JP3215682U - A kind of insect control light - Google Patents

Abstract

The present invention provides a kind of insect control light. A type of insect control light includes a strip-shaped light body and a translucent cover 2 outside the light body. The translucent cover is a strip-shaped yellow tube. The light body is provided with a respirator at one end, and the other end is used for wire connection. Sealing assemblies 5 and 6 are connected to both ends of the light main body and the translucent cover, respectively. In the present invention, the purple light and blue light that mosquitoes and other insects like are filtered and removed, thereby obtaining light of a specific wavelength that the mosquitoes and other insects dislike, and the effect of exterminating mosquitoes and other insects is achieved. [Selection] Figure 1

Description

The present invention relates to a type of light, and more particularly to a type of insect control light.

When planting crops, mosquitoes and insects are usually killed by chemical methods. Farmers remove pests by spraying with pesticides because there are pests in the growing process of crops. However, pesticides remain in crops and contaminate the soil, and more importantly, long-term use of chemical pesticides has a potential negative impact on human health. Current research has shown that compound-eye pests such as mosquitoes and moths are very sensitive to, and dislike certain light. Utilizing this special physiological characteristic of pests, special light source materials are used to create light that is harmful to pests and to achieve the effect of anthelmintic. This proposal is based on the above principle.

An object of the present invention is to provide a kind of insect extermination light that exterminates insects such as mosquitoes by obtaining light of a predetermined wavelength that insects such as mosquitoes avoid by filtering light.

In order to achieve the above object, a kind of insect control light according to the present invention includes a strip-shaped light body and a translucent cover outside the light body. The light body is provided with an LED light emitting diode that generates white fluorescence. The translucent cover is made from a yellow polymer light-transmitting material. The light body is provided with a respirator at one end, and the other end is used for wire connection. Sealing assemblies are connected to both ends of the light body and the translucent cover, respectively.

The light main body has a strip-shaped heat radiator, a driving device connected to both ends of the heat radiator, and an LED strip installed on the heat radiator. The LED strip is provided with a plurality of LED light emitting diodes. The radiator has an air core in the middle, and forms a mold similar to a triangular prism. The LED strips are respectively installed on three side surfaces of the heat radiating body facing in different directions. The drive device has a drive cover, and the drive cover is connected to both ends of the heat radiating body.

The sealing assembly provided at the other end of the light body used for connecting the wires has a waterproof sealing cover, an end cover, a waterproof silicon sheet, and an end cover plate. The waterproof sealing cover, the end cover, the waterproof silicon sheet, and the end cover plate are provided with a through hole in the center. The end of the line penetrates from the through hole, enters the drive cover, and is connected to the drive device. Each of the through holes is formed with a screw hole in the periphery. The end cover locks the waterproof sealing cover to the outside of the drive cover with a screw. The end cover plate is connected to the end cover by screws. The waterproof silicon sheet is sandwiched between the end cover and the end cover plate.

The drive cover has a cylindrical shape with both ends opened, and a plurality of protruding mounting pillars are provided along the periphery of the opening. The waterproof sealing cover has a plurality of mounting holes into which the mounting pillars can be inserted along the circumferential direction, and an annular surface extending from the intermediate bottom surface extends around the waterproof sealing cover. An annular recess into which the edge of the translucent cover can be inserted is formed around the intermediate bottom surface.

The lower half of the end lid constitutes a cavity that completely closes the waterproof sealing cover. The upper half of the end lid is installed around a central housing cavity that opens from the top. A through-hole through which the end of the line can pass is formed at the bottom of the central housing cavity. The central housing cavity is formed with a small housing cavity that is recessed inward along the periphery and a plurality of screw holes. A through hole communicating with the lower cavity is formed at the bottom of the small accommodating cavity. The lower end of the self-tapping screw penetrates the through hole from the inside of the small accommodating cavity, penetrates the mounting hole of the waterproof sealing cover, and is connected to the mounting pillar of the driving cover. Are connected to each other.

The waterproof silicon sheet has a through hole formed at the center of the sheet body through which the line end passes, and the upper projecting ring and the lower projecting ring are extended in two directions of the sheet body along the edge of the through hole. In the periphery of the sheet body, three sealing pillars are extended along the same direction as the protruding direction of the lower protrusion ring, and a plurality of screw holes are formed in the periphery of the sheet body. The end cover plate is provided with a through hole used to penetrate the line end and the upper protruding ring, and a plurality of screw holes are formed around the through hole. Screws pass through the screw holes in the end lid plate and waterproof silicone sheet, and are connected to the screw holes in the end lid, and fixed so that the waterproof silicon sheet is sandwiched between the end lid plate and the end lid To do.

A sealing assembly attached to one end of the light body provided with a respirator includes a waterproof sealing cover, an end lid, a waterproof silicone sheet, an end lid plate, a hex screw, and a sealing ring;
The waterproof sealing cover, end cover, waterproof silicone sheet, and end cover plate all have a through-hole through which the lower end of the hexagon screw can pass at the center, and a screw hole around the through-hole. Is formed. The hexagon screw is provided on the end cover plate and closes the through hole at the center of the end cover plate, the waterproof silicon sheet, and the end cover.

In the radiator, through grooves extending in the longitudinal direction are formed at positions of three edges of the mold material. The through groove is connected to the drive cover by a screw.

Three sets of protruding ribs are formed on the inner surface of the translucent cover at positions corresponding to the three edges of the radiator, and the protruding ribs of each set protrude in accordance with the longitudinal direction of the tubular body of the translucent cover. Includes two ribs. The through groove of the heat radiating body is locked between the two protruding ribs.

The light main body is provided with a PCB panel and a storage battery. The storage battery is connected to an external solar energy panel. The PCB panel is provided with a drive chip connected to the LED light-emitting diode, and an MCU and a GPS module connected to the drive chip. The GPS module performs remote communication with a GPS navigation satellite via an antenna.

After using the above technique, the present invention has the following advantages over the background art.
1. In the present invention, LED light-emitting diodes with high light effects are used, and the cold white light generated by the LED light-emitting diodes is blue light or purple light that likes insects such as mosquitoes after color filtration treatment of special dye (yellow) polymer material Filter, and get light of special wavelength that mosquitoes and other insects dislike, and get rid of insects such as mosquitoes. Applicable to agriculture, serves the purpose of controlling pests in an environmentally friendly and harmless manner and reduces environmental pollution.
2. In the present invention, a waterproof silicon sheet is provided on the two end lids of the light body, and external water can be prevented from entering the light body from the gap.
3. The light body is installed on three side faces of the heat radiating body facing in different directions, constitutes a three-sided light emitter, and achieves an effect of emitting light on the front surface.
4). According to the present invention, a plurality of insect extermination lights having different longitudes and latitudes are simultaneously illuminated by positioning by a satellite and time reception, and power is supplied by a solar energy panel.

It is the schematic which shows the whole structure of a practical new type. It is the schematic which shows the phase separation of a practical new type translucent cover and a light main body. It is sectional drawing which shows a tangential end of a practical new type. It is an exploded view which shows the sealing assembly installed in the tangent one end of a utility new type. It is sectional drawing which shows the end which installs a practical new type respiratory organ. FIG. 6 is an exploded view showing a sealing assembly at one end for installing a new type of respirator. It is sectional drawing which shows the center of a utility-type light main body. It is the schematic which shows the spectrum of light emission of a practical new type. It is the schematic which shows the principle of a practical new type and a GPS navigation satellite telecommunications.

In order to clarify the objects, techniques and advantages of the present invention, the present invention will be described in detail with reference to the following drawings and examples. The specific embodiments described herein are merely illustrative of the present invention, but are not intended to limit the present invention.

(Example)
Please refer to FIGS. The present invention relates to a kind of anthelmintic lamp, and comprises a strip-shaped light body 1 and a translucent cover 2 for covering the light body externally. The translucent cover 2 is a yellow strip-shaped tube body, and a respirator is installed at one end of the light body 1. The other end of the light body 1 is connected to a line. One end of the wire is connected to the sealing assembly 5. One end of the respiratory device is connected to the sealing assembly 6. The translucent cover 2 is a cover made by adding a transparent material to a yellow polymer material and using a plastic extrusion molding method.

As shown in FIG. 7, the light main body 1 includes a strip-shaped radiator 11, driving devices 12 at both ends of the radiator 11, and LED strips 13 installed on the radiator 11. Several LED light emitting diodes are installed on the LED strip 13. The radiator 11 is empty and forms a mold similar to a triangular prism. Through grooves 16 extending in the longitudinal direction are formed at positions of three edges of the mold material. The LED strip 13 is installed on each of the three side surfaces and becomes a three-sided light emitter. Reflecting plates 18 are installed on both sides of the LED strip 13.

Three sets of protruding ribs are formed at positions corresponding to the inner surface of the translucent cover 2 and the three edges of the radiator 11. A protruding rib 21 extending in the longitudinal direction of the tubular body of the translucent cover 2 is formed on the protruding rib, and when installed, the three through grooves 16 of the heat radiating body 11 are sandwiched between the protruding ribs 21, respectively. The position of is fixed, and the relative rotation of the translucent cover and the internal light body is prevented.

The LED light emitting diode emits cold white light through the translucent cover 2. The translucent cover 2 functions to filter. Remove light below 480nm (remove blue and purple light that pests like relatively). The emission spectrum is concentrated at about 590 nm, which is a wavelength at which pests are scared. The spectrum features a wide wave apex, many types of pests to be removed, a wide range, and good insect control.

The drive device 12 includes a drive cover 14 at both ends of the radiator 11 and a PCB installed on the drive cover 14. The drive cover 14 is a cylinder with openings at both ends, and one end is formed with three screw holes for installing screws 15 around the opening. The screw 15 passes through the screw hole and is connected to the through groove 16 at the edge of the heat radiating member, thereby realizing the connection of the drive cover 14 and the heat radiating member 11. The other end of the drive cover 14 is provided with three mounting pillars 17 protruding along the periphery of the opening.

Please refer to FIGS. The sealing assembly 5 installed at one end of the connection line includes a waterproof sealing cover 51, an end cover 52, a waterproof silicon sheet 15, and an end cover plate 54. The waterproof sealing cover 51 has mounting holes 511 into which the three mounting pillars 17 can be inserted in the circumferential direction. An annular surface 512 protruding from the bottom surface at the center is extended around the waterproof sealing cover. An annular recess is formed between the annular surface 512 and the center bottom surface. When the waterproof sealing cover 51 and the drive cover 14 are connected, the edge of the translucent cover 2 is inserted into the annular recess. A through hole 512 through which the end 7 of the line can pass is formed at the center of the waterproof sealing cover 51.

The lower half of the end lid 52 constitutes a cavity body 521 that can completely cover the semi-waterproof sealing cover. The center of the upper half of the end cover 52 is centered on a central accommodation cavity 522 that opens from the top. A through-hole through which the end 7 of the line can pass is formed at the bottom of the center receiving cavity 522. Three small receiving cavities 523 and three screw holes 524 are provided around the central receiving cavities 522. A through hole connected to the lower cavity body 521 is formed at the bottom of the small accommodating cavity 523. The lower end of the self-tapping screw 55 is connected to the mounting column 17 of the drive cover 14 through the inside of the small receiving cavity 523 and through the mounting hole 511 of the waterproof sealing cover 51. Thereby, the end cover 52, the waterproof sealing cover 51, and the drive cover 14 are connected.

The waterproof silicon sheet 53 has a through hole through which the end 7 of the line passes in the center of the sheet body. An upper protruding ring 531 and a lower protruding ring 532 are extended in two directions of the sheet body along the edge of the through hole. Three sealing columns 533 are extended along the same direction as the protruding direction of the lower protruding ring 532 around the sheet body. Three screw holes 534 are provided around the sheet body, and three screw holes 542 are formed around the through hole 541. The screw 56 passes through the screw hole 524 and the screw hole 534 of the waterproof silicon sheet 53 and is connected to the screw hole 524 at the end lid 52. Thereby, the waterproof silicon sheet 53 is firmly fixed between the end cover 52 and the end cover plate 54.

The waterproof silicon sheet 53 performs a sealing waterproof function on the light body. The lower convex ring projecting ring 532 of the waterproof silicon sheet 53 is filled in the center accommodating cavity 522 of the end cover 52, and the end 7 of the line penetrates from the middle of the waterproof silicon sheet 53. The waterproof silicon sheet 53 is pressed and compressed by the wall surface of the end cover 52. Therefore, the end 7 of the wire is pressed toward the center, and the end 7 of the wire is tightly sandwiched and fixed. The three sealing columns 533 of the waterproof silicon sheet 53 close the small accommodating cavity 523 to which screws are attached from the top. The upper protruding ring 531 extends the through hole of the end cover 54, covers the portion where the line end 7 exits, and allows external water to enter the light strip through the gap between the screw hole and the line. Blocks and performs a good waterproof effect.

Reference is made to FIGS. The sealing assembly 6 installed at one end of the respirator includes a waterproof sealing cover 61, an end cover 62, a waterproof silicon sheet 63 and an end cover plate 64. The installation method is the same as the installation method at the tangential end. The difference is that a hexagon screw 65 and a sealing ring 66 are connected to one end of the respiratory organ. The center of the end lid 62 has no receiving cavity, and has only a through hole through which the lower end of the hexagon screw 65 can pass. Both the waterproof silicon sheet 63 and the end cover 64 have only through holes 631 and 634 through which the lower end of the hexagon screw 65 can pass. After the waterproof silicon cover 61, the end cover 62, the waterproof silicon sheet 63, and the end cover 64 are connected by screws, the hexagonal screw 63 is installed on the end cover 64. The end cover 64, the waterproof silicon sheet 63 The central through-hole of the end cover 62 is closed to achieve a sealing effect.

According to research results, it is not enough to get rid of pests with just a special light source. In order to achieve an ideal effect, the anthelmintic lamp should shine at a certain frequency. And it is necessary to shine several insect light at the same frequency at the same time. The present invention can control the simultaneous lighting of several deworming lights of different longitude and latitude by positioning by satellite. Electric power is provided by a solar energy panel. Please refer to FIG. A PCB board and a battery are installed in the drive cover 14. A drive chip, MCU and GPS module are installed on the PCB board. The MCU has a preset control program. When the MCU is activated, the MCU issues a survey command to the GPS module. The GPS module acquires GPS data through an antenna and GPS navigation. This data includes information to make the longitude and latitude accurate. The GPS transmits the acquired data to the MCU. The MCU processes the data and controls the anthelmintic lamps at different locations at the same time according to the information that corrects the GPS time, exports the PWM signal to the driving chip at the same time, lights up the light body connected to the driving chip, The main body shines at a frequency as set. The frequency is set by the aerial ratio of the PWM signal.

The above is an excellent and specific embodiment of the present invention, but the protection scope of the present invention is not limited. Those skilled in the art will be able to make simple changes and replacements within the scope of the present invention. For this reason, the protection scope of the present invention should be based on the scope of claims for utility model registration.

Claims (10)

Equipped with a strip-shaped light body and a translucent cover outside the light body,
The light body is provided with LED light emitting diodes that generate white fluorescence,
The translucent cover is made from yellow polymer filtered light material,
The light body is equipped with a respirator at one end and the other end is used for wire connection,
A kind of insect extermination light, characterized in that a sealing assembly is connected to both ends of the light body and the translucent cover. The light body has a strip-shaped radiator, a driving device connected to both ends of the radiator, and an LED strip installed on the radiator,
The LED strip is provided with a plurality of LED light emitting diodes,
The radiator has an air core in the middle, and forms a mold similar to a triangular prism,
The LED strips are each installed on three sides facing the different direction of the radiator,
The kind of insect extermination light according to claim 1, wherein the drive device has a drive cover, and the drive cover is connected to both ends of the radiator. The sealing assembly provided at the other end of the light body used for connecting the wire has a waterproof sealing cover, an end cover, a waterproof silicon sheet, and an end cover plate,
The waterproof sealing cover, end cover, waterproof silicon sheet, and end cover plate have a through hole in the center,
The end of the wire penetrates from the through hole, enters the drive cover and is connected to the drive device,
Each through hole has a screw hole around it,
The end lid locks the waterproof sealing cover to the outside of the drive cover with screws,
The end cover plate is connected to the end cover by screws,
The kind of insect-control light according to claim 2, wherein the waterproof silicon sheet is sandwiched between an end cover and an end cover plate. The drive cover has a cylindrical shape with both ends opened, and a plurality of protruding mounting columns are installed along the periphery of the opening.
The waterproof sealing cover has a plurality of mounting holes into which the mounting pillars can be inserted along the circumferential direction, and an annular surface extending from the intermediate bottom surface extends around the waterproof sealing cover. 4. A kind of insect extermination light according to claim 3, wherein an annular concave portion into which an edge of the translucent cover can be inserted is formed between the intermediate bottom surface and the intermediate bottom surface. The lower half of the end lid constitutes a cavity that completely covers the waterproof sealing cover,
The upper half of the end lid is set around a central receiving cavity that opens from the top,
The bottom of the central housing cavity is formed with a through-hole through which the end of the line can penetrate,
The central housing cavity is formed with a small housing cavity that is recessed inward along the periphery and a plurality of screw holes.
The bottom of the small accommodating cavity is formed with a through hole communicating with the lower cavity,
The lower end of the self-tapping screw penetrates the through hole from the inside of the small accommodating cavity, passes through the mounting hole of the waterproof sealing cover, and is connected to the mounting pillar of the driving cover. The end lid, the waterproof sealing cover, and the driving cover The insect control light according to claim 4, which are connected to each other. The waterproof silicon sheet has a through hole formed at the center of the sheet body through which the line end passes, and the upper projecting ring and the lower projecting ring are extended in two directions of the sheet body along the edge of the through hole. The three sealing pillars are extended along the same direction as the protruding direction of the lower protruding ring in the periphery of the sheet body, and a plurality of screw holes are formed in the periphery of the sheet body,
The end cover plate has a through hole used to penetrate the line end and the upper protruding ring, and a plurality of screw holes are formed around the through hole.
Screws pass through the screw holes in the end lid plate and waterproof silicone sheet, and are connected to the screw holes in the end lid, and fixed so that the waterproof silicon sheet is sandwiched between the end lid plate and the end lid A kind of insect-control light according to claim 5. A sealing assembly attached to one end of the light body provided with a respirator includes a waterproof sealing cover, an end lid, a waterproof silicone sheet, an end lid plate, a hex screw, and a sealing ring;
The waterproof sealing cover, end cover, waterproof silicone sheet, and end cover plate all have a through-hole through which the lower end of the hexagon screw can pass at the center, and a screw hole around the through-hole. Formed,
The hexagonal screw is provided on the end cover plate and closes the through hole in the center of the end cover plate, the waterproof silicon sheet, and the end cover. . In the radiator, through grooves extending in the longitudinal direction are formed at the positions of the three edges of the mold material,
The kind of insect-control light according to claim 2, wherein the through-groove is connected to the drive cover by a screw. Three sets of protruding ribs are formed on the inner surface of the translucent cover at positions corresponding to the three edges of the radiator, and the protruding ribs of each set protrude in accordance with the longitudinal direction of the tubular body of the translucent cover. Including two ribs,
The kind of insect extermination light according to claim 8, wherein the through groove of the radiator is locked between the two protruding ribs. The light body has a PCB panel and a storage battery inside.
The storage battery is connected to an external solar energy panel,
The PCB panel is provided with a drive chip connected to the LED light-emitting diode, and an MCU and GPS module connected to the drive chip.
The kind of insect extermination light according to claim 1, wherein the GPS module performs remote communication with a GPS navigation satellite through an antenna.