mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: selecting, among a first preamble group and a second preamble group, the second preamble group, in case that the second preamble group is configured, a media access control, MAC, service data unit, SDU, is associated with a common control channel, CCCH, and a size of the MAC SDU plus a MAC subheader corresponding to the MAC SDU is greater than a predetermined value associated with the first preamble group; transmitting, to a base station, a random access preamble based on the second preamble group; receiving, from the base station, a random access response as a response to the random access preamble, the random access response including an uplink grant; identifying a logical channel identifier, LCID, for the MAC SDU based on a size of the MAC SDU, ; generating a MAC protocol data unit, PDU, including the MAC subheader and the MAC SDU, the identified LCID being included in a LCID field of the MAC subheader; and transmitting, to the base station, the MAC PDU based on the uplink grant, wherein a size of the MAC subheader is 1 byte, wherein the MAC subheader includes two reserved, R, bits and the LCID field of which a size is 6 bits, wherein the LCID is identified to a first predetermined value, in case that the size of the MAC SDU is 48 bits, and wherein the LCID is identified to a second predetermined value, in case that the size of the MAC SDU is 64 bits. selecting, among a first preamble group and a second preamble group, the second preamble group, in case that the second preamble group is configured, a media access control, MAC, service data unit, SDU, is associated with a common control channel, CCCH, and a size of the MAC SDU plus a MAC subheader corresponding to the MAC SDU is greater than a predetermined value associated with the first preamble group; transmitting, to a base station, a random access preamble based on the second preamble group; receiving, from the base station, a random access response as a response to the random access preamble, the random access response including an uplink grant; identifying a logical channel identifier, LCID, for the MAC SDU based on a size of the MAC SDU, ; generating a MAC protocol data unit, PDU, including the MAC subheader and the MAC SDU, the identified LCID being included in a LCID field of the MAC subheader; and wherein a size of the MAC subheader is 1 byte, wherein the MAC subheader includes two reserved, R, bits and the LCID field of which a size is 6 bits, wherein the LCID is identified to a first predetermined value, in case that the size of the MAC SDU is 48 bits, and wherein the LCID is identified to a second predetermined value, in case that the size of the MAC SDU is 64 bits.
A cosmetic composition precursor comprising: (a) C 10-22 fatty acid; and (b) high HLB surfactant, wherein the HLB value is at least 8 and wherein the C 10-22 fatty acid is partially neutralized at least 10%, further wherein the ratio of fatty acid to high HLB surfactants is between 10:90 to 90:10; wherein the fatty acid comprises lauric, myristic, palmitic stearic, isostearic, hydroxystearic, oleic, linoleic, ricinoleic, arachidic, behenic, erucic acids or mixture thereof, and further wherein the precursor comprises 30 to 70% by weight of the fatty acid; wherein the high HLB surfactant comprises arachidyl glucoside, cetearyl glucoside, coco-glucoside, decyl glucoside, PEG-100 stearate, polysorbate 40, polysorbate 20, steareth-21, PEG-40 hydrogenated castor oil, sucrose cocoate, sucrose stearate or mixtures thereof, and further wherein the precursor comprises 10 to 70% by weight of the surfactant. (a) C 10-22 fatty acid; and (b) high HLB surfactant,
Apparatus, comprising information generating means adapted to generate a report information based on a dropping of a packet of a first received service data flow occurring in processing the first received service data flow, wherein the first received service data flow is allocated to a service chain and received from a precedent entity in the service chain; and flow generating means adapted to generate an outbound service data flow including the report information to be sent to a subsequent entity in the service chain.
A device for delivering one or more therapeutic materials to a treatment site, comprising: a body (1410; 1510; 1610); a member (1330; 1430) that is movable with respect to the body (1410; 1510; 1610) and that is configured to curl within itself so that a portion of the member (1330; 1430) overlaps with another portion of the member (1330; 1430) to define a barrier region (1331; 1431) at the treatment site; and one or more delivery lumens (1322, 1324; 1422, 1424) configured to deliver one or more therapeutic materials to the barrier region (1331; 1431); characterized in that the member (1330; 1430) includes at least two sets of a plurality of delivery ports (1336; 1437, 1439) disposed at different positions on a surface of the member (1330; 1430) so that the at least two sets of delivery ports (1336; 1437, 1439) can be disposed in the internal surface of the defined barrier region (1331; 1431); and in that each set of delivery ports (1336; 1437, 1439) communicates with a delivery lumen of the one or more delivery lumens (1322, 1324; 1422, 1424) and is configured to deliver a therapeutic material to the defined barrier region (1331; 1431). a body (1410; 1510; 1610); a member (1330; 1430) that is movable with respect to the body (1410; 1510; 1610) and that is configured to curl within itself so that a portion of the member (1330; 1430) overlaps with another portion of the member (1330; 1430) to define a barrier region (1331; 1431) at the treatment site; and one or more delivery lumens (1322, 1324; 1422, 1424) configured to deliver one or more therapeutic materials to the barrier region (1331; 1431); characterized in that the member (1330; 1430) includes at least two sets of a plurality of delivery ports (1336; 1437, 1439) disposed at different positions on a surface of the member (1330; 1430) so that the at least two sets of delivery ports (1336; 1437, 1439) can be disposed in the internal surface of the defined barrier region (1331; 1431); and in that each set of delivery ports (1336; 1437, 1439) communicates with a delivery lumen of the one or more delivery lumens (1322, 1324; 1422, 1424) and is configured to deliver a therapeutic material to the defined barrier region (1331; 1431).
An assembly comprising: - a first circuit board comprising one or more first connectors at an edge thereof, - a second circuit board comprising one or more second connectors at an edge thereof, the first and second connectors being adapted to connect to each other, wherein the assembly further comprises a cooling structure attached to both the first and second circuit boards and preventing the second circuit board from moving, relatively to the first circuit board, so as to disconnect the first and second connectors, wherein: - the cooling structure is a concave element configured to form, with the first and second circuit boards, an enclosure, the assembly comprising an air forcing element for forcing air into or out of the enclosure and - the first circuit board and the concave element define, at the edge of the first circuit board and above the first circuit board, a space , the second circuit board having an element extending away therefrom at the edge of the second circuit board and into the space. - a first circuit board comprising one or more first connectors at an edge thereof, - a second circuit board comprising one or more second connectors at an edge thereof, the first and second connectors being adapted to connect to each other, - the cooling structure is a concave element configured to form, with the first and second circuit boards, an enclosure, the assembly comprising an air forcing element for forcing air into or out of the enclosure and - the first circuit board and the concave element define, at the edge of the first circuit board and above the first circuit board, a space , the second circuit board having an element extending away therefrom at the edge of the second circuit board and into the space.
An unmanned aerial vehicle , UAV, comprising: a pivotal platform configured to selectively tilt relative to a frame of the UAV; a tilt assembly configured to change a tilt angle of the pivotal platform relative to the frame; and a processor coupled to the tilt assembly and configured with processor-executable instructions to: determine whether to implement a first change of the tilt angle of the pivotal platform based on effects upon lift and drag of the current tilt angle of the pivotal platform in order to cause a first adjustment of a lift/drag profile of the UAV; and activate the tilt assembly to implement the determined first change in the tilt angle of the pivotal platform in response to determining that the first change should be implemented. a pivotal platform configured to selectively tilt relative to a frame of the UAV; a tilt assembly configured to change a tilt angle of the pivotal platform relative to the frame; and a processor coupled to the tilt assembly and configured with processor-executable instructions to: determine whether to implement a first change of the tilt angle of the pivotal platform based on effects upon lift and drag of the current tilt angle of the pivotal platform in order to cause a first adjustment of a lift/drag profile of the UAV; and activate the tilt assembly to implement the determined first change in the tilt angle of the pivotal platform in response to determining that the first change should be implemented. determine whether to implement a first change of the tilt angle of the pivotal platform based on effects upon lift and drag of the current tilt angle of the pivotal platform in order to cause a first adjustment of a lift/drag profile of the UAV; and activate the tilt assembly to implement the determined first change in the tilt angle of the pivotal platform in response to determining that the first change should be implemented.
A method for providing data related to the operating condition of a machine part of a dairy processing system , comprising the steps of: selecting at least one machine part of said dairy processing system ; calculating an expected remaining usable time based on a predictive life time of said machine part ; determining at least one real-time operating condition of said at least one machine part ; and providing said expected remaining usable time and said at least one operating condition as data for enabling a decision whether to perform maintenance of said machine part or not, characterized in that said expected remaining usable time is a function of parameters representing a liquid product being processed during the actual operation time for said machine part. selecting at least one machine part of said dairy processing system ; calculating an expected remaining usable time based on a predictive life time of said machine part ; determining at least one real-time operating condition of said at least one machine part ; and providing said expected remaining usable time and said at least one operating condition as data for enabling a decision whether to perform maintenance of said machine part or not, characterized in that said expected remaining usable time is a function of parameters representing a liquid product being processed during the actual operation time for said machine part.
A method of configuring a service at a base station of a wireless communication network , the method comprising: receiving (S104) a first message associated with a first bearer, the first message containing a first quality of service class identifier, QCI; receiving (S106) a second message associated with a second bearer, the second message containing a second QCI; determining (S108) a service identifier based on at least one of the first and second QCIs; and configuring (S110) at the base station the first and second bearers according to a service configuration associated with the service identifier. receiving (S104) a first message associated with a first bearer, the first message containing a first quality of service class identifier, QCI; receiving (S106) a second message associated with a second bearer, the second message containing a second QCI; determining (S108) a service identifier based on at least one of the first and second QCIs; and configuring (S110) at the base station the first and second bearers according to a service configuration associated with the service identifier.
A blade structure for treating a femur fracture, comprising a body having a centrally radially symmetrical cross section, the centrally radially symmetrical cross section including a plurality of centrally radially symmetrical sections, on each centrally radially symmetrical section at least a cutting slot and two blades formed at corresponding top ends of two sides of the cutting slot respectively being defined, wherein, the cross section of the body is a circular cross section; characterised in that a cross section of the cutting slot includes a pair of first circular arcs each of which runs from the blade to the bottom wall of the cutting slot and of each of which a circle center is located in a space defined together by the cutting slot and the pair of first circular arcs in the same cutting slot ; and the pair of first circular arcs are connected together through a second circular arc of which a circle center coincides with a circle center of the cross section of the body of the blade structure ; and a plurality of circular holes is defined in one of the blades of the blade structure .
A combination product comprising a dispensing head mounted on a top of a container containing a formulation for nasal administration, and a solidified skin-care balm for application around the nose contained in a balm holder element (30, 30") located on a bottom of the container .
A reading apparatus , comprising: a tray having a first surface side and a second surface side opposite the first surface side; an antenna unit disposed on the first surface side of the tray and configured to transmit a radio wave signal for reading a wireless tag and to receive a radio wave signal from the wireless tag; and a control unit attached to the tray on the second surface side and configured to control the antenna unit to transmit the radio wave signal for reading the wireless tag, the control unit being configured to read data in the radio wave signal from the wireless tag received by the antenna unit, wherein the tray comprises at least one of an electromagnetic wave reflecting material or an electromagnetic wave absorbing material disposed between the antenna unit and the control unit so as to block the radio wave signal for reading the wireless tag from reaching the control unit; characterized in that the reading apparatus further comprises: an antenna moving mechanism attached to the first surface side of the tray and configured to support the antenna unit and move the antenna unit along a direction that is parallel to the first surface side. a tray having a first surface side and a second surface side opposite the first surface side; an antenna unit disposed on the first surface side of the tray and configured to transmit a radio wave signal for reading a wireless tag and to receive a radio wave signal from the wireless tag; and a control unit attached to the tray on the second surface side and configured to control the antenna unit to transmit the radio wave signal for reading the wireless tag, the control unit being configured to read data in the radio wave signal from the wireless tag received by the antenna unit, wherein the tray comprises at least one of an electromagnetic wave reflecting material or an electromagnetic wave absorbing material disposed between the antenna unit and the control unit so as to block the radio wave signal for reading the wireless tag from reaching the control unit; characterized in that the reading apparatus further comprises: an antenna moving mechanism attached to the first surface side of the tray and configured to support the antenna unit and move the antenna unit along a direction that is parallel to the first surface side.
A display apparatus comprising: an accepting unit configured to accept input of handwriting data input by an input unit, the handwriting data including one or more pieces of stroke data; a recognizing unit configured to perform recognition processing of the handwriting data; and a controller , characterized in that : the controller is configured to control frequency of the recognition processing in accordance with a power supply state of the display apparatus , wherein the power supply state is one of a battery operating state in which the display apparatus operates using a battery, a battery charging state in which a power supply cable is connected to the display apparatus and the battery is being charged, and an alternating-current power supply operating state in which the power supply cable is connected to the display apparatus but the battery is not being charged; and the recognizing unit is configured to: execute the recognition processing in accordance with a user instruction in the battery operating state, execute the recognition processing for each predetermined number of pieces of the stroke data in the battery charging state, the predetermined number being two or more, and execute the recognition processing for each of the stroke data in the alternating-current power supply operating state. an accepting unit configured to accept input of handwriting data input by an input unit, the handwriting data including one or more pieces of stroke data; a recognizing unit configured to perform recognition processing of the handwriting data; and a controller , the controller is configured to control frequency of the recognition processing in accordance with a power supply state of the display apparatus , wherein the power supply state is one of a battery operating state in which the display apparatus operates using a battery, a battery charging state in which a power supply cable is connected to the display apparatus and the battery is being charged, and an alternating-current power supply operating state in which the power supply cable is connected to the display apparatus but the battery is not being charged; and the recognizing unit is configured to: execute the recognition processing in accordance with a user instruction in the battery operating state, execute the recognition processing for each predetermined number of pieces of the stroke data in the battery charging state, the predetermined number being two or more, and execute the recognition processing for each of the stroke data in the alternating-current power supply operating state. execute the recognition processing in accordance with a user instruction in the battery operating state, execute the recognition processing for each predetermined number of pieces of the stroke data in the battery charging state, the predetermined number being two or more, and execute the recognition processing for each of the stroke data in the alternating-current power supply operating state.
A micro sensor, comprising: a substrate including a porous layer having a plurality of vertically-extending pores and a barrier layer positioned on the porous layer; a sensor electrode including sensor wiring lines and electrode pads formed on the substrate ; a heater electrode including a heater wiring line and heater electrode pads formed on the substrate ; and a sensing material formed on the sensor wiring lines and the heater wiring line such that upper surfaces and side surfaces of the sensor wiring lines and the heater wiring line are covered by the sensing material , wherein electric characteristics of the sensing material change when a predetermined gas is absorbed by the sensing material , wherein at least one of the sensor electrode and the heater electrode is formed on the barrier layer . a substrate including a porous layer having a plurality of vertically-extending pores and a barrier layer positioned on the porous layer; a sensor electrode including sensor wiring lines and electrode pads formed on the substrate ; a heater electrode including a heater wiring line and heater electrode pads formed on the substrate ; and a sensing material formed on the sensor wiring lines and the heater wiring line such that upper surfaces and side surfaces of the sensor wiring lines and the heater wiring line are covered by the sensing material , wherein electric characteristics of the sensing material change when a predetermined gas is absorbed by the sensing material , wherein at least one of the sensor electrode and the heater electrode is formed on the barrier layer .
Film for the repair of aircraft components made of fiber-reinforced thermoplastic material, comprising a film made of polyimide 21 and a coating made of an electrically conductive material 25, characterized in that the film is embossed and the embossed film 21 consists essentially of Kapton, where the electrically conductive material 25 is metal or graphite powder.
A system comprising: a ground plane ; one or more patch antennas located above the ground plane; and a plurality of monopoles surrounding the one or more patch antennas, the plurality of monopoles being configured to act as surface wave excited parasitic radiators, and being shaped as inverted-L's having a vertical leg extending above the ground plane and perpendicularly to it and a horizontal leg connected to the top end of the vertical leg, wherein the horizontal legs of the inverted-L's follow a substantially circular arrangement centered on the one or more patch antennas and are disposed on a same plane parallel to the ground plane, characterized in that each of the horizontal legs partially overlaps in a radial direction at least one of the adjacent ones of the horizontal legs, wherein the radial direction is defined by said circular arrangement. a ground plane ; one or more patch antennas located above the ground plane; and a plurality of monopoles surrounding the one or more patch antennas, the plurality of monopoles being configured to act as surface wave excited parasitic radiators, and being shaped as inverted-L's having a vertical leg extending above the ground plane and perpendicularly to it and a horizontal leg connected to the top end of the vertical leg, wherein the horizontal legs of the inverted-L's follow a substantially circular arrangement centered on the one or more patch antennas and are disposed on a same plane parallel to the ground plane,
A coated substrate comprising: a substrate; and, coated on said substrate an optional corner-fill layer deposited directly on the substrate; a washcoat layer comprising iron-exchanged zeolite particles comprising 2 - 5% iron by weight, and optionally further comprising metal-oxide particles and boehmite particles; and a washcoat layer comprising catalytically active Nano-on-Nano-on-micro (NNm) particles, the catalytically active Nano-on-Nano-on-micro (NNm) particles comprising composite nanoparticles bonded to micron-sized carrier particles, and optionally further comprising a filler material comprising micron-sized metal-oxide particles, wherein the composite nanoparticles comprise a support nanoparticle and a catalytic nanoparticle. a substrate; and, coated on said substrate an optional corner-fill layer deposited directly on the substrate; a washcoat layer comprising iron-exchanged zeolite particles comprising 2 - 5% iron by weight, and optionally further comprising metal-oxide particles and boehmite particles; and a washcoat layer comprising catalytically active Nano-on-Nano-on-micro (NNm) particles, the catalytically active Nano-on-Nano-on-micro (NNm) particles comprising composite nanoparticles bonded to micron-sized carrier particles, and optionally further comprising a filler material comprising micron-sized metal-oxide particles, wherein the composite nanoparticles comprise a support nanoparticle and a catalytic nanoparticle.