Powerful disinfection cabin adopting small-diameter coil pipe structure for increasing disinfection distance
By using small-diameter internal mirror stainless steel tubes and coil structures in the nanowave sterilizer, combined with powerful nanowave lamps, the problems of poor sterilization effect and insufficient safety in the existing technology are solved, achieving fast and safe Effective in eradicating bacteria and viruses.
Patent Information
- Application Number
- CN202310905220.8
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2023-07-18
- Publication Date
- 2025-01-21
AI Technical Summary
The existing nanowave disinfection machine has not been effectively used in the physical law that the disinfection effect is inversely proportional to the distance between the disinfection source and the items being disinfected, resulting in poor disinfection effect, and the need for disinfection space cannot prevent people from avoiding the human body. Inflict damage.
Small-diameter stainless steel tubes with internal mirrors are used to limit pathogenic microorganisms to a small space and pass through the disinfection source (ultraviolet lamp). A coil structure is used to increase the disinfection distance and time, and powerful nanowave lamps are used to quickly eliminate pathogenic microorganisms.
It achieves rapid killing of bacteria and viruses, reduces the concentration of pathogenic microorganisms, cuts off the transmission routes of infectious diseases, and ensures the health and safety of medical staff and the public.
Smart Images
Figure CN119326920A_ABST
Abstract
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 existing various types of nanowave (ultraviolet) disinfection machines achieve the purpose of killing bacteria and viruses through long-term irradiation; however, the physical law that the disinfection effect is inversely proportional to the square of the distance between the disinfection source and the disinfected object has not been well used in the engineering design of the product; and it is required that no one be 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 the current densely populated hospitals, stations, supermarkets and the massive spread of bacteria and viruses. A powerful disinfection cabin is installed in the above occasions; the powerful disinfection cabin adopts two key technologies: 1. The small-diameter inner mirror stainless steel pipe is used to confine the pathogenic microorganisms to a small distance space through the disinfection source (ultraviolet lamp). At the same time, the stainless steel pipe effectively prevents the leakage of ultraviolet rays, which can achieve human-machine coexistence; 2. The coil structure is used to increase the disinfection distance and extend the disinfection time. Using a powerful nanowave (ultraviolet) lamp, pathogenic microorganisms are quickly eliminated 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 powerful disinfection cabin adopts a small diameter coil structure to increase the disinfection distance, characterized in that:
[0005] 1. The powerful disinfection cabin of the present invention is composed of a U-shaped tube (1), an inner mirror straight tube (2), an ultra-strong nano-wave disinfection lamp (3), an upper concentric positioning flange (4), a lower concentric positioning flange (5), a U-shaped tube positioning plate (6), a straight tube positioning plate (7), a straight tube connection sealing sleeve (8), a shockproof lamp tube holder (9) and a fan (10), and its air outlet is (11).
[0006] 2. Use small diameter internal mirror stainless steel tubes to confine pathogenic microorganisms to a small distance (within 2 cm) through the disinfection source (ultraviolet lamp).
[0007] 3. Use coil structure to increase the disinfection distance and extend the disinfection time.
[0008] 4. The upper part of the inner mirror straight tube (2) is a flange structure; the lower part is also a flange structure, but a connecting tube extends from the right side of the lower part to be connected in series with the connecting tube of the next inner mirror straight tube (2) rotated 180 degrees.
[0009] 5. The upper part of the inner mirror straight tube (2) is connected in series by the U-shaped tube (1).
[0010] 6. An upper concentric positioning flange (4) and a lower concentric positioning flange (5) and a shockproof lamp holder (9) are installed at both ends of the inner mirror surface straight tube (2).
[0011] 7. Due to the restrictions of the upper concentric positioning flange (4) and the lower concentric positioning flange (5), the ultra-strong nano-wave disinfection lamp (3) installed on the shockproof lamp holder (5) and the inner mirror straight tube (2) achieve a small-diameter concentric circle working state.
[0012] 8. The two inner mirror surface straight tubes (2) connected in series are fixedly connected by a straight tube connection sealing sleeve (8).
[0013] 9. The serial connection of multiple inner mirror surface straight tubes (2) is positioned by the U-shaped tube positioning plate (6) and the straight tube positioning plate (7).
[0014] 10. The fan (10) installed at the bottom forces the air carrying pathogenic microorganisms to be blown into the powerful disinfection chamber for circulation disinfection.
[0015] 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 become a design criterion for engineering technicians.
[0016] The present invention uses a high-power nanowave (ultraviolet) source to form 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 strong and rapid disinfection can be achieved.
[0017] 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.
[0018] In summary, the powerful disinfection cabin of the present invention mainly has the following four characteristics:
[0019] 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.
[0020] 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.
[0021] 3. The powerful disinfection cabin structure used in series greatly extends the disinfection distance, increases the disinfection time, and also improves the disinfection rate.
[0022] 4. Through the reflection effect of the metal (mirror stainless steel) cylindrical reflective tube shell (2), 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 (2) reduces the leakage of nanowaves (ultraviolet rays) to zero, ensuring the safety of personnel.
[0023] Embodiments of the invention Figure 1 This is the working principle diagram of the powerful disinfection cabin with coil structure.
[0024] Figure 1 The upper picture is a bottom view, the middle picture is a basic structure and workflow diagram, and the lower picture is a top view.
[0025] Figure 1 The four inner mirror surface straight tubes (2) are installed in series to form the basic structure of a powerful disinfection field; the U-tube positioning plate (6) and the straight tube positioning plate (7) ensure the parallel positioning of the four inner mirror surface straight tubes (2); the upper concentric positioning flange (4) and the lower concentric positioning flange (5) and the shockproof lamp tube holder (9) ensure the concentric working position of the super-strong nano-wave disinfection lamp (3) and the inner mirror surface straight tube (2).
[0026] A fan (10) is installed below the first inner mirror straight tube (2) on the left, which can continuously blow air into the powerful disinfection field composed of multiple powerful disinfection chambers; the lower part of the disinfection chamber is defined as the head and the upper part is defined as the tail; the U-shaped tube (1) connects the first disinfection chamber and the second disinfection chamber tail to tail in series; the straight tube connection sealing sleeve (8) connects the second disinfection chamber and the third disinfection chamber head to head in series; another U-shaped tube (1) connects the third disinfection chamber and the fourth disinfection chamber tail to tail in series; the air in which the pathogenic microorganisms are killed is discharged from the powerful disinfection field from the exhaust hole (11) at the head of the fourth disinfection chamber.
[0027] The specific disinfection work of the powerful disinfection cabin starts from the fan (10), the gas passes through the first disinfection cabin along the annular space (arrow upward direction), and enters the second disinfection cabin through the U-shaped tube (1) at its upper part; the gas reaches the lower part of the second disinfection cabin along (arrow downward direction); then passes through the straight pipe connection sealing sleeve (8) (along the arrow direction) to enter the third disinfection cabin; the gas in the third disinfection cabin (along the arrow direction) enters the second U-shaped tube (1) upward and continues to enter the fourth disinfection cabin; finally, the gas in the fourth disinfection cabin (along the arrow direction) is discharged downward through the exhaust hole (11) into the atmosphere. The gas is disinfected four times in the disinfection field of this example, so there is a higher disinfection rate.
Claims
1. A powerful disinfection cabin that uses a small diameter coil structure to increase the disinfection distance, characterized in that: The powerful disinfection cabin of the present invention is composed of a U-shaped tube (1), an inner mirror straight tube (2), an ultra-strong nano-wave disinfection lamp (3), an upper concentric positioning flange (4), a lower concentric positioning flange (5), a U-shaped tube positioning plate (6), a straight tube positioning plate (7), a straight tube connection sealing sleeve (8), an anti-vibration lamp tube holder (9) and a fan (10).
2. The powerful disinfection cabin using a small diameter coil structure to increase the disinfection distance according to claim 1 is characterized in that: Use small diameter internal mirror stainless steel tubes to confine pathogenic microorganisms to a small distance (within 2 cm) through the disinfection source (ultraviolet lamp).
3. The powerful disinfection cabin using a small diameter coil structure to increase the disinfection distance according to claim 1 is characterized in that: The coil structure is used to increase the disinfection distance and extend the disinfection time.
4. The powerful disinfection cabin using a small diameter coil structure to increase the disinfection distance according to claim 1 is characterized in that: The upper part of the inner mirror straight tube (2) is a flange structure; the lower part is also a flange structure, but a connecting tube extends from the right side of the lower part to be connected in series with the connecting tube of the next inner mirror straight tube (2) rotated 180 degrees.
5. The powerful disinfection cabin using a small diameter coil structure to increase the disinfection distance according to claim 1 is characterized in that: The upper part of the inner mirror surface straight tube (2) is connected in series by the U-shaped tube (1).
6. The powerful disinfection cabin using a small diameter coil structure to increase the disinfection distance according to claim 1 is characterized in that: An upper concentric positioning flange (4), a lower concentric positioning flange (5) and a shockproof lamp tube holder (9) are installed at both ends of the inner mirror surface straight tube (2).
7. The powerful disinfection cabin using a small diameter coil structure to increase the disinfection distance according to claim 1 is characterized in that: Due to the restrictions of the upper concentric positioning flange (4) and the lower concentric positioning flange (5), the super-strong nano-wave disinfection lamp (3) installed on the shockproof lamp tube holder (5) and the inner mirror surface straight tube (2) achieve a small-diameter concentric circle working state.
8. The powerful disinfection cabin using a small diameter coil structure to increase the disinfection distance according to claim 1 is characterized in that: Two inner mirror surface straight tubes (2) connected in series are fixedly connected by a straight tube connection sealing sleeve (8).
9. The powerful disinfection cabin using a small diameter coil structure to increase the disinfection distance according to claim 1 is characterized in that: The serial connection of a plurality of inner mirror surface straight tubes (2) is positioned by means of a U-shaped tube positioning plate (6) and a straight tube positioning plate (7).
10. The powerful disinfection cabin using a small diameter coil structure to increase the disinfection distance according to claim 1, characterized in that: The fan (10) installed at the bottom forces the air carrying pathogenic microorganisms to be blown into the powerful disinfection chamber for cyclic disinfection.