Emergency rescue shelter

Abstract

The invention provides an emergency rescue shelter. The emergency rescue shelter comprises an isolation top plate and a supporting bottom plate, and a left extension shelter body, an integration shelter body, an isolation room and an equipment room are arranged between the isolation top plate and the supporting bottom plate; one end of the integration cabin body is provided with a third visual isolation plate, and the two sides of the left extension cabin body and the integration cabin body are provided with multilayer plate bodies which are communicated with each other and are connected with the isolation top plate and the supporting bottom plate; an expansion plate group I and a contraction plate group I are respectively arranged on two lateral plate bodies of the left extension cabin body, and when the wide isolation plate I slides to one end, the expansion plate group I and the contraction plate group I respectively move towards one side of the integration cabin body in a contraction or expansion manner; supporting oil cylinder sets are fixed to the positions, close to the four corners, of the side direction of the supporting bottom plate respectively, auxiliary oil cylinder sets are further arranged on the side direction of the supporting bottom plate, and the supporting oil cylinder sets and the auxiliary oil cylinder sets are pushed downwards. The device is suitable for emergency medical rescue.

Description

Technical Field

[0001] The invention relates to the technical field of mobile emergency medical equipment, in particular to an emergency rescue cabin. Background Art

[0002] Fangcang is a commonly used device in mobile medical operations. It is usually loaded on a trailer truck for long-distance transportation and deployment. Its main function is to provide a convenient centralized temporary medical place. The ordinary Fangcang medical equipment room has a certain function of isolating bacteria and fungi to create a sterile environment to cope with most surgical scenarios. However, in the medical testing link, Fangcang needs to have good radiation protection function to ensure the layout, transportation and isolation capabilities of various radiation-carrying detection equipment such as CT and DR. Fangcang is usually stacked and bundled in the form of disassembled pieces during transportation to save the use of transportation space. After being transported to the site, it is hoisted and reassembled. This process is cumbersome and cannot cope with most field transportation scenarios. In order to obtain a larger surgical operation space, the integrated Fangcang usually uses folding support panels to expand the cabin to the outside, so that there is a gap between the external support walls of the cabin, and it loses some support and has no radiation isolation effect.

[0003] To achieve the above objectives, the present invention provides an emergency rescue shelter that can solve the problems raised in the above background technology. Summary of the invention

[0004] The present invention adopts the following technical solutions to achieve: An emergency rescue shelter comprises an isolation top plate and a supporting bottom plate, wherein a left extension cabin, an integrated cabin, an isolation room and an equipment room are respectively arranged between the isolation top plate and the supporting bottom plate; The left extension cabin includes a wide-body isolation plate 1, the left extension cabin and the integrated cabin are two cabins that are laterally connected, one end of the integrated cabin is provided with a visual isolation plate 3, the upper and lower ends of the visual isolation plate 3 are fixedly connected between the isolation top plate and the support bottom plate, and the wide-body isolation plate 1 is slidably connected between the isolation top plate and the support bottom plate; Both sides of the left extension cabin and the integrated cabin are provided with mutually interconnected multi-layered plates connected to the isolation top plate and the support bottom plate; the plates on both sides of the left extension cabin are respectively provided with an expansion plate group 1 and a contraction plate group 1, and when the wide-body isolation plate 1 slides toward one end, the expansion plate group 1 and the contraction plate group 1 respectively move toward one side of the integrated cabin in a contracted or extended manner; Support cylinder groups are fixed on the sides of the support base plate near the four corners, and an auxiliary cylinder group is also arranged on the sides of the support base plate. Both the support cylinder group and the auxiliary cylinder group are pushed downward.

[0005] Preferably, an end guide groove is provided at the bottom of the isolation top plate, and the top of the wide-body isolation plate 1 is slidably connected to the inside of the end guide groove; The supporting base plate comprises a main supporting base plate, a supporting steel frame is arranged on the peripheral side of the main supporting base plate, and the supporting oil cylinder and the auxiliary oil cylinder group are respectively connected to the two side surfaces of the supporting steel frame; A left storage slot and a right storage slot are respectively provided on both sides of the main support bottom plate, and a hydraulic cylinder group is provided between the left storage slot and the right storage slot; The hydraulic cylinder group is connected to a connecting bottom plate on one side, and the wide-body isolation plate is fixed above one end of the connecting bottom plate; The other side of the hydraulic cylinder group is connected with a retractable bottom plate, and the three visual isolation plates are fixed above one side of the right storage slot.

[0006] Preferably, the shrink plate group 1 is arranged inside the multi-layer plate body and includes two outer protective plates 1 and two movably connected inner plates, an interlayer is formed between the outer protective plates 1 and the inner plates, and a radiation isolation layer 1 is arranged inside the interlayer; One of the outer protective plates is provided with an inner groove 1, and one end of the other outer protective plate is located inside the inner groove 1 and is movably connected to the inner groove 1; The outsides of the two outer protective plates are respectively provided with a clamping seat, and when the protective plate is completely received in the inner receiving groove, the two clamping seats are butted against each other.

[0007] Preferably, the two inner plates include an inner protective plate and an inner folding plate which are coaxially rotatably connected to each other, the other side of the inner protective plate is rotatably connected to one side of the wide body isolation plate, the other side of the inner folding plate is rotatably connected to the end of the multi-layer plate body of the integrated cabin, and an arc-shaped guide groove is provided under the isolation top plate for guiding the movement of the rotation axis of the two protective plates and the inner folding plates.

[0008] Preferably, the bottom of the isolation top plate is provided with an end guard plate at its edge, one side of the bottom of the end guard plate is provided with a sliding connection groove 1 and a lateral guide groove connected to the top of the expansion plate group 1, and the other side of the bottom of the end guard plate is provided with a sliding connection groove 2 connected to the top of the contraction plate group 1; The retractable plate group 1 includes a retractable door plate connected to one side of the wide body isolation plate 1 and a door plate groove arranged inside the lateral multi-layer plate body of the integrated cabin body, and when the wide body isolation plate 1 moves, the retractable door plate is movably connected in the door plate groove; The top of the first contraction plate group is slidably connected to the inside of the second sliding connection groove.

[0009] Preferably, the cabin further comprises an isolation room and an equipment room, wherein the isolation room is arranged on one side of the visual isolation board 3 and a front push-out layer board is arranged above the other side, and the equipment room is arranged on one side of the front push-out layer board and a wide body isolation board 3 is arranged on the other side; The integrated cabin is arranged above the main support bottom plate, and two sides of the integrated cabin are respectively provided with an inward retraction group 1 and an inward retraction group 2, and the inward retraction group 1 and the inward retraction group 2 are respectively arranged inside the multi-layer plate bodies on both sides of the integrated cabin; The inner retraction group 1 includes an outer protective plate 2 and an outer protective plate 3, the outer protective plate 3 is provided with an inner retraction groove 2, and the outer protective plate 2 is movably connected to the inner retraction groove 2; The first retracting group further includes an inner protective plate 2 and an inner folding plate 2 with ends movably connected, and the other ends of the inner protective plate 2 and the inner folding plate 2 are movably connected to the two ends of the multi-layer plate body; a radiation isolation layer 2 is arranged between the plate surfaces formed by the outer protective plate 2, the outer protective plate 3 and the inner protective plate 2 and the inner folding plate 2 respectively; The second retraction group includes a movable guide groove 1 arranged inside the lateral multi-layer plate body of the integrated cabin, and the movable guide groove 1 is connected to the inside of an isolation door panel 1. The isolation surface of the isolation door panel 1 and the lateral overlapping surface of the multi-layer plate body are provided with a partition, and the multi-layer plates on both sides of the partition are respectively provided with a docking seat 1 and a docking groove 1, and the docking seat 1 and the docking groove 1 are fixed to each other in cooperation.

[0010] Preferably, a detection device is provided inside the integrated cabin, a slide groove is provided inside the main support bottom plate, and the bottom of the detection device is slidably connected to the slide groove; A clamping piston seat is provided at the bottom of the common movable axis column of the inner protective plate 2 and the inner folding plate 2, one end of the clamping piston seat is connected to an inner movable pile, and a side seat 1 and a side seat 2 are provided inside the main supporting bottom plate, and the side seat 1 and the side seat 2 are respectively used to fix the two sides of the detection equipment; when the clamping piston seat moves to one side of the detection equipment, the bottom of the inner movable pile is fixed to the side seat 1 and the side of the inner movable pile contacts the side of the detection equipment.

[0011] Preferably, the hydraulic cylinder group includes a left output cylinder and a right output cylinder, one side of the left output cylinder is used to push out the bottom plate of the wide-body isolation plate, an expansion bottom plate is provided inside the right storage slot, one side of the expansion bottom plate is connected to the right output cylinder, and the expansion bottom plate is a multi-layer socket floor.

[0012] Preferably, both ends of the supporting steel frame are open ends and are telescopically sleeved with end expansion steel frames inside, and the two end expansion steel frames on one side are fixed to the bottom sides of the wide-body isolation plate one; the two end expansion steel frames on the other side are multi-layer sleeve structures, and the front end push-out layer plate and the wide-body isolation plate three are respectively connected between the end expansion steel frames of the two multi-layer sleeve structures.

[0013] Preferably, the two sides of the isolation room are provided with sleeved push-out layer plates and a hollow door plate 1, the third visual isolation plate is provided with an isolation door plate 2, and one side of the equipment room is provided with a hollow door plate 2; The visual isolation panel three, the front-end push-out layer panel, and the wide-body isolation panel three are commonly connected with a buckle seat at one side away from the isolation door panel two, the hollow door panel one, and the hollow door panel two.

[0014] Compared with the prior art, the present invention has the following beneficial effects: The present invention reduces the transportation space by folding and retracting the square cabin inward, so that a smaller trailer can be used to transport a larger square cabin during transportation. On this basis, after the square cabin wall is folded and retracted, the present invention uses a layered multi-layer plate-like structure to make the retracted square cabin have stronger wall support, and at the same time forms a practical effect of a small transportation volume at the bottom and a large expansion volume at the top, thereby obtaining a more stable transportation effect, and can adapt to different terrains for transportation and use, and can be quickly put into use in mountainous areas; in the process of folding and retracting, the radiation isolation property inside the cabin can still be guaranteed, and the folding and retracting of the multi-layer plate-like structure can obtain stable support and complete radiation isolation in the unfolded state, which can meet the needs of a large number of inspection cabins with radiation; The square cabin structure formed by the present invention can be transported in a folded and retracted state, and the overall length of the cabin body does not change, and the width can be coordinated with the transport vehicle body. By utilizing the laterally installed supporting cylinder group and the auxiliary cylinder group, the square cabin can be quickly placed on the spot during loading and unloading, without the need for on-site assembly. The entire deployment process can be quickly carried out on the vehicle body, which can meet the needs of emergency rescue. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 This is a schematic diagram of the overall layout structure of the shelter of the present invention; Figure 2 It is a structural side view of the present invention; Figure 3 It is a structural schematic diagram of each cabin side wall folding and retracting structure of the present invention in an unfolded state; Figure 4 It is a schematic diagram of the bottom structure of the isolation top plate of the present invention; Figure 5 It is a structural schematic diagram of each cabin side wall folding and retracting structure of the present invention in a retracted state; Figure 6 It is a structural schematic diagram of the supporting base plate of the present invention.

[0016] In the figure: 1. Left extension cabin; 2. Integrated cabin; 3. Isolation room; 4. Equipment room; 5. Isolation top plate; 6. Support bottom plate; 7. Support cylinder group; 8. Auxiliary cylinder group; 9. Testing equipment; 101. Wide-body isolation board 1; 102. Expanding board group 1; 103. Contracting board group 1; 104. External protection board 1; 105. Internal protection board 1; 106. Internal folding board; 107. Radiation isolation layer 1; 108. Card connector 1; 110. Internal receiving groove 1; 111. Contracting door panel; 112. Door panel groove; 202, inner retraction group 1; 203, docking seat 1; 204, docking groove 1; 205, movable guide groove 1; 206, isolation door plate 1; 207, inner movable pile; 208, clamping piston seat; 209, inner retraction groove 2; 210, outer protective plate 2; 211, outer protective plate 3; 212, inner protective plate 2; 213, inner folding plate 2; 301, visual isolation board three; 302, isolation door board two; 303, sleeve push-out layer board; 304, hollow door board one; 306, buckle seat; 401, wide-body isolation board three; 402, front-end push-out layer board; 403, hollowed-out door board two; 501, end guard plate; 502, arc guide groove 1; 503, sliding connecting groove 1; 504, end guide groove; 505, lateral guide groove; 506, sliding connecting groove 2; 601, main supporting base plate; 602, hydraulic cylinder group; 603, left output cylinder; 604, right output cylinder; 605, connecting base plate; 606, expansion base plate; 607, contraction base plate; 608, slide; 609, side seat one; 610, side seat two; 611, supporting steel frame; 612, end expansion steel frame. DETAILED DESCRIPTION

[0017] To facilitate understanding of the present invention, the present invention will be described more comprehensively below with reference to the relevant drawings. Several embodiments of the present invention are given in the drawings, but the present invention can be implemented in different forms and is not limited to the embodiments described in the text. On the contrary, these embodiments are provided to make the content disclosed in the present invention more thorough and comprehensive.

[0018] It should be noted that when an element is referred to as being "fixed on" another element, it may be directly on the other element or there may be a central element. When an element is considered to be "connected to" another element, it may be directly connected to the other element or there may be a central element at the same time. The terms "vertical", "horizontal", "left", "right" and similar expressions used in this article are for illustrative purposes only.

[0019] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly connected by technicians in the technical field of the present invention. The terms used in the specification of the present invention are only for the purpose of describing specific embodiments and are not intended to limit the present invention. The term "and / or" used in this article includes any and all combinations of one or more related listed items.

[0020] The present invention is further described in detail below in conjunction with the accompanying drawings.

[0021] Please refer to the attached Figure 1-6 , including an isolation top plate 5 and a supporting bottom plate 6, between which a left extension cabin 1, an integrated cabin 2, an isolation room 3 and an equipment room 4 are respectively arranged; The left extension cabin 1 includes a wide-body isolation plate 101. The left extension cabin 1 and the integrated cabin 2 are two cabins that are laterally connected. One end of the integrated cabin 2 is provided with a visual isolation plate 301. The upper and lower ends of the visual isolation plate 301 are fixedly connected between the isolation top plate 5 and the support bottom plate 6. The wide-body isolation plate 101 is slidably connected between the isolation top plate 5 and the support bottom plate 6. Both sides of the left extension cabin 1 and the integrated cabin 2 are provided with mutually interconnected multi-layer plates connected to the isolation top plate 5 and the support bottom plate 6; the plates on both sides of the left extension cabin 1 are respectively provided with an expansion plate group 102 and a contraction plate group 103, and when the wide-body isolation plate 101 slides to one end, the expansion plate group 102 and the contraction plate group 103 respectively move toward one side of the integrated cabin 2 in a contracted or extended manner; Support cylinder groups 7 are fixed to the four corners of the support base plate 6, and auxiliary cylinder groups 8 are also arranged on the sides of the support base plate 6. Both the support cylinder groups 7 and the auxiliary cylinder groups 8 are pushed downward.

[0022] Among them, refer to Figure 1 and Figure 3, the shaded part can be all multi-layer plates, and the interior is divided into three layers, one of which is an integral external guard plate that is indented against each other on the outside, and an integral internal guard plate on the inner side. There is an overhead layer between the two guard plates. However, the overhead layer still needs support, so it can be regarded as the expansion plate group 102, the contraction plate group 103, the inner group 202, and the inner group 2 are movable multi-layer plates, and the other areas are immovable multi-layer plates. The layered plate body has a strong radiation protection effect and can isolate a relatively stable CT room or operating room on the spot. The movement of the contraction plate layer and the folding plate layer will not affect the movement of the hollow plate layer, that is, the radiation protection layer. Therefore, in this embodiment, at least one of the two ends of the radiation isolation layer 107 can play a role in layered storage or rolling up of the radiation isolation layer 107, and always maintain the convergence force so that the radiation isolation layer 107 plate layer can always be leveled for protection, while the radiation isolation layer 107 inside the non-active multi-layer plate body is always arranged in a manner to isolate the corresponding radiation.

[0023] Please refer to Figure 2 , Figure 5 , Figure 6 The bottom of the isolation top plate 5 is provided with an end guide groove 504, and the top of the wide-body isolation plate 101 is slidably connected to the inside of the end guide groove 504; The support base plate 6 includes a main support base plate 601, and a support steel frame 611 is arranged around the main support base plate 601. The support cylinder and the auxiliary cylinder group 8 are respectively connected to the two side surfaces of the support steel frame 611; The main support bottom plate 601 has a left storage slot and a right storage slot on both sides thereof, and a hydraulic cylinder group 602 is provided between the left storage slot and the right storage slot; The hydraulic cylinder group 602 is connected to a connection bottom plate 605 on one side, and the wide-body isolation plate 101 is fixed above the pushed-out end of the connection bottom plate 605; the other side of the hydraulic cylinder group 602 is connected to a retractable bottom plate 607, and the visual isolation plate 3 301 is fixed above one side of the right storage slot; The shrink plate group 103 is arranged inside the multi-layer plate body and includes two outer protective plates 104 and two movably connected inner plates, a sandwich is formed between the outer protective plates 104 and the inner plates, and a radiation isolation layer 107 is arranged inside the sandwich; One of the outer protective plates 104 has an inner receiving groove 110, and one end of the other outer protective plate 104 is located inside the inner receiving groove 110 and is movably connected to the inner receiving groove 110; The two outer protective plates 104 are respectively provided with a clamping seat 108 on their exteriors. When the protective plates 104 are completely received in the inner receiving groove 110, the two clamping seats 108 are butted against each other. The two inner plates include an inner protective plate 105 and an inner folding plate 106 which are coaxially connected to each other, the other side of the inner protective plate 105 is connected to the wide-body isolation plate 101 in a rotatable manner, and the other side of the inner folding plate 106 is connected to the end of the multi-layer plate of the integrated cabin 2 in a rotatable manner. An arc-shaped guide groove 502 is provided below the isolation top plate 5 to guide the movement of the rotation axis of the two protective plates 1 and the inner folding plate 106; The bottom of the isolation top plate 5 is provided with an end guard plate 501 at the edge, and one side of the bottom of the end guard plate 501 is provided with a sliding connection groove 503 and a lateral guide groove 505 connected to the top of the expansion plate group 102, and the other side of the bottom of the end guard plate 501 is provided with a sliding connection groove 506 connected to the top of the contraction plate group 103; The retractable plate group 103 includes a retractable door plate 111 connected to one side of the wide-body isolation plate 101 and a door plate groove 112 arranged inside the lateral multi-layer plate body of the integrated cabin 2. When the wide-body isolation plate 101 moves, the retractable door plate 111 is movably connected in the door plate groove 112. The top of the first retractable plate set 103 is slidably connected to the inside of the second sliding connection groove 506 .

[0024] For further information, please refer to Figure 1 , Figure 3-6 The cabin also includes an isolation room 3 and an equipment room 4. The isolation room 3 is arranged on one side of the visual isolation board 301 and a front push-out layer board 402 is arranged on the other side. The equipment room 4 is arranged on one side of the front push-out layer board 402 and a wide body isolation board 3 401 is arranged on the other side. The integrated cabin 2 is arranged above the main support bottom plate 601, and the two sides of the integrated cabin 2 are respectively provided with an inward retraction group 1 202 and an inward retraction group 2, and the inward retraction group 1 202 and the inward retraction group 2 are respectively arranged inside the multi-layer plate bodies on the two sides of the integrated cabin 2; The first inner retracting group 202 includes a second outer protective plate 210 and a third outer protective plate 211. The third outer protective plate 211 is provided with a second inner retracting groove 209. The second outer protective plate 210 is movably connected to the second inner retracting groove 209. The inner retracting group 1 202 also includes an inner protective plate 212 and an inner folding plate 213 with ends movably connected, and the other ends of the inner protective plate 212 and the inner folding plate 213 are movably connected to the two ends of the multi-layer plate body; a radiation isolation layer 2 is arranged between the plate surfaces formed by the outer protective plate 210, the outer protective plate 3 211 and the inner protective plate 212 and the inner folding plate 213; The second retracting group includes a movable guide groove 205 arranged inside the lateral multi-layer plate body of the integrated cabin 2, and the movable guide groove 205 is connected to an isolation door plate 206. The isolation surface of the isolation door plate 206 and the lateral overlap surface of the multi-layer plate body are provided with a partition, and the multi-layer plates on both sides of the partition are respectively provided with a docking seat 203 and a docking groove 204, and the docking seat 203 and the docking groove 204 are fixed to each other in cooperation; In this embodiment, the folding and retracting process of the cabin body will be shown. When arranging the cabin, the main support bottom plate 601 is partially fixed to the pallet truck to ensure the fixed limit at the bottom of the main support bottom plate 601. When transported to the corresponding position, the left output cylinder 603 is opened to push the connecting bottom plate 605 to expand the expansion plate group 102 and the retracted plate group 103; the two support cylinder groups 7 and the auxiliary cylinder group 8 on one side of the wide-body isolation plate 101 are started to ensure that one end of the support is fixed to the ground and exerts a corresponding protective effect, and then the right output cylinder 604 is used to pull one side The retracted bottom plate 607 is pushed out and unfolded on one side; the interlocking seat 306 is unlocked, and the end expansion steel frame 612 is pulled out from the side of the supporting steel frame 611 in turn, driving the wide-body isolation plate 3 401 on one side to move to the top point, forming an isolation room 3 and an equipment room 4. At this time, the hollow door panel 1 304 and the hollow door panel 2 403 are in the opened state, and the isolation door panel 2 302 is in the closed state. At this time, the bottom of the square cabin has at least 6 ground support points. After the pallet truck is driven away in a straight line, the supporting cylinder group 7 and the auxiliary cylinder group 8 are retracted downward synchronously to support the bottom of the square cabin, completing the emergency square cabin layout.

[0025] Please pay attention to Figure 1 , a detection device 9 is arranged inside the integrated cabin 2, a slide groove 608 is arranged inside the main support bottom plate 601, and the bottom of the detection device 9 is slidably connected to the slide groove 608; A clamping piston seat 208 is provided at the bottom of the common movable axis column of the inner protective plate 212 and the inner folding plate 213, and one end of the clamping piston seat 208 is connected to an inner movable pile 207. A side seat 1 609 and a side seat 2 610 are provided inside the main supporting bottom plate 601, and the side seat 1 609 and the side seat 2 610 are respectively used to fix the two sides of the detection device 9; when the clamping piston seat 208 moves to one side of the detection device 9, the bottom of the inner movable pile 207 is fixed to the side seat 1 609 and the side of the inner movable pile 207 is in contact with the side of the detection device 9.

[0026] Among them, during the activity of the retracting group 202, the inner folding plate 213 is pushed toward the side of the inner protective plate 212, and the inner protective plate 212 is adaptively retracted. The point movement stroke of the end of the clamping piston seat 208 is an arc process. At this time, the detection equipment 9 can move arbitrarily on the slide groove 608 without changing the width of both sides, so that the side seat 2 610 and the side seat 1 609 can always be in place and limit the lateral stroke position of the detection equipment 9. At this time, the push arc end point of the clamping piston seat 208 is an unchanged position, so it can always keep in cooperation with the side seat 1 609 when folded, and the inner movable pile 207 of the end can apply part of the buffer material, cooperate with the piston pressure support of the clamping piston seat 208, so that the detection equipment 9 can receive lateral pulling and damping effects during transportation, thereby preventing the detection equipment 9 from being damaged and tipping over during transportation.

[0027] Please pay attention to Figure 6 The hydraulic cylinder group 602 includes a left output cylinder 603 and a right output cylinder 604. One side of the left output cylinder 603 is used to push out the bottom plate of the wide-body isolation plate 101. An expansion bottom plate 606 is provided inside the right storage slot. One side of the expansion bottom plate 606 is connected to the right output cylinder 604. The expansion bottom plate 606 is a multi-layer socket floor. Both ends of the supporting steel frame 611 are open ends and are telescopically sleeved with end extension steel frames 612 inside. The two end extension steel frames 612 on one side are fixed to the bottom sides of the wide-body isolation plate 101; the two end extension steel frames 612 on the other side are multi-layer sleeve structures, and the front end push-out layer plate 402 and the wide-body isolation plate 3 401 are respectively connected between the two end extension steel frames 612 of the multi-layer sleeve structure.

[0028] Please pay attention to Figure 1-3 , Figure 5 , the two sides of the isolation room 3 are provided with sleeved push-out layer plates 303 and hollowed-out door plates 1 304, the visualization isolation plate 3 301 is provided with an isolation door plate 2 302, and one side of the equipment room 4 is provided with a hollowed-out door plate 2 403; the visualization isolation plate 3 301, the front push-out layer plate 402, and the wide-body isolation plate 3 401 are connected together with a buckle seat 306 on the side away from the isolation door plate 2 302, the hollowed-out door plate 1 304, and the hollowed-out door plate 2 403; In this embodiment, the part isolated by the wide-body isolation board 101, the retractable board group 103, the multi-layered board, the retracted group 102, the visual isolation board 301, the isolation door panel 202, the blocked multi-layered board, the isolation door panel 206, the retractable board group 103, and the retractable door panel 111 can be used as a complete isolation space, which can be used for radiation operations. The isolation door panel 202 is located as a medical channel, the isolation door panel 206 is a patient channel, and the retractable door panel 111 is an equipment channel. The role of the expansion area can reduce the standard size limit of the detection equipment 9 in the isolation space, and can effectively expand the operation range and equipment storage range; The space formed by the visual isolation board three 301, the isolation door panel two 302, the multi-layer plate body, the hollow door panel one 304, the front-end pushed-out layer panel 402 and the multi-layer plate body can be a medical studio. The hollow door panel one 304 is used as an external channel and the isolation door panel two 302 is used as an internal channel. At this time, the layer panel structure on both sides can actually be made of non-isolation material, and a practical temporary isolation membrane can also be used to facilitate the folding effect. If a non-supported isolation panel is used, the space between the wide-body isolation board three 401 and the front-end pushed-out layer panel 402 needs to be provided with a partially wide lateral retractable support. At this time, the space formed by the expansion can be used as an equipment room 4 or a doctor-patient waiting disinfection room.

[0029] The above is an exemplary description of the present invention in combination with the accompanying drawings. It is obvious that the specific implementation of the present invention is not limited to the above-mentioned method. As long as such non-substantial improvements are made by adopting the method concept and technical solution of the present invention, or the concept and technical solution of the present invention are directly applied to other occasions without improvement, they are all within the protection scope of the present invention.

Claims

1. An emergency rescue shelter, characterized in that: It comprises an isolation top plate (5) and a supporting bottom plate (6), wherein a left extension cabin (1), an integrated cabin (2), an isolation room (3) and an equipment room (4) are respectively arranged between the isolation top plate (5) and the supporting bottom plate (6); The left extension cabin (1) comprises a wide-body isolation plate 1 (101), the left extension cabin (1) and the integrated cabin (2) are two cabins connected laterally, one end of the integrated cabin (2) is provided with a visual isolation plate 3 (301), the upper and lower ends of the visual isolation plate 3 (301) are fixedly connected between the isolation top plate (5) and the supporting bottom plate (6), and the wide-body isolation plate 1 (101) is slidably connected between the isolation top plate (5) and the supporting bottom plate (6); Both sides of the left extension cabin (1) and the integrated cabin (2) are provided with mutually interconnected multi-layer plates connected to the isolation top plate (5) and the support bottom plate (6); the plates on both sides of the left extension cabin (1) are respectively provided with an expansion plate group 1 (102) and a contraction plate group 1 (103); when the wide-body isolation plate 1 (101) slides to one end, the expansion plate group 1 (102) and the contraction plate group 1 (103) respectively move in a contracted manner or in an extended manner toward one side of the integrated cabin (2); Support cylinder groups (7) are fixed to the sides of the support base plate (6) near the four corners, and an auxiliary cylinder group (8) is also arranged on the sides of the support base plate (6). Both the support cylinder group (7) and the auxiliary cylinder group (8) are pushed out downwards.

2. The emergency rescue shelter according to claim 1, characterized in that: The bottom of the isolation top plate (5) is provided with an end guide groove (504), and the top of the wide-body isolation plate 1 (101) is slidably connected to the inside of the end guide groove (504); The supporting base plate (6) comprises a main supporting base plate (601), a supporting steel frame (611) is arranged on the peripheral side of the main supporting base plate (601), and the supporting oil cylinder and the auxiliary oil cylinder group (8) are respectively connected to two side surfaces of the supporting steel frame (611); A left empty storage slot and a right empty storage slot are respectively provided on both sides of the main support bottom plate (601), and a hydraulic cylinder group (602) is provided between the left empty storage slot and the right empty storage slot; The hydraulic cylinder group (602) is connected to a connecting bottom plate (605) on one side, and the wide-body isolation plate (101) is fixed above one end of the connecting bottom plate (605); The other side of the hydraulic cylinder group (602) is connected to a retractable bottom plate (607), and the third visual isolation plate (301) is fixed above one side of the right storage slot.

3. The emergency rescue shelter according to claim 2, characterized in that: The shrink plate group (103) is arranged inside the multi-layer plate body and includes two outer protective plates (104) and two movably connected inner plates, a sandwich is formed between the outer protective plates (104) and the inner plates, and a radiation isolation layer (107) is provided inside the sandwich; One of the outer protective plates (104) has an inner groove (110) disposed therein, and one end of the other outer protective plate (104) is located inside the inner groove (110) and is movably connected to the inner groove (110); The outsides of the two outer protective plates (104) are respectively provided with a snap-fit ​​seat (108). When the protective plate (1) is completely received in the inner receiving groove (110), the two snap-fit ​​seats (108) are butted against each other.

4. The emergency rescue shelter according to claim 2, characterized in that: The two inner plates include an inner protective plate (105) and an inner folding plate (106) which are coaxially rotatably connected to each other, the other side of the inner protective plate (105) is rotatably connected to the wide body isolation plate (101) laterally, the other side of the inner folding plate (106) is rotatably connected to the end of the multi-layer plate body of the integrated cabin (2), and an arc-shaped guide groove (502) is provided below the isolation top plate (5) for guiding the movement of the rotation axis of the two protective plates and the inner folding plate (106).

5. The emergency rescue shelter according to claim 3, characterized in that: The bottom of the isolation top plate (5) is provided with an end guard plate (501) at its edge, one side of the bottom of the end guard plate (501) is provided with a sliding connection groove (503) and a lateral guide groove (505) connected to the top of the expansion plate group (102), and the other side of the bottom of the end guard plate (501) is provided with a sliding connection groove (506) connected to the top of the contraction plate group (103); The retractable plate group (103) includes a retractable door plate (111) connected to one side of the wide-body isolation plate (101) and a door plate groove (112) arranged inside the lateral multi-layer plate body of the integrated cabin (2); when the wide-body isolation plate (101) moves, the retractable door plate (111) is movably connected in the door plate groove (112); The top of the first contraction plate group (103) is slidably connected to the inside of the second sliding groove (506).

6. The emergency rescue shelter according to claim 2, characterized in that: The cabin further comprises an isolation room (3) and an equipment room (4); the isolation room (3) is arranged on one side of the third visible isolation board (301) and a front push-out layer board (402) is arranged above the other side; the equipment room (4) is arranged on one side of the front push-out layer board (402) and a wide body isolation board (401) is arranged on the other side; The integrated cabin (2) is arranged above the main supporting bottom plate (601), and the two sides of the integrated cabin (2) are respectively provided with an inward-retracting group 1 (202) and an inward-retracting group 2, and the inward-retracting group 1 (202) and the inward-retracting group 2 are respectively arranged inside the multi-layered plates on the two sides of the integrated cabin (2); The inner retracting group 1 (202) includes an outer protective plate 2 (210) and an outer protective plate 3 (211), wherein the outer protective plate 3 (211) is provided with an inner retracting groove 2 (209) inside, and the outer protective plate 2 (210) is movably connected inside the inner retracting groove 2 (209); The retracted group 1 (202) further includes an inner protective plate 2 (212) and an inner folding plate 2 (213) with ends movably connected, and the other ends of the inner protective plate 2 (212) and the inner folding plate 2 (213) are movably connected to the two ends of the multi-layer plate body; a radiation isolation layer 2 is arranged between the plate surfaces formed by the outer protective plate 2 (210), the outer protective plate 3 (211) and the inner protective plate 2 (212), and the inner folding plate 2 (213); The retraction group 2 includes a movable guide groove 1 (205) arranged inside the lateral multi-layer plate body of the integrated cabin body (2), and the movable guide groove 1 (205) is connected to an isolation door panel 1 (206). The isolation surface of the isolation door panel 1 (206) and the lateral overlapping surface of the multi-layer plate body are provided with a partition, and the multi-layer plates on both sides of the partition are respectively provided with a docking seat 1 (203) and a docking groove 1 (204), and the docking seat 1 (203) and the docking groove 1 (204) are matched and fixed to each other.

7. The emergency rescue shelter according to claim 6, characterized in that: The integrated cabin (2) is provided with a detection device (9), the main support bottom plate (601) is provided with a slide groove (608), and the bottom of the detection device (9) is slidably connected to the slide groove (608); A clamping piston seat (208) is provided at the bottom of the common movable axis column of the inner protective plate 2 (212) and the inner folding plate 2 (213), one end of the clamping piston seat (208) is connected to an inner movable pile (207), and a side seat 1 (609) and a side seat 2 (610) are provided inside the main supporting bottom plate (601), and the side seat 1 (609) and the side seat 2 (610) are respectively used to fix the two sides of the detection device (9); when the clamping piston seat (208) moves to one side of the detection device (9), the bottom of the inner movable pile (207) is fixed to the side seat 1 (609) and the side of the inner movable pile (207) contacts the side of the detection device (9).

8. The emergency rescue shelter according to claim 6, characterized in that: The hydraulic cylinder group (602) comprises a left output cylinder (603) and a right output cylinder (604); one side of the left output cylinder (603) is used to push out the bottom plate of the wide-body isolation plate (101); an expansion bottom plate (606) is provided inside the right storage slot; one side of the expansion bottom plate (606) is connected to the right output cylinder (604); the expansion bottom plate (606) is a multi-layer socket floor.

9. The emergency rescue shelter according to claim 8, characterized in that: Both ends of the support steel frame (611) are open ends and are telescopically sleeved with end expansion steel frames (612) inside. The two end expansion steel frames (612) on one side are fixed to the bottom sides of the wide-body isolation plate one (101); the two end expansion steel frames (612) on the other side are multi-layer sleeve structures, and the front-end push-out layer plate (402) and the wide-body isolation plate three (401) are respectively connected between the two end expansion steel frames (612) of the multi-layer sleeve structure.

10. The emergency rescue shelter according to claim 8, characterized in that: The two sides of the isolation room (3) are provided with sleeved push-out layer plates (303) and hollowed-out door panels (304), the third visible isolation panel (301) is provided with isolation door panels (302), and one side of the equipment room (4) is provided with hollowed-out door panels (403); The visual isolation plate three (301), the front push-out layer plate (402), and the wide-body isolation plate three (401) are connected together with a buckle seat (306) at one side away from the isolation door plate two (302), the hollow door plate one (304), and the hollow door plate two (403).

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