CN114848940A - Portable hemodialysis composite module - Google Patents

Abstract

The invention relates to the technical field of hemodialysis medical treatment, and discloses a movable hemodialysis combined module, which comprises a main box body and a movable hemodialysis module positioned in the main box body; wherein portable hemodialysis module includes negative dialysis module, positive dialysis module, single dialysis module, double dialysis module, salvages and treats combination module, independent water storage module, reverse osmosis water treatment module, the module of keeping a public place clean, sewage treatment module, filth module of keeping in temporary, dirty washing module, strong and weak electric control module, storage module, tertiary protection dialysis module and negative pressure dialysis module. The invention is used as a movable hemodialysis shelter module combination, and a dialysis treatment module is in a 6+ N mode, namely 6 main configuration modules: the water treatment module, the water storage module, the sewage treatment + dirty washing + filth module of keeping in, the storage module, strong and weak electric control module, official working + connect and examine the module cooperation N group treatment module and use in combination, the supporting equipment of factory modularization integrated into one piece.

Description

Portable hemodialysis composite module

Technical Field

The invention relates to the technical field of hemodialysis medical treatment, in particular to a movable hemodialysis combined module.

Background

The hemodialysis treatment needs the combination of various functional devices to meet the examination condition, can adopt the modular rapid construction of a dialysis shelter, realizes the hemodialysis treatment in a short period, and can be applied to the scenes of new crown epidemic situation, infectious disease, collective poisoning, war, earthquake, sealing control, traffic inconvenience and the like. When the dialysis machine is flat, the dialysis machine can be reserved as a dialysis chamber, so that the problems of large investment, small space and difficult modification in newly building and expanding the dialysis chamber of a medical institution are effectively solved, and the medical space is saved. When epidemic disease occurs, the patient can move to a required area quickly, and the positive pressure and the negative pressure can be adjusted according to the actual condition of the patient, so that the patient can use the air bag for two purposes.

Disclosure of Invention

The invention aims to provide a mobile hemodialysis combination module which is combined in a modular mode and can be rapidly combined and matched.

The invention provides a mobile hemodialysis combined module, which comprises a main box body and a mobile hemodialysis module positioned in the main box body; wherein portable hemodialysis module includes negative dialysis module, positive dialysis module, single dialysis module, double dialysis module, salvages and treats combination module, independent water storage module, reverse osmosis water treatment module, the module of keeping a public place clean, sewage treatment module, filth module of keeping in temporary, dirty washing module, strong and weak electric control module, storage module, tertiary protection dialysis module and negative pressure dialysis module.

Further, the main tank body is including the steel structural frame who is located upper portion, be located upper portion and be located the last corrugated cover plate between the steel structural frame, be located the strengthening rib between the adjacent steel structural frame, be located the container angle piece of upper portion side, be located inside box frame, be located the box steel column of its inside side, be located main tank body the place ahead and regard as the corrugated sheet of veneer, be located inside horizontal strengthening rib of box and box vertical strengthening rib, be located inside window and airtight door, be located the steel structural foundation frame of bottom, connect a plurality of reinforcement horizontal beams of adjacent steel structural foundation frame and be located the fixed corner fittings of vanning of below tip.

Further, negative dialysis module includes negative dialysis module box, be located negative dialysis module box one end take basin treatment to prepare the cabinet, according to the preface next to take basin treatment to prepare bow back of the body chair and the unopened observation window that the cabinet set up, be located the plasma air sterilizing machine of negative dialysis module box other end, be located between unopened observation window and the plasma air sterilizing machine and 5 dialysis units that set up side by side, be located top mounted formula slide rail (window) curtain and the window of multileaf open-type between the adjacent dialysis unit, wherein, 5 dialysis units are located negative dialysis module box, every dialysis unit includes a dialysis chair and a dialysis machine.

Furthermore, the positive dialysis module comprises a positive dialysis module box body, a treatment preparation cabinet with a basin, a diagnosis receiving table, a wheelchair scale, a foot-stepping type hand washing cabinet, 4 dialysis units arranged in parallel and a slide rail curtain arranged at the top between the adjacent dialysis units, wherein the treatment preparation cabinet with the basin is positioned at one end of the positive dialysis module box body; wherein each dialysis unit comprises a dialysis chair and a dialysis machine.

Further, single dialysis module is including the locker that is located its one end, the plasma air disinfection machine that is located its other end, the bow back chair that is next to the locker setting in proper order and take basin nurse's table and a dialysis unit, and this dialysis unit includes a dialysis bed and a dialysis machine.

Furthermore, 2 dialysis treatment rooms are arranged in the double-person dialysis module, each dialysis treatment room is provided with 2 dialysis units, and each dialysis unit comprises a dialysis bed and a dialysis machine; each dialysis treatment room also comprises a bow-back chair, a nurse table with a hand basin and a plasma air sterilizer.

Furthermore, the combined module for emergency treatment and therapy is provided with an emergency treatment room and a dialysis treatment room, and the emergency treatment room is internally provided with an emergency ambulance, an emergency locker with a basin and a plasma air sterilizer; the dialysis treatment room is provided with 3 dialysis units, a plasma air disinfection machine and a slide rail curtain arranged at the top between the adjacent dialysis units, and each dialysis unit comprises a dialysis bed and a dialysis machine.

Further, the sewage treatment module is an integrated sewage treatment system; the lowest point of a sewage inlet of the sewage treatment module is provided with an induction type lifting pump; the dirty washing module is provided with 2 sub-cleaning water pools, 2 wash basins and 1 wash basin; the temporary dirt storage module is provided with an on-line disinfection lamp, a fly killing lamp, a ventilation fan, a cleaning water tank and a medical garbage can; the integrated sewage treatment system, the induction type lifting pump, the dirt washing module and the dirt temporary storage module are arranged in parallel.

Furthermore, the reverse osmosis water treatment module comprises a salt storage chamber, a water machine raw water pump, a filtering tank group, a reverse osmosis water treatment and purification host machine, a side-mounted drainage pipeline and a plasma air disinfection machine which are sequentially arranged.

Further, the independent water storage module is provided with a water tank, and the water tank is provided with a pressure induction type constant-pressure booster pump.

Further, the cleaning module is arranged next to the independent water storage module and comprises a cleaning room and a raw water inlet positioned between the cleaning room and the stainless steel water tank.

Furthermore, the weak current control module comprises independent generator sets, a power electric cabinet, a voltage stabilizing electric cabinet, a tool cabinet, a central cabinet, a monitoring cabinet and a monitoring display, wherein the independent generator sets are arranged in sequence, the power electric cabinet is used for distributing power for all the modules and is provided with a double-circuit power supply switching device, the central cabinet is provided with a network host and a server, and the monitoring cabinet is provided with a monitoring host.

Further, the storage module is provided with a storage tray, a plurality of storage shelves, a treatment preparation room, a first-aid storage cabinet with a basin and a plurality of plasma air disinfectors.

Furthermore, the third-level protection dialysis module is provided with a cleaning area, a protective clothing wearing area, a first taking-off area, a second taking-off area, a treatment area, a third-level protection channel and an independent temporary sewage temporary storage room.

Furthermore, the negative pressure dialysis module is provided with a negative pressure three-stage protection channel, a treatment area and an independent temporary sewage temporary storage room; wherein the treatment area is provided with 2 dialysis units, and each dialysis unit comprises a dialysis chair, a dialysis machine, an independent examination table and chair, a wheelchair scale, an electronic sphygmomanometer, an emergency ambulance, a defibrillator, an electrocardiogram monitor, a basic rescue device and a plasma air sterilizer.

Further, the negative pressure isolation dialysis module comprises a pipeline interlayer, a lower exhaust system, a delivery window, a sewage transfer room, a negative pressure three-stage protection channel, a negative pressure host, a closestool with a safety handrail, a toilet, a negative pressure treatment area, an openable sealed window, a non-openable observation window, an independent reception area and a rescue equipment cabinet.

The invention is used as a movable hemodialysis shelter module combination, and a dialysis treatment module is in a 6+ N mode, namely 6 main configuration modules: the water treatment module, the water storage module, the sewage treatment + dirty washing + filth module of keeping in, the storage module, strong and weak electric control module, official working + connect and examine the module cooperation N group treatment module and use in combination, the supporting equipment of factory modularization integrated into one piece.

Drawings

Some specific embodiments of the invention will be described in detail hereinafter, by way of illustration and not limitation, with reference to the accompanying drawings. The same reference numbers in the drawings identify the same or similar elements or components. Those skilled in the art will appreciate that the drawings are not necessarily drawn to scale. In the drawings:

FIG. 1 is a schematic structural diagram of the upper part of the main box body of the combined portable hemodialysis module of the invention.

FIG. 2 is a schematic structural diagram of the interior of the main box of the portable hemodialysis combination module of the present invention.

FIG. 3 is a schematic structural diagram of the bottom of the main box of the combined portable hemodialysis module of the present invention.

FIG. 4 is a schematic structural diagram of a negative dialysis module of the combined portable hemodialysis module of the present invention.

FIG. 5 is a front view of a negative dialysis module of the combined portable hemodialysis module of the present invention.

Fig. 6 is a schematic structural diagram of the position of an air conditioner external unit, a strong and weak current and water supply and drainage quick connection port and an oxygen tank storage area of a negative dialysis module of the mobile hemodialysis combined module.

Fig. 7 is a schematic diagram of a back elevation shutter rainproof vent door of a negative dialysis module of the mobile hemodialysis combination module.

FIG. 8 is a schematic structural diagram of a positive dialysis module of the combined portable hemodialysis module of the present invention.

FIG. 9 is a schematic view of the structure of a single dialysis module of the mobile hemodialysis combination module of the present invention.

Fig. 10 is a schematic structural diagram of a double dialysis module of the mobile hemodialysis combination module of the present invention.

Fig. 11 is a schematic structural diagram of a rescue and treatment combined module of the mobile hemodialysis combined module of the invention.

FIG. 12 is a schematic diagram of the sewage treatment, dirt washing and temporary dirt storage module of the mobile hemodialysis combined module of the present invention.

FIG. 13 is a schematic view of the reverse osmosis water treatment module of the combined mobile hemodialysis module of the present invention.

Fig. 14 is a schematic structural diagram of an independent water storage module and a cleaning module of the mobile hemodialysis combined module.

FIG. 15 is a schematic diagram of the weak electric control module of the portable hemodialysis combination module of the present invention.

FIG. 16 is a schematic diagram of a warehouse module of the portable hemodialysis combination module of the present invention.

Fig. 17 is a schematic structural diagram of an office module and a treatment module of the mobile hemodialysis combination module.

FIG. 18 is a schematic structural diagram of a three-stage protective dialysis module of the mobile hemodialysis combination module of the present invention.

FIG. 19 is a schematic view of the structure of the negative pressure dialysis module of the mobile hemodialysis combination module of the present invention.

FIG. 20 is a schematic view of the structure of the negative pressure isolation dialysis module of the mobile hemodialysis combination module of the present invention.

In the figure: 1. an upper corrugated cover plate; 2. reinforcing ribs; 3. reinforcing the steel structure frame; 4. a container corner fitting; 5. a box frame; 6. a steel column of the box body; 7. a corrugated board; 8, transverse reinforcing ribs of the box body; 9. the box body is provided with vertical reinforcing ribs; 10. a window frame structure frame; 11. an airtight door; 12. boxing and fixing the corner fittings; 13. reinforcing the horizontal beam; 14. a steel structural foundation frame; a negative dialysis module housing 1521; 15. a storage cabinet; 16. a chair for carrying a bow; 17. A nurse table with a hand basin; 18. a negative dialysis machine; 181. a positive dialysis machine; 182. a third dialysis machine; 19. A negative dialysis chair; 191. a positive dialysis chair; 20. a first top-mounted sliding track curtain; 201. a second top-mounted sliding rail curtain; 21. a plasma air sterilizer; 211. a positive treatment preparation cabinet; 212. a plasma air sterilizer; 22. a reception table; 221. a positive dialysis module housing; 23. a wheelchair scale; 24. a pedal type washing cabinet; 25. a dialysis bed; 26. an emergency ambulance; 27. a treatment preparation cabinet with a basin; 28. a rescue room; 29. an integrated sewage treatment system; 30. an induction type water pump; 31. a sewage washing room; 32. temporarily storing dirt; 33. a salt storage chamber; 34. a raw water pump of the water machine; 35. a filtration tank group; 36. a reverse osmosis water treatment purification host; 37. a side-mounted drain line; 38. an induction type constant pressure booster pump; 39. a stainless steel water tank; 40. a raw water inlet; 41. A cleaning room; 42. a generator; 43. a power electric cabinet; 44. a voltage stabilizing electric cabinet; 45. a tool cabinet; 46. a central cabinet; 47. monitoring the cabinet; 48. monitoring the display; 49. a storage tray; 50. a storage shelf; 51. A treatment preparation room; 52. a duty bed; 53. a file cabinet; 54. office desks and chairs; 55. a wardrobe; 56. a third-stage protection channel; 57. a temporary sewage temporary storage room; 58. a pipeline interlayer; 59. a lower exhaust system; 60. a delivery window; 61. a dirt transfer chamber; 62. a negative pressure three-stage protection channel; 63. a negative pressure host; 64. a closestool with a safety handrail; 65. a toilet; 66. a negative pressure treatment zone; 67. an openable sealed window; 68. the open type observation window is not opened; 69. an independent examination area; 70. a rescue equipment cabinet; 71. an air conditioning outer cabin; 72 strong and weak current fast interface; 73. an oxygen tank storage compartment; 74. a water supply and drainage quick connector; 75. the rain-proof ventilative door of tripe.

Detailed Description

Referring to fig. 1 to 20, a mobile hemodialysis combination module includes a main housing and a mobile hemodialysis module located in the main housing; wherein portable hemodialysis module includes negative dialysis module, positive dialysis module, single dialysis module, double dialysis module, rescue and treatment composite module, independent water storage module, reverse osmosis water treatment module, sewage treatment module, the filth module of keeping in, the dirty module of washing, strong and weak electric control module, the storage module, the office module, connect the module of diagnosing, tertiary protection dialysis module and negative pressure dialysis module, each functional module of portable hemodialysis module is through strong and weak quick interface of electricity and the quick interface connection of plumbing.

As shown in fig. 1 to fig. 3, the length of the main box is 17000mm 6000-; a strong and weak electric system, a water supply and drainage system, a lighting system, an air exchange system, an airtight door and a top-mounted air conditioner are integrated in the main box body; the monitoring camera and the 5Gwifi network AP are installed at the ceiling top of the main box body.

The main box body comprises a steel structure frame 3 positioned on the upper portion, an upper corrugated cover plate 1 positioned on the upper portion and positioned between the steel structure frames 3, reinforcing ribs 2 positioned between the adjacent steel structure frames 3, container corner hanging pieces 4 positioned on the side edge of the upper portion, a box body frame 5 positioned inside, a box body steel column 6 positioned on the inner side edge of the box body steel column, a corrugated plate 7 positioned in the front of the main box body and used as a facing, box body transverse reinforcing ribs 8 and box body vertical reinforcing ribs 9 positioned inside, a window frame structure frame 10 and an airtight door 11 positioned inside, a steel structure basic frame 14 positioned at the bottom, a plurality of reinforcing horizontal beams 13 connected with the adjacent steel structure basic frames 14, and a box fixing corner piece 12 positioned at the lower end portion.

The box body frame 5 adopts 50mm multiplied by 100mm square steel and is densely welded according to different bearing requirements; the exterior of the steel plate is decorated with corrugated plates 7, after full welding, structural glue is used for edge sealing treatment, and strong and weak current pipelines are installed on the edge layers; a machine-made medical antibacterial purification plate with a lining of 50 mm; the inner partition wall is a 100mm machine-made medical antibacterial purification plate partition wall, matched groove aluminum buckle edges are matched, and 75mm dovetail fibers are fastened; the inside corner part is decorated and reinforced by an inner arc of the electrophoresis purification aluminum section; the steel structure foundation frame 14 is provided with a 18mm/28mm composite board substrate, and self-leveling/putty leveling is performed; the surface layer is paved with medical PVC wear-resistant plastic floor, and the main box body is provided with a strong and weak current and a quick water supply and drainage interface.

As shown in fig. 4 to 7, the negative dialysis module comprises a negative dialysis module box 1521, a treatment preparation cabinet with basin 27 located at one end of the negative dialysis module box 1521, a bow back chair 16 and an unopened observation window 68 which are sequentially arranged next to the treatment preparation cabinet with basin 27, a plasma air sterilizer 21 located at the other end of the negative dialysis module box 1521, a temporary dirt temporary storage room 57 located below the plasma air sterilizer 21, a delivery window 60 located at the side of the temporary dirt storage room 57, 5 dialysis units located between the unopened observation window 58 and the plasma air sterilizer 21 and arranged in parallel, a top-mounted sliding rail curtain 20 located between adjacent dialysis units, a plurality of openable windows 67, and a plurality of airtight doors 15211 arranged around the negative dialysis module box 1, wherein 5 dialysis units are located in the negative dialysis module box 1521, each dialysis unit comprises a dialysis chair 19 and a dialysis machine 18.

In this embodiment, the openable window 67 has 3 windows, wherein 2 windows 67 are respectively located at two ends of the box 1521 of the negative dialysis module, and the other window 67 corresponds to one of the negative dialysis units.

The negative dialysis module also comprises an air-conditioning outer cabin 71, a strong and weak electric quick connector 72, an oxygen tank storage cabin 73, a water supply and drainage quick connector 74 and a shutter rainproof ventilation door 75 positioned on the back.

As shown in fig. 8, the positive dialysis module comprises a positive dialysis module case 221, a treatment preparation cabinet with basin 27 at one end of the positive dialysis module case 221, a reception table 22, a wheelchair scale 23, a pedal type hand washing cabinet 24, 4 dialysis units arranged in parallel, and a top-mounted sliding rail curtain 20 between adjacent dialysis units, wherein each dialysis unit comprises a dialysis machine 18 and a dialysis chair 19.

The reception desk 22, the wheelchair scale 23 and the pedal type hand washing cabinet 24 are sequentially arranged next to the basin treatment preparation cabinet 27, and 4 positive dialysis units arranged in parallel are positioned between the pedal type hand washing cabinet 24 and the basin treatment preparation cabinet 27.

As shown in fig. 9, the single dialysis module includes a storage cabinet 15 at one end thereof, a plasma air sterilizer 21 at the other end thereof, a chair 16 and a nurse table 17 with a wash basin, which are disposed next to the storage cabinet 15 in this order, and a dialysis unit including a dialysis bed 25 and a dialysis machine 18.

As shown in fig. 10, the double dialysis module is internally provided with 2 dialysis treatment rooms, each dialysis treatment room is provided with 2 dialysis units, each dialysis unit has the same structure as that of the single dialysis module shown in fig. 6, and comprises a dialysis bed 25 and a dialysis machine 18; each dialysis treatment room also comprises a bow-back chair 16, a nurse table 17 with a hand basin and a plasma air sterilizer 21.

As shown in fig. 11, the combined rescue and treatment module is provided with an emergency rescue room 28 and a dialysis treatment room, wherein the emergency rescue room 28 is internally provided with an emergency ambulance 26, a treatment preparation cabinet with basin 27 and a plasma air sterilizer 21; the dialysis treatment room is provided with 3 dialysis units, a plasma air sterilizer 21 and a top-mounted sliding curtain 20 between the adjacent dialysis units, and each dialysis unit comprises a dialysis bed 25 and a dialysis machine 18.

As shown in fig. 12, the sewage treatment module is an integrated sewage treatment system 29; the drainage system is used for flat layer drainage; the sewage import minimum of sewage treatment module is equipped with induction type elevator pump 30, and when waste water was discharged, induction type elevator pump 30 can be opened automatically, and sewage treatment module handles sewage, and the water after the processing can be used to self antiseptic solution preparation water, and the water economy resource, equipment side are provided with the water sample intake, make things convenient for the sampling operation, need not to take a sample at the equipment top. The equipment fan and the sewage lifting pump are designed into two sets of double paths, one is used and the other is standby, so that reliable operation is ensured.

The dirt washing module 31 is provided with 2 washing water tanks and 1 hand washing basin.

The temporary filth storage module 32 is provided with an ultraviolet disinfection lamp, a fly killing lamp, a ventilation fan, a cleaning water tank and a medical trash can.

The integrated sewage treatment system 29, the induction type lift pump 30, the dirt washing module 31 and the dirt temporary storage module 32 are arranged in parallel.

As shown in fig. 13, the reverse osmosis water treatment module includes a salt storage chamber 33, a water machine raw water pump 34, a filtration tank set 35, a reverse osmosis water treatment purification host 36, a side-mounted drainage pipeline 37 and a plasma air sterilizer 21, which are sequentially arranged, wherein the filtration tank set 35 and the reverse osmosis water treatment purification host 36 are both provided with bolts for fixedly mounting the filtration tank set and the host set.

As shown in FIG. 14, the independent water storage module is provided with an 18-24 cubic stainless steel water tank 39, the stainless steel water tank 39 is provided with a pressure-sensitive constant-pressure booster pump 38, the pressure-sensitive constant-pressure booster pump 38 is arranged in a one-use-one-standby mode, the pressure-sensitive constant-pressure booster pump 38 automatically starts to operate when the reverse osmosis water treatment purification main unit 36 starts to operate, and the pressure-boosting pressure-sensitive constant-pressure booster pump 38 automatically stops to operate when the reverse osmosis water treatment purification main unit 36 stops to operate. The stainless steel water tank 39 is provided with a water shortage alarm device, and the water level lower than a set value prompts timely water supplement.

The washing module is disposed next to the independent water storage module, and includes a washing compartment 41 and a raw water inlet 40 between the washing compartment 41 and the stainless steel water tank 39.

As shown in fig. 15, the weak current control module includes an independent power generator set 42, a power electric cabinet 43 for distributing power for all modules and having a two-way power switching device, a voltage-stabilizing electric cabinet 44, a tool cabinet 45, a central cabinet 46 having a network host and a server, a monitoring cabinet 47 having a monitoring host, and a monitoring display 48, which are sequentially arranged.

As shown in FIG. 16, the warehouse module has a warehouse tray 49 and a plurality of warehouse shelves 50, a treatment preparation room 51, a treatment preparation cabinet 27 with basins, and a plurality of plasma air disinfectors 21.

As shown in fig. 17, a duty bed 52, a file cabinet 53, office desks and chairs 54, a wardrobe 55 and a wash basin are arranged in the office module.

The examination receiving module is provided with an examination receiving table and chair 22, a desktop computer, 2 industrial control all-in-one machines, 3 card readers, a wheelchair scale 23, an electronic blood pressure meter and a plasma air sterilizer 21.

As shown in fig. 18, the tertiary protection dialysis module is provided with a cleaning area, a protective clothing wearing area, a primary taking-off area, a secondary taking-off area, a treatment area, a tertiary protection channel 56 and an independent temporary waste temporary storage room 57.

The treatment area is provided with 3 dialysis units, and each dialysis unit comprises a dialysis chair 19, a dialysis machine 18, an independent examination table and chair 22, a wheelchair scale 23, an electronic sphygmomanometer, an emergency ambulance 26, a defibrillator, an electrocardiogram monitor, basic rescue equipment and a plasma air sterilizer 21.

As shown in FIG. 19, the negative pressure dialysis module is provided with a negative pressure tertiary protection channel 62, a treatment area 66, and a separate temporary waste storage compartment 57. Wherein the treatment area 66 is provided with 2 dialysis units, and each dialysis unit comprises a dialysis chair 19, a dialysis machine 18, an independent reception table and chair 22, a wheelchair scale 23, an electronic sphygmomanometer, an emergency ambulance 26, a defibrillator, an electrocardiogram monitor, basic rescue equipment and a plasma air sterilizer 21.

Wherein the buffer area, the first taking-off area, the second taking-off area and the wearing area are provided with an interlocking access control system. The air supply purification system and the air exhaust purification system of the negative pressure module are independent modules, the air supply system is subjected to coarse-effect, medium-effect and sub-high-efficiency three-level filtration, the air exhaust system is designed to exhaust air downwards, the integrated machine is an integrated machine comprising a high-efficiency filtration sterilization purification system, the air supply and exhaust are controlled by an intelligent air pressure stabilizing system, the air pressure of different areas can be set according to requirements and can be kept at a stable pressure, and a pressure difference meter is arranged in a negative pressure room.

The treatment preparation module is provided with a treatment cabinet 27 of a wooden floor cabinet and a wall cabinet, wherein the table surface of the floor cabinet is made of artificial marble and is provided with an embedded pedal water outlet hand washing basin, a plasma air sterilizer 21 and a refrigerator.

As shown in fig. 20, the negative pressure isolation dialysis module comprises a pipeline interlayer 58, a lower exhaust system 59, a delivery window 60, a sewage transfer room 61, a negative pressure three-stage protection channel 62, a negative pressure host 63, a toilet bowl 64 with a safety handrail, a toilet 65, a negative pressure treatment area 66, an openable sealed window 67, an unopened observation window 68, an independent service area 69 and a rescue equipment cabinet 70.

The water supply of the invention mainly uses a pressure induction type constant pressure booster pump 38 to pressurize and supply water, two groups of four water supply pipelines are arranged at the front section of a water tank 39, wherein, one water outlet pipe diameter is 50mm and is used for a reverse osmosis water treatment and purification host 36, purified pure water is used for a dialysis machine, the other water is used for domestic water, two groups of pressure induction type constant pressure booster pumps 38 adopt a one-use one-standby mode, and an electric tracing band can be arranged in winter to solve the problem of freezing prevention.

The drainage pipe fitting adopts a ppr pipe, the inside of the pipe fitting is installed and embedded, a quick loose joint screw port is reserved for convenient and quick connection, an independent wastewater collection tank is designed on part of the tank body, power drainage is adopted, a double-path drainage pump is arranged in the tank body for one use and one spare, in addition, the tank body is provided with a self-flow drainage pipe lower than the internal drainage pipe, normal drainage can be ensured when no power is supplied, and an electric tracing band can be arranged for preventing freezing in winter.

The power distribution access end related by the invention is two paths of municipal power supply and a generator 42, and is provided with a two-path power supply switcher, the power consumption of the module cabin is mainly connected by an industrial quick connector, a stabilized voltage power supply cabinet 44 is arranged in a power distribution room and is specially used for a dialysis machine, two distribution boxes are arranged in a treatment cabin, one municipal power supply is used for office equipment, illumination equipment and the like, and the other stabilized voltage power supply is specially used for the dialysis machine.

The weak current system comprises a weak current central machine room management control network system, a monitoring system and a fire-fighting smoke sensing system, wherein a 5G wireless AP is arranged at the top in a box body, a network interface is arranged in a wall medical equipment belt of a treatment area, and the central machine room can meet the network coverage of all modules through wires or wirelessly.

The invention relates to a negative pressure isolation dialysis module which is provided with a mechanical ventilation system, wherein an air supply system and an air exhaust system are both a purification negative pressure unit 63, air supply and exhaust are controlled by an intelligent air pressure stabilizing system, the pressure is in a descending gradient, air flows to a semi-polluted area and a polluted area in a one-way mode from a clean area, a pressure difference meter is installed on the inner wall of a room, the air supply system is subjected to coarse-effect, medium-effect and sub-high-efficiency three-stage filtration, the air exhaust system is designed for lower air exhaust 59, and the air exhaust is discharged in high altitude after high-efficiency filtration, sterilization and purification.

The invention meets the requirements of three areas and two channels, the module combination is customized according to the requirement and is arranged according to the sensing and control standard, the external water circuits are quickly butted, the channels between the modules use steel structure group brackets, anti-skid cement boards are paved on the brackets, and the top of the channels are provided with rain-proof canvas or color steel plates.

The invention is used as a movable hemodialysis shelter module combination, and a dialysis treatment module is in a 6+ N mode, namely 6 main configuration modules: water treatment module, water storage module, sewage treatment + dirty washing + filth module of keeping in, storage module, strong and weak electric control module, official working + connect and examine module cooperation N group treatment module and use in combination, also can customize functional module according to the user demand, the supporting equipment of factory's modularization integrated into one piece, swift facility.

The airtight door is provided with the double-layer toughened glass observation window, so that the airtight door is convenient to observe and has sound insulation and heat preservation functions.

Thus, it should be appreciated by those skilled in the art that while a number of exemplary embodiments of the invention have been illustrated and described in detail herein, many other variations or modifications consistent with the principles of the invention may be directly determined or derived from the disclosure of the present invention without departing from the spirit and scope of the invention. Accordingly, the scope of the invention should be understood and interpreted to cover all such other variations or modifications.

Claims (16)

1. A mobile hemodialysis combined module comprises a main box body and a mobile hemodialysis module positioned in the main box body; the portable hemodialysis module comprises a negative dialysis module, a positive dialysis module, a single dialysis module, a double dialysis module, a rescue and treatment combined module, an independent water storage module, a reverse osmosis water treatment module, a cleaning module, a sewage treatment module, a temporary sewage storage module, a dirt washing module, a strong and weak electric control module, a storage module, a three-level protection dialysis module and a negative pressure dialysis module.

2. Combined ambulatory hemodialysis module according to claim 1, the main box body comprises a steel structure frame (3) located on the upper portion, an upper corrugated cover plate (1) located on the upper portion and located between the steel structure frame (3), reinforcing ribs (2) located between adjacent steel structure frames (3), container corner hanging pieces (4) located on the side edge of the upper portion, a box body frame (5) located inside, a box body steel column (6) located on the side edge of the inner side edge of the box body, corrugated plates (7) located in the front of the main box body and used as veneers, horizontal reinforcing ribs (8) and vertical reinforcing ribs (9) located inside the box body, a window frame structure frame (10) and airtight doors (11) located inside the box body, a steel structure foundation frame (14) located at the bottom, a plurality of reinforcing horizontal beams (13) connected with the adjacent steel structure foundation frame (14) and box fixing corner pieces (12) located at the end portions below the main box body.

3. The combined portable hemodialysis module of claim 1, wherein the negative dialysis module comprises a negative dialysis module housing (1521), a treatment preparation cabinet with basin (27) located at one end of the negative dialysis module housing (1521), a bow chair (16) and a non-opening observation window (68) located next to the treatment preparation cabinet with basin (27) in sequence, a plasma air sterilizer (21) located at the other end of the negative dialysis module housing (1521), 5 dialysis units located between the non-opening observation window (68) and the plasma air sterilizer (21) and arranged in parallel, a top-mounted slide rail (20) located between adjacent dialysis units, and a multi-leaf openable window (67), wherein, 5 dialysis units are located in the negative dialysis module box (1521), and each dialysis unit comprises a dialysis chair (19) and a dialysis machine (18).

4. The mobile hemodialysis combination module of claim 1, wherein the positive dialysis module comprises a positive dialysis module case (221), a treatment preparation cabinet (27) with a basin located at one end of the positive dialysis module case (221), a reception table (22), a wheelchair scale (23), a foot-operated hand washing cabinet (24), 4 dialysis units arranged in parallel, and a top-mounted sliding rail curtain (20) located between adjacent dialysis units; wherein each dialysis unit comprises a dialysis chair (19) and a dialysis machine (18).

5. A combined mobile hemodialysis module according to claim 1, wherein the single dialysis module comprises a cabinet (15) at one end thereof, a plasma air sterilizer (21) at the other end thereof, a chair (16) with a bow and a nurse table (17) with a washbasin, which are disposed next to the cabinet (15) in sequence, and a dialysis unit comprising a dialysis bed (25) and a dialysis machine (18).

6. The combined portable hemodialysis module of claim 1, wherein the double dialysis module comprises 2 dialysis treatment rooms, each dialysis treatment room comprises 2 dialysis units, each dialysis unit comprises a dialysis bed (25) and a dialysis machine (18); each dialysis treatment room also comprises a bow-back chair (16), a nurse table (17) with a hand basin and a plasma air sterilizer (21).

7. A combined portable hemodialysis module according to claim 1, wherein the combined rescue and therapy module is provided with an emergency rescue room (28) and a dialysis therapy room, the emergency rescue room (28) is provided therein with an emergency ambulance (26), a therapy preparation cabinet with basin (27) and a plasma air sterilizer (21); the dialysis treatment room is provided with 3 dialysis units, a plasma air disinfection machine (21) and a sliding rail curtain (20) arranged at the top between the adjacent dialysis units, and each dialysis unit comprises a dialysis bed (25) and a dialysis machine (18).

8. Combined ambulatory hemodialysis module according to claim 1, characterised in that the sewage treatment module is an integrated sewage treatment system (29); an induction type lifting pump (30) is arranged at the lowest point of a sewage inlet of the sewage treatment module; the dirty washing module (31) is provided with 2 or 1 wash basin in the washing water pool; the temporary dirt storage module (32) is provided with an external disinfection lamp, a fly killing lamp, a ventilation fan, a cleaning water tank and a medical trash can; the integrated sewage treatment system (29), the induction type lift pump (30), the dirt washing module (31) and the dirt temporary storage module (32) are arranged in parallel.

9. The combined portable hemodialysis module of claim 1, wherein the reverse osmosis water treatment module comprises a salt storage chamber (22), a raw water pump (34), a filtration tank set (35), a main reverse osmosis water treatment and purification machine (36), a side-mounted drainage pipeline (37) and a plasma air sterilizer (21) arranged in sequence.

10. Combined mobile hemodialysis module according to claim 1, wherein the independent water storage module is provided with a water tank (39), said water tank (39) having a pressure-sensitive constant pressure booster pump (38).

11. A combined portable hemodialysis module according to claim 10, wherein the clean module is disposed next to the independent water storage module, and comprises a washing room (41) and a raw water inlet (40) between the washing room (41) and the stainless steel water tank (39).

12. A combined mobile hemodialysis module according to claim 1, wherein the weak current control module comprises an independent power generator set (42), a power electric cabinet (43) with a two-way power switching device for distributing power for all modules, a voltage-stabilizing electric cabinet (44), a tool cabinet (45), a central cabinet (46) with a network host and a server, a monitoring cabinet (47) with a monitoring host and a monitoring display (48) which are arranged in sequence.

13. Combined portable hemodialysis module according to claim 1, wherein the warehouse module has a warehouse tray (49) and a plurality of warehouse shelves (50), a treatment preparation room (51), a treatment preparation cabinet with basin (27) and a plurality of plasma air disinfectors (21).

14. A combined mobile hemodialysis module according to claim 1, wherein the tertiary protective dialysis module is provided with a cleaning zone, a protective clothing wearing zone, a primary taking-off zone, a secondary taking-off zone, a treatment zone, a tertiary protective passage (56) and an independent temporary waste buffer (57).

15. Combined portable hemodialysis module according to claim 1, wherein the negative pressure dialysis module is provided with a negative pressure tertiary protection channel (62), a treatment area (66), an independent temporary waste buffer (57); wherein the treatment area (66) is provided with 2 dialysis units, and each dialysis unit comprises a dialysis chair (19), a dialysis machine (18), an independent examination table and chair (22), a wheelchair scale (23), an electronic sphygmomanometer, an emergency ambulance (26), a defibrillator, an electrocardio monitor, a basic rescue device and a plasma air sterilizer (21).

16. The combined mobile hemodialysis module of claim 1, wherein the negative pressure isolation dialysis module comprises a piping interlayer (58), a lower exhaust system (59), a delivery window (60), a waste transfer room (61), a negative pressure three-stage protection channel (62), a negative pressure host (63), a toilet with safety handle (64), a toilet (65), a negative pressure treatment area (66), an openable sealed window (67), a non-openable observation window (68), an independent diagnosis area (69) and a rescue equipment cabinet (70).

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