TWM463995U - Escape prevention net of mosquito trap light - Google Patents

Description

Anti-mosquito net

The present invention provides an anti-escape net for mosquito-removing lamps, which mainly implements an anti-escape net between the collection boxes of the lower end of the mosquito-removing mosquito lamp, which can effectively improve the mosquitoes introduced by the fan airflow. The inclined shape grid on both sides of the active layer of the escape net is dropped into the setting of the collecting box.

According to the current collection of mosquito-related items, such as: traditional mosquito-repellent incense, less odorless electric mosquito coils, electric mosquito swatters that use electric shock to catch mosquitoes, mosquito lamp, and even the current use of mosquitoes do not like the light Mosquito repellent lamps that drive mosquitoes and airflows that use airflow to inhale mosquitoes are used to inhale mosquitoes. These mosquito-related items are suitable for general use.

A new case proposed by the relevant industry and published on August 11, 1999, certificate number: M385933 "Environmentally efficient and effective mosquito killing device", which is enclosed in a hollow casing surface and is provided with a plurality of openings. a hole, a photocatalyst plate is disposed on the upper end of the casing, and more than one illuminant is coupled to the photocatalyst plate, and a fan is disposed at a lower end of the casing, and a lower end of the fan is a base, and the upper end of the casing is An upper cover may be disposed to shield the photocatalyst plate, and a plurality of drainage holes are formed in the periphery of the base to facilitate the bonding of the mesh sheet; the light emitted by the illuminator between the mosquito killing device is irradiated on the photocatalyst plate It can generate carbon dioxide to attract mosquitoes, and sucks the mosquitoes attracted by the photocatalyst plate into the bottom of the casing by the rotating fan airflow, and makes the mosquitoes rotate in the airflow attracted by the fan to eliminate the mosquito setting.

In the implementation of the above-mentioned mosquito trapping device, the gas is sucked from the upper side and then discharged from the lower side to the side, so that the mosquito is easily attracted to the gas when it is attracted by the gas. Push away from the outside and reduce the expected effect of mosquito trapping.

Therefore, the creators of this case have previously made improvements to the implementation of such a mosquito-trapping device and proposed a new type of "inhalation-type mosquito lamp", which uses airflow inhalation. The mosquito lamp is a mosquito body including a preset depth and a cover group attached to the upper end of the mosquito body so that the mosquito lamp can be used to introduce the mosquito through the generated airflow. The end and the downwardly-extending end of the airflow are kept at a predetermined depth, so that the mosquito can avoid pushing out the circulating airflow before being sucked by the airflow, and the mosquito-carrying function of the airflow inhaling the mosquito is enhanced.

Here, the creator further improved the group according to the "inhalation type mosquito lamp" proposed earlier, so that the anti-escape net combined with the inhalation type mosquito lamp can effectively improve the fan airflow. The introduced mosquitoes are smoothly dropped into the inside of the collection box through the inclined shape grid on both sides of the action layer of the escape net.

This creation is based on the existing anti-evasion nets of the inhalation type mosquito lamp set in the collection box for further improvement, in order to make the escape net between the collection boxes at the lower end of the mosquito lamp in implementation. The mosquitoes introduced by the fan airflow can be effectively lifted and dropped into the collecting box through the inclined shape grid on both sides of the action layer of the anti-escape net.

The main purpose of this creation is to prevent the escape of the mosquitoes from being collected in the collection box between the inhalation type mosquito-removing lamps. The function of the anti-escape net is to form both sides. For the grid which is inclined downwards toward the middle, the gap between each of the two grids is in the form of upper width and lower width, and the boundary portion of the grid which is inclined at both sides is to maintain a lead-in space, and The preset height of the upper end of the introduction space is to set up a section of the cover portion; the mosquito that is sucked by the fan airflow between the mosquito-removing lamps can smoothly slide into the introduction space of the junction portion along the grid of the anti-floating net effect layer, and Drop into the collection box.

The second purpose of the present invention is to recess at least one or more grooves on the outer peripheral peripheral portion of the escape net between the collection boxes to form a corresponding peripheral portion of the collection box. At least one or more of the tube segments are oriented for incision.

The third object of the present invention is that the covering portion at the upper end of the introduction space that is erected in the middle portion of the escape net is kept at a proper height enough for the mosquito to slide into the introduction space.

The fourth purpose of the present invention is that the appropriate spacing of the covering portion of the upper end of the introducing space which is erected in the middle portion of the escape net is a branch extending in a plurality of ways, at the junction with the slope of the lower side and the lower grid. Azimuth connection.

1‧‧‧ collection box

11‧‧‧section

12‧‧‧ magnet

2‧‧‧Anti-fighting net

21‧‧‧ grid

22‧‧‧ gap

23‧‧‧Introduction of space

24‧‧‧ Covering Department

25‧‧‧ Branch

26‧‧‧ recess

4‧‧‧ Lower casing

5‧‧‧Fan

6‧‧‧Under the inner cover

7‧‧‧Photocatalyst board

73‧‧‧Control switch

8‧‧‧Upper casing

9‧‧‧Unit components

10‧‧‧ mosquito lamp

The first picture: the appearance of the group of the mosquito lamp.

The second picture: the exploded view of the components of this creative mosquito lamp.

The third picture: the schematic diagram of the anti-escape network set by the creative group in the mosquito lamp.

Fourth picture: A-A cross-sectional view of the third figure.

Figure 5: B-B cross-sectional view of the third figure.

The anti-escape net of the mosquito lamp (such as the second picture) designed by the present invention is mainly for the anti-escape net 2 which is arranged between the inhalation type mosquito lamp 10 and disposed at the lower end collection box 1 for the purpose of smoothly introducing the mosquitoes into the collection. The cartridge 1 comprises: a collection box 1, an escape net 2, a unit assembly comprising a lower casing 4, a fan 5, a lower inner cover 6, a photocatalyst plate 7, and an upper casing 8. Wherein; a collection box 1, which is a preset shape and height as a storage component for collecting mosquitoes, a plurality of air outlets are provided on the bottom surface of the upper container of the collection box 1, and the collection box 1 is The upper predetermined peripheral portion is formed with at least one or more pipe segments 11 and the upper portion of the pipe segment 11 is engageable with a magnet 12 (the magnet 12 here is a piece of iron combined with the lower end of the fan 5 of the unit assembly 9) Adjacent to each other at the same time].

An escape net 2 is a grid member that is determined according to the container of the upper portion of the collection box 1. The active layer of the escape net 2 is formed with a grid 21 on both sides which are inclined downwardly toward the middle. [As shown in the third figure], the gap 22 in each of the two grids 21 is in the form of being wide and narrow (as shown in the fifth figure), and the section of the grid 21 which is inclined downward on both sides is to maintain a lead-in space. 23 (as in the fourth figure), and a predetermined height at the upper end of the introduction space 23 is to erect a section of the covering portion 24 (the covering portion 24 here is a cut piece that is sufficient for the mosquito to slide into the introduction space 23) The height is used as an implementation, and at the upper end of the introduction space 23, the shielding portion 24 is disposed at a position where the downward spacing is a branch 25 extending in a plurality of directions, and is connected to the boundary between the two sides and the lower grid 21, and The predetermined section on the outer periphery of the escape net 2 is recessed with at least one or more recesses 26.

a unit assembly 9, which is a unit assembly comprising a lower casing 4, a fan 5, a lower inner cover 6, a photocatalyst plate 7, and an upper casing 8 (the creator of the case has already made the unit assembly) Make a separate application and do not repeat it here.

The above-mentioned collection box 1, the escape net 2, and the unit assembly 9 are arranged to be assembled (such as the first and second figures), and the first step is to collect the concave portion 26 of the escape net 2 by the outer periphery. The box 1 is aligned with the layer of the tube segment 11 formed on the periphery of the upper portion to be nested; the second step is: the unit assembly 9 is joined inwardly to prevent the outer periphery of the collection box 1 of the escape net 2 from being inserted, so as to borrow the unit assembly 9 In the meantime, the iron piece combined with the lower end of the fan 5 is attached to the respective magnets 12 at the upper portion of the peripheral tube section 11 of the collecting box 1 as a suction and positioning position to form a suction type mosquito lamp 10 (as shown in the first figure).

The unit assembly 9 disposed between the inhalation type mosquito lamp 10 can activate the lamp tube at the bottom of the photocatalyst plate 7 and the fan 5 rotates when the control switch 73 is pressed, so that the lamp tube is generated by the illumination of the photocatalyst plate 7. The carbon dioxide is sucked toward the open end of the mosquito lamp 10 to attract the mosquito to approach and is rotated by the fan 5, so that the mosquito sucked by the fan airflow can smoothly slide into the boundary portion along the grid 21 of the action layer of the escape net 2. The space 23 is introduced and dropped into the collection box 1 to achieve the desired environmentally-friendly mosquito trap.

2‧‧‧Anti-fighting net

21‧‧‧ grid

22‧‧‧ gap

23‧‧‧Introduction of space

24‧‧‧ Covering Department

25‧‧‧ Branch

26‧‧‧ recess

Claims (6)

The anti-escape net of the mosquito-removing lamp is an anti-escape net that is arranged between the inhalation type mosquito lamp in the lower collecting box, so that the mosquito is smoothly introduced into the collecting box is adopted: the action level of the anti-escape net is Forming a grid on both sides which are inclined downwards correspondingly to the middle, and the gap between each two grids is in the form of upper width and lower width, and the sides are inclined sections for the lower side; In the meantime, the mosquito sucked by the fan airflow can smoothly slide in and out into the collecting box along the gap between the upper and lower narrow gaps of the action layer of the escape net. According to the anti-fleeing net of the mosquito-removing lamp of the first application of the patent scope, the inclined section of the action layer on both sides of the anti-floating net can form an introduction space. According to the anti-flight net of the mosquito-removing lamp of the second application of the patent scope, the preset height of the upper end of the introduction space formed by the intersection of the anti-fleeting net can be erected with a cover. According to the anti-fighting net of the mosquito lamp of claim 3, wherein the covering portion at the upper end of the introducing space is disposed at an intermediate portion of the anti-fighting net to maintain a proper height enough for the mosquito to slide into the introducing space. According to the third aspect of the patent application scope, the mosquito-repellent lamp of the mosquito-removing lamp, wherein the covering portion of the upper end of the introducing space in the middle portion of the anti-fighting net is a branching portion extending downward with a plurality of branches, and two The side is tilted and the lower grid junction is used for azimuth connection. According to the anti-fighting net of the mosquito lamp of claim 1, wherein the anti-escape net between the collection boxes is recessed at least one or more grooves at a predetermined portion of the outer periphery, Aligning the incision with the at least one or more layers of the tube segments formed by the corresponding circumferences of the collection box.