CN214195715U - Movable assembled infectious disease diagnosis and treatment shelter - Google Patents

Abstract

The utility model discloses a mobilizable assembled infectious disease diagnosis and treatment shelter, including the cabin body that a plurality of can dismantle the assembly joint in proper order and set up, the cabin body is in proper order including meeting the examination and dealing with cabin, independent room of visiting cabin, medical technology guarantee cabin, observing and dealing with cabin and sense control auxiliary compartment, the preceding, back both sides portion of each cabin body is equipped with complete independent setting and each other uncrossed pollution area passageway and clean district passageway respectively, each cabin body is provided with qianmen and back door respectively, wherein, the qianmen communicates with each other with pollution area passageway, the back door with clean district passageway communicates with each other, and pollution area passageway passes through with clean district passageway the cabin body wholly seals the isolation setting. The utility model discloses an utilize cabin body and cabin body internal layout to realize function partition promptly and flow isolation, satisfy the demand of diagnosing of infectious disease, portable deployment combines the nimble overall arrangement of medical institution outdoor environment, is applicable to the dual-purpose of military and civilian.

Description

Movable assembled infectious disease diagnosis and treatment shelter

Technical Field

The utility model relates to a shelter structure's design and production field, the more specifically mobilizable assembled infectious disease diagnosis and treatment shelter that says so.

Background

At present, the design and products of facilities and equipment for infectious disease diagnosis and treatment mainly focus on two main demand bodies of medical institutions and emergency medical teams, and are respectively embodied as the design and application of a fixed and permanent medical room and a movable transfer device. The existing infectious disease diagnosis and treatment facilities are mainly embodied as fixed and permanent medical rooms, and have no infectious disease diagnosis and treatment facilities in an assembled shelter mode. In addition, at present, the epidemic situation prevention and control facilities of different regions and different medical institutions have different construction standards and different economic conditions of various regions, so that the construction level of the whole infectious disease diagnosis and treatment facilities of various regions and various medical institutions is difficult to be comprehensively improved in a short time. In the face of the uncertainty of the rapid spread of infectious diseases and epidemic situation outbreak areas, especially the current situation of the normalized prevention and control of the current new crown epidemic situation, it is necessary to design and develop a mobile infectious disease diagnosis and treatment shelter system which has the requirements of modular design, independent function, expansibility, accordance with the requirements of infectious disease diagnosis and treatment and can be deployed rapidly.

The invention aims to design and construct a whole set of movable facility system with unified standard, low cost, simple and convenient structure and accordance with the standard, can quickly expand the guarantee conditions of infectious disease diagnosis and treatment facilities in a specific area in a very short time if necessary, is beneficial to improving the effective response of military, local governments and medical institutions to various epidemic situations, improves the infectious disease treatment capacity and provides solid guarantee for ensuring the social stability.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a mobilizable assembled infectious disease diagnosis and treatment shelter, its main aim at overcome the above-mentioned not enough and shortcoming that prior art exists.

The utility model adopts the technical scheme as follows:

a movable assembled infectious disease diagnosis and treatment shelter comprises a plurality of cabin bodies which are sequentially detachably assembled and connected, wherein the cabin bodies sequentially comprise a reception treatment cabin, an independent room cabin, a medical technology support cabin, an observation treatment cabin and a sensing control auxiliary cabin, the front side and the back side of each cabin body are respectively provided with a pollution area channel and a cleaning area channel which are completely and independently arranged and do not cross with each other, each cabin body is respectively provided with a front door and a back door, the front door is communicated with the pollution area channel, the back door is communicated with the cleaning area channel, and the pollution area channel and the cleaning area channel are sealed and isolated by the cabin bodies; the back doors of the treatment cabin for reception and treatment, the independent room cabin, the medical technology support cabin and the observation and treatment cabin are of a back door structure of a non-accessible type; the rear door of the inductive control auxiliary cabin is of a bidirectional rear door structure, and the 1-3-stage isolation clothes removing area in the cabin is a one-way only-out non-in one-way linkage door.

Furthermore, be equipped with air inlet hole and air-out hole on the preceding, the back lateral wall of the cabin body respectively, this air inlet hole sets up in the cabin body top of clean district passageway one side, and this air-out hole sets up in the cabin body top of pollution area passageway one side to extend to through an extension connecting tube body in the cabin body, and the end of this extension connecting tube is located cabin body below.

Furthermore, the air outlet holes and the air inlet holes are respectively and adaptively provided with a fan body, and the power of the fan body of the air outlet holes is greater than that of the fan body of the air inlet holes.

Furthermore, special adapter boxes for power supply and communication cables are respectively arranged on the front side wall and the rear side wall of the cabin body, and the circuit system and the communication system are respectively matched with the special adapter boxes of the cabin body for electric switching arrangement.

Furthermore, the cabin bodies are provided with sewage discharge interfaces, and the sewage discharge interfaces of the cabin bodies are mutually connected and discharged.

Furthermore, the side wall of the cabin body is also provided with a heat insulation layer which is a thick rock wool slab.

Furthermore, a fire-resistant bottom plate is paved on the bottom surface of the cabin body.

Furthermore, a shower room, a dressing room and a protective article warehouse which are respectively used for showering of the patient and the medical staff are arranged in the sensing control auxiliary cabin.

Through the above-mentioned right the utility model discloses a description compares with prior art, the advantage of the utility model lies in:

(1) the utility model discloses utilize cabin body and cabin body internal layout to realize function partition promptly and flow isolation, satisfy the demand of diagnosing of infectious disease, portable deployment combines the nimble overall arrangement of medical institution outdoor environment, is applicable to the dual-purpose of military and civilian.

(2) The module of the utility model is designed most intensively, only 5 square cabins with independent functions are needed, and the basic diagnosis and treatment requirements of outpatient service of infectious disease patients in more than 1 medical institution with two levels of medical institutions every day can be met after combination; meanwhile, the mode of adding functional cabin sections can be used for expanding, and the use under different reception scales is met.

(3) The utility model discloses according to infectious disease treatment task requirement, possess functions such as registration charge, diagnosis, treatment, stay watch, inspection, washing and disappearing and medicinal material guarantee, can extend the radiation module when necessary.

(4) The utility model discloses effectively utilize the cabin body and exterior space to establish three district two passageways, the open external environment of make full use of simultaneously rationally sets up the buffer, accords with the sense accuse requirement.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural view of the sensing control auxiliary cabin of the present invention.

Detailed Description

The following description of the embodiments of the present invention refers to the accompanying drawings.

As shown in fig. 1 and 2, a movable assembled infectious disease diagnosis and treatment shelter comprises a plurality of cabin bodies which are sequentially detachably assembled and connected, wherein the cabin bodies sequentially comprise a treatment cabin 1 for receiving a doctor, an independent room cabin 2, a medical and technical support cabin 3, an observation and treatment cabin 4 and an induction control auxiliary cabin 5, the front side and the rear side of each cabin body are respectively provided with a pollution area channel 6 and a cleaning area channel 7 which are completely and independently arranged and do not cross with each other, each cabin body is respectively provided with a front door 11 and a rear door 12, wherein the front door 11 is communicated with the pollution area channel 6, the rear door 12 is communicated with the cleaning area channel 7, and the pollution area channel 6 and the cleaning area channel 7 are sealed and isolated by the whole cabin body; the back door 12 of the treatment cabin 1, the independent room cabin 2, the 3 cabins of medical technical support and the observation and treatment cabin 4 is of a back door structure which can only go in and out, the back door 12 of the sensing and control auxiliary cabin 5 is of a bidirectional back door structure, and a 1-3-stage isolation clothes-removing area in the cabin is a unidirectional one-way linkage door which can only go out and not go in.

Further, be equipped with air inlet hole and air-out hole on the preceding, the back lateral wall of the cabin body respectively, this air inlet hole sets up in the cabin body top of clean district passageway 7 one side, and this air-out hole sets up in the cabin body top of pollution zone passageway 6 one side to extend to through an extension connecting tube body in the cabin body, and the end of this extension connecting tube is located cabin body below.

Furthermore, the air outlet holes and the air inlet holes are respectively and adaptively provided with a fan body, and the power of the fan body of the air outlet holes is greater than that of the fan body of the air inlet holes.

Furthermore, special adapter boxes for power supply and communication cables are respectively arranged on the front side wall and the rear side wall of the cabin body, and the circuit system and the communication system are respectively matched with the special adapter boxes of the cabin body for electric switching arrangement.

Furthermore, the chambers are provided with sewage discharge ports (not shown in the figures for the sake of viewing angle), and the sewage discharge ports of the respective chambers are connected to each other and arranged in a discharge manner.

Furthermore, the side walls of the cabin are provided with an insulating layer (not shown in the figure for reasons of view angle), which is a thick rock wool slab.

Furthermore, a fire-resistant floor (not shown in the figures for reasons of perspective) is laid on the bottom surface of the chamber.

Further, as shown in fig. 2, a shower room 51, a changing room 52 and a storage 53 for storing protective articles are provided in the sensory control auxiliary compartment 5 for showering the patient and the medical staff, respectively.

The utility model discloses a basic function requires:

1. the treatment module for receiving a doctor is provided with a registration, charging, waiting, treatment, a patient toilet and a medical care toilet;

2. the independent consulting room module has the function of simultaneously carrying out the examination of 2 patients;

3. the medical technology support module has the functions of treatment and medicine receiving, sending and storage;

4. the observing and treating module is provided with 2 observing chambers, and can observe patients lying in bed or moving;

5. the sensory control auxiliary module is provided with a shower room for patients and medical staff, 4 rooms (among which, the patient is 1 room), a three-level dressing room and a protective article warehouse.

Second, the utility model discloses an operating capacity index:

1. the patient can be unfolded between 2 consulting rooms, and more than or equal to 100 patients pass day and night;

2. the semi-fixation of road, railway maneuvering and medical equipment can be implemented;

3. deployment (withdrawal) time: less than or equal to 1 h;

thirdly, the utility model discloses a basic performance parameter:

1. individual shelter deployment size: the length is 600CM, the width is 300CM, the height is 280CM, and the expandable sunshade is more than or equal to 250 CM; the single square cabin is unfolded to occupy an area of 18 square meters, and the using area of the single square cabin after being unfolded is more than or equal to 18 square meters;

2. the self-weight of a single shelter is less than or equal to 2800kg, and the load is more than or equal to 10 tons;

fourthly, the utility model discloses a natural environment adaptability parameter:

1. the temperature of the working environment is-10 ℃ to 46 ℃;

2. the storage limit temperature is-20 ℃ and 50 ℃;

3. relative temperature tolerance: less than or equal to 95 percent (40℃)

4. Salt spray corrosion resistance: can resist the harmful influence of salt fog corrosive environment conditions in coastal areas or in use;

5. solar radiation tolerance: under the condition that the solar radiation intensity is 1120 w/square meter, the equipment does not deform, become sticky, crack, damage and the like;

6. rain resistance: the rain with the rainfall intensity of 2mm/min and the duration of 1h can be endured;

7. unfolding adaptability: the unevenness of the unfolded land is less than or equal to 5 percent;

8. transportability: the limit requirements of highway, railway and waterway transport tools can be met;

9. handling and transportation adaptability: the requirements of GJB1181 general outline of packaging, loading, unloading, storing and transporting military equipment are met;

fifthly, the utility model discloses a man-machine environment engineering requires:

1. temperature regulation: under the environment condition of-10 ℃, the heating device can heat the interior of the shelter to be not lower than 22 ℃ plus or minus 3 ℃ within 60 min; under the environment condition of 46 ℃, the temperature reduction device can reduce the average temperature in the shelter to be below 26 ℃ within 60 min.

2. Noise: under the running state, the volume in the square cabin is less than or equal to 50dB (A);

3. illuminance: the illumination in the shelter is more than or equal to 300Lx, and the working table surface is more than or equal to 200 Lx;

sixth, the structure and the working parameter of the cabin body of the utility model are required

1. The top of the cabin body is provided with a lighting lamp and an ultraviolet lamp;

2. the front side wall and the rear side wall of the cabin body both meet the requirements of special transfer boxes for power supply cables and communication cables;

3. the side wall of the cabin body is provided with a cooling and heating air conditioner mounting hole (an integrated window machine);

4. the side wall of the cabin body is respectively provided with an air inlet and an air outlet, wherein the air inlet is arranged on the side of the medical care channel, the upper part of the cabin body is 30cm, the air outlet is arranged on the side of the patient channel, the upper part of the cabin body is 30cm, and the air outlet extends into the cabin body through the extension pipe and is 30cm away from the bottom plate.

The power of the air outlet is larger than that of the fresh air inlet, so that the unidirectional flow of the airflow from the side (cleaning area) of the medical care channel to the side (pollution area) of the patient channel in the running state is ensured.

5. The cabin body is smooth in outside, and no part protrudes out of the cabin body when in a folded state;

6. basic material requirements

The steel structural frame of the floor is cold-rolled and welded with steel sectional materials,

4 corner casting weld

2 fork truck hole spacing 1200mm

(Forklift hole inner clearance: 240x80mm)

Rock wool board with heat insulation layer of 100mm thickness

Galvanized steel sheet with base thickness of 0.5mm

Floor-18 mm plywood (or other moisture-proof, fire-proof material)

-1.8mm PVC floor (or other moisture-proof, fire-proof material)

Flammability class B1

Smoke density grade Q1 grade

Abrasion coefficient T grade

Roofing steel structure frame cold rolling welding steel section bar 3mm thick

4 corner casting weld

The steel cross member is 2mm thick

Built-in hoisting ring

0.5mm thick galvanized steel sheet for roof cover plate

360 deg.C seaming for roof board arch connection

Rock wool board with heat insulation layer of 100mm thickness

Ceiling-10 mm double-sided veneer with white color

The socket being mounted in a top frame of the short sides

Steel with angle column cold rolling thickness larger than or equal to 3mm

Bolted/welded connection to roof and floor frames

The thickness of the wall board is 50mm

Rock wool board with thick heat-insulating layer and density of 20kg/m

Flammability B1

50mm thick heat preservation layer of door double-sided galvanized steel plate door

Size (size of cabin body)

Up vc window frame of window sliding window

Double layer hollow transparent glass (5 mm, colorless)

Seventhly, the utility model discloses a circuit system and working parameter require thereof

1. Overall system power distribution architecture and requirements

The circuit system and the movable infectious disease diagnosis and treatment shelter system provide emergency power guarantee and power distribution switching. The power supply system supplies power to each cabin through the power distribution cabinet.

The individual cabin bodies are designed with independent circuits, and the cabin bodies are connected in a line quick connection mode.

2. The circuit system is provided with a switchable power distribution cabinet, the maximum load capacity is more than or equal to 30kw, and the switchable output circuit is a 6-way circuit unit. The cabin is internally provided with an input/output adapter plug.

3. And power distribution is carried out inside the square cabin. The double-door structure is used for providing power for equipment and illumination in the cabin, is concealed in the cabin body (concealed), is provided with an indicator light and a power main switch branch circuit breaker, and has the functions of leakage/short circuit protection, overload protection and ground protection. Voltage 230/400v 50Hz 3/5 pole 32A.

The cabin electrical system at least comprises: (1) air switch, 10A (light), 2 pole; (2) air switch, 16A (air conditioner), 2 pole; (3) air switch, 10A (socket), 2 pole; (4) five holes, wall socket, 10A; (5) three-hole, air conditioning jack, 16A; (6) a light switch; (7) grounding electrodes and galvanized flat iron; (8) a network box;

eighthly, the utility model discloses a cooling and heating system and working parameter requirement thereof

1. An independent cooling and heating device is adopted to establish an independent and internal circulation type cooling and heating system for the independent cabin section and the independent cabin.

2. The side wall of the medical care passage of the cabin body is provided with a cooling and heating air conditioner mounting hole (an integrated window machine);

nine, the utility model discloses an inside corollary equipment facility main parameters

1. The air conditioners (all-in-one machine, non-mobile type), 11 sets of standard configuration, cold and warm type, the technical index accords with the man-machine environment engineering requirement in the parameter;

2. the number of the fresh air fans and pipelines is more than or equal to 11 according to the standard configuration, and the fresh air fans and the pipelines have the functions of haze removal, bacteria removal, silence and low noise;

3. the standard configuration number of pipeline exhaust fans and pipelines is more than or equal to 12, the power is adjustable, and the exhaust efficiency is higher than the air inlet efficiency by integrating the power of a fresh air fan and the power of an air conditioner;

4. the number of the special fans and pipelines is more than or equal to 6 in standard configuration, the power is adjustable, and the special device is special for toilets and is moisture-proof;

5. the waiting chairs are arranged in a standard way for 15 pieces, the width of a single seat is less than or equal to 55cm, (the reference size of the single seat is 50cmX50cmX42 cm);

6. the number of the examination table is 2 in standard configuration, the width of the examination table is less than or equal to 120cm, and the examination table is provided with storage grids or drawers;

7. a diagnostic bed with reference size 190cmX65cmX65cm, made of stainless steel/aluminum alloy and the like;

8. 2 multifunctional double-rocking nursing beds are arranged in a standard way, and are made of materials with the reference size of 200cmX90cmX50cm, ABS/aluminum alloy and the like;

9. 2 medical bedside tables are arranged in a standard mode, the reference size is 42cmX45cmX74cm, and the medical bedside tables are made of ABS/stainless steel and the like;

10. the working chair is provided with 5 pieces of working chairs in a standard configuration, and can rotate and lift;

11. a desktop computer (all-in-one machine), 6 standard configuration sets, domestic brands, reference brands (association), a 23-inch display with the lowest parameters, a quad-core, an internal memory 8G and a 256G hard disk;

12. laser black-and-white printer, standard configuration number 6, domestic brand, reference (association), connection mode USB, breadth A4;

13. the square cabins are quickly connected with pipelines, lines and the like, and have a quick connection function;

14. the point-to-point calling system has more than or equal to 3 sets of standard configuration, and the two-way talkback is realized.

Through the above-mentioned right the utility model discloses a description compares with prior art, the advantage of the utility model lies in:

(1) the utility model discloses utilize cabin body and cabin body internal layout to realize function partition promptly and flow isolation, satisfy the demand of diagnosing of infectious disease, portable deployment combines the nimble overall arrangement of medical institution outdoor environment, is applicable to the dual-purpose of military and civilian.

(2) The module of the utility model is designed most intensively, only 5 square cabins with independent functions are needed, and the basic diagnosis and treatment requirements of outpatient service of infectious disease patients in more than 1 medical institution with two levels of medical institutions every day can be met after combination; meanwhile, the mode of adding functional cabin sections can be used for expanding, and the use under different reception scales is met.

(3) The utility model discloses according to infectious disease treatment task requirement, possess functions such as registration charge, diagnosis, treatment, stay watch, inspection, washing and disappearing and medicinal material guarantee, can extend the radiation module when necessary.

(4) The utility model discloses effectively utilize the cabin body and exterior space to establish three district two passageways, the open external environment of make full use of simultaneously rationally sets up the buffer, accords with the sense accuse requirement.

The above is only the concrete implementation of the present invention, but the design concept of the present invention is not limited to this, and all the designs are to be modified immaterial, and all the designs should be infringement to the protection scope of the present invention.

Claims (8)

1. A movable assembled infectious disease diagnosis and treatment shelter is characterized in that: the multifunctional nursing cabin comprises a plurality of cabin bodies which are sequentially detachably assembled and connected, wherein the cabin bodies sequentially comprise a reception treatment cabin, an independent room cabin, a medical technology support cabin, an observation treatment cabin and a sensory control auxiliary cabin, the front side and the back side of each cabin body are respectively provided with a pollution area channel and a cleaning area channel which are not crossed with each other, each cabin body is respectively provided with a front door and a back door, the front door is communicated with the pollution area channel, the back door is communicated with the cleaning area channel, and the pollution area channel and the cleaning area channel are arranged in a closed and isolated mode through the whole cabin body; the back doors of the treatment cabin, the independent room cabin, the medical technology support cabin and the observation and treatment cabin are of a back door structure of a non-accessible type; the rear door of the sensing control auxiliary cabin is of a bidirectional rear door structure.

2. A mobile fabricated infectious disease diagnosis and treatment shelter as claimed in claim 1, wherein: be equipped with air inlet hole and air-out hole on the preceding, the back lateral wall of the cabin body respectively, this air inlet hole sets up in the cabin body top of clean district passageway one side, and this air-out hole sets up in the cabin body top of pollution area passageway one side to connect the body through an extension and extend to in the cabin body, and the end of this extension connecting pipe is located cabin body below.

3. A mobile fabricated infectious disease diagnosis and treatment shelter as claimed in claim 2, wherein: the air outlet holes and the air inlet holes are respectively and adaptively provided with a fan body, and the power of the fan body of the air outlet holes is greater than that of the fan body of the air inlet holes.

4. A mobile fabricated infectious disease diagnosis and treatment shelter as claimed in claim 1, wherein: the front side wall and the rear side wall of the cabin body are respectively provided with a special adapter box for power supply and communication cables, and the circuit system and the communication system are respectively matched with the special adapter box of the cabin body for electric switching.

5. A mobile fabricated infectious disease diagnosis and treatment shelter as claimed in claim 1, wherein: the cabin body is provided with a sewage discharge interface, and the sewage discharge interfaces of the cabin bodies are connected with each other and are arranged in a discharge manner.

6. A mobile fabricated infectious disease diagnosis and treatment shelter as claimed in claim 1, wherein: the lateral wall of the cabin body is also provided with a heat-insulating layer which is a thick rock wool slab.

7. A mobile fabricated infectious disease diagnosis and treatment shelter as claimed in claim 1, wherein: and a fire-resistant bottom plate is laid on the bottom surface of the cabin body.

8. A mobile fabricated infectious disease diagnosis and treatment shelter as claimed in claim 1, wherein: a shower room, a dressing room and a protective article warehouse which are respectively used for showering of patients and medical staff are arranged in the sensing control auxiliary cabin.

Images