mhurhangee/ep-ind-claims huggingface dataset:
A base station for a mobile communication system employing orthogonal frequency division multiplexing, OFDM, for downlink and using subframes each including multiple OFDM symbols, the base station comprising: a mapping unit configured to map a control channel to a predetermined number of OFDM symbols from a beginning of each subframe and to map a data channel to OFDM symbols that follow the OFDM symbols to which the control channel is mapped; a transmitting unit configured to transmit the control channel and the data channel mapped by the mapping unit, and wherein the control channel includes paging indicator identification information (PI-ID) that is distinguishing an information unit containing a paging indicator from other information units containing control information for user devices and that is different from user device identification information (UE-ID, GROUP-ID), wherein the control channel includes multiple information units and wherein the presence of the paging indicator identification information (PI-ID) indicates that an information unit containing the paging indicator identification information (PI-ID) is used as a paging indicator. a mapping unit configured to map a control channel to a predetermined number of OFDM symbols from a beginning of each subframe and to map a data channel to OFDM symbols that follow the OFDM symbols to which the control channel is mapped; a transmitting unit configured to transmit the control channel and the data channel mapped by the mapping unit, and wherein the control channel includes paging indicator identification information (PI-ID) that is distinguishing an information unit containing a paging indicator from other information units containing control information for user devices and that is different from user device identification information (UE-ID, GROUP-ID), wherein the control channel includes multiple information units and wherein the presence of the paging indicator identification information (PI-ID) indicates that an information unit containing the paging indicator identification information (PI-ID) is used as a paging indicator.
A blood treatment apparatus, comprising: a blood treatment unit, at least one fluid pump (12c, 14, 15) configured to pass a blood treatment fluid through the blood treatment unit, and at least one blood pump (1 a, 1 b) configured to extract untreated blood from a blood source (P, S), pass extracted blood through the blood treatment unit and deliver treated blood to a target vessel (P, T), each of the at least one blood pump (1 a, 1 b) comprising a pumping chamber and a flexible member (9a, 9a') separating the pumping chamber into a first accumulation container (9b, 9b') and a second accumulation container (9c, 9c'), the flexible member (9a, 9a') being movable within the pumping chamber so as to vary a volume relationship between the first and second accumulation containers (9b, 9b'; 9c, 9c'), the second accumulation container (9c, 9c') being configured to receive an amount of working fluid to act on the flexible member (9a, 9a') and thus pump blood from the first accumulation container (9b, 9b'), characterized in that the second accumulation container (9c, 9c') of the at least one blood pump (1 a, 1 b) is configured to receive an amount of the blood treatment fluid, the blood treatment fluid thus constituting the working fluid for the at least one blood pump (1a, 1b). a blood treatment unit, at least one fluid pump (12c, 14, 15) configured to pass a blood treatment fluid through the blood treatment unit, and at least one blood pump (1 a, 1 b) configured to extract untreated blood from a blood source (P, S), pass extracted blood through the blood treatment unit and deliver treated blood to a target vessel (P, T), each of the at least one blood pump (1 a, 1 b) comprising a pumping chamber and a flexible member (9a, 9a') separating the pumping chamber into a first accumulation container (9b, 9b') and a second accumulation container (9c, 9c'), the flexible member (9a, 9a') being movable within the pumping chamber so as to vary a volume relationship between the first and second accumulation containers (9b, 9b'; 9c, 9c'), the second accumulation container (9c, 9c') being configured to receive an amount of working fluid to act on the flexible member (9a, 9a') and thus pump blood from the first accumulation container (9b, 9b'), characterized in that the second accumulation container (9c, 9c') of the at least one blood pump (1 a, 1 b) is configured to receive an amount of the blood treatment fluid, the blood treatment fluid thus constituting the working fluid for the at least one blood pump (1a, 1b).
Apparatus, comprising: a stator defining a stator bore, the stator comprising a stator yoke having a stator yoke thickness (T SY), and stator teeth, the teeth having a common stator tooth width (W ST), the ratio of stator yoke thickness (T SY) to stator tooth width (W ST) being at least 5:1; and a rotor mounted in the bore to rotate, the rotor comprising a rotor yoke having a rotor yoke thickness (T RY), and rotor teeth, the rotor teeth each having a rotor tooth width (W RT). a stator defining a stator bore, the stator comprising a stator yoke having a stator yoke thickness (T SY), and stator teeth, the teeth having a common stator tooth width (W ST), the ratio of stator yoke thickness (T SY) to stator tooth width (W ST) being at least 5:1; and a rotor mounted in the bore to rotate, the rotor comprising a rotor yoke having a rotor yoke thickness (T RY), and rotor teeth, the rotor teeth each having a rotor tooth width (W RT). a stator yoke having a stator yoke thickness (T SY), and stator teeth, the teeth having a common stator tooth width (W ST), the ratio of stator yoke thickness (T SY) to stator tooth width (W ST) being at least 5:1; and a rotor mounted in the bore to rotate, the rotor comprising a rotor yoke having a rotor yoke thickness (T RY), and rotor teeth, the rotor teeth each having a rotor tooth width (W RT).
A method of controlling a wind turbine comprising: obtaining weather data indicative of one or more weather conditions at the wind turbine; estimating wake profiles based on the obtained weather data; estimating sound propagation in a direction of an acoustic receptor based on the estimated wake profiles; identifying a turning point in the estimated sound propagation, wherein the turning point is a distance in the direction of the acoustic receptor at which a noise level becomes lower when the wake profiles are aligned with the sound propagation than when the wake profiles are misaligned with the sound propagation; optimizing the operation of the wind turbine comprising: adjusting a yaw signal if the acoustic receptor is before the turning point, wherein the yaw signal controls the yaw of a nacelle relative to a tower; and increasing a noise reduced operation mode if the acoustic receptor is after the turning point; estimating the noise level at the acoustic receptor; and re-optimizing the operation of the wind turbine if the estimated noise level at the acoustic receptor exceeds a threshold noise level. obtaining weather data indicative of one or more weather conditions at the wind turbine; estimating wake profiles based on the obtained weather data; estimating sound propagation in a direction of an acoustic receptor based on the estimated wake profiles; identifying a turning point in the estimated sound propagation, wherein the turning point is a distance in the direction of the acoustic receptor at which a noise level becomes lower when the wake profiles are aligned with the sound propagation than when the wake profiles are misaligned with the sound propagation; optimizing the operation of the wind turbine comprising: adjusting a yaw signal if the acoustic receptor is before the turning point, wherein the yaw signal controls the yaw of a nacelle relative to a tower; and increasing a noise reduced operation mode if the acoustic receptor is after the turning point; adjusting a yaw signal if the acoustic receptor is before the turning point, wherein the yaw signal controls the yaw of a nacelle relative to a tower; and increasing a noise reduced operation mode if the acoustic receptor is after the turning point; estimating the noise level at the acoustic receptor; and re-optimizing the operation of the wind turbine if the estimated noise level at the acoustic receptor exceeds a threshold noise level.
A program that causes a computer to execute a procedure comprising: retrieving data from a storage unit which indicates processing periods of processes executed by a target apparatus during a plurality of time windows constituting an analysis period; calculating, based on the retrieved data, a total processing time for each time window by adding up processing times spent for execution of the processes in said each time window; characterized by: calculating, based on the retrieved data, a total progress quantity for each time window by adding up progress quantities of the processes executed in said each time window; determining, based on the total processing time and total progress quantity of each time window, a threshold of the total processing times at which a ratio of an increase of the total progress quantity to an increase of the total processing time is equal to or smaller than a predetermined value; and detecting time windows whose total processing times are equal to or longer than the threshold. retrieving data from a storage unit which indicates processing periods of processes executed by a target apparatus during a plurality of time windows constituting an analysis period; calculating, based on the retrieved data, a total processing time for each time window by adding up processing times spent for execution of the processes in said each time window; calculating, based on the retrieved data, a total progress quantity for each time window by adding up progress quantities of the processes executed in said each time window; determining, based on the total processing time and total progress quantity of each time window, a threshold of the total processing times at which a ratio of an increase of the total progress quantity to an increase of the total processing time is equal to or smaller than a predetermined value; and detecting time windows whose total processing times are equal to or longer than the threshold.
A ligament construct for fixation within a bone tunnel, comprising: a first button having a first configuration; a second button having a second configuration different from the first configuration, wherein the second button includes laterally arranged end slots; a continuous loop of flexible material attached to the first button and attachable to the second button and that includes an adjustable length and at least two discrete splices (40, 45) that allow adjustment of the ligament construct in one direction while locking the ligament construct in the opposite direction; wherein the laterally arranged end slots are adapted for attaching and detaching the second button from the continuous loop, a PCL graft secured to the first button; and a suture that secures the PCL graft to the first button. a first button having a first configuration; a second button having a second configuration different from the first configuration, wherein the second button includes laterally arranged end slots; a continuous loop of flexible material attached to the first button and attachable to the second button and that includes an adjustable length and at least two discrete splices (40, 45) that allow adjustment of the ligament construct in one direction while locking the ligament construct in the opposite direction; wherein the laterally arranged end slots are adapted for attaching and detaching the second button from the continuous loop, a PCL graft secured to the first button; and a suture that secures the PCL graft to the first button.
Illuminated façade arrangement, comprising two insulating glazings (I, I') connected via fastening units to a façade mount and a cover fastened between the insulating glazings (I, I') on the side of the insulating glazings (I, I') turned away from the façade side, wherein a supplying of power to the LED housing takes place via a cable to a power feed in the main cable inside the cover, wherein the insulating glazings (I, I') respectively comprise: - a composite glass pane, wherein the composite glass pane comprises a first pane, an adhesive layer and a second pane, - at least one circumferential connection element between the composite glass pane and an outer pane, and - an LED housing fastened to the side edge of the outer pane comprising at least an LED, an LED printed circuit board fastened to the LED, an electrical connector fastened to the LED printed circuit board, a sheathing of the LED, LED printed circuit board, and the electrical connector, wherein - the LED housing is connected to the side edge of the outer pane via an optically transparent adhesive and/or adhesive tape. - a composite glass pane, wherein the composite glass pane comprises a first pane, an adhesive layer and a second pane, - at least one circumferential connection element between the composite glass pane and an outer pane, and - an LED housing fastened to the side edge of the outer pane comprising at least an LED, an LED printed circuit board fastened to the LED, an electrical connector fastened to the LED printed circuit board, a sheathing of the LED, LED printed circuit board, and the electrical connector, wherein - the LED housing is connected to the side edge of the outer pane via an optically transparent adhesive and/or adhesive tape.
A switch, comprising: a communication port for receiving a packet including an edge VLAN tag; a virtual network module adapted to include a global virtual local area network, VLAN, tag in the packet, wherein the global VLAN tag is mapped to the edge VLAN tag in the packet and is associated with a datacenter domain, which indicates a set of ports associated with a datacenter; and a forwarding module adapted to identify an egress edge port for the packet based on the global VLAN tag. a communication port for receiving a packet including an edge VLAN tag; a virtual network module adapted to include a global virtual local area network, VLAN, tag in the packet, wherein the global VLAN tag is mapped to the edge VLAN tag in the packet and is associated with a datacenter domain, which indicates a set of ports associated with a datacenter; and a forwarding module adapted to identify an egress edge port for the packet based on the global VLAN tag.
A locking arrangement for securing electric module cards between two side walls of a housing, the locking arrangement comprising: - two side members for fixed arrangement with the respective side walls; - an opening for accommodating electric contacts of the electric module cards defined between the side members; - a first and a second transverse member configured to form a frame with the side members in order to lock the electric module cards within the housing; and - at least one locking mechanism configured to detachably connect at least one of the transverse members to at least one of the side members by means of a snap-fit. - two side members for fixed arrangement with the respective side walls; - an opening for accommodating electric contacts of the electric module cards defined between the side members; - a first and a second transverse member configured to form a frame with the side members in order to lock the electric module cards within the housing; and - at least one locking mechanism configured to detachably connect at least one of the transverse members to at least one of the side members by means of a snap-fit.
Hydraulic steering control device for supplying at least one hydraulic actuator of a steering means, comprising the following: a first controllable means for feeding pressurised hydraulic fluid to the at least one hydraulic actuator; and a second controllable means for discharging hydraulic fluid out of the at least one hydraulic actuator, the first controllable means comprising two 2/2-way seat valves (110-A, 110-B, 210-A, 210-B) which are connected such that they can supply a first and second flow path (A, B) to the at least one hydraulic actuator for a first and second steering direction in response to steering signals, and an outflow path being provided, by the second controllable means, in a return line bypassing the two 2/2-way seat valves (110-A, 110-B, 210-A, 210-B) for discharging hydraulic fluid from the at least one hydraulic actuator, characterised in that the first controllable means and the second controllable means are hydraulically interconnected such that the outflow path is provided in response to pressure signals which are conveyed over hydraulic control lines (111, 112, 211, 212) from the first and second flow path (A, B) to the second controllable means (120A, 120B, 220A, 220B). a first controllable means for feeding pressurised hydraulic fluid to the at least one hydraulic actuator; and a second controllable means for discharging hydraulic fluid out of the at least one hydraulic actuator, the first controllable means comprising two 2/2-way seat valves (110-A, 110-B, 210-A, 210-B) which are connected such that they can supply a first and second flow path (A, B) to the at least one hydraulic actuator for a first and second steering direction in response to steering signals, and an outflow path being provided, by the second controllable means, in a return line bypassing the two 2/2-way seat valves (110-A, 110-B, 210-A, 210-B) for discharging hydraulic fluid from the at least one hydraulic actuator, characterised in that the first controllable means and the second controllable means are hydraulically interconnected such that the outflow path is provided in response to pressure signals which are conveyed over hydraulic control lines (111, 112, 211, 212) from the first and second flow path (A, B) to the second controllable means (120A, 120B, 220A, 220B).
An acoustic filter comprising; - a stack of materials suitable for an acoustic filter, the stack comprising at least one piezoelectric layer, - at least two resonators having a width and a gap between them and comprising electrodes (44, 41, 42) on different sides of the piezoelectric layer, where the electrodes (41, 42) on at least one side of the piezoelectric layer are separated to form at least two resonator regions, wherein the structure of the stack of materials, width and gap between the separated electrodes (41, 42) is adapted so that at least two distinct acoustic plate wave modes are trapped in said structure, one of said at least two distinct acoustic plate wave modes being trapped contributing at least one lateral standing wave resonance, the other of said at least two distinct acoustic plate wave modes being trapped contributing at least two lateral standing wave resonance, so that said at least two distinct acoustic plate wave modes provide a total of at least three lateral standing wave resonances in the acoustic filter, said at least two distinct acoustic plate wave modes thereby forming the passband response of the acoustic filter. - a stack of materials suitable for an acoustic filter, the stack comprising at least one piezoelectric layer, - at least two resonators having a width and a gap between them and comprising electrodes (44, 41, 42) on different sides of the piezoelectric layer, where the electrodes (41, 42) on at least one side of the piezoelectric layer are separated to form at least two resonator regions,
A neutralizing anti-NR10/IL-31RA antibody that recognizes the region of amino acids between positions 21 and 120 in the amino acid sequence of human NR10/IL-31RA of SEQ ID NO: 76, wherein the antibody comprises the heavy chain variable region of SEQ ID NO: 12 and the light chain variable region of SEQ ID NO: 16.
An organic electroluminescence display device, comprising: a thin film transistor and wirings disposed on a substrate having an emitting region and non-emitting region; a first insulating layer disposed on the emitting region and the non-emitting region of the substrate and formed of an organic insulating material; a pixel electrode disposed on the first insulating layer; a second insulating layer disposed in the non-emitting region and in the emitting region with an opening to partially expose the pixel electrode while covering an edge of the pixel electrode and formed of an inorganic insulating material; a light-emitting layer disposed on the pixel electrode; and an encapsulation member disposed on the second insulating layer in the non-emitting region; wherein in the non-emitting region, the second insulating layer is formed between the first insulating layer and the encapsulation member, wherein the wirings are under the first insulating layer, and an inorganic passivation layer is interposed between the first insulating layer and the wirings, characterized in that the first insulating layer in the non-emitting region has at least one groove formed therein to expose the inorganic passivation layer, and wherein the exposed inorganic passivation layer is in contact with the second insulating layer. a thin film transistor and wirings disposed on a substrate having an emitting region and non-emitting region; a first insulating layer disposed on the emitting region and the non-emitting region of the substrate and formed of an organic insulating material; a pixel electrode disposed on the first insulating layer; a second insulating layer disposed in the non-emitting region and in the emitting region with an opening to partially expose the pixel electrode while covering an edge of the pixel electrode and formed of an inorganic insulating material; a light-emitting layer disposed on the pixel electrode; and an encapsulation member disposed on the second insulating layer in the non-emitting region; wherein in the non-emitting region, the second insulating layer is formed between the first insulating layer and the encapsulation member, wherein the wirings are under the first insulating layer, and an inorganic passivation layer is interposed between the first insulating layer and the wirings, characterized in that the first insulating layer in the non-emitting region has at least one groove formed therein to expose the inorganic passivation layer, and wherein the exposed inorganic passivation layer is in contact with the second insulating layer.
Electronic weighing machine with an integrated computer, which comprises: - indicating means for presentation of information to a user, - an input unit for the input of selection data by a user, - a memory for storage of a plurality of activatable profiles as sets of parameter values for allocation to corresponding sets of parameters, - a data processing unit for activation of the indicating means, the input unit and the memory as well as for detection and processing, in dependence on the currently activated profile, of measurement values generated by the user during execution of a weighing task, wherein for execution of the weighing task the performance by the user in a plurality of successive steps of a handling action presented by the indicating means is required on each occasion and a requirement according to its kind depends on the currently activated profile and takes place only when the handling action required in the preceding step is confirmed as performed, characterised in that for detection of a profile the user is required each time in a plurality of successive steps to select one of a plurality of options presented by the indicating means, wherein the composition of the options presented in a step depends on the selection made in the preceding step. - indicating means for presentation of information to a user, - an input unit for the input of selection data by a user, - a memory for storage of a plurality of activatable profiles as sets of parameter values for allocation to corresponding sets of parameters, - a data processing unit for activation of the indicating means, the input unit and the memory as well as for detection and processing, in dependence on the currently activated profile, of measurement values generated by the user during execution of a weighing task,