mhurhangee/ep-ind-claims huggingface dataset:
Rigid box whose side wall or walls define an inner chamber in which extends a flexible bag intended to contain a liquid or viscous food to be consumed in a temperature range of appropriate consumption, said bag being associated (a) with a first part comprising a valve or (b) with a first part comprising a membrane or (c) with a first part associated with a protective means capable of cooperating with a second part comprising a valve, said box having a lower part with a bottom, an upper part, said box having furthermore at least a first passage cooperating with the first part, characterized in that the side wall or walls have a face facing the inner chamber capable of withstanding an aqueous medium at a temperature at least close to the appropriate consumption temperature range, in that the box has a first element in the vicinity of its lower part or is associated with a first element, said first element having at least one passage to form a second passage capable of forming a connection between the part of the inner chamber of the box situated outside said bag with a first conduit for supplying and/or evacuating aqueous medium to the part of the inner chamber outside the flexible bag or outside the part of the inner chamber outside the flexible bag, in that the box has a second element or is associated with a second element, said second element having at least the first passage cooperating with the first part associated with said bag, and in that at least part of a side wall of the box located between the lower part and the upper part has along its face facing the inner chamber at least one means forming one or more guide channels for said aqueous medium and/or is associated with means forming one or more guide channels for said aqueous medium, one or more guide channels being open for the passage of the aqueous medium in the part of the inner chamber located outside the bag between the side wall and the flexible bag in the chamber.
Device for transporting bottles or similar containers between a transfer position and a discharge position, comprising a transport element that may be driven in a rotating manner about at least one vertical machine axis and a plurality of container receptacles provided on the transport element and having a gripper-like design for picking up and holding in each case one container during its transport from the transfer position to the discharge position, wherein first control means (19, 20) are provided for a lifting movement of each container receptacle in an axis parallel to the at least one machine axis, as well as second control means (23, 24) for a controlled pivot movement of each container receptacle about at least one pivot axis which is oriented perpendicular to the at least one machine axis, between the transfer position and the discharge position, out of the initial position, and for the controlled return pivoting of each container receptacle into its initial position about the at least one pivot axis between the discharge position and the transfer position, and wherein the first and second control means (19, 20; 23, 24) are configured for controlling the lifting and pivoting movement in synchrony with the movement of the container carriers, wherein the container receptacles or the ancillary carriers (8.1) carrying these container receptacles, in each case capable of being pivoted about the at least one pivot axis, are provided in each case on a carrier, which is provided at the transport element such as to be displaced by the first control means (19, 20) for the lift movement in the axial direction parallel to the at least one machine axis, characterised in that the lift movement and the pivot movement of the container receptacles are matched to one another in such a way that the containers are pivoted about a mid-axis running perpendicular to their container axis, and that the course of the at least one first control curve and of the at least one second control curve (19, 24) is selected in such a way that the container receptacles of the transfer position in the lower lift position for the reception of the containers are in an overhead location, and at the discharge position in the upper lift position for the discharge of the containers are in the normal location.
Apparatus for repairing a pipeline comprising: an elongated liner tube having a liner tube wall of a resin absorbent material, said liner tube wall having first and second opposite wall surfaces and said liner tube having at least first and second end, an uncured and unhardened resin impregnated in said resin absorbent material of said liner tube wall; an extension tube having a tube shaped open end and an opposite closed end with said tube shaped open end being detachably secured to said second end of said liner tube by means of a sealing member and forming a substantially fluid tight seal there between; and inversion means connected to said first end of said liner tube for inverting said liner tube and said extension tube from an initial position wherein said first wall surface of said liner tube wall is facing in an inward radial direction and said second wall surface of said liner tube is facing in an outward radial direction to and inverted position wherein said first wall surface faces in an outward radial directions and said second wall surface faces in an inward radial direction; characterized in that the extension tube does not extend along an entire length of said liner tube. an elongated liner tube having a liner tube wall of a resin absorbent material, said liner tube wall having first and second opposite wall surfaces and said liner tube having at least first and second end, an uncured and unhardened resin impregnated in said resin absorbent material of said liner tube wall; an extension tube having a tube shaped open end and an opposite closed end with said tube shaped open end being detachably secured to said second end of said liner tube by means of a sealing member and forming a substantially fluid tight seal there between; and inversion means connected to said first end of said liner tube for inverting said liner tube and said extension tube from an initial position wherein said first wall surface of said liner tube wall is facing in an inward radial direction and said second wall surface of said liner tube is facing in an outward radial direction to and inverted position wherein said first wall surface faces in an outward radial directions and said second wall surface faces in an inward radial direction; characterized in that the extension tube does not extend along an entire length of said liner tube.
A flow-cooled magnet system comprising:- a magnet for generating a magnetic field in a target region; a cooling system comprising a flow path for a cryogenic coolant fluid, the flow path having:- (i) a first part arranged in thermal communication with the magnet, and (ii) a second part in thermal communication with the target region, the system being arranged such that each of the magnet and target region are cooled by the flow of the cryogenic coolant fluid in the first and second parts of the cooling system, characterised in that the magnet is cooled by thermal conduction and the magnet is separated from the cryogenic coolant fluid by a high thermal conductivity member through which heat flows from the magnet. a magnet for generating a magnetic field in a target region; a cooling system comprising a flow path for a cryogenic coolant fluid, the flow path having:- (i) a first part arranged in thermal communication with the magnet, and (ii) a second part in thermal communication with the target region, the system being arranged such that each of the magnet and target region are cooled by the flow of the cryogenic coolant fluid in the first and second parts of the cooling system, characterised in that the magnet is cooled by thermal conduction and the magnet is separated from the cryogenic coolant fluid by a high thermal conductivity member through which heat flows from the magnet. (i) a first part arranged in thermal communication with the magnet, and (ii) a second part in thermal communication with the target region, the system being arranged such that each of the magnet and target region are cooled by the flow of the cryogenic coolant fluid in the first and second parts of the cooling system, characterised in that
Stator for an electrical machine, in particular a three-phase generator, wherein the stator is produced using flat-pack technology and at least comprises an iron stator core (10, 30), which iron stator core has a substantially cylindrical shape, wherein the iron stator core has an axial direction (a) which is oriented in the direction of a cylinder axis, and the iron stator core has an end face which is oriented in the direction of the cylinder axis, and - a ring segment is accommodated between two adjacent radially oriented centre lines of two immediately adjacent internal teeth as an end face (AFe) between the two adjacent radially oriented centre lines of two immediately adjacent internal teeth, - and the said end face (AFe) comprises the flat portions of two half internal teeth and the corresponding yoke surface portion between the centre lines, - and a slot area (A Nut) is determined from contours of a yoke surface and the internal teeth and a circular boundary line between two tooth heads of the internal teeth is determined, - wherein a ratio A which is formed from the slot area (A Nut) between the two adjacent radially oriented centre lines and the end face (AFe) between the two adjacent radially oriented centre lines - is between 0.4 and 0.6 in the case of the iron stator core having thirty-six internal teeth, and - is between 0.45 and 0.6 in the case of the iron stator core having forty-eight internal teeth, - wherein in the case of an outer contour of the yoke in the radial direction between the two adjacent radially oriented centre lines not describing a continuous circular line, the smallest diameter which describes the outer contour of the iron stator core in a region above the slot is used as the outside diameter for calculating the end face (AFe). - a ring segment is accommodated between two adjacent radially oriented centre lines of two immediately adjacent internal teeth as an end face (AFe) between the two adjacent radially oriented centre lines of two immediately adjacent internal teeth, - and the said end face (AFe) comprises the flat portions of two half internal teeth and the corresponding yoke surface portion between the centre lines, - and a slot area (A Nut) is determined from contours of a yoke surface and the internal teeth and a circular boundary line between two tooth heads of the internal teeth is determined, - wherein a ratio A which is formed from the slot area (A Nut) between the two adjacent radially oriented centre lines and the end face (AFe) between the two adjacent radially oriented centre lines - is between 0.4 and 0.6 in the case of the iron stator core having thirty-six internal teeth, and - is between 0.45 and 0.6 in the case of the iron stator core having forty-eight internal teeth, - wherein in the case of an outer contour of the yoke in the radial direction between the two adjacent radially oriented centre lines not describing a continuous circular line, the smallest diameter which describes the outer contour of the iron stator core in a region above the slot is used as the outside diameter for calculating the end face (AFe).
A slide-open dispenser package for loose articles, comprising: a container for containing a plurality of loose articles, where the container comprises a bottom wall and an outlet opening for dispensing the articles from the container; a wrapper disposed externally of the container; the wrapper and the container being slidably coupled to each other and reciprocally movable along a sliding direction orthogonal to the bottom wall of the container; at least one occluding element for occluding the outlet opening, in which the occluding element is mobile between a closed configuration, and an open configuration, where the occluding element is fixed to the container and to the wrapper so that the reciprocal sliding of the wrapper and the container causes the occluding element to move between the closed configuration and the open configuration; the package being characterized in that: the outlet opening is made in the bottom wall; in the closed configuration, the occluding element prevents the articles from coming out through the outlet opening, and in the open configuration, the occluding element allows at least one article to come out through the outlet opening. a container for containing a plurality of loose articles, where the container comprises a bottom wall and an outlet opening for dispensing the articles from the container; a wrapper disposed externally of the container; the wrapper and the container being slidably coupled to each other and reciprocally movable along a sliding direction orthogonal to the bottom wall of the container; at least one occluding element for occluding the outlet opening, in which the occluding element is mobile between a closed configuration, and an open configuration, where the occluding element is fixed to the container and to the wrapper so that the reciprocal sliding of the wrapper and the container causes the occluding element to move between the closed configuration and the open configuration; the package being characterized in that: the outlet opening is made in the bottom wall; in the closed configuration, the occluding element prevents the articles from coming out through the outlet opening, and in the open configuration, the occluding element allows at least one article to come out through the outlet opening.
A user equipment apparatus, comprising: at least one processing core configured to receive a first message; at least one processing core further configured to set a time alignment as permanently valid and render the apparatus operable to monitor, while in connected mode, responsive to the first message, for at least one of a timing drift and a potential cause of a timing drift; and the at least one processing core further configured to, responsive to determining at least one of the timing drift and the potential cause of the timing drift, indicating a change in the time alignment that exceeds a threshold level of change, cause a transmitter comprised in the apparatus to start a random access procedure and responsive to determining the at least one of the timing drift and the potential cause of the timing drift indicating a change in the time alignment that is less than the threshold level of change, the at least one processing core is configured to cause transmission of a scheduling request. at least one processing core configured to receive a first message; at least one processing core further configured to set a time alignment as permanently valid and render the apparatus operable to monitor, while in connected mode, responsive to the first message, for at least one of a timing drift and a potential cause of a timing drift; and the at least one processing core further configured to, responsive to determining at least one of the timing drift and the potential cause of the timing drift, indicating a change in the time alignment that exceeds a threshold level of change, cause a transmitter comprised in the apparatus to start a random access procedure and responsive to determining the at least one of the timing drift and the potential cause of the timing drift indicating a change in the time alignment that is less than the threshold level of change, the at least one processing core is configured to cause transmission of a scheduling request.
Combined method of order fulfilling and replenishment of storage units in a storage facility wherein, - the storage units are either donor or order units, - the storage units are stored in a plurality of storage racking units and levels of a storage racking, - a storage module being at least a single aisle of the storage racking; at least one storage-entry feeding line is provided for each storage module; - at least one outbound line is provided for each storage module; - at least one automatic storage and retrieval device is provided for retrieval of storage units from the multilevel racking or storage into the multilevel racking, - at least one picking station is provided to which donor storage units are fed for picking for fulfilling orders; the goods to fulfil orders being picked from the donor storage units; characterised in that fully or partially deplenished or depleted donor storage units are replenished or consolidated on the fly directly at the picking station by the picker. - the storage units are either donor or order units, - the storage units are stored in a plurality of storage racking units and levels of a storage racking, - a storage module being at least a single aisle of the storage racking; at least one storage-entry feeding line is provided for each storage module; - at least one outbound line is provided for each storage module; - at least one automatic storage and retrieval device is provided for retrieval of storage units from the multilevel racking or storage into the multilevel racking, - at least one picking station is provided to which donor storage units are fed for picking for fulfilling orders; the goods to fulfil orders being picked from the donor storage units;
A CH2 scaffold for introduction of donor loops and/or mutations in order to confer antigen binding to the CH2 scaffold, wherein the CH2 scaffold comprises loops which correspond to loops 1-3 of the macaque CH2 domain of IgG defined by amino acids 35-44 (loop 1), 63-68 (loop 2) and 94-102 (loop 3) of SEQ ID NO: 1, with a proviso that each loop of the CH2 scaffold may be longer or shorter by one or two amino acids than as defined above, wherein one or more of the loops of the CH2 scaffold are modified compared with the loops of the macaque CH2 domain of SEQ ID NO: 1, wherein the loops of the CH2 scaffold are in an appropriate orientation for antigen binding after introduction of the donor loops and/or mutations, and wherein the CH2 scaffold comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 4, 7, 8, 9, 10, 11, 12, 14, 15, 18, 19 and 23.
A bearing device (10, 10A) comprising: a bearing including an inner ring and an outer ring arranged to face each other with a rolling element interposed therebetween; and a housing including a first housing supported by the inner ring and a second housing supported by the outer ring, the bearing device (10, 10A) characterized in that: at least one of the first housing and the second housing includes: a pair of retaining rings respectively arranged at one end surface side in an axial direction of the bearing and at the other end surface side in the axial direction of the bearing; groove portions extending in a circumferential direction and in which the pair of retaining rings is respectively mounted; and first gap sealing members formed of a polymeric resin material that is either a thermoplastic resin or a thermosetting resin, arranged in at least one of gaps between the retaining rings and the respective end surfaces (23a, 23b) in the axial direction of the bearing, and gaps between the retaining rings and the groove portions, and configured to absorb a width dimensional tolerance of the retaining rings and the bearing in the axial direction of the bearing. a bearing including an inner ring and an outer ring arranged to face each other with a rolling element interposed therebetween; and a housing including a first housing supported by the inner ring and a second housing supported by the outer ring, the bearing device (10, 10A) characterized in that: at least one of the first housing and the second housing includes: a pair of retaining rings respectively arranged at one end surface side in an axial direction of the bearing and at the other end surface side in the axial direction of the bearing; groove portions extending in a circumferential direction and in which the pair of retaining rings is respectively mounted; and first gap sealing members formed of a polymeric resin material that is either a thermoplastic resin or a thermosetting resin, arranged in at least one of gaps between the retaining rings and the respective end surfaces (23a, 23b) in the axial direction of the bearing, and gaps between the retaining rings and the groove portions, and configured to absorb a width dimensional tolerance of the retaining rings and the bearing in the axial direction of the bearing. a pair of retaining rings respectively arranged at one end surface side in an axial direction of the bearing and at the other end surface side in the axial direction of the bearing; groove portions extending in a circumferential direction and in which the pair of retaining rings is respectively mounted; and first gap sealing members formed of a polymeric resin material that is either a thermoplastic resin or a thermosetting resin, arranged in at least one of gaps between the retaining rings and the respective end surfaces (23a, 23b) in the axial direction of the bearing, and gaps between the retaining rings and the groove portions, and configured to absorb a width dimensional tolerance of the retaining rings and the bearing in the axial direction of the bearing.
A fastening tool comprising: a housing having a housing interior, a forward end, a rearward end, and a support member disposed in the rearward end; a drive track defined within the housing interior; a driver reciprocally mounted for movement within the drive track along a drive axis to drive a fastener during a drive stroke, the driver having a front end and a rear end; an elastically deformable member operatively connected to the support member and bearing against a rearward end surface; and wherein the elastically deformable member is configured to receive an impact from the rear end of the driver during a return stroke; said fastening tool being characterised in that it further comprises a dampening member disposed between the elastically deformable member and the rearward end surface. a housing having a housing interior, a forward end, a rearward end, and a support member disposed in the rearward end; a drive track defined within the housing interior; a driver reciprocally mounted for movement within the drive track along a drive axis to drive a fastener during a drive stroke, the driver having a front end and a rear end; an elastically deformable member operatively connected to the support member and bearing against a rearward end surface; and wherein the elastically deformable member is configured to receive an impact from the rear end of the driver during a return stroke; said fastening tool being characterised in that it further comprises a dampening member disposed between the elastically deformable member and the rearward end surface.