CN202014527U - Energy-saving broad-spectrum trap lamp - Google Patents

Abstract

The utility model discloses an energy-saving wide-spectrum insect-attracting lamp, which comprises a lamp holder, at least one visible light lamp tube, and at least one ultraviolet light lamp tube. The visible light lamp tube includes a glass tube, and the glass tube is coated with A phosphor layer with a wavelength of 380-700nm visible light, in which one end of the glass tube is installed in the lamp holder and the other end is closed; the ultraviolet light tube is a lead-free transparent glass tube that can emit 320-380nm ultraviolet rays, and one end is installed in the The center and the other end of the lamp holder are closed. The utility model has the advantages of: maintaining the energy-saving characteristics of the original single-ended compact fluorescent lamp; compared with the single-ended compact fluorescent lamp, the spectrum range is widened, and the types of insect traps are increased; the original production process is not changed much, and it is convenient to put into production; Tube fluorescent lamp, straight tube ultraviolet lamp two lamp tubes, low cost, easy to use, manage, maintain, and easy to replace.

Description

An energy-saving wide-spectrum insect trap lamp

technical field

The utility model relates to an energy-saving insect-attracting lamp, in particular to an energy-saving wide-spectrum insect-attracting lamp.

Background technique

Light traps mostly use straight tube fluorescent lamps (belonging to double-ended fluorescent lamps) and straight tube ultraviolet lamps as light sources, which consume a lot of power and need to be equipped with additional ballasts; The insect lamp uses two lamp tubes, a straight tube fluorescent lamp and a straight tube ultraviolet lamp, as light sources for attracting insects, which has high manufacturing cost and high energy consumption.

The lamp tube, ballast and lamp cap of single-ended fluorescent lamps (commonly known as energy-saving lamps) are tightly integrated, and they cannot be disassembled except for destructive blows, so they are called "compact" fluorescent lamps. Since there is no need to add an external ballast, and the drive circuit is also inside the ballast, this fluorescent lamp is also a self-ballasted fluorescent lamp and an internally started fluorescent lamp. The whole lamp is directly connected to the power supply network through lamp holders such as E27, which can directly replace incandescent lamps conveniently. Using single-ended fluorescent lamps as light sources saves 80% of electricity consumption compared with ordinary incandescent lamps; but the spectrum is only visible light, and there are few types of insect traps.

Utility model content

Purpose of the invention: In order to overcome the deficiencies of the prior art, the utility model provides an energy-saving broad-spectrum insect trap lamp with reasonable structure, low cost, low energy consumption, many types of insect traps, good effect and convenient use.

Technical solution: In order to solve the above-mentioned technical problems, the technical solution adopted in the utility model is:

An energy-saving wide-spectrum insect trap lamp, comprising a lamp holder, at least one visible light tube, and at least one ultraviolet light tube, the visible light tube includes a glass tube, and the glass tube is coated with a film capable of emitting light with a wavelength of 380-700nm. Visible light phosphor layer, wherein one end of the glass tube is installed in the lamp holder, and the other end is closed; the ultraviolet light tube is a lead-free transparent glass tube that can transmit 320-380nm ultraviolet rays, and one end is installed in the lamp holder. The other end is closed.

Beneficial effects: Compared with the prior art, the utility model has the following advantages: (1) It can maintain the energy-saving characteristics of the original single-ended compact fluorescent lamp; More types: (3) little change to the original production process, easy to put into production; (4) compared with the straight tube fluorescent lamp and straight tube ultraviolet lamp, the cost is lower, the use, management, maintenance are convenient, and the replacement is easy.

Description of drawings

Fig. 1 is the structural representation of the utility model.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is described in further detail.

As shown in Figure 1, an energy-saving wide-spectrum insect trap lamp includes a lamp holder 1, a visible light tube 2 and an ultraviolet light tube 3. The visible light tube 2 includes a glass tube, and the glass tube is coated with a It is a fluorescent powder layer of 380-700nm visible light, wherein one end of the glass tube is installed in the lamp holder 1 and the other end is closed; the ultraviolet light tube 3 is a lead-free transparent glass tube that can transmit 320-380nm ultraviolet rays, and one end Installed in the lamp holder 1, the other end is closed.

For the convenience of manufacture and use, the visible light tube 2 and the ultraviolet light tube 3 include various types of lamp tubes, wherein the shape of the visible light tube 2 can be one of U-shaped, H-shaped, and spiral, and the shape of the ultraviolet light tube 3 can be It is one of U shape, H shape and spiral shape.

In the utility model, when there are more than three visible light lamp tubes 2 and ultraviolet light lamp tubes 3, the quantity ratio between them can be determined according to the usage requirements.

Production requirements:

1) The glass tubes are made of lead-free glass;

2) Make special lamp tube components: make single-ended lamp tubes emitting 380-700nm visible light according to conventional processes and standards; make ultraviolet light tubes 3 according to conventional methods, the difference is that no fluorescent light is sprayed in the lead-free transparent glass tube Powder, 320 ~ 380nm ultraviolet rays can pass through the lead-free transparent glass tube. The specifications of each lamp tube are determined according to the number and power of the lamp;

3) Adopt the production process and standard of the original single-ended compact fluorescent lamp, use the original 220V AC electronic components, E27 and other lamp holders, and one or more of the two types of ultraviolet light and visible light tubes to assemble various types of AC energy-saving wide Spectrum insect trap lamps; use the original 12V DC electronic components, E27 lamp holders, and one or more ultraviolet and visible light tubes to assemble various types of DC energy-saving wide-spectrum insect trap lamps.

The above is only a preferred embodiment of the utility model, it should be pointed out that for those of ordinary skill in the art, without departing from the principle of the utility model, some improvements and modifications can also be made. Retouching should also be regarded as the scope of protection of the present utility model.

Claims (3)

1. energy-conservation wide range light trap, it is characterized in that: comprise lamp socket (1), at least one visible light fluorescent tube (2), at least one ultraviolet tube (3), described visible light fluorescent tube (2) comprises glass tube, in glass tube, scribble can emission wavelength be the phosphor powder layer of 380～700nm visible light, wherein an end of glass tube be installed in the lamp socket (1), other end sealing; Described ultraviolet tube (3) is to see through the ultraviolet unleaded transparent glass tube of 320～380nm, and the one end is installed in the lamp socket (1), other end sealing.

2. a kind of energy-conservation wide range light trap according to claim 1, it is characterized in that: described visible light fluorescent tube (2) is shaped as any in U type, H type, the screw type.

3. a kind of energy-conservation wide range light trap according to claim 1, it is characterized in that: described ultraviolet tube (3) is shaped as any in U type, H type, the screw type.

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