mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a wireless device, for resource reservation of a contention-based sidelink transmission according to a Discontinuous Reception, DRX, cycle, the method comprising: - obtaining information defining a transmission resource pool aligned with DRX active time of a receiving wireless device and a resource reservation pool arranged prior to the DRX active time comprising one or more resource reservation blocks associated with respective transmission resources in the transmission resource pool, wherein the one or more resource reservation blocks comprise a plurality of occasions; - transmitting a resource reservation signal using a first occasion of a resource reservation block associated with a transmission resource selected by the wireless device for sidelink transmission; - monitoring one or more other occasions of the resource reservation block for resource reservation signals transmitted by other wireless devices aiming at reserving the same transmission resource, wherein the one or more other occasions are different from the first occasion; and - controlling, based on the monitoring, the sidelink transmission using the transmission resource; wherein the transmitting is performed prior to the sidelink transmission. - obtaining information defining a transmission resource pool aligned with DRX active time of a receiving wireless device and a resource reservation pool arranged prior to the DRX active time comprising one or more resource reservation blocks associated with respective transmission resources in the transmission resource pool, wherein the one or more resource reservation blocks comprise a plurality of occasions; - transmitting a resource reservation signal using a first occasion of a resource reservation block associated with a transmission resource selected by the wireless device for sidelink transmission; - monitoring one or more other occasions of the resource reservation block for resource reservation signals transmitted by other wireless devices aiming at reserving the same transmission resource, wherein the one or more other occasions are different from the first occasion; and - controlling, based on the monitoring, the sidelink transmission using the transmission resource;
Signal transmission system, comprising a transmitter with a first LC circuit having a first quality factor and comprising a first coil intended to be fed with signals having a chosen carrier frequency, and a receiver with a second LC circuit having a second quality factor and comprising a second coil said second LC circuit coupled to a circuit front-end, said first coil being arranged to transfer energy to said second coil by magnetic induction in a near-field propagation mode, wherein said first LC circuit is tuned to a first frequency which is shifted in a first direction from said carrier frequency, by a first chosen offset value, and said second LC circuit is tuned to a second frequency which is shifted in a second direction, opposite to the first one, from said carrier frequency, by a second chosen offset value and the transmitter comprises a modulator arranged to feed the first LC circuit with modulated signals, and the receiver comprises a demodulator arranged to demodulate the signals captured by the second LC circuit, wherein the modulator is arranged to output signals with a FSK modulation or a MSK modulation.
A child carrier, comprising a body for carrying a child and a base rotatably connected with the body, wherein the child carrier further comprises an angle adjustment structure for adjusting an angle of the body relative to the base, the angle adjustment structure comprising a positioning member and a locking member for locking with the positioning member, wherein the body is provided with at least two of the positioning members, and the locking member is movably disposed on the base, and the locking member and the positioning member are locked or unlocked by means of movement of the locking member; wherein the base is disposed with an accommodating cavity in which the body rotates, and the body is rotatably disposed within the accommodating cavity; wherein a concave portion is disposed on the body, and a convex portion in cooperation with the concave portion is disposed within the accommodating cavity; and wherein a center of the concave portion on the body is used as a rotation center; and wherein the at least two positioning members are located on the same circle with the rotation center as a circle center. the angle adjustment structure comprising a positioning member and a locking member for locking with the positioning member, wherein the body is provided with at least two of the positioning members, and the locking member is movably disposed on the base, and the locking member and the positioning member are locked or unlocked by means of movement of the locking member; wherein the base is disposed with an accommodating cavity in which the body rotates, and the body is rotatably disposed within the accommodating cavity; wherein a concave portion is disposed on the body, and a convex portion in cooperation with the concave portion is disposed within the accommodating cavity; and wherein a center of the concave portion on the body is used as a rotation center; and wherein the at least two positioning members are located on the same circle with the rotation center as a circle center.
Pneumatic vehicle tyre having a tread which is divided by circumferential channels (3, 4) into profile positives which run in encircling fashion in a circumferential direction, wherein said profile positives include at least one profile rib (1, 2) which runs in encircling fashion in the circumferential direction and in which transverse channels (8, 9, 10) of sipe-like form extend parallel to one another, which transverse channels open into at least one circumferential channel (3, 4) which delimits the profile rib (1, 2), and which transverse channels, at least in a section of their extent close to the rib outer surface, are widened by means of a bevel (11, 12, 13) and extend arcuately to the circumferential channel (3, 4), wherein the bevels (11, 12, 13) are formed in each case on that channel flank (14b, 14'b, 14"b) of the transverse channels (8, 9, 10) which runs at the inside of the arc, characterized in that the transition region (6a, 7a) between that channel flank (6, 7) of the circumferential channel into which the transverse channels (8, 9, 10) of sipe-like form open and the outer surface of the profile rib (1, 2) is of rounded design, wherein the transverse channels (8, 9, 10) have a first limb (8a, 9a, 10a), which opens into the circumferential channel and which extends at an acute angle (β) with respect to the circumferential direction, and a second limb (8b, 9b, 10b) which, running oppositely to the first limb (8a, 9a, 10a), likewise extends at an acute angle (β', δ) with respect to the circumferential direction.
A suture fixation apparatus of the temporomandibular joint disc comprising a first suture needle and a first inner core, a second suture needle and a second inner core and a third suture needle, wherein, a proximal end of the first suture needle is connected to a big handle having an axis by a socket, a vertical groove lying in a plane comprising said axis extends into the big handle from its surface to said axis, a horizontal groove of the same width as the vertical groove and lying in a plane perpendicular to said axis extends into the big handle from its surface to the axis in the end of the big handle near the socket, the first inner core comprises a seamless shaft having an outer diameter less than the inner diameter of the first suture needle, a wire snare is welded at both its ends to the distal end of the seamless shaft, a 90° bend is made near the proximal end of the seamless shaft, a small handle smaller that the big handle is connected at the proximal end of the seamless shaft, and the first inner core can be inserted into the vertical groove and into the first suture needle until the wire snare is exposed at the distal end of the first suture needle, at which time the 90° bend of the seamless shaft is able to lock in either the left or right part of the horizontal groove; a proximal end of the second suture needle is connected to another big handle having an axis by a socket, a vertical groove lying in a plane comprising said axis extends into the big handle from its surface to said axis, a horizontal groove of the same width as the vertical groove and lying in a plane perpendicular to said axis extends into the big handle from its surface to the axis in the end of the big handle near the socket, the second inner core comprises a seamless shaft having an outer diameter less than the inner diameter of the second suture needle, a crochet hook having the same outer diameter as the seamless shaft is welded at the distal end of the seamless shaft, a 90° bend is made near the proximal end of the seamless shaft, a small handle smaller that the big handle is connected at the proximal end of the seamless shaft, and the second inner core can be inserted into the vertical groove and into the second suture needle until the crochet hook is exposed at the distal end of the second suture needle, at which time the 90° bend of the seamless shaft is able to lock in either the left or right part of the horizontal groove; and the third suture needle is a normal No. 12 puncture needle.
A drum which is suitable for using in laundry washing or laundry washing-drying machines and wherein the laundry is placed, comprising a cylindrical body, at least one hole which is located on the cylindrical body and at least one bulge which is located on the cylindrical body and extends from the surface of the cylindrical body towards the rotational axis of the drum, and the contour of which has a closed curve form, characterized in that at least one portion (C1 and C2) of the contour is convex-shaped and another portion is concave-shaped and wherein the concave-shaped portion is located between the convex-shaped portions (C1 and C2), wherein the contour is composed of line segments (D1, D2, D3, D4, D5 and D6) joined end to end to one another and wherein the junctures of the line segments (D1, D2, D3, D4, D5 and D6) have radiuses (R1, R2, R3, R4, R5 and R6) wherein the radiuses (R1, R2, R3, R4, R5 and R6) are rounded portions of the contour which are formed at the junctures where two line segments (01, 02, 03, 04, 05 and 06) are joined end to end to another.
A method for producing plastic straps, comprising providing a semi-crystalline thermoplastic plastic material, melting the plastic material, extruding the melted plastic material into at least one plastic strand by means of an extrusion apparatus, cooling the extruded plastic strand, monoaxially or predominantly monoaxially stretching the plastic strand into an stretched strand by means of at least one stretching device, said stretched strand comprising two surfaces spaced from one another by a thickness of the stretched strand, wherein at least one surface of the stretched strand is provided with an embossing by means of an embossing device comprising at least one embossing roller, said embossing roller comprising on its roller surface projections for generating recesses on the at least one surface of the stretched strand, wherein as the at least one embossing roller, an embossing roller is used, the projections of which comprise flat or predominantly flat plateau surfaces for generating flat or predominantly flat base surfaces of the recesses on the at least one surface of the stretched strand, characterized in that the plateau surfaces of the projections are dimensioned such and that the projections are arranged on the roller surface spaced from one another such, that between 44 % and 55 % of a respective entire parallel projection, viewed from a vertical top view, of the respective at least one embossed strap surface of the plastic straps is formed by the total amount of the base surfaces of the recesses.
A device for controlling flow in a hydrocephalus shunt valve, comprising: a valve seat; a valve member interfacing with the valve seat to establish a pressure setting indicative of a pressure where fluid will flow through the valve seat; and an adjustment circuit assembly including a resistive element coupled to the valve member and operable to adjust force on the valve member relative to the valve seat so as to alter the pressure setting in response to a current applied to the resistive element; and a reading circuit assembly that includes an antenna coil, a sensing coil and a member moveable with respect to the sensing coil, the member configured to alter a resonant frequency of the reading circuit assembly as a function of a position of the member with respect to the sensing coil. a valve seat; a valve member interfacing with the valve seat to establish a pressure setting indicative of a pressure where fluid will flow through the valve seat; and an adjustment circuit assembly including a resistive element coupled to the valve member and operable to adjust force on the valve member relative to the valve seat so as to alter the pressure setting in response to a current applied to the resistive element; and a reading circuit assembly that includes an antenna coil, a sensing coil and a member moveable with respect to the sensing coil, the member configured to alter a resonant frequency of the reading circuit assembly as a function of a position of the member with respect to the sensing coil.
A method for damping low frequency vibrations, in particular subsynchronous resonances, in an electrical supply grid by way of at least one decentralized production unit (100, 112) connected to the electrical supply grid, in particular a wind turbine or a wind farm, comprising the steps: - feeding electrical power by way of the at least one production unit (100,112) and - supplementing the feeding by way of a supplementary component (P E) for damping the low frequency vibrations, wherein - the supplementary component (P E) is determined depending on a simplified model (300, 400) of a synchronous machine, wherein - the simplified model (300, 400) of the synchronous machine reproduces the vibration damping property of a synchronous machine, namely the vibration damping property of a damper cage of a synchronous machine with a damper cage, - vibratory components of the synchronous machine on which the simplified model (300, 400) is based are not depicted or only depicted in a reduced manner, and - the simplified model (300, 400) of the synchronous machine only reproduces the vibration damping property of a damper cage of a synchronous machine with a damper cage. - feeding electrical power by way of the at least one production unit (100,112) and - supplementing the feeding by way of a supplementary component (P E) for damping the low frequency vibrations, wherein - the supplementary component (P E) is determined depending on a simplified model (300, 400) of a synchronous machine, wherein - the simplified model (300, 400) of the synchronous machine reproduces the vibration damping property of a synchronous machine, namely the vibration damping property of a damper cage of a synchronous machine with a damper cage, - vibratory components of the synchronous machine on which the simplified model (300, 400) is based are not depicted or only depicted in a reduced manner, and - the simplified model (300, 400) of the synchronous machine only reproduces the vibration damping property of a damper cage of a synchronous machine with a damper cage.
A method for determining a rank indicating the number of layers to be used by a multiple input multiple output, MIMO, transmitter in a network node of a mobile communication network, the method characterized by the steps of: obtaining success measurements indicating whether data frames, comprising user data, have been successfully transmitted between the network node and a mobile communication terminal for each one of a plurality of ranks; determining usage frequencies for each one of the plurality of ranks based on the success measurements for the respective ranks; and determining the rank to be used for transmission between the network node and the mobile communication terminal based on highest usage frequency; and wherein the step of obtaining success measurements comprises obtaining positive and negative acknowledgements of previously sent data frames comprising user data, and the step of determining usage frequencies comprises, for a specific rank, increasing the usage frequency for the specific rank for positive acknowledgement results and decreasing the usage frequency for the specific rank for negative acknowledgement results. obtaining success measurements indicating whether data frames, comprising user data, have been successfully transmitted between the network node and a mobile communication terminal for each one of a plurality of ranks; determining usage frequencies for each one of the plurality of ranks based on the success measurements for the respective ranks; and determining the rank to be used for transmission between the network node and the mobile communication terminal based on highest usage frequency; and wherein the step of obtaining success measurements comprises obtaining positive and negative acknowledgements of previously sent data frames comprising user data, and the step of determining usage frequencies comprises, for a specific rank, increasing the usage frequency for the specific rank for positive acknowledgement results and decreasing the usage frequency for the specific rank for negative acknowledgement results.
Practice cartridge comprising a propellant charge case, which is at least partially filled with a propellant charge powder and contains a propellant charge igniter extending axially into the interior of the propellant charge case, and a fin-stabilized full-calibre practice projectile, fastened to the front of the propellant charge case, wherein the practice projectile comprises a solid head part and a tubular fin body adjoining the head part to the rear, characterized by the features: a) the propellant charge powder is arranged in a container in the form of a bag, which extends in the direction of the longitudinal axis of the practice cartridge and encloses the propellant charge igniter, and b) the container in the form of a bag extends axially from the bottom end region of the propellant charge case into the interior space of the tubular fin body. a) the propellant charge powder is arranged in a container in the form of a bag, which extends in the direction of the longitudinal axis of the practice cartridge and encloses the propellant charge igniter, and b) the container in the form of a bag extends axially from the bottom end region of the propellant charge case into the interior space of the tubular fin body.
A method for managing a plurality of client application instances (220a, 220b) in a network, each client application instance being associated with a user, wherein the client application instances are capable to connect to a service function provided by an IP Multimedia subsystem of the network via at least one WebRTC gateway bridging an IP Multimedia subsystem and an access network, comprising the steps of: - authenticating the user of a first client application instance (220a, 220b) to a web server prior to - registering the user of the first client application instance in the IP Multimedia subsystem by the WebRTC gateway using a user-gateway identifier that uniquely identifies the combination of the user and the WebRTC gateway; and - associating the communication of the first client application instance of said user with the user-gateway identifier in the IP Multimedia subsystem, said communication traversing the WebRTC gateway, and - associating the communication of a second client application instance of said user with the user-gateway identifier in the IP Multimedia subsystem, if said communication of the second client application instance of said user traverses said WebRTC gateway. - authenticating the user of a first client application instance (220a, 220b) to a web server prior to - registering the user of the first client application instance in the IP Multimedia subsystem by the WebRTC gateway using a user-gateway identifier that uniquely identifies the combination of the user and the WebRTC gateway; and - associating the communication of the first client application instance of said user with the user-gateway identifier in the IP Multimedia subsystem, said communication traversing the WebRTC gateway, and - associating the communication of a second client application instance of said user with the user-gateway identifier in the IP Multimedia subsystem, if said communication of the second client application instance of said user traverses said WebRTC gateway.
An air conditioning apparatus comprising an outdoor unit, and an indoor unit (4, 5) having an indoor heat exchanger (42, 52) and an indoor fan (43, 53), an airflow rate setting of the indoor fan being capable of being manually instructed, characterized in that an indoor airflow rate limitation control for forcibly limiting the airflow rate setting of the indoor fan to be nearer to a low airflow rate in accordance with an outside air temperature is carried out with the airflow rate setting of the indoor fan having been manually instructed, an upper limit of the airflow rate of the indoor fan (43, 53) being capable of being modified in accordance with the outside air temperature is provided, and the indoor airflow rate limitation control is carried out by reducing the upper limit of the airflow rate of the indoor fan, wherein the upper limit of the airflow rate of the indoor fan (43, 53) is reduced in accordance with a decrease in the outside air temperature during an air-cooling operation, and/or the upper limit of the airflow rate of the indoor fan is reduced in accordance with an increase in the outside air temperature during an air-warming operation.
A method of laying a subsea pipeline, the method comprising: launching the pipeline from an installation vessel (10, 40), the pipeline having an outer coating, surface treatment or surface finish extending along discrete regions that are mutually spaced along the pipeline for reducing friction in those discrete regions between an outer surface of the pipeline and seabed soil; and imparting curvature to the pipeline along its length during laying to create expansion loops of increased curvature relative to intermediate portions of the pipeline that join those loops, each of those loops being coincident with a respective one of the discrete regions. launching the pipeline from an installation vessel (10, 40), the pipeline having an outer coating, surface treatment or surface finish extending along discrete regions that are mutually spaced along the pipeline for reducing friction in those discrete regions between an outer surface of the pipeline and seabed soil; and imparting curvature to the pipeline along its length during laying to create expansion loops of increased curvature relative to intermediate portions of the pipeline that join those loops, each of those loops being coincident with a respective one of the discrete regions.