Abstract: A bundle processing apparatus includes a receiving conveyor for receiving a plurality of bundles, each bundle including a number of packs and each pack including a plurality of paper sheets, a removing conveyor for removing bundles from the receiving conveyor, a counter for counting the number of packs included in each bundle removed by the removing conveyor, a length detector for detecting the length of each bundle, a stacking device for stacking a bundle when the number of packs counted by the counter is equal to a predetermined number and the length detected by the length detector is equal to a predetermined length, a device for rejecting a bundle when the number of packs counted by the counter is not equal to the predetermined number or the length detected by the detector is not equal to the predetermined length, and a storage device having a storage box for storing the stacked bundles.

Abstract: A bill packet discharging apparatus, which comprises a plurality of bill packet accommodating cases accommodating respective different denomination bill packet stacks and a bill packet feed-out mechanism for feeding out the lowermost bill packet in a given bill packet accommodating case through an outlet provided at the lower end of the case. The bill packet fed out from the case by the feed-out mechanism is conveyed upwards by an elevator mechanism and then led to a bill packet discharging outlet provided adjacent to the top of the apparatus.

Abstract: A sheet-like material processing apparatus is provided with a pre-processing section and a post-processing section. In the pre-processing section, the sheet-like material set in the supply section is taken out sheet by sheet and those taken-out ones are sorted, by an inspecting device, into at least two kinds of sheet-like material. A transfer/sorting device physically sorts those sheet-like material on the basis of the sorting by the inspection device. The sorted sheet-like material are separately collected each for a given number of the sheet-like material by a sorting and collecting device, and then are bundled by a sheet bundling device. A transfer device transfers the given number of the bundled sheet-like material. Of those sheet-like material transferred by said transfer device, the unreusable ones are invalidated by an invalidating device.

Abstract: Paper sheets, which are loaded in a supply section without any regard to which direction their first or second surface is facing, are supplied to a detecting section for checking as to whether the first surface is facing in a preselected direction and also for identifying the kind of paper sheet. The paper sheets supplied with their first surface facing in the preselected direction are sorted and stacked in first stacking sections in accordance with the kind of paper sheet. The paper sheets of all kinds supplied with their second surface facing in the preselected direction are stacked in a single second stacking section. Each of the paper sheets stacked in the second stacking section are supplied with their first surfaces facing in the preselected direction to the detecting section, again for identification of the kind, once again.

Abstract: The thin sheet sorting apparatus includes a supply device for supplying, one after one, the thin sheets to be sorted. A detecting device classifies the thin sheets into one of normal sheets, improper sheets and damaged sheets. A sorting device directs the improper sheets to a first conveying passageway, and the damaged sheets and the normal sheets to a second conveying passageway, respectively. A counting circuit counts the number of thin sheets guided to the first and second conveying passageways. The supply device supplies the thin sheets in discrete units each containing a predetermined number and the counting circuit counts the number of the sheets sorted for each predetermined number, thus confirming the predetermined number.

Abstract: In a paper sheet bundling apparatus for a paper sheet processing system, a thermally fusible bundling tape is wound round a paper sheet stack, and the trailing end of the tape is thermally bonded to a portion of the tape wound round the stack by a heating means. The bonding operation is effected on a heat receiving member interposed between the paper sheet stack and the tape wound thereround. The heat receiving member has a back side, outwardly curved contact surface, against which one edge portion of the paper sheet stack is urged and curved along it by a pressing lever in an initial stage of the bundling operation commencing with the rotation of a rotary body.

Abstract: A method for processing paper sheets of banded paper sheet bundles and a processing machine therefor, in which a plate-like to-be-detected medium made of magnetic material is inserted between each paper sheet bundle and a band put thereon, and the bundles are set in layers in the processing machine and delivered successively from top to bottom into a setting section where a delivery roller is disposed. The band of the bundle located in the setting section is cut, and transferred together with the to-be-detected medium to a storing section as the to-be-detected medium is attached to an electromagnet. The paper sheets are successively carried out by the delivery roller, and the to-be-detected medium attached to the next bundle is detected by a detecting means after all the paper sheets of the bundle concerned are carried out. Thus, the operation of the delivery roller is once disabled to allow the delivered paper sheets to be checked.

Abstract: In a paper sheet bundling apparatus for a paper sheet processing system, a thermally fusible bundling tape is wound round a paper sheet stack, and the trailing end of the tape is thermally bonded to a portion of the tape wound round the stack by a heating means. The bonding operation is effected on a heat receiving member interposed between the paper sheet stack and the tape wound thereround. The heat receiving member has a back side, outwardly curved contact surface, against which one edge portion of the paper sheet stack is urged and curved along it by a pressing lever in an initial stage of the bundling operation commencing with the rotation of a rotary body.

Abstract: This invention discloses apparatus for binding an article, such as a pack of bank notes, with a tape in a binding position. For this purpose, with rotation of a rotating member, the tape is supported by tape loop supporting pins and is wound to form a loop before a binding operation. The article is pushed into the loop and pressed before the tape is wound around the article. The tape supporting pins are retracted to disengage from the loop. The tape is drawn in a direction opposite to the supplying direction so as to be wound tightly around the article, and the trailing end of the tape is cut. The cut end of the tape is adhered to an adjacent portion of the tape. In this manner, tape binding is completed.

Abstract: A band-removing apparatus for taking off a band wound about a paper sheet bundle. One end portion of a paper sheet bundle brought to a band-removing section by transport means is clamped in a vertical direction by a pair of clamping members, thereby causing the paper sheet bundle to be bent downward. Part of a band is stretched over the concave portion of the bent paper sheet bundle in the form of a chord. A hooking member catches said chord portion of the band. When the hooking member holding said chord portion of the band is rotated crosswise of the transport passage, then the band is pulled off from the paper sheet bundle. The removed band is let to fall into a receptacle disposed on one lateral side of the transport passage.

Abstract: Apparatus for sorting sheets from a stack. A take-out device is provided for drawing sheets from the stack one at a time. These sheets are transferred to an inspecting station which classifies the sheets and sorts them into reusable sheets and unreusable sheets. The reusable sheets are bundled. The unreusable sheets are first collected until the entire stack of sheets has been processed. Only then are the collected unreusable sheets automatically invalidated.

Abstract: A given number of sheets are set to a supply section and, after being bundled, supplied from the supply section. The bundled portion of the bundled sheets is read out by a reading-out unit and a sorting card is prepared by a sorting card preparing unit on the basis of read-out data. The thus set sheets are taken out sheet by sheet by a take-out unit and sorted by an inspection unit and sorting unit into normal sheets, soiled sheets and reject sheets. The reject sheets are collected, together with the sorting card, at a reject sheet sorting/collecting unit.

Abstract: Unit sheet-stacks each as a stack of a given number of sheets are successively transferred to a bundling device for bundling the unit sheet-stacks. The bundling device includes a unit sheet-stack transfer mechanism, a mechanism for previously forming a bundling loop, and a mechanism for bundling the unit sheet-stack. The transfer mechanism receives the unit sheet-stack in a state that each sheet is postured substantially horizontally and transfers the unit sheet-stack in a state that each sheet is postured substantially vertically to a given position. The bundling loop forming mechanism previously forms a bundling loop by winding the free end portion of a tape by a given number of turns.

Abstract: This invention discloses an apparatus for binding in cross shape an article such as a pack of bank notes with an elongate binding material such as a tape in a binding position. First, the article arranged in a first direction is pushed in the binding position and the article is then bound with the binding material. The trailing end of the binding material is cut and adhered to an adjacent surface of the binding material. When the first binding operation is completed, the bound article is removed from the binding position, being turned through 90 degrees in a manner to be arranged in a second direction perpendicular to the first direction. The article thus returns to the initial position. The article is pushed again in the binding position. Second binding is performed, accomplishing binding in cross shape.

Abstract: An apparatus for processing paper sheets, in which one lot of paper sheets are set in a supplying section and supplied one after another to a detecting section for sorting these paper sheets into fit paper sheets and unfit paper sheets. The unfit paper sheets collected are manually counted by the operator, and their number is inputted as key-in-data. The inputted number of unfit paper sheets is added to the automatically counted number of fit paper sheets, and the resultant sum is checked up with a preset paper sheet number of one lot. The processed fit paper sheets are received in a temporary collecting section until completion of the checkup of the paper sheet number of one lot.

Abstract: A thin sheet-sorting apparatus, wherein straps fastening bundles of, for example, one hundred bank notes are taken off and put in a sorting card-issuing device, which in turn impresses prescribed data associated with the bundles of bank notes on the straps and also digital data representing the impressed information on sorting cards; for each lot of, for example, one thousand bank notes the bank notes are stacked in batches of 100 together with the corresponding sorting cards in the feed section of the sorting apparatus; the bank notes and sorting cards are separated in the first sorting device into a first group consisting of fit bank notes including damaged ones and a second group consisting of unit bank notes and sorting cards; counting is made of both groups to ascertain whether the total number of the fit bank notes including the slightly damaged or unsoiled ones still available for recirculation and the unfit bank notes for each of the batches was a prescribed number, i.e.