mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication of a first cell (810b-1;910b-1), comprising: communicating with a second cell (810a;910a) in relation to a coordinated multipoint, CoMP, transmission of control information by the second cell (810a;910a) and data by the first cell (810b-1;910b-1) to a user equipment, UE, (820;920) in a range expanded cellular region (804-1;904-1) of the first cell (810b-1;910b-1) that is expanded from a respective cellular region through enhanced inter-cell interference co-ordination between the second cell (810a;910a) and the first cell (810b-1;910b-1) and through interference cancellation performed by the UE (820;920); determining a desired transmission power level for an uplink transmission to the first cell (810b-1;910b-1) by the UE (820;920); providing the desired transmission power level for the uplink transmission to the second cell (810a;910a); communicating timing advance information to the second cell (810a;910a) based on a received uplink transmission from the UE (820;920), the timing advance information being for the UE (820;920) for adjusting an uplink timing of the uplink transmission; receiving a second uplink transmission from a second UE (820;920); and adjusting a system time relative to a system time of the second cell (810a;910a) in order to improve an alignment between the uplink transmission from the UE (820;920) and the second uplink transmission from the second UE (820;920). communicating with a second cell (810a;910a) in relation to a coordinated multipoint, CoMP, transmission of control information by the second cell (810a;910a) and data by the first cell (810b-1;910b-1) to a user equipment, UE, (820;920) in a range expanded cellular region (804-1;904-1) of the first cell (810b-1;910b-1) that is expanded from a respective cellular region through enhanced inter-cell interference co-ordination between the second cell (810a;910a) and the first cell (810b-1;910b-1) and through interference cancellation performed by the UE (820;920); determining a desired transmission power level for an uplink transmission to the first cell (810b-1;910b-1) by the UE (820;920); providing the desired transmission power level for the uplink transmission to the second cell (810a;910a); communicating timing advance information to the second cell (810a;910a) based on a received uplink transmission from the UE (820;920), the timing advance information being for the UE (820;920) for adjusting an uplink timing of the uplink transmission; receiving a second uplink transmission from a second UE (820;920); and adjusting a system time relative to a system time of the second cell (810a;910a) in order to improve an alignment between the uplink transmission from the UE (820;920) and the second uplink transmission from the second UE (820;920).
A spreader (200, 500) for an agricultural vehicle, comprising: a floor panel (204, 504) having a distal end (204B, 504B); a pair of side deflectors (206, 506) pivotally connected to the floor panel (204, 504); and characterized by: a table (208, 508) slideably connected to the floor panel (204, 504) and slideable between a retracted position and an extended position in which at least a portion of the table (208, 508) is extended passed the distal end (204B, 504B) of the floor panel (204, 504). a floor panel (204, 504) having a distal end (204B, 504B); a pair of side deflectors (206, 506) pivotally connected to the floor panel (204, 504); and characterized by: a table (208, 508) slideably connected to the floor panel (204, 504) and slideable between a retracted position and an extended position in which at least a portion of the table (208, 508) is extended passed the distal end (204B, 504B) of the floor panel (204, 504).
A support parietal prosthesis, in particular for pelvic prolapses, having a sheet body, defined by a mesh and comprising a central portion and at least a wing extending from the central portion substantially along an axis and provided with a pocket which, in an insertion operating position of the prosthesis, houses an operative stretch of the wing, accordion-folded in a retracted configuration and extractable from the pocket to assume, in a use operating position of the prosthesis, an extended configuration longitudinally elongated along the axis, wherein the pocket is a tubular pocket closed around the axis and open along the axis, and the wing is provided with a grip portion positioned at a free end of the wing a; the prosthesis being characterised in that the pocket has open opposite axial ends, and in that the grip portion of the wing is protruding from the pocket.
A communication terminal configuring a wireless communication system that is adapted to establish a digital link on a wireless channel and that is adapted to perform communication by a sound packet which includes a sound signal encoded by adaptive differential pulse code modulation and an error detection code, the communication terminal comprising: an ADPCM encoding unit that is adapted to divide a sampled sound signal into a high frequency signal and a low frequency signal and to individually encode the high frequency signal and the low frequency signal by means of adaptive differential pulse code modulation to thereby convert the high frequency signal into high frequency ADPCM data having a first number of bits, and convert the low frequency signal into low frequency ADPCM data having a second number of bits; an error detection code generation unit that is adapted to generate an error detection code pertinent to the high frequency ADPCM data having the first number of bits and the low frequency ADPCM data having the second number of bits; a transmission data conversion unit that is adapted to replace data pertinent to some of a plurality of bits which configure the low frequency ADPCM data with the error detection code generated by the error detection code generation unit; and a data transmission unit that is configured to transmit the high frequency ADPCM data and the low frequency ADPCM data which is partially replaced by the data conversion unit to a communication opponent. an ADPCM encoding unit that is adapted to divide a sampled sound signal into a high frequency signal and a low frequency signal and to individually encode the high frequency signal and the low frequency signal by means of adaptive differential pulse code modulation to thereby convert the high frequency signal into high frequency ADPCM data having a first number of bits, and convert the low frequency signal into low frequency ADPCM data having a second number of bits; an error detection code generation unit that is adapted to generate an error detection code pertinent to the high frequency ADPCM data having the first number of bits and the low frequency ADPCM data having the second number of bits; a transmission data conversion unit that is adapted to replace data pertinent to some of a plurality of bits which configure the low frequency ADPCM data with the error detection code generated by the error detection code generation unit; and a data transmission unit that is configured to transmit the high frequency ADPCM data and the low frequency ADPCM data which is partially replaced by the data conversion unit to a communication opponent.
A display device (1, 101, 201) comprising: a display unit having a display cell; and a light-transmissive front panel located on a front side of the display unit, a support member is provided alongside of the display unit, and the support member is formed with a support piece (22, 32) which is elastically deformable in a direction intersecting a surface of the front panel, and the front panel is bonded to both the display unit and the support piece (22, 32), characterized in that an opening (21, 31) is formed between the support piece (22, 32) and the support member in a way that the support piece (22, 32) is elastically deformable. a display unit having a display cell; and a light-transmissive front panel located on a front side of the display unit, a support member is provided alongside of the display unit, and the support member is formed with a support piece (22, 32) which is elastically deformable in a direction intersecting a surface of the front panel, and the front panel is bonded to both the display unit and the support piece (22, 32), characterized in that an opening (21, 31) is formed between the support piece (22, 32) and the support member in a way that the support piece (22, 32) is elastically deformable.
Method for static and/or dynamic optimization of the service coverage of a plurality of radio cells of a mobile telecommunication network, wherein the mobile telecommunication network includes a core network of the mobile telecommunication network and an access network of the mobile telecommunication network, wherein the core network comprises a central subscriber database, wherein during the setting up of a telecommunication contact in the form of a telecommunication connection or of a telecommunication session between the mobile telecommunication network and a telecommunication transmission terminal of a client of the mobile telecommunication network, at least one subscriber information element stored in the subscriber database is provided by the core network to the access network, wherein the subscriber information element relates to the client of the mobile telecommunication network and includes at least one information item concerning the client segment, wherein, as a function of the subscriber information elements originating from a plurality of telecommunication terminals in one of the radio cells or in a plurality of the radio cells, a counter information is stored in the access network of the mobile telecommunication network, and wherein the static and/or dynamic optimization of the service coverage of the plurality of radio cells occurs as a function of the counter information, wherein a configuration of the radio parameters of the plurality of radio cells is adapted to an instantaneous load situation.
A loudspeaker system, comprising - at least one loudspeaker unit, - at least one mounting device, wherein the at least one loudspeaker unit can be connected to the at least one mounting device, wherein the at least one mounting device is designed in the form of a collar that has at least two sunken grooves toward the inside, and wherein said sunken grooves correspond to projections on the outside of the at least one loudspeaker unit when the collar receives the at least one loudspeaker unit, characterized in that the at least two sunken grooves respectively have a tangential offset about centrally, wherein a locking projection is arranged in the path of the tangential offset and provides a clamping seat for the projections on the outside of the at least one loudspeaker unit, wherein at least one receptacle socket is provided on the at least one loudspeaker unit, within which receptacle socket at least one stud bolt in the form of a wire pin is provided as an electrical contact, and wherein the at least one receptacle socket corresponds to a socket insert of the loudspeaker system having an opening in the region of the stud bolt. - at least one loudspeaker unit, - at least one mounting device, wherein the at least one loudspeaker unit can be connected to the at least one mounting device, wherein the at least one mounting device is designed in the form of a collar that has at least two sunken grooves toward the inside, and wherein said sunken grooves correspond to projections on the outside of the at least one loudspeaker unit when the collar receives the at least one loudspeaker unit, characterized in that the at least two sunken grooves respectively have a tangential offset about centrally, wherein a locking projection is arranged in the path of the tangential offset and provides a clamping seat for the projections on the outside of the at least one loudspeaker unit, wherein at least one receptacle socket is provided on the at least one loudspeaker unit, within which receptacle socket at least one stud bolt in the form of a wire pin is provided as an electrical contact, and wherein the at least one receptacle socket corresponds to a socket insert of the loudspeaker system having an opening in the region of the stud bolt.
A fixation device, comprising: an inner core extending along a longitudinal axis from a distal tip to a proximal end; and a sleeve surrounding the core along a portion of a length thereof and comprising a thermoplastic polymer formed of a material which softens and expands into surrounding bone tissue when activated by an energy source characterised in that the inner core is biodegradable, wherein the biodegradable inner core is a biodegradable metallic inner core and comprises one of: magnesium; a magnesium alloy; and an iron alloy. an inner core extending along a longitudinal axis from a distal tip to a proximal end; and a sleeve surrounding the core along a portion of a length thereof and comprising a thermoplastic polymer formed of a material which softens and expands into surrounding bone tissue when activated by an energy source
A host machine comprising a wide band dual-frequency antenna comprising an inner radiator in helical structure, wherein the inner radiator is electrically connected to the host machine through a feed point of the host machine and is directly connected to the feed point; and an outer radiator in helical structure, wherein the outer radiator is electrically connected to the host machine through the feed point, encloses the inner radiator and is directly connected to the feed point of the host machine, and wherein the inner radiator comprises a first radiating portion located at a lower portion of the inner radiator and connected to the host machine through the feed point to generate resonance, and a second radiating portion located at a upper portion of the inner radiator, the resonant frequency of the second radiating portion is higher than the resonant frequency of the first radiating portion, and the height of the helical structure of the outer radiator is smaller than the total height of the inner radiator, wherein the pitch of the helical structure of the second radiating portion is larger than the pitch of the helical structure of the first radiating portion.
A method of processing an audio signal, the method comprising: receiving an audio signal as an input; and processing the input audio signal to provide an audio signal to be output to a loudspeaker, in which the processing of the input audio signal reduces the power of the input audio signal at a resonant audio frequency and increases the power of the input audio signal at audio frequencies other than the resonant audio frequency, wherein the audio frequencies other than the resonant audio frequency and for which the power of the input audio signal is increased are only frequencies that are within 10% of the resonant frequency and wherein the power of the input audio signal is not increased at other frequencies; wherein the resonant frequency is a resonant frequency of a cabinet in which the loudspeaker is mounted, the resonant frequency being identified using a vibration sensor which is attached to the cabinet in which the loudspeaker is mounted. receiving an audio signal as an input; and processing the input audio signal to provide an audio signal to be output to a loudspeaker, in which the processing of the input audio signal reduces the power of the input audio signal at a resonant audio frequency and increases the power of the input audio signal at audio frequencies other than the resonant audio frequency, wherein the audio frequencies other than the resonant audio frequency and for which the power of the input audio signal is increased are only frequencies that are within 10% of the resonant frequency and wherein the power of the input audio signal is not increased at other frequencies; wherein the resonant frequency is a resonant frequency of a cabinet in which the loudspeaker is mounted, the resonant frequency being identified using a vibration sensor which is attached to the cabinet in which the loudspeaker is mounted.
A pharmaceutical composition comprising (i) an O-nitro compound or a pharmaceutically acceptable salt, hydrate, or solvate thereof and (ii) a pharmaceutically acceptable vehicle, wherein the O-nitro compound is for use in treating or preventing cancer, inflammation, autoimmune disease, or cardiovascular disease.
An apparatus provided in a master policy controller or gateway policy controller, comprising means configured to receive a request for policy control for a data session on a data carrier, the request being received from an application function and/or application server (50, 52, 54), means configured to select at least one of a plurality of policy controllers, and means configured to forward the received request to the selected at least one of the plurality of policy controllers based on a user equipment identity.
A system for manufacturing a garment with reflective material deposits, the system comprising: an input device configured to receive a data file comprising a representation of areas of sun exposure on a three-dimensional (3-D) model of a human body; at least one computing device configured to receive the data file from the input device and convert the data file into reflective material deposition instructions; and a spraying device communicatively coupled with the at least one computing device and configured to receive the reflective material deposition instructions from the computing device and apply the reflective material to the garment; wherein the at least one computing device is further configured to: model sun exposure on the 3-D model, determine, based on the mapped 3-D model of the human body, a maximal or average sun exposure for one or more areas of the 3-D model of the human body; map the maximal or average sun exposure for the one or more areas of the 3-D model of the human body onto the garment; identify, based on the mapping, at least a first zone on the garment for application of continuous reflective material; and identify, based on the mapping, at least a second zone on the garment for application of a gradient of the reflective material. model sun exposure on the 3-D model, determine, based on the mapped 3-D model of the human body, a maximal or average sun exposure for one or more areas of the 3-D model of the human body; map the maximal or average sun exposure for the one or more areas of the 3-D model of the human body onto the garment; identify, based on the mapping, at least a first zone on the garment for application of continuous reflective material; and identify, based on the mapping, at least a second zone on the garment for application of a gradient of the reflective material.
A bracelet watch, including a case; a movement (8, 9, 10) housed in said case; a glass above the case; a fluid pump driven by said movement in order to pump a fluid; at least one channel, arranged such that the fluid set in motion by said pump reaches said channel, so as to fill said channel in order to display time indications, said fluid including two immiscible components, characterized in that the watch includes a flexible membrane arranged to be set in motion by said fluid, and arranged to vibrate or pulse in order to beat the seconds.
A device for storing, baking and discharging bakery goods, comprising: - a plurality of stations (1, 2, 3, 4) each having at least one housing (1a, 2a, 3a, 4a), including at least one storage station (1, 3) for receiving carriers equipped with bakery goods, at least one baking station for baking the bakery goods located on the carriers and at least one discharging station at which bakery goods can be presented and removed, as well as - at least one robot which transports the said carriers between said stations (1, 2, 3, 4), wherein a carrying device for hanging attachment of the robot is provided, characterized in that the carrying device is arranged being supported by opposite stations (1, 3) of said stations (1, 2, 3, 4). - a plurality of stations (1, 2, 3, 4) each having at least one housing (1a, 2a, 3a, 4a), including at least one storage station (1, 3) for receiving carriers equipped with bakery goods, at least one baking station for baking the bakery goods located on the carriers and at least one discharging station at which bakery goods can be presented and removed, as well as - at least one robot which transports the said carriers between said stations (1, 2, 3, 4),
Boiler for a solid fuel, for example pellets, comprising a firing unit with a tilting grate which can be tilted between a firing position and a cleaning position, several cleaning elements, and a motor, which tilting grate comprises a grate area and primary air openings, wherein the cleaning elements are movably mounted on the tilting grate and are guided through the primary air openings when the tilting grate is tilted into the cleaning position, wherein a rotary shaft is provided as the tilting axis of the tilting grate, which is connected to the motor, characterised in that the cleaning elements are arranged to follow a tilting movement of the tilting grate. comprising a firing unit with a tilting grate which can be tilted between a firing position and a cleaning position, several cleaning elements, and a motor, which tilting grate comprises a grate area and primary air openings, wherein the cleaning elements are movably mounted on the tilting grate and are guided through the primary air openings when the tilting grate is tilted into the cleaning position, wherein a rotary shaft is provided as the tilting axis of the tilting grate, which is connected to the motor, characterised in that the cleaning elements are arranged to follow a tilting movement of the tilting grate.
A watch type terminal comprising: a display unit; a camera positioned on the display unit and connected to the display unit; a main body to which the display unit is attachable; a sensing unit configured to sense whether or not the display unit is detached from the main body; and a controller configured to: activate the camera when the display unit is detached from the main body; and output an image received from the camera on the display unit; characterized in that the watch type terminal further comprises: a first communication unit connected to the display unit; and a second communication unit connected to the main body and configured to perform communication with the first communication unit, wherein the controller is further configured to transmit a capturing command to the camera through the first and second communication units when the display unit is detached from the main body. a display unit; a camera positioned on the display unit and connected to the display unit; a main body to which the display unit is attachable; a sensing unit configured to sense whether or not the display unit is detached from the main body; and a controller configured to: activate the camera when the display unit is detached from the main body; and output an image received from the camera on the display unit; activate the camera when the display unit is detached from the main body; and output an image received from the camera on the display unit; characterized in that the watch type terminal further comprises: a first communication unit connected to the display unit; and a second communication unit connected to the main body and configured to perform communication with the first communication unit, wherein the controller is further configured to transmit a capturing command to the camera through the first and second communication units when the display unit is detached from the main body. a first communication unit connected to the display unit; and a second communication unit connected to the main body and configured to perform communication with the first communication unit, wherein the controller is further configured to transmit a capturing command to the camera through the first and second communication units when the display unit is detached from the main body.