mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaner comprising: - a cleaning nozzle, - a motor, - a fan powered by the motor so as to generate a negative pressure at the cleaning nozzle, - a control assembly (9, 11) configured to control the power generated by the motor, and - an actuator connected to the control assembly (9, 11), characterised in that the actuator is movably arranged between at least two different positions (p1 - p4), the control assembly (9, 11) is configured to control the motor to at least two different power levels based on the position (p1 - p4) of the actuator, the actuator is movably arranged to a further position, characterized in that the control assembly (9, 11) is configured to operate the motor in an automatic mode when the actuator is in the further position. - a cleaning nozzle, - a motor, - a fan powered by the motor so as to generate a negative pressure at the cleaning nozzle, - a control assembly (9, 11) configured to control the power generated by the motor, and - an actuator connected to the control assembly (9, 11), characterised in that the actuator is movably arranged between at least two different positions (p1 - p4), the control assembly (9, 11) is configured to control the motor to at least two different power levels based on the position (p1 - p4) of the actuator, the actuator is movably arranged to a further position, characterized in that the control assembly (9, 11) is configured to operate the motor in an automatic mode when the actuator is in the further position. the control assembly (9, 11) is configured to control the motor to at least two different power levels based on the position (p1 - p4) of the actuator, the actuator is movably arranged to a further position, characterized in that the control assembly (9, 11) is configured to operate the motor in an automatic mode when the actuator is in the further position.
A rare earth metal oxysulfide regenerative material comprising a rare earth metal oxysulfide, represented by a general formula R 2 O 2 S (R denotes at least one member of rare earth elements to be selected from a group of La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb and Lu, as wells as Y), characterized in that an additive comprising an oxide, a carbide or a nitride of at least one member of a group comprising alkaline-earth metals, transition metals, and elements of 13 and 14 groups of the periodic table including B and excluding C is added to said rare earth metal oxysulfide by 0.05 - 30 wt%.
An apparatus, comprising: a power estimator configured for measuring received power at one or more frequencies in a frequency subspace to determine a list of candidate frequencies having the received power above a first threshold; and a searcher configured for performing a system search to locate a system at the one or more frequencies of the candidate list and for removing, from the candidate list, candidate frequencies within the system bandwidth range of the located system if acquisition is not successful. a power estimator configured for measuring received power at one or more frequencies in a frequency subspace to determine a list of candidate frequencies having the received power above a first threshold; and a searcher configured for performing a system search to locate a system at the one or more frequencies of the candidate list and for removing, from the candidate list, candidate frequencies within the system bandwidth range of the located system if acquisition is not successful.
An antenna assembly comprising: a ground plane having a periphery; a plurality of antenna elements, each antenna element resonant at a frequency f, the antenna elements positioned generally equidistant from each other around the periphery, the plurality of antenna elements being electrically connected to a single antenna feed port, the antenna elements providing a generally omnidirectional radiation pattern in a first operation mode in which the antenna elements are connected to the antenna feed port without phase shift, the antenna elements providing a right-hand circularly polarized, RHCP, broadside radiation pattern in a second operation mode in which the antenna elements are connected to the antenna feed port with right-hand phase shifts, and the antenna elements providing a left-hand circularly polarized, LHCP, broadside radiation pattern in a third operation mode in which the antenna elements are connected to the antenna feed port with left-hand phase shifts; and a reflector positioned below the ground plane and the antenna elements, the reflector tilting a maximum radiation of the antenna elements upward by a tilt angle in the first operation mode to create a conical radiation pattern. a ground plane having a periphery; a plurality of antenna elements, each antenna element resonant at a frequency f, the antenna elements positioned generally equidistant from each other around the periphery, the plurality of antenna elements being electrically connected to a single antenna feed port, the antenna elements providing a generally omnidirectional radiation pattern in a first operation mode in which the antenna elements are connected to the antenna feed port without phase shift, the antenna elements providing a right-hand circularly polarized, RHCP, broadside radiation pattern in a second operation mode in which the antenna elements are connected to the antenna feed port with right-hand phase shifts, and the antenna elements providing a left-hand circularly polarized, LHCP, broadside radiation pattern in a third operation mode in which the antenna elements are connected to the antenna feed port with left-hand phase shifts; and a reflector positioned below the ground plane and the antenna elements, the reflector tilting a maximum radiation of the antenna elements upward by a tilt angle in the first operation mode to create a conical radiation pattern.
A power tool, comprising: a housing; a motor arranged in the housing and being configured to be capable of outputting a rotary force; and an output shaft being configured to be rotatably driven by the motor, the output shaft having a first output end for coupling with a tool bit and a second terminal end opposite to the first output end, wherein a first axial direction is a direction from the first output end to the second terminal end, wherein the output shaft is parallel to and offset from a rotation axis of the motor and configured to be axially movable with respect to the housing to at least two working positions when the power tool is in a non-working status, and wherein an axial movement of the output shaft along the first axial direction is restricted when the power tool is in a working status at each of the at least two working positions, and when the output shaft is in a working position the output shaft can receive an external torque, wherein in the working status, the first output end of the output shaft is distal to the housing. a housing; a motor arranged in the housing and being configured to be capable of outputting a rotary force; and an output shaft being configured to be rotatably driven by the motor, the output shaft having a first output end for coupling with a tool bit and a second terminal end opposite to the first output end, wherein a first axial direction is a direction from the first output end to the second terminal end, wherein the output shaft is parallel to and offset from a rotation axis of the motor and configured to be axially movable with respect to the housing to at least two working positions when the power tool is in a non-working status, and wherein an axial movement of the output shaft along the first axial direction is restricted when the power tool is in a working status at each of the at least two working positions, and when the output shaft is in a working position the output shaft can receive an external torque, wherein in the working status, the first output end of the output shaft is distal to the housing.
A package inspection system comprising: a conveyor mechanism for conveying a package having a content in a wrapping; an irradiation part for irradiating the package with an X ray or a terahertz wave; an electromagnetic-wave detection part for detecting the X ray or terahertz wave transmitted through the package; an illumination part for illuminating the package with a light; and an optical detection part for taking an optical image of the package, a partition being provided between the electromagnetic-wave detection part and the illumination part, characterized in that: the partition has a light-shielding member configured to allow passage of the X ray or terahertz wave but block or reduce the light emitted from the illumination part, at least in a path through which the X ray or terahertz wave enters the electromagnetic-wave detection part, thereby to generate a detection output unaffected by light from the illumination part; and the irradiation part and the optical detection part are provided at one side of a conveyance path of the package, and the illumination part and the electromagnetic-wave detection part are provided at the other side thereof.
A compound of Formula (Io'), or a pharmaceutically acceptable salt, or solvate thereof: wherein R 4 is chlorine; each R 6b is independently selected from hydrogen, -CH 3, or -CH 2 CH 3; each R 5 is independently selected from hydrogen, fluorine, or chlorine; each R 3 is independently selected from -CH 3, -OCH 3, -CH 2 CH 3, or fluorine; is phenylene, pyridazinyl, pyrimidinyl, pyrazinyl, or pyridinyl; and n is 0, 1, or 2. R 4 is chlorine; each R 6b is independently selected from hydrogen, -CH 3, or -CH 2 CH 3; each R 5 is independently selected from hydrogen, fluorine, or chlorine; each R 3 is independently selected from -CH 3, -OCH 3, -CH 2 CH 3, or fluorine; is phenylene, pyridazinyl, pyrimidinyl, pyrazinyl, or pyridinyl; and n is 0, 1, or 2.
A device for automatically discharging ammunition links coming from a weapon able to fire at a certain rate, comprising a housing provided with at least the following elements, the specificities of which described hereinafter correspond to a usage configuration: - a first opening, called inlet opening, located in the upper position of the housing, for the bulk insertion by gravity of the links coming from the weapon after firing; - a second opening, called outlet opening, for discharging links toward the outside of the device at a given speed, the outlet opening being arranged laterally or offset relative to the vertical of the inlet opening; - a proximal ramp of the inlet opening connected to a proximal horizontal planar path of the outlet opening; - two channeling rollers with parallel axes and inverse rotation relative to one another located at the ramp, separated by a gap able to allow the links to pass and to guide them over the ramp; - two propulsion and guiding rollers (4, 5), located on either side of the horizontal planar path; - means for actuating the channeling rollers and the propulsion rollers (4, 5) in a synchronized manner; the speed of the propulsion rollers (4, 5) being adjusted as a function of the firing rate of the weapon and determining the discharge speed of the links to the outside. - a first opening, called inlet opening, located in the upper position of the housing, for the bulk insertion by gravity of the links coming from the weapon after firing; - a second opening, called outlet opening, for discharging links toward the outside of the device at a given speed, the outlet opening being arranged laterally or offset relative to the vertical of the inlet opening; - a proximal ramp of the inlet opening connected to a proximal horizontal planar path of the outlet opening; - two channeling rollers with parallel axes and inverse rotation relative to one another located at the ramp, separated by a gap able to allow the links to pass and to guide them over the ramp; - two propulsion and guiding rollers (4, 5), located on either side of the horizontal planar path; - means for actuating the channeling rollers and the propulsion rollers (4, 5) in a synchronized manner;
A power supplying device for providing electrical power to a power receiving device, the power supplying device comprising: - two plates, - at least one power transmitter situated in between the two plates and comprising an electrically conductive coil, the plates and the power transmitter being arranged such that the power transmitter is movable in a direction parallel to the surfaces of the plates, characterized in that: two electrode structures (23, 43, 81, 82) are arranged to be coupled to an AC power source, each electrode structure (23, 43, 81, 82) being attached to one of said two plates, and at least two electrical contacts being coupled to the electrically conductive coil, and the electrical contacts being in contact with the respective two electrode structures (23, 43, 81, 82) for obtaining power from the AC power source. - two plates, - at least one power transmitter situated in between the two plates and comprising an electrically conductive coil,
Expression cassette comprising in 5' to 3' direction, a promoter, an untranslated region being or comprising an enhancer, a target gene, the untranslated region adjacent to the target gene, wherein the enhancer consists of: a) SEQ ID NO. 20, or any sequence according to b) the last 18 nucleotides of SEQ ID NO. 46, or c) a sequence according to b) with 1 additional base inserted therein. a) SEQ ID NO. 20, or any sequence according to b) the last 18 nucleotides of SEQ ID NO. 46, or c) a sequence according to b) with 1 additional base inserted therein.
An isolated bispecific FN3 domain containing molecule comprising a first fibronectin type III domain and a second FN3 domain, wherein the first FN3 domain specifically binds epidermal growth factor receptor (EGFR) and blocks binding of epidermal growth factor to EGFR, and the second FN3 domain specifically binds hepatocyte growth factor receptor (c-Met), and blocks binding of hepatocyte growth factor to c-Met, and wherein the first FN3 domain comprises an amino acid sequence at least 87% identical to the amino acid sequence of SEQ ID NO: 27, and the second FN3 domain comprises an amino acid sequence at least 83% identical to the amino acid sequence of SEQ ID NO: 41.
Method for injection molding of plastic parts, wherein first of all a supplied plastic granulate is warmed and converted into its viscous state and wherein the viscous plastic for injection molding of the plastic part is fed to an injection-molding tool subsequently, wherein the plastic is dried and/or degassed during its warming into the viscous state, before being fed to the injection mold, characterized in that after feeding the plastic granulates and before reaching a vacuum degassing zone, an atmospheric ventilation above a temperature of 100 °C for drying the surface moisture of the warmed and still solid plastic granules is performed.
A method for gas lift rate management, comprising: collecting production system data; performing a simulation based on the collected data, a fluid model, and a fully-coupled set of equations; expediting convergence of a solution for the simulation by fixing well production rates and adjusting gas lift rates; and storing the gas lift rates determined for the solution for use with gas lift operations of the production system, wherein the selected well production rates match a facility production limit, and wherein the gas lift rates are limited by the facility gas lift limit wherein each of the selected well production rates is based on a well production rate constraint equation: Q pi q wt, x w, q gt, x g = C i, where C i is the well rate constraint for well i, Q pi is the flow rate of constrained phase p in well i, q wt is the total mass flow rate flowing from the reservoir into well i, x w is the composition of fluid flowing into well i, q gt is the total mass flow rate of gas lift for well i, and x g is the composition of gas lift gas for well i, wherein performing the simulation comprises selecting a value for C i using fixed reservoir conditions, selecting a predetermined value for x g, and solving for q wt, x w, and q gt. collecting production system data; performing a simulation based on the collected data, a fluid model, and a fully-coupled set of equations; expediting convergence of a solution for the simulation by fixing well production rates and adjusting gas lift rates; and storing the gas lift rates determined for the solution for use with gas lift operations of the production system, wherein the selected well production rates match a facility production limit, and wherein the gas lift rates are limited by the facility gas lift limit wherein each of the selected well production rates is based on a well production rate constraint equation: Q pi q wt, x w, q gt, x g = C i, where C i is the well rate constraint for well i, Q pi is the flow rate of constrained phase p in well i, q wt is the total mass flow rate flowing from the reservoir into well i, x w is the composition of fluid flowing into well i, q gt is the total mass flow rate of gas lift for well i, and x g is the composition of gas lift gas for well i, wherein performing the simulation comprises selecting a value for C i using fixed reservoir conditions, selecting a predetermined value for x g, and solving for q wt, x w, and q gt.
A system for controlling torque of induction motor in electric vehicle, the system characterized by: a current command unit outputting d axis and q axis current commands i d *, i q * of stationary reference frame from a power command and a rotation speed (ω) of the induction motor using a two dimensional look-up table, and outputting a mutual inductance (Lm) and a rotor torque (Tr) using an one dimensional look-up table based on the outputted d axis current command i d *; a flux/current controller receiving the mutual inductance (Lm) and a rotor torque (Tr) from the current command unit to control a flux of the induction motor and to calculate a slip of a rotor, and based on which, to output d axis and q axis voltage command V dq * relative to the d axis and q axis current commands i d *, i q * from the current command unit; a PWM (Pulse Width Modulation)/gate driver receiving the d axis and q axis current commands i d *, i q * from the flux/current controller to modulate a pulse width and output a gate driving voltage of a transistor; and an inverter receiving the output from the PWM/gate driver to output an AC voltage for driving the induction motor, wherein the two dimensional look-up table is a type of data table of current command obtained through simulation from the power command and the rotation speed of the induction motor. a current command unit outputting d axis and q axis current commands i d *, i q * of stationary reference frame from a power command and a rotation speed (ω) of the induction motor using a two dimensional look-up table, and outputting a mutual inductance (Lm) and a rotor torque (Tr) using an one dimensional look-up table based on the outputted d axis current command i d *; a flux/current controller receiving the mutual inductance (Lm) and a rotor torque (Tr) from the current command unit to control a flux of the induction motor and to calculate a slip of a rotor, and based on which, to output d axis and q axis voltage command V dq * relative to the d axis and q axis current commands i d *, i q * from the current command unit; a PWM (Pulse Width Modulation)/gate driver receiving the d axis and q axis current commands i d *, i q * from the flux/current controller to modulate a pulse width and output a gate driving voltage of a transistor; and an inverter receiving the output from the PWM/gate driver to output an AC voltage for driving the induction motor, wherein the two dimensional look-up table is a type of data table of current command obtained through simulation from the power command and the rotation speed of the induction motor.
Identity document comprising: - an assembly of at least one destination carrier in which or on which an ink that is fluorescent under illumination in the UV-A is deposited locally, and - a multilayer optical security component placed on the destination carrier, - a structurable layer; and - an assembly of at least one layer including pigments that are fluorescent under UV-B or UV-C excitation; the optical component furthermore comprises: - a dielectric reflective layer that is deposited on the structurable layer discontinuously in the plane of the component, so as to produce dielectric zones allowing patterns to be drawn; the dielectric reflective layer having a relative transmittance in the UV-B or UV-C domain at most equal to 40%; - the assembly of at least one layer including pigments that are fluorescent under UV-B or UV-C excitation being deposited on said dielectric reflective layer, uniformly or discontinuously in the plane of the optical component. - an assembly of at least one destination carrier in which or on which an ink that is fluorescent under illumination in the UV-A is deposited locally, and - a multilayer optical security component placed on the destination carrier, - a structurable layer; and - an assembly of at least one layer including pigments that are fluorescent under UV-B or UV-C excitation; the optical component furthermore comprises: - a dielectric reflective layer that is deposited on the structurable layer discontinuously in the plane of the component, so as to produce dielectric zones allowing patterns to be drawn; the dielectric reflective layer having a relative transmittance in the UV-B or UV-C domain at most equal to 40%; - the assembly of at least one layer including pigments that are fluorescent under UV-B or UV-C excitation being deposited on said dielectric reflective layer, uniformly or discontinuously in the plane of the optical component. - a structurable layer; and - an assembly of at least one layer including pigments that are fluorescent under UV-B or UV-C excitation; - a dielectric reflective layer that is deposited on the structurable layer discontinuously in the plane of the component, so as to produce dielectric zones allowing patterns to be drawn; the dielectric reflective layer having a relative transmittance in the UV-B or UV-C domain at most equal to 40%; - the assembly of at least one layer including pigments that are fluorescent under UV-B or UV-C excitation being deposited on said dielectric reflective layer, uniformly or discontinuously in the plane of the optical component.
Conveyor for a continuous baking oven, wherein said conveyor is of closed-ring type and comprises an outer surface and an inner surface, wherein said conveyor is equipped with a plurality of seats intended to receive a food product to be cooked, wherein the seats of said plurality of seats are blind cavities, characterized in that the seats of said plurality of seats have respective mouths open at the level of said outer surface, in that said outer surface is comprised between said mouths at the level of the latter, said conveyor comprising a supporting portion defining said inner surface, and a cooking portion defining said outer surface and said plurality of seats, wherein said supporting portion and said cooking portion are combined one another, wherein said supporting portion is made of a first material and said cooking portion is made of a second material, wherein said first material and said second material are different from one another, wherein said first material has deformation coefficient lower than the deformation coefficient of said second material, said second material being more elastic than said first material.