mhurhangee/ep-ind-claims huggingface dataset:
An indicator member made of translucent material and having a base part arranged to receive light from a light source, an indicator part extending from one end of the base part to each of a pointing direction and a rear end direction opposite of the pointing direction, and a hollow reflection part provided at the indicator part and arranged at a location opposed to the base part so as to reflect the light received at the base part toward the pointing direction and the rear end direction, wherein the hollow reflection part includes a plurality of partial reflection parts (61, 62, 63) arranged in parallel in a widthwise direction of the indicator part, wherein each of the plurality of partial reflection parts (61, 62, 63) includes at least a pointing direction reflection face (611, 621, 631) arranged to reflect a part of the light received at the base part toward the pointing direction and transmit another part of the light, a rear end direction reflection face (612, 622, 632) connected to the pointing direction reflection face (611, 621, 631) in an intersecting fashion and arranged to reflect a part of the light received at the base part toward the rear end direction and transmit another part of the light, and a corner formed at an intersection of the pointing direction reflection face (611, 621, 631) and the rear end direction reflection face (612, 622, 632) and arranged at a location opposed to the base part, and wherein the corners of the respective partial reflection parts (61, 62, 63) located adjacent to each other are located at different positions in a longitudinal direction of the indicator part.
Apparatus for delivering drawn fibre material to a workstation of a machine that processes the fibre material, containing a drawing system and at least one spinning apparatus (8, 14) which is arranged downstream of said drawing system in a transportation direction for the fibre material and comprises a spinning member (9, 12) for producing a yarn and a spinning and transportation tube (10, 11), connected to the spinning member (9, 12), for transferring the yarn to the workstation, characterised in that a cleaning station (16, 24), which is connected to a collecting line and is used for cleaning and fluff removal purposes, is connected between two consecutive portions (10a, 10b) of the spinning or transportation tube (10, 11) or between two consecutive spinning apparatuses (8, 14), which cleaning station contains a twisting chamber (16a, 24a) and a discharge tube (16b, 24b) and is connected to associated output and input ends of the portions (10a, 10b) or of the spinning apparatuses (8, 14) such that said cleaning station forms a substantially closed flow system.
A system for locating sample vessels, comprising: - at least one vessel holder having an array of vessel positions for holding sample vessels, wherein an information tag is attached to the vessel holder for storing and/or retrieving machine-readable information related to the positions of sample vessels with respect to the array of vessel positions, - a handheld device, capable of reading information provided by the information tag, the handheld device having an input section for inputting information related to a to-be-located sample vessel and an output section for outputting a position of the to-be-located sample vessel with respect to the array of vessel positions based on information stored in the information tag, wherein the handheld device is set up to read position information from the information tag and to output a position of a to-be-located sample vessel based on a request input to the handheld device. - at least one vessel holder having an array of vessel positions for holding sample vessels, wherein an information tag is attached to the vessel holder for storing and/or retrieving machine-readable information related to the positions of sample vessels with respect to the array of vessel positions, - a handheld device, capable of reading information provided by the information tag, the handheld device having an input section for inputting information related to a to-be-located sample vessel and an output section for outputting a position of the to-be-located sample vessel with respect to the array of vessel positions based on information stored in the information tag, wherein the handheld device is set up to read position information from the information tag and to output a position of a to-be-located sample vessel based on a request input to the handheld device.
A qubit comprising: a substrate; a superconducting quantum interference device, SQUID, comprising a superconductor trace (100, 202a, 202b, 202c, 302c) arranged on an upper surface of the substrate and having at least one first Josephson junction (102, 204a, 204b, 304) comprising a non-superconducting material interrupting a path of the superconductor trace, wherein the superconductor trace comprises a first superconductor material that exhibits superconducting properties at or below a corresponding superconducting critical temperature; characterized in that the qubit further comprises: a dielectric capping layer (306, 410, 412, 414, 422, 424, 500) on an upper surface of the SQUID, wherein the dielectric capping layer covers a majority of the superconductor trace of the SQUID such that the dielectric capping layer fully covers the superconductor trace and extends at least up to the at least one first Josephson junction or such that the superconductor trace is fully covered by the dielectric capping layer except for terminal portions of the superconductor trace which are uncovered, and wherein the capping layer comprises an opening through which a first region of the SQUID is exposed to air or to vacuum, the first region of the SQUID comprising at least a portion of the non-superconducting material of the at least one first Josephson junction. a substrate; a superconducting quantum interference device, SQUID, comprising a superconductor trace (100, 202a, 202b, 202c, 302c) arranged on an upper surface of the substrate and having at least one first Josephson junction (102, 204a, 204b, 304) comprising a non-superconducting material interrupting a path of the superconductor trace, wherein the superconductor trace comprises a first superconductor material that exhibits superconducting properties at or below a corresponding superconducting critical temperature;
A solid oral dosage form comprising 100 mg of cedazuridine, 35 mg of decitabine, and further comprising lactose monohydrate, hydroxypropyl methyl cellulose, croscarmellose sodium, colloidal silicon dioxide, and magnesium stearate, and optionally a coating, wherein the solid oral dosage form upon daily administration to a human provides plasma levels of decitabine with a 5-day AUC for decitabine that is equivalent to the 5-day AUC for a daily intravenous dose of decitabine of 20 mg/m 2 administered as a 1 h infusion, optionally wherein upon daily administration to a human the ratio of AUC for decitabine on day 2 versus day 1 is about 1.5:1 to about 2:1.
A method for processing tobacco ribs, characterised by comprising: - a humidification stage for said ribs, - at least one stage (10, 10') of mixing said humidified ribs with a vegetable powder, - at least one stage (18, 18') of rolling said humidified ribs, - a stage in which said ribs which have been humidified, rolled and mixed with said vegetable powder are dried, with consequent contraction of their volume and intrusion of said vegetable powder into their interior. - a humidification stage for said ribs, - at least one stage (10, 10') of mixing said humidified ribs with a vegetable powder, - at least one stage (18, 18') of rolling said humidified ribs, - a stage in which said ribs which have been humidified, rolled and mixed with said vegetable powder are dried, with consequent contraction of their volume and intrusion of said vegetable powder into their interior.
A tongue for a building panel, said tongue is of an elongated shape and made of moulded plastic, the tongue comprising at least two bow shaped protrusions at a first long edge of the tongue, wherein the bow shaped protrusions are bendable in a plane parallel to an upper surface of the tongue and extending essentially in the parallel plane, wherein the tongue has a second long edge, which is straight over substantially the whole length of the tongue, characterized in that each of the bow shaped protrusions has a convex shape towards the second edge.
A tailpipe with a water ingress preventive structure for discharge of exhaust gas outside of a vehicle at a terminal of an exhaust passage system, a curved shape being imparted to said tailpipe, comprising a partition mounted on an inner periphery of a curved portion, outward of a curved direction, of said tailpipe so as to be gradually spaced apart from said inner periphery toward downstream in a direction of flow of the exhaust gas, characterized in that a dead end portion is defined by said partition and said inner periphery of the curved portion outward of the curved direction, and in that the curved shape is vertically imparted to the tailpipe such that the flow of the exhaust gas from upward to downward is curved into a horizontal direction and is directed to the outlet.
A thermoregulated rubber distributor for injection molds, comprising two or more modular units (10, 11), sleeves each interchangeably insertable in a modular unit (10, 11), one or more injectors to feed melted rubber to the distributor and one or more discharge nozzles to discharge the melted rubber from the distributor towards an external mold, wherein each sleeve has a through hole extending along the longitudinal axis of said sleeve and a groove extending on the side surface of the sleeve so that the groove and the inner surface of the modular unit (10, 11) define a coil intended to be supplied with a thermoregulating fluid whenever the sleeve is inserted into a modular unit (10, 11), wherein the modular units (10, 11) can be constrained to one another to define one or more channels (16', 16") for the distribution of the melted rubber that extend from an injector to one or more discharge nozzles, depending on the desired path, and wherein the through holes of the sleeves define corresponding lengths of said at least one channel (16', 16") for the distribution of the melted rubber. wherein each sleeve has a through hole extending along the longitudinal axis of said sleeve and a groove extending on the side surface of the sleeve so that the groove and the inner surface of the modular unit (10, 11) define a coil intended to be supplied with a thermoregulating fluid whenever the sleeve is inserted into a modular unit (10, 11), wherein the modular units (10, 11) can be constrained to one another to define one or more channels (16', 16") for the distribution of the melted rubber that extend from an injector to one or more discharge nozzles, depending on the desired path, and wherein the through holes of the sleeves define corresponding lengths of said at least one channel (16', 16") for the distribution of the melted rubber.
A data sending method, wherein the method comprises: determining, by a transmit end, a first resource based on a first parameter n, wherein n represents a quantity of transmissions of a first information block, the first resource is used for a current transmission of the first information block, and n is greater than 0; and transmitting, by the transmit end, first data by using the first resource, wherein the first data is data that is obtained by processing the first information block and that is used for the current transmission, wherein the first resource is comprised in K preconfigured resources, and K is an integer greater than or equal to 1; characterized in that the determining, by a transmit end, a first resource based on a first parameter n comprises: determining, by the transmit end, the first resource based on n and a second parameter j, wherein j is used to identify the transmit end. determining, by a transmit end, a first resource based on a first parameter n, wherein n represents a quantity of transmissions of a first information block, the first resource is used for a current transmission of the first information block, and n is greater than 0; and transmitting, by the transmit end, first data by using the first resource, wherein the first data is data that is obtained by processing the first information block and that is used for the current transmission, wherein the first resource is comprised in K preconfigured resources, and K is an integer greater than or equal to 1; characterized in that the determining, by a transmit end, a first resource based on a first parameter n comprises: determining, by the transmit end, the first resource based on n and a second parameter j, wherein j is used to identify the transmit end.
A method of reducing a concentration of hydrogen peroxide in wastewater, the method comprising: diluting the wastewater to produce a diluted wastewater; wherein diluting the wastewater includes diluting the concentration of hydrogen peroxide in wastewater to less than about 2.2 wt% prior to introducing the diluted wastewater into a first reaction tank; contacting the diluted wastewater with a dissolved iron compound at an acidic pH between 1-3 in the first reaction tank to form a partially treated wastewater having a lower concentration of hydrogen peroxide than the diluted wastewater; wherein the concentration of the dissolved iron compound is adjusted or maintained at between 2 g/L and 6 g/L; and performing in a second reaction tank a neutralization step and solid separation step for precipitating iron-containing compounds from the partially treated wastewater by raising a pH to a range between pH 6 and 8 and by solid separation, so as to form a neutralized partially treated wastewater; further comprising removing residual hydrogen peroxide from the neutralized partially treated wastewater by treating the neutralized partially treated wastewater with catalytic activated carbon to form a treated water, diluting the neutralized partially treated wastewater with a portion of the treated water to a hydrogen peroxide concentration of less than about 0.1 wt% prior to treating the neutralized partially treated wastewater with the catalytic activated carbon. diluting the wastewater to produce a diluted wastewater; wherein diluting the wastewater includes diluting the concentration of hydrogen peroxide in wastewater to less than about 2.2 wt% prior to introducing the diluted wastewater into a first reaction tank; contacting the diluted wastewater with a dissolved iron compound at an acidic pH between 1-3 in the first reaction tank to form a partially treated wastewater having a lower concentration of hydrogen peroxide than the diluted wastewater; wherein the concentration of the dissolved iron compound is adjusted or maintained at between 2 g/L and 6 g/L; and performing in a second reaction tank a neutralization step and solid separation step for precipitating iron-containing compounds from the partially treated wastewater by raising a pH to a range between pH 6 and 8 and by solid separation, so as to form a neutralized partially treated wastewater; further comprising removing residual hydrogen peroxide from the neutralized partially treated wastewater by treating the neutralized partially treated wastewater with catalytic activated carbon to form a treated water, diluting the neutralized partially treated wastewater with a portion of the treated water to a hydrogen peroxide concentration of less than about 0.1 wt% prior to treating the neutralized partially treated wastewater with the catalytic activated carbon.
An articulating step assembly (100, 200) for a vehicle comprising: a mount for attachment to a vehicle, a pivot block connected to the mount, wherein the pivot block is capable of moving vertically between a minimum vertical position and a maximum vertical position, and horizontally between a minimum horizontal position and a maximum horizontal position; a vertical shear pin connected to the pivot block for preventing the pivot block from moving to the maximum horizontal position unless the vertical shear pin breaks; a horizontal shear pin connected to the pivot block for preventing the pivot block from moving to the maximum vertical position unless the horizontal shear pin breaks; a step member; an articulating linkage connecting the pivot block and the step member for moving the step member between the stowed position and the deployed position; and a motor attached to the articulating linkage to drive the articulating linkage. a mount for attachment to a vehicle, a pivot block connected to the mount, wherein the pivot block is capable of moving vertically between a minimum vertical position and a maximum vertical position, and horizontally between a minimum horizontal position and a maximum horizontal position; a vertical shear pin connected to the pivot block for preventing the pivot block from moving to the maximum horizontal position unless the vertical shear pin breaks; a horizontal shear pin connected to the pivot block for preventing the pivot block from moving to the maximum vertical position unless the horizontal shear pin breaks; a step member; an articulating linkage connecting the pivot block and the step member for moving the step member between the stowed position and the deployed position; and a motor attached to the articulating linkage to drive the articulating linkage.
A DC power system, comprising: a permanent magnet generator; an active rectifier in electrical communication with the permanent magnet generator; and a controller in electrical communication with the active rectifier, wherein the controller is configured to regulate d-q components of a stator current of the permanent magnet generator in a synchronous reference frame, wherein the controller includes a synchronous current regulator in electrical communication with the active rectifier, and wherein the synchronous current regulator is configured to provide a pulse width modulation scheme to the active rectifier based on d-q components of reference voltages of the active rectifier; characterised in that the controller includes an electrical angle estimator, which electrical angle estimator is configured to estimate a speed of the permanent magnet generator and an angle of power generated at the permanent magnet generator, the controller further includes a non-linear voltage regulator in communication with the synchronous current regulator and the electrical angle estimator, and wherein the non-linear voltage regulator is configured to provide the d-q components of the feedback voltage; and the non-linear voltage regulator is in communication with the electrical angle estimator, and wherein the voltage regulator is configured to provide d-q current reference components to the synchronous current regulator, the d-q reference components being based on the estimated speed of the permanent magnet generator and a feedback voltage output at the active rectifier. a permanent magnet generator; an active rectifier in electrical communication with the permanent magnet generator; and a controller in electrical communication with the active rectifier, wherein the controller is configured to regulate d-q components of a stator current of the permanent magnet generator in a synchronous reference frame, wherein the controller includes a synchronous current regulator in electrical communication with the active rectifier, and wherein the synchronous current regulator is configured to provide a pulse width modulation scheme to the active rectifier based on d-q components of reference voltages of the active rectifier; characterised in that the controller includes an electrical angle estimator, which electrical angle estimator is configured to estimate a speed of the permanent magnet generator and an angle of power generated at the permanent magnet generator, the controller further includes a non-linear voltage regulator in communication with the synchronous current regulator and the electrical angle estimator, and wherein the non-linear voltage regulator is configured to provide the d-q components of the feedback voltage; and the non-linear voltage regulator is in communication with the electrical angle estimator, and wherein the voltage regulator is configured to provide d-q current reference components to the synchronous current regulator, the d-q reference components being based on the estimated speed of the permanent magnet generator and a feedback voltage output at the active rectifier.
Casing for a volumetric pump, said casing comprising a wall being in ceramic, wherein said wall comprises at least one opening means comprising a recess, and a through-hole in the bottom of said recess, characterized by a nozzle being manufactured inside said recess, said nozzle protruding from the bottom of said recess, said nozzle being concentric with said through-hole and having a length inferior to the depth of the recess.
Tongs having two tong arms consisting of wooden material and able to be elastically bent with respect to one another, said arms being rigidly inserted into a head piece as they extend obliquely to one another, wherein the tong arms are each inserted into one groove of the grooves in the wooden head piece which taper in a V shape, as well as also being non-releasably connected to the head piece, characterised in that the head piece has the same width as the tong arms.
Lighting element comprising a light emitting diode, said lighting element being incorporated in a luminaire carrier formed by a ceiling or wall, wherein a light guiding element is optically coupled to the light emitting diode and said light guiding element has a smaller light exit surface than the light emitting diode, wherein the light emitting diode and the light guiding element are mounted in a bush incorporated in the luminaire carrier, characterized in that the light exit surface of the light guiding element is flush with the end face of the bush and/or the surface of the luminaire carrier.