mhurhangee/ep-ind-claims huggingface dataset:
A method of double address detection for addressable loop wired devices (20a; 20b; 20c; 20d) comprising: establishing a current device address; getting a pre-assigned serial number using the current device address; getting a device address returned by a device using the pre-assigned serial number; determining whether the returned device address equals the current device address of the device; and where the returned device address equals the current device address, disabling further answers from the device using the serial number. establishing a current device address; getting a pre-assigned serial number using the current device address; getting a device address returned by a device using the pre-assigned serial number; determining whether the returned device address equals the current device address of the device; and where the returned device address equals the current device address, disabling further answers from the device using the serial number.
A communication device comprising: a data acquisition unit configured to acquire sensed data related to a signal receiving condition in a spectrum assigned to a first communication service; a determination unit configured to determine which of a first area inside a service area of the first communication service where a signal receiving condition is suitable, a second area (16a, 16b) inside or in a peripheral part of the service area where a signal receiving condition is not suitable and a third area outside the peripheral part of the service area the communication device is located based on the sensed data acquired by the data acquisition unit; and a secondary usage starting unit configured to start usage of a second communication service using a part or whole of the spectrum assigned to the first communication service by a procedure different depending on a kind of the area where the communication device is located determined by the determination unit; wherein; the second secondary usage starting unit is configured to start usage of the second communication service without requesting permission to a coordinator of the first communication service when it is determined that the communication device is located in the second area or the third area; and the secondary usage starting unit is configured to request permission for starting usage of the second communication service to the coordinator of the first communication service when it is determined that the communication device is located in the first area. a data acquisition unit configured to acquire sensed data related to a signal receiving condition in a spectrum assigned to a first communication service; a determination unit configured to determine which of a first area inside a service area of the first communication service where a signal receiving condition is suitable, a second area (16a, 16b) inside or in a peripheral part of the service area where a signal receiving condition is not suitable and a third area outside the peripheral part of the service area the communication device is located based on the sensed data acquired by the data acquisition unit; and a secondary usage starting unit configured to start usage of a second communication service using a part or whole of the spectrum assigned to the first communication service by a procedure different depending on a kind of the area where the communication device is located determined by the determination unit; wherein; the second secondary usage starting unit is configured to start usage of the second communication service without requesting permission to a coordinator of the first communication service when it is determined that the communication device is located in the second area or the third area; and the secondary usage starting unit is configured to request permission for starting usage of the second communication service to the coordinator of the first communication service when it is determined that the communication device is located in the first area.
A method for setting a bearing assembly (100, 200) preload, the method comprising providing: a first structure having a first predetermined stiffness, wherein the first structure is an inner gimbal ring; a first bearing assembly mounted on the first structure; and a second structure mounted on the first bearing assembly, wherein the second structure is an outer gimbal ring, whereby relative motion about a first rotational axis is allowed between the first structure and the second structure, the second structure having a second predetermined stiffness that is unequal to the first predetermined stiffness, wherein the method comprises supplying a force to the second structure along the first rotational axis to distort at least one of the first structure and the second structure, and wherein the distortion of at least one of the first structure and the second structure imparts a first preload force on the first bearing assembly.
A heat recovery system, comprising: a compressor; a heat recovery exchanger in fluid communication with the compressor; a liquid separator in fluid communication with the heat recovery exchanger, the liquid separator including a vapor outlet and a liquid outlet; a condenser including a condensing section and a sub-cooling section, the condenser having an inlet in fluid communication with the vapor outlet of the liquid separator, the inlet of the condenser is in fluid communication with the condensing section, and the condensing section is in fluid communication with an inlet of the sub-cooling section; an expansion device in fluid communication with the condenser; and an evaporator in fluid communication with the expansion device and the compressor, characterised in that the liquid outlet of the liquid separator is in fluid communication with the inlet of the sub-cooling section, where liquid from the liquid outlet of the separator flows downstream of the condensing section. a compressor; a heat recovery exchanger in fluid communication with the compressor; a liquid separator in fluid communication with the heat recovery exchanger, the liquid separator including a vapor outlet and a liquid outlet; a condenser including a condensing section and a sub-cooling section, the condenser having an inlet in fluid communication with the vapor outlet of the liquid separator, the inlet of the condenser is in fluid communication with the condensing section, and the condensing section is in fluid communication with an inlet of the sub-cooling section; an expansion device in fluid communication with the condenser; and an evaporator in fluid communication with the expansion device and the compressor, characterised in that the liquid outlet of the liquid separator is in fluid communication with the inlet of the sub-cooling section, where liquid from the liquid outlet of the separator flows downstream of the condensing section.
A method of retrieving a file, the method being implemented in a data receiver, the method comprising: receiving a portion of a file segment transmitted in accordance with a multicast protocol from a file delivery service, wherein receiving includes receiving packets of symbols and generating the file segment by decoding received packets of symbols, and when the received packets of symbols comprise repair symbols, by processing transmission errors using the received repair symbols; and receiving a file delivery table, FDT, from the file delivery service; characterized in that the file segment is divided into data fragments (mfrg) that are independently processable as the file segment, the file portion comprising one or more data fragments, the method further comprising: reading in the file delivery table location data (tlbi) indicating locations of the data fragments in the received file segment; and determining from the location data locations of non-corrupted data fragments in the received file segment. receiving a portion of a file segment transmitted in accordance with a multicast protocol from a file delivery service, wherein receiving includes receiving packets of symbols and generating the file segment by decoding received packets of symbols, and when the received packets of symbols comprise repair symbols, by processing transmission errors using the received repair symbols; and receiving a file delivery table, FDT, from the file delivery service; characterized in that the file segment is divided into data fragments (mfrg) that are independently processable as the file segment, the file portion comprising one or more data fragments, the method further comprising: reading in the file delivery table location data (tlbi) indicating locations of the data fragments in the received file segment; and determining from the location data locations of non-corrupted data fragments in the received file segment. reading in the file delivery table location data (tlbi) indicating locations of the data fragments in the received file segment; and determining from the location data locations of non-corrupted data fragments in the received file segment.
A method for transmitting uplink data based on contention in a wireless communication system, the method comprising: receiving, by a user equipment, UE, allocation information on a contention zone in one resource zone from a base station, the allocation information comprising a configuration field including information on a location and a number of contention zones; determining, by the UE, whether to repeat uplink data based on the Signal to Noise Ratio, SNR, measured through downlink channel information; repeating the uplink data by transmitting, by the UE, the same uplink data to the base station by performing one transmission through all contention zones based on the configuration field when it is determined to repeat the uplink data; and transmitting, by the UE, the uplink data to the base station through one contention zone randomly selected from among all the contention zones based on by the configuration field when it is determined not to repeat the uplink data. receiving, by a user equipment, UE, allocation information on a contention zone in one resource zone from a base station, the allocation information comprising a configuration field including information on a location and a number of contention zones; determining, by the UE, whether to repeat uplink data based on the Signal to Noise Ratio, SNR, measured through downlink channel information; repeating the uplink data by transmitting, by the UE, the same uplink data to the base station by performing one transmission through all contention zones based on the configuration field when it is determined to repeat the uplink data; and transmitting, by the UE, the uplink data to the base station through one contention zone randomly selected from among all the contention zones based on by the configuration field when it is determined not to repeat the uplink data.
An optical coherence tomography -augmented surgical instrument comprising: an OCT transmission medium; an OCT focusing element; an actuator capable of moving the surgical element in two or more directions; and a surgical component adapted to perform a surgical operation; wherein the actuator is operable to cause corrective movement of the surgical instrument in response to an OCT beam that travels through the OCT transmission medium and the OCT focusing element; characterized in that the OCT-augmented surgical instrument further comprises a splitting element that splits the OCT beam into three OCT beams of different orientations. an OCT transmission medium; an OCT focusing element; an actuator capable of moving the surgical element in two or more directions; and a surgical component adapted to perform a surgical operation; wherein the actuator is operable to cause corrective movement of the surgical instrument in response to an OCT beam that travels through the OCT transmission medium and the OCT focusing element; characterized in that the OCT-augmented surgical instrument further comprises a splitting element that splits the OCT beam into three OCT beams of different orientations.
A blasting method of processing a bomb by forming an explosive layer on an outermost surface of the bomb to be processed having a casing in a particular shape and by exploding the explosive layer, wherein the explosive layer comprises a first explosive layer formed around the outermost surface of the casing and a second explosive layer formed as to surround the first explosive layer; the casing is cylindrical in shape; the first and second explosive layers (31, 32) are placed symmetrically with respect to an axis of the casing; characterized in that an ignition region is placed at an intersection of the axis of the casing with the second explosive layer; an explosive in the second explosive layer has a higher explosion velocity than an explosive in the first explosive layer; and the second explosive layer is exploded first and then the inner first explosive layer is exploded at a certain time interval as it is compressed by the high-speed detonation of the second explosive layer by igniting the particular region of the second explosive layer.
A method for producing a continuous semifinished product, which comprises: supplying a silicone hose and a separate inner conductor, wherein the inner conductor runs in a first interior space formed by the silicone hose; encasing the supplied silicone hose by producing a continuous fiber hose that encloses the silicone hose on the outside; spreading open the silicone hose so that a gap is formed between the silicone hose and the continuous fiber hose; supplying a matrix material into the gap; and bonding the silicone hose and the continuous fiber hose by hardening the matrix material. supplying a silicone hose and a separate inner conductor, wherein the inner conductor runs in a first interior space formed by the silicone hose; encasing the supplied silicone hose by producing a continuous fiber hose that encloses the silicone hose on the outside; spreading open the silicone hose so that a gap is formed between the silicone hose and the continuous fiber hose; supplying a matrix material into the gap; and bonding the silicone hose and the continuous fiber hose by hardening the matrix material.
A method comprising: depositing an electro-chromic material over a surface having a surface normal to form a nanostructured electro-chromic layer over an optical substrate by exposing the surface to a flux of the electro-chromic material traveling in a first direction; wherein the electro-chromic material is selected from a group consisting of tungsten oxide, nickel oxide, iridium oxide, molybdenum oxide, vanadium oxide, and combinations thereof; wherein an incident angle between the first direction and the surface normal is at least 1 degree and at most 89 degrees; wherein the optical substrate is a lens blank or a semi-finished lens blank; and wherein the nanostructured electro-chromic layer is in contact with at least one ion conducting layer (3000, 4000) and an electrode is arranged between the optical substrate and the electro-chromic layer. depositing an electro-chromic material over a surface having a surface normal to form a nanostructured electro-chromic layer over an optical substrate by exposing the surface to a flux of the electro-chromic material traveling in a first direction; wherein the electro-chromic material is selected from a group consisting of tungsten oxide, nickel oxide, iridium oxide, molybdenum oxide, vanadium oxide, and combinations thereof; wherein an incident angle between the first direction and the surface normal is at least 1 degree and at most 89 degrees; wherein the optical substrate is a lens blank or a semi-finished lens blank; and wherein the nanostructured electro-chromic layer is in contact with at least one ion conducting layer (3000, 4000) and an electrode is arranged between the optical substrate and the electro-chromic layer.
A flowmeter for determining the flow of a fluid medium having an inlet through which the medium can flow into a measurement zone and having an outlet through which the medium can flow out, characterized in that a damping device which can be flowed through by the medium is provided in front of the inlet, and has a first mass which can be flowed through having a first inlet and a first outlet for the medium, a second mass which can be flowed through having a second inlet and a second outlet for the medium as well as a flow connection which is capable of vibration and which connects the first outlet to the second inlet, wherein a minimal flow cross-section (d) of the flow connection is smaller than the inlet cross-section at the first inlet or smaller than the outlet cross-section at the second outlet.
A conferencing system (100, 200) comprising: a conference device (102, 202) comprising a processor, one or more conference device microphones, and a speaker; and a user device (206, 208), located in the same room as the conference device, comprising a user device processor, a user client, and a user device microphone, wherein the user device processor is configured to encode audio information for transmission to the conference device, and wherein the user device is directly coupled to the conference device using a virtual connection; and wherein the conference device processor is configured to decode audio information received from the user device and to mix this decoded audio information from the user device with audio information received from the one or more conference device microphones and cancel an echo from the audio information received from the user device. a conference device (102, 202) comprising a processor, one or more conference device microphones, and a speaker; and a user device (206, 208), located in the same room as the conference device, comprising a user device processor, a user client, and a user device microphone, wherein the user device processor is configured to encode audio information for transmission to the conference device, and wherein the user device is directly coupled to the conference device using a virtual connection; and wherein the conference device processor is configured to decode audio information received from the user device and to mix this decoded audio information from the user device with audio information received from the one or more conference device microphones and cancel an echo from the audio information received from the user device.
A method of controlling two or more Variable Frequency Drives, 'VFD', each VFD being configured to generate a Pulse Width Modulated, 'PWM', signal to drive a motor, in each of a plurality of successive time intervals: for each controlled VFD, calculating a plurality of drive signals to switch a plurality of power transistors in a power section of the VFD for a subsequent time interval, to generate a desired PWM signal; and characterized by wirelessly transmitting the plurality of drive signals to respective VFDs in a single main downlink, 'DL', frame of a DL transmission packet for each VFD, the downlink frame instructing the VFD as to which of the plurality of power transistors are switched on and off in the subsequent time interval; wherein the DL transmission packet for each VFD includes an individual identifier for the VFD and is transmitted over a packet-switched network. for each controlled VFD, calculating a plurality of drive signals to switch a plurality of power transistors in a power section of the VFD for a subsequent time interval, to generate a desired PWM signal; and characterized by wirelessly transmitting the plurality of drive signals to respective VFDs in a single main downlink, 'DL', frame of a DL transmission packet for each VFD, the downlink frame instructing the VFD as to which of the plurality of power transistors are switched on and off in the subsequent time interval; wherein the DL transmission packet for each VFD includes an individual identifier for the VFD and is transmitted over a packet-switched network.
A non-aqueous lubricant composition comprising a base oil and a friction modifier comprising a reaction product of: (i) an amine selected from an alkoxylated monoamine; and (ii) glycidol, wherein the alkoxylated monoamine has the formula wherein Z is a C 1 -C 30 alkyl group, an alicyclic group or an aryl group; each Z' is independently hydrogen, methyl or ethyl; and e is an integer from 1 to 100 wherein the alkoxylated monoamine has the formula wherein Z is a C 1 -C 30 alkyl group, an alicyclic group or an aryl group; each Z' is independently hydrogen, methyl or ethyl; and e is an integer from 1 to 100
A producing method of a BCC phase hydrogen storage alloy, characterized by: applying strain relief annealing to a pulverized BCC phase hydrogen storage alloy powder with heating the pulverized hydrogen storage alloy powder at 600°C or more and 1200°C or less for 10 min to 30 hr, wherein the size of the hydrogen storage alloy powder is 10 μm or less.
A method for evaluating renal status in a subject, comprising: performing an assay method configured to detect C-C motif chemokine 14, and optionally further an assay method configured to detect C-C motif chemokine 16, and/or an assay method configured to detect Tyrosine-protein kinase receptor UFO on a urine, blood, serum, or plasma sample obtained from the subject to provide one or more assay result(s); and correlating the assay result(s) to the renal status of the subject. performing an assay method configured to detect C-C motif chemokine 14, and optionally further an assay method configured to detect C-C motif chemokine 16, and/or an assay method configured to detect Tyrosine-protein kinase receptor UFO on a urine, blood, serum, or plasma sample obtained from the subject to provide one or more assay result(s); and correlating the assay result(s) to the renal status of the subject.
Process for the manufacture of a sensor device usable in parking-aid systems for vehicles comprising the steps of: - manufacturing at least a support body made of polymer material, said support body being substantially hollow and having at least an opening; - manufacturing at least a metal element having at least a substantially plate-shaped portion; - associating said metal element with said support body, with said substantially plate-shaped portion of the metal element in correspondence to said opening of the support body; - associating at least a transducer element with said substantially plate-shaped portion of the metal element; - positioning inside said support body electronic interface means suitable for being connected to an electronic unit for the parking aid of vehicles; - connecting electronically said transducer element to said electronic interface means; - filling said support body with an insulating material adapted to encapsulate said transducer element and said electronic interface means. - manufacturing at least a support body made of polymer material, said support body being substantially hollow and having at least an opening; - manufacturing at least a metal element having at least a substantially plate-shaped portion; - associating said metal element with said support body, with said substantially plate-shaped portion of the metal element in correspondence to said opening of the support body; - associating at least a transducer element with said substantially plate-shaped portion of the metal element; - positioning inside said support body electronic interface means suitable for being connected to an electronic unit for the parking aid of vehicles; - connecting electronically said transducer element to said electronic interface means; - filling said support body with an insulating material adapted to encapsulate said transducer element and said electronic interface means.