mhurhangee/patent-ind-claim-en huggingface dataset:
A method of allocating resources for communications in a mobile telecommunication system wherein the mobile telecommunication system provides a wireless interface for a base station to communicate with communications devices and wherein a communications device is operable to transmit signals to another communications device using time and frequency resources of the wireless interface and in accordance with a device-to-device communication protocol, wherein a first pool of the time and frequency resources is allocated to device-to-device communications of a one-to-many type and a second pool of the time and frequency resources is allocated to device-to-device communications of a one-to-one type, the second pool of resources being separate from the first pool, the method comprising: a first communications device transmitting one-to-many messages for communication to a plurality of other communications devices using resources of the first resources pool, a second communications device transmitting one-to-one device-to-device messages using resources of the second resources pool, the second communications device transmitting a first message as a one-to-many message using resources of the first resources pool, the second communications device transmitting a second message as a one-to-one message using resources of the second resources pool, wherein the first message comprises resources allocation information for indicating resources of the second resources pool used for transmitting the second message, determining that the level of collision in the second resources pool is unacceptable based on a comparison with a pool acceptability threshold, and upon determining that the level of collision in the second resources pool is unacceptable, re-allocating the resources between the first and second pools. a first communications device transmitting one-to-many messages for communication to a plurality of other communications devices using resources of the first resources pool, a second communications device transmitting one-to-one device-to-device messages using resources of the second resources pool, the second communications device transmitting a first message as a one-to-many message using resources of the first resources pool, the second communications device transmitting a second message as a one-to-one message using resources of the second resources pool, wherein the first message comprises resources allocation information for indicating resources of the second resources pool used for transmitting the second message, determining that the level of collision in the second resources pool is unacceptable based on a comparison with a pool acceptability threshold, and upon determining that the level of collision in the second resources pool is unacceptable, re-allocating the resources between the first and second pools.
A cutting balloon , comprising: an expandable member having an outer surface and a longitudinal axis; a mounting pad attached to the outer surface of the expandable member with an adhesive ; a first cutting member attached to the mounting pad on the outer surface of the expandable member; and a covering encapsulating the expandable member , the first cutting member , the mounting pad and the adhesive , wherein the covering and the mounting pad are configured to form a monolithic structure. an expandable member having an outer surface and a longitudinal axis; a mounting pad attached to the outer surface of the expandable member with an adhesive ; a first cutting member attached to the mounting pad on the outer surface of the expandable member; and a covering encapsulating the expandable member , the first cutting member , the mounting pad and the adhesive , wherein the covering and the mounting pad are configured to form a monolithic structure.
A mobile base with a mobile base ID configured to be attached to a mobile object for supervising the mobile object inside an area, the area being divided into zones of at least two different types, namely an activation zone and a non-event prone zone, each zone being associated with one or more readers located at fixed positions and configured to create an electromagnetic field associated with each zone , receive data transmitted from the mobile base , and forward a corresponding mobile base ID to a central controller , the mobile base comprising: - one or more event detection devices , each configured to detect a predefined event, and - a communication tag , wherein the communication tag is configured to, depending on the zone type, activate or deactivate the corresponding one or more event detection devices , the event detection devices are configured to communicate a detected event with an event ID to the communication tag , and the communication tag is configured to broadcast the event ID and mobile base ID. - one or more event detection devices , each configured to detect a predefined event, and - a communication tag , wherein the communication tag is configured to, depending on the zone type, activate or deactivate the corresponding one or more event detection devices , the event detection devices are configured to communicate a detected event with an event ID to the communication tag , and the communication tag is configured to broadcast the event ID and mobile base ID. the communication tag is configured to, depending on the zone type, activate or deactivate the corresponding one or more event detection devices , the event detection devices are configured to communicate a detected event with an event ID to the communication tag , and the communication tag is configured to broadcast the event ID and mobile base ID.
Device for anchoring to the upper jaw bone dental prostheses of the upper dental arch, comprising: - a plurality of intraosseous screws each provided with a predefined thread and with a bottom shank for operating the screw; - a crosspiece comprising a plurality of nuts , in a number corresponding to the number of intraosseous screws and connected together in the transverse direction (Y-Y) by means of spacers , each nut having a female thread corresponding to the thread of a respective intraosseous screw ; - a plurality of lock nuts , in a number corresponding to the number of intraosseous screws and each provided with a female thread in turn corresponding to the thread of the respective screw ; wherein: the crosspiece is designed to be inserted and housed, during use, in a maxillary sinus; each screw is configured to be inserted, during use, inside a respective hole through the bone underneath the maxillary sinus so that it projects beyond the inner cortex of the bone and is inserted inside the respective nut of the crosspiece so as to cause mating together of the respective threads and so that the bottom operating shank and a bottom part of the thread of the screw , opposite to that engaged with the respective nut of the crosspiece , project at the bottom from the outer cortex of the bone thereby allowing screwing of the screw onto the nut of the crosspiece by means of said bottom operating shank and screwing of the lock nut onto the corresponding intraosseous screw, respectively. - a plurality of intraosseous screws each provided with a predefined thread and with a bottom shank for operating the screw; - a crosspiece comprising a plurality of nuts , in a number corresponding to the number of intraosseous screws and connected together in the transverse direction (Y-Y) by means of spacers , each nut having a female thread corresponding to the thread of a respective intraosseous screw ; - a plurality of lock nuts , in a number corresponding to the number of intraosseous screws and each provided with a female thread in turn corresponding to the thread of the respective screw ;
An air foil bearing comprising: an outer bearing sleeve having longitudinal slots formed along the inside of the outer bearing sleeve; multiple inner pads (74, 76; 104, 106; 134, 136; 164, 166), provided within the outer bearing sleeve, each inner pad including a top foil (78, 80; 108, 110; 138, 140; 168, 170) that forms part of a bearing surface of the air foil bearing and an inner elastic structure that supports the top foil within the outer bearing sleeve, each top foil having a leading edge and a trailing edge , wherein the trailing edges are connected to the bearing sleeve, each top foil trailing edge extending into one of the longitudinal slots of the outer bearing sleeve; wherein the inner elastic structure comprises an inner corrugated bump foil (82, 84; 112, 114; 142, 144; 172, 174) that is attached to an inner surface of the outer bearing sleeve ; wherein each inner pad (74, 76; 104, 106; 134, 136; 164, 166) has an offset ratio that is greater than 0.5; characterized in that the air foil bearing further comprises multiple retention keys , each retention key connecting the trailing edge of each top foil to the outer bearing sleeve, each retention key being held in place with a respective set screw ; and in that each inner pad comprises two inner corrugated bump foils that support their associated top foil . an outer bearing sleeve having longitudinal slots formed along the inside of the outer bearing sleeve; multiple inner pads (74, 76; 104, 106; 134, 136; 164, 166), provided within the outer bearing sleeve, each inner pad including a top foil (78, 80; 108, 110; 138, 140; 168, 170) that forms part of a bearing surface of the air foil bearing and an inner elastic structure that supports the top foil within the outer bearing sleeve, each top foil having a leading edge and a trailing edge , wherein the trailing edges are connected to the bearing sleeve, each top foil trailing edge extending into one of the longitudinal slots of the outer bearing sleeve; wherein the inner elastic structure comprises an inner corrugated bump foil (82, 84; 112, 114; 142, 144; 172, 174) that is attached to an inner surface of the outer bearing sleeve ; wherein each inner pad (74, 76; 104, 106; 134, 136; 164, 166) has an offset ratio that is greater than 0.5; characterized in that the air foil bearing further comprises multiple retention keys , each retention key connecting the trailing edge of each top foil to the outer bearing sleeve, each retention key being held in place with a respective set screw ; and in that each inner pad comprises two inner corrugated bump foils that support their associated top foil .
An indirect bonding tray , the bonding tray comprising: a mold body for a patient-specific, customized fit with a plurality of teeth in the patient's dental arch, the mold body having an exterior surface and an interior surface opposite the exterior surface; one or more guide aperture configured to permit the placement of an orthodontic appliance on a surface of a tooth at a predetermined location aligned with the guide aperture , when the mold body is registered on the dental arch; and one or more guides extending from the exterior surface, wherein each guide is aligned with one of the guide aperture; one or more appliance holders , wherein each appliance holder is in slidable engagement with one of the guides ; an orthodontic appliance positioned within each appliance holder , wherein the holder and orthodontic appliance together are in a slidable engagement with the guide between a first position and a second position, wherein in the first position, the holder and orthodontic appliance are positioned away from the tooth, and in the second position, the base of the orthodontic appliance is in contact with the surface of the tooth, and wherein the holder and guide are configured to maintain the holder and the orthodontic appliance in the first position. a mold body for a patient-specific, customized fit with a plurality of teeth in the patient's dental arch, the mold body having an exterior surface and an interior surface opposite the exterior surface; one or more guide aperture configured to permit the placement of an orthodontic appliance on a surface of a tooth at a predetermined location aligned with the guide aperture , when the mold body is registered on the dental arch; and one or more guides extending from the exterior surface, wherein each guide is aligned with one of the guide aperture; one or more appliance holders , wherein each appliance holder is in slidable engagement with one of the guides ; an orthodontic appliance positioned within each appliance holder , wherein the holder and orthodontic appliance together are in a slidable engagement with the guide between a first position and a second position, wherein in the first position, the holder and orthodontic appliance are positioned away from the tooth, and in the second position, the base of the orthodontic appliance is in contact with the surface of the tooth, and wherein the holder and guide are configured to maintain the holder and the orthodontic appliance in the first position.
A User Equipment, UE, comprising: receiving unit configured to receive downlink control information, DCI, on a narrowband physical downlink control channel, NPDCCH, after receiving Single-Cell Multicast Control Channel, SC-MCCH, information; and processing unit configured to acquire, in a case that the DCI includes (a) a first field indicating an SC-MCCH information change notification and (b) a second field indicating a resource for a transmission of another SC-MCCH information, the another SC-MCCH information based on the first field and the second field. receiving unit configured to receive downlink control information, DCI, on a narrowband physical downlink control channel, NPDCCH, after receiving Single-Cell Multicast Control Channel, SC-MCCH, information; and processing unit configured to acquire, in a case that the DCI includes (a) a first field indicating an SC-MCCH information change notification and (b) a second field indicating a resource for a transmission of another SC-MCCH information, the another SC-MCCH information based on the first field and the second field.
A method for wireless communication by a user equipment , UE , comprising: identifying a network to access for communications; transmitting an indication of schedule gap support information for the UE to the network , the schedule gap support information comprising information associated with transitioning or tuning away from a first RAN associated with a first universal subscriber identity module, USIM, of the UE to at least a second RAN associated with a second USIM of the UE ; and receiving, from a RAN node, allowed schedule gap information for the UE based on the schedule gap support information, to use when requesting a schedule gap from the RAN node. identifying a network to access for communications; transmitting an indication of schedule gap support information for the UE to the network , the schedule gap support information comprising information associated with transitioning or tuning away from a first RAN associated with a first universal subscriber identity module, USIM, of the UE to at least a second RAN associated with a second USIM of the UE ; and receiving, from a RAN node, allowed schedule gap information for the UE based on the schedule gap support information, to use when requesting a schedule gap from the RAN node.
A process for the preparation of a multimodal high density polyethylene (HDPE) having a melt flow rate (MFR 2 ) of 0.1 to 4.0 g/10 min and a MFR 5 of 2.5 to 12 g/10 min, said process comprising: (i) polymerising ethylene in a first polymerisation stage in the presence of a Ziegler-Natta catalyst to prepare a first ethylene homopolymer having a MFR 2 from 10 to 500 g/10 min; (ii) polymerising ethylene in a second polymerisation stage in the presence of said catalyst and said first ethylene homopolymer to prepare an ethylene homopolymer mixture comprising said first ethylene homopolymer and a second ethylene homopolymer, said mixture having a MFR 2 from 50 to 1000 g/10 min; and (iii)polymerising ethylene and at least one alpha-olefin comonomer in a third polymerisation stage in the presence of said catalyst and said ethylene homopolymer mixture to prepare said multimodal HDPE. (i) polymerising ethylene in a first polymerisation stage in the presence of a Ziegler-Natta catalyst to prepare a first ethylene homopolymer having a MFR 2 from 10 to 500 g/10 min; (ii) polymerising ethylene in a second polymerisation stage in the presence of said catalyst and said first ethylene homopolymer to prepare an ethylene homopolymer mixture comprising said first ethylene homopolymer and a second ethylene homopolymer, said mixture having a MFR 2 from 50 to 1000 g/10 min; and (iii)polymerising ethylene and at least one alpha-olefin comonomer in a third polymerisation stage in the presence of said catalyst and said ethylene homopolymer mixture to prepare said multimodal HDPE.
A computing system, comprising: input area-to-display screen mapping logic that identifies a display size of a focus area input mechanism , and a location on a display screen where the focus area input mechanism is to be displayed on the display screen , the display size of the focus area input mechanism being smaller than a size of the display screen ; focus area generator logic that generates a representation of the focus area input mechanism and outputs the representation for display at the location on the display screen ; gesture processing logic that: receives a touch event based on a touch input on a touch sensitive surface of a touch sensing device wherein the touch sensitive surface is separate from the display screen , and performs an operation, corresponding to the touch event, to modify content on a content canvas on which the focus area input mechanism is displayed on the display screen ; and a hover processing system that generates a hover output representing a visual display element that performs a hover movement in the focus area input mechanism , displayed on the display screen , in a direction corresponding to movement of a touch input on the touch sensitive surface of the touch sensing device . input area-to-display screen mapping logic that identifies a display size of a focus area input mechanism , and a location on a display screen where the focus area input mechanism is to be displayed on the display screen , the display size of the focus area input mechanism being smaller than a size of the display screen ; focus area generator logic that generates a representation of the focus area input mechanism and outputs the representation for display at the location on the display screen ; gesture processing logic that: receives a touch event based on a touch input on a touch sensitive surface of a touch sensing device wherein the touch sensitive surface is separate from the display screen , and performs an operation, corresponding to the touch event, to modify content on a content canvas on which the focus area input mechanism is displayed on the display screen ; and receives a touch event based on a touch input on a touch sensitive surface of a touch sensing device wherein the touch sensitive surface is separate from the display screen , and performs an operation, corresponding to the touch event, to modify content on a content canvas on which the focus area input mechanism is displayed on the display screen ; and a hover processing system that generates a hover output representing a visual display element that performs a hover movement in the focus area input mechanism , displayed on the display screen , in a direction corresponding to movement of a touch input on the touch sensitive surface of the touch sensing device .
A user equipment, UE, for dual connectivity operation during wireless communication handover, comprising: a memory; a transceiver; and a processor coupled to the memory and the transceiver, characterized in that , the processor is configured to: if the processor is configured with a synchronization signal/physical broadcast channel block measurement time configuration, SMTC, in a NR measurement configuration from a source LTE primary cell, use the SMTC for one of a new radio, NR, primary secondary cell, PScell, addition procedure and a secondary node, SN, change procedure, regardless if an SMTC is included in a handover message received by the UE from a target LTE PCell; and use one of the source long term evolution, LTE, primary cell, PCell, and the target LTE PCell as a timing reference if the processor is not configured with the SMTC in the NR measurement configuration. a memory; a transceiver; and a processor coupled to the memory and the transceiver, characterized in that , the processor is configured to: if the processor is configured with a synchronization signal/physical broadcast channel block measurement time configuration, SMTC, in a NR measurement configuration from a source LTE primary cell, use the SMTC for one of a new radio, NR, primary secondary cell, PScell, addition procedure and a secondary node, SN, change procedure, regardless if an SMTC is included in a handover message received by the UE from a target LTE PCell; and use one of the source long term evolution, LTE, primary cell, PCell, and the target LTE PCell as a timing reference if the processor is not configured with the SMTC in the NR measurement configuration. if the processor is configured with a synchronization signal/physical broadcast channel block measurement time configuration, SMTC, in a NR measurement configuration from a source LTE primary cell, use the SMTC for one of a new radio, NR, primary secondary cell, PScell, addition procedure and a secondary node, SN, change procedure, regardless if an SMTC is included in a handover message received by the UE from a target LTE PCell; and use one of the source long term evolution, LTE, primary cell, PCell, and the target LTE PCell as a timing reference if the processor is not configured with the SMTC in the NR measurement configuration.
A connection between a first member and a second member , comprising: said first member ; said second member having a longitudinal axis ; a connector attaching said first member to said second member , said connector including: an attachment member , having a central axis and one or more projections received in said first member ; a plurality of fasteners received by said attachment member and anchored in said second member ; and an anchor member connected to said attachment member and anchored to said first member , said anchor member having an elongated shank portion received in said first member; wherein at least one of said fasteners lies at an acute angle to said longitudinal axis of said second member ; wherein said second member has a matching surface , and a plurality of other outer surfaces defining its boundaries; and said attachment member is at least partially received in a blind opening in said matching surface of said second member , said blind opening having no portions in communication with any of said other outer surfaces of said second member . said first member ; said second member having a longitudinal axis ; a connector attaching said first member to said second member , said connector including: an attachment member , having a central axis and one or more projections received in said first member ; a plurality of fasteners received by said attachment member and anchored in said second member ; and an anchor member connected to said attachment member and anchored to said first member , said anchor member having an elongated shank portion received in said first member; wherein an attachment member , having a central axis and one or more projections received in said first member ; a plurality of fasteners received by said attachment member and anchored in said second member ; and an anchor member connected to said attachment member and anchored to said first member , said anchor member having an elongated shank portion received in said first member; wherein at least one of said fasteners lies at an acute angle to said longitudinal axis of said second member ; wherein said second member has a matching surface , and a plurality of other outer surfaces defining its boundaries; and said attachment member is at least partially received in a blind opening in said matching surface of said second member , said blind opening having no portions in communication with any of said other outer surfaces of said second member .