Nanometer wave powerful disinfecting and killing cabin adopting cylindrical reflection tubular shell

Abstract

The invention relates to a nanometer wave powerful disinfecting and killing cabin adopting a cylindrical reflection tubular shell. The powerful sterilizing cabin is characterized by being composed of a metal cylindrical reflection tube shell (1) with the strong reflection characteristic, a super-strong nanometer wave sterilizing lamp (2), a male connector (3) with an inner power connector and an outer power connector, a female connector (4) with a power plug, a ballast plate (5), a low-noise fan plate (6), an outer exhaust adjusting screw (7), a tube base connecting plate (8) and a shockproof lamp tube base (9).

Description

[0001] Technical Field The present invention relates to a technology that greatly improves the intensity of the wave of the mature nanowave (ultraviolet) sterilization technology to achieve rapid killing of bacteria and viruses.

[0002] BACKGROUND OF THE INVENTION The driving power of various existing nanowave (ultraviolet) disinfection machines is only tens of watts, and the disinfection effect is to kill bacteria and viruses through long-term irradiation; and no one is allowed in the disinfection space to avoid causing harm to the human body.

[0003] Purpose of the Invention The present invention is aimed at the problem of densely populated hospitals, stations, supermarkets and the like and the massive spread of bacteria and viruses. A powerful disinfection cabin is installed in the above-mentioned occasions; a powerful nanowave (ultraviolet) lamp is used to quickly eliminate pathogenic microorganisms in the external environment, so that the concentration of pathogenic microorganisms is reduced to an acceptable range; the transmission route of infectious diseases is cut off, and the spread of infectious diseases is blocked, thereby achieving the purpose of protecting the health of medical staff and the general public.

[0004] Summary of the invention A nanowave powerful disinfection cabin with a cylindrical reflective tubular shell is characterized by:

[0005] 1. The powerful disinfection cabin of the present invention is composed of a metal cylindrical reflective tube shell (1) with strong reflection characteristics, an ultra-strong nano-wave disinfection lamp (2), a male connector with internal and external power connectors (3), a female connector with a power plug (4), a ballast board (5), a low-noise fan board (6), an external exhaust adjustment screw (7), a tube socket connection plate (8) and a shockproof lamp tube socket (9).

[0006] 2. Viewed from the end face, the metal cylindrical reflective tube housing (1) is installed in a concentric circle with the super-strong nano-wave disinfection lamp (2) as the center.

[0007] 3. Both ends of the super-strong nano-wave disinfection lamp (2) are fixed on the shockproof lamp tube holder (9); the shockproof lamp tube holders (9) installed on both ends are respectively fixed on the tube holder connecting plates (8).

[0008] 4. The pipe socket connection plates (8) at both ends are respectively fixed on the male connector (3) with internal and external power connectors and the female connector (4) with a power plug.

[0009] 5. A position for installing a low-noise fan plate (6) is reserved between the male connector (3) with internal and external power connectors and the female connector (4) with a power plug to push the gas to flow through the annular space formed between the super-strong nano-wave disinfection lamp (2) and the metal cylindrical reflective tube housing (1).

[0010] 6. The powerful disinfection cabins with the above characteristics are installed in series when in use; that is, the male connector of the next powerful disinfection cabin is fixedly connected to the female connector of the previous powerful disinfection cabin; after multiple stages of series connection, the disinfection effect can be enhanced.

[0011] Effect of the Invention The technology of using nanowaves (ultraviolet rays) to kill bacteria and viruses has long been recognized and widely used; however, the physical law that the disinfection effect of nanowaves (ultraviolet rays) is inversely proportional to the square of the distance between the disinfection source and the disinfected object has not attracted enough attention from engineering and technical personnel.

[0012] The present invention utilizes a high-power nanowave (ultraviolet) source and forms a powerful disinfection cabin by reducing the disinfection distance; and the most effective structure is based on the nanowave (ultraviolet) lamp tube being cylindrical, so the powerful disinfection cabin also uses a cylindrical shell. As long as the distance between the shell and the central disinfection source is designed to be small enough, the purpose of powerful disinfection can be achieved.

[0013] By using powerful disinfection cabins in series, multiple nanowave (ultraviolet) sources can repeatedly disinfect bacteria and viruses; at the same time, the series structure lengthens the distance that air containing a large number of bacteria and viruses flows through the powerful disinfection field (the disinfection space composed of multiple powerful disinfection cabins is called a disinfection field), which is another way to improve the disinfection rate.

[0014] In summary, the powerful disinfection cabin of the present invention mainly has the following four characteristics:

[0015] 1. Use high-power nanowave (ultraviolet) disinfection lamps and close-range disinfection to increase the radiation intensity of nanowaves (ultraviolet) and quickly kill pathogenic microorganisms.

[0016] 2. The series use of powerful disinfection cabins can enable multiple powerful disinfection cabins to participate in the disinfection process, achieve repeated disinfection and thus improve the disinfection rate.

[0017] 3. The powerful disinfection cabin structure used in series greatly extends the disinfection distance, increases the disinfection time, and also improves the disinfection rate.

[0018] 4. Through the reflection effect of the metal (mirror stainless steel) cylindrical reflective tube shell (1), the wave intensity in the powerful disinfection chamber can reach 20000μW / cm 2 The disinfection rate is further improved; at the same time, the metal shell (1) reduces the leakage of nanowaves (ultraviolet rays) to zero, ensuring the safety of personnel.

[0019] Embodiments of the invention Figure 1 This is the working principle diagram of the powerful disinfection cabin.

[0020] The low-noise fan plate (6) in the figure is installed at the top of the powerful disinfection cabin and is responsible for sucking air into the powerful disinfection cabin.

[0021] A female connector (4) with a power plug is installed below the low-noise fan plate (6). This is an air passage and also a power passage for the next powerful disinfection chamber. At the same time, it is also a fixing seat for the pipe socket connecting plate (8) and a positioning component for the super-strong nano-wave disinfection lamp (2).

[0022] The female connector (4) with a power plug utilizes the processed inner and outer concentric convex and concave platforms to ensure that the metal cylindrical reflective tube shell (1) and the super-strong nano-wave disinfection lamp (2) form a concentric annular space, which is the only way for air to pass through, thereby forming the core of the powerful disinfection cabin.

[0023] The upper surface of the female connector (4) with a power plug is processed with a plurality of screw holes for mounting an external exhaust adjustment screw (7), and the external exhaust volume of the powerful disinfection cabin of this level can be controlled by screwing in or out the external exhaust adjustment screw (7).

[0024] After passing through the core area of ​​the powerful disinfection chamber, the disinfected gas arrives at the exit position, where a tube socket connection plate (8) and a shockproof lamp tube socket (9) are also installed to fix the tube socket connection plate (8) and the shockproof lamp tube socket (9) in a concentric circle manner; at the same time, a male connector (3) with an internal and external power connector having the same function as the female connector (4) with a power plug is installed. In addition to fixing the metal cylindrical reflective tube housing (1) and the super-strong nano-wave disinfection lamp (2), the male connector also introduces the driving power supply into the super-strong nano-wave disinfection lamp (2) and the low-noise fan plate (6), and also shoulders the function of docking with the next powerful disinfection chamber.

[0025] A plurality of screw holes for mounting external exhaust adjustment screws (7) are also processed on the male connector (3) with internal and external power connectors.

[0026] Figure 1 The middle component (10) is a partial view of the next powerful disinfection cabin that will be connected to the upper part. Its female concave platform corresponds to the convex shoulder of the male connector (3). After being locked with screws, a larger powerful disinfection field can be formed to carry out disinfection work and achieve the purpose of series disinfection.

[0027] Figure 1 The lower part is a top view of the powerful disinfection cabin, and the ballast board (5) converts the power into the voltage and current required to drive the super-strong nano-wave disinfection lamp (2) to work.

[0028] The top view shows that more than 12 ventilation holes are processed on the tube base connecting plate (8), which are responsible for changing the air flowing through the powerful disinfection cabin of this level from laminar flow to turbulent flow, thereby increasing the probability of bacteria and viruses in the air coming into close contact with the ultra-strong nanowave disinfection lamp (2) and improving the killing rate.

Claims

1. A nanowave powerful disinfection chamber using a cylindrical reflective tubular housing, characterized in that: The powerful disinfection cabin of the present invention is composed of a metal cylindrical reflective tube shell (1) with strong reflection characteristics, an ultra-strong nano-wave disinfection lamp (2), a male connector with internal and external power connectors (3), a female connector with a power plug (4), a ballast board (5), a low-noise fan board (6), an external exhaust adjustment screw (7), a tube socket connection plate (8) and a shockproof lamp tube socket (9).

2. The nanowave powerful disinfection chamber using a cylindrical reflective tubular housing according to claim 1 is characterized in that: Seen from the end face, the metal cylindrical reflective tube housing (1) is installed in a concentric circle with the super-strong nano-wave disinfection lamp (2) as the center.

3. The nanowave powerful disinfection chamber using a cylindrical reflective tubular housing according to claim 1 is characterized in that: The two ends of the super-strong nano-wave disinfection lamp (2) are fixed on the shockproof lamp tube holder (9); the shockproof lamp tube holders (9) installed on the two ends are respectively fixed on the tube holder connecting plates (8).

4. The nanowave powerful disinfection chamber using a cylindrical reflective tubular housing according to claim 1 is characterized in that: The tube base connecting plates (8) at both ends are respectively fixed on a male connector (3) with internal and external power connectors and a female connector (4) with a power plug.

5. The nanowave powerful disinfection chamber using a cylindrical reflective tubular housing according to claim 1 is characterized in that: A position for installing a low-noise fan plate (6) is reserved between the male connector (3) with internal and external power connectors and the female connector (4) with a power plug, so as to push the gas to flow through the annular space formed between the super-strong nano-wave disinfection lamp (2) and the metal cylindrical reflective tube housing (1).

6. The nanowave powerful disinfection chamber using a cylindrical reflective tubular housing according to claim 1, characterized in that: The powerful disinfection cabins with the above characteristics are installed in series when in use; that is, the male connector of the next powerful disinfection cabin is fixedly connected to the female connector of the previous powerful disinfection cabin; after multiple stages of series connection, the disinfection effect can be enhanced.

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