mhurhangee/ep-ind-claims huggingface dataset:
An uplink data transmission control method, performed by a terminal, the terminal comprises a service data adaptation protocol, SDAP, layer entity, and the method comprises: receiving, by the SDAP layer entity, an SDAP service data unit, SDU, from an application layer; obtaining, by the SDAP layer entity, an SDAP protocol data unit, PDU, by processing the SDAP SDU according to a preset format, wherein the preset format is an SDAP header and an SDAP payload; and sending, by the SDAP layer entity, the SDAP PDU to a low-layer entity, wherein a PDU session from the application layer has one or more quality of service, QoS flows, different QoS flows are identified by different quality of service flow identifiers, QFIs, and a QFI is used to identify a mapping relationship between a QoS flow and a data radio bearer, DRB, wherein the SDAP PDU comprises the SDAP header and the SDAP payload; a bit length of the SDAP header is 8; wherein the SDAP header comprises reserved R information and the quality of service flow identifier, QFI; characterised in that the QFI takes last 6 bits of the SDAP header, and the R information only takes a secondary most significant bit of the SDAP header. receiving, by the SDAP layer entity, an SDAP service data unit, SDU, from an application layer; obtaining, by the SDAP layer entity, an SDAP protocol data unit, PDU, by processing the SDAP SDU according to a preset format, wherein the preset format is an SDAP header and an SDAP payload; and sending, by the SDAP layer entity, the SDAP PDU to a low-layer entity, wherein a PDU session from the application layer has one or more quality of service, QoS flows, different QoS flows are identified by different quality of service flow identifiers, QFIs, and a QFI is used to identify a mapping relationship between a QoS flow and a data radio bearer, DRB, wherein the SDAP PDU comprises the SDAP header and the SDAP payload; a bit length of the SDAP header is 8; wherein the SDAP header comprises reserved R information and the quality of service flow identifier, QFI; characterised in that the QFI takes last 6 bits of the SDAP header, and the R information only takes a secondary most significant bit of the SDAP header.
A sealing system for a centrifugal compressor comprising: a stator having a seal housing; a seal disposed in the seal housing and having an abradable portion along an inner circumference; a rotor having a plurality of rotor teeth configured to rotate within the inner circumference of the seal and configured to create rub grooves within the abradable portion; a first spring disposed between the stator and the seal and configured to facilitate axial movement of the seal; the sealing system being characterised by the fact that it comprises a secondary seal located between a lower pressure side of the seal housing and the seal. a stator having a seal housing; a seal disposed in the seal housing and having an abradable portion along an inner circumference; a rotor having a plurality of rotor teeth configured to rotate within the inner circumference of the seal and configured to create rub grooves within the abradable portion; a first spring disposed between the stator and the seal and configured to facilitate axial movement of the seal; the sealing system being characterised by the fact that it comprises a secondary seal located between a lower pressure side of the seal housing and the seal.
Flat wound care article comprising • a main surface which is a non-equilateral rectangle or is derived therefrom, has at least one rounded corner, and a recess arranged on a longitudinal side, which recess is circular-segment-shaped or elliptical-segment-shaped; • a flat layer comprising a super-absorbent polymer, • a shell surrounding the flat layer, which shell consists at least partially of a liquid-permeable material, • wherein the flat layer has, in a plan view of its flat side, a surface area which, in the non-wetted state, is 3% to 75% smaller than the surface area of the interior provided by the shell or the shell seam. • a main surface which is a non-equilateral rectangle or is derived therefrom, has at least one rounded corner, and a recess arranged on a longitudinal side, which recess is circular-segment-shaped or elliptical-segment-shaped; • a flat layer comprising a super-absorbent polymer, • a shell surrounding the flat layer, which shell consists at least partially of a liquid-permeable material, • wherein the flat layer has, in a plan view of its flat side, a surface area which, in the non-wetted state, is 3% to 75% smaller than the surface area of the interior provided by the shell or the shell seam.
Method for controlling the trajectory of a motor vehicle without control of the steering wheel, using a driving assistance system that controls the trajectory by acting directly on the wheel brakes, calculating a yaw moment (brake Mz) to be induced to control the vehicle trajectory with the brakes, before braking the inner front wheel when negotiating a bend (42, 46), and characterised by the fact that it considers the braking effect on the rotation of the steering wheel, and goes ahead to calculate the braking of each wheel controlling the trajectory by taking into account the steering rotation generated by the braking actions applied.
Data and/or command device for vehicles, comprising at least one communication unit for receiving at least one item of non-charging-related object information pertaining to at least one electrical unit, in particular a hand-held power tool, which the electrical unit itself provides, and at least one item of vehicle information pertaining to at least one vehicle in which the electrical unit is arranged, and having at least one control or regulating unit which is configured to take an evaluation of the item of non-charging-related object information and the item of vehicle information as a basis for controlling or regulating the electrical unit, characterized in that the control or regulating unit is configured to take an evaluation of the item of non-charging-related object information and the item of vehicle information as a basis for controlling or regulating a charging operation of the electrical unit and enabling or disabling the electrical unit for use.
Truck-mounted concrete pump comprising a frame which has a chassis and comprising a support device (20, 22) which is arranged on the frame and can be supported on a base so as to lift the frame, the support device (20, 22) being able to be supported on the base so as to lift the chassis, characterized in that the chassis has at least one chassis part (38, 38'), the relative position of which in relation to the frame can be changed during the supporting process, and in that at least one position sensor is provided, the output signal of which forms an actual measure for the position of the chassis part (38, 38') relative to an earth-fixed reference system, and in that an evaluation unit which responds to the output signal of the at least one position sensor is also provided for determining a measured value for the supporting or lifting state of the frame, the position sensor being arranged on a chassis part which is designed preferably as a shock absorber or as a wheel suspension element and is designed to change the distance from the frame, and being designed as a distance sensor or proximity sensor aligned with an earth-fixed reference part.
A cleaning tool, having a cleaning sheet and a holder for holding the cleaning sheet, wherein: the cleaning tool has a longitudinal direction in which the holder is inserted into the cleaning sheet and a transverse direction crossing the longitudinal direction, the cleaning sheet has a first region formed by a sheet member, a second region formed by a sheet member, and an insertion part which has an insertion space continuously extending in the longitudinal direction in order to allow the holder to be inserted between the first region and the second region, the holder has a holding part which is inserted into the insertion space of the cleaning sheet and holds the cleaning sheet, a tension applying part which is provided in the holding part and applies prescribed tension to the second region of the cleaning sheet, and a grip part which is connected to the holding part and designed to be held by a user, and when the holding part of the holder is inserted into the insertion part of the cleaning sheet, the tension applying part of the holding part applies tension to the second region of the cleaning sheet so that the second region forms a tension part, and the sheet member extending in the transverse direction in the tension part is moved in a direction toward the first region, characterized in that the cleaning sheet is configured to have a high-rigidity region having high rigidity and a low-rigidity region having lower rigidity than the high-rigidity region. the cleaning tool has a longitudinal direction in which the holder is inserted into the cleaning sheet and a transverse direction crossing the longitudinal direction, the cleaning sheet has a first region formed by a sheet member, a second region formed by a sheet member, and an insertion part which has an insertion space continuously extending in the longitudinal direction in order to allow the holder to be inserted between the first region and the second region, the holder has a holding part which is inserted into the insertion space of the cleaning sheet and holds the cleaning sheet, a tension applying part which is provided in the holding part and applies prescribed tension to the second region of the cleaning sheet, and a grip part which is connected to the holding part and designed to be held by a user, and when the holding part of the holder is inserted into the insertion part of the cleaning sheet, the tension applying part of the holding part applies tension to the second region of the cleaning sheet so that the second region forms a tension part, and the sheet member extending in the transverse direction in the tension part is moved in a direction toward the first region, characterized in that the cleaning sheet is configured to have a high-rigidity region having high rigidity and a low-rigidity region having lower rigidity than the high-rigidity region.
Method to perform a "reader challenge setup step in an authentication phase", according to a MIFARE© authentication and encryption protocol using CRYPTO-1 cipher, in a "tag device", wherein, the size of an internal state of the cipher, called "ST" is 6 bytes, at a time t, the internal state of the cipher is represented by ST t = (ST t,..., ST t), a reader challenge, called "RC", of length 4 bytes, is denoted by: RC = (RC,..., RC) a linear function "LF" performing a linear feedback function of a Mifare© CRYPTO-1 cipher linear feedback shift register, and a non linear function, "NLF", performing a Mifare© CRYPTO-1 cipher two-layer filter generator using two filtering functions Ga and Gb, to update the value of said ST using said RC, characterized in that said method comprises at least the following steps: - creation of four tables f1i, f1p, f2i, f2p - from an initial state of said reader challenge setup step denoted by ST t0, successive states ST t0+8, ST t0+16, ST t0+24, ST t0+32 are computed by computing byte per byte a linear feedback value using said function LF - inserting byte per byte said "RC" into said ST using said function NLF, input bytes of Ga and Gb being computed using bits from ST and the four tables f1i, f1p, f2i, f2p. - creation of four tables f1i, f1p, f2i, f2p - from an initial state of said reader challenge setup step denoted by ST t0, successive states ST t0+8, ST t0+16, ST t0+24, ST t0+32 are computed by computing byte per byte a linear feedback value using said function LF - inserting byte per byte said "RC" into said ST using said function NLF, input bytes of Ga and Gb being computed using bits from ST and the four tables f1i, f1p, f2i, f2p.
Optical module (1; 1') of a lighting and/or signaling device of a motor vehicle, comprising first and second reflectors (6, 7), one of said reflectors being associated with a light source, in particular comprising an LED, in order to reflect the light coming from this light source, this reflector being formed on a part provided with a cooling opening for a circulation of cooling air, the module comprising a support, an optical lens and a heat exchanger, the optical lens and the heat exchanger being both carried by said support, the module being characterized in that one of the reflectors forms, together with the support, an enclosure receiving the other of the reflectors.
A security document which has the form of a booklet, such as a passport, and which includes at least one page of data (3, 5) on which are present so-called « private » data (30, 30'), i.e. specific to its bearer, and for which at least one portion of these data integrates at least one piece of concealed information (1,1'), not perceivable to the naked eye, or « concealed element », this booklet including an additional page which is integral with the latter, and at least one area of which is translucent or transparent, at least one means (60, 60') for revealing said piece of concealed information (I, I') being integrated into this area, this additional page allowing, by flattening it against said page of data (3, 5), reading through said area, said piece of concealed information (I, I'), this without any outer device and/or energy supply, characterized by the fact that said additional page moreover includes pieces of information, so-called pieces of reproduced information, at least partly reproducing said private data (30, 30'), on one of its faces (on the front or on the back) or on both faces, either covering or not all or part of said revealing means (60, 60'), said pieces of reproduced information customizing the additional page with a first manufacturing technique different from a second manufacturing technique used for implementing the page of data.
A process for methanol coupled catalytic cracking reaction of naphtha using a modified ZSM-5 molecular sieve catalyst, comprising performing a co-feeding reaction of methanol and naphtha on the modified ZSM-5 molecular sieve catalyst to produce low carbon olefins and/or aromatic hydrocarbons, wherein the modified ZSM-5 molecular sieve catalyst comprises, in term of weight percent, 25-80wt% of a ZSM-5 molecular sieve, 15-70wt% of a binder, and 2.2-6.0wt% of lanthanum and 1.0-2.8wt% of phosphorus loaded on the ZSM-5 molecular sieve, the naphtha comprises 63.8-89.5 wt% of saturated chain alkanes and 5.6-29.8wt% of cyclic alkanes, and the carbon number distribution range of hydrocarbons in the naphtha is C 4 -C 12.
A rocking control device for a two front wheels rocking vehicle having a pair of left and right front wheels (2L, 2R) and configured to laterally rock a vehicle body, the rocking control device for a two front wheels rocking vehicle comprising: an actuator configured to execute a first rocking control that assist a roll operation of a rider of the two front wheels rocking vehicle and a second rocking control that allows a self-sanding of the two front wheels rocking vehicle without support by the rider during stoppage of the two front wheels rocking vehicle, a high rigidity self-standing controller that executes a high rigidity self-standing control that locks the rocking of the two front wheels rocking vehicle and that assists said self-standing of the two-wheeled rocking vehicle, and an offset cancellation controller that executes an offset cancellation control that maintains the self-standing state of the two front wheels rocking vehicle until a predetermined traveling state is established when the high rigidity self-standing control is switched off, characterised by a switch that switches the second rocking control and the high rigidity self-standing control to ON or OFF state and wherein the switch uses a throttle grip of the two front wheels rocking vehicle as an operating part. an actuator configured to execute a first rocking control that assist a roll operation of a rider of the two front wheels rocking vehicle and a second rocking control that allows a self-sanding of the two front wheels rocking vehicle without support by the rider during stoppage of the two front wheels rocking vehicle, a high rigidity self-standing controller that executes a high rigidity self-standing control that locks the rocking of the two front wheels rocking vehicle and that assists said self-standing of the two-wheeled rocking vehicle, and an offset cancellation controller that executes an offset cancellation control that maintains the self-standing state of the two front wheels rocking vehicle until a predetermined traveling state is established when the high rigidity self-standing control is switched off, characterised by a switch that switches the second rocking control and the high rigidity self-standing control to ON or OFF state and wherein the switch uses a throttle grip of the two front wheels rocking vehicle as an operating part.
An effective amount of an RNAi agent for use in treating a subject having or at risk for a disease characterized or caused by a gain-of-function mutant protein, wherein the RNAi agent is capable of targeting an allelic polymorphism within a gene encoding said mutant protein such that sequence-specific interference of said gene occurs, wherein the gain-of-function mutant protein is huntingtin and the disease is Huntington's disease, and wherein the RNAi agent is an engineered RNA precursor, or an expression construct engineered to express an engineered RNA precursor, and wherein the polymorphic region targeted by the RNAi agent is distinct from the expanded CAG region mutation of the gene.
A system for improving vision of a subject, the system comprising: a pulsed laser system configured to apply laser pulses to an intraocular lens implanted in an eye of a subject to change the refractive index of selected areas of the lens by refractive index writing; and a control system configured to receive data regarding a photic phenomenon of the eye of the subject after implantation of the IOL and use the received data to calculate a pattern of laser pulses and/or selected areas of the IOL to which the laser pulses are to be applied to produce a phase shift to compensate for the photic phenomenon; wherein the control system is coupled to the pulsed laser system and is configured to control the pulsed laser system to apply the calculated pattern of laser pulses to the calculated selected areas of the IOL in order to produce, by refractive index writing on the IOL, the phase shift to compensate for the photic phenomenon; characterised in that compensating for the photic phenomenon includes apodization, the apodization including eliminating, by inverted phase delay, the diffractive or refractive IOL design in an outer part of the lens. a pulsed laser system configured to apply laser pulses to an intraocular lens implanted in an eye of a subject to change the refractive index of selected areas of the lens by refractive index writing; and a control system configured to receive data regarding a photic phenomenon of the eye of the subject after implantation of the IOL and use the received data to calculate a pattern of laser pulses and/or selected areas of the IOL to which the laser pulses are to be applied to produce a phase shift to compensate for the photic phenomenon; wherein the control system is coupled to the pulsed laser system and is configured to control the pulsed laser system to apply the calculated pattern of laser pulses to the calculated selected areas of the IOL in order to produce, by refractive index writing on the IOL, the phase shift to compensate for the photic phenomenon; characterised in that compensating for the photic phenomenon includes apodization, the apodization including eliminating, by inverted phase delay, the diffractive or refractive IOL design in an outer part of the lens.
A composition comprising: (a) a polymer having at least one repeating unit of formula where R 1 is a non-hydrolysable group and n is an integer ranging from 1 to 3, whereby the polymer is free of SiOH/SiOR groups, where SiOR is alkoxysilane and (b) a crosslinking catalyst represented by formula Z + A -, where Z is a cation selected from triphenylsulfonium, (4-t-butylphenyl) diphenylsulfonium and A is an anion-containing group selected from monocarboxylate, dicarboxylate and hydrates thereof. (a) a polymer having at least one repeating unit of formula where R 1 is a non-hydrolysable group and n is an integer ranging from 1 to 3, whereby the polymer is free of SiOH/SiOR groups, where SiOR is alkoxysilane and (b) a crosslinking catalyst represented by formula Z + A -, where Z is a cation selected from triphenylsulfonium, (4-t-butylphenyl) diphenylsulfonium and A is an anion-containing group selected from monocarboxylate, dicarboxylate and hydrates thereof.
A nebulizer aperture plate for use in aerosolising a liquid in a nebuliser comprising: a first material having a plurality of first apertures, the first material having a characteristic of being formed through a photolithography process and wherein the plurality of first apertures define generally cylindrical shapes, the exit opening of the first apertures having a diameter within a range of from 0.5 μm to 6 μm to produce droplets that are about 0.5 μm to 6 μm in size; a second material above the first material, the second material having a plurality of second apertures above the plurality of first apertures in the first material, the second material having a characteristic of being formed through a photolithography process and wherein the plurality of second apertures define generally cylindrical shapes defining liquid supply cavities, each liquid supply cavity having a diameter within a range of from 20 μm to 200 μm; wherein the first material and the second material form an aperture plate for use in a nebuliser, and wherein a plurality of first apertures are within the diameter of a larger liquid supply cavity defined by a second aperture. a first material having a plurality of first apertures, the first material having a characteristic of being formed through a photolithography process and wherein the plurality of first apertures define generally cylindrical shapes, the exit opening of the first apertures having a diameter within a range of from 0.5 μm to 6 μm to produce droplets that are about 0.5 μm to 6 μm in size; a second material above the first material, the second material having a plurality of second apertures above the plurality of first apertures in the first material, the second material having a characteristic of being formed through a photolithography process and wherein the plurality of second apertures define generally cylindrical shapes defining liquid supply cavities, each liquid supply cavity having a diameter within a range of from 20 μm to 200 μm; wherein the first material and the second material form an aperture plate for use in a nebuliser, and wherein a plurality of first apertures are within the diameter of a larger liquid supply cavity defined by a second aperture.