Ceiling type modular single sterile room

Abstract

The invention belongs to the field of medical equipment, and relates to a single-person sterile room, in particular to a ceiling type modular single-person sterile room. The invention provides an innovative single-person sterile room, which is characterized in that: 1, a purification case adopts a hoisting type design, so that the purification case of the single-person sterile room adopts a leg-free hoisting mode, and obstacles of the single-person sterile room in a ward are reduced; 2, the mounting hanging beam bracket of the purifier case adopts the design of leaning against the wall, so that obstacles are reduced to the greatest extent; 3, the purifier case adopts a modular combination design, so that the requirement that the usable area of a single sterile room can be designed as required is met, the problem of convenience in transportation and installation is also solved, and meanwhile, due to the modular combination design, the efficient filtering area is increased, and the purification quality is improved; 4, a purification fan and a purification case adopt a separated design, and air of the purification fan is fed into each purification module case through a pipeline, so that the purification fan is relatively far away from a user, and the influence of noise on the user is reduced; and 5, a safe nano light wave sterilization and plasma sterilization technology is adopted, so that the sterilization is safer and more reliable, and the sterilization during man-machine coexistence can be realized.

Description

Technical Field

[0001] The invention relates to a single-person sterile room in the field of medical equipment, in particular to a suspended ceiling modular single-person sterile room. Background Art

[0002] Single sterile room, also known as laminar flow bed, is a vertical unidirectional flow local air purification equipment, which is installed in the ward. Single sterile room (laminar flow bed) constructs an effective movable clean space, effectively reducing the probability of disease infection in its working space. It is especially suitable for patients with blood diseases, radiotherapy and chemotherapy, and other patients with low immunity in the hospital to rest and recuperate in the equipment.

[0003] The existing single sterile room is composed of a chassis, a fence at the bottom of the chassis and four column brackets. The top chassis is an air purification system, and the room is surrounded by highly transparent anti-static plastic curtains. Since the chassis on the top of the single sterile room is an integrated purification device, its area determines the indoor area of ​​the single sterile room. It cannot be too large. If it is too large, it cannot be moved into the ward. Secondly, the four brackets under the chassis also bring great obstacles to the ward. Therefore, the current single sterile room has a usable area that can only accommodate a bed. The patient can only lie on the bed in the room without any room for activities. In addition, the top air purification system is just above the user's head, which causes great noise hazards. In addition, the current single sterile rooms all use ultraviolet lamps for sterilization. Ultraviolet rays can cause great harm to the human body. Therefore, they cannot be sterilized when someone is using them. Summary of the invention

[0004] In order to overcome the shortcomings of the current single-person sterile room, such as small usable area, large noise impact, and inability to perform sterilization with human-machine co-existence.

[0005] The present invention provides an innovative single-person sterile room, which is characterized by:

[0006] 1. The purification cabinet adopts a hoisting design, so that the purification cabinet of the single sterile room adopts a legless hoisting mode, reducing the obstacles of the single sterile room in the ward;

[0007] 2. The installation beam bracket of the purification cabinet is designed to be close to the wall to minimize obstacles;

[0008] 3. The purification box adopts modular combination design, which not only solves the requirement that the use area of ​​the single-person sterile room can be designed according to the demand, but also solves the problem of convenient transportation and installation. At the same time, the modular combination design increases the high-efficiency filtration area and improves the purification quality;

[0009] 4. The purification fan and purification chassis adopt a separate design. The wind from the purification fan is sent to each purification module chassis through the pipeline, so that the purification fan is relatively far away from the user, reducing the impact of noise on the user;

[0010] 5. The use of safe nano light wave sterilization and plasma sterilization technology makes sterilization safer and more reliable, and can achieve sterilization when humans and machines coexist.

[0011] The technical solution adopted by the present invention to solve its technical problem is:

[0012] 1. First of all, the single sterile room purification cabinet adopts a hoisting design, that is, the purification cabinet is hoisted on the upper hanging beam, so that the single sterile room purification cabinet adopts a legless hoisting mode. In this way, the problem of obstacles caused by the columns of the single sterile room in the ward is solved, and the hoisting is not restricted by the size of the purification cabinet.

[0013] 2. To hoist the purification cabinet, there must be a hanging beam, and the hanging beam must also be supported. We invented the design of the hanging beam bracket close to the wall, which minimizes obstacles and is not restricted by the size of the purification cabinet;

[0014] 3. The purification chassis adopts modular combination design, that is, a single-person sterile room purification chassis is designed to be composed of several relatively small purification chassis modules. By increasing or decreasing the number of purification chassis module combinations, the use area of ​​the single-person sterile room can be changed, so that the use area of ​​the single-person sterile room can be designed according to the needs. The modular combination design of the purification chassis also solves the problem of convenient transportation and installation. At the same time, the modular combination design increases the high-efficiency filtration area and improves the purification quality;

[0015] 4. Due to the use of hoisting and wall-mounted support frame design, the purification fan unit and purification chassis can be designed separately, that is, the purification fan unit is designed on a bracket against the wall, so that the purification fan is relatively far away from the user, reducing the impact of noise on the user, and the purified air of the purification fan unit is sent to each purification module chassis through the pipeline;

[0016] 5. The design adopts safe nano light wave sterilization and plasma sterilization technology, which is to eliminate the ultraviolet sterilization technology currently used in all single-person sterile rooms, because it can cause great harm to the human body. The safe nano light wave used in this design is 222 nanometer ultraviolet light wave, which is an emerging harmless sterilization technology. It can effectively kill bacteria and is harmless to the human body. At the same time, the use of plasma sterilization technology is to design and install a small plasma sterilizer in the single-person sterile room. This plasma sterilizer can effectively kill bacteria and is harmless to the human body.

[0017] The beneficial effects of the present invention are:

[0018] Compared with the current single-person sterile room, it has undergone subversive innovation, making its performance more reliable, more convenient and safer to use. It is specifically reflected in the following aspects:

[0019] The beneficial effects of the present invention are:

[0020] 1. The use area of ​​a single-person sterile room can be designed according to the needs, and the purification quality is improved, and obstacles are minimized;

[0021] 2. It can reduce the impact of noise on users;

[0022] 3. Sterilization can be achieved when humans and machines coexist

[0023] The present invention is further described below in conjunction with the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Attached Figure 1 It is a structural schematic diagram of the present invention; Figure 2 These are the top and bottom views of the unit module diagram.

[0025] In the attached drawings, 1 is a hanging beam; 2 is a wall bracket; 3 is a purification unit; 4 is a hospital bed; 5 is a purification fan unit; 6 is an operation control panel; 7 is a purification air duct; 8 is an indoor roof; 9 is a wall; 10 is a single-person sterile room; 11 is a unit module purification chassis shell; 12 is a unit purification module chassis air inlet; 13 is a unit purification module chassis bottom plate; 14 is a unit purification module chassis uniform air plate; 15 is a safety nano light sterilization lamp; 16 is an ion sterilizer. DETAILED DESCRIPTION

[0026] The single sterile room is a medical device product used in the ward. Generally, the width of the ward will not exceed 4 meters. In this way, during the actual installation and use of the present invention, 2 wall brackets are set up on the 9 walls on both sides of the position where the single sterile room needs to be installed in the ward. Two brackets are set on each wall. The two brackets are connected with beams. The height of the bracket is close to 8 roofs. Then several 1 hanging beams are bridged on the brackets on both sides. The number of 1 hanging beam can be determined according to the number of module purification chassis in the 3 purification units. In this way, the 2 wall brackets and 1 hanging beam form a rectangular frame, and the 3 purification chassis group of the sterile room can be hoisted on the 1 hanging beam. Such a design can facilitate the installation of the 3 purification chassis group of the sterile room, and minimize the obstacles caused by the brackets and hanging beams in the ward. A purification curtain is placed around the 3 purification units. Inside the curtain is the 10-person sterile room. The 4 beds are in the 10-person sterile room and are smaller than the area of ​​the 10-person sterile room. All patients can not only lie on the bed in the sterile room, but also get out of bed and move around. At the same time, they can also receive treatment from doctors and nurses in the sterile room (such as injections, etc.). At the same time, the 5 purification fan units used in the sterile room are installed on the upper part of the 2 wall brackets opposite the sterile room, relatively far away from the patients in the sterile room, which can reduce the impact of the fan noise on the patients. The purified air sent by the 5 purification fan units is sent to the 12-unit purification module chassis air inlet of each purification module in the 3 purification chassis group through the 7 purification air ducts. Through the purification treatment of the 3 purification chassis group, each 14-unit purification module chassis uniform wind plate provides vertical flow purification wind for the 10-person sterile room. The 6 operation control screen of the single sterile room is installed in the middle of the 2 wall brackets opposite the sterile room, which is convenient for operating and controlling the sterile room. When sterilization of the sterile room is required, the 15-safe nano-light sterilization lamp or the 16-ion sterilizer can be turned on to sterilize the sterile room.

Claims

1. A ceiling-mounted modular single-person sterile room, characterized by: The purification cabinet adopts a hanging design, so that the single-person sterile room purification cabinet adopts a legless hanging mode, reducing the obstacles of the single-person sterile room in the ward.

2. A ceiling-mounted modular single-person sterile room, characterized by: The installation beam bracket of the purification cabinet is designed to be close to the wall to minimize obstacles.

3. A ceiling-mounted modular single-person sterile room, characterized by: The purification chassis adopts a modular combination design, which not only solves the requirement that the use area of ​​a single-person sterile room can be designed according to demand, but also solves the problem of convenient transportation and installation. At the same time, the modular combination design increases the high-efficiency filtration area and improves the purification quality.

4. A ceiling-mounted modular single-person sterile room, characterized by: The purification fan and purification chassis adopt a separate design. The wind from the purification fan is sent to each purification module chassis through a pipe, so that the purification fan is relatively far away from the user, reducing the impact of noise on the user.

5. A ceiling-mounted modular single-person sterile room, characterized by: The use of safe nano light wave sterilization and plasma sterilization technology makes sterilization safer and more reliable, and can achieve sterilization when humans and machines coexist.

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