TH25640B - A tool for producing banknote flaps from bundles of banknotes. - Google Patents

Abstract

The apparatus has a dispenser (11) with a straight conveying section (12), in which N binds the banknotes starting from a pile of sheets which move forward after one stack. Until the location of the tie N tie is predetermined. The underside of the biased section (12), with the customizable base plate (13), is the N envelope in the shape of a vertical slit. Which is set vertically below the bundle position, as soon as the position of all the N bales on the straight beam section (12) is occupied by the bulk bundle, the base (13) will swing down, so that the N bundle All of them can be settled immediately into the N-envelope partition. After the closure of the base, the next N tie will pass through the section. The straight beam (12) descends into its bundle position and, after the opening of the base, can immediately fall into the base as a second layer. A pile, along with a predetermined number of overlapping banknotes, are formed in these envelopes, these wings are pushed by Take the slider (16) out of the envelope (15) to the transport compartment (17), which is mounted next to the envelope for operational purpose. The next process.

Claims (10)

1. A machine produces stacks of banknotes (P). Each such stack (P) consists of Z bundles of stacked banknotes; each such Z bundle of banknotes has H consecutive serial numbers of banknotes of the same denomination; each such Z bundle of banknotes is made by cutting Z adjacent stacks of banknote sheets; each such Z adjacent stack contains H adjacent banknote sheets; each such H adjacent banknote sheets has N serial numbers of specific banknote printers; such specific banknote printers N are executed in rows and line-by-line on each row of such H adjacent sheets; each such specific printer, placed at a designated position in the rows and line-by-line, is consecutively serialized within H adjacent banknote sheets; groups of N bundles (10) of banknote sheets starting from such stack of H adjacent sheets (1) are moved one bundle at a time on a transport system (T); each such group of N bundles (10) of banknote sheets is formed from adjacent stacks of sheets. The instrument consists of a dispenser (11) for placing N such bundles (10) of banknotes into different envelopes (15), each N such envelope (15) being one of the stacks of banknotes with Z bundles (10) of banknotes, each such stack having ZxH banknotes of sequential numbering; and a slider (16) for moving the stacks (P) out of the envelopes (15) onto the transport section (17) for further processing; the dispenser (11) has a direct conveyor (12) to connect to the transport system (T) and has at least the positions of N different bundles and one base (13) which can be triggered by an automatically controllable actuation mechanism and used as a holding area for the bundles (10); a drive system (14) which is mounted on the base (13) and aligned with the positions of the bundles (10); The envelope (15) is positioned under the base (13) and aligned with the position of the bundle; the envelope (15) is shaped like a partition, each with an upper opening; the transport section (17) moves after the envelope (15) and parallel to the straight conveyor section (12); the actuation mechanism is set up to close the base (13) which will expose the upper opening of the envelope (15) when the positions of N bundles are occupied by bundles (10), so that N bundles (10) are released to fall into the N envelopes (15), and to further close the base (13) before the first bundle of the subsequent group of N bundles arrives; and the slider (16) is set up to immediately move the stack (P) out of the N envelopes (15) onto the transport section (17) when the complete stack (P) containing Z bundles (10) of each banknote bundle has been formed, 2. The instrument referred to in claim 1, whose base (13) consists of two halves (13a, 13b) that can be turned downwards, 3. The instrument referred to in claim 1, which is constructed from standard units (11A, 11B, 11C, 11D, 11E) assembled in a modular fashion, each unit designed for the simultaneous operation of equal numbers of bundles and in each case comprises a corresponding long-length dispensing section and a section responsible for the transport section. 4. The instrument referred to in claim 1, which is designed for the production of multiple stacks from a pre-selected number of bundles, presumably 10 bundles containing 100 of each banknote. 5. The instrument referred to in claim 1, in which the forward movement of the bundle by means of a drive (14) is designed to be a rhythmic motion. 6. The instrument referred to in claim 1, in which the straight conveyor (12) is provided for lateral guidance of the side walls of the bundle (20a, 20b) which can be shaped by the central adjuster (24,25) to achieve adjustment. 7. The tool referred to in claim 1, in which each envelope (15) is transversely demarcated to the transport direction of the bundle (10) by a first side wall (27a) fixed in place on the tool (19) and a second side wall (27b) which is adjustable in relation to the first side wall, and in which all of the adjustable second side walls (27b) can be adjusted together by the central adjusting tool (28,29) for the purpose of adjusting the dimensions of the envelope to fit the shape and size of the bundle. 8. The instrument referred to in claim 7, in which a second adjustable side wall (27b) can be further adjusted before the release of the bundle, with an automatically triggerable adjustment piece (30) simultaneously released from the position adjusted to the bundle size pattern in the envelope expansion position and subsequently returned to the position adjusted to the bundle size pattern. 9. The instrument referred to under claim 1, the transport part (17) for the stack (P) consists of a forward movement system that operates in a rhythmic manner (18). 10. The instrument referred to under claim 9, in which the forward movement system operates in a pulsating manner (18) for the spool (P), has an unrelated drive.