87results about "Prisons" patented technology

The application discloses a modular steel structure hospital building and an installation method, which comprises hospital room units and connecting units for connecting the hospital room units; the hospital room unit comprises four first side plates and two second side plates; wherein the side edges of the four first side plates are sequentially connected to form a foldable wall body; the two second side plates are hingedly connected to the first side plates at the head end or the tail end; the central parts of the two second side plates are hingedly connected with side supporting plates which are perpendicular to the side edges of the second side plates; the central parts of the first side plates away from the second side plates are hingedly connected with middle supporting plates which are perpendicular to the first side plates; a connecting block is fixedly connected to each vertical corner of the hospital room unit; at least two hospital room units form a single-layer building; the upper and lower ends of the single-layer building are respectively provided with fixing mechanisms matched with the connecting blocks. The building modules are detachably connected, the construction period is shortened, and the building modules can be repeatedly used.

The present application relates to a combined energy dissipation and vibration reduction medical building frame structure system and design, construction and application, comprising: a plurality of longitudinal and transverse intersecting connections to form a plurality of frame grids of transverse beams and longitudinal columns, diagonal direction arranged in the frame grid buckling-restrained brace, and arranged in the frame grid viscous damping component; Wherein the viscous damping component includes an upper and lower connecting piece arranged on the adjacent transverse beam, and the viscous damper parallel to the transverse beam and the two ends are connected with the upper connecting piece and the lower connecting piece. Compared with the prior art, the present application combines the combined energy dissipation and vibration reduction technology scheme of the viscous damper with wall type connection and buckling-restrained brace, greatly improves the seismic performance of the structure, at the same time responds to the requirements of key seismic prevention and building engineering seismic management regulations, ensures that the normal use requirements can be met when the regional seismic protection earthquake occurs, that is, the structure can be used immediately under the medium earthquake, and the seismic toughness of the structure is improved.

System involved with but not limited to an apparatus including a non-permanent, interchangeable, standalone console assembly for the portable provision of power, water, and drainage infrastructure for medical equipment, including, but not limited to various types of dialysis and other medical treatments. Embodiments of the present disclosure also include numerous redundancies designed to allow for continued medical treatment in the event of a failure of one or more utility subsystems.

A method of assembling a mobile structure having a medical scanning device includes locating a first portion of the mobile structure on a ground surface, the first portion of the mobile structure having the medical scanning device mounted therein. The method includes securing the first portion to the ground surface. The method includes positioning a second portion of the mobile structure relative to the first portion such that an open end of the first portion is positioned adjacent to an open end of the second portion. The method includes operating a winch to draw the second portion into abutment with the first portion such that the first portion and the second portion form an enclosed space defined by the first portion and the second portion. The method includes securing the second portion to the ground surface.

The invention discloses an integral assembly type operating room which comprises a bottom groove, an outer groove, a main beam, a wall plate, an inclined ceiling hanging groove, a filling plate hanging groove and an air supply ceiling. The bottom groove is connected with the outer grooves through locking mechanisms, the main beam is connected with all the outer grooves, and the wall plates are prefabricated wall plates and are connected with the outer grooves through connecting pieces. A control panel, a heat preservation cabinet, a heat preservation cabinet, an anesthesia cabinet, an instrument cabinet, a medicine cabinet, a film viewer, a gas terminal box, a digital display screen and a socket are integrated on the inner side of the wall plate, the locking mechanism comprises a pre-tightening assembly and a locking assembly, and the connecting piece comprises a T-shaped sliding block and a movable assembly. In addition, operation is quicker, a foundation is laid for later upgrading and reconstruction, quick hanging connection and position adjustment of the wallboards are achieved through the connecting pieces, and position adjustment can be achieved without disassembling the wallboards. The device is reasonable in structure, convenient to install, convenient for later transformation and suitable for rapid assembly requirements of modern hospital operating rooms.

The utility model belongs to the technical field of medical equipment, and discloses a modular assembly type operating room which comprises an operating room body, an integrated solar panel is arranged at the top of the operating room body, a supporting assembly is connected to the bottom of the integrated solar panel, and the supporting assembly is fixedly installed at the top of the operating room body. A control assembly is installed on the side face of the operating room, the upper end of the control assembly is connected with the supporting assembly, and a door and window located on one side of the control assembly is arranged on the front face of the operating room. The control assembly comprises a fixing sleeve fixedly installed on the operating room, and a piston is connected into the fixing sleeve in a sealed and sleeved mode. According to the utility model, due to the arrangement of the control assembly, under the cooperation of the reel and the like, a user can conveniently adjust the angle of the integrated solar panel, so that the integrated solar panel can emit forward light as far as possible, the conversion efficiency is improved, water drainage and accumulated snow cleaning are facilitated, and the use effect is greatly improved.

The utility model relates to the related technical field of sickrooms, in particular to a modularized sickroom capable of being flexibly partitioned, which comprises a sickroom main wall body and a combination mechanism, and the combination mechanism is arranged on one side of the surface of the sickroom main wall body. According to the modular ward capable of being flexibly partitioned, normal treatment can be assisted by arranging a combined mechanism and connecting an infusion frame through threads, when treatment is needed, a motor is started firstly, a roller shutter is controlled by the motor and can ascend and descend according to needs, the ward space shielding or partitioning function is achieved, meanwhile, the surface of a reel is sleeved with a torsional spring sleeve, and the reel is fixed to the hospital room. When a treatment space needs to be expanded, the roller blind and the infusion support are pushed, the integrated block is driven to slide in the connecting groove, and then the sliding wheels on the two sides are driven to overcome the motion resistance of the damping spring, so that sliding of the corresponding assembly is completed, and meanwhile after the assembly slides in place, the assembly is driven to rotate. The multiple sets of damping balls make contact with the sliding wheels at the same time, and certain stability is provided.

The utility model discloses a medical operating room anti-radiation building structure which comprises a floor, a ceiling and a side wall which form an operating room building structure, the side wall comprises a civil engineering wall and an internal composite isolation layer, the internal composite isolation layer comprises an electrolytic steel plate layer, a calcium carbonate plate layer and a bearing frame, and the electrolytic steel plate layer is attached to the calcium carbonate plate layer. The bearing frame is used for bearing and supporting a composite structure composed of the electrolytic steel plate layer and the calcium carbonate plate layer, and the electrolytic steel plate layer, the calcium carbonate plate layer, the bearing frame and the civil engineering wall are arranged on the side wall from inside to outside. The peripheral boundary of the whole operating room space is contained in an anti-radiation system, and by arranging the combined form of the electrolytic steel plate layer, the calcium carbonate plate layer and the supporting frame, it is guaranteed that the operating room has good radiation shielding performance, and the integrity and durability of a composite structure can be achieved; and the relatively stable position relation of each layer in the use process is ensured.

The utility model relates to the technical field of tent frameworks, and discloses a rapid unfolding framework of an isolation tent for a station, which comprises three top frames, each top frame is composed of two mutually hinged inclined rods, two bottom ends of the three top frames are respectively hinged with a support rod, and the support rods are arranged on the top frames. An unfolding structure used for rapidly unfolding the framework is arranged between the two supporting rods located in the middle. Through the arrangement of the unfolding structure, after a user connects the supporting rods at the bottom ends of the three top frames through the connecting rods, the mounting cylinders in the mounting grooves in the left side are rotated, so that the internal pop-up rods are inserted into the mounting grooves in the right side and are kept horizontal between the two supporting rods, and the two sides of the top frames are unfolded preliminarily. Then the clamping key is pushed, the spring is reset, the pop-up rod pops up, the middle top frame is pushed to be unfolded, and other top frames are driven to be unfolded synchronously through the connecting rod. By means of the structure, the tent framework can be conveniently and rapidly unfolded, the temporary building requirement is met, and the use efficiency is effectively improved.

The invention relates to the technical field of ceiling assembly, and discloses a modular medical purification operating room ceiling rapid assembly structure which comprises an L-shaped hanging bracket, a tube shell is fixed to the bottom of the L-shaped hanging bracket, an inner shell is slidably mounted in the tube shell, and a bolt is rotatably mounted in the tube shell; a keel frame is arranged outside the lower end of the inner shell, and limiting grooves are formed in the two sides, close to the inner shell, of the interior of the keel frame; brackets are arranged on the two sides of the outer portion of the lower end of the keel frame. An inner cavity is formed in the middle of the lower end of the interior of the inner shell, a second reset spring is arranged in the middle of the interior of the inner cavity, and round head limiting pins are arranged at the two ends of the second reset spring correspondingly. The height can be conveniently adjusted through the lifting structure, the positioning accuracy and the assembling efficiency are improved through cooperation of elastic limiting and fixing pieces, and the problems that a traditional structure is inconvenient to adjust, difficult to position and time-consuming are solved.

A mobile imaging unit configured for transport between a first location and a second location, the mobile imaging unit includes a base configured to rest upon a ground surface that is external to the mobile imaging unit, the base extending from the ground surface to a floor of the mobile imaging unit, a plurality of walls extending upward from the base to define an interior of the mobile imaging unit therebetween, the interior of the mobile imaging unit having an imaging room housing an imaging unit, and a control room having a workstation from which the imaging unit is controllable, wherein the plurality of walls includes a movable wall, a track coupled to the base, and a caster coupled to the movable wall and movable with the wall along the track from a stowed position to an installed position to increase a width of the mobile imaging unit.

The invention discloses an F-shaped layout treatment center, which comprises a linear accelerator, a vertical treatment room and two adjacent horizontal treatment rooms, and is characterized in that the treatment rooms are arranged at beam terminals of the linear accelerator, and the beam terminals are in one-to-one correspondence with the treatment rooms; the main body of the linear accelerator and the horizontal treatment room are arranged on the same layer, and the main body of the linear accelerator and the vertical treatment room are arranged on an interlayer; wherein the main body of the linear accelerator and the beam terminals corresponding to the two horizontal treatment rooms are distributed in an F shape. Compared with treatment centers with other layouts in the prior art, the treatment center with the F-shaped layout provided by the embodiment of the invention has the advantages that the number of the treatment rooms is increased through the horizontal treatment rooms and the vertical treatment rooms which are arranged in an interlayer manner, so that the layout in the treatment center is relatively concentrated, and the land utilization rate is high; and meanwhile, installation and maintenance of main equipment, general water, electricity and gas pipelines and trunkings are facilitated.

To provide wards that allow for the creation of facility environments tailored to specific purposes. [Solution] The ward comprises a corridor, patient rooms accessible from the corridor, and a passageway located between the corridor and the patient rooms, connecting the corridor and the patient rooms. The corridor, passageway, and patient rooms are aligned along a first direction. Ward 1 comprises a first alcove located on one side of a second direction intersecting the first direction of the passageway, and a second alcove located on the other side of the second direction of the passageway. Access to and from the patient rooms from the corridor is via the passageway. The wall-center dimensions of the first alcove in the first direction and the wall-center dimensions of the second alcove in the first direction are in the range of 2990 mm to 3010 mm.

This invention discloses a fully automated, flexible, adaptive modular embedded construction method for hospitals, belonging to the field of medical building industrialization technology. It comprises six steps: automated prefabrication of permanent bare building structures, production of flexible, adaptive, unmanned modules, automated transport and positioning, unmanned embedding and connection, unmanned iterative updates, and unmanned quality control throughout the entire process. This invention eliminates human intervention through fully automated machine operation; it utilizes a flexible, adaptive manufacturing plant that can adapt to any new medical technology in the future without rebuilding the production line; finished modules are directly embedded into the bare building structure, eliminating on-site manual assembly; integrated interfaces are plug-and-play; and iterations only require module replacement without damaging the permanent building structure. This invention achieves standardization, flexibility, and sustainability in hospital construction, completely solving the problems of easily obsolete production lines, high update costs, and cumbersome on-site procedures in existing models. This invention relates to a fully automated, flexible, adaptive modular embedded construction method for hospitals. The core of this method lies in the fully automated production of complete medical finished modules in an automated, unmanned intelligent factory. These modules are then transported to the permanent unfinished building via a pre-set underground transportation system. The modules are automatically embedded and connected without human intervention, and can be replaced without damage during iterations. The entire process is unmanned, and the production line can adapt to future medical technology iterations. The permanent unfinished building can be reused, enabling low-cost, high-efficiency, and sustainable construction and upgrading of hospitals.

The utility model discloses a multifunctional phototherapy room, which relates to the technical field of phototherapy rooms, and comprises a shell, an intelligent control panel and a touch control panel, the top of the inner wall of the shell is provided with a Bluetooth music module, the top of the inner surface of the shell is provided with a sounding hole, and one side of the inner surface of the shell is provided with a plurality of infrared lamps. The intelligent control panel comprises a built-in camera and a storage module, the built-in camera and the storage module are both arranged in the intelligent control panel, and the multifunctional medical instrument not only has multiple functions, but also can provide an efficient, comfortable and personalized treatment environment, so that the comfort level of a user in the treatment process is improved, and the treatment effect of the user is improved. And thus, the use experience of the user is improved.

The utility model relates to psychological assistance room technical field discloses a kind of foldable psychological assistance rooms, comprising: load-bearing support;Bottom plate component, outer periphery is connected on load-bearing support via lock catch component, including two or more than the plate body articulated together;First side plate component, lower end is connected on bottom plate component via lock catch component, including four or more than the plate body articulated together;Second side plate component, lower end is connected on bottom plate component via lock catch component, left and right ends are respectively connected with the left and right ends of first side plate component via lock catch component, including four or more than the plate body articulated together, a plate body is equipped with door;Top plate component, outer periphery is connected on first side plate component and second side plate component via lock catch component;Bottom plate component, first side plate component, second side plate component and top plate component form closed space by enclosing.The foldable psychological assistance room can be quickly deployed in hospital building interior, and provide more private comfortable psychological consultation environment for patient.

The invention relates to a campus building structure. The campus building structure comprises a building and a first playground, the building comprises an overhead layer and floors, the overhead layer is arranged on the ground, the floors are arranged above the overhead layer, and hollow spaces are formed in the floors, so that the building is arranged to be an enclosed building. The first playground is arranged on the empty space. The campus building structure has the advantages of being high in space utilization rate and good in applicability.

The application discloses a medical building fabricated wall body mounting method and relates to the technical field of medical buildings. The medical building fabricated wall body mounting method comprises the following steps: building a frame structure, obtaining a hanging frame structure, a wall plate structure and a bottom groove structure according to size data of the frame structure; mounting the hanging frame structure, fixing the hanging frame structure to a floor slab; threading electromechanical equipment through the hanging frame structure and mounting the electromechanical equipment to the floor slab; detecting the flatness of the ground of the frame structure to obtain a judgment result; when the judgment result is flat, mounting the bottom groove structure to the ground; assembling the wall plate structure, the hanging frame structure and the bottom groove structure to obtain a plurality of prefabricated wall bodies; and performing joint treatment between the plurality of prefabricated wall bodies.

The invention provides an emergency operation tent adopting a stress-air blocking split type multi-layer air rib structure, and belongs to emergency medical equipment. The device comprises a bearing shell which is formed by a plurality of multi-layer air ribs, air chambers of the multiple multi-layer air ribs are mutually independent, and the bearing shell is provided with independent inflation and deflation ports; according to the air path system, air chambers of the multiple layers of air ribs are connected with branches through an inflation header pipe, and partitioned inflation and deflation and maintenance are achieved; the multiple layers of air ribs at least comprise an inner layer air blocking layer and an outer layer stress layer wrapping the inner layer air blocking layer, the membrane material of the inner layer air blocking layer is TPU or PE, and the membrane material of the outer layer stress layer is one of nylon yarn woven belts, polyester fibers, aramid fibers, polypropylene fibers and carbon fibers. By the adoption of the stress-air blocking split type double-layer air rib structure, rapid unfolding and folding are achieved through the independent air chambers and the partitioned air paths, on the premise that the requirement for operation-level space rigidity, stability and heat preservation is met, the gram weight of the tent per unit area is remarkably reduced, and rapid unfolding and folding are achieved.

A deployable mobile module configurable to be deployed to remote sites. The deployable mobile module includes an outer housing, a roof panel, the roof panel pivotably coupled to a lower edge of the outer housing; a floor panel, the floor panel pivotably coupled to an upper edge of the outer housing; and two sidewall assemblies, the sidewall assemblies pivotably coupled to a side edge of the outer housing, the sidewall assemblies each including a sidewall housing and a front wall subassembly that includes a door, the front wall subassembly pivotably coupled to a front edge of the sidewall housing. By unfolding the floor panel, roof panel, sidewall housings, and front wall subassemblies, a structure may be deployed. The deployable mobile module may have one or more pieces of equipment and other systems installed thereto such that the structure is ready to operate with minimal additional setup time.

A capsule cabin structure for isolating patients with infectious diseases depends on a special structure of a capsule cabin and environment control and biosafety technologies, not only has multiple advantages of sterility, convenience and the like, but also provides an independent private space for each patient, and enables the capsule cabin to generate center-of-gravity shift and posture deflection through a dynamic control device, so that the capsule cabin can be used for isolating the patients with infectious diseases. When the capsule cabin is in use, the external scenery displayed by the glass retaining wall at the entrance and exit is misplaced, the patient in the capsule cabin forms sensory stimulation changes of periodic gravity center change and landscape misplacement change, and in cooperation with visual stimulation and somatosensory stimulation brought by illumination and temperature and humidity changes, psychological stress caused by the fact that the patient is in an isolated environment for a long time and lacks sensory stimulation is effectively avoided; patient physical and psychological requirements are individually met, and the effect of accelerating patient recovery is achieved. Meanwhile, the occupied area of the capsule cabins is small, the arrangement number in unit area is effectively increased, the utilization rate of medical resources is improved, more patients are benefited, and medical treatment and emergency response pressure is reduced.

The application relates to an aerial delivery medical cabin and relates to the technical field of first aid, which comprises a cabin base, a bottom plate slidingly arranged at two ends of the cabin base, a side plate connected to the bottom plate, a top plate hingedly connected to the side plate, and a parachute arranged on the top plate. The ends of the top plates away from the side plates are mutually magnetically attracted and abutted. The top plates are covered on the bottom plate and the cabin base after mutual abutment. The parachute is connected to the hinged positions of the top plate and the side plate. Opposite side walls of the top plate after unfolding are provided with unfolding cloths which are also connected to the side walls of the two opposite side plates. The unfolding cloths form a medical space for medical treatment after unfolding. The cabin base, the side plate and the top plate are all provided with buffer bags. The application shortens the transportation time of the medical cabin by arranging the aerial delivery medical cabin. The unfolding cloths are opened when the bottom plate and the top plate are away from each other, the medical cabin is quickly built, the speed of rescuing the victims is further accelerated, and the application has the advantage of shortening the rescue time after disasters.

The utility model relates to the technical field of oxygen cabins, in particular to a plateau oxygen cabin physiotherapy system capable of intelligently adjusting pressure, increasing oxygen and humidifying in a mute mode, solves the problem that a tent cannot be rapidly inflated when used on a plateau, and comprises an oxygen cabin and an oxygen increasing and inflating assembly. The oxygen cabin comprises a fixing frame, a sliding rod, a sliding frame, a first floor, a second floor and a third floor, air flow can be accelerated through a Tesla valve air channel, the inflation pipe is rapidly filled with air, the inflation pipe is rapidly expanded, then the cabin wall is rapidly expanded, the whole oxygen cabin is rapidly unfolded, and the oxygen cabin is convenient to use. After use, the sliding frame and the sliding rod can be inserted back to the fixing frame, the oxygen cabin is more portable, the oxygen content in the oxygen cabin can be intelligently adjusted, and altitude stress caused by oxygen deficit during sleeping and resting is avoided.

The utility model relates to the technical field of building trusses, and discloses a teaching building staggered truss capable of improving anti-seismic stability, which comprises a truss structure, a cross beam is fixedly mounted on the right side of the truss structure, and an oblique beam used for connecting the truss structure is movably mounted on the upper end face of the cross beam. The left end and the right end of the oblique beam are connected with the truss structure and the cross beam through two mounting plates respectively, the two ends of each mounting plate are fixedly sleeved with limiting plates located on the outer side of the oblique beam, and the mounting plates at the left end and the right end are connected with the truss structure and the cross beam through a plurality of fastening bolts respectively. The inclined beam, the fastening bolts, the protective plugs, the truss structure and the cross beam are matched, the problem that the fastening bolts rust after being exposed is effectively solved through the arrangement of the protective plugs, the fastening bolts are protected in the mode that the sealing plugs are installed on the outer sides of the fastening bolts, and therefore the service life of the fastening bolts is prolonged.

The utility model provides an energy-saving detachable modularized school house building unit, which relates to the technical field of modularized buildings, and comprises a connecting module, an extrusion top plate for fastening is arranged in the connecting module, one end of the extrusion top plate is provided with a wedge block for pushing the extrusion top plate, and the other end of the extrusion top plate is provided with a wedge block for pushing the wedge block. And a high-strength screw seat for fixing the wedge-shaped block is arranged at one end of the wedge-shaped block. The connecting module has the advantages that the connecting module is arranged between the modularized building modules for building the school house to connect the modularized building modules, and the wedge-shaped block is arranged in the connecting module to extrude the extrusion top plate, so that the pressure between the building modules and the connecting module is enhanced, and the connecting stability is improved; the wedge-shaped block is arranged in the connecting module, the high-strength screw base connected through high-strength threads is arranged at one end of the connecting module to extrude the wedge-shaped block, the wedge-shaped block is extruded and locked through a cone structure in the high-strength screw base, fast disassembly and assembly can be achieved through disassembly and assembly of the high-strength screw base during disassembly and assembly, and disassembly and assembly convenience is improved.

The utility model relates to the technical field of windproof fixing devices, and discloses a windproof fixing device of an isolation tent for a station, the windproof fixing device comprises a base, a plurality of positioning rods and ground nails, the plurality of positioning rods are integrally connected outside the bottom end of the base, the positioning rods and the bottom of the base are fixedly connected with resistance plates, and the resistance plates are fixedly connected with the ground nails. An inclined inserting hole and a straight inserting hole are formed in the top of the positioning rod in a penetrating mode, the inclined inserting hole is formed in the tail end of the positioning rod, the resistance plates are dispersed around the bottoms of the inclined inserting hole and the straight inserting hole, the ground nails are obliquely inserted into the inclined inserting hole, and a sand bag is arranged on one side of the base. The base and the resistance plate at the bottom of the positioning rod are stressed to be embedded into soil, the wind resistance and pulling resistance of the tent are improved by increasing the contact area and friction force with the soil, then the ground nails are obliquely inserted into the inclined insertion holes of the positioning rod, the ground nails have better ground holding performance, and the position of the base is fixed.

The application discloses a design method of quick conversion of a general ward into an intensive care unit, and comprises the following steps: step 1, collecting design-related information of the general ward, and performing medical gas pipeline design; step 2, reserving medical gas pipelines required by the intensive care unit based on the medical gas pipeline design; step 3, reserving water drainage points based on the design-related information of the general ward; step 4, reserving weak current pipelines; step 5, setting a quick disassembly area based on the structure of the general ward, and setting wallboards at the quick disassembly area into a quick disassembly structure; and step 6, reserving structural loads. The design method can maximize the flexible use requirement of medical buildings, quickly realize the function conversion between the general ward and the intensive care unit, and make the social construction have more flexible and advanced medical building functions.

The utility model belongs to the technical field of field medical equipment, and particularly relates to a cabin and tent combined intensive care expansion square cabin which comprises a square cabin body, an air wall tent, guarantee equipment and medical equipment. The intensive care expansion shelter adopts a shelter and tent combined mode, can be unfolded and folded without carrying support equipment by personnel, and has oxygen and electric power self-support capability; an electric push rod driving and inflation starting mode is adopted, so that physical output of operators is saved; a brand-new air wall tent structural form and inflatable wiredrawing cloth are adopted, TPU composite materials are sprayed on the inner surface and the outer surface, and the tent has the advantages of being light in weight, smooth in surface, good in air tightness, high in heat insulation and sound insulation capacity, environmentally friendly and easy to clean. The defects that an existing intensive care tent is insufficient in self-guarantee capacity, physical output of operators is large, and an inner tent body of the tent is not suitable for cleaning are overcome.

The utility model discloses a medical assembly type mobile house, and relates to the technical field of mobile houses. The medical assembly type mobile house comprises a house body, a photovoltaic panel and a driving structure, a house top cover is fixedly installed on the top of the house body, glass is fixedly installed on the house body, a house door is installed on the house body in a hinged mode, a supporting plate is fixedly installed at the bottom of the house body, and the photovoltaic panel is arranged on the house top cover. The two sets of photovoltaic panels are distributed front and back, and the driving structure is arranged on the house roof and the two sets of photovoltaic panels. The medical assembly type mobile house can be used for various medical scenes such as temporary medical assistance stations and remote medical service centers, meanwhile, good performance and appearance can be kept in various severe environments, and the medical assembly type mobile house also has convenient transportation and movement capacity and is convenient to use. And the mobile house can be quickly deployed to a required place in a way of road trailer transportation or helicopter hoisting and the like, so that the practicability of the mobile house is improved.