Sandt Technology, Ltd.

Other

Salvatore Anello

Albert F Diaz

Nathan N Turk

Nathan M Turk

Ken Macchiaverna

A support plate positioned on or within a construction block formed on the upper surface thereof a channel for the receipt and engagement of a short leg of an anchor bolt, there being two planar vertical upstanding panels adjacent the channel, said vertical upstanding panels engaging the outer circumference of the long leg of the anchor bolt in 180 degree relationship, thereby insuring its maintenance in a vertical orientation.

Positioning plate for foundation anchor bolt

This invention relates to a device for accurate view of the entire sky from the horizon regardless of the location on earth of the user. The device is an umbrella type design that a person stands underneath and views the night sky through the device. The device includes an umbrella portion and a removably attachable drape portion. The umbrella portion provides the structure of the device and the drape provides the mapped out night sky thereon which may be removably detachable and adjustable for an accurate depiction of the sky.

Star, constellation, and planet finder

A coin handling protection device is disclosed which prevents thieves from stuffing compressible material through the coin insert slot and into the coin return chute of coin-operated machines. The device prevents stuffing the coin return chute by incorporating a blocking plate across the top opening of the coin return chute such that compressible material stuffed into the coin insert slot is diverted into the open space within the payphone unit. The device is suitable for use in existing coin handling apparatus.

Coin handling apparatus protection device

Two embodiments are shown for protecting the pedestal of a public payphone against vandalism. Both employ a stainless steel plate. Both also employ techniques for protecting the stainless steel plate against vandalism. In one, a U-shaped structure and bar is utilized. In the other, internal bars and a cam control are employed.

Post protector

An anti-vandalizing device prevents removal of the coin-return bucket through the coin-retrieval window of the lower-housing cover of a coin-operated telephone while still accommodating coin vault security involving use of one key by the coin collector and of a differently coded key for the upper housing by the maintenance person responsible for fixing the bucket in the lower housing. A guard ring mounted inside an aligned window of a guard wrap reduces the effective size of the guard wrap window to where the bucket cannot be retrieved therethrough even after being crushed against the anti-rocking screw while still accommodating user coin retrieval of his unused deposited coins. The guard ring is slidably mounted on the back side of the guard wrap so as to be retrievable from above in the space between the lower housing cover and the guard wrap when the upper housing is removed. In one embodiment a ridge about the perimeter of an installed guard ring window seats within the guard wrap window. Deep slide brackets enable pivotal movement of the upper end of the guard ring to enable its ridge to clear the wrap about its window. A spacer plate behind the guard ring is inserted within the deep slide brackets to hold the guard ring with its ridge seated in the wrap window. In a second embodiment, brackets depending from the inside surface of the guard ring hold the ring in the guard wrap window along with a headed stud on the inside surface of the wrap seating a locking plate having slots receiving headed studs on the upper end of the guard ring.

Secure guard for coin-return-bucket window of payphone guard wrap

Apparatuses and methods immediately alert a telephone company or other owner/host or operator of a payphone that a vandalizing stuffing has occurred, thereby enabling it or him or her promptly to dispatch a maintenance person to the particular payphone or station to fix it. Stuffing sensing switches are advantageously mounted in a coin return mechanism, and in electromechanical payphones electrically connected to the telephone company central office over one of the existing RING and TIP wires connecting the stuffed or compromised payphone with the central office. Conventional testing techniques periodically employed in the office by the telephone company over the existing wit. installation will then sense whether a payphone has been compromised or stuffed. In electronic payphones, a payphone computer monitors the sensing switches and calls the owner/host or operator to report a problem or gives a local alarm.

Smart bucket

An anti-stuffing device involves removing the floor at the end of the coin return chute to create a floor opening, placing a wall over the end of the chute to stop coins coming down the chute, pivotally mounting at the bottom end of the wall a compound lever so that its one leg closes-off the floor opening when in a first position towards which it is biased, and attaching one end of a compression spring to the other leg of the compound lever and its other end to the bottom of the pivoted door normally closing-off the front opening to the coin return bucket. The spring is of such length that when the bucket door is closing-off the front opening, it yieldably urges the compound lever to its first position closing-off the floor opening and when the lower end of the bucket door is pushed inward it pushes the compound lever so that its one leg moves away from the floor opening and allows the pay telephone user's coins for uncompleted calls to be retrieved by him. Methods defeat old and new stuffing techniques.

Anti-stuffing coin return assembly

A telephone is secured against vandalism involving inserting a bare electrically conductive wire through the slot in the MEDECO lock securing the upper housing to the main housing. The free end of the inserted wire is made to contact either the '12' or the '1' terminal on the key pad on the back of the dial housing, to place system ground on the relay controlling the coin switch at the bottom of the chute for inserted coins and neutralize it so that coins can not be released to the coin box if a call is completed nor to the coin return bucket if a call is not completed. An advantageously shaped and located and mounted wire guard prevents the vandalism. The thin guard includes a wire blocking portion, a flange mounting portion, and intermediate portion connecting the blocking and mounting portions, and an inturned portion on its free end for overlying the terminals.

Dial assembly terminalgard

A telephone is secured against vandalism by a double layer face plate or assemblage of tough materials. The assemblage consists of an outer plate covering most of the front of a telephone upper housing or casing, and a second layer covering the housing casing in areas not covered by the outer layer. Two such areas are those which involve openings in the outer or first layer for mounting the standard information pads above and below the dial push buttons. The second layer is open in the area of the push buttons, but the outer layer is provided with a grid thereat for preventing the housing or casing pushbutton grid from being pried out. The outer plate may be provided with wings to also secure the sides and top of the housing or casing against drilling and the insertion of a wire to pin the coin switch vane or to ground the coin switch relay to hold up deposited coins. The outer plate may also be provided with depending portions to cover the telephone coin box and coin return bucket. A horizontally extending plate at the bottom of the depending portions provides a stand for soft ground when the casing and its protection assemblage is unlocked and removed from the telephone.

Telephone body guard armor

A coin-operated pay telephone is made secure from the removal of the coin return mechanism by a vandalizing bar and the subsequent collection of returned coins by vandals. A security bar is inserted behind the coin chute and down through an opening in an intermediate strengthening plate to block rocking of the coin return mechanism by a vandalizing bar and its translation forward out of the casing through the opening in which a finger is normally inserted to retrieve coins for incompleted telephone calls. The security bar includes a shoulder which rest on top of the rear edge of the coin return mechanism. The rear of the security bar includes a horizontal slot which is received on the portion of the strengthening plate behind its opening to prevent displacement of the security bar.

Coin return mechanism protecter

A change return protection device is disclosed which prevents thieves from stuffing flexible material into the change return chutes of coin-operated machines. The device prevents stuffing of the change return chute when the change return door is opened by incorporating a blocking flap and a swinging flap around which the flexible material cannot be inserted. The device also includes a reinforcement plate which more securely joins the blocking flap to the change return door and a flat plate having V-shaped notch with sharpened edges which further prevents stuffing. Finally, the device includes an adjustable screw which restricts the size of the coin return door opening. The device is suitable for use in existing change return mechanisms.

Change return protection device

An improvement in a coin operated device having coin return bucket and a bank box wherein the coin return bucket and the bank box are mounted within the device near a bottom wall of the device. The improvement relates to preventing tampering with and/or vandalization of the device by cutting or penetration of a bottom wall of the coin return bucket or the inner wall of the bank box. The improvement lies in the use of a bottom wall protection plate which prevents tampering and/or vandalization and which is inserted between the bottom wall of the device and the bottom of the coin return bucket and an inner side wall protection plate inserted between the inner wall of the coin return bucket and the inner wall of the bank box. The bottom wall protection plate is so configured as to generally follow the contour of the bottom of the coin return bucket and has a rear portion which extends downwardly to the bottom wall of the device and front portion of which lies along the bottom wall of the device and which stabilizes the bottom wall protection plate from movement within the device. The inner side wall protection plate is configured to be inserted between the inner wall of the coin return bucket and the controlling plate of the bank box and the bottom wall of the bank box and the exterior bottom wall of the device.

Coin bucket change return and bank box protection device

A change return protection device is disclosed which prevents thieves from stuffing flexible material into coin-operated machines' coin return chutes. The device seals off the change return's change return chute when the change return door is opened, and it prevents stuffing of the change return chute by also incorporating a blocking flap and a slot blocking plate around which the flexible material cannot be inserted. The slot blocking plate has a V-shaped notch itself having sharpened edges which further prevents stuffing. In a preferred embodiment the edges of the notch are formed from two crossed replaceable razor blades which are removably mounted in the device. The device is suitable for use in existing change return mechanisms.

A change return protection device is diclosed which prevents thieves from stuffing flexible material into coin-operated machines' coin return chutes. The device seals off the change return's change return chute when the change return door is opened, and it prevents stuffing of the change return chute by also incorporating a blocking flap around which the flexible material cannot be inserted. The device is suitable for use in existing change return mechanisms.

A change return protection device is disclosed which prevents thieves for stuffing flexible material into coin-operated machine's, coin return chutes. The device seals off the change return's change return chute when the change return door is opened, and it prevents stuffing of the change return chute by also incorporating a blocking flap and a slot blocking plate around which the flexible material cannot be inserted. The device is suitable for use in existing change return mechanisms.

Growing community of inventors

Highland, NY, United States of America

Salvatore Anello