mhurhangee/patent-ind-claim-en huggingface dataset:
Procedure for obtaining raw materials resulting from waste material comprising: - the supply (A) of harmonic steel resulting from waste material and prepared in a skein to be treated ; - a heat treatment (B) of said skein to be treated for obtaining a treated skein ; - a post-treatment (E) of said treated skein for obtaining steel reusable as raw material; wherein said heat treatment (B) comprises an inductive exposure step (B1) of said skein to be treated to at least an alternate magnetic field for the induction in said skein to be treated of alternate eddy currents adapted to raise the temperature of same, characterized in that said heat treatment (B) comprises: - a heating step of said skein to be treated adapted to raise the temperature of same to a work value between 800°C and 950°C; - a maintainance step of the temperature of said skein to be treated to said work value; - a cooling step (B2) of said skein to be treated previously heated. - the supply (A) of harmonic steel resulting from waste material and prepared in a skein to be treated ; - a heat treatment (B) of said skein to be treated for obtaining a treated skein ; - a post-treatment (E) of said treated skein for obtaining steel reusable as raw material; - a heating step of said skein to be treated adapted to raise the temperature of same to a work value between 800°C and 950°C; - a maintainance step of the temperature of said skein to be treated to said work value; - a cooling step (B2) of said skein to be treated previously heated.
A printhead assembly , comprising: a fluid ejection nozzle , a first resistor fluidically coupled to the fluid ejection nozzle and electrically coupled to a drive transistor ; a second resistor fluidically coupled to the fluid ejection nozzle and electrically coupled to a drive transistor ; and an addressing circuit to receive a nozzle address input and an activation mode input , the mode input determining one of a normal mode and a dual mode, the address circuit to determine an address selection signal on the basis of the nozzle address input and activation mode input wherein the address selection signal activates one of the first resistor and the second resistor in the normal mode and activates both the first resistor and the second resistor in dual mode a fluid ejection nozzle , a first resistor fluidically coupled to the fluid ejection nozzle and electrically coupled to a drive transistor ; a second resistor fluidically coupled to the fluid ejection nozzle and electrically coupled to a drive transistor ; and an addressing circuit to receive a nozzle address input and an activation mode input , the mode input determining one of a normal mode and a dual mode, the address circuit to determine an address selection signal on the basis of the nozzle address input and activation mode input wherein the address selection signal activates one of the first resistor and the second resistor in the normal mode and activates both the first resistor and the second resistor in dual mode
A casing assembly , comprising: a rear casing comprising an outer surface and an inner surface opposite the outer surface , and the rear casing defining a mounting hole through the outer surface and the inner surface ; and an assembly for reducing wearing of the outer surface of the rear casing , comprising a coupling member and a decorative member , the decorative member having a decorative effect to improve appearance of the rear casing , the coupling member being coupled to the rear casing passing through the mounting hole and defining a recess at a side of the coupling member opposite the inner surface , the decorative member being embedded in the recess and the decorative member protruding from the outer surface , characterized in that the coupling member protrudes from the outer surface and is exposed from the outer surface . a rear casing comprising an outer surface and an inner surface opposite the outer surface , and the rear casing defining a mounting hole through the outer surface and the inner surface ; and an assembly for reducing wearing of the outer surface of the rear casing , comprising a coupling member and a decorative member , the decorative member having a decorative effect to improve appearance of the rear casing , the coupling member being coupled to the rear casing passing through the mounting hole and defining a recess at a side of the coupling member opposite the inner surface , the decorative member being embedded in the recess and the decorative member protruding from the outer surface , characterized in that the coupling member protrudes from the outer surface and is exposed from the outer surface .
A method for secure communications, comprising: identifying a subset of a plurality of channels of a system bandwidth available for a transmission in a time period (120; 125), wherein the subset of the plurality of channels is non-contiguous, and wherein each of the plurality of channels has a respective channel bandwidth; generating a first wideband waveform having a bandwidth determined according to a number of channels in the subset of the plurality of channels; separating the first wideband waveform into a plurality of segments , each segment of the plurality of segments having a bandwidth corresponding to the respective channel bandwidth of a corresponding one of the subset of the plurality of channels; mapping the plurality of segments to the subset of the plurality of channels of the system bandwidth; combining the mapped plurality of segments to generate a second wideband waveform ; and transmitting the second wideband waveform in the time period. identifying a subset of a plurality of channels of a system bandwidth available for a transmission in a time period (120; 125), wherein the subset of the plurality of channels is non-contiguous, and wherein each of the plurality of channels has a respective channel bandwidth; generating a first wideband waveform having a bandwidth determined according to a number of channels in the subset of the plurality of channels; separating the first wideband waveform into a plurality of segments , each segment of the plurality of segments having a bandwidth corresponding to the respective channel bandwidth of a corresponding one of the subset of the plurality of channels; mapping the plurality of segments to the subset of the plurality of channels of the system bandwidth; combining the mapped plurality of segments to generate a second wideband waveform ; and transmitting the second wideband waveform in the time period.
A steering device , in particular a steer-by-wire steering for steering a vehicle by means of a movable steering unit , wherein movements of the steering unit can be braked by means of at least one magnetorheological braking device , and wherein the braking device comprises a stationary holder and at least two brake components , wherein at least one of the two brake components is provided for rotation by the steering unit , and wherein at least one other of the two brake components is non-rotatably connected with the holder , and wherein the two brake components are provided for continuous rotation relative to one another around a rotational axis , wherein a first brake component extends along the rotational axis and comprises a core of a magnetically conductive material, and wherein the second brake component comprises a sheath part configured hollow and extending around the first brake component , wherein between the first and second brake components at least one circumferential gap is configured, which is at least partially filled with a magnetorheological medium , characterized in that the gap comprises at least two different brake gap sections , and that in a first brake gap section , a disk contour is configured between the sheath part and the core , and that in a second brake gap section , a plurality of rolling members is disposed on the circumference of the core .
A phase locked loop for a transceiver, comprising: a feedforward path receiving a reference signal having a reference frequency and outputting an output signal having an output frequency that is a function of the reference signal and a feedback signal; a feedback path having a divider circuit associated therewith, and configured to receive the output signal and to generate a feedback signal having a reduced frequency based on a divider value of the divider circuit , wherein the feedback signal is supplied to the feedforward path ; a modulator circuit configured to receive modulation data and provide a divider control signal to the divider circuit to control the divider value thereof; characterized by a phase tracker circuit configured to determine an amount of phase drift from an initial phase value of the output signal due to an interruption in a locked state of the phase locked loop using a modulation input sequence and a previous channel word. a feedforward path receiving a reference signal having a reference frequency and outputting an output signal having an output frequency that is a function of the reference signal and a feedback signal; a feedback path having a divider circuit associated therewith, and configured to receive the output signal and to generate a feedback signal having a reduced frequency based on a divider value of the divider circuit , wherein the feedback signal is supplied to the feedforward path ; a modulator circuit configured to receive modulation data and provide a divider control signal to the divider circuit to control the divider value thereof; characterized by a phase tracker circuit configured to determine an amount of phase drift from an initial phase value of the output signal due to an interruption in a locked state of the phase locked loop using a modulation input sequence and a previous channel word.
A nuclear fuel assembly comprising: a top nozzle; a bottom nozzle ; a plurality of elongated guide thimbles extending axially between and attached to the top nozzle and the bottom nozzle , at least some of the plurality of guide thimbles having a tubular sheath that extends substantially the entire length of the corresponding guide thimble with a lower end of the sheath capped by a lower end plug having an aperture extending axially there through; and a tube-in-tube dashpot having an axially extending sidewall is disposed within a lower portion of the tubular sheath with an opening in the side wall of the dashpot aligned with an opening in the tubular sheath, such that there is a through hole through the side of the guide thimble, wherein the opening in one of the sidewall of the dashpot or the tubular sheath is oblong extending partially around a circumference of the one of the sidewall or the tubular sheath with a greater diameter of the oblong opening extending in the circumferential direction. a top nozzle; a bottom nozzle ; a plurality of elongated guide thimbles extending axially between and attached to the top nozzle and the bottom nozzle , at least some of the plurality of guide thimbles having a tubular sheath that extends substantially the entire length of the corresponding guide thimble with a lower end of the sheath capped by a lower end plug having an aperture extending axially there through; and a tube-in-tube dashpot having an axially extending sidewall is disposed within a lower portion of the tubular sheath with an opening in the side wall of the dashpot aligned with an opening in the tubular sheath, such that there is a through hole through the side of the guide thimble, wherein the opening in one of the sidewall of the dashpot or the tubular sheath is oblong extending partially around a circumference of the one of the sidewall or the tubular sheath with a greater diameter of the oblong opening extending in the circumferential direction.
A nonaqueous electrolyte battery, comprising: an electrode body including a positive electrode and a negative electrode , the electrode body having a flat shape; a battery case configured to accommodate the electrode body and a nonaqueous electrolyte, the battery case having a square shape and including a case main body and a cover configured to close an opening of the case main body , wherein the case main body has a pair of wide surfaces opposed to flat surfaces of the electrode body , and a pair of narrow surfaces adjacent to the wide surfaces ; a negative electrode collector terminal disposed in the battery case , the negative electrode collector terminal connected to the negative electrode of the electrode body , and the negative electrode collector terminal containing copper or copper alloy; and an insulator film disposed between an inner wall of the battery case and the electrode body , the insulator film configured to insulate the battery case from the electrode body , the insulator film joined to the inner wall of the battery case , and the insulator film disposed not to make contact with the negative electrode collector terminal , characterized in that the insulator film is joined to inner walls of the wide surfaces , and the insulator film is not joined to inner walls of the narrow surfaces . an electrode body including a positive electrode and a negative electrode , the electrode body having a flat shape; a battery case configured to accommodate the electrode body and a nonaqueous electrolyte, the battery case having a square shape and including a case main body and a cover configured to close an opening of the case main body , wherein the case main body has a pair of wide surfaces opposed to flat surfaces of the electrode body , and a pair of narrow surfaces adjacent to the wide surfaces ; a negative electrode collector terminal disposed in the battery case , the negative electrode collector terminal connected to the negative electrode of the electrode body , and the negative electrode collector terminal containing copper or copper alloy; and an insulator film disposed between an inner wall of the battery case and the electrode body , the insulator film configured to insulate the battery case from the electrode body , the insulator film joined to the inner wall of the battery case , and the insulator film disposed not to make contact with the negative electrode collector terminal , characterized in that the insulator film is joined to inner walls of the wide surfaces , and the insulator film is not joined to inner walls of the narrow surfaces .
A flow reactor , the reactor comprising: at least a first fluidic module , the first fluidic module having a planar form with first and second major outer surfaces of essentially planar form, on opposite sides of the module, the first and second major outer surfaces surrounded and connected by an edge surface of the module and separated by a thickness (t) of the module, the first fluidic module having therein one or more fluid passages for flowing a process fluid, the first fluidic module having a transmittance through the first major outer surface to at least one of the one or more fluid passages of at least 20% over a range of wavelengths; at least a first illumination module , the first illumination module comprising one or more radiation sources which emit, at least in part, within the range of wavelengths, positioned within an enclosure , the enclosure comprising a back wall and a side wall extending from the back wall of the enclosure in a direction non-parallel to the back wall of the enclosure, the enclosure having an opening opposite the back wall , an edge of the side wall opposite the back wall surrounding the opening , the edge lying essentially in a single plane, the first illumination module positioned such that the opening of the first illumination module faces the first major outer surface of the first fluidic module ; wherein the side wall of the first illumination module comprises a telescoping portion such that a distance (D1) from the back wall of the enclosure to the single plane of the edge of the side wall surrounding the opening is adjustable. at least a first fluidic module , the first fluidic module having a planar form with first and second major outer surfaces of essentially planar form, on opposite sides of the module, the first and second major outer surfaces surrounded and connected by an edge surface of the module and separated by a thickness (t) of the module, the first fluidic module having therein one or more fluid passages for flowing a process fluid, the first fluidic module having a transmittance through the first major outer surface to at least one of the one or more fluid passages of at least 20% over a range of wavelengths; at least a first illumination module , the first illumination module comprising one or more radiation sources which emit, at least in part, within the range of wavelengths, positioned within an enclosure , the enclosure comprising a back wall and a side wall extending from the back wall of the enclosure in a direction non-parallel to the back wall of the enclosure, the enclosure having an opening opposite the back wall , an edge of the side wall opposite the back wall surrounding the opening , the edge lying essentially in a single plane, the first illumination module positioned such that the opening of the first illumination module faces the first major outer surface of the first fluidic module ; wherein the side wall of the first illumination module comprises a telescoping portion such that a distance (D1) from the back wall of the enclosure to the single plane of the edge of the side wall surrounding the opening is adjustable.
A composition comprising: i. a therapeutically effective amount of an isolated Streptococcus australis ( S. australis ) bacterial strain; and ii. a pharmaceutically acceptable carrier, for use in a method for treating a metabolic disorder in a subj ect in need thereof, said method comprising: administering to the subject said composition, wherein the subject has presented with a fasting blood glucose level of greater than about 125 mg/dL or greater than about 130 mg/dL. i. a therapeutically effective amount of an isolated Streptococcus australis ( S. australis ) bacterial strain; and ii. a pharmaceutically acceptable carrier,
A CVT comprising: a shaft rotatable within a non-rotating sleeve ; a casing ; a gerotor pump associated with a central hub mounted to the non rotating sleeve, the gerotor pump having an intake and an outlet; the gerotor pump having an inner rotor mounted to the shaft and an outer rotor meshed with the inner rotor in order that rotation of the shaft causes rotation of the inner and outer rotors of the gerotor pump to thereby cause a pumping action between the intake and outlet of the gerotor pump, wherein the gerotor pump comprises an intake arm , a send arm and a return arm mounted between the casing and the central hub; and characterized in that said arms and central hub forming a rotation blocker/pump assembly interconnecting the non-rotating sleeve and the casing , said central hub being fixedly mounted to the non-rotating sleeve; - and wherein the central hub of the rotation blocker/pump assembly comprising the gerotor pump provides prevention of rotation of the non-rotating sleeve by the interconnection of the sleeve to the casing through the central hub and arms. a shaft rotatable within a non-rotating sleeve ; a casing ; a gerotor pump associated with a central hub mounted to the non rotating sleeve, the gerotor pump having an intake and an outlet; the gerotor pump having an inner rotor mounted to the shaft and an outer rotor meshed with the inner rotor in order that rotation of the shaft causes rotation of the inner and outer rotors of the gerotor pump to thereby cause a pumping action between the intake and outlet of the gerotor pump, wherein the gerotor pump comprises an intake arm , a send arm and a return arm mounted between the casing and the central hub; and characterized in that said arms and central hub forming a rotation blocker/pump assembly interconnecting the non-rotating sleeve and the casing , said central hub being fixedly mounted to the non-rotating sleeve; - and wherein the central hub of the rotation blocker/pump assembly comprising the gerotor pump provides prevention of rotation of the non-rotating sleeve by the interconnection of the sleeve to the casing through the central hub and arms. - and wherein the central hub of the rotation blocker/pump assembly comprising the gerotor pump provides prevention of rotation of the non-rotating sleeve by the interconnection of the sleeve to the casing through the central hub and arms.
Method for resolving at least one naming identifier, said method being implemented by a server hosting resources able to be accessed by at least one terminal , and comprising the following steps: - receiving (E6) a resources request (DR) sent by the terminal , - in response to the resources request (DR), transmitting (E7), to the terminal, the requested resources and a message comprising at least one parameter, referred to as delegation parameter, relating to authorization for said server hosting resources to execute a function for resolving at least one naming identifier, said delegation parameter having been generated by an authoritative server associated with a naming identifier and being specific to each server hosting resources to which a function for resolving a naming identifier is delegated, - receiving (E11) a request to resolve at least one naming identifier, transmitted by said terminal , when the authenticity of said delegation parameter is verified by the terminal; - transmitting (E12), to the terminal , at least one network address of a server associated with the naming identifier to be resolved. - receiving (E6) a resources request (DR) sent by the terminal , - in response to the resources request (DR), transmitting (E7), to the terminal, the requested resources and a message comprising at least one parameter, referred to as delegation parameter, relating to authorization for said server hosting resources to execute a function for resolving at least one naming identifier, said delegation parameter having been generated by an authoritative server associated with a naming identifier and being specific to each server hosting resources to which a function for resolving a naming identifier is delegated, - receiving (E11) a request to resolve at least one naming identifier, transmitted by said terminal , when the authenticity of said delegation parameter is verified by the terminal; - transmitting (E12), to the terminal , at least one network address of a server associated with the naming identifier to be resolved.
An optical transceiver assembly, comprising: a serializer ; a high-order modulation unit coupled to the serializer , wherein the high-order modulation unit is a pulse amplitude modulation four, PAM4, unit; a digital-analog conversion unit coupled to the high-order modulation unit; and a optical transceiver module comprises a transmit processing unit , a receive processing unit and an optical splitting apparatus , wherein the transmit processing unit and the receive processing unit are respectively coupled to the digital-analog conversion unit , and the optical splitting apparatus is configured to transmit a first optical signal output by the transmit processing unit , and receive a second optical signal and transmit the second optical signal to the receive processing unit . a serializer ; a high-order modulation unit coupled to the serializer , wherein the high-order modulation unit is a pulse amplitude modulation four, PAM4, unit; a digital-analog conversion unit coupled to the high-order modulation unit; and a optical transceiver module comprises a transmit processing unit , a receive processing unit and an optical splitting apparatus , wherein the transmit processing unit and the receive processing unit are respectively coupled to the digital-analog conversion unit , and the optical splitting apparatus is configured to transmit a first optical signal output by the transmit processing unit , and receive a second optical signal and transmit the second optical signal to the receive processing unit .