CN2558950Y

CN2558950Y - Electric shocking device

Info

Publication number: CN2558950Y
Application number: CN02239669U
Authority: CN
Inventors: 张弘毅
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-07-08
Filing date: 2002-07-08
Publication date: 2003-07-02
Anticipated expiration: 2012-07-08

Abstract

The utility model discloses an electric shock device, which relates to an electric stungun designed, considering that electric stunguns habitually used easily caused the risk of an electric shock. The electric stungun can send an electric needle which can be charged and stored fast inside the electric stungun before being fired out so as to release efficient current to strike an object when the electric needle thrusts the object, thereby achieving the purpose that users can strike the object distantly and do not have the risk of getting the electric shock.

Description

Electric shock device

Technical field

The utility model relates to a kind of electric shock device, refers to a kind of innovative design of launching acusector every sky electric shock object especially.

Background technology

In the structural design of present electric shock device, one design that is called " stun-gun " is wherein arranged, promptly as the novel patent case of Announcement Number the 178867th " water column type stun-gun ", and the novel patent case of Announcement Number the 209584th " water column type stun-gun (appending) ", and " the water column type stun-gun " of wherein above-mentioned two novel creation, mainly on stun-gun, be provided with and spray the nozzle that " positive electricity water column " reaches " negative electricity water column ", and make its " positive electricity water column " reach the parallel outside ejection of " negative electricity water column " formation, utilize " positive electricity water column " positively charged with this, and " negative electricity water column " is electronegative, when hitting the health of human body or animal simultaneously, can conducting and reach the effect of electric shock.

Yet this kind utilizes the shock by electricity design of " water column stun-gun " of object of water column, has following shortcoming:

1, the water column range is limited, and the effect of stun-gun is undesirable:

Making the electric shock device of contact the purpose of design of stun-gun into, mainly is when aggressive strong convict of electric shock part or animal, can shoot at distant location, reaches the effect of electric shock safety; Yet, commonly use this kind " water column type stun-gun ", utilize the mode of two positive and negative electrode water columns ejection, its water column is not if there is large-scale pressurized equipment to pressurize, the small-sized body of a gun shown in 178867,209584 liang of patent cases of Dan Yiru notification number is shot, certainly will can't reach effective range, and make the fire effect of stun-gun can't show on the contrary.

2, utilize the water column conduction, must cause the user to get an electric shock in case leak:

From the above, commonly use the water column type stun-gun, utilize the design of conducting electric shock of gushing out of two positive and negative electrode water columns, in case handle that leaking appears in the nozzle of positive and negative electrode water column simultaneously or during the phenomenon of leaking, can cause the user to suffer the danger of high-tension electricity electric shock on the contrary.

3, with the water of wayward electric power effect as conductor, lead to the death of the object that shocks by electricity easily:

From the above; owing to commonly use the water column type stun-gun; the conductor that is used as switching on water column; judge as can be known from convention; water is splendid electric conductor; even the power of electric current; the effect of amplifying expansion is more arranged in water and waywardly (more do not have 110 volts of household currents of danger usually; running into water after regular meeting has the news of electrocuting the people to spread out of); be with commonly use the water column type stun-gun not only with water as conductor; be to be used for conducting high-tension electricity more; so design makes this kind " water column type stun-gun " undoubtedly, becomes the dangerous utensil of the extremely strong and wayward power of a lethality; having lost electric shock device just will be with the original purpose of object corona, and in addition improved necessity is arranged in fact.

In addition, also there is the people further to design as shown in Figure 7 another kind of stun-gun 40 abroad, but this stun-gun 40 main synchronized transmissions one anodal electric shock pin 41 and negative electrode pins 42 wherein, and positive and negative electrode electrode needle 41,42 is electrically connected respectively with the positive and negative electrode TRT of stun-gun 40 inside with a positive wire 410 and cathode conductor 420; With this, can utilize stun-gun 40 that positive and negative electrode is shocked by electricity in pin 41, the 42 emission thorn on the object of desire electric shock, activate positive and negative electrode lead 410,420 energisings of stun-gun 40 again, and after making the health conducting of positive and negative electricity via object of positive and negative electrode electric shock pin 41,42, reach the effect of electric shock object.

Yet, this kind has the design of the stun-gun 40 of positive and negative electrode lead 410,420, not only range be subject to positive and negative electrode lead 410,420 length and can't be oversize, even after often finding that object is shot, firmly earn when escaping the location of positive and negative electrode lead 410,420 is disconnected, and the situation that electric shock can't be carried out is a kind of safety, far firing range and the certain wireless type stun-gun of electric shock effect to develop, and its necessity is arranged in fact.

In view of this inventor studies energetically, designs and develops, and creates a kind of electric shock device finally.

Summary of the invention

The purpose of this utility model is: but the rifle type electric shock device that provides a kind of effective fire object to shock by electricity.

Another purpose of the present utility model is: a kind of electric shock device that can not cause user's mistake to be shocked by electricity is provided.

Another purpose of the present utility model is: a kind of electric shock device that can effectively control the electric shock effect is provided.

For realizing above-mentioned purpose, a kind of electric shock device is proposed, it is an electric shock pin, this electric shock needle set has a streamlined body, each body interior is provided with the electric capacity that can quantitatively store high-tension electricity, an and end of electric shock pin body, be convexly equipped with two parallel first pricker and second prickers, and make first, two prickers respectively with electric capacity just, negative pole forms and is electrically connected, and make the electric shock pin differ from first again, the end in addition of two prickers, then convex with a polygonal conducting part, and make in twos and on each vertical side of this conducting part, laying then out of the ordinary can just form conducting with capacitance cathode and negative pole, negative guide plate.

Advantageously, electric capacity that wherein should electric shock pin body interior, but be horizontally set with the conducting electric current parallel first and second, and make and be provided with an accumulate medium that can store electric power between first and second substrate.

Wherein, the conducting part of this electric shock pin is a quadrangle body, and makes and lay positive guide plate on the two relative side of this quadrangle conducting part, differs from the other two relative side of positive guide plate, then is equipped with negative guide plate.

In addition, the utility model also proposes a kind of electric shock device of launching the electric shock pin, it is a stun-gun, this stun-gun has structures such as the body of a gun, bore and trigger, can ccontaining electric shock pin in this rifle chamber, and the rear side in this rifle chamber then is provided with a percussion mechanism with respect to electric shock pin position, and be provided with a charging mechanism that staggers mutually with firing lock again in the stun-gun rear side, store and make the high-tension electricity of charging mechanism charge in the electric shock pin, to form.

Advantageously, the similar magazine that is provided with of this stun-gun wherein to general pistol, this magazine can be set a plurality of electric shock pins, but and make this magazine elasticity with each electric shock pin in regular turn upwards jacking in the rifle chamber.

Wherein, the hammer of this stun-gun firing lock can be formed control by the trigger of stun-gun, and when trigger was subjected to pulling, the hammer that can control firing lock knocked towards the electric shock pin of magazine and penetrates outside bore.

Wherein, the positive and negative electrode of this charging mechanism contacts at respectively on the positive and negative guide plate of electric shock pin, and the high-tension electricity of charging mechanism can be charged in the electric shock pin.

Wherein, the charging mechanism of this stun-gun is to be electrically connected a power supply, this power supply can be battery or dry cell, and make this charging mechanism respectively connect a positive and negative electrode lead, and positive wire is electrically connected on the anodal guide card, this positive pole guide card protrudes from bore apical margin inside, can form the conflict conducting with the positive guide plate of the top of magazine electric shock pin relatively, each cathode conductor then is electrically connected on the negative pole guide card, make the negative pole guide card protrude from the negative guide plate position of bore again, and can conflict with the negative guide card of electric shock pin at the top of magazine and form conducting with respect to electric shock pin conducting part.

Wherein, the power supply of this stun-gun charging mechanism can be battery.

Wherein, the power supply of this stun-gun charging mechanism can be dry cell.

Description of drawings

Fig. 1: be the plane intention of the utility model stun-gun preferred embodiment.

Fig. 2: be the three-dimensional appearance schematic diagram of the utility model electric shock pin preferred embodiment.

Fig. 3: be the longitudinal sectional drawing of the utility model electric shock pin preferred embodiment.

Fig. 4: be the advantageous configurations schematic diagram of the whole control loop of the utility model, circuit.

Fig. 5: the floor map when cooperating enforcement with the electric shock pin for the utility model stun-gun.

Fig. 6: the floor map during for the utility model stun-gun and electric shock pin goal thing.

Fig. 7: for commonly using the user mode schematic diagram of lead formula stun-gun.

What below cooperate the utility model preferred embodiment now graphicly further specifies as followsly, in the hope of making the personage who is familiar with the utility model correlation technique, can implement according to the statement of this specification.

The specific embodiment

At first please cooperate referring to Fig. 1, Fig. 2, Fig. 3 and shown in Figure 4, electric shock device wherein of the present utility model has a stun-gun 10 and can be matched with the electric shock pin 20 that uses on this stun-gun 10, and it includes:

Several pins 20 that shock by electricity, each pin 20 that shocks by electricity has the body 21 of a bullet type (as Fig. 2, shown in Figure 3), but each body 21 inside is horizontally set with first substrate 220 and second substrate 221 of conducting electric current, make first, two substrates 220,221 are parallel interval, and first, two substrates 220,221 are provided with an accumulate medium 222 that can store electric power, be somebody's turn to do the bullet type tip location of electric shock pin 20 bodies 21 again, then be convexly equipped with out first pricker 23 and second pricker 24 that are parallel, and first substrate, 220, the second prickers 24 that make first pricker 23 be electrically connected on body 21 inside then are electrically connected on second substrate 221;

And, this body 21 differs from the end in addition of first and

second pricker

23,24, then convex with a quadrangle or octagonal conducting part 25, with the quadrangle is example, on the wherein two relative side of this conducting part 25, respectively be equipped with a conductive positive guide plate 250, and first substrate 220 in each positive guide plate 250 and the body 21 forms conductings; And, on these conducting part 25 two sides, then respectively lay conductive negative guide plate 251 (as Fig. 2, shown in Figure 3) again, and make each negative guide plate 251 and second substrate 221 of body 21 form conducting perpendicular to positive plate 250.

One stun-gun 10, this stun-gun 10 is similar to general pistol, have design such as the body of a gun 11, bore 110, magazine 12 and trigger 15 (as shown in Figure 1), wherein can set a plurality of electric shock pins 20 in this magazine 12, and make this magazine 12 come the ejection pin 20 upwards jackings of respectively shocking by electricity with an elastomer 120;

The rear side of this body of a gun 11 is with respect to electric shock pin 20 positions of magazine 12 apical margins, then be provided with a firing lock 13 with hammer 130, the hammer 130 of this firing lock 13 can be controlled by the trigger 15 of stun-gun 10, when trigger 15 is subjected to pulling, the hammer 130 that can control firing lock 13 knocks out towards the electric shock pin 20 of magazine 12 apical margins, penetrates outside bore 110 and make this electric shock pin 20 be subjected to knocking of hammer 130;

Be positioned at the body of a gun 11 rearward position of stun-gun 10 equally, then be provided with a charging mechanism 14 that staggers and be provided with firing lock 13 again, this charging mechanism 14 is electrically connected a power supply 140, wherein this power supply 140 can be battery or dry cell, and charging mechanism 14 respectively connects a positive wire 1410 and cathode conductor 1420, and each positive wire 1410 is electrically connected on the anodal guide card 141, and should protrude from bore 110 apical margin inside for positive pole guide card 141, and can form the conflict conductings with the positive guide plate 250 of the top of magazine 12 electric shock pin 20 relatively; 1420 of each cathode conductors are electrically connected on the negative pole guide card 141 in addition, make negative pole guide card 141 protrude from negative guide plate 250 positions of bore 110 again, and can conflict with the electric shock pin 20 negative guide cards 251 at the top of magazine 12 and form conductings with respect to electric shock pin 20 conducting parts 25.

Electric wiring plan as shown in Figure 4 then is the configuration schematic diagram that the utility model stun-gun 10 usefulness triggers 15 are controlled preferable forms of implementation such as firing lock 13, charging mechanism 14 and electric-shocking circuit, loop.

By this, when stun-gun 10 of the present utility model when using (as Fig. 4, Fig. 5 and shown in Figure 6), the pin 20 that each can be shocked by electricity is set in regular turn and is installed on the magazine 12, again magazine 12 is inserted in the body of a gun 11 of stun-gun 10, this magazine 12 upwards holds each electric shock pin 20 in regular turn by elastomer 120, and electric shock pin 20 conducting parts 25 that make magazine 12 tops just, negative guide plate 250,251, contact at respectively and just be positioned at bore 110, negative pole guide card 141,130, person to be used pulls and detains trigger 15 and enter first period when design, promptly by loop shown in Figure 4, control and make charging mechanism 14 via just, negative pole guide card 141,142 and the electric shock pin 20 just, negative guide plate 250,251, the electric capacity 22 of pin 20 bodies 21 inside of apace an amount of high-tension electricity filling being gone into to shock by electricity is stored; And person to be used is when continuing to detain second section trigger 15 again, then control the hammer 130 that makes firing lock 13 and form percussion by control loop, the electric shock pin 20 that is knocked magazine 12 tops by this hammer 130 penetrates outside stun-gun 10 (as shown in Figure 5) fast, make this electric shock pin 20 penetrate (this object may be the human or animal) towards the object 30 of user's aiming, and by parallel first of electric shock pin 20 tips, two

prickers

23,24 thrust on the skin of object 30 (as shown in Figure 6), and because the health itself of human body or animal is a conductor, so when first, two

prickers

23,24 thrust behind object 30, just the high-tension electricity abrupt release that is stored in body 21 electric capacity 22 can be formed electric shock A (as shown in Figure 6), the utility model be reached have the effect that penetrates electric shock object 30 remote.

In addition, worth especially explanation, because the utility model design utilized before the pin 20 that will shock by electricity is pulled the trigger out, again by charging mechanism 14 in stun-gun 10 inner quick charges, so electric shock pin 20 of the present utility model can not have any electric current at ordinary times, thereby the user need not to worry to have the danger of being shocked by electricity no matter when filling in magazine 12 or depositing; In addition, the electric capacity 22 that the utility model can fixedly store certain electric weight with setting in the electric shock pin 20 stores high-tension electricity, so at capacity such as the electric current of A object that shocks by electricity, voltages, visual requirement of client and actual needs, and produce the different electric shock of several stored current and voltage pins 20, just can be with this user according to the difference of object 30 builds size and violent degree, and select the electric shock pin 20 of different electric capacity 22 capacity to shock by electricity, reach effective control electric shock effect, be unlikely to cause object 30 to be dead by electric shock or phenomenon such as the effect deficiency that shocks by electricity on the contrary.

Comprehensive the above as can be known, the utility model has splendid effect really.

Claims

1, a kind of electric shock device, it is an electric shock pin, it is characterized in that: the electric shock needle set has a streamlined body, each body interior is provided with the electric capacity that can quantitatively store high-tension electricity, an and end of electric shock pin body, be convexly equipped with two parallel first pricker and second prickers, and make first, two prickers respectively with electric capacity just, negative pole forms and is electrically connected, and make the electric shock pin differ from first again, the end in addition of two prickers, then convex with a polygonal conducting part, and making in twos and on each vertical side of this conducting part, laying then out of the ordinary can just form conducting with capacitance cathode and negative pole, negative guide plate.

2, electric shock device as claimed in claim 1 is characterized in that: the electric capacity of this electric shock pin body interior, but be horizontally set with the conducting electric current parallel first and second, and make and be provided with an accumulate medium that can store electric power between first and second substrate.

3, electric shock device as claimed in claim 1 or 2 is characterized in that: the conducting part of this electric shock pin is a quadrangle body, and makes and lay positive guide plate on the two relative side of this quadrangle conducting part, differs from the other two relative side of positive guide plate, then is equipped with negative guide plate.

4, a kind of electric shock device of launching the pin that shocks by electricity according to claim 1, it is characterized in that: it is a stun-gun, this stun-gun has structures such as the body of a gun, bore and trigger, can ccontaining electric shock pin in this rifle chamber, and the rear side in this rifle chamber is with respect to electric shock pin position, then be provided with a percussion mechanism, and also be provided with a charging mechanism that staggers mutually with firing lock, form storage and the high-tension electricity of charging mechanism is charged in the electric shock pin in the stun-gun rear side.

5, electric shock device as claimed in claim 4 is characterized in that: the similar magazine that is provided with to general pistol of this stun-gun, this magazine can be set a plurality of electric shock pins, but and makes this magazine elasticity that each electric shock pin is made progress jacking in regular turn in the rifle chamber.

6, electric shock device as claimed in claim 4 is characterized in that: the hammer of this stun-gun firing lock, can form control by the trigger of stun-gun, and when trigger was subjected to pulling, the hammer that can control firing lock knocked towards the electric shock pin of magazine and penetrates outside bore.

7, electric shock device as claimed in claim 4 is characterized in that: the positive and negative electrode of this charging mechanism contacts at respectively on the positive and negative guide plate of electric shock pin, and the high-tension electricity of charging mechanism can be charged in the electric shock pin.

8, electric shock device as claimed in claim 7, it is characterized in that: the charging mechanism of this stun-gun is electrically connected a power supply, this power supply can be battery or dry cell, and make this charging mechanism just respectively connect one, cathode conductor, and positive wire is electrically connected on the anodal guide card, this positive pole guide card protrudes from bore apical margin inside, can form the conflict conducting with the positive guide plate of the top of magazine electric shock pin relatively, each cathode conductor then is electrically connected on the negative pole guide card, make the negative pole guide card protrude from the negative guide plate position of bore again, and can conflict with the negative guide card of electric shock pin at the top of magazine and form conducting with respect to electric shock pin conducting part.

9, electric shock device as claimed in claim 8 is characterized in that: the power supply of this stun-gun charging mechanism can be battery.

10, electric shock device as claimed in claim 8 is characterized in that: the power supply of this stun-gun charging mechanism can be does the pond, Shen.