WO1998013661A1 - Electroshock device for self-defence - Google Patents

Abstract

The present invention relates to a device comprising an electrical circuit where an additional accumulation capacitor has been added. This additional capacitor is connected in parallel to the main one through a diode so that it may be loaded from a voltage converter. This device also uses a high-voltage transformer which is made in the shape of an auto-transformer having its central output connected to the electrode that is common to both capacitors and to the converter. A first shock electrode is connected to the end of the high-voltage winding of the auto-transformer, while a second one is connected to the connection point of the additional capacitor.

Description

 ELECTRICAL DEVICES FOR HOME

Use: in the case of self-reliance on attacks

living and non-resident persons based on their use

high voltages for short-term parallelization

muscular system of urbanism. SUMMARY OF THE INVENTION: Thanks

the introduction of an electrically more advanced

Condenser 5, connected via diode 6 in parallel

BASIC CAPACITY 4, PERFORMANCE

Exit traffic 9 in the form of auto traffic,

the middle exit is connected to the general exit

Condensation 4 and 5, with which the second output is high

Accessories for this transformer are connected to the first driver

electric, and the second electric appliance is connected to the general

Accurate diode 6 and condensation 5, an increase in energy is achieved

impulse and average energy supplied to the unit

in time, and also κ.π.d. devices as a whole. 2 C.π. φορ mules, 1 ill.

The invention is available to our own users.

attacks by live or unidentified persons based on

using high voltage for quick load

the naturalization of the neuromuscular system of humanism. 2

FAMOUS ELECTRICAL DEVICES (ESH) [1], containing

autonomous food source (battery), converter

Constant voltage that rises the voltage of the battery

600-6000Β, incl. Parallel to its exit

accumulative coefficient and the chain from the investigation

inclusive low-volume versions of the output transformer and

The key, in the quality of which is used as the air

or gas discharge, ignition voltage at 15-

30% lower than the output voltage of the appliance without

loads. Κ Findings on the high yield

The two keys are paralleled by two

electrical outlet and air outlet 30-

It is a short-circuit that serves as the limiter of the output voltage and

One-time operation of the ESH.

Κ the disadvantages of this device follow the lack of a low

κ.π.d., associated mainly with energy processes in

high output transformer, and low energy,

given load (sold object) as for one impulse,

τak and per unit time.

The aim of the invention is to increase κ.π.d. devices and

an increase in the energy supplied to us for one

pulse and per unit time. 3

The stated goal is achieved in that way

additional accumulative capacitance, capacitance

larger than the front and the last one with its own output

It is connected to the output of the accumulating condensate,

not directly connected to the low-speed vehicle

the output of the transformer and the output of the manufacturer, the second

the output of the optional condenser is connected to the second

the output of the converter through the diode included in the output

Direction for additional charge

HIGH QUALITY OUTPUT CONVERTER

performed in the form of an automatic transmission, which has

HIGH AND LOW TEST, MEDIUM OUTPUT

Quick (the end of the low and the beginning of the high obrabot)

connected to the general output of the accumulating condensation, the beginning

low-frequency connection to the key, end

high-quality handling with the first damaging electric power, and

the second electronic device is switched off in general

optional condenser and diode after optional

discharge, ignition voltage is 2-3 times higher than

OUTPUT VOLTAGE OF THE CONDITIONER UNLOADED AND LOADED

Shunted with a 100-volt capacitance.

Ηa φig.1 πρedsτavlena with ^χ EMA πρedlagaemοgο usτροysτva. 4

Battery 1 through switch 2 connected to input

Low voltage switch 3, at the exit to the outlet

The accumulative coefficients 4 and 5 are excluded, the first of which

none - not valid, and the second - through diode 6, included in

General direction for the charge of the appliance.

The parallel circuit 4 is connected to circuit 7 and 7

low-end version 8 of the outgoing car show 9,

by the way, the beginning of the exchange is connected to the arrester, and the end -

(the average output of the vehicle) - with the general electric

Compensation 4 and 5. Κ High Speed 10

auto switch 9 is connected to output terminal 11. Οdin

out of impaired elec- trons 12 connected to the final high

Parts 10, and the second operating elec- trode 13 - with a general total

Condenser 5 and diode 6 through terminal 14, parallel

Conclusion of Condensation 15 has been concluded.

The device is operated as follows.

Battery 1 on and off of switch 2 starts

Processor 3, and the condensers 4 and 5 start at the same time

charge. In the case of ignition voltage

The range 7 in it arises from the spark and the condensate 4 is discharged

after a low sample on the 8th of August 9th.

Condenser 5 prevents diode 6. Β high-quality handling

10 and this causes high voltage impulse, 5 higher ignition voltage of ignition unit 1 1. The same

voltage of power circuit 12 - sample 10 - voltage 5 - voltage 15 - voltage 13 is indicated

Damage to electrical products, as there is a mutual capacitance of these

The elec-

If there are no hazardous electrical products near hazardous electrical sources,

the voltage between them is greater than the ignition voltage

Squad 11, and in this sultanar arises a spark. After

The extinction of the process begins from the beginning, but the same occurs.

Faster, more often than not, only 4. If you are

High time impulse 10 High impulse

close to all electrical elements 12 and 13 there are any

output unit (for example, live unit, separate unit

electricians between the airman and the polish

ποκρο and / or clothing), το voltage προο between 12 and 13

may be less than the ignition voltage of switch 1 1. Β

In this case, it arises from the power supply circuit 12 - the unit -

Electricity 13. During the exploitation of the source of activity

between the elec- trons and the electrical outlet

decreases and high voltage is shown to be applied κ

box 14, also causing a spark box in it and,

Correspondingly, a sharp decrease in its resistance. After

The object is flowing, equal to the sum of the currents caused by the emf. Sample 10 and the range of condensation 5. To keep the product in

spacing between the isolating element and the spacer 14

There is sufficient voltage on the condenser 5, so it will be

Flow and after the end of the high impulse

voltages in model 10, for a practical full range

Condensation 5.

Holiday 14 serves to fix a long-lasting permanent

voltages on power lines 12 and 13 and when the power is turned off.

SIMPLE SETTINGS show that the energy given

Please contact us for one ^η pulse increases πο

2 in comparison with the device-device in (L C2-ι-ηС1) / ηС1 ρаз, where

C1 and 02 EXTRA BASIC AND OPTIONAL CONDITIONS 4 and

5 СΟΟΤΒΘΤСΤΒΘΗΗΟ, η - κ.π.d. you ^χ one-time trance tantamount, b -

Degree of discharge at voltage of 5 after

Returned unit for one impulse. At a deep pace

Compensation 5 (similar to 1) of the frequency of recognition of damaging

impulses in comparison with the decrease will decrease in

C1 / (bC2 + C1) ρaz due to an increase in the total ΘΜΚΟСΤИ

accumulative coefficients, but the average energy given

The unit costs per unit of time, it grows in

2 (b C2 / η + C1) / (bC2 + C1) ρaz. For C2 / C1 = 10 and τ typical values χ

η = 0.7 and b = 0.95 increase in energy, which we give 7 In a single impulse, it grows 13.6 times, and the average

energy given per unit of time (and κ.p.d. of the device

as a whole), grows in 1, 3 times. Real Degree of Grade

Compensation 5 will be affected by the loss of function.

object - its support, presence at a time

isolating between him and the users

elektrohodami, a hardener, - but obviously, which in any case

The options for the proposed device will not be worse than that of

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LIΤΕΡΑΤUΡΑ: 1. U.S. Patent No. 9,487,084 ccl 361 -232

Claims

8 ΟΡΜΟΡΜΟΡΜΑΑ ΟΟΟΡΕΤΕΗΡΕΤΕΗ

1 . ELECTRICAL DEVICES CONTAINING AUTONOMOUS

mains power supply, circuit breaker, mains power supply

voltage for supply voltage up to 600-

6000 Β, accumulative coefficient and a chain from the high

key and low tamper output high-altitude

traffic, connected to the output

low voltage outlet air outlet

30-60 κρ and two discharging elec- trons, connected

In parallel, a high-quality version of the high-frequency transformer, however, the high-quality key is made in the form

air or gas outlet with ignition voltage to

15-30% lower than the output voltage of the main consumer

No-load voltage, which is similar to that provided

additional accumulative condensation, one output

It is connected to the general public front-end

voltage and voltage converter, and the second

- with the output “SLΠΟDΘΓΟ” after the diode, for the charge it is optional

Constant voltage converter, and even so

EXCELLENT HIGH-RESPONSE THRANSFORMATION

car dealer, the last exit of the terminal, which is the end

low rifle and first high rifle, 9 connected to electrical

Vendors and mains voltage regulators, and

the first low-speed version connected to the high-key,

Therefore, one of the electrical elements is turned off.

high quality, and the second - for general general additional

accumulative condensate and diode.

2. ELECTRICAL DEVICES πο π. 1, characterized in that

between the general additional optional accumulator

and diode and plugged in to its power, included

gas or air discharge with ignition voltage, in 2-3

with higher output voltage of the appliance without

loads, in which case the parallel switch is turned off

capacitance with a capacity of 100-300 ppi.