TWI410214B - Implementation Method of Recoverable Mosquito - killing Device and Application of Mosquito - Google Patents

Abstract

The invention relates to a mosquito trap, comprising a hollow conical body, a neck column, and a mosquito luring solvent filled in the hollow conical body. The hollow conical body comprises a narrow mouth portion and a wide mouth portion, in which the wide mouth portion is sealed by a sealing plastic film, and the neck column is arranged at the narrow mouth portion. The neck column is pivotally configured with an internal thread which is capable of being interlocked with external threads of bottle mouths of polyethylene terephthalate (PET) bottles with various capacities, thereby attaining the purpose of resources recycling. The narrow mouth portion of the hollow conical body is sealed by a sealing plastic film. The hollow conical body includes an inner conical surface arranged with a plurality of mosquito catching adhesive layers and non-cohesive protective layers disposed between the mosquito catching adhesive layers, so that the mosquito catching adhesive layers can be reused for many times. When using the mosquito catching device of the invention, the narrow mouth portion of the hollow conical body is interlocked with a bottle mouth of a conventional PET bottle, the mosquito luring solvent is placed in the conventional PET bottle, tap water is poured in the conventional PET bottle with uniform shakes, and the sealing plastic film of the wide mouth portion of the hollow conical body is tore open, so that the mosquito luring solvent is fermented to release mosquito-luring gas for attracting and catching mosquitoes and insects.

Description

Recyclable mosquito trap and method for implementing mosquito solvent application

The mosquito trapping device of the present invention is a mosquito trapping device which is environmentally friendly, energy-saving, easy to operate and harmless to the human body, and includes a hollow cone, a neck column and a mosquito trapping solvent. The hollow cone is filled with a mosquito-repellent solvent capable of attracting mosquitoes, and the neck of the narrow mouth portion is externally threaded, and can be interlocked with a thread outside the mouth of a (PET) bottle, thereby forming a mosquito trap. .

Pour the mosquito-trapping solvent of the mosquito-trapping device into the PET bottle, and add the solution of the tap water to form a fermented mosquito gas, which can attract the mosquito to approach and stick it to the wide bottle mouth of the mosquito-trapping device. The mosquito trap on the inner surface of the mosquito, or induce the mosquito to enter the mixed solution in the bottle, to achieve the purpose of mosquito trapping. The invention can be used repeatedly with the mosquito-repellent solvent supplement package repeatedly in combination with the expiration date of the mosquito-trapping solvent; in addition, the inner layer of the hollow cone is provided with a plurality of layer of mosquito-trapping adhesive layer, which can be combined with the lure The replacement layer of the mosquito solvent supplement package is torn off and used, which is in line with the environmental protection spirit of sustainable use.

Conventional mosquito-repellent or de-worming devices are mostly devices that rely on electricity to provide energy, such as mosquito lamps, electric mosquito coils, etc., which not only consume energy but also generate thermal pollution; or devices that generate special odors. For example, mosquito coils and spray insecticides (mosquito), etc., contain chemical components that cause chronic damage to human health and pollute the air.

In addition, the DIY teaching of mosquito traps circulating on the Internet is to cut the PET bottle into two parts, and then insert the upper half of the bottle with the bottle into the lower half. Inside the bottle, then pour the mosquito-repellent solvent that attracts mosquitoes into the bottle of the lower half of the bottle, which is a DIY mosquito trap. This type of DIY mosquito trap is excellent for mosquitoing, but it takes time and trouble to prepare many tools and materials before making it.

Therefore, in view of the above situation, the inventor of the present invention has invented a mosquito-catching device that is environmentally friendly, energy-saving, easy to operate, and harmless to the human body, through the replacement of the supplemental package, the multi-layered mosquito-adhesive design, and the use of the PET bottle. To achieve the spirit of environmental protection for sustainable use.

Conventional mosquito-repellent or de-worming devices, if they are devices that rely on electricity to provide energy, are devices that produce special odors or chemical (spray) agents, which not only consume energy but also generate air pollution, causing chronic damage to human health.

The invention utilizes the characteristics that the mosquito likes the trace carbon dioxide and the sour taste, and converts the key factor into a simple operation mosquito trap device, and combines the readily available Baote bottle into a mosquito trap tank, and after adding the tap water, the original trap is formulated in the invention. The mosquito solvent is fermented into a mosquito trap solution to release the trapping gas to attract the mosquito to the mosquito trapping glue which is adhered to the inner surface of the mosquito trap or to trap the mosquito trap In solution, to achieve full mosquito recovery.

The object of the present invention is four points. The first object of the invention is to provide a mosquito trapping device which is environmentally friendly, energy-saving, harmless to the human body, and which is easy to operate in accordance with a universal design.

OBJECTIVE 2: An attempt is made to provide a mosquito-catching device that can be replenished by a mosquito-repellent solvent to meet the environmentally-friendly spirit of re-use.

OBJECT 3: Attempting to provide a new type of mosquito trapping device in which the mosquito is trapped The device is equipped with a multi-layered mosquito-repellent adhesive design that can be reused many times, in addition to enhancing the mosquito-trapping effect of the mosquito-catching device, and can be used for repeated purposes.

OBJECT OF THE INVENTION The present invention seeks to enable consumers to make a simple and convenient use of a mosquito-catching device by using a bottle that is not used by themselves, in addition to solving the inconvenience of the consumer's self-made mosquito trap, and at the same time, participating. The sense of participation and interest in the operation process reaches the environmental concept of promoting sustainable use.

The present invention will be described in detail by the following detailed description of the embodiments of the invention and the accompanying drawings.

The technical means and the efficacy thereof for achieving the above object are as follows. Referring to FIG. 1, a schematic diagram of a conventional DIY mosquito trap manufacturing method is shown. In the figure, in step S1, a bottle is obtained; then, in step S2, the bottle is cut into two pieces, and the upper half of the bottle is poured into the lower half of the bottle; secondly, in step S3 Pour the homemade mosquito solvent (310) into the PET bottle; finally, in step S4, pour the tap water and shake it evenly to form a self-made mosquito trap. To make this mosquito trap, you must carry out multiple procedures, and you need to adjust the mosquito solvent (310) yourself. There is no mosquito-carrying glue that can catch mosquitoes on the can, so it is not only troublesome to make. Mosquito effects have their limitations.

Please refer to FIG. 2 and FIG. 3 at the same time. FIG. 2 is a schematic view of the mosquito trapping device of the present invention; FIG. 3 is a schematic view of the mosquito layer of the inner side of the hollow cone. As shown, the mosquito trap (10) has a hollow cone (110) to And a neck column (210). The hollow cone (110) has a narrow mouth portion (111) and a wide mouth portion (113); the neck post (210) is disposed on the narrow mouth portion (111) and has a mouth film (121) Sealed, the neck post (210) is internally threaded (not shown) to be interlocked with the external thread of the PET bottle of various capacities; the inner facet of the hollow cone (110) ( 115) a plurality of layered mosquito layer (117) is disposed, and a non-stick protective film (119) is disposed on each of the mosquito layer (117) and the upper layer of the mosquito layer (117), wherein the trap The mosquito adhesive layer (117) is coated with an adhesive adhesive to capture the mosquito. The hollow cone (110) is internally filled with a mosquito-repellent solvent (310), and the main component of the mosquito-trapping solvent (310) is a sugar and a yeast powder, and the gas attracting mosquitoes can be released after being dissolved in water; the wide mouth portion (113) Sealed with a sealing film (123). The sealing film (121) and the sealing film (123) are made of plastic materials or made of other materials such as paper materials.

In use, the narrow mouth portion (111) of the mosquito trap device (10) of the present invention is interlocked with a conventional bottle mouth, and the mosquito solvent (310) inside the hollow cone (110) is placed in the treasure. In the special bottle, after pouring the tap water and shaking it evenly, tearing the sealing film (123) sealed by the wide mouth (113), the fermenting mosquito gas can be released to attract the mosquitoes.

Please refer to FIG. 4 and FIG. 5 at the same time. 4 is a flow chart showing an implementation method of the present invention; and FIG. 5 is a schematic view showing an implementation method of the present invention. In the figure, first, in step S410, the narrow mouth portion (111) of the mosquito trap device (10) is directed upward, and the sealing film (121) of the narrow mouth portion (111) is torn; then, step S420 is performed, The bottle mouth of the PET bottle is locked with the neck column (210) of the mosquito trap device (10); thereafter, in step S430, the mosquito trap device (10) is inverted with the PET bottle, and the mosquito trap device (10) Filled The mosquito trapping solvent (310) completely falls into the PET bottle; secondly, in step S440, the sealing film (123) of the wide mouth portion (113) of the mosquito trap device (10) is torn; and then in step S450, Pour the tap water and shake it evenly to release the fermented odor to attract the mosquito; finally, in step S460, the protective film on the mosquito layer (117) on the inner vertebra (115) of the mosquito trap (10) is torn off (119). ), revealing the mosquito-carrying glue into a mosquito trap. Moreover, when the mosquito trapping component of the mosquito trapping solvent (310) in the mosquito trap is invalid, the mosquito trapping solvent (310) supplement kit can be used to replace the filling in the PET bottle, and then the plurality of layers of the mosquito trapping layer are 117) The upper layer of the mosquito-carrying adhesive layer (117) is torn open to expose the lower layer of the mosquito-carrying adhesive layer (117), so that the mosquito-catching can can be reused.

Please refer to FIG. 6 , which is a schematic diagram of an embodiment of the mosquito-repellent solvent supplement package of the present invention. First, in step S610 , a mosquito trap of the mosquito-repellent solvent ( 310 ) is removed; and then step S620 is performed. , the mosquito trap device (10) is unscrewed; thereafter, in step S630, the failed mosquito trap solution is dumped; secondly, in step S640, the mosquito trap device (10) is locked back to the PET bottle, and the trap is poured into the trap. The mosquito solvent (310) is supplemented with the package and added with tap water; finally, in step S650, the mosquito solvent (310) is mixed with the tap water and shaken evenly, and the inner layer (115) of the mosquito trap (10) is removed. The mosquito layer (117) and the non-stick protective film (119) are provided on the upper layer of the adhesive layer (117) to expose the next layer of the mosquito rubber layer (117), so that the mosquito trap can be reused.

While the invention has been described above with respect to the specific embodiments thereof, the specific embodiments disclosed herein are not intended to limit the scope of the invention. Retouching, its place The scope of the present invention is defined by the scope of the invention as defined by the appended claims.

10‧‧‧ mosquito trap

110‧‧‧ hollow cone

111‧‧‧ narrow mouth

113‧‧‧ wide mouth

115‧‧‧medial facet

117‧‧·Mosquito adhesive layer

119‧‧‧Protective film

121, 123‧‧‧ Sealing film

210‧‧‧Neck column

310‧‧‧Mosquito solvent

S1~S4‧‧‧ Process steps

S410~S460‧‧‧ Process steps

S610~S650‧‧‧ Process steps

1 is a schematic view showing a manufacturing method of a conventional DIY mosquito trap; FIG. 2 is a schematic view of a mosquito trap of the present invention; FIG. 3 is a schematic view of a mosquito layer on the inner side of the hollow cone; FIG. 4 is an embodiment of the present invention. FIG. 5 is a schematic view showing an embodiment of the present invention; and FIG. 6 is a schematic view showing an embodiment of the mosquito-repellent solvent supplement package of the present invention.

10. . . Mosquito trap

110. . . Hollow cone

111. . . Narrow mouth

113. . . Wide mouth

121, 123. . . Sealing film

210. . . Neck column

310. . . Mosquito solvent

Claims (6)

A mosquito trap comprising: a hollow cone having a narrow mouth portion and a wide mouth portion, wherein the wide mouth portion is sealed by a sealing film; and a neck column is disposed at the narrow mouth portion The internal portion of the neck column is internally threaded, and the internal thread can be interlocked with the external thread of the bottle of various capacity (PET), and the neck column is sealed with a sealing film; and a mosquito solvent, The method is filled in the hollow cone, and the mosquito solvent is soluble in tap water and fermented to emit mosquito gas; when the mosquito trap is interlocked with a bottle, it forms a mosquito trap. The mosquito trap device of claim 1, wherein a plurality of layer of mosquito-repellent adhesive layer is disposed on the inner side of the hollow cone, and the mosquito layer and the uppermost layer of the mosquito layer are on the mosquito layer. , respectively, a non-adhesive protective film is applied, wherein the mosquito-adhesive layer is coated with an adhesive adhesive. The mosquito trap device of claim 1, wherein the sealant film is made of a plastic material or a paper material. The mosquito-trapping device according to any one of claims 1 to 3, wherein the main component of the mosquito-repellent solvent comprises a saccharide and a yeast powder, and when dissolved in water, the gas attracting the mosquito is released. A method for implementing a mosquito trap includes the steps of: firstly, the narrow mouth of the mosquito trap is facing upward, and tearing the sealing film of the narrow bottle mouth; and then, the bottle mouth of the bottle and the mosquito trap The neck column is locked; thereafter, the mosquito trap is inverted with the PET bottle, and the mosquito solvent filled in the mosquito trap completely falls into the body of the bottle; secondly, the mosquito trap is torn open a wide mouth sealing film; after that, pour the tap water and shake it evenly; finally, tear off the non-stick protective film on the inner layer of the mosquito trap on the inner surface of the mosquito trap to expose the mosquito glue, ie Into a mosquito trap. A method for implementing a mosquito-repellent solvent supplement package comprises the steps of: firstly taking a mosquito trap after the mosquito component has failed; then, unscrewing the mosquito trap; and then, dumping the trapped mosquito solution Secondly, the mosquito trap is locked back to the PET bottle, poured into the mosquito solvent supplement package and added to the tap water; finally, the mosquito solvent is mixed with the tap water and evenly removed and the inner layer of the mosquito trap is removed. The mosquito layer and the non-adhesive protective film on the upper layer of the mosquito rubber layer are exposed to expose the next layer of the mosquito rubber layer, so that the mosquito trap can be reused.