Abstract: Disclosed is an installation for competitive play with an ice hockey stick and an ice hockey puck. The installation includes a game platform, a goal with targets, target identifiers and a computer. A computer controlled puck circuit includes a puck magazine (30), a passing unit (46) which feeds pucks (1) to a player (40), a conveyor apparatus (2) which sorts and conveys shot pucks (1) into the puck magazine (30). The points value of shots made by the player (40) are evaluated with the help of a light barrier A (48) and a light barrier B (49), a camera (50) und a corresponding underlying computer program and the points assigned form the basis for a competitive play which can be played over the international data network.

Abstract: The invention provides tube-filling machines and methods for, in such machines, end sealing of double tubes (10), that is to say the tube type which has concentric packing tubes (11, 12) which are connected to a common tube shoulder (13) provided with a dispensing opening. The invention provides a two-part hot-gas nozzle (22) with individual supply of hot gas to the inner side of the inner tube and the outer tube for thermal activation of the scaling end of the double tube intended for heat sealing.

Abstract: Methods for filing tubes having inner and outer tubes separated by a predetermined gap are provided including delivering the tube to a tube filling station, filling the predetermined gap at the tube filling station by centering the outer tube with respect to an elongated nozzle including a plurality of filling pipes corresponding to the predetermined gap and a mandrel for insertion into the inner tube by means of a centering sleeve disposed externally around the elongated nozzle to provide the outer tube with a nominal cross sectional shape and centering the inner tube with respect to the elongated nozzle by means of the mandrel disposed within the inner tube to provide the inner tube with its nominal cross sectional shape, positioning the elongated nozzle proximate to a common tube shoulder at the first end of the tube connecting the inner tube to the outer tube, filling the predetermined gap with the plurality of filling tubes while guiding the elongated nozzle out of the second end of the tube while retain

Abstract: The invention provides tube-filling machines and methods for, in such machines, filling double tubes (10), that is to say the tube type which has concentric packing tubes (11, 12) which are connected to a common tube shoulder (13) provided with a dispensing opening. For filling the gap-shaped space between the inner tube and the outer tube, an elongate filling nozzle (18) is quipped on its output end with a peripheral set of filling pipes (18f) with output openings located radially inwardly in relation to the lateral surface of the filling nozzle and of smaller diameter than the gap. Located inside the filling nozzle is an elongate mandrel (20) of male type, and located on the outside around the open end of the outer tube is a centring sleeve (19) which maintains its position relative to the outer tube throughout the gap space-filling procedure.

Abstract: The invention provides tube-filling machines and methods for, in such machines, end sealing of double tubes (10), that is to say the tube type which has concentric packing tubes (11, 12) which are connected to a common tube shoulder (13) provided with a dispensing opening. The invention provides a two-part hot-gas nozzle (22) with individual supply of hot gas to the inner side of the inner tube and the outer tube for thermal activation of the scaling end of the double tube intended for heat sealing.

Abstract: The invention relates to a synchronizing method and transfer arrangement for synchronizing the patterns of movement between two units included in a packaging line, where one unit is driven intermittently and the other continuously. The invention relates in particular to a transfer arrangement between an intermittently operating tube filler and a continuously operating cartoning machine. The transfer arrangement has a frame arrangement (13) intended to support tube pickers/placers (28) and arranged for a pivoting movement about a horizontal axis (16) and for a turning movement about a vertical axis (17). The turning movement about the axis (17) gives an acceleration course for the frame in a position in front of the tube release station, and this turning movement generating acceleration is obtained by an axially acting cam guide (32). The latter is designed so that the tube pickers/placers in the release position are given the same speed as the case conveyor of the cartoning machine.

Abstract: The present invention relates to feeder assemblies, and more specifically, relates to feeder assemblies for a tube-filling machine. The present invention includes at least one robotic arm capable of moving tubes and tube holders between two locations. The robotic arm may also move the tubes and tube holders relative to one another in order that the distance between adjacent tubes is substantially equal to the holders which carry and house the tubes.

Abstract: A method and apparatus for the end closure of packaging tubes is provided. In one embodiment, the tube which is to be sealed presents an intermediate wall having a surplus length across the tube cross-section, and the intermediate wall is fixed at the filling end of the tube to the tube wall and along two joining locations extending along the length of the tube. A hot air nozzle with two sub-members forming a gap therebetween is inserted into the opening in the filling end, and parts of the intermediate wall and the inside of the tube intended for sealing are heat activated in a non-contacting manner. Apparatus for producing a clamping action is pressed against the heat activated tube end and the intermediate wall. This apparatus includes a pair of clamping jaws arranged for translatory motion perpendicular to the tube axis and initially in a direction at an angle to a line through the joining locations.

Abstract: The invention relates to a device for extending an intermediate wall arranged in a packaging tube's longitudinal direction with a surplus of material as measured between the attachment locations of the intermediate wall. Means arc provided for orientating the intermediate tube's attachment locations to predetermined positions and application means (13) is introduced on either side of the intermediate wall and has means (12c, 12d) for extending the intermediate wall. External welding jaws (15, 15a) are provided at the attachment locations and are arranged to attach the extended intermediate wall to the inside of the tube.

Abstract: A protective glove for ice hockey and similar sports has padding for the hand region, wrist region, and at least in part for the forearm region, this padding being provided with elements promoting mobility of the joints. The padding is designed in the region of contact between the thumb and index finger in such a way that when the hand grips the shaft of a hockey stick the edges of the padding fit together substantially without gaps while leaving an opening for the shaft of the stick. The padding for the index, middle, ring, and little fingers is formed of one part which is movable in the proximal phalangeal region and is guided by only one finger and is divided transversely to the longitudinal direction of the fingers by one or more notches.

Abstract: The invention relates to a tube picker for picking out unfilled tubes which are to be filled with some mass, such as creams or the like. The tube picker comprises rigidly fixed fingers (5) on a movable support (7) intended to be inserted into the unfilled tubes (2) through their open bottoms and it is characterized in that on the support (7) in the vicinity of the rigidly fixed fingers (5) pins (10) have been mounted movable in relation to the fixed fingers intended to be put on the fingers (5) after they have been inserted into the tubes (2) and therethrough clamp these.

Abstract: Methods and apparatus for manufacturing containers filled with product are disclosed. The method includes partially introducing an end piece into the open end of a filled tubular container, softening the end of the container and a corresponding portion of the end piece which is to be molded, thereto, contacting a transverse end wall of the end piece with an abutment device with a flange for direct contact with the transverse end wall, cooling the abutment device with a cooling medium in order to indirectly cool the flange in order to prevent the flange from adhering to the transverse end wall, and closing the container by relatively displacing the abutment device carrying the end piece and the tubular container.