This device for capturing insects comprises: a handle (10), a head (11) fastened to one end of the handle (10).

The head (11) comprises: a holder intended to contain a pack of adhesive sheets (13) suitable for holding an insect, and a frame (14) that matches the holder and has at least one rim (15) intended to cover part of the pack of adhesive sheets.

The rim (15) is configured so as to constitute a predetermined tear-away zone (Z1) on the pack of adhesive sheets (13), so that the adhesive sheets can be peeled apart from each other without multiple sheets being removed together.

The frame (14) defines a cavity (16) adjacent to one adhesive face (17) of the pack of 20 adhesive sheets (13) so that insects present in the cavity (16) adhere to the adhesive sheet.

The invention relates to collapsible insect swatters, including a multi-sectional handle including a grip section and a whip section slidably and/or rotatably joined together on a common axis, wherein the whip section and grip section include a male end and female end that are secured during assembly and detached for disassembly of the handle, and a swatter of a top flapper secured to a bottom flapper that together form a sandwich secured to the end of the whip section, wherein the top flapper and the bottom flapper preferably include tongues that extend under or over windings on the whip section of the handle.

The invention relates to collapsible insect swatters, including a multi-sectional handle including a grip section and a whip section slidably and/or rotatably joined together on a common axis, wherein the whip section and grip section include a male end and female end that are secured during assembly and detached for disassembly of the handle, and a swatter of a top flapper secured to a bottom flapper that together form a sandwich secured to the end of the whip section, wherein the top flapper and the bottom flapper preferably include tongues that extend under or over windings on the whip section of the handle.

This Hand-Held Insect Eliminator is a device comprising two flaps of optimal size and shape, which are connected at one end by a hinge. Intelligently designed integrated finger housings at the hinged end allow the device to be easily opened and snapped shut by a wide variety of hand and finger sizes. The device can be used on many types of insects, whether flying, hanging, crawling, or at rest. It can be operated in mid-air, against a wall, ceiling, or directly against a surface, or just above a surface, depending on the type and location of the insect. The device incorporates a unique containment grid which allows the elimination to be done cleanly.

This Hand-Held Insect Eliminator is a device comprising two flaps of optimal size and shape, which are connected at one end by a hinge. Intelligently designed integrated finger housings at the hinged end allow the device to be easily opened and snapped shut by a wide variety of hand and finger sizes. The device can be used on many types of insects, whether flying, hanging, crawling, or at rest. It can be operated in mid-air, against a wall, ceiling, or directly against a surface, or just above a surface, depending on the type and location of the insect. The device incorporates a unique containment grid which allows the elimination to be done cleanly.

A combination duster and sprayer device for both cleaning and spraying insecticide includes a housing that is tubular and has a bottom. The housing has a top that is open defining a rim, such that the housing is configured for insertion of an aerosol can. A coupler is coupled to the bottom, such that the coupler is configured to engage a complimentary connector of an extension device. A casing that has an open end is complimentary to the housing, such that the housing is insertable into the casing. The housing is frictionally couplable to the casing. A plurality of bristles is coupled to and extends outwardly from the casing. The bristles are pliable. An opening is positioned in a closed end of the casing. An actuator is insertable into the opening and configured to engage the nozzle of an aerosol can to direct spray to the area selected by the user.

A combination duster and sprayer device for both cleaning and spraying insecticide includes a housing that is tubular and has a bottom. The housing has a top that is open defining a rim, such that the housing is configured for insertion of an aerosol can. A coupler is coupled to the bottom, such that the coupler is configured to engage a complimentary connector of an extension device. A casing that has an open end is complimentary to the housing, such that the housing is insertable into the casing. The housing is frictionally couplable to the casing. A plurality of bristles is coupled to and extends outwardly from the casing. The bristles are pliable. An opening is positioned in a closed end of the casing. An actuator is insertable into the opening and configured to engage the nozzle of an aerosol can to direct spray to the area selected by the user.

A pest catcher adapted to catch and contain a pest. The pest catcher includes a bag to contain the pest. The pest catcher includes a head to receive attachment of the bag to the head and manipulate the bag. The pest catcher includes a handle attached to the head, the handle for manipulating the head and the bag. The pest catcher includes a sticky substance with adhesive properties attached to the bag, the sticky substance facing outward from the head that is adapted to contact the pest during the capture phase of the use of the pest catcher.

A method for manufacturing a flyswatter having a conductive plastic electrode net, and a flyswatter structure obtained thereby are provided. The method may include the following steps: (i) using an insulating plastic to perform injection molding, so as to obtain a flyswatter body; and (ii) using a conductive plastic to perform second injection molding on the flyswatter body to manufacture an electric net component, such that the electric net component and the flyswatter body are integrated with each other. The flyswatter structure includes the flyswatter body and the electric net component. The flyswatter body includes a shaft, a handle, and a frame. The handle has an inner chamber for installing a power control circuit and a battery therein. The electric net component consists of a positive electrode portion and a negative electrode portion. The positive electrode portion includes several strip-shaped positive electrode conductors and a positive electrode conductive connector, and the negative electrode portion includes several strip-shaped negative electrode conductors and a negative electrode conductive connector. The flyswatter structure does not require various manufacturing materials, and can achieve material saving during manufacturing.

A vacuum suction device equipped with an electric shock module includes a suction main body in which a negative-pressure suction force is generated by a motor or a fan. A collective unit is spatially connected with the suction main body and includes a collective inlet and a filtering system. The filtering system is used to filter and collect an electrically shocked object and/or a sucked object. The suction tube set has an air inlet and an air outlet. The air outlet is connected with the collective inlet. The air inlet is used to proactively generate an approximate-vacuum negative pressure between the air inlet and a suction surface. The electric shock module is disposed in the suction tube set for electrical discharge under high electric voltages. The electric voltage boost module is electrically connected with the electric shock module to electrically power the electric shock module.