mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless communication node , comprising: broadcasting at least one message indicating first and second formats, wherein the first format is used by a plurality of wireless communication devices to send respective first random access preambles and the second format is used by the plurality of wireless communication devices to send respective second random access preambles, wherein the first and second formats respectively correspond to first and second cell coverage ranges of the wireless communication node , the second cell coverage range being greater than the first cell coverage range, wherein the first format is allocated with a first set of resources and wherein the second format is allocated with a second set of resources from which to select based on an enhanced coverage level of a respective wireless communication device of the plurality of wireless communication devices , and wherein the first format is supported by the plurality of wireless communication devices and the second format is supported by a subset of the plurality of wireless communication devices . broadcasting at least one message indicating first and second formats, wherein the first format is used by a plurality of wireless communication devices to send respective first random access preambles and the second format is used by the plurality of wireless communication devices to send respective second random access preambles, wherein the first and second formats respectively correspond to first and second cell coverage ranges of the wireless communication node , the second cell coverage range being greater than the first cell coverage range, wherein the first format is allocated with a first set of resources and wherein the second format is allocated with a second set of resources from which to select based on an enhanced coverage level of a respective wireless communication device of the plurality of wireless communication devices , and
Emulsion for parenteral administration comprising 1000 to 65000, preferably 1500 to 60000, more preferably 20000 to 60000, most preferably 25000 to 55000 IU vitamin A per ml, being free of polysorbates and polyoxyethylen/polyoxypropylene block copolymers, wherein vitamin A is the sole vitamin comprised as an active ingredient, wherein the emulsion comprises at least one pharmaceutically acceptable emulsifier, and wherein this at least one pharmaceutically acceptable emulsifier is lecithin or krill oil.
Metal-based shelf configured to equip a device for presenting items of merchandise, for example particularly a gondola, comprising an upper panel extending substantially longitudinally and forming an outside surface for exposing items of merchandise as well as an inside surface which is an opposite surface to the outside surface, a front face and a back face which is an opposite face to the front face each extending transversely from the upper panel and within the length of the shelf , a first side and a second side which is an opposite side to the first side, each extending transversely from the upper panel and within the depth of the shelf, and at least one reinforcing part (35 ; 135 ; 235 ; 335 ; 435) extending substantially longitudinally and comprising a bottom wall (47 ; 147 ; 247 ; 347 ; 447), two legs (48 ; 148 ; 248 ; 348 ; 448) extending vertically from opposite ends of the bottom wall, and two bearing lugs (49; 149; 249; 349 ; 449) extending respectively from the two legs, remote from the bottom wall, the two bearing lugs being mechanically connected to the upper panel by its inside surface; characterized in that the bottom wall comprises at least three portions (80, 81, 82, 83, 84 ; 180, 181, 182, 183, 184 ; 280, 281, 282, 283, 284 ; 380, 381, 382; 480, 481, 482, 483, 484) each extending at least partly between the legs and being folded onto themselves so as to form at least three superposed plies between the legs.
A lubrication arrangement configured to be used with a final drive (10-19) being connected to an AWD coupling and having a bevel gear unit, in the driveline of a vehicle, said lubrication arrangement comprising an oil reservoir being external to the AWD coupling and to areas of the bevel gear unit to be lubricated, from which first and second oil channels in a housing of the bevel gear unit lead to areas in the bevel gear unit in special need of oil supply, and by a return channel in the housing of the bevel gear unit for returning oil thrown out by a crown wheel of the bevel gear unit against an inside of the housing to the reservoir , characterized by a third oil channel , connected to the first and second oil channels and leading to a disc package of the AWD coupling, as well as a return channel to the common external oil reservoir .
A nozzle for compressed air, comprising: a body comprising a plurality of air channels of the body ; a fixed nozzle which is immovably connected to the body and which comprises a plurality of air channels of the fixed nozzle ; characterized in that the compressed-air nozzle comprises: a turbine part which is adapted to rotate in relation to the body , and a rotating nozzle which is immovably coupled to the turbine part and which comprises a plurality of grooves , wherein at a first phase the air stream is adapted to run along the plurality of air channels of the body to the turbine part , and at a second phase, along the plurality of the air channels of the fixed nozzle out of the turbine part , and after the air channels of the fixed nozzle out of the compressed-air nozzle through the grooves of the rotating nozzle , whereby the air stream is more turbulent than prior to the first phase, wherein the turbine part is located at a first end of the rotating nozzle, and wherein the plurality of grooves is located at a second end of the rotating nozzle. a body comprising a plurality of air channels of the body ; a fixed nozzle which is immovably connected to the body and which comprises a plurality of air channels of the fixed nozzle ; characterized in that the compressed-air nozzle comprises: a turbine part which is adapted to rotate in relation to the body , and a rotating nozzle which is immovably coupled to the turbine part and which comprises a plurality of grooves , wherein at a first phase the air stream is adapted to run along the plurality of air channels of the body to the turbine part , and at a second phase, along the plurality of the air channels of the fixed nozzle out of the turbine part , and after the air channels of the fixed nozzle out of the compressed-air nozzle through the grooves of the rotating nozzle , whereby the air stream is more turbulent than prior to the first phase, wherein the turbine part is located at a first end of the rotating nozzle, and wherein the plurality of grooves is located at a second end of the rotating nozzle. a turbine part which is adapted to rotate in relation to the body , and a rotating nozzle which is immovably coupled to the turbine part and which comprises a plurality of grooves , wherein at a first phase the air stream is adapted to run along the plurality of air channels of the body to the turbine part , and at a second phase, along the plurality of the air channels of the fixed nozzle out of the turbine part , and after the air channels of the fixed nozzle out of the compressed-air nozzle through the grooves of the rotating nozzle , whereby the air stream is more turbulent than prior to the first phase, wherein the turbine part is located at a first end of the rotating nozzle, and wherein the plurality of grooves is located at a second end of the rotating nozzle.
An aircraft passenger seat device comprising an aircraft seat row , comprising a mounting unit , at least three neighboring seat areas , wherein in the two outer seat areas an aircraft seat with a seat bottom and a backrest is mounted to the mounting unit , and wherein in the middle seat area a backrest base body is mounted to the mounting unit , wherein in at least one operating state a detachable center console is detachably mounted to the mounting unit in the middle seat area forming a separation between the two outer seats and wherein the backrest base body has at least one functional element on its rear side provided for the use by a passenger sitting behind, wherein the detachable center console comprises a connecting unit by which the detachable center console is connected directly to supporting tubes of the mounting unit ant the connection unit comprises an impact safety device , which is provided to decouple the detachable center console in an event of a crash, so the detachable center console can move forward by a distance X of at least 25,4 mm (1 inch).
An apparatus comprising: a sensing arrangement configured to sense a variation in capacitance arising from a proximity of a user interface device at or over a sensing area of a touch surface, said sensing arrangement comprising: a first array (4 1 ) of capacitive sensor electrodes comprising a first plurality of distinct capacitive sensor electrodes distributed in a first layer (16 1 ) over a first sensing area (8 1 ); first conductive traces (10 1 ) operatively connected to the first plurality of distinct capacitive sensor electrodes ; a second array (4 2 ) of capacitive sensor electrodes comprising a second plurality of distinct capacitive sensor electrodes distributed in a second layer (16 2 ) over a second sensing area (8 2 ), wherein the first layer (16 1 ) and the second layer (16 2 ) are different layers, and wherein the first sensing area and the second sensing area do not overlap; second conductive traces (10 2 ) operatively connected to the second plurality of distinct capacitive sensor electrodes , wherein the second conductive traces (10 2 ) are routed underneath the first array (4 1 ) of capacitive sensor electrodes , and wherein the second conductive traces (10 2 ) where they are routed underneath the first array (4 1 ) of capacitive sensor electrodes are wider than the first conductive traces (10 1 ). a first array (4 1 ) of capacitive sensor electrodes comprising a first plurality of distinct capacitive sensor electrodes distributed in a first layer (16 1 ) over a first sensing area (8 1 ); first conductive traces (10 1 ) operatively connected to the first plurality of distinct capacitive sensor electrodes ; a second array (4 2 ) of capacitive sensor electrodes comprising a second plurality of distinct capacitive sensor electrodes distributed in a second layer (16 2 ) over a second sensing area (8 2 ), wherein the first layer (16 1 ) and the second layer (16 2 ) are different layers, and wherein the first sensing area and the second sensing area do not overlap; second conductive traces (10 2 ) operatively connected to the second plurality of distinct capacitive sensor electrodes , wherein the second conductive traces (10 2 ) are routed underneath the first array (4 1 ) of capacitive sensor electrodes , and wherein the second conductive traces (10 2 ) where they are routed underneath the first array (4 1 ) of capacitive sensor electrodes are wider than the first conductive traces (10 1 ).
A first digital subscriber line device to mitigate crosstalk noise on a signal to be transmitted over a transmission line of a network, the device comprising: a transceiver configured to transmit reference virtual noise signal that is an estimation of noise on the transmission line to a second digital subscriber line device connected to the transmission line, wherein the transceiver is part of a Central Office Equipment device, wherein the transceiver is configured to receive a bit loading value of the signal that mitigates the crosstalk noise based on the reference virtual noise signal, wherein the transceiver is configured to transmit an update of the reference virtual noise signal at showtime, the transceiver is configured to receive a measure of noise of the transmission line of the network from the second device, the transceiver is configured to receive the bit loading value based on the reference virtual noise signal for a plurality of modes of communication, and the transceiver is configured to switch between the modes of communication, wherein at least one of the modes of communication is a power saving mode. a transceiver configured to transmit reference virtual noise signal that is an estimation of noise on the transmission line to a second digital subscriber line device connected to the transmission line, wherein the transceiver is part of a Central Office Equipment device, wherein the transceiver is configured to receive a bit loading value of the signal that mitigates the crosstalk noise based on the reference virtual noise signal, wherein the transceiver is configured to transmit an update of the reference virtual noise signal at showtime, the transceiver is configured to receive a measure of noise of the transmission line of the network from the second device, the transceiver is configured to receive the bit loading value based on the reference virtual noise signal for a plurality of modes of communication, and the transceiver is configured to switch between the modes of communication, wherein at least one of the modes of communication is a power saving mode. the transceiver is configured to receive the bit loading value based on the reference virtual noise signal for a plurality of modes of communication, and the transceiver is configured to switch between the modes of communication, wherein at least one of the modes of communication is a power saving mode.
Method for representing a vehicle environment of a vehicle , comprising: - capturing the vehicle environment in camera images by means of a plurality of cameras , - projecting the camera images onto a geometric projection surface in a virtual space, - creating a depth map for a field of view of a virtual camera, which describes a distance of a plurality of points of the geometric projection surface from the virtual camera in the virtual space, - calculating an image of the virtual camera which images the geometric projection surface in the virtual space, - ascertaining a specific region of the image of the virtual camera based on the depth map in which the geometric projection surface is located in a specific distance region relative to the virtual camera, wherein the specified distance region is a region extending outside a minimum distance relative to the virtual camera, and - blurring the image of the virtual camera in the region in which the specific region is imaged. - capturing the vehicle environment in camera images by means of a plurality of cameras , - projecting the camera images onto a geometric projection surface in a virtual space, - creating a depth map for a field of view of a virtual camera, which describes a distance of a plurality of points of the geometric projection surface from the virtual camera in the virtual space, - calculating an image of the virtual camera which images the geometric projection surface in the virtual space, - ascertaining a specific region of the image of the virtual camera based on the depth map in which the geometric projection surface is located in a specific distance region relative to the virtual camera, wherein the specified distance region is a region extending outside a minimum distance relative to the virtual camera, and - blurring the image of the virtual camera in the region in which the specific region is imaged.
Door handle comprising a handle element with a first longitudinal axis and a fastening element with a second longitudinal axis , the first longitudinal axis and the second longitudinal axis running at an angle (α) unequal to 0° to one another, the handle element comprising a base body which is impermeable to UV light and which comprises a wall with at least one opening which, in a state of the door handle mounted on a door, points in the direction of the door, a UV light source being arranged in the base body , and an envelope made of material which is permeable to UV light being arranged on the outside of the base body , the envelope being arranged such that it can be rotated about the first longitudinal axis with respect to the base body by means of a drive unit .
A transformer, comprising: a first winding, the first winding comprises at least one metal plate ; and a second winding, the second winding comprises at least two winding turns of a wire , the wire traversing the metal plate , the winding turns are arranged on opposite sides of the metal plate , wherein the metal plate is shaped as a ring segment having a first terminal and a second terminal at opposite ends of the ring segment , wherein a slit is formed between the opposite ends of the ring segment and a cutout forms a part of the slit and is passed through by the wire , characterized in that the cutout is designed as a proximal partial broadening of the slit . a first winding, the first winding comprises at least one metal plate ; and a second winding, the second winding comprises at least two winding turns of a wire , the wire traversing the metal plate , the winding turns are arranged on opposite sides of the metal plate , wherein the metal plate is shaped as a ring segment having a first terminal and a second terminal at opposite ends of the ring segment , wherein a slit is formed between the opposite ends of the ring segment and a cutout forms a part of the slit and is passed through by the wire , characterized in that the cutout is designed as a proximal partial broadening of the slit .
- Electronic device (DISP) for reading at least six acquisition channels, the device comprising: - for each acquisition channel, a charge preamplifier (AMPi), installed at the input of the acquisition channel and comprising a first gain stage consisting of an inverter (INVi) and a memory condenser (Ci), the preamplifier (AMPi) comprising an input configured to receive a signal from a sensor (CAP) ; the device (DISP) being characterised by : - a biasing device (REG, INV_REF), said biasing device being common to at least six charge preamplifiers (AMPi) and being configured to deliver a regulated supply voltage on a supply terminal of each of the at least six charge preamplifiers (AMPi), said biasing device comprising: - a voltage regulator (REG), said voltage regulator (REG) comprising an amplifier stage; - a reference inverter (INV_REF), identical to the inverters (INV) of said at least six charge preamplifiers (AMPi) ; and - a current source (Ipol) ; the amplifier stage of the voltage regulator (REG) being connected to the reference inverter, the reference inverter being traversed by a current imposed by the current source, said current being configured to apply a reference voltage (Vref) to a reference input of the voltage regulator (REG), the voltage regulator (REG) being connected in series with a set comprising said at least six charge preamplifiers (AMPi), the voltage regulator (REG) being supplied between a first voltage (Vdd) and the regulated supply voltage (VddINV), said regulated supply voltage (VddINV) being equal to the reference voltage (Vref). - for each acquisition channel, a charge preamplifier (AMPi), installed at the input of the acquisition channel and comprising a first gain stage consisting of an inverter (INVi) and a memory condenser (Ci), the preamplifier (AMPi) comprising an input configured to receive a signal from a sensor (CAP) ; - a biasing device (REG, INV_REF), said biasing device being common to at least six charge preamplifiers (AMPi) and being configured to deliver a regulated supply voltage on a supply terminal of each of the at least six charge preamplifiers (AMPi), said biasing device comprising: - a voltage regulator (REG), said voltage regulator (REG) comprising an amplifier stage; - a reference inverter (INV_REF), identical to the inverters (INV) of said at least six charge preamplifiers (AMPi) ; and - a current source (Ipol) ; - a voltage regulator (REG), said voltage regulator (REG) comprising an amplifier stage; - a reference inverter (INV_REF), identical to the inverters (INV) of said at least six charge preamplifiers (AMPi) ; and - a current source (Ipol) ;
A sterilizable container for accommodating at least one of at least one biologically active fluid and at least one preparatory fluid, comprising: - an area within the container configured to accommodate at least one sterilizable three-dimensional printer assembly ; and - a sterilizable three-dimensional printer assembly including: - at least one printing platform ; - at least one printer head for dispensing structural material onto the at least one printing platform in order to form thereon a three-dimensional structure ; and - a moving mechanism for providing a relative displacement between the at least one printer head and the at least one printing platform , wherein the area is configured such that the fluid can reach the printer assembly ; and characterized in that the moving mechanism comprises at least one curved arm , which is supported by a supporting surface arranged adjacent to the at least one printing platform , wherein at least one printer head is attached to the curved arm , and wherein the curved arm is movable between a retracted position and an extended position with respect to the supporting surface ; and in that the curved arm extends through a through hole in the supporting surface . - an area within the container configured to accommodate at least one sterilizable three-dimensional printer assembly ; and - a sterilizable three-dimensional printer assembly including: - at least one printing platform ; - at least one printer head for dispensing structural material onto the at least one printing platform in order to form thereon a three-dimensional structure ; and - a moving mechanism for providing a relative displacement between the at least one printer head and the at least one printing platform , wherein the area is configured such that the fluid can reach the printer assembly ; and characterized in that the moving mechanism comprises at least one curved arm , which is supported by a supporting surface arranged adjacent to the at least one printing platform , wherein at least one printer head is attached to the curved arm , and wherein the curved arm is movable between a retracted position and an extended position with respect to the supporting surface ; and in that the curved arm extends through a through hole in the supporting surface . - at least one printing platform ; - at least one printer head for dispensing structural material onto the at least one printing platform in order to form thereon a three-dimensional structure ; and - a moving mechanism for providing a relative displacement between the at least one printer head and the at least one printing platform ,
A reference signal transmission method, comprising: receiving, by a first user equipment , a request sent by a second user equipment , wherein the request carries a first identifier related to the first user equipment ; determining , by the first user equipment , the first identifier related to the first user equipment according to the first identifier carried in the received request; determining , by the first user equipment , a first cyclic shift indication from to-be-selected cyclic shift indications according to the first identifier; determining , by the first user equipment , a first reference signal according to the first cyclic shift indication and a preset base sequence; and sending , by the first user equipment , the first reference signal to the second user equipment . receiving, by a first user equipment , a request sent by a second user equipment , wherein the request carries a first identifier related to the first user equipment ; determining , by the first user equipment , the first identifier related to the first user equipment according to the first identifier carried in the received request; determining , by the first user equipment , a first cyclic shift indication from to-be-selected cyclic shift indications according to the first identifier; determining , by the first user equipment , a first reference signal according to the first cyclic shift indication and a preset base sequence; and sending , by the first user equipment , the first reference signal to the second user equipment .