mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a processor configured to perform a method comprising, receiving an indication of the aphakic refractive power of a patient's eye, determining an estimate of the post-surgical effective lens position of an intraocular lens to be inserted in the patient's eye, the estimate of the post-surgical ELP of the intraocular lens being based on the indication of the aphakic refractive power of the patient's eye and a relationship between aphakic refractive power and intraocular lens ELP, and determining an amount of optical power for the intraocular lens to be inserted into the patient's eye based on the estimate of the post-surgical ELP of the intraocular lens. a processor configured to perform a method comprising, receiving an indication of the aphakic refractive power of a patient's eye, determining an estimate of the post-surgical effective lens position of an intraocular lens to be inserted in the patient's eye, the estimate of the post-surgical ELP of the intraocular lens being based on the indication of the aphakic refractive power of the patient's eye and a relationship between aphakic refractive power and intraocular lens ELP, and determining an amount of optical power for the intraocular lens to be inserted into the patient's eye based on the estimate of the post-surgical ELP of the intraocular lens. receiving an indication of the aphakic refractive power of a patient's eye, determining an estimate of the post-surgical effective lens position of an intraocular lens to be inserted in the patient's eye, the estimate of the post-surgical ELP of the intraocular lens being based on the indication of the aphakic refractive power of the patient's eye and a relationship between aphakic refractive power and intraocular lens ELP, and determining an amount of optical power for the intraocular lens to be inserted into the patient's eye based on the estimate of the post-surgical ELP of the intraocular lens.
A thermal ink jet ink composition comprising: one or more volatile organic solvents, wherein the one or more volatile organic solvents are selected from the group consisting of C 1 -C 4 alcohols, C 4 -C 8 ethers, C 3 -C 6 ketones, C 3 -C 6 esters, and mixtures thereof, wherein the one or more volatile organic solvents are present in an amount 70% or more by weight of the ink jet ink composition; one or more humectants, wherein the humectants are present in an amount not more than 30% by weight of the ink jet ink composition, wherein the one or more humectants comprises a glycol ether; one or more binder resins, wherein the binder resins are present in an amount from 0.3% to 8% by weight of the ink jet ink composition; and one or more dyes, wherein the ink jet ink composition optionally includes water up to 5% by weight of the ink jet ink composition. one or more volatile organic solvents, wherein the one or more volatile organic solvents are selected from the group consisting of C 1 -C 4 alcohols, C 4 -C 8 ethers, C 3 -C 6 ketones, C 3 -C 6 esters, and mixtures thereof, wherein the one or more volatile organic solvents are present in an amount 70% or more by weight of the ink jet ink composition; one or more humectants, wherein the humectants are present in an amount not more than 30% by weight of the ink jet ink composition, wherein the one or more humectants comprises a glycol ether; one or more binder resins, wherein the binder resins are present in an amount from 0.3% to 8% by weight of the ink jet ink composition; and one or more dyes, wherein the ink jet ink composition optionally includes water up to 5% by weight of the ink jet ink composition.
A materials handling vehicle having detection zone control comprising: a power unit for driving the vehicle; at least one contactless obstacle sensor on the vehicle that is operable to scan a scanned zone within an environment proximate to the vehicle, characterized in that the environment comprises the scanned zone and a history zone, the history zone being not actively scanned by the at least one obstacle sensor, but objects that are detected by the at least one obstacle sensor in the scanned zone are capable of being tracked as they pass through the history zone during movement of the vehicle; and a controller configured to receive information obtained from the at least one obstacle sensor and to define at least two zones within the environment based on the received information, the at least two zones comprising at least one stop zone (300,302) and at least one steer away zone (304, 306), wherein the controller: performs a stop action to bring the vehicle to a stop if an object is detected in the at least one stop zone (300, 302); performs a steer maneuver to steer the vehicle away from an object detected in the at least one steer away zone (304, 306); and tracks objects determined to be in the history zone until such objects are no longer in the environment. a power unit for driving the vehicle; at least one contactless obstacle sensor on the vehicle that is operable to scan a scanned zone within an environment proximate to the vehicle, characterized in that the environment comprises the scanned zone and a history zone, the history zone being not actively scanned by the at least one obstacle sensor, but objects that are detected by the at least one obstacle sensor in the scanned zone are capable of being tracked as they pass through the history zone during movement of the vehicle; and a controller configured to receive information obtained from the at least one obstacle sensor and to define at least two zones within the environment based on the received information, the at least two zones comprising at least one stop zone (300,302) and at least one steer away zone (304, 306), wherein the controller: performs a stop action to bring the vehicle to a stop if an object is detected in the at least one stop zone (300, 302); performs a steer maneuver to steer the vehicle away from an object detected in the at least one steer away zone (304, 306); and tracks objects determined to be in the history zone until such objects are no longer in the environment. performs a stop action to bring the vehicle to a stop if an object is detected in the at least one stop zone (300, 302); performs a steer maneuver to steer the vehicle away from an object detected in the at least one steer away zone (304, 306); and tracks objects determined to be in the history zone until such objects are no longer in the environment.
A stimulator device, comprising: a plurality of electrode nodes, each electrode node configured to be coupled to a corresponding electrode configured to contact a patient's tissue; and Digital-to-Analog Converter,DAC, circuitry controllable by a digital amplitude bus configured to specify a plurality of amplitude values, wherein the DAC circuitry is configured to set a magnitude of an output current at at least one of the electrode nodes in accordance with an amplitude value carried by the digital amplitude bus, wherein the magnitude of the output current increases non-linearly as the amplitude value is incremented through the plurality of amplitude values. a plurality of electrode nodes, each electrode node configured to be coupled to a corresponding electrode configured to contact a patient's tissue; and Digital-to-Analog Converter,DAC, circuitry controllable by a digital amplitude bus configured to specify a plurality of amplitude values, wherein the DAC circuitry is configured to set a magnitude of an output current at at least one of the electrode nodes in accordance with an amplitude value carried by the digital amplitude bus, wherein the magnitude of the output current increases non-linearly as the amplitude value is incremented through the plurality of amplitude values.
A method for increasing embryo implantation rate in the uterus of mammals, which is not for the treatment by surgery or therapy practiced on the human or animal body, which is characterized in that it comprises administering to the uterus of a mammal an effective amount of 1 x 10 -7 mg to 1 mg / kg of body weight of said mammal of an active form of beta-galactoside-binding lectin or an alkylated form thereof, selected from Galectin-1, Galectin-3, Galectin-9, Galectin-13, Galectin-15 and preferably Galectin-1, simultaneously with or up to 17 days after administration of semen, an oocyte, or an embryo.
A stand mixer comprising: a main body and a base used to support the main body, a motor being disposed in the main body for driving a mixing tool, the base comprises a suspending plate configured to support the main body; a base plate configured to support a mixing bowl; and a middle plate connecting the suspending plate and the base plate, the suspending plate, the base plate, and the middle plate being an integrally formed solid thin plate, characterized in that: a mixing bowl mounting seat is provided on an upper surface of the base plate.
A computer-implemented method for routing traffic through a network, the network including a plurality of interconnected switching devices, the computer implemented method comprising the steps of: (a) receiving, at an access switching device, a packet that includes a header and contents, the access switching device comprising a routing table that maps destination subnets to particular ports of the access switching device and a quick lookup table, wherein the quick lookup table maps data steams to particular ports of the access switching device and is separate from the routing table; (b) determining, at the access switching device, that the packet is in a new data stream, wherein the determining (b) comprises determining that the packet's data stream does not have an entry in the quick lookup table; (c) determining, at a flow vector server, that a rule in a plurality of rules correlates to the contents of the packet; (d) determining, at the flow vector server, a destination for the packet based on the rule; (e) determining, at the flow vector server, a label to attach to the packet, the label indicating to the plurality of interconnected switching devices how to route data to the destination; and (f) attaching, at the access switching device, the label to respective packets in the new data stream to direct the data stream to the destination determined based on the rule and the contents. (a) receiving, at an access switching device, a packet that includes a header and contents, the access switching device comprising a routing table that maps destination subnets to particular ports of the access switching device and a quick lookup table, wherein the quick lookup table maps data steams to particular ports of the access switching device and is separate from the routing table; (b) determining, at the access switching device, that the packet is in a new data stream, wherein the determining (b) comprises determining that the packet's data stream does not have an entry in the quick lookup table; (c) determining, at a flow vector server, that a rule in a plurality of rules correlates to the contents of the packet; (d) determining, at the flow vector server, a destination for the packet based on the rule; (e) determining, at the flow vector server, a label to attach to the packet, the label indicating to the plurality of interconnected switching devices how to route data to the destination; and (f) attaching, at the access switching device, the label to respective packets in the new data stream to direct the data stream to the destination determined based on the rule and the contents.
A bacterial strain deposited on October 24, 2018, at the Collection Nationale de Culture de Microorganismes (CNCM), 28 rue du Dr. Roux, 75724 PARIS CEDEX 15, according to the Budapest Treaty under number CNCM I-5373.
A cold rolled and annealed steel sheet comprising by weight: 0.6 < C < 1.3%, 18 ≤ Mn < 30%, 7 ≤ Al < 12%, Si ≤ 2.0 % S ≤ 0.015%, P ≤ 0.1%, N ≤ 0.1%, possibly one or more optional elements chosen among Ni, Cr and Cu in an individual amount of up to 3% and possibly one or more elements chosen among B, Ta, Zr, Nb, V, Ti, Mo, and W in a cumulated amount of up to 2.0%, the remainder of the composition being iron and inevitable impurities resulting from the elaboration, the microstructure of said sheet comprising at least 0.1% of intragranular kappa carbides, wherein at least 80% of such kappa carbides have an average size below 30 nm, optionally up to 10% of granular ferrite, the remainder being made of austenite, the average grain size and average aspect ratio of the austenite being respectively below 6 μm and comprised between 2 and 10 and the average grain size and average aspect ratio of the ferrite, when present, being respectively below 5 μm and below 3.0, the density of said steel sheet being equal or below 7.2 and its tensile elongation being at least 5.0%, said steel sheet having an ultimate tensile strength of at least 1300 MPa and a yield strength of at least 1200 MPa, wherein the microstructure and the strength are measured according to the description. 0.6 < C < 1.3%, 18 ≤ Mn < 30%, 7 ≤ Al < 12%, Si ≤ 2.0 % S ≤ 0.015%, P ≤ 0.1%, N ≤ 0.1%,
A heat dissipation apparatus, comprising: a connection assembly, having a first connection port and a second connection port; a heat dissipation assembly; and a control unit, connected to the connection assembly and the heat dissipation assembly, wherein the control unit is configured to obtain information sent by an electronic device and a charging device through the connection assembly in response to the first connection port being connected to the charging device and the second connection port being connected to the electronic device; and the control unit is configured to control a heat dissipation process of the heat dissipation assembly based on the information sent by the electronic device and the charging device. a connection assembly, having a first connection port and a second connection port; a heat dissipation assembly; and a control unit, connected to the connection assembly and the heat dissipation assembly, wherein the control unit is configured to obtain information sent by an electronic device and a charging device through the connection assembly in response to the first connection port being connected to the charging device and the second connection port being connected to the electronic device; and the control unit is configured to control a heat dissipation process of the heat dissipation assembly based on the information sent by the electronic device and the charging device.
An embedded system comprising: a processing circuit comprising at least one processor configured to support an exponential computation of N-bit input data; and a plurality of look-up tables, LUTs, where the LUTs are of a size less than 2^N and contain a plurality of exponential values; wherein the processing circuit is configured to: receive the N-bit input data; parse the N-bit input data into a plurality of subsets of data; extract respective exponential values from the plurality of LUTs associated with the respective data subsets; and multiply the plurality (m) of extracted exponential values to produce an exponential computation of the N-bit input data (440, 540), wherein the embedded system is characterised in that the plurality of LUTs are of unequal size, such that the N-bit input data is parsed into a plurality of unequal bit-length subsets of data by using an interleaved number sequence and the processing circuit multiplies the plurality (m) of extracted unequal bit-length exponential values. a processing circuit comprising at least one processor configured to support an exponential computation of N-bit input data; and a plurality of look-up tables, LUTs, where the LUTs are of a size less than 2^N and contain a plurality of exponential values; receive the N-bit input data; parse the N-bit input data into a plurality of subsets of data; extract respective exponential values from the plurality of LUTs associated with the respective data subsets; and multiply the plurality (m) of extracted exponential values to produce an exponential computation of the N-bit input data (440, 540), wherein the embedded system is characterised in that the plurality of LUTs are of unequal size, such that the N-bit input data is parsed into a plurality of unequal bit-length subsets of data by using an interleaved number sequence and the processing circuit multiplies the plurality (m) of extracted unequal bit-length exponential values.
A building automation system, with - a stationary interface for communication between a user and a network, which includes at least one device that manages and processes in-building processes, wherein the stationary interface comprises a sensitive surface and processing logic adapted to directly or indirectly receive and process at least one command that controls the at least one device, and wherein a display and/or information device is provided coupled to the sensitive surface, wherein the sensitive surface is integrated into or applied to a building wall, the system further comprising a mobile device and being arranged for at least part of the configuration of the at least one device to be performed wirelessly via the mobile device in cooperation with the stationary interface, characterized in that the mobile device is a smartphone having a camera function configured to detect a non-contact gesture of the user and to transmit at least one command represented by the gesture to the stationary interface via a radio link, wherein the transmission of the at least one command is triggered by the gesture of the user. - a stationary interface for communication between a user and a network, which includes at least one device that manages and processes in-building processes, wherein the stationary interface comprises a sensitive surface and processing logic adapted to directly or indirectly receive and process at least one command that controls the at least one device, and wherein a display and/or information device is provided coupled to the sensitive surface, wherein the sensitive surface is integrated into or applied to a building wall, the system further comprising a mobile device and being arranged for at least part of the configuration of the at least one device to be performed wirelessly via the mobile device in cooperation with the stationary interface, characterized in that the mobile device is a smartphone having a camera function configured to detect a non-contact gesture of the user and to transmit at least one command represented by the gesture to the stationary interface via a radio link, wherein the transmission of the at least one command is triggered by the gesture of the user. wherein the stationary interface comprises a sensitive surface and processing logic adapted to directly or indirectly receive and process at least one command that controls the at least one device, and wherein a display and/or information device is provided coupled to the sensitive surface, wherein the sensitive surface is integrated into or applied to a building wall, the system further comprising a mobile device and being arranged for at least part of the configuration of the at least one device to be performed wirelessly via the mobile device in cooperation with the stationary interface, characterized in that the mobile device is a smartphone having a camera function configured to detect a non-contact gesture of the user and to transmit at least one command represented by the gesture to the stationary interface via a radio link, wherein the transmission of the at least one command is triggered by the gesture of the user.
A method comprising: demixing an identification of a remote user from digital data encoded in an audio stream; and identifying the remote user, extracting from the digital data an identification of a device of the remote user; receiving a reputation profile for a combination of the remote user and the device; determining whether the remote user is authorized as a participant in the audio stream, based on the reputation profile; granting access to resources to the remote user based on the reputation profile, if the remote user and the device are authorized as a participant in the audio stream; and acting on a determination that the device or the remote user is not authorized as a participant in the audio stream. demixing an identification of a remote user from digital data encoded in an audio stream; and identifying the remote user, extracting from the digital data an identification of a device of the remote user; receiving a reputation profile for a combination of the remote user and the device; determining whether the remote user is authorized as a participant in the audio stream, based on the reputation profile; granting access to resources to the remote user based on the reputation profile, if the remote user and the device are authorized as a participant in the audio stream; and acting on a determination that the device or the remote user is not authorized as a participant in the audio stream. extracting from the digital data an identification of a device of the remote user; receiving a reputation profile for a combination of the remote user and the device; determining whether the remote user is authorized as a participant in the audio stream, based on the reputation profile; granting access to resources to the remote user based on the reputation profile, if the remote user and the device are authorized as a participant in the audio stream; and acting on a determination that the device or the remote user is not authorized as a participant in the audio stream.
A peening device comprising: impact means for impacting on a surface to be worked; a device main body that is adapted to reciprocatingly move by vibration the impact means to and away from the surface to be worked; inclination adjustment means (22x,22y) for adjusting an inclination of the device main body with respect to the surface to be worked; vibration detection means for detecting a vibration state of the device main body, angle detection means for detecting an angle between the device main body and the surface to be worked; control means that is adapted to control the inclination adjustment means (22x,22y) to adjust the inclination of the device main body to equalize the angle detected by the angle detection means with a predetermined angle, wherein the control means is adapted to determine an operation amount for the inclination adjustment means (22x,22y) from a difference between the angle detected by the angle detection means and the predetermined angle and a difference between the vibration state detected by the vibration detection means and a predetermined vibration state, and a reference waveform comparison unit arranged to, when vibration in the state detected by the vibration detection means is greater than in the predetermined vibration state, update the predetermined vibration state to the detected vibration state. impact means for impacting on a surface to be worked; a device main body that is adapted to reciprocatingly move by vibration the impact means to and away from the surface to be worked; inclination adjustment means (22x,22y) for adjusting an inclination of the device main body with respect to the surface to be worked; vibration detection means for detecting a vibration state of the device main body, angle detection means for detecting an angle between the device main body and the surface to be worked; control means that is adapted to control the inclination adjustment means (22x,22y) to adjust the inclination of the device main body to equalize the angle detected by the angle detection means with a predetermined angle, wherein the control means is adapted to determine an operation amount for the inclination adjustment means (22x,22y) from a difference between the angle detected by the angle detection means and the predetermined angle and a difference between the vibration state detected by the vibration detection means and a predetermined vibration state, and a reference waveform comparison unit arranged to, when vibration in the state detected by the vibration detection means is greater than in the predetermined vibration state, update the predetermined vibration state to the detected vibration state.