mhurhangee/patent-ind-claim-en huggingface dataset:
Double-decker carriage (10; 110) for a railway vehicle , comprising a lower deck and an upper deck (26; 126) separated by an intermediate floor (28; 128), the upper deck (26; 126) comprising a passenger reception area (53; 153) and a first landing (50; 150), the lower level comprising a catering area and a passage area , which are separate from each other, the carriage (10; 110) comprising a ceiling , a first side wall and a second side wall , the first and second side walls being arranged opposite each other, the intermediate floor (28; 128) extending at least partly between the first and second side walls and defining a hopper (30; 130) opening onto the upper level (26; 126) and the lower level , the carriage (10; 110) comprising a first staircase extending along the first side wall and connecting the passage area of the lower level to the first landing (50; 150) of the upper level (26; 126) through said hopper, the carriage (10; 110) being characterised in that the upper level (26; 126) comprises a second landing (52; 152), distinct from the first landing (50; 150), and in that the carriage further comprises a second staircase extending along the first side wall (16; 116) and connecting the passage area of the lower level to the second landing (52; 152) via the hopper (30; 130). the carriage (10; 110) comprising a ceiling , a first side wall and a second side wall , the first and second side walls being arranged opposite each other, the intermediate floor (28; 128) extending at least partly between the first and second side walls and defining a hopper (30; 130) opening onto the upper level (26; 126) and the lower level , the carriage (10; 110) comprising a first staircase extending along the first side wall and connecting the passage area of the lower level to the first landing (50; 150) of the upper level (26; 126) through said hopper, the carriage (10; 110) being characterised in that the upper level (26; 126) comprises a second landing (52; 152), distinct from the first landing (50; 150), and in that the carriage further comprises a second staircase extending along the first side wall (16; 116) and connecting the passage area of the lower level to the second landing (52; 152) via the hopper (30; 130).
Anti-noise device adapted to guide and hold the slats of a slat blind, comprising a dorsal face , two lateral faces , and a longitudinal opening , delimiting an interior space (Ei) whose section forms approximately a U along a longitudinal axis X, the end of the two lateral faces each being provided each with a sliding lip extending over the length of the anti-noise device, characterized in that each of the sliding lips is covered with a facing comprising a part associated with the sliding lips , and a free end , directed towards the interior of the anti-noise device , said free end being flexible.
A wireless communication method, comprising: determining, by a terminal device, a reference uplink signal of a target uplink signal ; determining, by the terminal device, a transmission power of the target uplink signal according to a transmission power of the reference uplink signal ; and transmitting, by the terminal device, the target uplink signal by using the determined transmission power ; wherein the target uplink signal is a Phase Tracking Reference Signal, PTRS, the reference uplink signal is a Physical Uplink Shared Channel, PUSCH, transmitted on a Demodulation Reference Signal, DMRS, port associated with the PTRS; wherein determining, by the terminal device, the transmission power of the target uplink signal according to the transmission power of the reference signal uplink signal, comprises: obtaining, by the terminal device, the transmission power of the target uplink signal based on the transmission power of the reference uplink signal and an offset; wherein the offset is notified to the terminal device by a network device through an upper-layer signaling or a DCI signaling and different target uplink signals have different offsets; wherein the target uplink signal is an uplink signal of a New Radio, NR, system and the reference uplink signal is an uplink signal of a Long Term Evolution, LTE, system. determining, by a terminal device, a reference uplink signal of a target uplink signal ; determining, by the terminal device, a transmission power of the target uplink signal according to a transmission power of the reference uplink signal ; and transmitting, by the terminal device, the target uplink signal by using the determined transmission power ; wherein the target uplink signal is a Phase Tracking Reference Signal, PTRS, the reference uplink signal is a Physical Uplink Shared Channel, PUSCH, transmitted on a Demodulation Reference Signal, DMRS, port associated with the PTRS; wherein determining, by the terminal device, the transmission power of the target uplink signal according to the transmission power of the reference signal uplink signal, comprises: obtaining, by the terminal device, the transmission power of the target uplink signal based on the transmission power of the reference uplink signal and an offset; wherein the offset is notified to the terminal device by a network device through an upper-layer signaling or a DCI signaling and different target uplink signals have different offsets; wherein the target uplink signal is an uplink signal of a New Radio, NR, system and the reference uplink signal is an uplink signal of a Long Term Evolution, LTE, system.
An apparatus, comprising: a plurality of NAND strings (NS1, NS2, 700n, 710n, 720n and 730n) extending vertically in a stack , each NAND string comprising a source end , a source side select gate transistor at the source end, a drain end , a dummy memory cell adjacent to a source side data memory cell , and a plurality of non-source side data memory cells (705-714, 725-734, 745-754, 765-774) between the source side data memory cell and the drain end; a dummy word line (WLDS1) connected to the dummy memory cells; a plurality of data word lines (WLL0-WLL10) comprising a source side data word line (WLL0) connected to the source side data memory cell and non-source side data word lines (WLL1-WLL10) connected to the non-source side data memory cells; and a control circuit , the control circuit configured to apply a voltage at a control gate read level (VvA, VvB, VcC, VrA, VrB, VrC) to a selected data word line among the plurality of data word lines while sensing memory cells connected to the selected data word line and while applying a voltage at a read pass level (Vread pass) to unselected data word lines among the plurality of data word lines; characterised in that the control circuit is further configured to: subsequently ramp down a voltage of the non-source side data word lines to a steady state voltage, followed by, after the ramping down the voltage of the non-source side data word lines to the steady state voltage, ramping down a voltage of the source side data word line and the voltage of the dummy word line to the steady state voltage. a plurality of NAND strings (NS1, NS2, 700n, 710n, 720n and 730n) extending vertically in a stack , each NAND string comprising a source end , a source side select gate transistor at the source end, a drain end , a dummy memory cell adjacent to a source side data memory cell , and a plurality of non-source side data memory cells (705-714, 725-734, 745-754, 765-774) between the source side data memory cell and the drain end; a dummy word line (WLDS1) connected to the dummy memory cells; a plurality of data word lines (WLL0-WLL10) comprising a source side data word line (WLL0) connected to the source side data memory cell and non-source side data word lines (WLL1-WLL10) connected to the non-source side data memory cells; and a control circuit , the control circuit configured to apply a voltage at a control gate read level (VvA, VvB, VcC, VrA, VrB, VrC) to a selected data word line among the plurality of data word lines while sensing memory cells connected to the selected data word line and while applying a voltage at a read pass level (Vread pass) to unselected data word lines among the plurality of data word lines; characterised in that the control circuit is further configured to: subsequently ramp down a voltage of the non-source side data word lines to a steady state voltage, followed by, after the ramping down the voltage of the non-source side data word lines to the steady state voltage, ramping down a voltage of the source side data word line and the voltage of the dummy word line to the steady state voltage.
A first apparatus comprising a processor, a memory, and communication circuitry, the first apparatus forming a Machine-to-Machine, M2M, device being connected to an M2M communications network via its communication circuitry, the first apparatus further comprising computer-executable instructions stored in the memory of the first apparatus which, when executed by the processor of the first apparatus, cause the first apparatus to: a. manage a set of point-of-contact information of one or more M2M terminal devices, M2M applications or M2M gateway entities at an M2M Service Layer including a first entity residing on the first apparatus, the service layer providing service capabilities between an application layer and a network communication layer the set of point-of-contact information comprising for each included entity a service level identifier, an address, a list of interfaces, and a set of interface selection preferences; and b. facilitate communications between the first entity and a second entity residing on a second apparatus, via selection of a preferred interface in accordance with the set of point-of-contact information for the first entity, wherein the set of point-of-contact information of one or more entities comprises point-of-contact information for the second entity; and c. the computer-executable instructions further cause the first apparatus to resolve the selection of the preferred interface in accordance with the interface selection preferences of the first entity and the second entity; d. whereby communications between the first entity and the second entity are facilitated according to the resolved selection. a. manage a set of point-of-contact information of one or more M2M terminal devices, M2M applications or M2M gateway entities at an M2M Service Layer including a first entity residing on the first apparatus, the service layer providing service capabilities between an application layer and a network communication layer the set of point-of-contact information comprising for each included entity a service level identifier, an address, a list of interfaces, and a set of interface selection preferences; and b. facilitate communications between the first entity and a second entity residing on a second apparatus, via selection of a preferred interface in accordance with the set of point-of-contact information for the first entity, wherein the set of point-of-contact information of one or more entities comprises point-of-contact information for the second entity; and c. the computer-executable instructions further cause the first apparatus to resolve the selection of the preferred interface in accordance with the interface selection preferences of the first entity and the second entity; d. whereby communications between the first entity and the second entity are facilitated according to the resolved selection.
A part of an electrically conducting bar for an electrical apparatus, such as a terminal block , said part of electrically conducting bar comprising: - a planar first portion extending along a first extension direction (D1) and including a first area arranged for allowing the setting up of a connection terminal of the electrical apparatus intended to ensure an electrical contact between the first portion and an electrically conducting element external to the apparatus, - a second portion of the part of electrically conducting bar extending protruding from the first portion along a second extension direction (D2) forming an angle with the first extension direction (D1), - receiving elements formed in the second portion by a second cutout along a second contour arranged at the second portion , the folding of the second cutout being carried out along at least one folding axis parallel with the second extension direction (D2), the receiving elements being configured in such a manner as to separately accommodate a test plug external to the electrical apparatus and capable of an electric measurement of the second portion , characterized in that said second portion is formed by a first cutout along a first contour arranged in the first portion , the folding of the first cutout achieved transversally to the first extension direction (D2) along a folding axis perpendicular to the first extension direction (D1) and the first contour being configured in such a manner that the first cutout forms said second portion . - a planar first portion extending along a first extension direction (D1) and including a first area arranged for allowing the setting up of a connection terminal of the electrical apparatus intended to ensure an electrical contact between the first portion and an electrically conducting element external to the apparatus, - a second portion of the part of electrically conducting bar extending protruding from the first portion along a second extension direction (D2) forming an angle with the first extension direction (D1), - receiving elements formed in the second portion by a second cutout along a second contour arranged at the second portion , the folding of the second cutout being carried out along at least one folding axis parallel with the second extension direction (D2), the receiving elements being configured in such a manner as to separately accommodate a test plug external to the electrical apparatus and capable of an electric measurement of the second portion , characterized in that said second portion is formed by a first cutout along a first contour arranged in the first portion , the folding of the first cutout achieved transversally to the first extension direction (D2) along a folding axis perpendicular to the first extension direction (D1) and the first contour being configured in such a manner that the first cutout forms said second portion .
A single solid-solution phase ceria-zirconia-based composite oxide having a chemical composition, by mass ratio, of zirconia: 30% to 80%, a total of oxides of one or more elements selected from yttrium and rare earth elements having atomic number 57 to 71 except cerium and promethium: 0% to 20%, and a balance of ceria being 10% to 70% and unavoidable impurities, said composite oxide being deemed to be a single solid-solution phase in an X-ray diffraction pattern after a durability test which heats the oxide in the atmosphere at a temperature condition of 1100°C for 5 hours, wherein a ratio (b/a) of a mode pore diameter (b) of a pore distribution after the durability test which heats the oxide in the atmosphere at the temperature condition of 1100°C for 5 hours to a mode pore diameter (a) before said durability test is 1.0≤b/a≤2.0 wherein the mode pore diameter (a) of the pore distribution before the durability test is 10 to 70 nm in range and the mode pore diameter (b) of pore distribution after a durability test is 20 to 90 nm in range, and wherein the mode pore diameter of the pore distribution is a mean pore diameter corresponding to a norm in distribution in a distribution chart of a Log differential pore volume for the mean pore diameters in the different sections obtained from measurement of mercury intrusion technique that is performed using a mercury porosimeter.
An arrangement for producing a Bessel beam , comprising a beam-forming element , which transforms a beam incident as a plane electromagnetic wave into a Bessel beam , wherein the beam-forming element comprises at least one annular lens and a Fourier optical unit, wherein the Fourier optical unit is a Fourier lens , characterised in that the beam-forming element is a monolithic element, in which the concave annular lens and the Fourier lens are formed in one piece with one another in a Galilei configuration, wherein the focal planes of the annular lens and the Fourier lens coincide on the side of the beam-forming element facing the incident beam .
A system for big data exchange, comprising: a big data source , a big data exchanger and a big data target ; wherein the big data source is arranged to collect various data, and provides the various data to the big data exchanger ; the big data exchanger is arranged to receive the various data imported by the big data source , process the various data to obtain processed data, and export the various data and the processed data to the big data target according to a data request of the big data target ; the big data target is arranged to send the data request to the big data exchanger and receive the various data and the processed data correspond to the request exported by the big data exchanger ; wherein the big data exchanger comprises a data import component, a data export component, and at least one of the following: a data collection component, a data preparation component, a data analysis component, and a data visualization component; wherein the data import component is arranged to receive data from the big data source , and store and/or cache the data, wherein a way of receiving, by the data import component, the data comprises at least one of the following: data query, data request, data fetching, data provision, data discovery, metadata publishing and metadata notification; the data collecting component is arranged to collect data from imported data and perform preliminary processing on the data, and provides a corresponding preliminary processing result to the data preparation component and the data export component; the data preparation component is arranged to perform preparation processing on the preliminary processed data and provide a corresponding preparation processing result to the data analysis component and the data export component, wherein the preparation processing comprises at least one of the following: data cleaning, data conversion, data decomposition, data verification, data fusion, data aggregation, data clustering, data sorting, data abstraction, data classification, data encryption and data integration; the data analysis component is arranged to, according to the big data science, analyze data which is processed through data preparation by using a preset algorithm and extract knowledge data from the analyzed data, and provide a corresponding analysis processing result to the data visualization component and the data export component; the data visualization component is arranged to perform visual processing on data which is processed through data analysis, and provides a corresponding visual processing result to the data export component; the data export component is arranged to export the data imported from the big data source and visual processed data to the big data target .
A method of enciphering data, in the form of bit streams, exchanged between a coder and a decoder in a video system, said system respecting a video compression standard, characterized in that it comprises at least the following steps: 1) determining, during the coding step , a set of code words, for which, from each code word a sub word is extracted, such that the substitution of a sub word by another sub word will impair only the visual quality of the video data and does not generate any desynchronization and does not lead to a bit stream that is incompatible with said standard, 2) enciphering the code words selected in the preceding step by substituting a sub-code word by another sub code word, so as to generate a single enciphered stream and to transmit this single enciphered stream to the decoding step . 1) determining, during the coding step , a set of code words, for which, from each code word a sub word is extracted, such that the substitution of a sub word by another sub word will impair only the visual quality of the video data and does not generate any desynchronization and does not lead to a bit stream that is incompatible with said standard, 2) enciphering the code words selected in the preceding step by substituting a sub-code word by another sub code word, so as to generate a single enciphered stream and to transmit this single enciphered stream to the decoding step .
Method of automatically detecting and analysing a start kick jerk of an elevator car, comprising a) determining an elevator run sequence by an elevator controller, b) measuring an elevator car movement with a sensor at a predetermined phase of the elevator run sequence by several of the following devices: a motor encoder; a door zone sensor for linear position; Z-direction accelerometer placed in the car, and c) calculating a car velocity and its acceleration and a jerk from the sensor reading to determine the start kick jerk from the sensor data, d) comparing the determination result with a pre-set criteria, and e) outputting the comparison result. a) determining an elevator run sequence by an elevator controller, b) measuring an elevator car movement with a sensor at a predetermined phase of the elevator run sequence by several of the following devices: a motor encoder; a door zone sensor for linear position; Z-direction accelerometer placed in the car, and c) calculating a car velocity and its acceleration and a jerk from the sensor reading to determine the start kick jerk from the sensor data, d) comparing the determination result with a pre-set criteria, and e) outputting the comparison result.
Multispectral imaging device comprising: - a photosensitive detector (DET) formed in CMOS technology on a first silicon substrate (SS) and comprising a matrix of pixels having compartments (CP1, CP2, CP3) which each comprise a photosensitive zone (PS1, PS2, PS3) at the center thereof, - an array of microlenses (ML1, ML2, ML3) for focusing incident light on the photosensitive zones of the pixels, the array of microlenses replicating this matrix of pixels, - a filtering module (MF) made of a matrix of elementary filters (λ1, λ2, λ3) which replicates this matrix of pixels, characterized in that the elementary filters are of the Fabry-Perot type, in that the central wavelength of each filter is constant for a given filter and varies from one filter to another, in that the array of microlenses is arranged directly in contact with the detector, said filtering module being produced on a second substrate (SUB, SIL) which is applied in abutment and in contact with said array of microlenses, and in that said filtering module (MF) is glued on its periphery to said detector (DET) by means of a strip of glue (ST). - a photosensitive detector (DET) formed in CMOS technology on a first silicon substrate (SS) and comprising a matrix of pixels having compartments (CP1, CP2, CP3) which each comprise a photosensitive zone (PS1, PS2, PS3) at the center thereof, - an array of microlenses (ML1, ML2, ML3) for focusing incident light on the photosensitive zones of the pixels, the array of microlenses replicating this matrix of pixels, - a filtering module (MF) made of a matrix of elementary filters (λ1, λ2, λ3) which replicates this matrix of pixels,
A vehicle transmission system component , comprising: - a first subassembly having an input and an output , between which a torque can be transmitted, and - a second subassembly forming a pendulum-type damping device , and disposed outside the path of the torque transmitted by the first subassembly, wherein the first and the second subassemblies are connected to one another by at least one connecting means capable of being elastically deformed circumferentially, wherein this connecting means comprises at least one waved part comprising, circumferentially, a succession of zones axially offset in pairs. - a first subassembly having an input and an output , between which a torque can be transmitted, and - a second subassembly forming a pendulum-type damping device , and disposed outside the path of the torque transmitted by the first subassembly,