CN112144928A

CN112144928A - Assembled ward

Info

Publication number: CN112144928A
Application number: CN202010831605.0A
Authority: CN
Inventors: 陈强
Original assignee: Hangzhou Longhao Engineering Consulting Co ltd
Priority date: 2020-08-18
Filing date: 2020-08-18
Publication date: 2020-12-29
Anticipated expiration: 2040-08-18
Also published as: CN112144928B

Abstract

The invention discloses an assembled ward, which structurally comprises a ward main body, wherein a corridor is fixedly arranged on one side of the ward main body, a ward ceiling is fixedly arranged on the top of the ward main body, a corridor ceiling is fixedly arranged on the top of the corridor, ward components for realizing isolation treatment aiming at patients are arranged on the ward main body and the corridor, power disinfection components for disinfecting the ward and providing power for equipment are arranged in the ward ceiling and the corridor ceiling, the isolation among all areas is realized by arranging components such as sliding doors, the control and locking of the isolation doors of all areas during opening and closing are realized by clamping components, so that the ward areas are not communicated with each other, when the ward area on one side is communicated with a public area, the ward area on the other side is kept isolated, when the public area is only used, the components related to the isolation door of the public area can be independently opened and closed, and the doors of all areas can be synchronously disinfected when opened, finally, the effect of temporarily isolating a plurality of independent ward areas and public areas from the ordinary large ward is achieved.

Description

Assembled ward

Technical Field

The invention belongs to the technical field of assembly type buildings, and particularly relates to an assembly type ward.

Background

The disadvantage of the prior art is that when the sudden strong infectious diseases are faced, isolation wards are needed to be used in large quantity, and under the ordinary condition, the excessive isolation wards are arranged in a hospital to easily cause resource waste, so that an assembly type ward capable of being built quickly is needed, the ward can be transformed into a ward with an isolation function on the basis of an ordinary ward, the single ordinary ward is divided into a plurality of isolation areas and a public area, and the isolation areas can be isolated relatively from each other and do not influence each other. For this reason, long-term research has been conducted and various solutions have been proposed.

For example, the chinese patent document discloses a general ward unit [ application No.: 201520912617.0], include the utility model provides a general ward unit, include two wards and be located the link module that is used for separating two wards between two wards, the ward entry is close to link module, the ward includes the sick bed and supplies the nursing staff to observe in the ward outward the observation window of sick bed, the sick bed set up in keeping away from link module's one side, the observation window is kept away from link module and with the ward entry sets up on same wall. The utility model provides a general ward unit has solved among the prior art problem that ward unit space utilization is low, be unfavorable for nursing staff to monitor patient, the air conditioner comfort level is low and facility is not enough in the ward.

Above-mentioned scheme has only realized reforming transform the effect of single ordinary ward for single isolation ward, fails to realize dividing single ordinary big ward into a plurality of isolation ward and public region, fails to realize the isolation between each region through setting up gliding door and relevant subassembly such as wall, fails to realize the control and the locking of each regional isolation door through various dress card subassemblies, has reduced work efficiency.

Disclosure of Invention

The invention aims to solve the problems and provides equipment for dividing a single general ward into a plurality of isolated ward areas and public areas, realizing isolation among the areas by arranging components such as sliding doors, walls and the like, and realizing control and locking of the isolated doors or walls of the areas when the isolated doors or the walls are opened and closed by various clamping components, so that the ward areas are not communicated with each other, and when one ward area is communicated with the public area, the other ward area is kept isolated, when the equipment is only suitable for the public area, the components related to the isolated doors and the walls of the public area can be independently opened and closed, and when the doors of the areas are opened and closed, the disinfection can be synchronously carried out.

The invention is realized by the following technical scheme: the assembled ward comprises a ward main body, wherein a corridor is fixedly arranged on one side of the ward main body, a ward ceiling is fixedly arranged on the top of the ward main body, a corridor ceiling is fixedly arranged on the top of the corridor, ward components for realizing isolation treatment of patients are arranged on the ward main body and the corridor, and power disinfection components for disinfecting the ward and providing power for equipment are arranged in the ward ceiling and the corridor ceiling.

In a further technical scheme, the ward component comprises a public area arranged in the ward main body, symmetrical public area isolation walls are fixedly arranged on two sides of the public area, symmetrical disease isolation areas are arranged on two sides of the public area, two sides of the isolation ward are respectively provided with symmetrical ward isolation walls, a double-layer sliding door slot is arranged between the adjacent public area isolation wall and the ward isolation wall, a single-layer sliding door slot is arranged between the ward isolation wall close to the two sides of the ward main body and the ward main body, a ward isolation door assembly for sealing the ward isolation space is arranged between the single-layer sliding door groove and the double-layer sliding door groove, a common area isolation component used for sealing the common area space is arranged between the double-layer sliding door slots, therefore, the ward area is isolated through the linkage effect of the ward isolation door assembly and the public area isolation assembly.

Further technical scheme, the door subassembly is kept apart in ward including set up in keep apart the ward isolation door in the ward outside, ward isolation door both sides set firmly the ward isolation door frame of symmetry, the ward is provided with the sideslip door that runs through on keeping apart the door frame and runs through the chamber, the sideslip door runs through the intracavity and slides and be provided with ward sideslip door, the ward isolation door is close to public domain one side has set firmly ward door linkage lug, the ward isolation door is close to public domain one side array is provided with a plurality of linkage lockholes, the ward isolation door is kept away from corridor one side is provided with linkage locking subassembly, thereby passes through ward sideslip door is in the sideslip door runs through the slip realization personnel's of intracavity pass through, realizes the linkage of door subassembly and public domain isolation door subassembly through linkage locking subassembly.

The technical scheme is further that the linkage locking assembly comprises a locking sliding cavity arranged on one side, close to the public area, of the ward isolation door, a plurality of locking block limiting sliding rods are fixedly arranged in the locking sliding cavity, trapezoidal locking blocks are arranged on the locking block limiting sliding rods in a sliding mode, a plurality of penetrating sliding holes are formed in the trapezoidal locking blocks, the sliding holes are in sliding fit with the locking block limiting sliding rods, a plurality of locking rods are fixedly arranged on one side of each trapezoidal locking block, the locking rods are in sliding fit with the linkage locking holes, a plurality of locking block thrust springs are arranged on one sides, far away from the locking rods, of the sliding holes, the locking block thrust springs are in elastic thrust fit with the trapezoidal locking blocks, an unlocking cavity is arranged on one side, close to the ward isolation door, of the ward isolation wall, an unlocking inclined plane is fixedly arranged in the unlocking cavity, and the unlocking inclined plane is in abutting fit with the, therefore, the clamping matching of the ward isolation door assembly and the public area isolation door assembly is realized through the thrust of the lock block thrust spring, the linkage of the ward isolation door assembly and the public area isolation door assembly is realized, and the unlocking of the ward isolation door assembly and the public area isolation door assembly is realized through the abutting matching between the trapezoidal lock block and the unlocking inclined plane.

Further technical scheme, public regional isolation door subassembly including set up in public region is close to the public regional door of corridor one side, public regional door both ends set firmly the public district isolation door frame of symmetry, public district isolation door frame up end is provided with spout on the public door, be provided with the public district sliding door chamber that runs through in the public district isolation door frame, public district sliding door intracavity slides and is provided with public district sliding door, both sides public district isolation door frame outside symmetry is provided with the linkage spout, ward door linkage lug with linkage spout notch cooperation, linkage spout below array is provided with a plurality of linkage jacks, the linkage jack with locking lever dress card cooperation, public regional door with be provided with on the ward isolation door and be used for realizing the activity dress card subassembly of dress card in order to obtain power, thereby through the linkage jack with the dress card cooperation realization of locking lever public regional door with ward door The linkage of isolation gate is closed, through the linkage spout with the notch cooperation of ward door linkage lug is realized public regional door with the linkage of ward isolation gate is opened.

Further technical scheme, activity dress card subassembly including the symmetry set up in the dress card chamber of public regional door top, a plurality of dress card gag lever posts have set firmly in the dress card intracavity, it is provided with dress card slider to slide on the dress card gag lever post, dress card slider one side has set firmly the sloping piece, be provided with the dress card sliding chamber that runs through on the dress card slider, sloping piece one side elasticity promotes and is provided with dress card spring, public regional division wall with the ward division wall is close to corridor one side has set firmly three hornblocks of a plurality of unblocks, three hornblocks of unblocks with the cooperation that offsets of sloping piece, three hornblocks of unblocks with dress card sliding chamber sliding fit, thereby pass through dress card spring promotes dress card slider's slip realizes dress card, through three hornblocks of unblocks with the counterbalance slip realization unblock dress card of sloping piece.

A further technical scheme is that the power disinfection component comprises a plurality of power screw cavities communicated with the lower end faces of the ward ceiling and the corridor ceiling, a plurality of rotating power screws are arranged in the power screw cavities in a power connection mode, the power screws are provided with a plurality of sliding disinfection blocks in a sliding mode, the sliding disinfection blocks are in threaded fit with the power screws, a plurality of disinfection sprayers are arranged on the sliding disinfection blocks in an array mode, one side, far away from the disinfection sprayers, of each sliding disinfection block is matched with the ward isolation door and the public area door in an abutting mode, a plurality of communicated sliding door tracks are fixedly arranged on the lower end faces of the ward ceiling and the corridor ceiling, the sliding door tracks are respectively in sliding fit with the upper chute of the ward door and the upper chute of the public door, and the sliding disinfection blocks move in the space of the ward isolation area and the public area, the disinfection sprayer is characterized in that symmetrical clamping hook blocks are fixedly arranged at two ends of the disinfection sprayer, clamping grooves are formed in the clamping hook blocks, the clamping grooves are matched with the clamping slide blocks in a clamping mode, so that the power screw rod rotates to drive the sliding disinfection blocks to move in a translation mode, the sliding disinfection blocks are utilized to be matched with the ward isolation door and the public area door in a propping mode, and the clamping grooves are matched with the clamping slide blocks in a clamping mode to drive the ward isolation door and the public area door to open and close.

The invention has the beneficial effects that: the realization divides into a plurality of isolation ward and public area with single ordinary big ward, realize the isolation between each area through setting up components such as gliding door and wall, and realize control and locking when opening and shutting of isolation door or wall in each area through various dress card components, make the ward mutual nonconnection, and when one side ward communicates with public area, the opposite side ward keeps keeping apart, when only using public area, public area's isolation door, the relevant subassembly of wall can independently open and shut, and can disinfect in step when each regional door is opened and shut, the effect of a plurality of individual ward and public area is kept apart to final realization with ordinary big ward temporarily.

The above-mentioned advantages are particularly manifested in that,

1. keep apart into a plurality of regions through setting up public regional division wall, ward division wall as the division wall with the ward, set up in each relevant wall body monolayer sliding door groove with double-deck sliding door groove to the setting includes gliding division wall, door etc. including ward division door, ward isolation door frame, ward sideslip door, public regional door, public district isolation door frame, public district sliding door, through controlling the isolation between each region of opening and shutting of above-mentioned door, wall subassembly.

2. The equipment sets up subassembly such as power screw rod, slip disinfection piece realize the slip of disinfection atomizer dress trip piece, dress card slot with on the dress card complex basis of dress card slider, realized through including the removal of the relevant subassembly of disinfection including dress trip piece drives opening and shutting of each regional door for each region can carry out synchronous disinfection when using, and when each regional door was closed, through the three hornblocks of unblock with the cooperation of dress card sliding chamber, bevel block makes dress trip piece, dress card slot with dress card slider throw off dress card, the disinfection atomizer can follow again the disinfection is realized in regional inside to the slip disinfection piece.

3. Through locking piece thrust spring, public district sliding door, locking lever with the dress card cooperation of linkage jack is realized public regional door and one side the dress card of ward insulated door makes in one side when ward insulated door opens, public region the public regional door is opened in step, but the opposite side ward insulated door can not open, has avoided through public regional intercommunication between the ward, has played the isolation effect, and passes through trapezoidal locking piece with the cooperation in unblock chamber makes the ward insulated door cancel after closing with public region the dress card of public region door makes public region not influenced can freely open and shut.

4. Through setting up ward sideslip door with public area sliding door has played the effect of multiple isolation, has avoided both sides ward direct intercommunication when ward isolation door opens simultaneously, the isolation of the ward of being convenient for.

Drawings

FIG. 1 is a schematic diagram of the apparatus of the present invention;

FIG. 2 is a schematic view of the internal structure of the present invention;

FIG. 3 is a rear view of the ward isolation door assembly of the present invention;

FIG. 4 is a front view of the ward isolation door assembly of the present invention;

FIG. 5 is a schematic illustration of the position of the linkage locking assembly of the present invention;

FIG. 6 is a schematic structural view of the linkage locking assembly of the present invention;

FIG. 7 is a schematic structural view of a common area isolation door assembly of the present invention;

FIG. 8 is a schematic structural view of a removable chucking assembly of the present invention;

FIG. 9 is a schematic view of the construction of the powered sterilization assembly of the present invention;

FIG. 10 is a schematic view of the power sterilization assembly of the present invention in position;

in the figure, a ward main body 100, a corridor 101, a ward ceiling 102, a corridor ceiling 103, a public area 104, a public area isolation wall 105, an isolated ward 106, a ward isolation wall 107, a double-layer sliding door slot 108, a single-layer sliding door slot 109, a ward isolation door 110, a ward isolation door frame 111, a side sliding door through cavity 112, a ward side sliding door 113, a ward door upper sliding groove 114, a ward door linkage lug 115, a linkage locking hole 116, a locking sliding cavity 117, a locking block limit sliding rod 118, a trapezoidal locking block 119, a sliding hole 120, a locking rod 121, a locking block thrust spring 122, an unlocking cavity 123, an unlocking inclined plane 124, a public area door 125, a public area isolation door frame 126, a public door upper sliding groove 127, a public area sliding door cavity 128, a public area sliding door 129, a linkage sliding groove 130, a linkage jack 131, a clamping cavity 132, a clamping limit rod 133, a clamping slide block 134, a clamping slide cavity 135, a clamping slide cavity 136, a clamping spring 137, a clamping, Unlocking triangle block 138, power screw cavity 139, power screw 140, sliding disinfection block 141, disinfection sprayer 142, sliding door track 143, clamping hook block 144, clamping groove 145, ward component 200 and power disinfection component 201.

Detailed Description

As shown in fig. 1 to 10, the present invention will be explained in detail, and for convenience of description, the following orientations will be defined as follows: the up-down, left-right and front-back direction is consistent with the up-down, left-right and front-back direction of the projection relation of the ward body 100 in the figure 1, the assembled ward comprises a ward body 100, a corridor 101 is fixedly arranged on one side of the ward body 100, a ward ceiling 102 is fixedly arranged on the top of the ward body 100, a corridor ceiling 103 is fixedly arranged on the top of the corridor 101, ward assemblies 200 for realizing isolation treatment aiming at patients are arranged on the ward body 100 and the corridor 101, and power disinfection assemblies 201 for disinfecting the ward and providing power for equipment are arranged in the ward ceiling 102 and the corridor ceiling 103.

Beneficially, wherein the ward component 200 comprises a public area 104 arranged in the ward main body 100, symmetrical public area isolation walls 105 are fixedly arranged at two sides of the public area 104, symmetrical ward isolation walls 106 are arranged at two sides of the public area 104, symmetrical ward isolation walls 107 are respectively arranged at two sides of the ward isolation walls 106, a double-layer sliding door groove 108 is arranged between the adjacent public area isolation walls 105 and the ward isolation walls 107, a single-layer sliding door groove 109 is arranged between the ward isolation walls 107 close to the two sides of the ward main body 100 and the ward main body 100, a ward isolation door component for sealing the space of the ward 106 is arranged between the single-layer sliding door groove 109 and the double-layer sliding door groove 108, and a public area isolation component for sealing the space of the public area 104 is arranged between the double-layer sliding door grooves 108, thereby keep apart the regional isolation in ward through the linkage effect of ward isolation door subassembly and public regional isolation components.

Beneficially, wherein, the door subassembly is kept apart to ward is including setting up in keeping apart ward isolation door 110 outside ward 106, ward isolation door 110 both sides set firmly symmetrical ward isolation door frame 111, be provided with the sideslip door that runs through on ward isolation door frame 111 and run through chamber 112, the sideslip door runs through and slides in the chamber 112 and is provided with ward sideslip door 113, ward isolation door 110 is close to public area 104 one side and sets firmly ward door linkage lug 115, ward isolation door 110 is close to public area 104 one side array and is provided with a plurality of linkage lockholes 116, ward isolation door 110 is far away from corridor 101 one side and is provided with the linkage locking subassembly, thereby pass through the slip realization personnel's of ward sideslip door 113 in sideslip door running through chamber 112, realize the linkage of ward isolation door subassembly and public area isolation door subassembly through the linkage.

Beneficially, the linkage locking assembly includes a locking sliding cavity 117 disposed on one side of the ward isolation door 110 close to the public area 104, a plurality of locking block limiting sliding rods 118 are fixedly disposed in the locking sliding cavity 117, a trapezoidal locking block 119 is slidably disposed on the locking block limiting sliding rods 118, a plurality of through sliding holes 120 are disposed on the trapezoidal locking block 119, the sliding holes 120 are in sliding fit with the locking block limiting sliding rods 118, a plurality of locking rods 121 are fixedly disposed on one side of the trapezoidal locking block 119, the locking rods 121 are in sliding fit with the linkage locking holes 116, a plurality of locking block thrust springs 122 are disposed on one side of the sliding holes 120 away from the locking rods 121, the locking block thrust springs 122 are in elastic thrust fit with the trapezoidal locking block 119, an unlocking cavity 123 is disposed on one side of the ward isolation wall 107 close to the ward isolation door 110, an unlocking inclined plane 124 is fixedly disposed in the unlocking cavity 123, the unlocking inclined plane 124 is in abutting fit with the trapezoidal locking block inclined plane 119, so that the door assembly of the ward isolation door assembly and, the linkage of the two is realized, and the unlocking of the two is realized through the abutting fit between the trapezoidal locking block 119 and the inclined surface of the unlocking inclined surface 124.

Beneficially, the public area isolation door assembly comprises a public area door 125 arranged on one side of the public area 104 close to the corridor 101, two ends of the public area door 125 are fixedly provided with symmetrical public area isolation door frames 126, the upper end face of each public area isolation door frame 126 is provided with a public door upper sliding chute 127, a through public area sliding door cavity 128 is arranged in each public area isolation door frame 126, a public area sliding door 129 is arranged in each public area sliding door cavity 128 in a sliding manner, linkage sliding chutes 130 are symmetrically arranged on the outer sides of the public area isolation door frames 126 on two sides, the linkage lugs 115 of the ward area door are matched with the notches of the linkage sliding chutes 130, a plurality of linkage jacks 131 are arranged in an array below the linkage sliding chutes 130, the linkage jacks 131 are in clamping fit with the locking rods 121, movable clamping assemblies for realizing clamping to obtain power are arranged on the public area door 125 and the ward area isolation door 110, so that the linkage closing of the public area door 125 and the ward area isolation door 110 is realized through the clamping, the linkage opening of the public area door 125 and the ward isolation door 110 is realized by the cooperation of the linkage sliding groove 130 and the notch of the ward door linkage convex block 115.

Beneficially, the movable clamping assembly comprises clamping cavities 132 symmetrically arranged above the public area door 125, a plurality of clamping limiting rods 133 are fixedly arranged in the clamping cavities 132, clamping sliders 134 are slidably arranged on the clamping limiting rods 133, inclined blocks 136 are fixedly arranged on one sides of the clamping sliders 134, penetrating clamping sliding cavities 135 are formed in the clamping sliders 134, clamping springs 137 are elastically pushed on one sides of the inclined blocks 136, a plurality of unlocking triangular blocks 138 are fixedly arranged on the sides, close to the corridor 101, of the public area partition wall 105 and the ward partition wall 107, the unlocking triangular blocks 138 are in abutting fit with the inclined blocks 136, the unlocking triangular blocks 138 are in sliding fit with the clamping sliding cavities 135, clamping is achieved by pushing the clamping springs 137 to push the clamping sliders 134 to slide, and unlocking and clamping are achieved by abutting sliding of the unlocking triangular blocks 138 and the inclined blocks 136.

Advantageously, the power disinfection component 201 comprises a plurality of power screw cavities 139 which are communicated with the lower end surfaces of the ward ceiling 102 and the corridor ceiling 103, a plurality of rotating power screws 140 are arranged in the power screw cavities 139 in a power connection mode, the power screws 140 are provided, a plurality of sliding disinfection blocks 141 are arranged in the power screw cavities 139 in a sliding mode, the sliding disinfection blocks 141 are in threaded fit with the power screws 140, a plurality of disinfection sprayers 142 are arranged on the sliding disinfection blocks 141 in an array mode, one sides of the sliding disinfection blocks 141, far away from the disinfection sprayers 142, are in abutting fit with the ward isolation door 110 and the public area door 125, a plurality of communicated sliding door rails 143 are fixedly arranged on the lower end surfaces of the ward ceiling 102 and the corridor ceiling 103, the sliding door rails 143 are respectively in sliding fit with the ward door upper chutes 114 and the public door upper chutes 127, and the sliding disinfection blocks 141 move in the spaces of the ward, the disinfection sprayer 142 is characterized in that symmetrical clamping hook blocks 144 are fixedly arranged at two ends of the disinfection sprayer 142, a clamping groove 145 is formed in the clamping hook blocks 144, the clamping groove 145 is matched with the clamping slide block 134 in a clamping mode, the sliding disinfection block 141 is driven to move in a translation mode through rotation of the power screw 140, and the clamping groove 145 is matched with the clamping slide block 134 in a propping mode to drive the ward isolation door 110 and the public area door 125 to open and close.

In the initial state, the devices, the components and the structure are in the stop working state, each door is in the closed state, the clamping spring 137 is compressed due to the propping of the unlocking triangular block 138 and the inclined block 136, the clamping slide block 134 and the clamping groove 145 are not clamped, the unlocking inclined plane 124 is matched with the propping of the inclined plane of the trapezoidal lock block 119, the lock block thrust spring 122 is compressed, the trapezoidal lock block 119 drives the locking rod 121 to slide, so that the locking rod 121 and the linkage jack 131 are not clamped, and each component does not work.

When the device works, when the device needs to enter the isolation ward 106 at two sides, the power screw 140 at the corresponding position is started to rotate, the corresponding sliding disinfection block 141 is driven to slide along the power screw cavity 139, so that one side of the sliding disinfection block 141, which is close to the clamping hook block 144, is abutted against the ward isolation door 110 and pushes the ward isolation door 110 to slide, when the ward isolation door 110 slides, the ward isolation door 110 is matched with the chute of the linkage chute 130 through the ward door linkage lug 115, so that the ward isolation door 110 and the public area door 125 are synchronously pushed out, when the sliding disinfection block 141 is abutted against and synchronously moved with the ward isolation door 110, the unlocking triangular block 138 is pushed by the clamping spring 137, so that the clamping slide block 134 and the clamping groove 145 complete clamping, when the public area door 125 synchronously slides out with the ward isolation door 110, the trapezoidal lock block 119 is pushed out by the spring thrust of the lock block thrust spring 122, the locking rod 121 and the linkage jack 131 complete clamping, the clamping matching of the public area door 125 and the ward isolation door 110 is realized, meanwhile, the disinfection sprayer 142 on the sliding disinfection block 141 is started, the disinfection when the door is opened is realized, and people pass through different areas by pushing the ward side sliding door 113 and the public area sliding door 129 to slide.

When the door is closed, the corresponding power screw 140 is reversely rotated to match the clamping slide block 134 with the clamping groove 145, so that the sliding disinfection block 141 slides inwards and the corresponding ward isolation door 110 is driven to be closed, meanwhile, the locking rod 121 is matched with the linkage jack 131 for clamping, so that the synchronous closing of the adjacent public area doors 125 is driven when the ward isolation door 110 is closed, and after the ward isolation door 110 and the public area doors 125 are completely closed, the clamping components are restored to the initial state and are separated from each other, so that the ward isolation door 110 on one side is prevented from driving the ward isolation door 110 on the other side to open and slide through the public area door 125 due to the abutting fit of the public area sliding door cavity 128 and the inclined plane block 136 and the abutting fit of the unlocking inclined plane 124 and the trapezoidal locking block 119.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.

Although the ward body, corridor, ward ceiling, corridor ceiling, public area partition, isolation ward, ward partition, double-layer sliding door slot, single-layer sliding door slot, ward partition door frame, side sliding door through cavity, ward side sliding door, ward door upper sliding groove, ward door linkage projection, linkage lock hole, locking sliding cavity, lock block limit sliding rod, trapezoidal lock block, sliding hole, lock rod, lock block thrust spring, unlocking cavity, unlocking bevel, public area door, public area partition door frame, public area upper sliding groove, public area sliding door cavity, public area sliding door, linkage sliding groove, linkage jack, card loading cavity, card loading limit rod, card loading sliding block, card loading sliding cavity, bevel block, card loading spring, unlocking triangular block, power screw rod cavity, power screw rod, sliding disinfection block, disinfection sprayer, and other parts, Sliding door track, mounting hook block, mounting groove, ward component, power disinfection component, etc., but does not exclude the possibility of using other terms. These terms are used merely to more conveniently describe and explain the nature of the present invention and they are to be interpreted as any additional limitation which is not in accordance with the spirit of the present invention.

Claims

1. The utility model provides an assembled ward, its characterized in that includes ward main part (100), ward main part (100) one side has set firmly corridor (101), ward main part (100) top has set firmly ward ceiling (102), corridor (101) top has set firmly corridor ceiling (103), ward main part (100) with be provided with on corridor (101) and be used for realizing ward subassembly (200) to patient isolation treatment, ward ceiling (102) with be provided with in corridor ceiling (103) and be used for disinfecting and provide power disinfection subassembly (201) for equipment to the ward.

2. The assembled ward according to claim 1, wherein the ward component (200) comprises a public area (104) arranged in the ward main body (100), symmetrical public area partition walls (105) are fixedly arranged on two sides of the public area (104), symmetrical ward partition walls (106) are arranged on two sides of the public area (104), symmetrical ward partition walls (107) are respectively arranged on two sides of the ward partition wall (106), double-layer sliding door slots (108) are arranged between the adjacent public area partition walls (105) and the ward partition walls (107), single-layer sliding door slots (109) are arranged between the ward partition walls (107) close to two sides of the ward main body (100) and the ward main body (100), and door component assemblies for closing the space of the ward partition walls (106) are arranged between the single-layer sliding door slots (109) and the double-layer sliding door slots (108), a common area isolation component used for closing the space of the common area (104) is arranged between the double-layer sliding door slots (108).

3. The assembled ward of claim 1, characterized in that, ward isolation door subassembly including set up in ward isolation door (110) of keeping apart ward (106) outside, ward isolation door (110) both sides have set firmly symmetrical ward isolation door frame (111), be provided with the sideslip door that runs through on ward isolation door frame (111) and run through chamber (112), the sideslip door runs through and slides in chamber (112) and is provided with ward sideslip door (113), ward isolation door (110) are close to public area (104) one side has set firmly ward door linkage lug (115), ward isolation door (110) are close to public area (104) one side array is provided with a plurality of linkage lockholes (116), ward isolation door (110) are kept away from corridor (101) one side is provided with linkage locking subassembly.

4. The assembled ward according to claim 1, wherein the linkage locking assembly comprises a locking sliding cavity (117) disposed on one side of the ward isolation door (110) close to the public area (104), a plurality of locking block limiting sliding rods (118) are fixedly disposed in the locking sliding cavity (117), a trapezoidal locking block (119) is slidably disposed on the locking block limiting sliding rods (118), a plurality of sliding holes (120) penetrating through the trapezoidal locking block (119) are disposed on the trapezoidal locking block (119), the sliding holes (120) are in sliding fit with the locking block limiting sliding rods (118), a plurality of locking rods (121) are fixedly disposed on one side of the trapezoidal locking block (119), the locking rods (121) are in sliding fit with the linkage locking holes (116), a plurality of locking block thrust springs (122) are disposed on one side of the sliding holes (120) far away from the locking rods (121), and the locking block thrust springs (122) are in elastic thrust fit with the trapezoidal locking block (119), ward partition wall (107) are close to ward isolation door (110) one side is provided with unblock chamber (123), unblock chamber (123) internal setting has unblock inclined plane (124), unblock inclined plane (124) with trapezoidal locking piece (119) inclined plane counterbalance cooperation.

5. The prefabricated ward of claim 1, wherein the public area isolation door assembly comprises a public area door (125) arranged on one side of the public area (104) close to the corridor (101), symmetrical public area isolation door frames (126) are fixedly arranged at two ends of the public area door (125), a public door upper sliding groove (127) is arranged on the upper end face of each public area isolation door frame (126), a through public area sliding door cavity (128) is arranged in each public area isolation door frame (126), a public area sliding door (129) is slidably arranged in each public area sliding door cavity (128), linkage sliding grooves (130) are symmetrically arranged on the outer sides of the public area isolation door frames (126) on two sides, linkage convex blocks (115) of the ward door are matched with notches of the linkage sliding grooves (130), and a plurality of linkage jacks (131) are arranged in an array below the linkage sliding grooves (130), the linkage jack (131) is matched with the locking rod (121) in a clamping mode, and movable clamping components used for achieving clamping to obtain power are arranged on the public area door (125) and the ward isolation door (110).

6. The prefabricated patient room of claim 1 wherein said movable chucking assembly includes chucking cavities (132) symmetrically disposed above said common area door (125), a plurality of clamping limiting rods (133) are fixedly arranged in the clamping cavity (132), a clamping sliding block (134) is arranged on the clamping limiting rods (133) in a sliding manner, one side of the clamping sliding block (134) is fixedly provided with an inclined surface block (136), the clamping sliding block (134) is provided with a penetrating clamping sliding cavity (135), a clamping spring (137) is elastically pushed and arranged at one side of the inclined plane block (136), a plurality of unlocking triangular blocks (138) are fixedly arranged on one sides of the public area isolation wall (105) and the ward isolation wall (107) close to the corridor (101), the unlocking triangular block (138) is matched with the inclined plane block (136) in an abutting mode, and the unlocking triangular block (138) is matched with the clamping sliding cavity (135) in a sliding mode.

7. The assembled ward of claim 1, wherein the power disinfection assembly (201) comprises a plurality of power screw cavities (139) communicated with the lower end surfaces of the ward ceiling (102) and the corridor ceiling (103), a plurality of rotating power screws (140) are arranged in the power screw cavities (139) in a power connection manner, the power screws (140) are slidably provided with a plurality of sliding disinfection blocks (141) in the power screw cavities (139), the sliding disinfection blocks (141) are in threaded fit with the power screws (140), a plurality of disinfection sprayers (142) are arranged in an array manner on the sliding disinfection blocks (141), one side of each sliding disinfection block (141) far away from the disinfection sprayer (142) is in butt fit with the ward isolation door (110) and the public area door (125), and a plurality of sliding door tracks (in communication) are fixedly arranged on the lower end surfaces of the ward ceiling (102) and the corridor ceiling (103), (each sliding door track is fixedly arranged on the ward ceiling (102) 143) The sliding door track (143) is in sliding fit with the upper ward door chute (114) and the upper public door chute (127), the sliding disinfection block (141) is in the space of the isolation ward (106) and the public area (104) respectively, two ends of the disinfection sprayer (142) are fixedly provided with symmetrical clamping hook blocks (144), each clamping hook block (144) is provided with a clamping groove (145), and each clamping groove (145) is in clamping fit with the clamping slide block (134).