TWM444679U - May be manually storage type electrical mosquito beat - Google Patents

Description

Manual storage electric mosquito swatter

This creation is a manually-operable electric mosquito swatter, especially a battery-free battery, which can be powered and stored by manual pressing to provide the required power at any time, and has a residual power display design. It can be easily used, save energy and be environmentally friendly. It can also be used as a hand-held electric mosquito swatter.

According to the electric mosquito swatter, the electric shock net composed of several metal wires is used in the body part, and the adjacent metal wires belong to different polarities. When the swing touches the mosquito, the mosquito crosses and touches different polarities. The metal wire can turn on the power circuit to generate an instantaneous high-voltage power supply, and apply electric shock to the mosquito, kill it or disable it, and destroy it.

It is noted that the main power source of the conventional mosquito swatter is a DC battery, and there is also a rechargeable battery that can be charged by an AC power source. However, whether it is a DC battery or a rechargeable battery, when it is installed in an electric mosquito swatter, even if it is not used, the power stored in it will naturally decline, and the user cannot view the remaining power capacity of the battery at all, so it is common for a while. When it has not been used, when it is urgent to use electric shock to kill mosquitoes, the power of the battery is often insufficient, so that the instantaneous high-voltage power supply cannot be generated, and the use effect is lost. At this point, the user can only stop using it, replace the DC battery or use the household power to charge it, so it not only misses the use time, but also causes inconvenience in use, and is quite wasteful of energy and money, even more environmentally friendly, love The trend of the earth.

This creation is to provide a battery-free battery that can be powered and stored at any time by manual pressing to provide the required power, which can improve the convenience of use, save energy and money, and be environmentally friendly. It can be manually stored in the electric mosquito swatter.

Another purpose of this creation is to provide a design with a residual power display that allows you to view the available capacity of the power at any time and charge it at the right time to avoid the possibility of manually storing the electric mosquito swatter.

Another object of the present invention is to provide a manually-charged electric mosquito swatter that can enhance the hand grasping force and promote the health of the body while being manually pressed and stored.

This creation mainly consists of: an electric mosquito swatter, a push-type electric storage device and a power display. The electric mosquito swatter is fixed by a frame and a grip. The inner side of the frame is provided with a plurality of metal wires to form a shock net. The power cable of the electric shock net is worn inside the grip. And connected to a switch button, the switch button is installed on the side of the grip to control the power of the electric shock net to be turned on or off, and an assembly port is formed at the rear end of the grip, and on the opposite side Two through holes are opened; the push type electric storage device is passed through the assembly port, and the bottom portion thereof is fixed to the inside of the grip, and the power cord is electrically connected to the power line of the electric shock net, and the pressing A pressing handle is protruded from the top of the accumulator, and a switch is pivotally connected to the bottom. The switch can be exposed by one of the penetrating holes of the grip, and the toggle switch can be used to control the poppet to be ejected. Or press the lower buckle to fix it, and when the pressure handle is popped up, it can be pressed and released continuously, so that the gear set that drives the array to mesh rotates rapidly, and the kinetic energy generated by the rotation of the gear set can be generated. turn Replacing into electric energy and storing electricity to provide power supply for the instantaneous high voltage of the electric shock network power supply circuit; secondly, the electric power display is placed on the front edge of the push type electric storage device, and the power supply line and the power supply line of the push type electric storage device Electrically connected, another display switch is provided, and the display switch is exposed by another through hole on the grip for switching the power display to light, and the remaining power capacity of the push type electric storage device is checked or turned off. To determine whether or not to store power in the push-type battery. In this way, a disposable battery is formed, and the power supply and the power storage can be performed at any time by manual pressing, and the residual power display design can be used, and the manual electric storage type mosquito swatter can be used as a hand grip exercise exercise.

The design of the creation is specifically designed to achieve the purpose of creation, together with the schema, as explained below: First, please refer to the first diagram, the creation includes: a mosquito swatter (1), a push-type storage device ( 2) and a power display (3).

Please refer to the second, third, fourth, fifth and other figures. The electric mosquito swatter (1) is made up of a frame (11) and a grip (12), and is in the frame (11). There are several metal wires on the inner side to form the electric shock net (13), and the power cable of the electric shock net (13) is worn backwards and protruded inside the grip (12), and is connected to a switch button (131) The switch button (131) is mounted on the side of the grip (12) for controlling the power of the electric shock net (13) to be turned on or off. The grip (12) is a hollow casing which is screwed from the two halves, and has an assembly opening (121) at the rear end thereof for mounting the push type electric storage device (2), and Two through holes (122) (123) are provided on the opposite faces.

The bottom of the push-on type electric storage device (2) is passed through the assembly opening (121) of the rear end of the grip (12) so as to be fixed inside the grip (12), and the power cord and the electric shock net (13) The power cord is electrically connected, and a pressing handle (21) is protruded from the top thereof. The pressing handle (21) is capable of driving the array gear set to rotate (not shown) and is pivoted at the bottom thereof. The switch (22) is adapted to be exposed by the opening of one of the penetration holes (122) of the grip (12), and the switch (22) can be pulled to make the pressure handle (21) The detachable buckle is ejected upwards, and can be grasped by the hand on the outside of the pressing handle (21), and is continuously pressed and released to drive the array gear set to rotate rapidly, so that the kinetic energy generated by the rotation of the gear set can be converted. It is electrical energy and is stored to provide the power required by the electric shock net (13).

The power display (3) is placed at the front edge of the push-type battery (2), and the power line is electrically connected to the power line of the push-type battery (2), and is connected with a display switch (31), the display switch (31) The aperture of the other penetration hole (123) on the grip (12) is exposed, and the display switch (31) can be pushed up, the power display (3) is lit, and the push-type battery is inspected. (2) The remaining power capacity to determine whether to charge the push-type battery (2).

In this creation, the user can push the display switch (31) of the power display (3) at any time to view the remaining power capacity of the push-type battery (2), and the remaining power capacity display in the push-type battery (2) When the output is insufficient, the switch (22) of the push-type battery (2) can be pulled to push the handle (21) upward, and the user can grasp the outside of the pressure handle (21) by hand. Pressing and releasing to drive the array of gears inside the push-type accumulator (2) to rotate rapidly, generating kinetic energy, and converting kinetic energy into electrical energy Power storage; and as the power storage increases, the value displayed by the power display (3) will accumulate upward until it is full; at this time, the user has to press the pressure handle (21) back, and the switch (22) is pulled back. The original position (as shown in the fifth figure) can be fixed and stored.

This creation can be made free from the use of the push-type battery (2) and the power display (3), and can be powered and stored at any time by manual pressing, and the remaining power capacity can be checked at any time, and charging can be performed at the right time. In order to achieve ease of use, energy saving and environmental protection, it can also be used as a hands-on exercise to effectively enhance the value of its use.

In summary, this creation has obvious industrial use value, and its structurally specific design for achieving the purpose of creation has not been publicly disclosed in the publication and its use. It can be easily completed from non-existing technologies. For the application requirements of the new patent, please also grant the patent right to pray.

1‧‧‧ electric mosquito swatter

11‧‧‧ Frame

12‧‧‧ grip

121‧‧‧Assembly

122‧‧‧through hole

123‧‧‧through hole

13‧‧‧Electric shock net

131‧‧‧ switch button

2‧‧‧Pushing accumulator

21‧‧‧ Pressure handle

22‧‧‧Toggle switch

3‧‧‧Power display

31‧‧‧ display switch

The first picture is a three-dimensional appearance of the creation.

The second picture is a plan view before the creation.

The third picture is a plan view of the creation.

The fourth picture is a side view of the creation (the state in which the pressing handle of the push type electric storage device is ejected upward).

The fifth figure is a side view of the creation (the state in which the pressing handle of the push-type electric storage device is pressed down and fixed).

1‧‧‧ electric mosquito swatter

11‧‧‧ Frame

12‧‧‧ grip

121‧‧‧Assembly

13‧‧‧Electric shock net

2‧‧‧Pushing accumulator

21‧‧‧ Pressure handle

3‧‧‧Power display

Claims (1)

A manually-operable electric mosquito swatter, comprising: an electric mosquito swatter, a frame and a grip, a shock net inside the frame; a push-type electric storage device installed at the rear end of the grip, and It is electrically connected with the electric shock net, and a pressing handle is protruded from the top of the electric shock for continuous pressing and releasing, thereby generating electric energy and storing electricity; and a power display is placed on the front edge of the push type electric storage device. And electrically connected with the push type storage device to view the remaining power capacity of the push type storage device.