CN213157957U

CN213157957U - Sterilizing lamp

Info

Publication number: CN213157957U
Application number: CN202020189399.3U
Authority: CN
Inventors: 曹露馨
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-02-20
Filing date: 2020-02-20
Publication date: 2021-05-11
Anticipated expiration: 2030-02-20

Abstract

A bactericidal lamp comprises a bactericidal lamp body, the bactericidal lamp body is composed of a bactericidal lamp body and a bactericidal lamp holder, a bactericidal pipeline penetrating through the bactericidal lamp body is arranged in the bactericidal lamp, the bactericidal pipeline is composed of a hollow inner shell of the bactericidal lamp body, an interlayer composed of the inner shell of the bactericidal lamp body and an outer shell of the bactericidal lamp body is a space for generating the bactericidal function of the bactericidal lamp, a bactericidal pipeline inlet and a bactericidal pipeline outlet are arranged on the bactericidal pipeline, bacteria-containing substances enter from the pipeline inlet and circulate through the bactericidal pipeline and exit from the bactericidal pipeline outlet, under the sterilization action of space irradiation in the sterilization channel in the sterilization function of the sterilization lamp, bacteria or viruses on the bacteria-containing object are killed or killed, the harmfulness is reduced, the infectivity of the bacteria and the viruses can be greatly isolated, and the structure is simple, the use is convenient, the social popularization value is good, and the harm of malignant infectious diseases to the human society can be greatly reduced.

Description

Sterilizing lamp

Technical Field

The utility model relates to a sterilizing lamp.

Background

At present, the sterilization function of the lamp body of the known germicidal lamp is oriented to the outer surface of the lamp body of the germicidal lamp, and the space is large, so the irradiation range is limited, the moving range of bacteria and viruses is large, and the sterilization effect cannot be guaranteed.

Disclosure of Invention

In order to overcome the outer surface of the lamp body of the bactericidal function direction of the lamp body of the prior known bactericidal lamp, the large irradiation range of the space is limited, so the moving range of bacteria and virus is large, and the shortage of the bactericidal effect cannot be ensured, the utility model provides a bactericidal lamp can realize the effect of ensuring the bactericidal effect.

The utility model provides a technical scheme that its technical problem adopted is: a sterilizing lamp comprises a sterilizing lamp body, the sterilizing lamp body is composed of a lamp body of the sterilizing lamp and a lamp holder of the sterilizing lamp, a sterilizing pipeline penetrating through the lamp body of the sterilizing lamp is arranged in the sterilizing lamp and is formed by hollowing an inner shell of the lamp body of the sterilizing lamp, an interlayer formed by the inner shell of the lamp body of the sterilizing lamp and an outer shell of the lamp body of the sterilizing lamp is a space for generating a sterilizing function of the sterilizing lamp, a sterilizing pipeline inlet and a sterilizing pipeline outlet are arranged on the sterilizing pipeline, the sterilizing lamp is characterized in that a plurality of sterilizing pipelines penetrating through a lamp body of the sterilizing lamp are arranged on the sterilizing lamp, the sterilizing pipelines are bent and bent, the sterilizing lamp is connected with the mask to form a disease and bacteria preventing mask, the sterilizing lamp is connected with the helmet to form a disease and bacteria preventing helmet, the sterilizing lamp is connected with clothes to form a disease and bacteria preventing clothes, the sterilizing lamp is connected with a small room to form a disease and bacteria preventing small room, and the sterilizing lamp is connected with a fan to form a virus purifier sterilizing lamp, and a mobile power supply can be configured on the sterilizing lamp according to needs. The bactericidal lamp body comprises a lamp body of the bactericidal lamp and a lamp bracket of the bactericidal lamp, a bactericidal pipeline which runs through the lamp body of the bactericidal lamp is arranged in the bactericidal lamp, the bactericidal pipeline is formed by the hollow inner shell of the lamp body of the bactericidal lamp, an interlayer formed by the inner shell of the lamp body of the bactericidal lamp and the outer shell of the lamp body of the bactericidal lamp is a space for generating the bactericidal function of the bactericidal lamp, a bactericidal pipeline inlet and a bactericidal pipeline outlet are arranged on the bactericidal pipeline, bacteria-containing substances enter from the pipeline inlet and flow through the bactericidal pipeline, and then the bacteria-containing substances are discharged from the bactericidal pipeline outlet, the bacteria-containing substances or viruses are killed or killed under the bactericidal action of the bactericidal channel irradiated in the bactericidal function generating space of the bactericidal lamp, the harmfulness is reduced, the bacteria-containing substances which are discharged from the bactericidal pipeline inlet through the bactericidal pipeline outlet and the bactericidal channel have the same bactericidal effect, the infectivity of the bacteria and the, the sterilizing function of the sterilizing lamp is received to generate a sterilizing effect of space irradiation on the sterilizing channel, the sterilizing effect can be guaranteed, the structure is simple, the use is convenient, the social popularization value is good, the harm of malignant infectious diseases to the human society can be greatly reduced, of course, the names of the sterilizing pipeline inlet and the sterilizing pipeline outlet on the sterilizing pipeline can be exchanged, required luminous materials are arranged in the interlayer, the lamp body of the sterilizing lamp is commonly called as a lamp tube when being tubular, and the sterilizing lamp bracket is a general name of accessories including a sterilizing lamp bracket, a power supply and the like, the sterilizing lamp bracket is required to be connected when the sterilizing pipeline penetrates through the lamp body of the sterilizing lamp, and the lamp body of the sterilizing lamp can be designed to be special-shaped, such as T-shaped; the sterilizing lamp is provided with a plurality of sterilizing pipelines which penetrate through the lamp body of the sterilizing lamp, and the plurality of pipelines which penetrate through the lamp body of the sterilizing lamp represent a plurality of sterilizing channels which can circulate bacteria, so that the sterilization can be completed more quickly; the sterilization pipeline is bent, so that the length of the sterilization pipeline can be prolonged, the sterilization time is prolonged, the sterilization effect is guaranteed, meanwhile, in order to prevent the sterilization lamp from directly irradiating the human body to hurt the human body, the light of the sterilization lamp irradiating the human body can be properly shielded by using a light shield, the ventilation pipeline is bent in various ways, one way is to turn back and forth, and the other way is to spiral; the bactericidal lamp is connected with the mask to form the disease and bacterium preventing mask, the bactericidal lamp is arranged on the mask, the bactericidal lamp body consists of a lamp body of the bactericidal lamp and a bactericidal lamp holder, a bactericidal pipeline penetrating through the lamp body of the bactericidal lamp is arranged in the bactericidal lamp, the bactericidal pipeline consists of a hollow inner shell of the lamp body of the bactericidal lamp, an interlayer formed by the inner shell of the lamp body of the bactericidal lamp and an outer shell of the lamp body of the bactericidal lamp is a space for generating the bactericidal function of the bactericidal lamp, a bactericidal pipeline inlet and a bactericidal pipeline outlet are arranged on the bactericidal pipeline, the bactericidal lamp is connected with the mask, the bactericidal pipeline replaces a ventilation channel of the mask or is expressed as a ventilation channel of the bactericidal pipeline connected with the mask, even can be expressed as that the bactericidal lamp is connected with the mask ventilation pipeline, the inlet of the bactericidal pipeline is the inside of the mask, namely the human body contact surface, the outlet of the bactericidal pipeline is arranged outside, the air containing bacteria or viruses on the air containing bacteria are killed or killed under the sterilization effect of space irradiation on the sterilization channel generated by the sterilization function of the sterilizing lamp after flowing through the sterilization pipeline and flowing out from the outlet of the sterilization pipeline, the harmfulness is reduced, the air containing bacteria flowing out from the outlet of the sterilization pipeline through the sterilization pipeline and flowing out from the inlet of the sterilization pipeline has the same sterilization effect, the infectivity of isolating bacteria and viruses can be greatly eliminated, and a rope belt for taking down and wearing the mask is arranged on the mask; the sterilizing lamp is connected with the helmet to form the helmet for preventing bacteria, the sterilizing lamp is arranged on the helmet, the sterilizing lamp body 1 consists of a lamp body of the sterilizing lamp and a sterilizing lamp holder, a sterilizing pipeline penetrating through the lamp body of the sterilizing lamp is arranged in the sterilizing lamp, the sterilizing pipeline consists of a lamp body inner shell of the sterilizing lamp in a hollow manner, an interlayer formed by the lamp body inner shell of the sterilizing lamp and a lamp body outer shell of the sterilizing lamp is a space for generating the sterilizing function of the sterilizing lamp, a sterilizing pipeline inlet and a sterilizing pipeline outlet are arranged on the sterilizing pipeline, the sterilizing lamp is connected with the helmet, the sterilizing pipeline replaces a ventilation channel of the helmet or is expressed as a ventilation channel of the sterilizing pipeline connected with the helmet, even can be expressed as that the sterilizing lamp is connected with the ventilation pipeline of the helmet, because the sterilizing pipeline is actually also the ventilation pipeline, the sterilizing pipeline inlet is arranged in the helmet, the sterilizing pipeline outlet is arranged, the air containing bacteria or viruses on the air containing bacteria are killed or killed under the sterilization effect of space irradiation on the sterilization channel generated by the sterilization function of the sterilization lamp after flowing through the sterilization pipeline and flowing out from the outlet of the sterilization pipeline, so that the harmfulness is reduced, the air containing bacteria flowing out from the outlet of the sterilization pipeline through the sterilization pipeline and flowing out from the inlet of the sterilization pipeline has the same sterilization effect, the infectivity of isolating bacteria and viruses can be greatly eliminated, and a helmet mask which is convenient to wear and take down a helmet is arranged on the helmet; the bactericidal lamp is connected with the clothes, the anti-bacteria clothes are formed, the bactericidal lamp is arranged on the clothes, the bactericidal lamp body consists of a lamp body of the bactericidal lamp and a bactericidal lamp holder, a bactericidal pipeline penetrating through the lamp body of the bactericidal lamp is arranged in the bactericidal lamp, the bactericidal pipeline consists of a hollow inner shell of the lamp body of the bactericidal lamp, an interlayer formed by the inner shell of the lamp body of the bactericidal lamp and an outer shell of the lamp body of the bactericidal lamp is a space for generating the bactericidal function of the bactericidal lamp, a bactericidal pipeline inlet and a bactericidal pipeline outlet are arranged on the bactericidal pipeline, the bactericidal lamp is connected with the clothes, the bactericidal pipeline replaces the ventilation channel of the clothes or expresses as the ventilation channel of the clothes connected with the bactericidal pipeline, even can express that the bactericidal lamp is connected with the ventilation pipeline of the clothes, because the bactericidal pipeline is actually the ventilation pipeline, the bactericidal pipeline inlet is in the clothes, the bactericidal pipeline outlet is outside, the air containing bacteria or viruses on the air containing bacteria are killed or killed under the sterilization effect of space irradiation on the sterilization channel generated by the sterilization function of the sterilizing lamp after flowing through the sterilization pipeline and flowing out from the outlet of the sterilization pipeline, the harmfulness is reduced, the air containing bacteria flowing out from the outlet of the sterilization pipeline and flowing out from the inlet of the sterilization pipeline through the sterilization pipeline has the same sterilization effect, the infectivity of isolating bacteria and viruses can be greatly eliminated, and a zipper convenient for putting on and taking off clothes is arranged on the clothes, wherein the clothes refer to protective clothing; the bactericidal lamp is connected with the small room to form a small room for preventing bacteria, the bactericidal lamp is arranged on the small room, the bactericidal lamp body consists of a lamp body of the bactericidal lamp and a lamp holder of the bactericidal lamp, a bactericidal pipeline penetrating through the lamp body of the bactericidal lamp is arranged in the bactericidal lamp, the bactericidal pipeline consists of a hollow inner shell of the lamp body of the bactericidal lamp, an interlayer formed by the inner shell of the lamp body of the bactericidal lamp and an outer shell of the lamp body of the bactericidal lamp is a bactericidal function generating space of the bactericidal lamp, a bactericidal pipeline inlet and a bactericidal pipeline outlet are arranged on the bactericidal pipeline, the bactericidal lamp is connected with the small room, the bactericidal pipeline replaces a ventilation channel of the small room or is expressed as a ventilation channel of the bactericidal pipeline connected with the small room, even can be expressed as that the bactericidal lamp is connected with the ventilation pipeline of the small room, the bactericidal pipeline inlet is arranged in the small room, the bactericidal pipeline outlet is arranged outside the small room, and air containing bacteria enters from, the air containing bacteria or viruses on the air containing bacteria are killed or killed under the sterilization effect of space irradiation on the sterilization channel generated by the sterilization function of the sterilizing lamp after flowing through the sterilization pipeline and flowing out from the outlet of the sterilization pipeline, so that the hazard is reduced, the air containing bacteria flowing out from the outlet of the sterilization pipeline through the sterilization pipeline and flowing out from the inlet of the sterilization pipeline has the same sterilization effect, the infectivity of isolated bacteria and viruses can be greatly eliminated, and a door capable of entering and exiting is arranged on a small room; the sterilizing lamp pipeline is connected with the fan by two methods: a method is that a sterilizing lamp pipeline is connected with a fan to form a virus purifier, a sterilizing lamp body is composed of a lamp body of the sterilizing lamp and a lamp holder of the sterilizing lamp, a sterilizing pipeline penetrating through the lamp body of the sterilizing lamp is arranged in the sterilizing lamp, the sterilizing pipeline is composed of a hollow inner shell of the lamp body of the sterilizing lamp, an interlayer formed by the inner shell of the lamp body of the sterilizing lamp and an outer shell of the lamp body of the sterilizing lamp is a sterilizing function generating space of the sterilizing lamp, an outlet of the sterilizing pipeline of the sterilizing lamp is connected with an air inlet of the fan or an inlet of the sterilizing pipeline of the sterilizing lamp is connected with an air outlet of the fan, which can also be expressed as that the sterilizing lamp is connected with an air ventilating pipeline of the fan, because the pipeline connecting the air inlet of the fan and the air inlet of the fan is also an air ventilating pipeline, the fan is started, and bacteria-containing air enters from the inlet of, the bacteria-containing air enters the fan through the air inlet of the fan and then goes out of the air outlet of the fan, or the bacteria-containing air enters the fan through the air inlet of the fan and then goes out of the air outlet of the fan, enters the sterilizing pipeline inlet of the sterilizing lamp and then goes out of the sterilizing pipeline outlet, under the sterilizing action of the sterilizing channel irradiated by the space generated by the sterilizing function of the sterilizing lamp, bacteria or viruses on the bacteria-containing air are killed or killed, the harmfulness is reduced, the bacteria-containing air which goes out of the sterilizing pipeline inlet through the sterilizing pipeline from the sterilizing pipeline outlet has the same sterilizing effect, the infectivity of the isolated bacteria and the viruses can be greatly eliminated, importantly, the bacteria-containing air is sucked through the fan 7 to purify the air, the bacteria-containing quantity of the space, especially the closed space can be greatly reduced, the air quality is greatly improved, and the infectious disease, has great social utilization value; the other method is that a fan is connected between two bactericidal lamps through a pipeline to form a virus purifier, a bactericidal lamp body consists of a lamp body of the bactericidal lamp and a bactericidal lamp holder, the interior of the bactericidal lamp is provided with a bactericidal pipeline which penetrates through the lamp body of the bactericidal lamp, the bactericidal pipeline consists of a hollow inner shell of the lamp body of the bactericidal lamp, an interlayer formed by the inner shell of the lamp body of the bactericidal lamp and an outer shell of the lamp body of the bactericidal lamp is a space for generating the bactericidal function of the bactericidal lamp, the outlet of the bactericidal pipeline of one bactericidal lamp is connected with the air inlet of the fan, the inlet of the bactericidal pipeline of the other bactericidal lamp is connected with the air outlet of the fan, the fan is started, air containing bacteria enters from the inlet of the bactericidal pipeline of one bactericidal lamp, circulates through the bactericidal pipeline of one bactericidal lamp, exits from the outlet of the bactericidal pipeline of one bactericidal lamp, enters the interior of the fan through, the air quality is greatly improved, the probability of infectious diseases of medical personnel is reduced, and the air quality has great social utilization value The sterilization effect is better after the sterilization of the sterilizing lamp for two times; the portable power source can be configured on the germicidal lamp according to the needs, the portable power source supplies power when the germicidal lamp moves, the germicidal lamp can be moved for use, the moving range is conveniently expanded, the germicidal result is increased, the germicidal lamp is connected with the power source, the purpose can be achieved through one or all of the power lines or the portable power source or the power line interfaces configured on the lamp bracket, in view of the known knowledge in the field of electric appliances, the power lines or the portable power source or the power line interfaces are common devices in the field of electric appliances, the understanding and the implementation are not affected even if the power lines or the portable power source or the power line interfaces are represented on the attached drawings, excessive description is not needed.

The beneficial effects of the utility model are that, all contain the fungus thing and must pass through from the passageway that disinfects, accept the bactericidal action in the bactericidal function space of bactericidal lamp, can ensure bactericidal effect, simple structure moreover, convenient to use has good social spreading value, reduction malignant infectious disease that can be by a wide margin to the harm nature of human society.

Drawings

The present invention will be further explained with reference to the drawings and examples.

Fig. 1 is a schematic view of the construction of a pipe.

Fig. 2 is a left side view of fig. 1.

FIG. 3 is a schematic view of another configuration of the piping structure.

Fig. 4 is a left side view of fig. 3.

Fig. 5 is a top view of fig. 3.

Fig. 6 is a schematic view of a structure in which a plurality of vent pipes are connected in parallel and combined to form a pipe assembly.

Fig. 7 is a schematic configuration diagram of the first embodiment.

Fig. 8 is a schematic configuration diagram of the second embodiment.

Fig. 9 is a schematic configuration diagram of the third embodiment.

Fig. 10 is a schematic configuration diagram of the fourth embodiment.

Fig. 11 is a schematic view showing a configuration in which a blower fan of the fifth embodiment is connected to a germicidal lamp.

Fig. 12 is a schematic view showing a configuration in which two blowers of the fifth embodiment are connected to a germicidal lamp.

In the figure: 1. the novel multifunctional sterilizing lamp comprises a sterilizing lamp body , a lamp body of a 1-1 sterilizing lamp, a lamp body inner shell of the 1-1-1 sterilizing lamp, a lamp body outer shell of the 1-1-2 sterilizing lamp, a 1-1-3 interlayer, a 1-2 sterilizing lamp holder, a 2 sterilizing pipeline, a 2-1 sterilizing pipeline inlet, a 2-2 sterilizing pipeline outlet, a 3-1 rope belt of a 3 mask, a ventilating channel of a 3-2 mask, a 4 helmet, a 4-1 helmet mask, a ventilating channel of a 4-2 helmet, 5 clothes, a 5-1 zipper, a ventilating channel of 5-2 clothes, 6 cubicles, 6-1 doors, a ventilating channel of 6-2 cubicles, a 7 fan, an air inlet of the 7-1 fan and an air outlet of the 7-2 fan.

Detailed Description

In the embodiment shown in the attached drawings, the sterilizing lamp comprises a sterilizing lamp body 1, the sterilizing lamp body is composed of a sterilizing lamp body 1-1 and a sterilizing lamp holder 1-2, a sterilizing pipeline 2 penetrating through the sterilizing lamp body 1-1 is arranged inside the sterilizing lamp, the sterilizing pipeline 2 is composed of a sterilizing lamp body inner shell 1-1-1 which is hollow, an interlayer 1-1-3 composed of the sterilizing lamp body inner shell 1-1-1 and a sterilizing lamp body outer shell 1-1-2 of the sterilizing lamp is a sterilizing function generating space of the sterilizing lamp, a sterilizing pipeline inlet 2-1 and a sterilizing pipeline outlet 2-2 are arranged on the sterilizing pipeline 2, a plurality of sterilization pipelines 2 penetrating through a lamp body 1-1 of the sterilization lamp are arranged on the sterilization lamp, the sterilization pipelines 2 are bent, and a mobile power supply can be configured on the sterilization lamp according to needs. The sterilizing lamp body 1 consists of a lamp body 1-1 and a lamp holder 1-2 of the sterilizing lamp, a sterilizing pipeline 2 penetrating through the lamp body 1-1 of the sterilizing lamp is arranged in the sterilizing lamp, the sterilizing pipeline 2 is formed by hollowing a lamp body inner shell 1-1-1 of the sterilizing lamp, an interlayer 1-1-3 formed by the lamp body inner shell 1-1-1 of the sterilizing lamp and a lamp body outer shell 1-1-2 of the sterilizing lamp is a sterilizing function generating space of the sterilizing lamp, a sterilizing pipeline inlet 2-1 and a sterilizing pipeline outlet 2-2 are arranged on the sterilizing pipeline 2, bacteria or viruses on the bacteria are killed or killed by entering from the sterilizing pipeline inlet 2-1 and flowing through the sterilizing pipeline 2 and then exiting from the sterilizing pipeline outlet 2-2 under the sterilizing action of irradiating the sterilizing channel 2 in the sterilizing function generating space of the sterilizing lamp, the harmfulness is reduced, certainly, the bacteria-containing objects which are discharged from the outlet 2-2 of the sterilizing pipeline through the sterilizing pipeline 2 from the inlet 2-1 of the sterilizing pipeline have the same sterilizing effect and can greatly isolate the infectivity of bacteria and viruses, all the bacteria-containing objects must pass through the sterilizing channel 2 and receive the sterilizing function of the sterilizing lamp to generate the sterilizing effect of irradiating the space on the sterilizing channel 2, the sterilizing effect can be ensured, in addition, the structure is simple, the use is convenient, the social popularization value is good, the harmfulness of malignant infectious diseases to human society can be greatly reduced, of course, the names of the inlet-1 of the sterilizing pipeline and the outlet 2-2 of the sterilizing pipeline on the sterilizing pipeline can be exchanged, the interlayer 1-1-3 is provided with required luminescent material, the lamp body 1-1 of the sterilizing lamp is commonly called as a lamp tube when being tubular, and the lamp holder 1-2 of the sterilizing lamp is a general name of accessories including a sterilizing, considering that the sterilizing pipeline 2 needs to be connected with the sterilizing lamp holder 1-2 when penetrating through the lamp body 1-1 of the sterilizing lamp, the lamp body 1-1 of the sterilizing lamp can be designed into a special shape, such as a T shape; a plurality of pipelines which penetrate through the lamp body 1-1 of the germicidal lamp are arranged on the germicidal lamp, and a plurality of germicidal channels which can circulate bacteria are shown in the germicidal pipelines 2 which penetrate through the lamp body 1-1 of the germicidal lamp, so that the sterilization can be completed more quickly; the sterilization pipeline 2 is bent, so that the length of the sterilization pipeline can be prolonged, the sterilization time is prolonged, the sterilization effect is guaranteed, meanwhile, in order to prevent the sterilization lamp from directly irradiating the human body to hurt the human body, the light of the sterilization lamp irradiating the human body can be properly shielded by using a light shield, the ventilation pipeline 2 is bent in various ways, the back and forth bending is one way as shown in figure 1, and the spiral is the other way as shown in figure 6; the portable power source can be configured on the germicidal lamp as required, the portable power source is configured on the germicidal lamp as required, and the portable power source supplies power during moving, so that the germicidal lamp can be moved for use, the moving range is conveniently expanded, and the sterilization result is increased; the connection between the germicidal lamp and the power supply can be achieved through one or all of the power lines or the mobile power supplies or the power line interfaces arranged on the lamp holder 2, and in view of the known knowledge in the field of electric appliances, the power lines or the mobile power supplies or the power line interfaces are all common devices in the field of electric appliances, the understanding and the implementation are not affected even if the power lines or the mobile power supplies or the power line interfaces are shown in the attached drawings, so that the redundant description is not needed, and the known knowledge in the field of electric appliances is referred.

In the first embodiment shown in fig. 1 and 2, the germicidal lamp is connected to the mask 3 to form a bacteria-preventing mask, and thus a bacteria-preventing mask is formed. The sterilizing lamp is connected with the mask 3 to form the disease and bacteria preventing mask, the sterilizing lamp is arranged on the mask 3, the sterilizing lamp body 1 consists of a lamp body 1-1 of the sterilizing lamp and a lamp holder 1-2 of the sterilizing lamp, a sterilizing pipeline penetrating through the lamp body of the sterilizing lamp is arranged in the sterilizing lamp, the sterilizing pipeline 2 consists of a lamp body inner shell 1-1-1 of the sterilizing lamp in a hollow way, an interlayer 1-1-3 formed by the lamp body inner shell 1-1-1-1 of the sterilizing lamp and a lamp body outer shell 1-1-2 of the sterilizing lamp is a sterilizing function generating space of the sterilizing lamp, a sterilizing pipeline inlet 2-1 and a sterilizing pipeline outlet 2-2 are arranged on the sterilizing pipeline 2, the sterilizing lamp is connected with the mask 3, the sterilizing pipeline 2 replaces a ventilation channel 3-2 of the mask or expresses that the sterilizing pipeline 2 is connected with the ventilation channel 3, Even can be expressed as that the sterilizing lamp is connected with the breathing pipeline of the mask 3, because the sterilizing pipeline 2 is actually the breathing pipeline, the inlet 2-1 of the sterilizing pipeline is arranged inside the mask 3, namely the human body contact surface, the outlet 2-2 of the sterilizing pipeline is arranged outside the mask 3, the air containing bacteria enters from the inlet 2-1 of the sterilizing pipeline, circulates through the sterilizing pipeline 2 and exits from the outlet 2-2 of the sterilizing pipeline, under the sterilization action of the space generated by the sterilization function of the sterilizing lamp irradiating the sterilizing channel 2, bacteria or viruses on the bacteria-containing air are killed or killed, the harmfulness is reduced, of course, the bacteria-containing air which passes through the sterilizing pipeline 2 from the outlet 2-2 of the sterilizing pipeline and goes out of the inlet 2-1 of the sterilizing pipeline has the same sterilizing effect, can greatly eliminate the infection of isolating bacteria and virus, and a rope 3-1 for taking off and putting on the mask 3 is arranged on the mask 3.

In a second embodiment shown in fig. 1 and 3, the germicidal lamp is connected to a helmet 4 to form a helmet against germs. The sterilizing lamp is connected with a helmet 4 to form an anti-germ helmet, the sterilizing lamp is arranged on the helmet 4, the sterilizing lamp body 1 consists of a lamp body 1-1 of the sterilizing lamp and a lamp holder 1-2 of the sterilizing lamp, a sterilizing pipeline penetrating through the lamp body of the sterilizing lamp is arranged in the sterilizing lamp, the sterilizing pipeline 2 consists of a lamp body inner shell 1-1-1 of the sterilizing lamp in a hollow way, an interlayer 1-1-3 formed by the lamp body inner shell 1-1-1-1 of the sterilizing lamp and a lamp body outer shell 1-1-2 of the sterilizing lamp is a sterilizing function generating space of the sterilizing lamp, a sterilizing pipeline inlet 2-1 and a sterilizing pipeline outlet 2-2 are arranged on the sterilizing pipeline 2, the sterilizing lamp is connected with the helmet 4, the sterilizing pipeline 2 replaces a ventilation channel 4-2 of the helmet or is expressed by a ventilation channel 4-2, connected with the helmet, Even expressed as the germicidal lamp is connected with the ventilation pipeline of the helmet 4, because the germicidal pipeline 2 is actually the ventilation pipeline, the inlet 2-1 of the germicidal pipeline is arranged inside the helmet 4, the outlet 2-2 of the germicidal pipeline is arranged outside the helmet 4, the air containing bacteria enters from the inlet 2-1 of the germicidal pipeline, circulates through the germicidal pipeline 2 and exits from the outlet 2-2 of the germicidal pipeline, under the sterilization action of the space generated by the sterilization function of the sterilizing lamp irradiating the sterilizing channel 2, bacteria or viruses on the bacteria-containing air are killed or killed, the harmfulness is reduced, of course, the bacteria-containing air which passes through the sterilizing pipeline 2 from the outlet 2-2 of the sterilizing pipeline and goes out of the inlet 2-1 of the sterilizing pipeline has the same sterilizing effect, can greatly eliminate the infection of isolating bacteria and virus, and a helmet face shield 4-1 which is convenient for wearing and taking off the helmet 4 is arranged on the helmet 4.

In a third embodiment shown in fig. 1 and 4, the germicidal lamp is attached to a garment 5 to form a pathogen-resistant garment. The sterilizing lamp is connected with the clothes 5 to form the anti-germ clothes, the sterilizing lamp is arranged on the clothes 5, the sterilizing lamp body 1 consists of a lamp body 1-1 of the sterilizing lamp and a lamp holder 1-2 of the sterilizing lamp, a sterilizing pipeline penetrating through the lamp body of the sterilizing lamp is arranged in the sterilizing lamp, the sterilizing pipeline 2 consists of a lamp body inner shell 1-1-1 of the sterilizing lamp in a hollow way, an interlayer 1-1-3 formed by the lamp body inner shell 1-1-1-1 of the sterilizing lamp and a lamp body outer shell 1-1-2 of the sterilizing lamp is a sterilizing function generating space of the sterilizing lamp, a sterilizing pipeline inlet 2-1 and a sterilizing pipeline outlet 2-2 are arranged on the sterilizing pipeline 2, the sterilizing lamp is connected with a mask 3, the sterilizing pipeline 2 replaces a ventilation channel 5-2 of the clothes or is expressed by a ventilation channel 5-2, connected with the clothes, Even can be expressed as that the sterilizing lamp is connected with the breathable pipeline of the clothes 5, because the sterilizing pipeline 2 is actually the breathable pipeline, the inlet 2-1 of the sterilizing pipeline is arranged inside the clothes 5, the outlet 2-2 of the sterilizing pipeline is arranged outside the clothes 5, the bacteria-containing air enters from the inlet 2-1 of the sterilizing pipeline and circulates through the sterilizing pipeline 2, and then exits from the outlet 2-2 of the sterilizing pipeline, under the sterilizing action that the space generated by the sterilizing function of the sterilizing lamp irradiates on the sterilizing channel 2, the bacteria or viruses on the bacteria-containing air are killed or killed, the hazard is reduced, certainly, the bacteria-containing air exiting from the outlet 2-2 of the sterilizing pipeline 2-1 through the sterilizing pipeline 2 has the same sterilizing effect, the infectivity of isolating the bacteria and the viruses can be greatly eliminated, and the zipper 5-1 which is convenient for putting on and taking off clothes is arranged on the clothes 5, herein, the clothing means protective clothing.

In a fourth embodiment shown in fig. 1 and 5, a germicidal lamp is connected to a small room 6 to form a germ-resistant small room. The sterilizing lamp is connected with the small room 6 to form a small disease and bacteria preventing room, the sterilizing lamp is arranged on the small room 6, the sterilizing lamp body 1 consists of a lamp body 1-1 of the sterilizing lamp and a lamp holder 1-2 of the sterilizing lamp, a sterilizing pipeline penetrating through the lamp body of the sterilizing lamp is arranged in the sterilizing lamp, the sterilizing pipeline 2 consists of a lamp body inner shell 1-1-1 of the sterilizing lamp in a hollow mode, an interlayer 1-1-3 formed by the lamp body inner shell 1-1-1-1 of the sterilizing lamp and a lamp body outer shell 1-1-2 of the sterilizing lamp is a sterilizing function generating space of the sterilizing lamp, a sterilizing pipeline inlet 2-1 and a sterilizing pipeline outlet 2-2 are arranged on the sterilizing pipeline 2, the sterilizing lamp is connected with a mask 3, the sterilizing pipeline 2 replaces a ventilation channel 6-2 of the small room or expresses that the sterilizing pipeline 2 is connected with the ventilation channel 6-2 of, Even expressed as the germicidal lamp is connected with the ventilation pipeline of the small room 6, because the germicidal pipeline 2 is actually also a ventilation pipeline, the inlet 2-1 of the germicidal pipeline is arranged inside the small room 6, the outlet 2-2 of the germicidal pipeline is arranged outside the small room 6, the air containing bacteria enters from the inlet 2-1 of the germicidal pipeline, circulates through the germicidal pipeline 2 and exits from the outlet 2-2 of the germicidal pipeline, under the sterilization action of the space generated by the sterilization function of the sterilizing lamp irradiating the sterilizing channel 2, bacteria or viruses on the bacteria-containing air are killed or killed, the harmfulness is reduced, of course, the bacteria-containing air which passes through the sterilizing pipeline 2 from the outlet 2-2 of the sterilizing pipeline and goes out of the inlet 2-1 of the sterilizing pipeline has the same sterilizing effect, can greatly eliminate the infectivity of isolated bacteria and virus, and a door 6-1 which can be accessed is arranged on the small room 6.

In the fifth embodiment shown in fig. 1 and 5, the germicidal lamp is connected to a blower 7 to form a virus decontamination machine. The sterilizing lamp pipeline is connected with the fan 7 by two methods: the method is characterized in that a sterilizing lamp pipeline is connected with a fan 7 to form the virus purifier, a sterilizing lamp body 1 is composed of a sterilizing lamp body 1-1 and a sterilizing lamp holder 1-2, a sterilizing pipeline 2 penetrating through the sterilizing lamp body 1 is arranged inside the sterilizing lamp, the sterilizing pipeline 2 is composed of a sterilizing lamp body inner shell 1-1-1 which is hollow, an interlayer 1-1-3 composed of the sterilizing lamp body inner shell 1-1-1 and a sterilizing lamp body outer shell 1-1-2 of the sterilizing lamp is a sterilizing function generating space of the sterilizing lamp, a sterilizing pipeline outlet 2-2 of the sterilizing lamp is connected with an air inlet 7-1 of the fan or a sterilizing pipeline inlet 2-1 of the sterilizing lamp is connected with an air outlet 7-1 of the fan, the sterilizing lamp can also be connected with a ventilating pipeline of the fan 5, and the pipeline connecting the air inlet 7-1 of the fan and the air inlet 7-2 of the fan is actually also a ventilating pipeline connecting the air inlet A pipeline, a fan 7 is started, under the suction action of the fan 7, bacteria-containing air enters from a sterilization pipeline inlet 2-1 of the sterilization lamp, circulates through the sterilization pipeline 2, exits from a sterilization pipeline outlet 2-2 of the sterilization lamp, enters the fan 7 through an air inlet 7-1 of the fan and then exits from an air outlet 7-2 of the fan, or bacteria-containing air enters the fan 7 through the air inlet 7-1 of the fan and then exits from the air outlet 7-2 of the fan, enters the sterilization pipeline inlet 2-1 of the sterilization lamp, enters the sterilization pipeline 2 and then exits from the sterilization pipeline outlet 2-2, bacteria or viruses on the bacteria-containing air are killed or killed under the sterilization action of the sterilization function generating space of the sterilization lamp irradiating the sterilization channel 2, the harmfulness is reduced, and of course, the bacteria-containing air which exits from the sterilization pipeline outlet 2-2 through the sterilization pipeline 2 and then exits from the sterilization pipeline inlet 2-1 through the sterilization pipeline 2-2 The air purifier has the advantages that the bacteria effect can greatly eliminate the infectivity of isolated bacteria and viruses, and importantly, the air is purified by sucking the bacteria-containing air through the fan 7, so that the bacteria-containing quantity of a space, particularly a closed space, can be greatly reduced, the air quality is greatly improved, the probability of infectious diseases infected by medical staff is reduced, and the air purifier has great social utilization value; the other method is that a fan 7 is connected between two bactericidal lamps through a pipeline to form a virus purifier, a bactericidal lamp body 1 is composed of a bactericidal lamp body 1-1 and a bactericidal lamp holder 1-2, a bactericidal pipeline penetrating through the bactericidal lamp body is arranged in the bactericidal lamp, the bactericidal pipeline 2 is composed of a bactericidal lamp body inner shell 1-1-1 which is hollow, an interlayer 1-1-3 composed of the bactericidal lamp body inner shell 1-1-1 and the bactericidal lamp body outer shell 1-1-2 is a bactericidal function generating space of the bactericidal lamp, wherein the outlet 2-2 of the bactericidal pipeline of one bactericidal lamp is connected with the air inlet 7-1 of the fan, the inlet 2-1 of the bactericidal pipeline of the other bactericidal lamp is connected with the air outlet 7-2 of the fan, the fan 7 is started, under the suction action of the fan 7, the bacteria-containing air enters from the inlet 2-1 of the sterilizing pipeline of one sterilizing lamp, circulates through the sterilizing pipeline 2 of one sterilizing lamp, exits from the outlet 2-2 of the sterilizing pipeline of one sterilizing lamp, enters the fan 7 through the air inlet 7-1 of the fan and exits from the air outlet 7-2 of the fan, enters the sterilizing pipeline 2 of another sterilizing lamp through the inlet 2-1 of the sterilizing pipeline of another sterilizing lamp and exits from the outlet 2-2 of the sterilizing pipeline of another sterilizing lamp, bacteria or viruses on the bacteria-containing air are killed or killed under the sterilizing action of irradiating the sterilizing channel 2 by the sterilizing function generating space of the sterilizing lamp, the harmfulness is reduced, and the bacteria-containing air which exits from the outlet 2-2 of the sterilizing pipeline through the inlet 2-1 of the sterilizing pipeline 2 has the same sterilizing effect, the device can greatly eliminate infectivity of isolated bacteria and viruses, and importantly, air is purified by sucking bacteria-containing air through the fan 7, so that the bacteria-containing quantity of a space, particularly a closed space, can be greatly reduced, the air quality is greatly improved, the probability of infectious diseases infection of medical personnel is reduced, and the device has great social utilization value.

Claims

1. A bactericidal lamp is characterized in that: the sterilizing lamp comprises a sterilizing lamp body (1) which consists of a sterilizing lamp body (1-1) and a sterilizing lamp holder (1-2), a sterilizing pipeline (2) penetrating through the sterilizing lamp body (1-1) is arranged in the sterilizing lamp, the sterilizing pipeline (2) is formed by a hollow sterilizing lamp body inner shell (1-1-1), an interlayer (1-1-3) formed by the sterilizing lamp body inner shell (1-1-1) and a sterilizing lamp body outer shell (1-1-2) of the sterilizing lamp is a sterilizing function generating space of the sterilizing lamp, and a sterilizing pipeline inlet (2-1) and a sterilizing pipeline outlet (2-2) are arranged on the sterilizing pipeline (2).

2. The germicidal lamp as claimed in claim 1, wherein: a plurality of sterilization pipelines (2) which penetrate through the lamp body (1-1) of the sterilization lamp are arranged on the sterilization lamp.

3. The germicidal lamp as claimed in claim 1, wherein: the sterilizing pipeline (2) is bent.

4. The germicidal lamp as claimed in claim 1, wherein: the bactericidal lamp is connected with the mask (3) to form a germ-proof mask, and the pipeline bactericidal lamp is connected with the ventilation pipeline of the mask (3).

5. The germicidal lamp as claimed in claim 1, wherein: the sterilizing lamp is connected with the helmet (4) to form a helmet for preventing diseases and bacteria, and the pipeline sterilizing lamp is connected with the ventilating pipeline of the helmet (4).

6. The germicidal lamp as claimed in claim 1, wherein: the bactericidal lamp is connected with the clothes (5) to form the anti-bacteria clothes, and the pipeline bactericidal lamp is connected with the breathable pipeline of the clothes (5).

7. The germicidal lamp as claimed in claim 1, wherein: the bactericidal lamp is connected with the small room (6) to form a small disease and bacteria preventing room, and the pipeline bactericidal lamp is connected with the ventilating pipeline of the mask small room (6).

8. The germicidal lamp as claimed in claim 1, wherein: the bactericidal lamp is connected with the fan (7) to form a virus purifier, and the pipeline bactericidal lamp is connected with the ventilating pipeline of the fan (7).