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Arthur D Stone

William T Mostyn

Maurice D Krugman

An apparatus for simulating keypad entry of an access code into a security system controller. The apparatus comprises at least one electronic key encoded with a electronic key identifier, at least one electronic key reader adapted to electronically interface with the electronic key to electronically transfer data signals therebetween, a security system controller having memory for storing at least one security code therein and operably connected to a keypad for entering access codes thereon, and simulator circuitry electrically connected to the electronic key reader and operably electrically connected to the security system controller, whereby upon presentation of the electronic key to the electronic key reader, the simulator circuitry interrogates the electronic key then translates the electronic key identifier into an access code. The simulator circuitry then generates output signals to the security system controller to simulate pressing of keys on the keypad corresponding to the access code, whereupon if the simulated access code matches one of the security codes stored in the security system controller's memory, the security system will be activated/deactivated as if the access code was manually entered through the keypad.

Apparatus for stimulating keypad entry of an access code into a keypad type security system

An automatic golf ball teeing apparatus comprised of a chamber placed beneath the ground. A hollow piston is mounted in the chamber for vertical movement between first and second positions. Mounted within the piston is a pair of vertically spaced apart members; each of the members are movable relative to the piston; mounted between the members is a first coil spring and mounted between the lower member and the lower end of the piston is a second coil spring. A sleeve is mounted around the piston and is movable relative thereto and extends above the piston when the piston is in a lowered position. The sleeve is connected to the lower member such that the sleeve and lower member move together relative to the piston. A stop element is located at the top of the chamber for engaging the sleeve as the piston moves towards the second position for stopping movement of the sleeve relative to the piston, the second coil spring urging the sleeve back to its initial position as the piston is moved to its first position. A ball tee is mounted on the upper end of the piston for receiving a ball when the piston is in the first position. A ball supply element of the apparatus is provided to automatically deposit a ball on the tee when the piston is in its first position, the supply of balls being automatically cut off by the sleeve when the piston is in its second position.

Automatic golf ball teeing device

An automatic golf ball teeing apparatus having a hollow golf ball conveying arm which is pivotal at one of its ends about an axis between a first golf ball receiving position and a second golf ball depositing position. When the arm is in the first position a ball is received at one end of the arm and when the arm is pivoted to the second position the ball will roll to the other end of the arm to be deposited on a tee. A mechanism is provided for pivoting the arm between the first and second positions. The mechanism includes a crank and an extensible rod connecting the crank to the arm and a member for rotating the crank. When the arm is pivoted to the second position it is engaged by a stop, however, the extensible rod will permit the crank to continue to turn for a predetermined distance and after the distance has been traveled by the crank the arm begins to return to the first position. During the time between the instance the arm engages the stop and the crank travels the predetermined distance the ball is permitted to roll by gravity from the ball receiving end to the ball depositing end of the arm and is depositedon a tee through an opening in the arm.

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Austin, TX, United States of America

Arthur D Stone