Abstract: An object is to provide a tablet manufacturing apparatus capable of supplying an IC chip to a desired position of pharmaceutical powder with a high accuracy and suppressing a positional displacement. The IC chip is supported by a positioning guide with a chip main body in a downward manner, and is held in a state of being positioned above pharmaceutical powder filled in a die hole before compression. The IC chip is supplied by a pusher.

Abstract: A heat shrinking apparatus 1 includes: a conveyance unit 11 conveying a package 3 obtained by wrapping an object(s) 5 with a heat-shrink film 4; an endless belt 21 disposed below a conveying surface of the conveyance unit, rotating along a conveying direction of the conveyance unit; and a hot air jet unit 19(20) jetting out hot air from an inside to an outside of a belt surface of the endless belt facing the conveying surface, wherein: the endless belt has a hot air passing portion 30 extending in a belt width direction; the hot air jet unit jets out the hot air toward the conveying surface through the hot air passing portion; and the endless belt rotates following a movement of the package so that a seal portion(s) 6a(6b) provided at a front end and/or a rear end of the package is/are heat-shrunk with the hot air.

Abstract: [Technical Problem] A distance of a front free end portion of the gas nozzle being weighed down due to its own weight is alleviated or eliminated to suppress contact between the gas nozzle and a product. [Solution to Problem] The present invention provides a packaging apparatus equipped with gas replacement function. In the packaging apparatus, a gas nozzle 43 is inserted into a tubular film 20, and inert gas is ejected from the gas nozzle, thereby replacing the gas inside the tubular film with the inert gas. After gas replacement, a top sealing device 30 seals and cuts the tubular film to form a packaged body. The gas nozzle is formed of magnetic material. A permanent magnet 35 is disposed inside an endless belt 34 of an upper holding belt device 28. The gas nozzle formed of magnet material is drawn to be raised due to magnetic force of the permanent magnet. Due to this contact between the gas nozzle and a product is suppressed.

Abstract: A heat shrinking apparatus 1 includes: a conveyance unit 11 conveying a package 3 obtained by wrapping an object(s) 5 with a heat-shrink film 4; an endless belt 21 disposed below a conveying surface of the conveyance unit, rotating along a conveying direction of the conveyance unit; and a hot air jet unit 19(20) jetting out hot air from an inside to an outside of a belt surface of the endless belt facing the conveying surface, wherein: the endless belt has a hot air passing portion 30 extending in a belt width direction; the hot air jet unit jets out the hot air toward the conveying surface through the hot air passing portion; and the endless belt rotates following a movement of the package so that a seal portion(s) 6a(6b) provided at a front end and/or a rear end of the package is/are heat-shrunk with the hot air.

Abstract: [Technical Problem] A distance of a front free end portion of the gas nozzle being weighed down due to its own weight is alleviated or eliminated to suppress contact between the gas nozzle and a product. [Solution to Problem] The present invention provides a packaging apparatus equipped with gas replacement function. In the packaging apparatus, a gas nozzle 43 is inserted into a tubular film 20, and inert gas is ejected from the gas nozzle, thereby replacing the gas inside the tubular film with the inert gas. After gas replacement, a top sealing device 30 seals and cuts the tubular film to form a packaged body. The gas nozzle is formed of magnetic material. A permanent magnet 35 is disposed inside an endless belt 34 of an upper holding belt device 28. The gas nozzle formed of magnet material is drawn to be raised due to magnetic force of the permanent magnet. Due to this contact between the gas nozzle and a product is suppressed.

Abstract: An object is to provide a tablet manufacturing apparatus capable of supplying an IC chip to a desired position of pharmaceutical powder with a high accuracy and suppressing a positional displacement. The IC chip is supported by a positioning guide with a chip main body in a downward manner, and is held in a state of being positioned above pharmaceutical powder filled in a die hole before compression. The IC chip is supplied by a pusher.

Abstract: An object is to provide a tablet manufacturing apparatus capable of supplying an IC chip to a desired position of pharmaceutical powder with a high accuracy and suppressing a positional displacement. The IC chip is supported by a positioning guide with a chip main body in a downward manner, and is held in a state of being positioned above pharmaceutical powder filled in a die hole before compression. The IC chip is supplied by a pusher.

Abstract: A conveying apparatus for conveying conveyance objects along a conveyance direction without positional slippage includes a conveyance line, a plurality of guide pins which move in the conveyance direction along the conveyance line and which are capable of reciprocal movement in a direction orthogonal to the conveyance direction, and a mechanism for moving prescribed guide pins selected from the plurality of guide pins in the orthogonal direction, wherein the guide pins are reciprocally movable between an operating position protruding over the conveyance line to enable the tips of the guide pins to come in contact with the conveyance objects, and a base position which does not protrude above the conveyance line.

Abstract: A method and an apparatus for inverting selected ones of a plurality of PTPs being conveyed very easily and simply are disclosed. An inverting device 20 is disposed above a conveying passage along which a plurality of PTPs 1 are conveyed in a standing position. The inverting device 20 has rotary units 22 each provided with a plurality of pairs of pinching fingers 13. The inverting device 20 is reciprocated in directions parallel to the conveying passage by a longitudinal shifting mechanism 40 and is moved vertically in directions perpendicular to the conveying passage by a lifting mechanism 30.

Abstract: A method and apparatus adapted to bunch together a predetermined number of inverted PTPs and uninverted PTPs into a bundle, and then transfer each PTP bundle to a bucket conveyor which moves intermittently in parallel with a conveying passage. A multitude of PTPs, a portion of which are inverted with respect to the conveying direction and the rest of which are not inverted, are conveyed along a first conveying passage while maintaining the blistered surfaces of the inverted and uninverted PTPs in parallel with each other. A selected portion of the PTPs being conveyed in the first conveying passage is pinched and separated from the same passage. The separated PTPs are bunched together while the spacing between the separated PTPs is narrowed in the conveying direction. The bunched PTPs are transferred onto a second conveying passage across the first conveying passage. The bunched PTPs are loaded into a bucket provided on a bucket conveyor which intermittently travels along the second conveying passage.

Abstract: Disclosed is a method and an apparatus for sorting cylindrical articles such as dry cells and certainly cutting and heat-sealing a cylindrical film of thermal shrinkage resin at a boundary between a film portion enclosing one group and a film portion enclosing the next group in the course of carrying the article groups while keeping each interval between the two adjacent groups. Front side and rear side carrying conveyor belts disposed in front of and behind the upper and lower end sealers in the carrying direction are taken as holding conveyor belts capable of pressing from above the articles. At least one of the holding conveyor belts is movable forwardly and rearwardly relative to the other.

Abstract: A thermal shrink film is continuously pulled out and is shaped into a tubular form. Individual items to be wrapped are fed into the tubular film sequentially and overlapping marginal portions of the tubular film extending lengthwise are sealed. The tubular film is sealed and cut transversely of each of the items at the front end thereof and the tubular film is deformed inwardly by applying pressure thereto to decrease its internal volume. Then the tubular film is sealed and cut transversely of each item at the rear end thereof to form an intermediate package. The film of the intermediate package is shrunk by heating to thus shrink-wrap the item.

Abstract: A thermal shrink film is continuously pulled out and is shaped into a tubular form. Individual items to be wrapped are fed into the tubular film sequentially and overlapping marginal portions of the tubular film extending lengthwise are sealed. The tubular film is sealed and cut transversely side of each of the items at the front end thereof and the tubular film is deformed inwardly by applying pressure thereto to decrease its internal volume. Then the tubular film is sealed and cut transversely of each item at the rear end thereof to form an intermediate package. The film of the intermediate package is shrunk by heating to thus shrink-wrap the item.

Abstract: A driving system in a packaging appratus is controlled by detecting when an object to be packaged reaches a predetermined position of a supplying device, driving a film supplying device to withdraw a packaging film in the form of a strip for a predetermined time and/or a predetermined length after detecting the object to be packaged at the predetermined position, and driving a cutting device to cut a predetermined position of the packaging film, formed cylindrically about the object, after detecting the object to be packaged at the predetermined position. A detecting device is provided on or adjacent to the supplying device for detecting when the object to be packaged reaches the predetermined position of the supplying device. A first driving device drives the supplying device at a constant speed. A second driving device drives the film supplying device, and a third driving device drives the cutting device.

Abstract: In a packaging machine in which a leading unit for advancing a film web and forming it into a continuous tubular shape during its travel, a feeding unit for supplying articles to be wrapped into the film tube, and a cutting unit for at least sealing the film tube along the transverse direction, are driven by independent motors, a method for controlling the motors includes controlling the running speeds of the motors for the feeding unit and the sealing unit on the basis of the running speed of the motor for the leading unit. A control device for carrying out such a method includes detectors for detecting conditions including positions of the leading unit, feeding unit and sealing unit, and a control unit connected to the detectors for controlling the motors of the feeding unit and the sealing unit on the basis of signals from the detector which detects operating conditions of the leading unit.

Abstract: A packaging method includes the steps of supplying auxiliary bags, adding an adhesive layer to one of the surfaces of each auxiliary bag, feeding a continuous sheet-like wrapping material to a forming and filling assembly, attaching the auxiliary bags by the adhesive layer to the wrapping material during travel thereof, at an interval corresponding to a length required for forming each package and each at a portion thereof which becomes an inner surface of the package other than sealed portions thereof, forming the wrapping material into a tubular shape with the auxiliary bags inside, supplying articles into the tubular wrapping material and sealing the same to form the packages.

Abstract: A band-shaped film of a suitable plastic material is conveyed and is formed into a tubular shape during its travel, articles to be packed are conveyed and transferred into the tubular film at intervals and the tubular film is sealed at a predetermined pitch into individual bags. The tubular film is fed at a substantially constant speed and each article is conveyed at about the same speed as that of the tubular film during at least a period in which the article is transferred into the tubular film.

Abstract: A loaf slicing machine includes a cutting blade arranged to rotate about a center axis thereof while moving around an orbital axis to thereby cut the loaf cyclically, a feed member for intermittently advancing the loaf toward the cutting blade and extending perpendicularly to the cutting blade, and a guide member disposed between the feed member and a path of the cutting blade for guiding the loaf. In order to hold the loaf, an abutment plate is provided which has a surface spaced from the edge of the cutting blade toward a direction of advance of the loaf for permitting the end of the loaf to abut on that surface during each cutting cycle and of which rotational center is aligned with the orbital axis, the abutment plate being arranged to rotate sychronously with the cutting blade. An opening is formed through the abutment plate at a position adjacent the cutting blade for permitting slices as cut to be transferred through the opening.

Abstract: An apparatus is provided for stacking sliced products from a slicing machine of the type in which a loaf is fed into a cutting blade to be cyclically sliced. The apparatus comprises a first stack receiver and a second stack receiver each comprising a pair of receiving plates and operable between a closed position where the receiving plates are adjacent each other for accumulating the slices and an open position where the receiving plates are spaced from each other for discharging the slices. The stack receivers are moved in the vertical direction such that one of them is in the raised position when the other of them is in the lowered position. The stack receivers are closed at the raised position and opened at the lowered position. The slices can be discharged from the stack receiver with maintaining an aligned condition.

Abstract: A bundle comprises a label which is placed on the center portion of upper side of a heaped up sheets of paper, on which an information for identification is described, and a transparent tape which is wound with the heaped up sheets of paper in one direction across the label, is made of a heat adhesible material. Both ends of the tape is heat adhered with each other. The tape is heat adhered to the label.