mhurhangee/ep-ind-claims huggingface dataset:
An electric motor control method for controlling an electric motor based on a first torque command value corresponding to a required output of the electric motor, the electric motor control method comprising: a vibration damping step of calculating a second torque command value by correcting the first torque command value by a vibration compensation torque (T fb), the vibration compensation torque being a torque correction value (T fb) for suppressing vibration in an electric motor rotation speed; a limiting step of limiting the vibration compensation torque (T fb) based on a limit request suggesting amount, the limit request suggesting amount being a parameter suggesting a situation in which suppression of vibration in the electric motor rotation speed is to be limited; a limit level determination step of determining a limit level representing a degree of limit on the vibration compensation torque (T fb); and a torque control step of calculating a voltage command value by feeding back a torque suggesting amount suggesting an electric motor torque to the second torque command value, the voltage command value being a command value of a voltage supplied from a predetermined power source to the electric motor, the method is characterized in that, in the torque control step, a feedback gain of the torque suggesting amount is determined with reference to the limit level. a vibration damping step of calculating a second torque command value by correcting the first torque command value by a vibration compensation torque (T fb), the vibration compensation torque being a torque correction value (T fb) for suppressing vibration in an electric motor rotation speed; a limiting step of limiting the vibration compensation torque (T fb) based on a limit request suggesting amount, the limit request suggesting amount being a parameter suggesting a situation in which suppression of vibration in the electric motor rotation speed is to be limited; a limit level determination step of determining a limit level representing a degree of limit on the vibration compensation torque (T fb); and a torque control step of calculating a voltage command value by feeding back a torque suggesting amount suggesting an electric motor torque to the second torque command value, the voltage command value being a command value of a voltage supplied from a predetermined power source to the electric motor, the method is characterized in that, in the torque control step, a feedback gain of the torque suggesting amount is determined with reference to the limit level.
An apparatus for distributing feed in farming sheds, comprising: - at least one line (11a, 11b) for the distribution of feed from at least one storage location to a series of dispensers for dispensing the feed to the cages of animals, - at least one feed container connected to said line (11a, 11b) upstream of said dispensers for the loading of feed from said storage location into said feed container, said feed container also connected to said line (11a, 11b) downstream of said dispensers for discharging of feed into said feed container, on the part of said line (11a, 11b), not released to said dispensers, - means for detecting the level of feed inside said container, - at least one control system adapted to receive filling information of said feed container from said detection means and to control the loading of said line (11a, 11b) with feed from said storage location or from said feed container and to set the travel speed of said line (11a, 11b). - at least one line (11a, 11b) for the distribution of feed from at least one storage location to a series of dispensers for dispensing the feed to the cages of animals, - at least one feed container connected to said line (11a, 11b) upstream of said dispensers for the loading of feed from said storage location into said feed container, said feed container also connected to said line (11a, 11b) downstream of said dispensers for discharging of feed into said feed container, on the part of said line (11a, 11b), not released to said dispensers, - means for detecting the level of feed inside said container, - at least one control system adapted to receive filling information of said feed container from said detection means and to control the loading of said line (11a, 11b) with feed from said storage location or from said feed container and to set the travel speed of said line (11a, 11b).
A method for producing a transparent polycarbonate resin pellet comprising a step of kneading a transparent polycarbonate resin with a kneader under a condition under which a damage history calculated according to the following formula is 500 to 2,500 cm 3 /g: Damage history = Residence time tr × Shear rate γ Residence time tr = W × H × L / Q Shear rate γ = π × D × N / H in the formulae, W represents a screw groove width (pitch) [cm]; H represents a screw groove depth [cm]; L represents a screw length [cm]; Q represents a resin supply amount [g/s]; D represents a screw diameter [cm]; and N represents a screw rotation number [1/s].
An engine, comprising: a crankcase including a transmission chamber; a crankshaft disposed in the crankcase; a transmission, including a main shaft that is disposed in the transmission chamber of the crankcase and is configured to receive a driving force from the crankshaft to thereby rotate, and a drive shaft that is disposed in the transmission chamber of the crankcase and is configure to receive a driving force from the main shaft to thereby rotate; a breather device, including a breather main body integral with the crankcase, and a breather cover separate from the breather main body and configure to attach to the breather main body, the breather main body and the breather cover defining an enclosed space in communication with an inner space of the crankcase, the breather device being arranged to separate oil contained in blowby gas flowing into the enclosed space and return the separated oil to the crankcase, characterized by an oil passage defining member disposed in the breather device, including a first member integral with the crankcase, and a second member separate from the first member and configure to attach to the first member, the first member and the second member defining an oil passage through which the oil present in the crankcase flows, the oil passage being in communication with the transmission chamber through an oil feed hole (82A, 82B, 82C) of the crankcase. a crankcase including a transmission chamber; a crankshaft disposed in the crankcase; a transmission, including a main shaft that is disposed in the transmission chamber of the crankcase and is configured to receive a driving force from the crankshaft to thereby rotate, and a drive shaft that is disposed in the transmission chamber of the crankcase and is configure to receive a driving force from the main shaft to thereby rotate; a breather device, including a breather main body integral with the crankcase, and a breather cover separate from the breather main body and configure to attach to the breather main body, the breather main body and the breather cover defining an enclosed space in communication with an inner space of the crankcase, the breather device being arranged to separate oil contained in blowby gas flowing into the enclosed space and return the separated oil to the crankcase, an oil passage defining member disposed in the breather device, including a first member integral with the crankcase, and a second member separate from the first member and configure to attach to the first member, the first member and the second member defining an oil passage through which the oil present in the crankcase flows, the oil passage being in communication with the transmission chamber through an oil feed hole (82A, 82B, 82C) of the crankcase.
An NMR probe head comprising a base, a tube having a diameter smaller than said base, a coil arranged within said tube and surrounding a sample chamber, a tuning and matching circuit arranged within said tube and connected to said coil, several tunable elements arranged in said tuning and matching circuit and/or said coil, several actuators mechanically connected by means of actuation members to said tunable elements, characterized in that at least some of said actuators are piezoelectric actuators, wherein at least one of said actuators comprises a mount fixedly arranged in respect to said tube, at least one driving rod elastically mounted on said mount, at least one piezoelectric element mounted to said driving rod, a slip coupler arranged on said driving rod, wherein at least one of said actuation members is connected to said slip coupler. a base, a tube having a diameter smaller than said base, a coil arranged within said tube and surrounding a sample chamber, a tuning and matching circuit arranged within said tube and connected to said coil, several tunable elements arranged in said tuning and matching circuit and/or said coil, several actuators mechanically connected by means of actuation members to said tunable elements, characterized in that at least some of said actuators are piezoelectric actuators, wherein at least one of said actuators comprises a mount fixedly arranged in respect to said tube, at least one driving rod elastically mounted on said mount, at least one piezoelectric element mounted to said driving rod, a slip coupler arranged on said driving rod, wherein at least one of said actuation members is connected to said slip coupler.
A stand-alone assay device for enabling a test to be performed on an analyte, the assay device having an application zone for application of a quantity of the analyte, a waste zone, and a pathway for allowing passage of the analyte from the application zone to the waste zone; the assay device having a first cover on a first side of the pathway and a second cover on a second side of the pathway opposite the first side; the first cover providing a first optical filter for allowing transmission of light emitted or modified by a label material and for blocking light of at least one other wavelength range; and the second cover forming a second optical filter, the second optical filter having a different optical transmission characteristic from that of the first optical filter; the assay device including a quantity of the label material which will emit or modify light at least when activated and which will bind to the analyte, the pathway also including a capture zone located between the application zone and the waste zone that has a quantity of capture material which is bound to the pathway and which will bind to analyte that passes along the pathway so that the analyte will be bound to the pathway, the assay device being adapted to be illuminated from said second side of the pathway by a light source separate from the assay device such that light emitted or modified by the label material located in the pathway is detectable at the first side of the pathway.
A connecting device, said connecting device being intended for connecting a heart prosthesis implantable in the pericardial cavity of a patient to the vascular system of the patient, said heart prosthesis being capable of replacing the natural left and right ventricles of said patient after ablation of the latter, characterised in that it comprises a single interface part configured to be able to be attached to the heart prosthesis, the interface part being equipped with an interface element referred to as mitral interface element, an interface element referred to as tricuspid interface element, an interface element referred to as aortic interface element and an interface element referred to as pulmonary interface element intended, respectively, for the connection to the left atrium, to the right atrium, to the aorta and to the pulmonary artery of the patient, each of said interface elements (5 to 8) being provided with an orifice (9 to 12), and said interface elements (5 to 8) having predetermined orientations (5A to 8A).
A method, comprising: collecting, from one or more nodes of a radio access network, a first set of operations and management parameters; collecting, from a distributed antenna system, a second set of operations and management parameters, wherein the distributed antenna system includes a head-end unit and one or more remote units, wherein the head-end unit of the distributed antenna system is between the one or more nodes of the radio access network and one or more remote units; determining, by a processing device, target operations and management parameters for the radio access network and the distributed antenna system based on the first set of operations and management parameters and the second set of operations and management parameters; and jointly optimizing the radio access network and the distributed antenna system based on the first set of operations and management parameters, the second set of operations and management parameters, and the target operations and management parameters, characterized in that jointly optimizing the radio access network and the distributed antenna system includes providing instructions regarding the target operations and management parameters to the one or more nodes (118, 120) of the radio access network and the head-end unit of the distributed antenna system. collecting, from one or more nodes of a radio access network, a first set of operations and management parameters; collecting, from a distributed antenna system, a second set of operations and management parameters, wherein the distributed antenna system includes a head-end unit and one or more remote units, wherein the head-end unit of the distributed antenna system is between the one or more nodes of the radio access network and one or more remote units; determining, by a processing device, target operations and management parameters for the radio access network and the distributed antenna system based on the first set of operations and management parameters and the second set of operations and management parameters; and jointly optimizing the radio access network and the distributed antenna system based on the first set of operations and management parameters, the second set of operations and management parameters, and the target operations and management parameters, characterized in that jointly optimizing the radio access network and the distributed antenna system includes providing instructions regarding the target operations and management parameters to the one or more nodes (118, 120) of the radio access network and the head-end unit of the distributed antenna system.
A computer-readable medium comprising computer-executable instructions that when executed by a processor in an apparatus according to claim 10 are configured to execute a method comprising: receiving a first user input configured to select a beverage formulation having a first ingredient (110a, 110b, 112a, 122b) comprising a sweetener; receiving a second user input configured to modify a concentration of the first sweetener ingredient (110a, 110b, 112a, 122b) of the beverage formulation; and in response to the second user input, automatically adjusting a concentration of at least one second ingredient (110a, 110b, 112a, 122b) to form a recipe of a modified beverage formulation, wherein the first sweetener ingredient (110a, 110b, 112a, 122b) comprises a natural sugar, characterized in that the at least one second ingredient (110a, 110b, 112a, 122b) comprises carbon dioxide. receiving a first user input configured to select a beverage formulation having a first ingredient (110a, 110b, 112a, 122b) comprising a sweetener; receiving a second user input configured to modify a concentration of the first sweetener ingredient (110a, 110b, 112a, 122b) of the beverage formulation; and in response to the second user input, automatically adjusting a concentration of at least one second ingredient (110a, 110b, 112a, 122b) to form a recipe of a modified beverage formulation, wherein the first sweetener ingredient (110a, 110b, 112a, 122b) comprises a natural sugar, characterized in that the at least one second ingredient (110a, 110b, 112a, 122b) comprises carbon dioxide.
A chewing gum base comprising food acceptable polyfarnesene wherein the polyfarnesene has a weight average molecular weight above 100,000 daltons, and wherein the polyfarnesene comprises a polyfarnesene homopolymer or comprises a farnesene interpolymer derived from farnesene and at least one other comonomer selected from isoprene and styrene, vinyl acetate, isopropylallylcarbonate, isopropylisopropenyl carbonate, N- vinyl pyrrolidinone, maleic acid, maleic ester, 1,3 butadiene, methacrylic acids, methacrylic esters, methyl 1,3 cyclopentadiene, and 1,3 pentadiene.
Bioresorbable surgical support wire, characterised in that it comprises: - a core wire consisting of a wound filament of a polymer selected from the group of bioresorbable polyesters and polyurethanes, and - a flexible sleeve made from bioresorbable polymer surrounding the core wire, said sleeve comprising a cross-section along which picots are arranged. - a core wire consisting of a wound filament of a polymer selected from the group of bioresorbable polyesters and polyurethanes, and - a flexible sleeve made from bioresorbable polymer surrounding the core wire, said sleeve comprising a cross-section along which picots are arranged.
An elastomer run seal (1, 1') suitable for receiving a sliding window of a motor vehicle side door (P, P'), the window being mounted laterally flush with an outer surface of a vertical edge element (2A, 2a) of a frame of the door adjacent to the window chosen from among an upright of said frame and a vertical outer trim equipping said frame, the seal comprising at least an ascending strand (1b, 1b') and a top strand (1a, 1a'), said at least one ascending strand having, in a single piece, an axially outer branch able to be mounted sealably in contact with said vertical element and a vertical edge of the window, an axially inner branch (11, 11') able to be mounted on said frame, and a connecting branch connecting said axially outer branch to said axially inner branch, the seal comprising a groove able to receive, by vertical sliding, means for guiding the window secured to an inner face (Vi) of the window, said axially outer branch comprising, past said groove, a flexible outer end zone able to be mounted in sealed contact against a vertical edge of the window, such that said flexible outer end zone hides any mounting play or interstitial space between the window and said vertical element (2A, 2a), said groove is formed on said axially outer branch while being suitable for being found across from said vertical element, characterized in that said groove extends substantially axially while being formed from at least one rigid elastomer material between said connecting branch and a rigid bearing zone comprised by said axially outer branch and that is situated below said flexible outer end zone, said rigid bearing zone protruding axially inward and being able to press sealably on an axially outer face of said guide means.
A method of data processing and providing access to the processed data on user hardware devices comprising: - in the first step, calculation application, that processes input data into a result, with a restricted functionality limiting exporting and/or using the results, is downloaded to user hardware devices; - in the second step, unique descriptions of inputs are transferred between user hardware devices and an operating server; - in the third step, a decryption key is generated and transferred between the operating server and the user hardware devices for unlocking the restricted functionality; - in the fourth step the restricted functionality is unlocked and/or processed data/at least one result is exported. - in the first step, calculation application, that processes input data into a result, with a restricted functionality limiting exporting and/or using the results, is downloaded to user hardware devices; - in the second step, unique descriptions of inputs are transferred between user hardware devices and an operating server; - in the third step, a decryption key is generated and transferred between the operating server and the user hardware devices for unlocking the restricted functionality; - in the fourth step the restricted functionality is unlocked and/or processed data/at least one result is exported.
An RFID system including an RFID tag including an antenna and an IC chip provided in a package and a reader/writer communicating with the RFID tag for reading/writing information from and to a memory in said IC chip, characterized in that said RFID tag includes a function of setting a plurality of communication ranges distributed along a horizontal width direction of the package, and a function of, in response to receiving through a communication range a command from said reader/writer that includes identification information of that communication range, returning response information corresponding to said command to the reader/writer; the reader/writer is configured to select one of the plurality of communication ranges, to transmit a command including the identification information of the selected communication range to the RFID tag and to receive the response information in response to that command from the RFID tag, and the reader/writer is configured such that, when a number of communication times of sending commands and receiving responses has reached a previously set upper limit or when no response information is received from the RFID tag in response to the command, the reader/writer switches the selected communication range, and sends a command containing identification information of the switched communication range to the RFID tag.