mhurhangee/patent-ind-claim-en huggingface dataset:
A lead-free, silver-free solder alloy comprising: 0.6 to 0.8 wt. % copper; 1.2 to 1.8 wt. % bismuth; 0.04 to 0.06 wt. % cobalt; 0.02 to 0.08 wt. % antimony; optionally 0.004 to 0.008 wt. % germanium; 0.03 to 0.07 wt. % nickel; and balance tin, together with any unavoidable impurities. 0.6 to 0.8 wt. % copper; 1.2 to 1.8 wt. % bismuth; 0.04 to 0.06 wt. % cobalt; 0.02 to 0.08 wt. % antimony; optionally 0.004 to 0.008 wt. % germanium; 0.03 to 0.07 wt. % nickel; 0.004 to 0.008 wt. % germanium; 0.03 to 0.07 wt. % nickel; and balance tin, together with any unavoidable impurities.
Apparatus for influencing the technological properties of individual regions of a wood-based board in a targeted manner, having the following features: a) a work table , on which a pre-compacted wood-based nonwoven or a wood-fibre cake is able to be placed and fixed, b) an application unit that is movable in a targeted manner, having: i) a frame , which is able to be pressed onto the top side of the wood-based nonwoven or of the wood-fibre cake , ii) a plurality of application nozzles arranged in the frame , iii) a pressure generator for generating a positive pressure, by means of which the treatment medium is able to be pressed into the wood-based nonwoven or the wood-fibre cake , c) a perforated plate or screen, arranged within the work table , for collecting and discharging treatment medium that emerges on the underside of the wood-based nonwoven or of the wood-fibre cake , d) a compression press for compressing the wood-based nonwoven or the wood-fibre cake into a wood-based board of desired thickness. a) a work table , on which a pre-compacted wood-based nonwoven or a wood-fibre cake is able to be placed and fixed, b) an application unit that is movable in a targeted manner, having: i) a frame , which is able to be pressed onto the top side of the wood-based nonwoven or of the wood-fibre cake , ii) a plurality of application nozzles arranged in the frame , iii) a pressure generator for generating a positive pressure, by means of which the treatment medium is able to be pressed into the wood-based nonwoven or the wood-fibre cake , i) a frame , which is able to be pressed onto the top side of the wood-based nonwoven or of the wood-fibre cake , ii) a plurality of application nozzles arranged in the frame , iii) a pressure generator for generating a positive pressure, by means of which the treatment medium is able to be pressed into the wood-based nonwoven or the wood-fibre cake , c) a perforated plate or screen, arranged within the work table , for collecting and discharging treatment medium that emerges on the underside of the wood-based nonwoven or of the wood-fibre cake , d) a compression press for compressing the wood-based nonwoven or the wood-fibre cake into a wood-based board of desired thickness.
A pharmaceutical composition comprising an IL-22 Fc fusion protein and a carrier, the IL-22 Fc fusion protein comprising an IL-22 polypeptide linked to an Fc region by a linker, wherein the pharmaceutical composition comprises about 1 mg/mL to about 10 mg/mL IL-22 Fc fusion protein, about 5 mM methionine, about 10 mM sodium phosphate and about 240 mM sucrose, and about 0.02% (w/v) polysorbate 20, pH 7.1, final concentration. about 1 mg/mL to about 10 mg/mL IL-22 Fc fusion protein, about 5 mM methionine, about 10 mM sodium phosphate and about 240 mM sucrose, and about 0.02% (w/v) polysorbate 20, pH 7.1, final concentration.
An injection molding support device configured to present an optimum condition at the time of injection filling when a resin material, measured and plasticized, is molded by being injection-filled from a screw tip end into a mold , the injection molding support device comprising: a setting unit configured to set basic information including at least resin material data related to the resin material, screw data related to the screw , and heating cylinder data related to the heating cylinder , and configured to set constraint information related to a constraint condition for obtaining the optimum condition; a computation unit configured to compute an estimated solid phase rate of the resin material on the basis of the basic information and the constraint information by a high-speed computation method using an optimum mathematical processing system; and a display unit configured to display a decision index in accordance with a value of the estimated solid phase rate. a setting unit configured to set basic information including at least resin material data related to the resin material, screw data related to the screw , and heating cylinder data related to the heating cylinder , and configured to set constraint information related to a constraint condition for obtaining the optimum condition; a computation unit configured to compute an estimated solid phase rate of the resin material on the basis of the basic information and the constraint information by a high-speed computation method using an optimum mathematical processing system; and a display unit configured to display a decision index in accordance with a value of the estimated solid phase rate.
A method for deriving channel quality indicator, CQI, by an user equipment, UE, in a wireless communication system, the method comprising the steps of: receiving at least one of a cell-specific reference signal, CRS, or a channel-state-information reference signal, CSI-RS, in a downlink subframe; and deriving a CQI based on the reception of the at least one of the CRS or the CSI-RS in the downlink subframe, and a CQI reference resource; and transmitting the CQI to a enhanced node B, eNB, wherein the CQI reference resource is defined by a group of downlink physical resource blocks corresponding to the band to which the derived CQI relates, and the downlink subframe. receiving at least one of a cell-specific reference signal, CRS, or a channel-state-information reference signal, CSI-RS, in a downlink subframe; and deriving a CQI based on the reception of the at least one of the CRS or the CSI-RS in the downlink subframe, and a CQI reference resource; and transmitting the CQI to a enhanced node B, eNB, wherein the CQI reference resource is defined by a group of downlink physical resource blocks corresponding to the band to which the derived CQI relates, and the downlink subframe.
Scooter , comprising: - at least one removable scooter accessory , - at least one fastening device for attaching said at least one scooter accessory , intended to be connected to an element of the scooter in an immobile manner, said at least one fastening device comprising: - a fastening body comprising at least one housing for receiving at least one part of said at least one accessory , in particular by at least partially slotting said part into the housing , - fastening means for attaching the fastening body to the scooter element in an immobile manner, characterised in that the fastening device is exclusively connected to the central deck of the scooter on which a scooter user's foot is placed, in that the fastening means are fastening means for attaching the fastening body exclusively to the central deck of the scooter , in that the fastening body comprises an orifice for the passage of a strap , the fastening device further comprises a fastening strap , capable of being inserted into the strap passage orifice of the fastening body in order to connect the fastening body to the central deck of the scooter , the fastening means are at least partially formed on the fastening strap , in that the fastening means formed on the fastening strap are of the Velcro® type, i.e. they comprise a male part with hooks or a female part with loops, and in that the fastening means comprise a second male or female part formed by a fastening strip , independent of the fastening strap , comprising loops or hooks on the two opposite faces thereof. - at least one removable scooter accessory , - at least one fastening device for attaching said at least one scooter accessory , intended to be connected to an element of the scooter in an immobile manner, said at least one fastening device comprising: - a fastening body comprising at least one housing for receiving at least one part of said at least one accessory , in particular by at least partially slotting said part into the housing , - fastening means for attaching the fastening body to the scooter element in an immobile manner,
A cabin for an industrial vehicle comprising a body provided with a front windshield frame defining an opening and comprising an upper crosspiece , a lower crosspiece and a pair of lateral uprights , characterized in that it comprises an auxiliary frame comprising: - an upper crosspiece fixed to the upper crosspiece of said windshield frame ; - a pair of lateral uprights fixed to the respective uprights of said windshield frame ; and - a lower crosspiece having two end portions fixed to the respective lateral uprights of said auxiliary frame and extending forward with respect to the latter, and an intermediate portion extending transversely in front of the lower crosspiece of said windshield frame , said auxiliary frame constituting a pre-assembled unit that can be fixed to said windshield frame and being configured to support a windshield . - an upper crosspiece fixed to the upper crosspiece of said windshield frame ; - a pair of lateral uprights fixed to the respective uprights of said windshield frame ; and - a lower crosspiece having two end portions fixed to the respective lateral uprights of said auxiliary frame and extending forward with respect to the latter, and an intermediate portion extending transversely in front of the lower crosspiece of said windshield frame ,
Device for detecting obstacles for a rail vehicle , comprising a pilot beam which is attached to the bogie frame of the rail vehicle in front of the leading wheelset by means of a mounting bracket , wherein the mounting bracket is constituted by two vertically disposed spring elements , wherein each spring element is implemented as a leaf spring and is fixed at an upper end to the bogie frame and at a lower end to the pilot beam , wherein each leaf spring is subject to bending stress in the event of collision, wherein each spring element has a stress-strain converter which is disposed between the upper end and the lower end on a broad surface of a spring element , and wherein each stress-strain converter is connected to an on-board evaluation unit via a signal-carrying connection , wherein the mounting bracket is constituted by the two leaf springs spaced apart by a distance corresponding to the width of the bogie frame , wherein each leaf spring acts as a fixed beam which is subject to bending stress in the event of collision, and simultaneously as a force sensor which transmits a time-dependent force signal to the evaluation unit , wherein the evaluation unit is configured to compare a measurement signal with a threshold value dependent on a vehicle speed following a signal-related analysis, after which a direct opening of a safety circuit takes place and emergency braking is initiated if the measurement signal exceeds the threshold value, or after which, via an internal vehicle bus , an indication is made to a driver if the measurement signal remains below the threshold value, wherein the stress-strain converter is designed as a strain gauge, and wherein the evaluation unit is linked to the safety circuit and to the electronic vehicle bus .
An exhaust gas recirculation mixer , the mixer comprising: a convergent nozzle in a flow path from an air inlet of the mixer to an outlet of the mixer, the convergent nozzle converging toward the outlet of the mixer; an exhaust gas housing comprising an exhaust gas inlet into an interior of the exhaust gas housing; and a convergent-divergent nozzle comprising an air-fuel exhaust gas inlet for receiving an air flow, a fuel flow, and an exhaust gas flow, the convergent-divergent nozzle being in fluid communication to receive fluid flow from the convergent nozzle and the interior of the exhaust gas housing, and a fuel supply coupled to the mixer and in communication with the air-fuel exhaust gas inlet, the fuel supply comprising a fuel supply tube positioned parallel to and centrally within the air flow path, the fuel supply tube configured to supply fuel into the air flow path in a direction of flow and upstream of the convergent nozzle. a convergent nozzle in a flow path from an air inlet of the mixer to an outlet of the mixer, the convergent nozzle converging toward the outlet of the mixer; an exhaust gas housing comprising an exhaust gas inlet into an interior of the exhaust gas housing; and a convergent-divergent nozzle comprising an air-fuel exhaust gas inlet for receiving an air flow, a fuel flow, and an exhaust gas flow, the convergent-divergent nozzle being in fluid communication to receive fluid flow from the convergent nozzle and the interior of the exhaust gas housing, and a fuel supply coupled to the mixer and in communication with the air-fuel exhaust gas inlet, the fuel supply comprising a fuel supply tube positioned parallel to and centrally within the air flow path, the fuel supply tube configured to supply fuel into the air flow path in a direction of flow and upstream of the convergent nozzle.
A roaming network access method, comprising: acquiring , by user equipment, a list of networks with which registration can be successful; searching , by the user equipment, for an available network in a roaming area; each time the user equipment finds an available network, determining , by the user equipment, whether the found available network is recorded in the list of networks with which registration can be successful; and if yes, attempting , by the user equipment, to register with the found available network; if no, continuing to search for an available network; wherein the list of networks with which registration can be successful is a list used for recording historical roaming information, wherein the historical roaming information is information about a network with which the user has successfully registered during roaming; wherein a backup of the list of networks with which registration can be successful is stored on a cloud server; and the acquiring, by user equipment, a list of networks with which registration can be successful comprises: detecting, by the user equipment, whether the list of networks with which registration can be successful is stored in the non-volatile memory of the user equipment; and if not, acquiring, by the user equipment, the list of networks with which registration can be successful stored on the cloud server; or if yes, synchronizing, by the user equipment with the cloud server, the list of networks with which registration can be successful. acquiring , by user equipment, a list of networks with which registration can be successful; searching , by the user equipment, for an available network in a roaming area; each time the user equipment finds an available network, determining , by the user equipment, whether the found available network is recorded in the list of networks with which registration can be successful; and if yes, attempting , by the user equipment, to register with the found available network; if no, continuing to search for an available network; wherein the list of networks with which registration can be successful is a list used for recording historical roaming information, wherein the historical roaming information is information about a network with which the user has successfully registered during roaming; wherein a backup of the list of networks with which registration can be successful is stored on a cloud server; and the acquiring, by user equipment, a list of networks with which registration can be successful comprises: detecting, by the user equipment, whether the list of networks with which registration can be successful is stored in the non-volatile memory of the user equipment; and if not, acquiring, by the user equipment, the list of networks with which registration can be successful stored on the cloud server; or if yes, synchronizing, by the user equipment with the cloud server, the list of networks with which registration can be successful.
A computer implemented method for solving a quadratic programming optimization problem with bound constraints in a Model-based Predictive Controller (MPC) on an embedded platform, said embedded platform having limited CPU and memory resources; the MPC comprising a quadratic programming (QP) solver as a core algorithm for solving sets of linear equations associated with feasible combinations of active constraints of said QP optimization problem at each iteration of said QP solver, said sets of linear equations each comprising a Karush-Kuhn-Tucker (KKT) matrix defined by said combination of active constraints, the solving comprising factorizing the KKT matrix in combination with back substitution; the method being characterized in that : the factorizing of the KKT matrix is performed using a semi-explicit QP solver based on a partial factorization approach having two parts: (i) storing pre-computed partial factors of said KKT matrices generated in an off-line portion of said semi-explicit QP solver ; and (ii) finalizing said factorization of said KKT matrices in an on-line portion of said semi-explicit QP solver with respect to said at least one QP optimization problem by utilizing said partial factors , wherein the configuration between the two parts is based on the CPU and memory allocation, thereby enabling selectable allocation between CPU utilization and available memory storage. (i) storing pre-computed partial factors of said KKT matrices generated in an off-line portion of said semi-explicit QP solver ; and (ii) finalizing said factorization of said KKT matrices in an on-line portion of said semi-explicit QP solver with respect to said at least one QP optimization problem by utilizing said partial factors ,
A method for manufacturing an electrothermal film layer , wherein the electrothermal film layer is formed on a surface of an insulating substrate by subjecting a mixture comprising tin dioxide, antimony and fluorine to spraying, deposition or evaporation, and the electrothermal film layer and the insulating substrate are subjected to annealing, characterised in that based on a total mass of the mixture an amount of antimony is in a range of 1.0 to 2.0%, and an amount of fluorine is in a range of 0.1 to 0.3%.
A vehicle driving force control device for controlling a driving force (K) of a motive power source (E, M) in accordance with an operation of a handlebar grip attached to a vehicle , the handlebar grip being nonrotatably secured to the vehicle , the vehicle driving force control device comprising: twisting force detection means for detecting a twisting force (N) that is oriented in one direction or in the other direction and applied to the handlebar grip ; and a control section configured to control the driving force (K) in accordance with the detected twisting force (N), wherein the control section exercises control to increase the driving force (K) in accordance with the twisting force (N) oriented in the one direction; and vehicle speed detection means for detecting a vehicle speed (V) of the vehicle ; and characterized in that the vehicle driving force control device further comprises running resistance calculation means for determining a running resistance (f) based on the vehicle speed (V), wherein, if the twisting force (N) remains at the predetermined value (S2) or within the first predetermined range (ΔS 1 ) for a predetermined period of time, the control section executes cruise control for balancing the driving force (K) with the running resistance (f). twisting force detection means for detecting a twisting force (N) that is oriented in one direction or in the other direction and applied to the handlebar grip ; and a control section configured to control the driving force (K) in accordance with the detected twisting force (N), wherein the control section exercises control to increase the driving force (K) in accordance with the twisting force (N) oriented in the one direction; and vehicle speed detection means for detecting a vehicle speed (V) of the vehicle ; and the vehicle driving force control device further comprises running resistance calculation means for determining a running resistance (f) based on the vehicle speed (V), wherein, if the twisting force (N) remains at the predetermined value (S2) or within the first predetermined range (ΔS 1 ) for a predetermined period of time, the control section executes cruise control for balancing the driving force (K) with the running resistance (f).
Apparatus for metering carbon dioxide snow, having a storage container into which a feed line for carbon dioxide snow and a gas extraction line for removal of carbon dioxide gas open out and which is equipped with a discharge unit for metered delivery of carbon dioxide snow, wherein the discharge unit comprises a discharge opening , which is arranged laterally in the region of a metering section of the storage container , and a horizontally movable sliding element , which interacts with the discharge opening and serves for pushing out carbon dioxide snow situated in the metering section through the discharge opening , characterized in that provision is made of at least two snow horns which in each case are connected to a feed line for liquid carbon dioxide and open out into the storage container at a mouth opening and which are arranged in such a way that the streams of carbon dioxide snow and carbon dioxide gas entering the storage container from their mouth openings are directed toward one another at least in terms of a directional component, and the gas extraction line leads away from the storage container above the mouth openings of the snow horns and, between the mouth openings of the snow horns and the mouth of the gas extraction line , provision is made of a separating section in which snow particles entrained by the gas stream are separated from the gas.