Electrical shocking device

A manipulable electrical shocking device comprising in combination:

• a. a housing;
• b. a pair of electrically conductive probes for delivering a series of short duration, high voltage, low current electrical shocks to objects in contact with said probes;
• c. a hollow tubular member positioned within said housing, said pair of probes being mounted in said tubular member and extending beyond said tubular member and said housing;
• d. a low direct voltage power source positioned within said housing;
• and
• e. an electronic circuit means for converting low direct voltage to high direct voltage coupled intermittently to said pair of probes and said power source, said circuit means including:
• i. oscillator means positioned within said tubular member for producing an alternating current output;
• ii. a step-up transformer positioned within said tubular member and having its primary winding coupled to receive the alternating current output from said oscillator means for producing a high alternating voltage across its secondary winding;
• iii. rectifying means positioned within said tubular member for producing a high direct voltage output, said rectifying means including a rectifier and charge storage means coupled to said secondary winding for producing a direct voltage across said charge storage means, one end of said charge storage means being coupled to one of said probes;
• iv. spark gap means positioned within said tubular member for producing repeated pulses of high voltage shocking current, said spark gap means being connected in series between said charge storage means and the other of said probes, thereby providing a conductive path when said direct voltage across said charge storage means is high enough to assure effective shock to said objects in contact with said probes and automatically interrupting the current flow when the charge of said charge storage means is depleted;
• and
• v. switch means positioned within said housing for selectively energizing said oscillator means from said low direct voltage source.

A manipulable electrical shocking device comprising in combination:

• a. a housing;
• b. a pair of electrically conductive probes for delivering a series of short duration, high voltage, low current electrical shocks to objects in contact with said probes;
• c. a first tubular member positioned within said housing and having first and second electrical contacts, said pair of probes being mounted in said tubular member and extending beyond said tubular member and said housing;
• d. mechanical biasing means adapted to conduct electricity positioned within said housing for providing a force applied to said first tubular member, said first tubular member and said mechanical biasing means being positioned within said housing such that said first tubular member has a limited axial movement therein against the force provided by said mechanical biasing means;
• e. a second tubular member positioned within said housing containing a low direct voltage power source and being adapted to conduct electricity and being in electrical contact with said mechanical biasing means and one of said first and second electrical contacts of said first tubular member, and being spaced apart from the other of said first and second electrical contacts of said first tubular member by said mechanical biasing means;
• f. an electronic circuit means for converting low direct voltage to high direct voltage coupled intermittently to said pair of probes and said power source, said circuit means including:
• i. oscillator means positioned within said first tubular member for producing an alternating current output;
• ii. a step-up transformer positioned within said first tubular member and having its primary winding coupled to receive the alternating current output from said oscillator means for producing a high alternating voltage across its secondary winding;
• iii. rectifying means positioned within said first tubular member for producing a high direct voltage output, said rectifying means including a rectifier and charge storage means coupled to said secondary winding for producing a direct voltage across said charge storage means, one end of said charge storage means being coupled to one of said probes;
• and
• iv. spark gap means disposed within said first tubular member for producing repeated pulses of high voltage shocking current, said spark gap means being connected in series between said charge storage means and the other of said probes, thereby providing a conductive path when said direct voltage across said charge storage means is high enough to assure effective shock to said objects in contact with said probes and automatically interrupting the current flow when the charge of said charge storage means is depleted,
• whereby a force applied to said probes overcomes said biasing means and brings said second tubular member into contact with both of said first and second electrical contacts of said first tubular member thereby energizing said probes from said power source.

A manipulable electrical shocking device comprising in combination:

• a. a housing;
• b. a pair of electrically conductive probes for delivering a series of short duration, high voltage, low current electrical shocks to objects in contact with said probes;
• c. a first tubular member having a conductive rim and a conductive center contact positioned within said housing, said pair of probes being mounted in said first tubular member and extending beyond said first tubular member and said housing;
• d. mechanical biasing means made of electrical conducting material and positioned within said housing for providing a force applied to said first tubular member, said first tubular member and said mechanical biasing means being positioned such that said first tubular member has a limited axial movement therein against the force provided by said mechanical biasing means;
• e. a second tubular member made of electrical conducting material and adapted to conduct electricity, fixedly positioned within said housing and adapted to contain low direct voltage power cells;
• and
• f. an electronic circuit means for converting low direct voltage to high direct voltage coupled intermittently to said pair of probes and said power cells, said circuit means including:
• i. oscillator means positioned within said first tubular member for producing an alternating current output;
• ii. a step-up transformer positioned within said first tubular member and having its primary winding coupled to receive the alternating current output from said oscillator means for producing a high alternating voltage across its secondary winding;
• iii. rectifying means positioned within said first tubular member for producing a high direct voltage output, said rectifying means including a rectifier and charge storage means coupled to said secondary winding for producing a direct voltage across said charge storage means, one end of said charge storage means being coupled to one of said probes;
• and
• iv. spark gap means disposed within said first tubular member for producing repeated pulses of high voltage shocking current, said spark gap means being connected in series between said charge storage means and the other of said probes, thereby providing a conductive path when said direct voltage across said charge storage means is high enough to assure effective shock to said objects in contact with said probes and automatically interrupting the current flow when the charge of said charge storage means is depleted,
• whereby said mechanical biasing means normally maintains said conductive rim of said first tubular member in spaced apart relation to said second tubular member and whereby a force applied to said probes overcomes said mechanical biasing means and moves said conductive rim of said first tubular member into contact with said second tubular member thereby energizing said probes from said power source.