication module, a functional detection module, a treatment rehabilitation module, and a data transmission module, characterized in that: The safety authentication module is mainly a single-soldier combat safety identity identification device containing an officer's combat identity label and a safety identity identification plate; the functional detection module's ordinary environment circular experimental table is provided with several circular operating surfaces of different heights, and the barrier environment experimental table ladder-type operating surface is provided with several independent operating compartments with movable operating covers, and sample testing uses a test tube slot; the treatment and rehabilitation module is provided with a frame structure for placing medical supplies and configuring functional supplies, the top ring of the functional rehabilitation platform support rod and the lock combination device are connected to the functional rehabilitation components, and the treatment platform is provided with a liquid resuscitation combined graded pipeline device.

2. According to claim 1, a special forces functional rehabilitation and detection treatment vehicle under field training conditions, characterized in that: The combat identity sign is a hard slide plate that is arranged in two or more horizontal slide grooves and can be pulled left and right to mark the combat identity and wireless positioning equipment.

3. According to claim 1, a special forces functional rehabilitation and detection treatment vehicle under field training conditions, characterized in that: The top surface of the security identity recognition board is a distribution area for identifiable combat sequence codes and medical information codes. The security identity recognition board contains a biological chip and a wireless transmission system, integrating the biological chip sensor processing and wireless transmission of individual soldier security identity data.

4. A special forces functional rehabilitation and detection treatment vehicle under field training conditions according to claim 1 or 3, characterized in that: The four corners of the bottom surface of the security identification plate are fixed on the round holes of the combat clothing with round holes, and the wires of the security identification plate are connected to the bioelectric electrodes on the surface of the skin of the individual soldier through the round holes.

5. According to claim 1, a special forces functional rehabilitation and detection treatment vehicle under field training conditions, characterized in that: The sample detection test tube slot is a combined slide slot in which a slide bar that can slide freely with the slide bar base is placed, and the top of the slide bar is a socket for placing the test sample test tube.

6. According to claim 1, a special forces functional rehabilitation and detection treatment vehicle under field training conditions, characterized in that: The common environment circular experimental table is composed of a plurality of annular operating surfaces of different heights, and the different annular operating surfaces can rotate relative to each other around a central fixed rod. A circular configuration box rotating around the central fixed rod is arranged on the upper part of the annular operating surface, and the circular configuration box is divided into a plurality of annular configuration surfaces by inner and outer ring spacing grids.

7. According to claim 1, a special forces functional rehabilitation and detection treatment vehicle under field training conditions, characterized in that: The middle of the ladder-type operating surface of the barrier environment experimental table is a movable cover plate of a plurality of independent operating compartments, and the rear side is a unit cell combination for placing experimental consumables with adjustable height.

8. According to claim 1, a special forces functional rehabilitation and detection treatment vehicle under field training conditions, characterized in that: A first aid supply configuration support tube is arranged on the bottom fixed plate of the first aid supply placement and functional supply configuration area, a retractable fixed rod in the support tube is connected to a first aid supply configuration operation panel, the operation panel rotates around the fixed rod and a folding plate is arranged on the lower edge, and the operation panel intersects with the first aid supply placement and functional supply configuration combination area for functional supply configuration.

9. According to claim 1, a special forces functional rehabilitation and detection treatment vehicle under field training conditions, characterized in that: The four corner support rods of the functional rehabilitation platform are three-way connected to the horizontal and vertical support tubes with lateral introduction holes as the platform table, and the platform table is provided with a mesh-type hard stretcher board to form an integrally foldable stretcher surface, and the top ring of the support rod and the lock combination device are connected to the functional rehabilitation component; A support rod that can be pulled upward is arranged in the support tube of the combined graded pipeline device for liquid resuscitation, a rotating shaft is arranged at the top of the support rod, a cross slot is arranged on the top surface of the rotating shaft, and the cross slot is matched with the bottom teeth of the cross rod in the cross rotating hanging ring; The liquid regulator of the combined graded pipeline device for liquid resuscitation is a closed grid unit cell structure for placing multiple groups of transfer pipelines. The grid unit cell includes a grid and a transfer pipeline channel arranged on one side of the grid. The grid is provided with a heating device, and a wireless terminal is fixedly arranged on the outside of the liquid regulator.

10. A special forces functional rehabilitation and detection treatment vehicle under field training conditions according to claim 1 or 9, characterized in that: The infusion pipeline of the combined graded pipeline device for liquid resuscitation is provided with an infusion extrusion valve, which is connected to the wireless terminal of the liquid regulator through a connection line.

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