CN2277643Y

CN2277643Y - Electric mosquito swatter

Info

Publication number: CN2277643Y
Application number: CN 95221341
Authority: CN
Inventors: 邹天财
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-09-08
Filing date: 1995-09-08
Publication date: 1998-04-08
Anticipated expiration: 2005-09-08

Abstract

The utility model relates to a device which uses an electric tool to kill insects manually, particularly an electric mosquito swatter which is composed of a power supply 1, a circuit 2, a frame, a plurality of electric shock lines A3, a plurality of electric shock lines B4, etc., wherein the electric shock lines (A3, B4) are arranged on the frame to form an electric shock net. The two output ends (a, b) of a control circuit 2 are respectively connected with the electric shock lines A3 and the electric shock lines B4, the power supply 1 which is a dry battery and the control circuit 2 are both arranged on the frame, and the shape of the frame presents a swatter shape of flapping manually. The utility model has the advantages that the manual flapping action and the electric killing action of high pressure and low current are organically combined, so that the efficiency of killing insects is high. The utility model has the advantage of safe and convenient use.

Description

Electric mosquito flap

The utility model relates to the device of a kind of electrification instrument with manual kill insects, particularly a kind of electric mosquito flap.

Mosquito killer lamp of the prior art is made up of electric light, outside framework and the electric shock line that is arranged on the outside framework, and it utilizes light to lure to draw insect, then use the electric shock line that it is shot dead.Because it is the stationary installation of power supply that this technical scheme system adopts civil power, do not have the initiatively effect of kill insects, and light produces harmful effect to people and environment, as for the use of 220V civil power, the hidden danger of accident under cover then.

The purpose of this utility model is to overcome weak point of the prior art, and provides a kind of safe in utilization, convenient, and human body and environment are not had the initiatively kill insects of ill-effect, and killing effect electric mosquito flap preferably.

The purpose of this utility model realizes by following approach.

Electric mosquito flap, by power supply, control circuit, framework and some electric shock line A and some compositions such as electric shock line B of being arranged in the formation electric shock net on the framework, control circuit two outputs are connected with electric shock line B with electric shock line A respectively, power supply and control circuit are arranged on the framework, power supply is a dry cell, outling of truss is the bat shape, framework comprises dabber and making body, the dabber place of shaking hands is made by insulating materials, and making body has a kind of ring, and the line end of electric shock line A and electric shock line B is all affixed and be stretched in ring central authorities and the formation net that shocks by electricity with making body ring ring edge.

At this moment, because the integrated design of power supply, control circuit and bat shape framework, whole electric mosquito flap becomes hand-operated tools, can make things convenient for hand to wave with kill insects.

Order of the present utility model can also reach by following measure.

Making body preferably also has a kind of arch supports of relative two rings on the edge that are connected across, and electric shock line A and electric shock line B be across on support, and opens and be trapped among on ring and the support and form the electric shock net.

Electric shock net profile or be seesaw shape, or be spherical arc shape, or be the rib spherical arc shape, or be the ellipsoid arc, or be the rugby arc.

Making body and electric shock net no doubt are convenient to make if be tabular, but if be inner concavity, then be convenient to pocket and go into insect, make its not fugacity, and shape more can add the electric field and the ionization of strong electrical shock net outside the indent, kill insect to inhale, thereby improve the killing effect of electric mosquito flap.

Arranged distribution pattern between the electric shock line is diversified, can be following several scheme:

A kind of is that the electric shock line A and the line B that shocks by electricity---the adjacent parallel distribution, its distance between centers of tracks is preferably 3～5 millimeters.

At this moment, all electric shock lines can be located at grade, also can be that all electric shock line A and all electric shock line B branches are on two planes.

Another kind is: electric shock line A and electric shock line B form the electric shock net with the space multistory cross-distribution, and distance is preferably 0.5～5 millimeter between electric shock line A and the electric shock line B.

Also have a kind of scheme to be: all parallel distributions of electric shock line A and in the same plane, all electric shock parallel distributions of line B also are on another plane, and electric shock line A is vertical with electric shock line B space multistory, and distance is preferably 0.5～5 millimeter between the two.

The voltage of control circuit output is preferably 1600V～2500V, and electric current is preferably less than 150mA.

This design than high output voltage can be easy to kill the bigger insect of the bodily form, as fly, honeybee etc.; And, when kill insects, can send electric arc and ring and the tool hint effect.

Control circuit can be made up of oscillating circuit and booster circuit.

Oscillating circuit is made up of integrated package and the triode and the resistance that are distributed in its periphery, five voltage-multiplying circuits that booster circuit is become by five groups of electric capacity and five groups of diode combinations and the transformer that is plugged between five voltage-multiplying circuits and the oscillating circuit are formed, the dc source of dry cell is an AC signal after the integrated package vibration, again behind the triode and resistance amplification of its periphery, be able to reliable driving transformer lotus root and close work, form High Level AC Voltage through five voltage-multiplying circuits again.

In sum, the utility model has following advantage compared to existing technology: clap the shape configuration design to inhale all component and be installed on the making body or on the dabber, wave conveniently, kill insects initiatively, especially mosquito, and the design of spherical arc shape electric shock net, its indent ball arc not only is convenient to pocket and is gone into insect, and can kill insect to inhale by the function of high voltage electric field and ionization, the willful murder efficient height that goes out, with dry cell as power supply, though voltage is high, and electric current is little, has fundamentally stopped accident potential, uses extremely safe.

Accompanying drawing 1 is the structure diagram of the utility model embodiment 1

Accompanying drawing 2 be among the utility model embodiment 2 making body and the electric shock web frame sketch

Accompanying drawing 3 is the F-F profiles among Fig. 2

Accompanying drawing 4 be in the utility model most preferred embodiment making body and the electric shock web frame upward view

Accompanying drawing 5 be in the utility model most preferred embodiment making body and the electric shock web frame front view

Accompanying drawing 6 is right views of accompanying drawing 5

Accompanying drawing 7 is concrete line maps of control circuit among the utility model embodiment

Below we carry out more detailed description to the utility model with reference to the accompanying drawings.

Embodiment 1:

With reference to accompanying drawing 1, electric mosquito flap is by power supply 1, control circuit 2, electric shock line A3, electric shock line B4 and framework are formed, and outling of truss is the racket shape, it is made up of dabber 6 that is fixed together and making body 5, they are made by ambroin, and making body 5 profiles are oval round, and some electric shock line A3 and some electric shock line B4 open with the form of 4 millimeters of adjacent and spacings one by one and are trapped among on the making body 5, and forming the electric shock net, it is one plane that said electric shock net is; All electric shock line two ends all are fixed on the making body 5 ring edge, and electric shock line A3 links to each other with the output a of control circuit 2, and the line B4 that shocks by electricity then links to each other with another output b of control circuit 2; Power supply 1 and control circuit 2 by the dry cell conduct are installed on the dabber 6.

With reference to accompanying drawing 7, control circuit 2 is made up of oscillating circuit and booster circuit, wherein the oscillating circuit main element is integrated package NE555 and triode T and resistance R 1, and booster circuit is then by transformer B with by capacitor C 1～C5, and five voltage-multiplying circuits that diode D1～D5 forms are formed.The direct current signal that power supply 1 is supplied is after K switch, NE555 is converted to AC signal to integrated package, and through its peripheral resistance R 1 and triode T driving, after arriving transformer B, transformer B is input to five voltage-multiplying circuit inputs after with this AC signal voltage amplification again, this signal is converted to high-voltage dc signal through five voltage-multiplying circuits, and the voltage of its output (being a, b two ends) is 1800V, and electric current is 110mA.And the big resistance resistance R 2 that is connected between output a, the b has been to avoid boosting the damage of loop to whole circuit element.

It is same as the prior art that present embodiment is not stated part.

Embodiment 2:

With reference to accompanying drawing 2, accompanying drawing 3 and accompanying drawing 7, electric mosquito flap, the making body 5 profile side of being rounds, all electric shock line A3 with 4 millimeters parallel files of spacing at grade, all electric shock line B4 are then with 4 millimeters parallel walking crosswise at grade of spacing, electric shock line A3 and the square crossing of electric shock line B4 solid space form the electric shock net, and the plane at electric shock line A3 place is 1 millimeter with the distance on the plane at electric shock line B4 place.

It is identical with embodiment 1 that present embodiment is not stated part.

Most preferred embodiment:

With reference to accompanying drawing 4, accompanying drawing 5, accompanying drawing 6 and accompanying drawing 7, electric mosquito flap, making body 5 is made up of at the half elliptic support 51 of the twice adjacent distributions at its back oval ring and bow member, all electric shock lines are all across crossing twice support 51 and affixed with it, and, two line ends of all electric shock lines respectively with oval ring on two side ring edge of relative distributions affixed, the electric shock line A3 and the line B4 adjacent distributions one by one that shocks by electricity, their spacing is 3～5 millimeters, and formed like this electric shock net profile is half American football shape.

It is identical with embodiment 1 that present embodiment is not stated part.

Claims

1, electric mosquito flap, by power supply (1), control circuit (2), framework and some electric shock line A (3) and some electric shock line B compositions such as (4) of being arranged in the formation electric shock net on the framework, control circuit (2) two outputs (a), (b) be connected with electric shock line B (4) with electric shock line A (3) respectively, it is characterized in that, power supply (1) and control circuit (2) are arranged on the framework, power supply is a dry cell, outling of truss is the bat shape, framework comprises dabber (6) and making body (5), dabber (6) place of shaking hands is made by insulating materials, making body (5) has a kind of ring, and the line end of electric shock line A (3) and electric shock line B (4) is all affixed and be stretched in the central and formation of the ring net that shocks by electricity with the ring edge of making body (5) ring.

2, electric mosquito flap according to claim 1, it is characterized in that, making body (5) also has a kind of arch supports (51) of relative two rings on the edge that are connected across, and electric shock line A (3) and electric shock line B (4) be across on support (51), and opens and be trapped among ring and support (51) and go up and form the net that shocks by electricity.

3, electric mosquito flap according to claim 2 is characterized in that, electric shock net profile or be seesaw shape, or be spherical arc shape, or be the rib spherical arc shape, or be the ellipsoid arc, or be the rugby arc.

According to claim 1 or 2 or 3 described electric mosquito flaps, it is characterized in that 4, electric shock line A (3) and electric shock line B (4) adjacent parallel one by one distribute, its distance between centers of tracks is 3～5 millimeters.

According to claim 2 or 3 described electric mosquito flaps, it is characterized in that 5, electric shock line A (3) and electric shock line B (4) form the electric shock net with the space multistory cross-distribution, and distance is 0.5～5 millimeter between electric shock line A (3) and the electric shock line B (4).

6, electric mosquito flap according to claim 5 is characterized in that, all parallel distributions of electric shock line A (3) and in the same plane, and all parallel distributions of electric shock line B (4) and in the same plane, electric shock line A (3) electric shock line B (4) spatial vertical is intersected.

7, electric mosquito flap according to claim 1 is characterized in that, making body (5) profile or rounded, or ovalize, or be square, or be prismatic.

8, electric mosquito flap according to claim 1 is characterized in that, the voltage of control circuit (2) output is 1600～2500V, and electric current is less than 150mA.

9, electric mosquito flap according to claim 1 is characterized in that, control circuit (2) is made up of oscillating circuit and booster circuit.

10, electric mosquito flap according to claim 9, it is characterized in that, oscillating circuit is made up of integrated package (NE555) and the triode (T) and the resistance (R1) that are distributed in its periphery, ((form for C1～C5) and five groups of diodes by D1～five voltage-multiplying circuits that D5) are combined into and the transformer (B) that is plugged between five voltage-multiplying circuits and the oscillating circuit by five groups of electric capacity for booster circuit, the dc source of dry cell is an AC signal after integrated package (NE555) vibration, again behind the triode (T) and resistance (R1) amplification of its periphery, be able to reliable driving transformer (B) lotus root and close work, form High Level AC Voltage through five voltage-multiplying circuits again.