mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a wireless device, one or more radio resource control, RRC, messages comprising parameters of multicast and broadcast services, MBS, on a cell comprising a first bandwidth part, BWP, and a second BWP, wherein the parameters indicate: a first starting resource block, RB, of first RBs, within the first BWP, that are first common frequency resources for the MBS; a second starting RB of second RBs, within the second BWP, that are second common frequency resources for the MBS; and a radio network temporary identifier, RNTI, for the MBS; and receiving, while the first BWP is active on the cell, via the first RBs and based on the RNTI: a group common downlink control information, DCI, scheduling a transport block of the MBS; and the transport block. receiving, by a wireless device, one or more radio resource control, RRC, messages comprising parameters of multicast and broadcast services, MBS, on a cell comprising a first bandwidth part, BWP, and a second BWP, wherein the parameters indicate: a first starting resource block, RB, of first RBs, within the first BWP, that are first common frequency resources for the MBS; a second starting RB of second RBs, within the second BWP, that are second common frequency resources for the MBS; and a radio network temporary identifier, RNTI, for the MBS; and a first starting resource block, RB, of first RBs, within the first BWP, that are first common frequency resources for the MBS; a second starting RB of second RBs, within the second BWP, that are second common frequency resources for the MBS; and a radio network temporary identifier, RNTI, for the MBS; and receiving, while the first BWP is active on the cell, via the first RBs and based on the RNTI: a group common downlink control information, DCI, scheduling a transport block of the MBS; and the transport block. a group common downlink control information, DCI, scheduling a transport block of the MBS; and the transport block.
An apparatus comprising: a heater configured to apply targeted heat to a web of print media before the web travels through a continuous-forms printer; a sensor configured to measure a level of tension in at least one region of the web; and a controller configured to direct the heater to apply a level of heat to the at least one region based on the level of tension, characterized in that the level of heat applied to the at least one region is inversely proportional to the level of tension in the at least one region. a heater configured to apply targeted heat to a web of print media before the web travels through a continuous-forms printer; a sensor configured to measure a level of tension in at least one region of the web; and a controller configured to direct the heater to apply a level of heat to the at least one region based on the level of tension, characterized in that the level of heat applied to the at least one region is inversely proportional to the level of tension in the at least one region.
Method for preparing organic carbonates (R 1 O 2)CO by the catalysed reaction of suitable alcohols R 1 OH with carbon dioxide, characterised in that the starting products for the reaction, in addition to ROH and carbon dioxide, also include the end product (R 1 O 2)CO, where R 1 is a straight-chain or branched-chain alkyl functional group having from 1 to 4 carbon atoms, and compounds of the formula alkali 2 CO 3 are used as catalysts, alkali being an element selected from the group lithium, sodium, potassium, rubidium, caesium, preferably K 2 CO 3 and Cs 2 CO 3 and mixtures of the two, particularly preferably K 2 CO 3.
An alternating-current, AC - direct current, DC power supply device for converting normal power input through a hot wire, a neutral wire, and a ground wire to supply AC power between the hot wire and the neutral wire and between the hot wire and the ground wire and to supply DC power between a conversion neutral wire (L2-1) and the ground wire, the device comprising: a capacitor including a first terminal that is connected to the neutral wire and a second terminal that is connected to the conversion neutral wire (L2-1); a first switch that is connected to the capacitor in parallel, a second switch including a first terminal connected to the conversion neutral wire (L2-1); a rechargeable battery including a positive terminal connected to a second terminal of the second switch and a negative terminal connected to the ground wire; and a switching mode power supply (SMPS) device converting power applied to the hot wire to a DC voltage having a predetermined voltage level, and supplying the DC voltage to a common terminal of the second switch and the rechargeable battery, a battery negative terminal of DC power applied to the neutral wire, and the ground wire. a capacitor including a first terminal that is connected to the neutral wire and a second terminal that is connected to the conversion neutral wire (L2-1); a first switch that is connected to the capacitor in parallel, a second switch including a first terminal connected to the conversion neutral wire (L2-1); a rechargeable battery including a positive terminal connected to a second terminal of the second switch and a negative terminal connected to the ground wire; and a switching mode power supply (SMPS) device converting power applied to the hot wire to a DC voltage having a predetermined voltage level, and supplying the DC voltage to a common terminal of the second switch and the rechargeable battery, a battery negative terminal of DC power applied to the neutral wire, and the ground wire.
An orthogonal frequency division multiplexing OFDM receiving apparatus, the receiving apparatus comprising: a storage storing position information of reserved tones into which a Peak Reduction Kernel signal for reducing a Peak to Average Power ratio PAPR is inserted, the position information of the reserved tones being varied according to a type of data symbol; and a processor configured to: receive a transmission signal, retrieve, from the storage, position information matching a type of data symbol of the transmission signal from among the stored position information, and recover the data symbol from the transmission signal based on the retrieved position information, wherein the reserved tones comprise a tone excluding a tone which carries normal data and a tone which carries additional data. a storage storing position information of reserved tones into which a Peak Reduction Kernel signal for reducing a Peak to Average Power ratio PAPR is inserted, the position information of the reserved tones being varied according to a type of data symbol; and a processor configured to: receive a transmission signal, retrieve, from the storage, position information matching a type of data symbol of the transmission signal from among the stored position information, and recover the data symbol from the transmission signal based on the retrieved position information, wherein the reserved tones comprise a tone excluding a tone which carries normal data and a tone which carries additional data. receive a transmission signal, retrieve, from the storage, position information matching a type of data symbol of the transmission signal from among the stored position information, and recover the data symbol from the transmission signal based on the retrieved position information, wherein the reserved tones comprise a tone excluding a tone which carries normal data and a tone which carries additional data.
A method for obtaining a compound having the structure of Formula I the method comprising: a) combining in a reaction mixture an organic solvent, an organic base compound having a nitrogen heteroatom, a compound having the structure of Formula II and a compound having the structure of Formula III b) maintaining the reaction mixture at a temperature of from 25 °C to 55 °C; and c) separating from the reaction mixture a compound having the structure of Formula I; wherein R 1 is (CH 2) e -O-(CH 2) f -H, wherein e is an integer selected from 1-5, and f is an integer selected from 1-5; and; R 2 is hydrogen; thereby obtaining a compound having the structure of Formula I. a) combining in a reaction mixture an organic solvent, an organic base compound having a nitrogen heteroatom, a compound having the structure of Formula II and a compound having the structure of Formula III b) maintaining the reaction mixture at a temperature of from 25 °C to 55 °C; and c) separating from the reaction mixture a compound having the structure of Formula I; R 1 is (CH 2) e -O-(CH 2) f -H, wherein e is an integer selected from 1-5, and f is an integer selected from 1-5; and; R 2 is hydrogen;
Method for venting a centrifugal pump, in particular in the water circuit of a heating system or a boiler producing hot water, the pump preferably being arranged directly in or at the inlet or outlet of a heating element, characterized in that, for evacuating air from the impeller and/or the space surrounding the impeller, the rotational speed of the pump is reduced, in particular in a short time, from the normal rotational speed to such a low rotational speed that the air is separated from the impeller and leaves the impeller space, and in that the rotational speed of the pump is reduced from the normal rotational speed to a low rotational speed a number of times in succession.
A limit switch comprising: a turning lever configured to turn by receiving an external force; a displacement member comprising a cam and a cam receiver, the cam being provided in a turning shaft of the turning lever to be turned in response to turning of the turning shaft that is in contact with the cam, the cam receiver being in contact with the cam and being pressed by the turning cam to linearly displace a position of the displacement member; a switch module configured to perform on and off operations by the linear displacement of the displacement member; and a biasing member (14, 25) configured to bias the displacement member and the turning lever so as to return the displacement member and the turning lever to original positions when the external force is released, characterised in that, in a section perpendicular to the turning shaft, the cam is formed such that the whole contact surface of the cam with the cam receiver is located on a cam receiver side with respect to the shaft center (31 b) of the turning shaft when the external force does not act on the turning lever. a turning lever configured to turn by receiving an external force; a displacement member comprising a cam and a cam receiver, the cam being provided in a turning shaft of the turning lever to be turned in response to turning of the turning shaft that is in contact with the cam, the cam receiver being in contact with the cam and being pressed by the turning cam to linearly displace a position of the displacement member; a switch module configured to perform on and off operations by the linear displacement of the displacement member; and a biasing member (14, 25) configured to bias the displacement member and the turning lever so as to return the displacement member and the turning lever to original positions when the external force is released, characterised in that, in a section perpendicular to the turning shaft, the cam is formed such that the whole contact surface of the cam with the cam receiver is located on a cam receiver side with respect to the shaft center (31 b) of the turning shaft when the external force does not act on the turning lever.
A plate (10, 11; 88, 90, 91, 93; 100, 104; 111, 113; 121; 130,131) having a measuring surface against which a liquid can act and a plurality of pressure sensors to measure pressure exerted against the measuring surface at locations of the pressure sensors, characterized in that the plate is provided with the plurality of pressure sensors (16, 17; 95, 96; 102, 103; 112, 114, 115; 125; 135) at spaced locations therein; the measuring surface has a smooth measuring surface of the plate at the locations of the pressure sensors; a plurality of cavities (13; 92; 101; 110; 126; 136) is formed in the plate under the measuring surface so that a respective portion of deformable portions of the measuring surface of the plate extending over a respective cavity of the plurality of cavities forms a respective end of the respective cavity; the deformable portions of the measuring surface of the plate extend over each of the plurality of cavities and are resiliently deformable into the plurality of cavities in response to pressure applied to the deformable portions of the measuring surface; and a single sensor (16, 17; 95, 96; 102, 103; 112, 114, 115; 125; 135) is provided in each of the plurality of cavities (13; 92; 101; 110; 126; 136), each sensor provided to sense a deformation of a deformable portion of the measuring surface extending over that cavity and provide a single signal indicative of the deformation sensed, the deformation of the deformable portion being indicative of a pressure applied to such deformable portion.
A ceramic precursor comprising: 35-70 wt % refractory aluminosilicate; 10-30 wt % colloidal silica; 0-2 wt % bentonite; 0-35 wt % fumed silica; 1-10 wt % pore formers; and liquid. 35-70 wt % refractory aluminosilicate; 10-30 wt % colloidal silica; 0-2 wt % bentonite; 0-35 wt % fumed silica; 1-10 wt % pore formers; and liquid.
A flywheel assembly for storing and releasing energy comprising: a hollow substantially cylindrical rotor assembly comprising a rotor having an inner and outer surface and said rotor comprising a material having a tensile strength of from about 2 GPa to about 20 GPa, said rotor material capable of expanding outward radially upon circumferential velocities of from about 300 m/s to about 3000 m/s; a stator assembly in close proximity with the rotor assembly; at least one flexible rotor magnet (34, 36, 38) affixed to the inner surface of the rotor; at least one stator magnet affixed to the stator, said stator magnets having an attractive force value at rest and dimensioned to a predetermined width to substantially maintain the attractive force value with the rotor when the rotor is operating at circumferential velocities of from about 300 m/s to about 3000 m/s; and a high temperature superconducting bearing; wherein the rotor magnet (34, 36, 38) and stator magnet are positioned relative to one another to facilitate levitation of the rotor during operation; and wherein the assembly comprises an open-core hubless flywheel architecture. a hollow substantially cylindrical rotor assembly comprising a rotor having an inner and outer surface and said rotor comprising a material having a tensile strength of from about 2 GPa to about 20 GPa, said rotor material capable of expanding outward radially upon circumferential velocities of from about 300 m/s to about 3000 m/s; a stator assembly in close proximity with the rotor assembly; at least one flexible rotor magnet (34, 36, 38) affixed to the inner surface of the rotor; at least one stator magnet affixed to the stator, said stator magnets having an attractive force value at rest and dimensioned to a predetermined width to substantially maintain the attractive force value with the rotor when the rotor is operating at circumferential velocities of from about 300 m/s to about 3000 m/s; and a high temperature superconducting bearing;
A system for generating and accessing database partitions, comprising: one or more hardware processors configured to execute instructions from a non-transitory memory to cause the system to perform operations comprising: providing an interface to a single table database that is partitioned into a plurality of partition tables by distributing its columns to allocated partitions based on indexes, wherein the partition tables are partitioned based on a fixed threshold of a maximum quantity of the indexes that can be present in a table, such that each partition table contains a number of indexes less than or equal to the fixed threshold, the maximum quantity of the indexes being imposed by a database program; receiving client code, wherein the client code refers to the single table database and relates to an operation to be performed on the single table database and wherein the partition tables are not referenced by the client code; determining one or more partition tables associated with the operation; and performing the operation using the one or more partition tables, wherein an operation that causes the fixed threshold to be exceeded in a respective partition table results in a new partition table being created by repeating the partitioning process on said respective partition table. providing an interface to a single table database that is partitioned into a plurality of partition tables by distributing its columns to allocated partitions based on indexes, wherein the partition tables are partitioned based on a fixed threshold of a maximum quantity of the indexes that can be present in a table, such that each partition table contains a number of indexes less than or equal to the fixed threshold, the maximum quantity of the indexes being imposed by a database program; receiving client code, wherein the client code refers to the single table database and relates to an operation to be performed on the single table database and wherein the partition tables are not referenced by the client code; determining one or more partition tables associated with the operation; and performing the operation using the one or more partition tables, wherein an operation that causes the fixed threshold to be exceeded in a respective partition table results in a new partition table being created by repeating the partitioning process on said respective partition table.
A power tool comprising: a housing; a fan rotatably supported by the housing so as to generate an air flow; a wall portion supported by the housing; a heat generation portion supported by the wall portion, a heat dissipation portion (91, 91 D); a spindle; and a chuck for coupling the spindle with a tip end tool, characterized in that the heat generation portion is a ratchet, the power tool further comprises a gear step portion supported by the spindle and configured to abut against the ratchet, the heat dissipation portion (91, 91 D) is formed of metal and attached to the ratchet so as to extend from the ratchet toward an inside of the air flow, and the wall portion has an exposing hole to expose a part of the ratchet so that the exposed part of the ratchet is positioned within the air flow. a housing; a fan rotatably supported by the housing so as to generate an air flow; a wall portion supported by the housing; a heat generation portion supported by the wall portion, a heat dissipation portion (91, 91 D); a spindle; and a chuck for coupling the spindle with a tip end tool, characterized in that the heat generation portion is a ratchet, the power tool further comprises a gear step portion supported by the spindle and configured to abut against the ratchet, the heat dissipation portion (91, 91 D) is formed of metal and attached to the ratchet so as to extend from the ratchet toward an inside of the air flow, and the wall portion has an exposing hole to expose a part of the ratchet so that the exposed part of the ratchet is positioned within the air flow.
A method in a policy node for controlling a peer-to-peer communication involving media communication between a subscriber and one or more opposite peers (B,C,D), comprising the following steps: - detecting that the peer-to-peer communication is activated for the subscriber through detection of signalling with an application function which is invoked for executing the peer-to-peer communication for the subscriber, - determining (3:4) session parameters for the media communication between said subscriber and opposite peer(s) based on predefined peer-to-peer service rules which have been configured (3:1) at the policy node as valid for said subscriber when executing peer-to-peer sessions with opposite peers, wherein a policy negotiation is performed (3:4) with the application function for determining said session parameters, and - ordering an access gateway, responsible for establishing and controlling network resources, to implement (3:6) said session parameters for the media communication between said subscriber and opposite peer(s), thereby controlling the media communication in accordance with the predefined peer-to-peer service rules. - detecting that the peer-to-peer communication is activated for the subscriber through detection of signalling with an application function which is invoked for executing the peer-to-peer communication for the subscriber, - determining (3:4) session parameters for the media communication between said subscriber and opposite peer(s) based on predefined peer-to-peer service rules which have been configured (3:1) at the policy node as valid for said subscriber when executing peer-to-peer sessions with opposite peers, wherein a policy negotiation is performed (3:4) with the application function for determining said session parameters, and - ordering an access gateway, responsible for establishing and controlling network resources, to implement (3:6) said session parameters for the media communication between said subscriber and opposite peer(s), thereby controlling the media communication in accordance with the predefined peer-to-peer service rules.
A method, in a first wireless node, for receiving a set of Layer 2, L2, messages from a second wireless node, using first and second physical data channels, the method comprising: transmitting to the second wireless node, one or more mapping rules, by a configuration message indicating, for at least one of a first subset of the L2 messages and a second subset of the L2 messages, at least one data flow or category of data that should be mapped to the at least one of the first and the second subset of L2 messages, wherein the first and second subsets are mapped to a first physical data channel and a second physical data channel respectively by using the one or more mapping rules; receiving, from the second wireless node, the first subset of the L2 messages on the first physical data channel; receiving, from the second wireless node, the second, mutually exclusive, subset of the L2 messages on the second physical data channel,; retaining decoding-related information for unsuccessfully decoded messages in the first subset for use with subsequent retransmissions of the unsuccessfully decoded messages; transmitting one or more acknowledgements or negative acknowledgements to the second wireless node for messages in the first subset; and discarding decoding-related information for unsuccessfully decoded messages in the second subset, without waiting for retransmissions of the unsuccessfully decoded messages in the second subset. transmitting to the second wireless node, one or more mapping rules, by a configuration message indicating, for at least one of a first subset of the L2 messages and a second subset of the L2 messages, at least one data flow or category of data that should be mapped to the at least one of the first and the second subset of L2 messages, wherein the first and second subsets are mapped to a first physical data channel and a second physical data channel respectively by using the one or more mapping rules; receiving, from the second wireless node, the first subset of the L2 messages on the first physical data channel; receiving, from the second wireless node, the second, mutually exclusive, subset of the L2 messages on the second physical data channel,; retaining decoding-related information for unsuccessfully decoded messages in the first subset for use with subsequent retransmissions of the unsuccessfully decoded messages; transmitting one or more acknowledgements or negative acknowledgements to the second wireless node for messages in the first subset; and discarding decoding-related information for unsuccessfully decoded messages in the second subset, without waiting for retransmissions of the unsuccessfully decoded messages in the second subset.