A high security anti-splash cuffing box system is provided for enabling articles to pass through the access opening of a high security door or wall and for the safe hand cuffing of prisoners or detainees by personnel outside the cell. The system embodies a door frame assembly providing a sliding doo
A high security anti-splash cuffing box system is provided for enabling articles to pass through the access opening of a high security door or wall and for the safe hand cuffing of prisoners or detainees by personnel outside the cell. The system embodies a door frame assembly providing a sliding door movable between a locked engagement and an unlocked disengagement in a closed and an open condition relative to the access opening, while providing anti-slam functionality. A cuffing box providing an enclosure with 280-degree visibility is detachably connectable and securely engageable to the door frame assembly.
대표청구항▼
1. A cuffing box system operably associated with an access opening of a secured structure, comprising: a door frame assembly comprising: a back plate, a front plate, and a sliding door sandwiched between said back and front plates so as to be selectively movable between an open condition and a close
1. A cuffing box system operably associated with an access opening of a secured structure, comprising: a door frame assembly comprising: a back plate, a front plate, and a sliding door sandwiched between said back and front plates so as to be selectively movable between an open condition and a closed condition blocking the access opening;the sliding door extending from a first edge to an opposing second edge;the first edge providing door teeth;a sliding door locking plate providing plate teeth, wherein the sliding door locking plate is attached to the back plate so as to be selectively movable between an unlocked disengagement and a locked engagement of said door and plate teeth; anda cuffing box providing an access frame adapted to detachably mount to the front plate, wherein the cuffing box comprises: an enclosure communicating with the access opening, the enclosure defined on an upper portion and two opposing side portions by a transparent cover; anda transparent door pivotally movable between an open position and a closed position further defining the enclosure. 2. The cuffing box system of claim 1, further comprising: at least one anti-tamper notch provided by the sliding door; andat least one anti-tamper bar disposed in the at least one anti-tamper notch adjacent the locked engagement. 3. The cuffing box system of claim 2, further comprising a sliding door handle extending from an upper portion of the sliding door and away from the access door. 4. The cuffing box system of claim 3, further comprising: a latch slot provided by the front plate; anda tray top locking mechanism attached to the access frame, wherein the tray top locking mechanism provides a bolt movable between an unsecure disengagement and a secure engagement in the latch slot. 5. The cuffing box system of claim 4, wherein the sliding door handle provides a handle notch to accommodate a keyable portion of the tray top locking mechanism. 6. The cuffing box system of claim 5, further comprising: a front plate opening provided by the front plate, wherein the front plate opening is generally coextensive with the access opening;four pin slots along a periphery of the front plate opening;a sliding door pin near each lower corner of the sliding door, wherein two of the four sliding door pins slide into two of the four pin slots in both the open and the closed condition, respectively. 7. The cuffing box system of claim 1, further comprising: anti-slam door teeth providing along the second edge;anti-slam spring plate connected to the front plate, the anti-slam spring plate providing anti-slam plate crescent teeth biased against the second edge so that when the anti-slam door crescent teeth and the anti-slam plate teeth engage, the sliding door is prevented from slamming to the closed condition. 8. The cuffing box system of claim 7, further comprising: a first region provided by the front plate adjacent the access opening, wherein the anti-slam spring plate is disposed. 9. The cuffing box system of claim 8, further comprising: at least one spring slot provided by the anti-slam spring plate; anda spring housed in each spring slot for biasing said anti-slam plate crescent teeth. 10. The cuffing box system of claim 9, further comprising: at least one oversized fastener hole provided by the anti-slam plate; anda fastener connected to the back plate engaging each oversized fastener hole. 11. A cuffing box system operably associated with an access opening of a secured structure, comprising: a door frame assembly comprising: a back plate, a front plate, and a sliding door sandwiched between said back and front plates so as to be selectively movable between an open condition and a closed condition blocking the access opening;a latch slot provided by the front plate;a front plate opening provided by the front plate, wherein the front plate opening is generally coextensive with the access opening;four pin slots along a periphery of the front plate opening;the sliding door extending from a first edge to an opposing second edge;a sliding door pin near each lower corner of the sliding door, wherein two of the four sliding door pins slide into two of the four pin slots in both the open and the closed condition, respectively; the first edge providing door teeth;a first region provided by the front plate adjacent the access opening, wherein an anti-slam spring plate is disposed;a sliding door locking plate providing plate teeth, wherein the sliding door locking plate is attached to the back plate so as to be selectively movable between an unlocked disengagement and a locked engagement of said door and plate teeth;a sliding door handle extending from an upper portion of the sliding door and away from the access door;at least one anti-tamper notch provided by the sliding door;at least one anti-tamper bar disposed in the at least one anti-tamper notch adjacent the locked engagement;anti-slam door teeth providing along the second edge;the anti-slam spring plate providing anti-slam plate teeth biased against the second edge so that when the anti-slam door teeth and the anti-slam plate teeth engage, the sliding door is prevented from slamming to the closed condition;at least one spring slot provided by the anti-slam spring plate;a spring housed in each spring slot for biasing said anti-slam plate crescent teeth;at least one oversized fastener hole provided by the anti-slam plate; anda fastener connected to the back plate engaging each oversized fastener hole; anda cuffing box providing an access frame adapted to detachably mount to the front plate, wherein the cuffing box comprises: an enclosure communicating with the access opening, the enclosure defined on an upper portion and two opposing side portions by a transparent cover;a tray top locking mechanism attached to the access frame, wherein the tray top locking mechanism provides a bolt movable between an unsecure disengagement and a secure engagement in the latch slot, wherein the sliding door handle provides a handle notch to accommodate a keyable portion of the tray top locking mechanism; anda transparent door pivotally movable between an open position and a closed position further defining the enclosure. 12. A cuffing box system operably associated with an access opening of a secured structure, comprising: a door frame assembly comprising: a back plate, a front plate, and a sliding door sandwiched between said back and front plates so as to be selectively movable between an open condition and a closed condition blocking the access opening;a plurality of spaced apart mounting blocks connected to the front plate; each mounting block providing a nipple-shaped mating surface; anda cuffing box comprising: an access frame defining a box opening coextensive with the access opening; anda plurality of nipple-shaped lock tabs extending from the access frame into the box opening, each nipple-shaped lock tab spaced apart to align with one of the plurality of spaced apart mounting blocks. 13. The cuffing box system of claim 12, wherein each mounting block provides a retainer mating surface extending farther than said nipple-shaped mating surface so that when one of the plurality of nipple-shaped lock tabs operably engages said nipple-shaped mating surface said retainer mating surface opposes relative movement of said one lock tab. 14. The cuffing box system of claim 13, further comprising an enclosure communicating with the access opening, the enclosure defined on an enclosure frame covered along an upper portion and two opposing side portions by a transparent cover; and a transparent door pivotally movable between an open position and a closed position further defining the enclosure.
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