WO2017193524A1

WO2017193524A1 - Method and device for cleaning wire grids of bug zapper lamp

Info

Publication number: WO2017193524A1
Application number: PCT/CN2016/099666
Authority: WO
Inventors: 宋国强
Original assignee: 宋国强
Priority date: 2016-05-13
Filing date: 2016-09-22
Publication date: 2017-11-16
Also published as: CN105834135A

Abstract

A method and device for cleaning wire grids of a bug zapper lamp are provided to clean, by a combination of four types of cleaning methods including scraping, wiping, rubbing, and brushing, bug parts and other non-electrically conductive materials and waste on a high-voltage grid wire. A cleaning device comprises a scraping-type cleaning device, a wiping-type cleaning device, a rubbing-type cleaning device, and a brushing-type cleaning device. The scraping-type cleaning device is used to scrap clean the high-voltage grid wire. The wiping-type cleaning device is used to wipe clean the high-voltage grid wire. The rubbing-type cleaning device is used to rub clean the high-voltage grid wire. The brushing-type cleaning device is used to brush clean the high-voltage grid wire. The embodiment can thoroughly clean high-voltage wire grids of a bug zapper lamp.

Description

Method and device for cleaning insecticidal lamp power grid

Technical field

The invention belongs to the technical field of insecticidal lamps, and particularly relates to a method and device for cleaning a pesticidal lamp power grid.

Background technique

Most of the existing insecticidal lamps use the characteristics of phototaxis, colorimetry, vocalization and sexual attraction of pests, and then use the high-voltage power grid of insecticidal lamps to carry out electric shock hunting. After high-voltage power grid electric shocks to kill mosquitoes, the corpses and The liquid of the worm body and the garbage are adhered to the wire of the high-voltage network. If it is not cleaned in time, the wire is easily poorly conductive or non-conductive, and the high-voltage power grid cannot be electrically shocked to kill pests. At present, cleaning brushes are used in the network for cleaning. This method can only remove the corpses. The horny insulation layer of the insect body is not cleaned up at all, which affects the normal use of insecticidal lamps and hinders the widespread application of insecticidal lamps.

Summary of the invention

The object of the present invention is to provide a method and a device for cleaning a pesticidal lamp power grid, which can thoroughly clean the high voltage power grid of the insecticidal lamp.

Based on the same inventive concept, the invention has two independent technical solutions:

1. A method for cleaning a pesticidal lamp power grid, characterized in that the non-conductive material on the high-voltage power grid wire is thoroughly cleaned by a combination of four cleaning methods: scraping, rubbing, grinding and brushing.

The cleaning method of the scraping is realized by cleaning the knife or the round tube, the cleaning method of the rubbing is realized by the cotton yarn sleeve, the cleaning method of the grinding is realized by the grinding wheel, and the cleaning method of the brush is realized by the wire brush.

2. An insecticidal lamp power grid cleaning device for implementing the above method, characterized in that: by scraping The cleaning device, the wiping cleaning device, the grinding cleaning device and the brush cleaning device are combined, the scraping cleaning device is used for cleaning the high voltage power grid, and the wiping cleaning device is used for cleaning the high voltage power grid. Method, the grinding type cleaning device is used for cleaning the high voltage power grid, and the brush cleaning device is used for cleaning the high voltage power grid.

The structure of the scraping cleaning device is that a plurality of sets of cleaning knives are installed on the cleaning rack, and a set of cleaning knives is arranged correspondingly within 360 degrees of each wire of the high-voltage power grid, and a spring piece is arranged on the back of the blade group to form an elastic around the high-voltage mesh. Telescopic and automatic diameter adjustment.

Each set of cleaning knives of the scraping cleaning device is composed of two or more blades, the inner side of the middle portion of the blade has a circular arc shape, the arc of the blade is symmetric or angular, and the high-voltage power grid wire is disposed between the arcs of the blade.

Each set of cleaning blades of the wiper cleaning device consists of two or more blades, the blades are in the shape of a straight plate, and two or more blades are correspondingly disposed outside the wires of the high voltage power grid.

Each set of cleaning knives of the scraping cleaning device consists of three blades, three blades are arranged from top to bottom, each blade has an arcuate slit at its inner end, and the high-voltage grid wire is located inside the arc-shaped slit, three blades The curved gap covers the high-voltage power grid.

The structure of the scraping cleaning device is such that a plurality of round tubes are installed on the cleaning rack, and each of the wires of the high voltage power grid is correspondingly provided with a round tube, and the high voltage power grid wire is located inside the round tube.

The structure of the wiping cleaning device is that a plurality of cotton yarn sleeves are arranged on the cleaning frame, and each wire of the high voltage power grid is correspondingly provided with a cotton yarn sleeve, and the high voltage power grid wire is located inside the cotton yarn sleeve, and the cotton yarn frame is provided with a cotton creel outside the cotton yarn sleeve. Fixed with the cleaning frame.

The brush cleaning device has a structure in which a plurality of wire brushes are arranged on the cleaning frame, and each wire of the high voltage power grid is correspondingly provided with a wire brush, the end portion of the wire brush is provided with an arcuate gap, and the wire of the high voltage power grid is located in a curved shape of the wire brush. The inside of the gap.

The structure of the brush cleaning device is that a plurality of sets of wire brushes are arranged on the cleaning frame, and each wire of the high voltage power grid is correspondingly provided with a set of wire brushes, and each set of wire brushes is composed of two wire brushes, each The inner ends of the wire brushes are provided with arcuate gaps, and the arc-shaped gaps of the two wire brushes are enclosed by the high-voltage power grid wires.

The brush cleaning device has a structure in which a plurality of wire brush sleeves are arranged on the cleaning frame, and each wire of the high voltage power grid is correspondingly provided with a wire brush sleeve, and the high voltage power grid wire is located in the wire brush sleeve, and the wire brush sleeve is provided with a steel wire outside. The brush holder, the wire brush holder and the cleaning frame are fixed.

The structure of the grinding type cleaning device is that a plurality of sets of grinding wheel pieces are arranged on the cleaning frame, each group of grinding wheel pieces is composed of two grinding wheel pieces, the inner ends of the two grinding wheel pieces are provided with arcuate gaps, and the arc gaps of the two grinding wheel pieces are curved. Enclose the high-voltage power grid.

The invention has the beneficial effects:

The cleaning device of the invention is composed of a scraping cleaning device, a wiping cleaning device, a grinding cleaning device and a brush cleaning device, and the combination of the four cleaning methods of scraping, rubbing, grinding and brushing is on the non-high voltage grid wire. The conductive material is cleaned on two sides, three sides, four sides or 360 degrees to completely and completely remove the corpses and non-conductive adhesives and garbage that have been killed on the high voltage power grid. The cleaning method of the scraping method of the invention is realized by cleaning the knife or the round tube, the cleaning method of the rubbing is realized by the cotton yarn sleeve, the cleaning method of the grinding is realized by the grinding wheel, the cleaning method of the brush is realized by the steel wire brush, the implementation method is simple and easy, and the cleaning is completely reliable. Thorough cleaning of high voltage grid wires of various shapes is possible.

The scraping cleaning device of the present invention has a structure in which a plurality of sets of cleaning knives are mounted on the cleaning rack, and each of the wires of the high voltage power grid is provided with a set of cleaning knives. The structure of the scraping cleaning device may be such that each set of cleaning knives consists of two blades, the inner side of the middle portion of the blade has a circular arc shape, the arcs of the two blades are symmetrically arranged, and the high-voltage grid wires are disposed between the arcs of the two blades. . The structure of the scraping cleaning device may be such that each set of cleaning blades is composed of two blades, the blades are in a straight shape, and the two blades are symmetrically disposed on both sides of the high-voltage power grid wires. The structure of the scraping cleaning device may also be that each group of cleaning blades is composed of three or more blades, three blades or a plurality of blades are arranged in order from top to bottom, and the inner ends of each blade are provided with arcuate gaps, and the high voltage power grid The wire is located in an arc Inside the mouth, three blades or a plurality of curved gaps enclose the high-voltage grid wires. The invention realizes thorough cleaning of the high-voltage power grid wires by different scraping cleaning device structures.

The wiping cleaning device of the invention has a structure in which a plurality of cotton yarn sleeves are arranged on the cleaning frame, and each of the wires of the high voltage power grid is correspondingly provided with a cotton yarn sleeve, the high voltage power grid wire is located inside the cotton yarn sleeve, and the cotton yarn frame is provided with a cotton creel outside. The cotton creel and the cleaning frame are fixed, the structure is simple and reasonable, and the non-conductive material adhered to the high-voltage voltage wire is further cleaned by the rubbing method, so that the cleaning is more thorough.

The brush cleaning device of the present invention may be configured such that a plurality of wire brushes are arranged on the cleaning frame, and each wire of the high voltage power grid is correspondingly provided with a wire brush, the end portion of the wire brush is provided with a curved gap, and the wire of the high voltage power grid is located at the wire. Brush the inside of the curved gap. The structure of the brush cleaning device may be: a plurality of sets of wire brushes are arranged on the cleaning frame, and each wire of the high voltage power grid is correspondingly provided with a set of wire brushes, each set of wire brushes is composed of two wire brushes, each of which is inside the wire brush The end is provided with an arcuate gap, and the arcuate gaps of the two wire brushes are enclosed by the high voltage power grid wires. The structure of the brush cleaning device may also be: a plurality of wire brush sleeves are arranged on the cleaning frame, and each wire of the high voltage power grid is correspondingly provided with a wire brush sleeve, and the high voltage power grid wire is located in the wire brush cover, and the outer side of the wire brush cover is provided There is a wire brush holder, and the wire brush holder is fixed with the cleaning frame. The invention further cleans the non-conductive material adhered to the high-voltage voltage wire through the inner side of the curved gap of the wire brush or the wire brush sleeve, so that the cleaning is more thorough.

The structure of the grinding type cleaning device of the invention is that a plurality of sets of grinding wheel pieces are arranged on the cleaning frame, each group of grinding wheel pieces is composed of two grinding wheel pieces, the inner ends of the two grinding wheel pieces are provided with arcuate gaps, and the arcs of the two grinding wheel pieces are arranged. The shape of the gap is enclosed by the high-voltage power grid. The invention further cleans the hard non-conductive substances and garbage on the high-voltage voltage wire by the grinding wheel piece, so that the cleaning is more thorough.

DRAWINGS

1 is a schematic structural view of a first embodiment of a scraping cleaning device of the present invention;

2 is a schematic view showing three structures of the second embodiment of the scraping cleaning device of the present invention;

3 is a schematic structural view of a third embodiment of the scraping cleaning device of the present invention;

4 is a schematic structural view of a fourth embodiment of the scraping cleaning device of the present invention;

Figure 5 is a schematic structural view of the first embodiment of the wiping cleaning device of the present invention;

Figure 6 is a schematic structural view of the first embodiment of the brush cleaning device of the present invention;

Figure 7 is a schematic structural view of a second embodiment of the brush cleaning device of the present invention;

Figure 8 is a schematic structural view of a third embodiment of the brush cleaning device of the present invention;

Figure 9 is a schematic view showing the structure of the grinding type cleaning device of the present invention.

detailed description

The invention cleans the non-conductive substances on the wires of the high-voltage power grid by a combination of four cleaning methods of scraping, rubbing, grinding and brushing. The cleaning method of the scraping is realized by cleaning the knife or the round tube, the cleaning method of the rubbing is realized by the cotton yarn sleeve, the cleaning method of the grinding is realized by the grinding wheel, and the cleaning method of the brush is realized by the wire brush. The cleaning tools are made of metal materials, ceramics, hard stone, hard plastic or man-made fiberboard and other non-metallic materials and chemical materials, which can thoroughly clean the high-voltage power grid wires of various shapes.

The cleaning device is composed of a scraping cleaning device, a wiping cleaning device, a grinding cleaning device and a brush cleaning device, the scraping cleaning device is used for cleaning the high voltage power grid, and the cleaning device is used for the high voltage power grid. The cleaning method for rubbing, the grinding cleaning device is used for cleaning the high-voltage power grid, and the brush cleaning device is used for cleaning the high-voltage power grid.

As shown in FIG. 1 , the structure of the first embodiment of the scraping cleaning device is such that each set of cleaning knives is composed of two blades 1 , the inner side of the middle portion of the blade 1 has a circular arc shape, and the arcs of the two blades 1 are symmetrically arranged, and the high voltage power grid The wire 3 is disposed between the arcs of the two blades 1, and a plurality of sets of cleaning blades are mounted on the cleaning frame 2, and each wire 3 of the high voltage power grid is correspondingly provided with a set of cleaning blades.

As shown in FIG. 2, the three structures of the second embodiment of the scraping cleaning device are: each set of cleaning knives is composed of two blades 4, the blades 4 are in a straight plate shape, and the two blades 4 are symmetrically disposed on both sides of the high voltage power grid wire 6. The blade 4 is mounted on the cleaning frame 5 on the drawing frame 2-1, and the cleaning frame 5 is connected by screws (1) to the overall figure 2-2. The screw (2) is connected to the cleaning frame 5 with a spring piece 7 in the middle, and the spring piece 7 realizes the blade. Elastic expansion and contraction, the diameter is automatically adjusted Figure 2-3. The whole set of knives implements the axial reciprocation of the high-pressure mesh wire 6 to be completely reciprocated, and each wire 6 of the high-voltage power grid is provided with a set of cleaning knives.

As shown in FIG. 3, the structure of the third embodiment of the scraping cleaning device is such that each set of cleaning knives is composed of three blades 7, three blades are arranged from top to bottom, and the inner ends of each blade are provided with arcuate slits. The high-voltage power grid wire 9 is located inside the arc-shaped gap, and the arc-shaped gap of the three blades is enclosed by the high-voltage power grid wire, and the blade is disposed on the cleaning frame 8, and each wire 9 of the high-voltage power grid is correspondingly provided with a set of cleaning blades.

As shown in FIG. 4, the structure of the fourth embodiment of the scraping cleaning device is such that a plurality of circular tubes 10 are mounted on the cleaning frame 11, and each of the wires 12 of the high-voltage power grid is correspondingly provided with a circular tube 10, and the high-voltage power grid 12 is located. The inside of the round tube 10.

As shown in FIG. 5, the wiper cleaning device is configured such that a plurality of cotton sleeves 13 are disposed on the cleaning frame 14, and each of the wires 15 of the high voltage power grid is correspondingly provided with a cotton yarn sleeve 13 and the high voltage power grid wire 15 is located at the cotton yarn sleeve 13. On the inner side, a cotton creel 16 is disposed outside the cotton sleeve 13, and the cotton creel 16 is fixed to the cleaning frame 14.

As shown in FIG. 6, the structure of the first embodiment of the brush cleaning device is such that a plurality of wire brushes 17 are disposed on the cleaning frame 18. Each wire 19 of the high voltage power grid is provided with a wire brush 17 and a wire brush 17 end. An arcuate gap is provided, and the high voltage grid wire 19 is located inside the arcuate opening of the wire brush 17.

As shown in FIG. 7 , the structure of the second embodiment of the brush cleaning device is such that a plurality of sets of wire brushes 20 are disposed on the cleaning frame 21 , and each wire 22 of the high voltage power grid is correspondingly provided with a set of wire brushes 20 . Each set of wire brush 20 is composed of two wire brushes, each of which has an arcuate slit at its inner end, and the arcuate gaps of the two wire brushes surround the high voltage grid wire 22.

As shown in FIG. 8 , the structure of the third embodiment of the brush cleaning device is such that a plurality of wire brush sleeves 23 are disposed on the cleaning frame 24 , and each wire 25 of the high voltage power grid is correspondingly provided with a wire brush cover 23 and a high voltage power grid wire. 25 is located in the wire brush cover 23, and a wire brush holder 26 is disposed outside the wire brush cover 23, and the wire brush holder 26 is fixed to the cleaning frame 24.

As shown in FIG. 9, the grinding type cleaning device has a structure in which a plurality of sets of grinding wheel pieces 27 are arranged on the cleaning frame 29, each set of grinding wheel pieces 27 is composed of two grinding wheel pieces, and the inner ends of the two grinding wheel pieces are provided with arcuate gaps. The arcuate gaps of the two grinding wheel plates are enclosed by the high voltage power grid wires 28.

Claims

The utility model relates to a method for cleaning a high-voltage power grid of an insecticidal lamp, which is characterized in that the corpse and non-conductive substance garbage on the high-voltage power grid wire are cleaned by a single or a combination of four cleaning methods: scraping, rubbing, grinding and brushing.
The method according to claim 1, wherein the cleaning method of the scraping is performed by a cleaning knife or a round tube made of various materials, the cleaning method of the rubbing is realized by a cotton yarn sleeve, and the cleaning method of the grinding is realized by a grinding wheel or an abrasive cloth. The brush cleaning method is achieved by a wire brush.
A insecticidal lamp high-voltage power grid cleaning device for implementing the method of claim 1 , characterized in that: a scraping cleaning device, a wiping cleaning device, a grinding cleaning device, and a brush cleaning device are single or combined, and the scraping type The cleaning device is used for cleaning the high voltage power grid, the cleaning device is used for cleaning the high voltage power grid, the grinding cleaning device is used for cleaning the high voltage power grid, and the brush cleaning device is used for cleaning Brush cleaning method for high voltage power grid.
The device according to claim 3, wherein the scraping cleaning device is configured such that a plurality of sets of cleaning blades are mounted on the cleaning frame, and each of the wires of the high voltage power grid is provided with a set of cleaning blades corresponding to 360 degrees.
The device according to claim 4, wherein each of the cleaning blades of the scraping cleaning device is composed of two blades or a plurality of blades, and the inner side of the blade has a circular arc shape, and the arc of the blade is symmetric or angular. The high voltage grid wires are placed between the arcs of the blades.
The apparatus according to claim 4, wherein each of the cleaning blades of the scraping cleaning device is composed of two or more blades, the blades are in the shape of a straight plate, and the blades are symmetric or angular. Placed around the high voltage grid wires. The back of the blade set is provided with a spring piece, which is formed by elastic expansion and contraction around the high-voltage mesh wire and automatically adjusted in diameter.
The device according to claim 4, characterized in that each set of cleaning blades of the scraping cleaning device is composed of three blades, three blades are arranged in order from top to bottom, and each blade has an arcuate slit at its inner end. The high-voltage power grid wires are located inside the arc-shaped gap, and the arc-shaped gaps of the three blades are enclosed by the high-voltage power grid wires.
The device according to claim 3, wherein the scraping cleaning device is configured such that a plurality of round tubes are mounted on the cleaning frame, and each of the wires of the high voltage power grid is provided with a circular tube, and the high voltage power grid wire is located in a circle. Inside the tube.
The device according to claim 3, wherein the wiping cleaning device has a structure in which a plurality of cotton yarn sleeves are arranged on the cleaning frame, and each of the wires of the high voltage power grid is provided with a cotton yarn sleeve, and the high voltage power grid wire is located in the cotton yarn. On the inner side, a cotton creel is arranged outside the cotton yarn sleeve, and the cotton creel is fixed with the cleaning frame.
The device according to claim 3, wherein the brush cleaning device is configured to provide a plurality of wire brushes on the cleaning frame, and each wire of the high voltage power grid is provided with a wire brush, and the wire brush end portion is provided. There is a curved gap, and the high-voltage power grid wire is located inside the arc-shaped gap of the wire brush.
The device according to claim 3, wherein the brush cleaning device is configured to have a plurality of sets of wire brushes on the cleaning frame, and each wire of the high voltage power grid is provided with a set of wire brushes, each set of wire brushes being Two wire brushes, each of which has an inner end Arc-shaped gap, the arc-shaped gap of the two wire brushes is enclosed by the high-voltage power grid.
The device according to claim 3, wherein the brush cleaning device is configured to have a plurality of wire brush sleeves on the cleaning frame, and each wire of the high voltage power grid is provided with a wire brush sleeve and a high voltage power grid wire. Located in the wire brush sleeve, a wire brush holder is arranged outside the wire brush sleeve, and the wire brush holder is fixed with the cleaning frame.
The device according to claim 3, wherein the grinding type cleaning device is configured to have a plurality of sets of grinding wheel pieces on the cleaning frame, each set of grinding wheel pieces being composed of two grinding wheel pieces, and the inner ends of the two grinding wheel pieces are arranged There is a curved gap, and the arc-shaped gaps of the two grinding wheel pieces surround the high-voltage power grid wires.