Abstract: A label separating mechanism separates labels from a web of release liner upon which the labels are carried. The separating mechanism includes a separator bar, a guide bar, and two support members that hold the bars. The first support member has a "J"-shaped slot and the second support member has a flared mounting hole. One end of the guide bar slides in the slot between a first position and a second position. The other end of the guide bar pivots in the flared hole as the first end slides in the slot. The separator bar is fixed. When the guide bar is in the first position, the two bars define a label release path. When the guide bar is in the second position, a gap is formed to facilitate threading of the web between the bars.

Abstract: A label printing system prints information on a series of labels carried on a web of release liner. The system includes a data processor and a printer. The printer includes a print head, a mechanism for advancing the web, a mechanism for reversing the web, and a mechanism for separating the labels from the release liner as the web advances. The data processor controls the printer to reverse the web until one of the labels is aligned with the print head, print information on the label, and then advance the web for separation of the printed label from the release liner.

Abstract: The system includes a counter for entering the quantity of a block of currency, commonly referred to as a strap, in terms of the number of bills contained within the strap. A detection circuit detects various entry conditions and determines quality and fitness. Bills are sorted accordingly, and a total count is maintained. The entry is monitored for condition factors such as bill size, double bills, or bills too closely spaced, which provides for rejection of improper entry as well as inhibiting the operation of the input count for consistency. Verification of an input count is provided by further count detection in the area of collection. Sorting, in accordance with detection and gating of the fit and unfit bills is also provided, as well as individualized count control and display. Consistency of strap size is maintained by automatic insertion of card separators between straps in accordance with a desired strap size.

Abstract: The apparatus relates to an electronic verification and control system for obtaining an input count of entered bills and an analysis for various entry conditions for the bills and their state of fitness, and further to an automatic separator and inserter for packaging bills in a desired quantity for delivery.The system includes a conveyor for entering the quantity of a block of currency, commonly referred to as a strap, in terms of the number of bills contained within the strap. A detection circuit detects various entry conditions and determines quality and fitness. The bills are sorted accordingly, and a total count is maintained. At entry condition factors such as bill size, double bills, or bills too closely spaced are monitored, which provides for rejection of improperly entered bills as well as inhibiting the operation of the input count for consistency. Verification of an input count is provided by further ecount detection in the area of collection.