TWM463996U - Positioning device of mosquito trap light - Google Patents

Description

Mosquito lamp positioning device

The present invention provides a positioning device for a mosquito-removing lamp, which is mainly used for removing or reassembling a unit component using an air-inhalation type mosquito lamp, which can be easily removed by a simple operation or quickly. Positioning settings.

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". The air-inhalation type mosquito lamp is included. a preset depth of the mosquito trapping body and a covering group attached to the upper end of the mosquito trapping body The body is configured such that the mosquito lamp can maintain a predetermined depth between the open end of the mosquito introduced through the generated airflow and the downward exit end for discharging the airflow, so that the mosquito can be inhaled before being sucked by the airflow Avoid the need to push out the surrounding circulation airflow, and increase the mosquito trapping function of this type of airflow to inhale mosquitoes.

Here, the creator further improved the group according to the "inhalation type mosquito lamp" proposed earlier, so that the inhalation type mosquito lamp can be taken out or reassembled as a unit component. Action to get the settings for quick positioning.

The creation is further improved according to the combination of the unit group of the existing inhalation type mosquito lamp, so that the mosquito lamp of this form can be taken out or reassembled in the unit assembly, and can be borrowed. Simple operation for quick access, or quick positioning settings.

The main purpose of this creation is to enable the inhalation type mosquito lamp to be lightly removed for quick removal or reassembly of the unit assembly, and to quickly locate it: the protection of the tilted grid within the nesting The escaping net of the collecting box is connected with at least one or more magnetic components; the lower outer casing and the upper end are combined with the lower inner cover, and the fan is disposed at a predetermined circumference to be fixed at least one or one The above iron piece is provided with a micro switch in the lower outer casing portion adjacent to one of the iron pieces; and the upper end of the lower outer casing and the lower inner cover unit assembly combined with the fan is covered with a lamp tube at the bottom The photocatalyst plate and the upper end of the preset periphery are provided with a unit assembly formed by the above outer casing, and a control switch coupled along the upper layer of the photocatalyst plate can protrude between the holes of the corresponding portion of the upper outer casing; The collecting box is assembled with the unit assembly at the adjacent top end, and the iron piece at the lower end of the fan is assembled between the unit assembly to form a rapid positioning with the magnetic component of the corresponding periphery of the collecting box, and the touch and the micro-motion are simultaneously opened. Forming the conduction state, the lamp on the side of the photocatalyst plate can be activated by pressing the control switch; and in order to clean the mosquitoes in the collection box, the top unit component only needs to be taken out from the collection box, so that the mosquito lamp is in the As a unit component is taken out or reassembled, it can be easily removed by light operation or quickly positioned.

The second object of the present invention is to implement a method in which a magnetic element that is coupled to a predetermined periphery of a collection box is placed in a tightly inserted manner.

The third purpose of the creation is that the iron piece fixed on the preset periphery of the fan is threaded through the corresponding parts of the iron piece and the fan, and is locked at the bottom of the adjacent lower inner cover.

The fourth object of the present invention is that the micro switch disposed in the preset periphery of the lower casing is positioned by the tightly fitting to match the iron of the lower end of the fan which is disposed between the lower casing and the corresponding lower inner cover. The film is in contact with the azimuth.

1‧‧‧ collection box

11‧‧‧section

12‧‧‧Magnetic components

2‧‧‧Anti-fighting net

21‧‧‧ grid

22‧‧‧ recess

3, 9‧‧‧ unit components

4‧‧‧ Lower casing

41‧‧‧through hole

42‧‧‧Micro Switch

43‧‧‧DC socket

5‧‧‧Fan

51‧‧‧ iron pieces

52‧‧‧ screws

6‧‧‧Under the inner cover

61‧‧‧ mesh area

62‧‧‧Connected paragraph

7‧‧‧Photocatalyst board

71‧‧‧Light tube

72‧‧‧Substrate

73‧‧‧Control switch

8‧‧‧Upper casing

81‧‧‧ hole

10‧‧‧ mosquito lamp

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

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

The third picture: a schematic cross-section of the mosquito lamp.

The fourth picture: a schematic cross-sectional view of the mosquito lamp in the creation of the unit components one by one.

The positioning device of the mosquito-removing lamp designed in this creation (as shown in the first figure) is mainly for the suction-type mosquito lamp 10 to achieve the removal and re-assembly of the unit assembly for lightweight removal and rapid positioning. The assembly body comprises: a collection box 1, an escape net 2, a lower casing 4, a fan 5, a lower inner cover 6, a photocatalyst plate 7, and an upper casing 8. among them;

a collection box 1 which is in a preset shape and height as a storage component for collecting mosquitoes, and a plurality of air outlets are provided on the bottom surface of the upper container of the collection box 1 and on the upper side of the collection box 1 The peripheral portion is formed to form at least one or more pipe segments 11, and the upper portion of the pipe segment 11 is engageable with the magnetic element 12 (where the magnetic attraction element 12 is embodied as a forced insertion).

An anti-fighting net 2 is a grid member which is determined according to the container of the upper part of the collecting box 1. In the middle part of the anti-defense net 2 is a grid 21 which is arranged in an inclined manner, and a preset section in the periphery At least one or more recesses 22 are recessed.

The outer casing 4 is a preset shape of the mosquito trap main body member, and a micro switch 42 is disposed at a lower portion of the lower outer casing 4 along a peripheral portion of the through hole 41 (the micro switch 42 is here) A DC socket 43 can be provided by pressing the insertion as a positioning method, and at another predetermined periphery of the lower through hole 41 of the lower casing 4.

a fan 5, which is an external airflow component according to the inner space of the lower casing 4, and at least a one or more iron pieces 51 are fixed on the lower periphery of the fan 5 (the iron piece here) 51 is through the screw 52 in sequence through the iron piece 51 and the corresponding part of the fan 5 Positioned and locked at the bottom of the adjacent lower inner cover 6].

The inner cover 6 is a covering member which is determined according to the periphery of the upper end opening of the lower outer casing 4, and a middle portion of the lower inner cover 6 is a mesh portion 61 forming a predetermined range, so that the lower fan 5 can The outside airflow is drawn in, and the predetermined periphery of the lower inner cover 6 is curved upwardly to engage the passage 62.

a photocatalyst plate 7, which is a mosquito trap member according to the shape of the lower inner cover 6, and at least one or more lamps 71 are provided on the bottom layer of the photocatalyst plate 7 (the tube here) 71 is implemented by using a UV lamp, and along the upper layer of the photocatalyst plate 7, a control switch 73 having a substrate 72 coupled to one end (and allowing the control switch 73 to protrude between the holes 81 of the corresponding portions of the upper casing 8) ].

An upper casing 8, which is an arc-shaped hollow casing which is determined according to the form of the photocatalyst plate 7, and an intermediate portion of the upper casing 8 is provided with a hole 81 for allowing the control switch 73 to be coupled to the upper end of the photocatalyst plate 7. One end can accommodate it.

The magnetic element 12 coupled to the upper periphery of the collecting box 1 and the iron piece 51 fixed to the lower periphery of the fan 5 disposed between the lower outer casing 4 and the upper end combined with the inner cover 6 may also be azimuthally aligned. The suction member 12 is coupled to the lower periphery of the fan 5, and the iron piece 51 is fixed to the upper periphery of the collecting box 1 (the orientation is not shown here).

The above-mentioned collection box 1, the escape net 2, the lower casing 4, the fan 5, the lower inner cover 6, the photocatalyst plate 7, and the upper casing 8 are arranged (for example, the first and third figures), the first step: The recess 22 of the preset section of the escape net 2 is nested along the upper section 11 of the collecting box 1 to form a unit assembly 3; the second step: the bottom of the fan 5 is combined with the iron piece 51. The screws 52 at the front and the rear end are inserted through the corresponding portions of the iron piece 51 and the fan 5, and are locked into the bottom of the adjacent lower inner cover 6, and then the lower inner cover 6 is correspondingly coupled to the upper end opening of the lower outer casing 4, And an iron piece 51 fixed between the lower casing 4 and the corresponding lower inner cover 6 and fixed to the lower end of the fan 5 can be in contact with the micro switch 42 disposed between the lower casing 4; the third step: following the bottom The predetermined portion of the photocatalyst plate 7 provided with the lamp tube 71 is abutted with the corresponding periphery of the upper casing 8, and the control switch 73 coupled to the upper layer of the photocatalyst plate 7 can protrude from the corresponding portion of the upper casing 8. Between 81; the fourth step: furtherly fastening the predetermined portion of the upper casing 8 of the photocatalyst plate 7 to be combined with the fan 5 The outer casing 4 and the lower inner cover 6 are arranged and positioned at an upper end of the unit assembly to form another unit assembly 9; the fifth step: then, The unit assembly 9 combined with the upper casing 8 and the lower casing 4 is joined inwardly to prevent the outer periphery of the collecting box 1 of the escape net 2 from being placed to constitute a suction type mosquito lamp 10 (as shown in the second figure).

In the mosquito lamp 10 of the composition, the collecting box 1 is assembled with the unit assembly 9 at the adjacent top end (as shown in the third figure), and is collected and collected by the iron piece 51 of the unit assembly 9 at the lower end of the fan 5. The magnetic element 12 of the corresponding periphery of the box 1 forms a rapid positioning, and the micro switch 42 is turned into a conductive state, and the control switch 73 at the upper end of the pressing unit assembly 9 can activate the lamp 71 at the bottom of the photocatalyst plate 7. And the fan 5 rotates, so that the lamp tube 71 is irradiated with carbon dioxide generated by the photocatalyst plate 7 to attract the mosquitoes to be approached, and the airflow rotated by the fan 5 is sucked toward the open end of the mosquito lamp 10 and enters the collecting box 1 to achieve the desired. Environmentally friendly mosquitoes.

In addition, if the mosquito in the collection box 1 is to be cleaned (as shown in the fourth figure), the unit assembly 9 of the top end is only required to be taken upward from the outer periphery of the collection box 1, so that the unit assembly 9 is coupled to the iron at the lower end of the fan 5. The sheet 51 is separated from the magnetic element 12 of the corresponding periphery of the collecting box 1, and the micro switch 42 is no longer touched, and the mosquito lamp 10 and the power supply wire are connected from the outside to be non-conductive, and are safely collected. The cartridge 1 is arranged such that the mosquito lamp 10 is taken out as a unit assembly 9, or reassembled, and can be easily removed by a simple operation or quickly positioned.

1‧‧‧ collection box

11‧‧‧section

12‧‧‧Magnetic components

2‧‧‧Anti-fighting net

21‧‧‧ grid

22‧‧‧ recess

3, 9‧‧‧ unit components

4‧‧‧ Lower casing

41‧‧‧through hole

42‧‧‧Micro Switch

43‧‧‧DC socket

5‧‧‧Fan

51‧‧‧ iron pieces

52‧‧‧ screws

6‧‧‧Under the inner cover

61‧‧‧ mesh area

62‧‧‧Connected paragraph

7‧‧‧Photocatalyst board

71‧‧‧Light tube

72‧‧‧Substrate

73‧‧‧Control switch

8‧‧‧Upper casing

81‧‧‧ hole

10‧‧‧ mosquito lamp

Claims (6)

The positioning device of the mosquito-removing lamp is a light-removable and quick-position for the inhalation-type mosquito-removing lamp to achieve the removal or re-assembly of the unit assembly, and the rapid positioning is adopted: The anti-escape net of the collecting box is combined with at least one or more magnetic components; the lower outer casing and the upper end are combined with the lower inner cover, and the fan is disposed under the preset periphery to be fixed at least one Or more than one piece of iron; and the upper end of the lower casing and the lower inner cover unit assembly combined with the fan is a unit assembly formed by covering the photocatalyst plate with the lamp tube at the bottom and the upper end of the upper end with the upper casing, and The control switch coupled along the upper layer of the photocatalyst plate can be protruded between the holes of the corresponding portion of the upper casing; and the collection box of the mosquito lamp of the composition is assembled with the unit assembly of the adjacent top end, The unit assembly is combined with the iron piece at the lower end of the fan to form a rapid positioning with the magnetic component of the corresponding periphery of the collecting box, and the lamp on the side of the photocatalyst plate can be activated when the control switch is pressed; Mosquitoes only need to remove the top unit assembly from the collection box upwards, so that the mosquito lamp can be taken out as a unit assembly or reassembled, and can be easily removed by a simple operation or quickly. Positioning. The positioning device of the mosquito lamp according to the first aspect of the patent application, wherein the magnetic element coupled to the predetermined periphery of the collecting box is implemented by being tightly inserted. According to the positioning device of the mosquito lamp according to Item 1 of the patent application, the iron piece fixed on the predetermined periphery of the fan is sequentially threaded through the corresponding parts of the iron piece and the fan, and is locked under the adjacent one. The bottom of the inner cover. According to the positioning device of the mosquito lamp according to claim 1, wherein the lower casing portion of the iron piece adjacent to the lower periphery of the fan is provided with a micro switch, and the iron piece at the lower end of the fan is collected and collected. The magnetic components of the corresponding peripherals of the box are abutted, and the power contact state can be formed at the touch and micro switch. The positioning device of the mosquito lamp according to Item 4 of the patent application, wherein the micro switch disposed in a predetermined periphery of the lower casing is positioned by pressing and fitting to fit between the lower casing and the corresponding lower inner cover. An iron piece fixed at the lower end of the fan is in azimuth contact. A positioning device for a mosquito lamp according to the first aspect of the patent application, wherein the magnetic element coupled to the periphery of the collecting box and the fan disposed between the lower inner casing and the upper end are combined with the inner cover The iron piece fixed on the lower side can also be adjusted to be azimuthally coupled to the magnetic element to be coupled to the lower periphery of the fan, and the iron piece is fixed on the upper periphery of the collecting box.