mhurhangee/patent-ind-claim-en huggingface dataset:
Device for controlling the movement of a motor vehicle on a road, comprising a management module for managing at least one driving assistance system, in particular of ESP type, an onboard device for detecting the ground markings for traffic lanes and capable of providing first information relating to the road layout according to the detected markings, a set of onboard measurement sensors capable of providing second information relating to the dynamic behaviour of the vehicle, a control device for controlling the longitudinal movement of the vehicle and a control device for controlling the lateral movement of the vehicle, which control devices are capable of generating, from the first and second information, control commands for the longitudinal movement and for the lateral movement, the commands being sent to actuators for longitudinal and lateral control of the steering system of the vehicle, comprising a prediction model for predicting the dynamic behaviour of the vehicle, supplied with the first and second information, and capable of determining a set of future states of the vehicle corresponding to future positions of the vehicle over a plurality of iterations defining an upcoming road portion, said prediction model being connected to a determination module for determining the violation of vehicle driving limit values, which is capable of determining, for each determined future state, whether at least one of the state variables defining said future state of the vehicle reaches or exceeds one of the vehicle driving limit values, and of inferring therefrom an upcoming risk situation for the vehicle for at least one of the future states of the vehicle, characterized in that the determination module for determining the violation of the vehicle driving limit values includes, among the parameters defining one of the vehicle driving limit values, physical parameters relating to said actuators and/or to the dynamics of the vehicle, said parameters comprising at least a maximum steering angle value (α_max), a maximum steering wheel angle speed value, a value representative of a maximum braking capability and a value representative of a maximum acceleration capability of the vehicle.
Antiplatelet thrombolysin for use in treatment of sickle cell anemia, wherein said antiplatelet thrombolysin consists of two peptide chains of an α chain and a β chain, and the α chain amino acid sequence is shown in SEQ ID NO.1, the β chain amino acid sequence is shown in SEQ ID NO. 2.
A container body decorator comprising: a controller having a software routine stored on a memory; a plurality of ink-jet print heads in communication with the controller ; an endless image transfer belt having a circumferential configuration with an inner surface opposite a printing surface ; a print site ; and a container body handling module , wherein the container body handling module comprises a plurality of impression rolls movable relative to the printing site , wherein each impression roll is configured to fit within an interior of each container body in a plurality of generally identical unadorned container bodies to be decorated by the container body decorator , wherein each impression roll in the plurality of impression rolls transports one container body in the plurality of container bodies to the printing site , and wherein each container body in the plurality of container bodies contacts the printing surface of the endless image transfer belt at the printing site . a controller having a software routine stored on a memory; a plurality of ink-jet print heads in communication with the controller ; an endless image transfer belt having a circumferential configuration with an inner surface opposite a printing surface ; a print site ; and a container body handling module , wherein the container body handling module comprises a plurality of impression rolls movable relative to the printing site , wherein each impression roll is configured to fit within an interior of each container body in a plurality of generally identical unadorned container bodies to be decorated by the container body decorator , wherein each impression roll in the plurality of impression rolls transports one container body in the plurality of container bodies to the printing site , and wherein each container body in the plurality of container bodies contacts the printing surface of the endless image transfer belt at the printing site .
An ovenable pre-baked crumb-coated snack comprising: (a) a filling having a water content of 30-90 wt.%; (b) a barrier layer surrounding the filling, said barrier layer containing: • 15-75 wt.%, calculated by weight of dry matter, of oligosaccharides having a degree of polymerisation (DP) in the range of 4-20; • 2-45 wt.%, calculated by weight of dry matter, of protein; • 0-50 wt.%, calculated by weight of dry matter, of starch; wherein the combination of the oligosaccharides, protein and starch constitutes at least 50 wt.% of the dry matter of the barrier layer; (c) a layer of crumb particles deposited onto the surrounding barrier layer. (a) a filling having a water content of 30-90 wt.%; (b) a barrier layer surrounding the filling, said barrier layer containing: • 15-75 wt.%, calculated by weight of dry matter, of oligosaccharides having a degree of polymerisation (DP) in the range of 4-20; • 2-45 wt.%, calculated by weight of dry matter, of protein; • 0-50 wt.%, calculated by weight of dry matter, of starch; wherein the combination of the oligosaccharides, protein and starch constitutes at least 50 wt.% of the dry matter of the barrier layer; • 15-75 wt.%, calculated by weight of dry matter, of oligosaccharides having a degree of polymerisation (DP) in the range of 4-20; • 2-45 wt.%, calculated by weight of dry matter, of protein; • 0-50 wt.%, calculated by weight of dry matter, of starch; (c) a layer of crumb particles deposited onto the surrounding barrier layer.
A control apparatus for a vehicle including a step-type automatic transmission , the control apparatus having: an Adaptive Cruise Control, ACC, function of causing a vehicle to run at a set vehicle speed when no vehicle ahead is present in a driving lane of the vehicle , and making an acceleration request/deceleration request for causing the vehicle to run while following a vehicle ahead with maintaining a set inter-vehicular time with respect to the vehicle ahead when the vehicle ahead is present in the driving lane of the vehicle ; and a curve driving assist function for making a deceleration request when a curve driving condition is satisfied by detecting entry into a curve having a predetermined curvature or greater and estimating that the vehicle speed exceeds the vehicle speed which enables stable running in the curve, and characterised in that the control apparatus is configured to restrict an upper limit of a shift gear of the automatic transmission to 1 gear if the curve driving condition is satisfied during running based on the ACC function. an Adaptive Cruise Control, ACC, function of causing a vehicle to run at a set vehicle speed when no vehicle ahead is present in a driving lane of the vehicle , and making an acceleration request/deceleration request for causing the vehicle to run while following a vehicle ahead with maintaining a set inter-vehicular time with respect to the vehicle ahead when the vehicle ahead is present in the driving lane of the vehicle ; and a curve driving assist function for making a deceleration request when a curve driving condition is satisfied by detecting entry into a curve having a predetermined curvature or greater and estimating that the vehicle speed exceeds the vehicle speed which enables stable running in the curve, and characterised in that the control apparatus is configured to restrict an upper limit of a shift gear of the automatic transmission to 1 gear if the curve driving condition is satisfied during running based on the ACC function.
A method for random access, comprising: sending , by a terminal device, a first message to a network device, the first message comprising a random access preamble and uplink information, the random access preamble occupying at least one first symbol in a time domain, and the uplink information occupying at least one second symbol in the time domain, wherein said at least one first symbol comprises one first cyclic prefix, CP, and at least one first information segment, and said at least one second symbol comprises one second CP and at least one second information segment, characterized in that each of the at least one second symbol comprises one said second CP and a plurality of identical second information segments. sending , by a terminal device, a first message to a network device, the first message comprising a random access preamble and uplink information, the random access preamble occupying at least one first symbol in a time domain, and the uplink information occupying at least one second symbol in the time domain, wherein said at least one first symbol comprises one first cyclic prefix, CP, and at least one first information segment, and said at least one second symbol comprises one second CP and at least one second information segment, characterized in that each of the at least one second symbol comprises one said second CP and a plurality of identical second information segments.
Use of a platinum-containing oxidation catalytic converter which, at its downstream end, comprises a material zone which removes platinum traces contained in the exhaust stream, which material zone is present as an additional layer on the oxidizing catalytically active coating of the oxidation catalytic converter and covers said coating over 50 to 100% of its entire length, starting from the downstream end of the oxidation catalytic converter; wherein the oxidation catalytic converter is a flow substrate which bears oxidizing catalytically active components in the form of one or more coatings in order to prevent contamination of the SCR catalytic converter with platinum in an exhaust gas treatment system which comprises the platinum-containing oxidation catalytic converter upstream from the SCR catalytic converter.
A rotary transmitter for electrical signals, data and/or electrical energy, with a first portion (21; 81) having at least one sliding contact (61; 62), and with a second portion (81; 21), which is mounted rotatably about a rotation axis relative to the first portion (21; 81) and has at least one contact ring contacting the sliding contact (61; 62), at least two sliding contacts bearing against each contact ring , the rotary transmitter having at least one circumferential media channel , and the contact rings being situated radially outside the at least one media channel , characterised in that - the rotary transmitter has two circuit boards , to each of which one of said sliding contacts is assigned, - said two circuit boards , which form a circuit board group (51; 52), form a circuit board angle (β) between (π/2) and (π) with one another in a normal plane to the rotation axis , - said circuit board group (51; 52) is arranged on a single circuit board carrier , - the rotary transmitter has at least two round sealing rings , which are arranged coaxially with the rotation axis , bear against both portions and delimit at least the circumferential media channel . - the rotary transmitter has two circuit boards , to each of which one of said sliding contacts is assigned, - said two circuit boards , which form a circuit board group (51; 52), form a circuit board angle (β) between (π/2) and (π) with one another in a normal plane to the rotation axis , - said circuit board group (51; 52) is arranged on a single circuit board carrier , - the rotary transmitter has at least two round sealing rings , which are arranged coaxially with the rotation axis , bear against both portions and delimit at least the circumferential media channel .
A dismountable frame for glasses, comprising: - a frontal chassis having a pair of circles for housing respective lenses; - a pair of rods mounted laterally to said chassis from opposite sides with respect thereto; - means for removably fixing said rods to said chassis ; wherein said fixing means comprise a pair of end pieces each having a first shaped portion with jointing means adapted to be removably inserted and fitted in corresponding counter-shaped lateral seats of said chassis , the latter being provided with a pair of through cuts made in each of said lateral counter-shaped seats to allow the enlargement of said circles in the absence of said end pieces ; wherein each of said end pieces comprises means for removably anchoring a respective one of said rods , said removably anchoring means being of the hinged type and adapted to allow the rotation of said rods ; characterized in that said end pieces are removably coupled with the respective lateral seats of said chassis and said removably anchoring means comprise, for each of said end pieces , a second shaped portion having a pair of flanges adapted to be removably coupled to respective of said rods , each of said flanges having recesses adapted to engage corresponding protuberances of the respective of said rods to facilitate the mutual rotation and exert a minimum restraining force which prevents involuntary opening or closing movements. - a frontal chassis having a pair of circles for housing respective lenses; - a pair of rods mounted laterally to said chassis from opposite sides with respect thereto; - means for removably fixing said rods to said chassis ;
A method for a wireless communication at a terminal, comprising: receiving higher layer information including resource information indicating a resource for an enhanced physical downlink control channel, ePDCCH, from a base station, the resource being a first resource or a second resource ; identifying an antenna port set of a reference signal for receiving control information on the ePDCCH based on the higher layer information, the antenna port set of the reference signal being a first antenna port set for the first resource or a second antenna port set for the second resource, the first antenna port set being different from the second antenna port set; and receiving the control information on the indicated resource using the antenna port set of the reference signal from the base station, and wherein the first resource is for a distributed transmission mode and the second resource is for a localized transmission mode, and wherein the second antenna port set for the second resource is determined based on an identifier of a terminal. receiving higher layer information including resource information indicating a resource for an enhanced physical downlink control channel, ePDCCH, from a base station, the resource being a first resource or a second resource ; identifying an antenna port set of a reference signal for receiving control information on the ePDCCH based on the higher layer information, the antenna port set of the reference signal being a first antenna port set for the first resource or a second antenna port set for the second resource, the first antenna port set being different from the second antenna port set; and receiving the control information on the indicated resource using the antenna port set of the reference signal from the base station, and wherein the first resource is for a distributed transmission mode and the second resource is for a localized transmission mode, and wherein the second antenna port set for the second resource is determined based on an identifier of a terminal.
A hybrid automatic repeat request, HARQ, feedback method, performed by a base station, the method comprising: sending, to a narrow band internet of things, NB-IoT, device, a physical downlink control channel, PDCCH, to schedule a plurality of target physical downlink shared channels, PDSCHs; sending, to the NB-IoT device, the plurality of target PDSCHs; determining a target index value of a target resource; receiving, from the NB-IoT device, a combined HARQ result carried in the target resource on a target narrowband physical uplink shared channel, NPUSCH, wherein the target NPUSCH is indicated by the target index value of the target resource, and the combined HARQ result is used for representing a plurality of target HARQ results corresponding to the plurality of PDSCHs. sending, to a narrow band internet of things, NB-IoT, device, a physical downlink control channel, PDCCH, to schedule a plurality of target physical downlink shared channels, PDSCHs; sending, to the NB-IoT device, the plurality of target PDSCHs; determining a target index value of a target resource; receiving, from the NB-IoT device, a combined HARQ result carried in the target resource on a target narrowband physical uplink shared channel, NPUSCH, wherein the target NPUSCH is indicated by the target index value of the target resource, and the combined HARQ result is used for representing a plurality of target HARQ results corresponding to the plurality of PDSCHs.
A method for plasma processing a substrate , the method comprising: providing the substrate having a top surface and a bottom surface, the top surface of the substrate having a plurality of street areas , at least one device structure , and a plurality of dicing assist regions covering a portion of the street areas ; providing a process chamber having a wall; providing a plasma source adjacent to the wall of the process chamber ; providing a work piece support within the process chamber ; placing a work piece onto said work piece support , said work piece having a support film, a frame and the substrate with the plurality of dicing assist regions in the plurality of street areas ; providing at least two cutting regions on the substrate , the cutting regions being positioned between all adjacent device structures on the substrate , the dicing assist regions divide the street areas to create at least two scribe lines between two adjacent die; generating a plasma using the plasma source ; and etching the top surface of the substrate with the plurality of dicing assist regions in the plurality of street areas of said work piece using the generated plasma, the scribe lines are etched during plasma dicing to separate the device structures , wherein the top surface of the substrate faces the plasma and the bottom surface of the substrate faces the work piece support and portions of the street areas not covered by the plurality of dicing assist regions are cutting regions etched by the plasma, wherein the cutting regions etch at least five times faster than the dicing assist regions . providing the substrate having a top surface and a bottom surface, the top surface of the substrate having a plurality of street areas , at least one device structure , and a plurality of dicing assist regions covering a portion of the street areas ; providing a process chamber having a wall; providing a plasma source adjacent to the wall of the process chamber ; providing a work piece support within the process chamber ; placing a work piece onto said work piece support , said work piece having a support film, a frame and the substrate with the plurality of dicing assist regions in the plurality of street areas ; providing at least two cutting regions on the substrate , the cutting regions being positioned between all adjacent device structures on the substrate , the dicing assist regions divide the street areas to create at least two scribe lines between two adjacent die; generating a plasma using the plasma source ; and etching the top surface of the substrate with the plurality of dicing assist regions in the plurality of street areas of said work piece using the generated plasma, the scribe lines are etched during plasma dicing to separate the device structures , wherein the top surface of the substrate faces the plasma and the bottom surface of the substrate faces the work piece support and portions of the street areas not covered by the plurality of dicing assist regions are cutting regions etched by the plasma, wherein the cutting regions etch at least five times faster than the dicing assist regions .
Induction cooking hob having: - a cooking hob plate with a top side and with a bottom side , - at least one induction heating coil underneath the cooking hob plate , - a cover underneath the cooking hob plate , wherein the cover covers the induction heating coil towards the bottom, characterized in that a spacer is a physical unit with the induction heating coil and the induction heating coil itself is adhesively bonded directly to the bottom side of the cooking hob plate by means of the spacer . - a cooking hob plate with a top side and with a bottom side , - at least one induction heating coil underneath the cooking hob plate , - a cover underneath the cooking hob plate , wherein the cover covers the induction heating coil towards the bottom,
A method performed by a moving cell base station to transmit a synchronization signal in a wireless communication system, the method comprising: mapping, by the moving cell base station, a moving cell synchronization signal sequence, generated on a basis of a Zadoff-Chu sequence having a prescribed index assigned to be dedicated to a moving cell, to a frequency region; and transmitting, by the moving cell base station, the mapped moving cell synchronization signal sequence, wherein the moving cell synchronization signal sequence is mapped to a frequency region different from a prescribed frequency region used for transmitting a synchronization signal for a user equipment unsupportive of the moving cell, and wherein the moving cell base station prevents making a handover to another moving cell by using information on the prescribed index assigned to be dedicated to the moving cell. mapping, by the moving cell base station, a moving cell synchronization signal sequence, generated on a basis of a Zadoff-Chu sequence having a prescribed index assigned to be dedicated to a moving cell, to a frequency region; and transmitting, by the moving cell base station, the mapped moving cell synchronization signal sequence, wherein the moving cell synchronization signal sequence is mapped to a frequency region different from a prescribed frequency region used for transmitting a synchronization signal for a user equipment unsupportive of the moving cell, and wherein the moving cell base station prevents making a handover to another moving cell by using information on the prescribed index assigned to be dedicated to the moving cell.
A sulfidizing agent obtainable by mixing M y S x and ZSH in a weight ratio of from 90:10 to 10:90, wherein M is selected from Li + , Na + , K + , Rb + , Cs + , NH 4 + , Mg 2+ or Ca 2+ , y is 1 or 2, x is from 2.1 to 5, and Z is independently selected from Li + , Na + , K + , Rb + , Cs + and NH 4 + .