mhurhangee/ep-ind-claims huggingface dataset:
A hinge between a frame and a temple of spectacles, the hinge comprising at least one central part, the frame and the temple, rendering it possible for the temples of the spectacles to be in a use and a store position, respectively, wherein at least one electrical cable or electrical wire or optical cable or optical wire is running between the frame and the temple, the hinge having two axis connections each defining a rotational axis, the rotational axes being spaced apart from each other, a first axis connection positioned at the frame and a second axis connection positioned at the temple, and therebetween the at least one central part, thus separating the total bending or deflection into at least two bends or deflections, characterized in that the at least on central part is arranged to let the at least one cable or wire aim to follow a thought neutral bending plane through the hinge thus the at least one cable or wire is not stretched in the store position of the temples nor crinkled in the use position wherein portions of an upper and lower side of the frame and the temple reach over portions of the central part, wherein the upper side and the lower side each comprises pivoting means cooperating with a pivoting means of the central part.
A stock rail for use in a railroad switch, comprising a rail head, a rail web and a rail foot, wherein the stock rail comprises a first longitudinal section forming an abutment region for a tongue rail and a second longitudinal section lying outside the abutment region, wherein the stock rail in the second longitudinal section has a cross-sectional base profile with a central axis extending through the center of the rail head cross section, wherein the rail head in the first longitudinal section is machined starting from the cross-sectional base profile, comprising a chamfer inclinedly extending from a running edge to the rail web, wherein the running edge is formed to have the largest normal distance to the central axis at the point of the rail head cross section, and comprising a gradual width reduction of the rail head such that the running edge, compared to the base profile, lies closer to the central axis of the stock rail, the rail head having substantially no width reduction at least at a first point within the first longitudinal section and having a maximum width reduction at least at a second point within the first longitudinal section, characterized in that the running edge at the first point and the running edge at the second point lie substantially in a common running edge plane disposed at a right angle relative to the central axis.
A bed apparatus comprising: a load measuring unit for detecting the load of a bed section and generating a load signal; a body weight computing unit for computing the body weight of a user positioned on the bed section on the basis of said load signal; a first determination unit for determining whether said body weight is equal to or less than a prescribed first threshold, and providing a determination result; a center-of-gravity position computing unit for computing a center-of-gravity position of said user on the basis of said load signal; and a second determination unit for determining whether said center-of-gravity position is in a monitored area of the bed section, said monitored area being a sitting position at the edge of the bed section, wherein a controller is configured to detect the state of said user as being sitting on an edge sitting position, when said first determination unit has determined that said body weight is less than said first threshold, and said second determination unit has determined that said center-of-gravity position is within said monitored area. a load measuring unit for detecting the load of a bed section and generating a load signal; a body weight computing unit for computing the body weight of a user positioned on the bed section on the basis of said load signal; a first determination unit for determining whether said body weight is equal to or less than a prescribed first threshold, and providing a determination result; a center-of-gravity position computing unit for computing a center-of-gravity position of said user on the basis of said load signal; and a second determination unit for determining whether said center-of-gravity position is in a monitored area of the bed section, said monitored area being a sitting position at the edge of the bed section, wherein a controller is configured to detect the state of said user as being sitting on an edge sitting position, when said first determination unit has determined that said body weight is less than said first threshold, and said second determination unit has determined that said center-of-gravity position is within said monitored area.
A process comprising: preparing a solution from raw materials comprising a solvent, an alkanolamine and a ligand raw material comprising a hydrolyzable organophosphorus ligand, wherein the raw materials have a total acidity equivalent to at least 200 ppmw phosphorous acid, based on the weight of the ligand, wherein the concentration of alkanolamine in the solution is from 0.025 to 1 wt% based on the total weight of the solution, and wherein the solution is substantially free of transition metals; and further comprising feeding the ligand solution to a hydroformylation process.
Method for controlling a vehicle park brake system, wherein the park brake system is electronically controlled and wherein a user can request park brake deactivation through a park brake input device, characterized in that when the user has initiated a park brake deactivation request using the park brake input device, the park brake is deactivated if the park brake deactivation request is maintained for at least a first time period.
An isolated antibody, or an antigen-binding portion thereof, that binds to LY75, said antibody comprising: a) a heavy chain variable region comprising: i) a first vhCDR comprising SEQ ID NO: 5; ii) a second vhCDR comprising SEQ ID NO: 6; and iii) a third vhCDR comprising SEQ ID NO: 7; and b) a light chain variable region comprising: i) a first vICDR comprising SEQ ID NO: 8; ii) a second vICDR comprising SEQ ID NO: 9; and iii) a third vICDR comprising SEQ ID NO: 10, wherein any one or more of the above SEQ ID NOs independently comprise one or two amino acid substitutions and wherein the antibody is internalized. a) a heavy chain variable region comprising: i) a first vhCDR comprising SEQ ID NO: 5; ii) a second vhCDR comprising SEQ ID NO: 6; and iii) a third vhCDR comprising SEQ ID NO: 7; and i) a first vhCDR comprising SEQ ID NO: 5; ii) a second vhCDR comprising SEQ ID NO: 6; and iii) a third vhCDR comprising SEQ ID NO: 7; and b) a light chain variable region comprising: i) a first vICDR comprising SEQ ID NO: 8; ii) a second vICDR comprising SEQ ID NO: 9; and iii) a third vICDR comprising SEQ ID NO: 10, wherein any one or more of the above SEQ ID NOs independently comprise one or two amino acid substitutions and wherein the antibody is internalized. i) a first vICDR comprising SEQ ID NO: 8; ii) a second vICDR comprising SEQ ID NO: 9; and iii) a third vICDR comprising SEQ ID NO: 10,
A mobile device implemented method comprising: receiving a request at the mobile device from a user to make an emergency call over a network; attempting to place the emergency call via the mobile device; detecting a failure of a random access procedure for the emergency call by the mobile device; using a reduced back off parameter value as compared to a back off parameter value for a non-emergency call; and re-attempting the random access procedure for the emergency call via the mobile device according to the reduced back off parameter value, wherein a back off time for the re-attempt of the random access procedure is a selected random value between 0 and the reduced back off parameter value; characterized in that, after the re-attempting the random access procedure, the reduced back off parameter value is increased and a random access preamble transmission count is incremented; and repeating re-attempting the random access procedure until the reduced back off parameter value reaches a non-emergency back off parameter value and a maximum random access preamble transmission count is reached; wherein the maximum random access preamble transmission count for an emergency call is greater than a maximum random access preamble transmission count for a non-emergency call. receiving a request at the mobile device from a user to make an emergency call over a network; attempting to place the emergency call via the mobile device; detecting a failure of a random access procedure for the emergency call by the mobile device; using a reduced back off parameter value as compared to a back off parameter value for a non-emergency call; and re-attempting the random access procedure for the emergency call via the mobile device according to the reduced back off parameter value, wherein a back off time for the re-attempt of the random access procedure is a selected random value between 0 and the reduced back off parameter value; characterized in that, after the re-attempting the random access procedure, the reduced back off parameter value is increased and a random access preamble transmission count is incremented; and repeating re-attempting the random access procedure until the reduced back off parameter value reaches a non-emergency back off parameter value and a maximum random access preamble transmission count is reached; wherein the maximum random access preamble transmission count for an emergency call is greater than a maximum random access preamble transmission count for a non-emergency call.
A vibratory disk mill device for comminuting feed material, in particular feed material of a particle size of less than 20 mm or less than 10 mm, in particular designed for grinding the feed material to particle sizes of less than 75 μm, with: - a mill housing; - a grinding system, which is arranged in the mill housing in an oscillatory movable manner and has a grinding chamber (13.1) and at least one grindstone movably arranged in the grinding chamber; - at least one eccentric shaft drive, which is mounted in the mill housing and generates the vibrating movement in the grinding chamber, and at least two eccentric shafts, in particular at least two synchronously rotating eccentric shafts; - at least one balancing mass unit, which is coupled to the eccentric shaft drive and is designed for balancing an imbalance; characterized in that the balancing mass unit is coupled to the eccentric shaft drive in such a way that a phase offset of greater than 180°, in particular greater than 185°, can be set between an eccentric maximum of the balancing mass unit and an eccentric maximum of the grinding chamber. - a mill housing; - a grinding system, which is arranged in the mill housing in an oscillatory movable manner and has a grinding chamber (13.1) and at least one grindstone movably arranged in the grinding chamber; - at least one eccentric shaft drive, which is mounted in the mill housing and generates the vibrating movement in the grinding chamber, and at least two eccentric shafts, in particular at least two synchronously rotating eccentric shafts; - at least one balancing mass unit, which is coupled to the eccentric shaft drive and is designed for balancing an imbalance;
Profile strand (10, 110) for a motor vehicle, comprising: an attachment portion (20, 120); a trimming portion (40, 140), which has a visible surface (41, 141) that is provided with elevations and recesses for an enhancement of the visual and haptic surface depth; the trimming portion (40, 140) being formed of a fibre composite material comprising an elastomer matrix of a first elastomer and flock fibres embedded in the elastomer matrix, for producing a textile-like look and feel, the flock fibres each having a fibre length composed of a first length and a second length, and each having a matrix region embedded in the elastomer matrix and an exposition region protruding from the elastomer matrix; the matrix region having the first length and the exposition region having the second length, and the first length being greater than the second length. an attachment portion (20, 120); a trimming portion (40, 140), which has a visible surface (41, 141) that is provided with elevations and recesses for an enhancement of the visual and haptic surface depth; the trimming portion (40, 140) being formed of a fibre composite material comprising an elastomer matrix of a first elastomer and flock fibres embedded in the elastomer matrix, for producing a textile-like look and feel, the flock fibres each having a fibre length composed of a first length and a second length, and each having a matrix region embedded in the elastomer matrix and an exposition region protruding from the elastomer matrix; the matrix region having the first length and the exposition region having the second length, and the first length being greater than the second length.
Drive for a boat, having a housing arranged underwater during operation of the drive and having an electric motor accommodated in the housing for driving a propeller, wherein a cooling section is provided in the housing, which cooling section is provided with a coolant duct, wherein the coolant duct is in communication with water present in the vicinity of the housing via a coolant inlet and via a coolant outlet through the housing, characterised in that the housing has, in the region of the coolant outlet, a constriction providing a negative pressure, such that during movement of the housing through water, a negative pressure is generated in the region of the coolant outlet. wherein a cooling section is provided in the housing, which cooling section is provided with a coolant duct, wherein the coolant duct is in communication with water present in the vicinity of the housing via a coolant inlet and via a coolant outlet through the housing, characterised in that the housing has, in the region of the coolant outlet, a constriction providing a negative pressure, such that during movement of the housing through water, a negative pressure is generated in the region of the coolant outlet.
A closure for a beverage keg, the closure comprising: a valve housing; a valve element that is movable with respect to the valve housing inwardly into an open state and outwardly into a closed state; and a locking system comprising a locking element that is movable with respect to the valve housing and is capable of holding the valve element in the open state; wherein the locking element comprises a body portion located inside the valve housing and a leg, wherein the leg comprises an engagement element that is configured to engage a stop formation fixed with respect to the valve housing in order to limit the maximum extent of movement of the locking element in an upward direction relative to the valve housing after beverage has been dispensed from the keg, and characterized in that the leg extends outwardly from the body portion to the exterior of the valve housing. a valve housing; a valve element that is movable with respect to the valve housing inwardly into an open state and outwardly into a closed state; and a locking system comprising a locking element that is movable with respect to the valve housing and is capable of holding the valve element in the open state; wherein the locking element comprises a body portion located inside the valve housing and a leg, wherein the leg comprises an engagement element that is configured to engage a stop formation fixed with respect to the valve housing in order to limit the maximum extent of movement of the locking element in an upward direction relative to the valve housing after beverage has been dispensed from the keg, and characterized in that the leg extends outwardly from the body portion to the exterior of the valve housing.
A method for synchronizing timing related to a secondary component carrier, SCC, in carrier aggregated wireless networks, comprising: determining an out-of-synchronization status with respect to the SCC utilized to communicate with an eNodeB; signaling an indication of the out-of-synchronization status to the eNodeB; and performing a random access procedure with the eNodeB to synchronize timing for communicating over the SCC. determining an out-of-synchronization status with respect to the SCC utilized to communicate with an eNodeB; signaling an indication of the out-of-synchronization status to the eNodeB; and performing a random access procedure with the eNodeB to synchronize timing for communicating over the SCC.
A vehicle control device comprising: state quantity detection means for detecting a state quantity indicating a vehicle body orientation; and friction brake orientation control means for minimizing pitching motion in the vehicle body orientation by applying braking torque from a friction brake at least to a front wheel, and minimizing bouncing motion in the vehicle body orientation by applying braking torque from the friction brake to all four wheels; said vehicle control device being characterized in that the friction brake orientation control means prioritizes minimizing the pitching motion over minimizing the bouncing motion. state quantity detection means for detecting a state quantity indicating a vehicle body orientation; and friction brake orientation control means for minimizing pitching motion in the vehicle body orientation by applying braking torque from a friction brake at least to a front wheel, and minimizing bouncing motion in the vehicle body orientation by applying braking torque from the friction brake to all four wheels; said vehicle control device being characterized in that the friction brake orientation control means prioritizes minimizing the pitching motion over minimizing the bouncing motion.
A system for tuning the audio performance of a consumer electronics device comprising: an audio testing component for deriving an audio test dataset from the consumer electronics device; a master design record for outputting a reference dataset, wherein the master design record comprises at least a portion of a history of audio test datasets and associated audio parameters; an audio parameter generator, comprising a probabilistic model for deriving one or more audio parameters based on a comparison between the audio test dataset and the reference dataset; a machine learning algorithm for training the probabilistic model; and a programming unit to program the derived audio parameters onto the consumer electronics device. an audio testing component for deriving an audio test dataset from the consumer electronics device; a master design record for outputting a reference dataset, wherein the master design record comprises at least a portion of a history of audio test datasets and associated audio parameters; an audio parameter generator, comprising a probabilistic model for deriving one or more audio parameters based on a comparison between the audio test dataset and the reference dataset; a machine learning algorithm for training the probabilistic model; and a programming unit to program the derived audio parameters onto the consumer electronics device.
A fuel nozzle comprising; a burner tube having a central axis and a nozzle tip disposed therein; a flange having a first and a second fluid inlet fluidly connected to a first and a second flow passage (175,176), respectively; a stem having at least a first and a second generally axially extending flow channel (181, 182) fluidly connected to said at least first and second flow passages (175,176), respectively; a swirler having at least a first and a second radially extending premix passage (154,155), each said premix passage (154,155) fluidly connected to said at least first and second generally axially extending flow channels (181,182), respectively; said flange and said stem each comprising a single component; characterized in that the flange is connected to said burner tube, and in that each said at least first and second generally axially extending flow channel (181,182) is circumferentially disposed from each other.
A method of processing and distribution of meat products for supplying remote retail outlets with cabinet ready products, the method including the steps of: placing primal meat products in a first sealable reusable container and storing the primal meat products in the first container for a first period of time; removing the primal meat products from the container at the end of the first period of time and processing the primal meat products into retail meat products; storing the retail meat products in a central storage facility for a storage for a predetermined second period of time and at a temperature selected to improve colour stability of the retail meat products by reducing oxygen consuming reactions in the retail meat products; receiving a retail order; determining which retail meat products required in the retail order have been stored in the central storage facility for the predetermined second period of time; selecting retail meat products in the central storage facility dependent on the retail order which have been stored in the central storage facility for the predetermined second period of time; and transporting the selected retail meat products in a second sealable reusable container to a remote retail facility in cabinet ready form. placing primal meat products in a first sealable reusable container and storing the primal meat products in the first container for a first period of time; removing the primal meat products from the container at the end of the first period of time and processing the primal meat products into retail meat products; storing the retail meat products in a central storage facility for a storage for a predetermined second period of time and at a temperature selected to improve colour stability of the retail meat products by reducing oxygen consuming reactions in the retail meat products; receiving a retail order; determining which retail meat products required in the retail order have been stored in the central storage facility for the predetermined second period of time; selecting retail meat products in the central storage facility dependent on the retail order which have been stored in the central storage facility for the predetermined second period of time; and transporting the selected retail meat products in a second sealable reusable container to a remote retail facility in cabinet ready form.
A method of configuring a smart mobile device for remote control of a target process, the configuring executed by a local configuration service which is a URI handler, the device comprising a tag reader, an interface (22, 23) to a communications network (30, 31), and an operating system capable of dispatching a URI to be handled by a URI handler selected from among a plurality of URI handlers that are installed on the mobile device including the local configuration service, the method being characterized in that the local configuration service performs the steps of: - receiving a specific URI that is related to the target process, - connecting, via the communications network (30, 31) and on the basis of parameters inferred from the received URI, to an external configuration service (41, 52) for downloading a mobile client application for controlling the target process, said mobile client application being another URI handler, and - returning said specific URI to the operating system, thereby causing said operating system to call up the mobile client application. - receiving a specific URI that is related to the target process, - connecting, via the communications network (30, 31) and on the basis of parameters inferred from the received URI, to an external configuration service (41, 52) for downloading a mobile client application for controlling the target process, said mobile client application being another URI handler, and - returning said specific URI to the operating system, thereby causing said operating system to call up the mobile client application.