Granted Patent B2

US 12,592,113 · App. 17/861,777 · Granted Mar 31, 2026

Inventors: William Beskitt (Canton, OH); Sascha Groepper (Geseke, DE); Sean Haney (North Canton, OH); Alexander Uhl (Paderborn, DE)

Assignee: Diebold Nixdorf, Incorporated

G07D11/13G07F19/201

Abstract

Claims (100)

1 . An apparatus, comprising:

a stop;

a push plate catch and release mechanism, the push plate catch and release mechanism comprises a first gear and a second gear, the first gear comprises a top surface that comprises a release extending from the top surface, the second gear comprises a surface extending from a bottom surface of the second gear that abuts the top surface of the first gear and an arm extending from a body of the second gear, the arm comprises a catch on a side of the arm;

wherein, when rotation in a first direction is caused by a force exerted on the first gear, movement of the first gear causes the release to be positioned to guide the stop around the catch; and

wherein when rotation in the first direction is caused by a force exerted on the second gear, movement of the second gear causes the release to move under the arm of the second gear allowing the stop to engage the catch;

a cassette having a body that comprises a bottom surface, left surface, right surface, top surface, and rear surface;

a front door configured to engage the bottom surface, the left surface, the right surface, and the top surface while in a closed position;

a first compartment located within the body;

a first compartment first rail having a first shape located within the first compartment;

a first compartment second rail having a second shape located within the first compartment;

a first compartment upper bracket located within the first compartment; and

a first compartment lower bracket located within the first compartment;

the front door comprises a first front door bracket assembly positioned to fit within the first compartment while the front door is in a closed position, the first front door bracket assembly comprising a first front door height adjustment bracket, a second front door height adjustment bracket, a third front door height adjustment bracket, a fourth front door height adjustment bracket, a first front door rail having a third shape configured to engage the first front door height adjustment bracket and the second front door height adjustment bracket in a first predefined height position, a second front door rail having a fourth shape configured to engage the third height adjustment bracket and fourth height adjustment bracket in a second predefined height position and a first rail release lever having first and second sides, the first side of the first rail release lever configured to bias the first front door rail against the second front door height adjustment bracket, and the second side of the first rail release lever is configured to bias the second front door rail against the fourth height adjustment bracket;

wherein the first compartment first rail, the first compartment second rail, the first compartment first bracket and the first compartment second bracket are configured to ensure that the first compartment first rail and the first compartment second rail engage the first compartment upper bracket and the first compartment lower bracket in a first predefined position and a second predefined position respectively;

wherein the first compartment upper bracket and first compartment lower bracket further comprise a plurality of pockets to adjust the first predefined position and second predefined position respectively;

wherein the first front door height adjustment bracket, second front door height adjustment bracket, third front door height adjustment bracket, and fourth front door height adjustment bracket comprise a plurality of pockets to adjust the first predefined height position and the second predefined height position respectively; and

wherein the push plate catch and release mechanism and stop are located within the first compartment.

2 . The apparatus set forth in claim 1 , further comprising:

a motor coupled with the first gear of the catch and release mechanism; and

a push plate coupled with the second gear of the catch and release mechanism;

wherein movement of the catch and release mechanism in a first direction corresponds to movement of the push plate in a first direction and movement of the catch and release mechanism in a second direction corresponds to movement of the push plate in a second direction.

3 . The apparatus set forth in claim 1 , further comprising:

a rib located on the front door and positioned to engage the stop when the front door is in a closed position, which causes the rib to engage the stop, causing the stop to engage the catch and release mechanism.

4 . The apparatus set forth in claim 3 , wherein when the front door is in an open position, the rib is not engaged with the stop and the stop disengages with the catch and release mechanism, allowing the push plate to be manually moved in the first direction and a second direction.

5 . The apparatus set forth in claim 1 , further comprising a release stop that engages a second raised surface on the bottom surface of the second gear, positioning the release under the arm.

6 . The apparatus set forth in claim 1 , further comprising:

the top surface of the first gear further comprises a second release; and

the body of the second gear further comprises a second catch;

wherein, when rotation in a first direction is caused by a force exerted on the first gear, movement of the first gear causes the second release to be positioned to guide the stop around the second catch; and

wherein when rotation in the first direction is caused by a force exerted on the second gear, movement of the second gear causes the second release to move under the second arm of the second gear allowing the stop to engage the catch.

7 . The apparatus set forth in claim 1 , the arm further comprising a surface that guides the stop around the catch when the stop and release mechanism is rotating in a second direction.

8 . An apparatus, comprising:

a stop;

a push plate catch and release mechanism, the push plate catch and release mechanism comprises a first gear and a second gear, the first gear comprises a top surface that comprises a release extending from the top surface, the second gear comprises a surface extending from a bottom surface of the second gear that abuts the top surface of the first gear and an arm extending from a body of the second gear, the arm comprises a catch on a side of the arm;

wherein, when rotation in a first direction is caused by a force exerted on the first gear, movement of the first gear causes the release to be positioned to guide the stop around the catch; and

wherein when rotation in the first direction is caused by a force exerted on the second gear, movement of the second gear causes the release to move under the arm of the second gear allowing the stop to engage the catch;

a cassette having a body that comprises a bottom surface, left surface, right surface, top surface, and rear surface;

a front door configured to engage the bottom surface, the left surface, the right surface, and the top surface while in a closed position;

a first compartment located within the body;

a first compartment first rail having a first shape located within the first compartment;

a first compartment second rail having a second shape located within the first compartment;

a first compartment upper bracket located within the first compartment; and

a first compartment lower bracket located within the first compartment;

the front door comprises a first front door bracket assembly positioned to fit within the first compartment while the front door is in a closed position, the first front door bracket assembly comprising a first front door height adjustment bracket, a second front door height adjustment bracket, a third front door height adjustment bracket, a fourth front door height adjustment bracket, a first front door rail having a third shape configured to engage the first front door height adjustment bracket and the second front door height adjustment bracket in a first predefined height position, a second front door rail having a fourth shape configured to engage the third height adjustment bracket and fourth height adjustment bracket in a second predefined height position and a first rail release lever having first and second sides, the first side of the first rail release lever configured to bias the first front door rail against the second front door height adjustment bracket, and the second side of the first rail release lever is configured to bias the second front door rail against the fourth height adjustment bracket;

wherein the first compartment first rail, the first compartment second rail, the first compartment first bracket and the first compartment second bracket are configured to ensure that the first compartment first rail and the first compartment second rail engage the first compartment upper bracket and the first compartment lower bracket in a first predefined position and a second predefined position respectively;

wherein the first compartment upper bracket and first compartment lower bracket further comprise a plurality of pockets to adjust the first predefined position and second predefined position respectively;

wherein the first front door height adjustment bracket, second front door height adjustment bracket, third front door height adjustment bracket, and fourth front door height adjustment bracket comprise a plurality of pockets to adjust the first predefined height position and the second predefined height position respectively;

second compartment located within the body;

a second compartment first rail having a fifth shape located within the second compartment;

a second compartment second rail having a sixth shape located within the second compartment;

a second compartment upper bracket located within the second compartment; and

a second compartment lower bracket located within the second compartment;

the front door comprises a second front door bracket assembly positioned to fit within the second compartment while the front door is in a closed position, the second front door bracket assembly comprising a fifth front door height adjustment bracket, a sixth front door height adjustment bracket, a seventh front door height adjustment bracket, an eighth front door height adjustment bracket, a third front door rail having a seventh shape and configured to engage the fifth front door height adjustment bracket and the sixth front door height adjustment bracket in a third predefined height position, a fourth front door rail having an eight shape configured to engage the seventh height adjustment bracket and eighth height adjustment bracket in a fourth predefined height position and a second rail release lever having first and second sides, the first side of the second rail release lever configured to bias the third front door rail against the sixth front door adjustment bracket, and the second side of the first rail release lever is configured to bias the fourth front door rail against the eighth height adjustment bracket;

wherein the second compartment first rail, the second compartment second rail, the second compartment first bracket and the second compartment second bracket are configured to ensure that the second compartment first rail and the second compartment second rail engage the second compartment upper bracket and the second compartment lower bracket in a third predefined position and a fourth predefined position respectively;

wherein the second compartment upper bracket and second compartment lower bracket further comprise a plurality of pockets to adjust the third predefined position and fourth predefined position respectively;

wherein the first front door height adjustment bracket, second front door height adjustment bracket, third front door height adjustment bracket, and fourth front door height adjustment bracket comprise a plurality of pockets to adjust the third predefined height position and the fourth predefined height position respectively; and

wherein the push plate and stop are located within the second compartment.

9 . The apparatus set forth in claim 8 , wherein the first shape, second shape, third shape, fourth shape, fifth shape, sixth shape, seventh shape, and eighth shape are unique.

10 . An apparatus, comprising:

a stop;

a push plate catch and release mechanism, the push plate catch and release mechanism comprises a first gear and a second gear, the first gear comprises a top surface that comprises a release extending from the top surface, the second gear comprises a surface extending from a bottom surface of the second gear that abuts the top surface of the first gear and an arm extending from a body of the second gear, the arm comprises a catch on a side of the arm;

wherein, when rotation in a first direction is caused by a force exerted on the first gear, movement of the first gear causes the release to be positioned to guide the stop around the catch; and

wherein when rotation in the first direction is caused by a force exerted on the second gear, movement of the second gear causes the release to move under the arm of the second gear allowing the stop to engage the catch;

a cassette having a body that comprises a bottom surface, left surface, right surface, top surface, and rear surface;

a first compartment located within the body, the first compartment having a first floor;

a front door that provides access to the first compartment and a second compartment;

the second compartment is located within the body, the second compartment having a second floor;

an internal transport located between the rear surface of the cassette and the first and second floors; and

a transport access door located at the rear surface that provides access to the internal transport;

wherein the push plate catch and release mechanism and stop are located within the second compartment.

11 . The apparatus set forth in claim 10 , further comprising:

a first compartment feedwheel gear;

a first compartment locking lever;

a first spring that biases the first compartment locking lever to lock the first compartment feedwheel; and

a first compartment solenoid;

wherein the first compartment solenoid holds the first compartment locking lever in an unlocked position while the solenoid is energized.

12 . The apparatus set forth in claim 11 , further comprising:

a second compartment feedwheel gear;

a second compartment locking lever;

a second spring that biases the second compartment locking lever to lock the second compartment feedwheel; and

a second compartment solenoid;

wherein the second compartment solenoid holds the second compartment locking lever in an unlocked position while the solenoid is energized.

13 . An apparatus, comprising:

a cassette having a body that comprises a bottom surface, left surface, right surface, top surface, and rear surface;

a first compartment located within the body, the first compartment having a first floor;

a front door that provides access to the first compartment and a second compartment;

the second compartment is located within the body, the second compartment having a second floor;

an internal transport located between the rear surface of the cassette and the first and second floors;

a transport access door located at the rear surface that provides access to the internal transport;

a first compartment feedwheel gear;

a first compartment locking lever;

a first spring that biases the first compartment locking lever to lock the first compartment feedwheel; and

a first compartment solenoid;

wherein the first compartment solenoid holds the first compartment locking lever in an unlocked position while the solenoid is energized.

14 . The apparatus set forth in claim 13 , further comprising:

a second compartment feedwheel gear;

a second compartment locking lever;

a second spring that biases the second compartment locking lever to lock the second compartment feedwheel; and

a second compartment solenoid;

wherein the second compartment solenoid holds the second compartment locking lever in an unlocked position while the solenoid is energized.

Assignments (19)

Continuity (1)

References Cited (9)