Other

Neptune Dynamics Ltd.

John Richard Green

Edward Gerald Hauptmann

Security vault to protect valuable items. The vault has a redundant number of members which combine to deter the entry and subsequent attempted damage to or destruction of the vault. A body has an open end which is surrounded by a strength band connected to the body. A recess is defined between the strength band and the open end of the body. A door to the vault has open and closed positions and, in the closed position, an edge extension of the door enters into the recess. Rod loops are connected between the body and the strength band and act as locking members for complementary pawls which are mounted on the interior of the door.

Security vault

A security vault used to secure valuables. The vault has an outer case and an interior. A movable panel member allows access to the interior. A locking mechanism operable by a programmable electronic circuit allows the panel member to be opened. A keypad is operable to provide a security code to the programmable electronic circuit. The keypad may be one or two, the first being located outside the vault and connected to the programmable electronic circuit. The second keypad may be located in the interior of the outer case. Either keypad may be used to provide the security code. The second keypad is used if damage occurs to the first keypad and is accessible from exterior of the security vault.

Vehicle security vault with electronic lock

A conveyor transports fish along a path past a fish sex detector. A rotating fish-engaging member is mounted downstream of the detector above the path. According to the sex of a fish as detected by the detector, the rotating fish-engaging member is either shifted downward to kick the fish off the conveyor or held away from the conveyor out of engagement with the fish so that it continues to be transported downstream by the conveyor.

Fish sorter

Fish are oriented by laying them in random arrangement in the central portion of a vibrating trough, the opposite ends of which form passages slightly wider than the widest fish being sorted. Fish move headfirst toward the trough ends, and the movement of fish discharged in single file from such trough ends is accelerated to propel fish past detector means. Such detector means include a radiant-energy source and fish-sorting means responsive to energy from such source operable to deflect fish leaving such source for channeling the fish corresponding to a characteristic detected by the detector. Such characteristic may be sex, length or sidewise orientation. Alternatively, fish can be subjected to detector means for energizing a signal simply to indicate a characteristic of the fish without sorting the fish, such as by placing a fish on an energy-transmitting surface, applying an energy-responsive element to the opposite side of the fish and actuating a signal in response to operation of the energy-responsive element.

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Vancouver, Canada

John Richard Green