mhurhangee/ep-ind-claims huggingface dataset:
An acoustic output device comprising: a first speaker configured to output sound in a first frequency range; a plurality of second speakers configured to output sound in frequency ranges that are different from the first frequency range; a first crossover circuit connected to the first speaker and one of the plurality of second speakers; a second crossover circuit connected to the first speaker and another one of the plurality of second speakers; and a processor configured to control the first crossover circuit to provide acoustic signals of a first channel to the first speaker and the one of the plurality of second speakers and to control the second crossover circuit to provide acoustic signals of a second channel to the first speaker and the other one of the plurality of speakers, wherein a frequency band of an acoustic signal provided to the first speaker connected to the first crossover circuit is at least partially different from a frequency band of an acoustic signal provided to the first speaker connected to the second crossover circuit, and wherein a frequency band of an acoustic signal provided to the one of the plurality of second speakers connected to the first crossover circuit is at least partially different from a frequency band of an acoustic signal provided to the other one of the plurality of second speakers connected to the second of crossover circuit. a first speaker configured to output sound in a first frequency range; a plurality of second speakers configured to output sound in frequency ranges that are different from the first frequency range; a first crossover circuit connected to the first speaker and one of the plurality of second speakers; a second crossover circuit connected to the first speaker and another one of the plurality of second speakers; and a processor configured to control the first crossover circuit to provide acoustic signals of a first channel to the first speaker and the one of the plurality of second speakers and to control the second crossover circuit to provide acoustic signals of a second channel to the first speaker and the other one of the plurality of speakers, wherein a frequency band of an acoustic signal provided to the first speaker connected to the first crossover circuit is at least partially different from a frequency band of an acoustic signal provided to the first speaker connected to the second crossover circuit, and wherein a frequency band of an acoustic signal provided to the one of the plurality of second speakers connected to the first crossover circuit is at least partially different from a frequency band of an acoustic signal provided to the other one of the plurality of second speakers connected to the second of crossover circuit.
A method of operating a first base station in a cellular telecommunications network, the first base station having normal, compensation and energy saving modes of operation and being configured to switch between the normal, compensation and energy saving modes of operation, the method comprising the steps of: the first base station sending a first message to a second base station, the first message including energy saving mode data for the first base station, the energy saving mode data relating to the first base station and including a request that the second base station act in compensation mode for the first base station; the first base station receiving a second message from the second base station, the second message including energy saving mode data for the second base station including a request that the first base station act in compensation mode for the second base station; and the first base station entering compensation mode and compensating for the second base station, characterised in that the second message is responsive to the energy saving mode data for the first base station. the first base station sending a first message to a second base station, the first message including energy saving mode data for the first base station, the energy saving mode data relating to the first base station and including a request that the second base station act in compensation mode for the first base station; the first base station receiving a second message from the second base station, the second message including energy saving mode data for the second base station including a request that the first base station act in compensation mode for the second base station; and the first base station entering compensation mode and compensating for the second base station, characterised in that the second message is responsive to the energy saving mode data for the first base station.
Inhaler for administration of a pulverulent medicament in the form of an inhalable substance, substance formulation or substance mixture from a blister cavity which is to be opened by piercing elements and is mounted in a lower housing part of a housing which is composed of an upper housing part, which is in the form of a mouthpiece and has an inhalation channel, and the lower housing part, which has an air inlet opening, wherein the inhalation channel of the upper housing part has a unit for dispersing the pulverulent medicament, which unit is connected to the piercing elements, the upper housing part being displaceable relative to the lower housing part in order to open the blister cavity wherein the medicament is stored in the blister cavity, viewed in the direction of flow, upstream of the unit for dispersing the pulverulent medicament, such that on inhalation, medicament passes through a central bore of the unit into the inhalation channel of the mouthpiece, the unit having at least two mutually offset tangential inflow openings which communicate with a flow bore that leads into the inhalation channel so that a cyclone-like turbulent flow is produced in the flow bore and wherein the unit is manufactured separately from the inhalation channel of the mouthpiece and then fixedly inserted into it.
A method of controlling a land surface temperature using stratospheric airships (100, A, B, C, D) and a reflector (120, 200) by reflecting sunlight from a reflector (120, 200) that is tetragonally unfolded in the air, characterized in that the reflector (120, 200) has four corners connected to lower ends of support lines coupled to a plurality of airships (100, A, B, C, D) in a vertically downward direction, wherein a reflecting surface of the reflector (120, 200) is inclined and maintained at an angle perpendicular to an incident angle of the sunlight so as to block the sunlight introduced onto a land surface.
A method for transmitting data on a downlink data channel in a wireless communication system, the method comprising: transmitting, to a terminal, configuration information on a rate matching including information on a rate matching resource group which includes one or more rate matching resources, and aggregation information indicating a number of a plurality of slots for a multi-slot scheduling; transmitting, to the terminal, scheduling information including a rate matching indicator indicating whether rate matching for the downlink data channel defined based on the rate matching resource group is performed, wherein the rate matching resource group is indicated by the rate matching indicator; and transmitting, to the terminal, the data on a resource in all of the plurality of slots, wherein the resource corresponds to resources indicated by the scheduling information except for the rate matching resource group associated with the rate matching indicator, and wherein a rate matching resource is configured based on a frequency domain resource, a time domain resource, and a periodicity information, and wherein the rate matching by the rate matching indicator is applied to a set of slots where the one or more rate matching resources exists based on the periodicity information among the plurality of slots. transmitting, to a terminal, configuration information on a rate matching including information on a rate matching resource group which includes one or more rate matching resources, and aggregation information indicating a number of a plurality of slots for a multi-slot scheduling; transmitting, to the terminal, scheduling information including a rate matching indicator indicating whether rate matching for the downlink data channel defined based on the rate matching resource group is performed, wherein the rate matching resource group is indicated by the rate matching indicator; and transmitting, to the terminal, the data on a resource in all of the plurality of slots, wherein the resource corresponds to resources indicated by the scheduling information except for the rate matching resource group associated with the rate matching indicator, and wherein a rate matching resource is configured based on a frequency domain resource, a time domain resource, and a periodicity information, and wherein the rate matching by the rate matching indicator is applied to a set of slots where the one or more rate matching resources exists based on the periodicity information among the plurality of slots.
A self-expandable apparatus for removal of a thrombus in a blood vessel, comprising: a push or guide wire; a mesh structure of interconnected struts, the mesh structure comprising a first plurality of mesh cells, the mesh structure having a proximal end and a distal end wherein said distal end of the mesh structure is configured to engage at least a portion of the thrombus to form a removable, integrated apparatus-thrombus mass; a tapering portion comprising a second plurality of mesh cells, the tapering portion disposed toward the proximal end of the mesh structure; and a connection point, at which the tapering portion converges, located at a proximal end of the tapering portion, the tapering portion permanently attached to the push or guide wire at or adjacent to the connection point; wherein the apparatus is pre-formed to assume a volume-enlarged form and, in the volume-enlarged form, takes the form of a longitudinally open tube tapering toward the connection point. a push or guide wire; a mesh structure of interconnected struts, the mesh structure comprising a first plurality of mesh cells, the mesh structure having a proximal end and a distal end wherein said distal end of the mesh structure is configured to engage at least a portion of the thrombus to form a removable, integrated apparatus-thrombus mass; a tapering portion comprising a second plurality of mesh cells, the tapering portion disposed toward the proximal end of the mesh structure; and a connection point, at which the tapering portion converges, located at a proximal end of the tapering portion, the tapering portion permanently attached to the push or guide wire at or adjacent to the connection point; wherein the apparatus is pre-formed to assume a volume-enlarged form and, in the volume-enlarged form, takes the form of a longitudinally open tube tapering toward the connection point.
Working cylinder with a cylinder casing, in the cylinder interior of which is mounted a driving piston, capable of linear movement under fluidic pressurisation, wherein the cylinder casing is mounted between two cylinder covers (17a, 17b) closing the cylinder interior, wherein the cylinder covers (17a, 17b) each have a central section and an outer frame section, with at least four mounting areas and encompassing the central section, wherein there is formed between the frame section and the central section an annular space, in which are provided reinforcing struts aligned radially and each extending towards an assigned mounting area, characterised in that outer surfaces (27a, 27b) of each reinforcing strut diverge away from the assigned mounting area towards the central section, wherein each of the reinforcing struts has a recess, wherein a frame-like reinforcing structure comprised of two strut legs (29a, 29b) is formed by the recess, and wherein the strut legs (29a, 29b) of each reinforcing strut diverge from the mounting area towards the central section.
A blow molding device for blow molding a preform into a predetermined shape, the preform having been formed into a bottomed cylindrical shape using resin material, the blow molding device comprising: two batch-type molds, each of the molds provided with a plurality of cavities, the two molds being positioned in parallel; a heating furnace configured to heat a plurality of the preforms while the preforms are arranged in series and transferred; a transfer machine configured to alternately transfer the preforms to the cavities of the two molds after the preforms are heated and sent out sequentially from the heating furnace; and a pressurized liquid feeder configured to alternately feed pressurized liquid to each of the preforms in the two molds after the preforms are arranged in all of the cavities and the mold is closed. two batch-type molds, each of the molds provided with a plurality of cavities, the two molds being positioned in parallel; a heating furnace configured to heat a plurality of the preforms while the preforms are arranged in series and transferred; a transfer machine configured to alternately transfer the preforms to the cavities of the two molds after the preforms are heated and sent out sequentially from the heating furnace; and a pressurized liquid feeder configured to alternately feed pressurized liquid to each of the preforms in the two molds after the preforms are arranged in all of the cavities and the mold is closed.
A countertop home appliance and coffee roaster comprising; a roasting chamber adapted to receive a bean container; a bean container for holding coffee beans and adapted to fit within said roasting chamber; at least one heating element (30, 32, 34) positioned within said roasting chamber proximate to said bean container; and at least one exhaust duct connected to said roasting chamber and venting said roasting chamber characterized in that secondary heating elements are positioned in the exhaust duct.
An additive manufacturing process for the manufacture of an object in an additive manufacturing apparatus, wherein the object is formed by one or several individual solid filamentous units, said additive manufacturing process comprising the steps of, - discharging a polymer composition in a molten state from a nozzle of a print head, thereby imparting an orienting flow on said polymer composition in a molten state being discharged from said nozzle of the print head and depositing the discharged polymer composition in a molten state along at least one predefined, preferably horizontal, path and allowing the thus formed one or several filamentous units to solidify such as to form one or several solid filamentous units of the object to be manufactured; - optionally repeating the previous step until the object is formed; wherein said polymer composition consists of a thermotropic liquid crystal polymer as the polymer component of the polymer composition or consists of a thermotropic liquid crystal polymer as the polymer component of the polymer composition and additives or reinforcing fibres dispersed in the polymer composition, characterized in that the smallest thickness of the one or several filamentous units is less than 0.2 mm, preferably equal or less 0.15 mm and more preferably equal or less 0.10 mm and most preferably is between 0.1 and 0.01 mm. - discharging a polymer composition in a molten state from a nozzle of a print head, thereby imparting an orienting flow on said polymer composition in a molten state being discharged from said nozzle of the print head and depositing the discharged polymer composition in a molten state along at least one predefined, preferably horizontal, path and allowing the thus formed one or several filamentous units to solidify such as to form one or several solid filamentous units of the object to be manufactured; - optionally repeating the previous step until the object is formed;
A method for wireless communication at a user equipment UE, comprising: receiving (1405, 1505, 1605) a configuration for a repetition window (305, 335) comprising a set of transmission time intervals TTIs, the repetition window configured for sending a plurality of instances of an autonomous uplink transmission using the set of TTIs; identifying (1410, 1510, 1610), from the set of TTIs, a first subset of TTIs that is unavailable for sending the plurality of instances of the autonomous uplink transmission; determining (1415, 1515, 1615) a second subset of TTIs from the set of TTIs that is available for sending the plurality of instances of the autonomous uplink transmission; determining a power value based at least in part on a number of TTIs in the first subset of TTIs that is unavailable, and transmitting (1420, 1425, 1525, 1625), based at least in part on identifying the first subset of TTIs that is unavailable, instances of the autonomous uplink transmission using the second subset of TTIs with an increased transmit power, or a scheduling request SR, or a combination thereof, wherein the transmit power is increased by the determined power value receiving (1405, 1505, 1605) a configuration for a repetition window (305, 335) comprising a set of transmission time intervals TTIs, the repetition window configured for sending a plurality of instances of an autonomous uplink transmission using the set of TTIs; identifying (1410, 1510, 1610), from the set of TTIs, a first subset of TTIs that is unavailable for sending the plurality of instances of the autonomous uplink transmission; determining (1415, 1515, 1615) a second subset of TTIs from the set of TTIs that is available for sending the plurality of instances of the autonomous uplink transmission; determining a power value based at least in part on a number of TTIs in the first subset of TTIs that is unavailable, and transmitting (1420, 1425, 1525, 1625), based at least in part on identifying the first subset of TTIs that is unavailable, instances of the autonomous uplink transmission using the second subset of TTIs with an increased transmit power, or a scheduling request SR, or a combination thereof, wherein the transmit power is increased by the determined power value
Roll for a machine for producing and/or processing a fibrous web, in particular a paper, board or tissue web, comprising a circularly cylindrical main roll body, bearing journals arranged in the region of the two axial ends of the main body for rotatably supporting the roll about the longitudinal axis thereof on a frame of the machine, and a roll cover which covers the circumferential surface of the main roll body, at least in some segments, and in which there is embedded at least one pressure- and/or temperature-sensitive sensor, which can be connected to a signal excitation and/or signal processing unit (11, 12) by means of at least one electrical and/or optical signal line for the exchange of signals, characterized in that the signal line comprises at least one first line segment extending substantially in the interior of the roll, which is connected to the at least one sensor at one end, furthermore at least one second line segment extending substantially outside the roll and connectable to the signal excitation and/or signal processing unit (11, 12) at one end, and an electrical and/or optical rotational connection, by means of which the first and second line segment are or can be connected to each other at the other ends thereof in such a way that said line segments can be rotated in relation to each other and in such a way that, when the roll is rotated about the longitudinal axis thereof, the first line segment rotates together with the main roll body, whereas the second line segment does not have to follow this rotational movement.
Method for controlling a boot lid or hatch of a vehicle, comprising the following steps: - identifying a user present in the vicinity of the lid; - capturing at least one image of the user by means of a camera; - evaluating the captured image to determine whether it is necessary to open the lid, and - optionally opening the lid, the evaluation of the captured image comprising determining whether the user is carrying luggage and/or a shopping trolley, characterised in that, after identification, the user performs a movement of consent or refusal which is detected by image capture, and in that the boot lid is opened in the event of a movement of consent and not opened in the event of a movement of refusal. - identifying a user present in the vicinity of the lid; - capturing at least one image of the user by means of a camera; - evaluating the captured image to determine whether it is necessary to open the lid, and - optionally opening the lid,
A patch antenna element (40; 50; 60; 70; 90) comprising: a substrate (12; 20); a patch (14; 26) disposed on the substrate; a ground plane disposed on the substrate below the patch, the ground plane horizontally extending beyond the patch; and a conductive planar arrangement (24; 36; 36') at least partially laterally surrounding the patch; wherein edges of the patch (14; 26) and the conductive planar arrangement (24; 36; 36') facing each other are separated by a gap; characterized in that a horizontal extension ( d, d') of the gap is less then λ/10, wherein λ denotes a wavelength of a radio frequency signal to be transmitted or received via the patch antenna element. a substrate (12; 20); a patch (14; 26) disposed on the substrate; a ground plane disposed on the substrate below the patch, the ground plane horizontally extending beyond the patch; and a conductive planar arrangement (24; 36; 36') at least partially laterally surrounding the patch; wherein edges of the patch (14; 26) and the conductive planar arrangement (24; 36; 36') facing each other are separated by a gap; characterized in that a horizontal extension ( d, d') of the gap is less then λ/10, wherein λ denotes a wavelength of a radio frequency signal to be transmitted or received via the patch antenna element.
Device for inserting coins for a gaming machine comprising: a coin insertion block which is fixed to an outer panel of the gaming machine and comprises a first slit through which a user can insert a coin in a first inserting direction; a coin receiving block provided with a coin receiving opening which is inside the gaming machine and is arranged for receiving the coin inserted from the first slit through the coin receiving opening; said coin insertion block comprising a second slit through which the user can insert a coin in a second inserting direction, wherein the coin receiving block is arranged for receiving through the coin receiving opening also the coin inserted from the second slit so as to make a combined coin insertion that is able to receive coins both in the first inserting direction and in the second inserting direction, the coin receiving block further comprising a distributing opening arranged for emitting coins inserted from the first slit in the first inserting direction or coins inserted from the second slit in the second inserting direction and supplying the coins to internal mechanisms of the gaming machine, said coin insertion device being characterised in that the coin receiving block further comprises a first conduit, for guiding a coin that comes from the first slit in the first inserting direction, which extends from the receiving opening to the distributing opening and is shaped, in particular curved, for guiding the coin at the distributing opening in a first distributing direction that is optionally different from the first inserting direction, and the coin receiving block further comprises a second conduit, for guiding a coin coming from the second slit in the second inserting direction, which extends from the receiving opening to the distributing opening and is shaped, in particular curved, for guiding the coin at the distributing opening in a second distributing direction that is optionally different from the second inserting direction.