mhurhangee/patent-ind-claim-en huggingface dataset:
A method of decolorizing and deodorizing a polyhydric alcohol, comprising: preparing a first mixed liquid including materials with undesirable colors and odors, which contains a first polyhydric alcohol obtained by a separation process, water and a neutralizing agent (S 10); obtaining a second polyhydric alcohol by treating a fractional distillation for the first mixed liquid thereby removing at least some of the materials with undesirable colors and odors (S22); producing a second mixed liquid by adding water or steam to the second polyhydric alcohol; producing a pre-treatment liquid in which a target polyhydric alcohol is concentrated or purified by performing stripping treatment of the second mixed liquid so that the materials with undesirable colors and odors are evaporated with the water (S24); and performing adsorption treatment of the pre-treatment liquid thereby removing remaining materials with undesirable colors and odors included in the pre-treatment liquid (S30), wherein the stripping treatment is performed at a temperature lower than the boiling point of the target polyhydric alcohol and higher that the boiling point of water. preparing a first mixed liquid including materials with undesirable colors and odors, which contains a first polyhydric alcohol obtained by a separation process, water and a neutralizing agent (S 10); obtaining a second polyhydric alcohol by treating a fractional distillation for the first mixed liquid thereby removing at least some of the materials with undesirable colors and odors (S22); producing a second mixed liquid by adding water or steam to the second polyhydric alcohol; producing a pre-treatment liquid in which a target polyhydric alcohol is concentrated or purified by performing stripping treatment of the second mixed liquid so that the materials with undesirable colors and odors are evaporated with the water (S24); and performing adsorption treatment of the pre-treatment liquid thereby removing remaining materials with undesirable colors and odors included in the pre-treatment liquid (S30), wherein the stripping treatment is performed at a temperature lower than the boiling point of the target polyhydric alcohol and higher that the boiling point of water.
An anti-sclerostin antibody or fragment thereof for use in a method for treating a bone-related disorder by increasing bone mineral density in a human, the method comprising administering to the human the anti-sclerostin antibody or fragment thereof in an amount from 1 mg/kg to 10 mg/kg, wherein the anti-sclerostin antibody or fragment thereof cross-blocks the binding to sclerostin of antibody Ab-4 having a heavy chain sequence of SEQ ID NO: 137 and a light chain sequence of SEQ ID NO: 133 or antibody Ab-13 having a heavy chain sequence of SEQ ID NO: 209 and a light chain sequence of SEQ ID NO: 205.
An instrument for biological analysis, comprising: a sample processing system configured to retain a first sample holder comprising a first plurality of sample cells and a second sample holder comprising a second plurality of sample cells, wherein at least one of (a) a number of the sample cells or (b) a characteristic dimension of the sample cells is different between the first sample holder and the second sample holder; an excitation source configured to produce one or more excitation beams; an excitation optical system configured to direct the one or more excitation beams toward a plurality of samples retained by the sample processing system; an optical sensor configured to receive emission beams from the first plurality of sample cells and configured to receive emission beams from the second plurality of sample cells; an emission optical system configured to direct the emission beams to the optical sensor; an excitation source temperature controller comprising a temperature sensor thermally coupled to the excitation source for determining the temperature of the excitation source, an electronic processor ; and a storage device including data comprising a first target temperature for the first sample holder and a second target temperature for the second sample holder that is unequal to the first target temperature, wherein the storage device comprises instructions to control the temperature of the excitation source to the first target temperature when the first sample holder is retained by the instrument and to control the temperature of the excitation source to the second target temperature when the second sample holder is retained by the instrument. a sample processing system configured to retain a first sample holder comprising a first plurality of sample cells and a second sample holder comprising a second plurality of sample cells, wherein at least one of (a) a number of the sample cells or (b) a characteristic dimension of the sample cells is different between the first sample holder and the second sample holder; an excitation source configured to produce one or more excitation beams; an excitation optical system configured to direct the one or more excitation beams toward a plurality of samples retained by the sample processing system; an optical sensor configured to receive emission beams from the first plurality of sample cells and configured to receive emission beams from the second plurality of sample cells; an emission optical system configured to direct the emission beams to the optical sensor; an electronic processor ; and a storage device including data comprising a first target temperature for the first sample holder and a second target temperature for the second sample holder that is unequal to the first target temperature, wherein the storage device comprises instructions to control the temperature of the excitation source to the first target temperature when the first sample holder is retained by the instrument and to control the temperature of the excitation source to the second target temperature when the second sample holder is retained by the instrument.
A power transmitter arranged to transfer power to a power receiver using a wireless inductive power signal, the power transmitter comprising: an inductor arranged to provide the wireless inductive power signal; a power signal generator arranged to drive the inductor to provide the wireless inductive power signal; a calibration controller arranged to determine whether a power loss calibration has been performed for the power transmitter and power receiver pairing, the power loss calibration determining an expected relationship between a received power indication provided by the power receiver and a transmitted power indication for the power transmitter ; a power limiter arranged to restrict a power provided to the inductor to not exceed a threshold unless the power loss calibration has been performed for the power transmitter and power receiver pairing; a receiver arranged to receive received power indications from the power receiver ; and a detector arranged to detect a parasitic power consumption in response to a deviation between a relationship between the transmitted power indication and the received power indication and the expected relationship between the transmitted power indication and the received power indication exceeding a threshold. an inductor arranged to provide the wireless inductive power signal; a power signal generator arranged to drive the inductor to provide the wireless inductive power signal; a calibration controller arranged to determine whether a power loss calibration has been performed for the power transmitter and power receiver pairing, the power loss calibration determining an expected relationship between a received power indication provided by the power receiver and a transmitted power indication for the power transmitter ; a power limiter arranged to restrict a power provided to the inductor to not exceed a threshold unless the power loss calibration has been performed for the power transmitter and power receiver pairing; a receiver arranged to receive received power indications from the power receiver ; and a detector arranged to detect a parasitic power consumption in response to a deviation between a relationship between the transmitted power indication and the received power indication and the expected relationship between the transmitted power indication and the received power indication exceeding a threshold.
A strategy for controlling a creep function for a hybrid motor vehicle having a brake mode with energy recovery which is automatically activated when the driver releases the accelerator pedal, characterized in that , when the driver has released the accelerator pedal , below a predetermined speed threshold (V0), said strategy maintains braking with recovery until the complete stop of the vehicle without activating the creep function as long as priority creep criteria are not met, the priority creep criteria including a pressure on the brake pedal, and activates this creep function if the criteria are met.
Device for fastening and electrical contacting a vehicle window pane , in which at least one electrical functional element is integrated, - with a pane adapter that is constructed for fixing on the vehicle window pane , - with a pane holder that is constructed for coupling the pane adapter with a vehicle body, - with a pane-side plug that, in the intended assembled state, establishes electrical contact with the functional element of the vehicle window pane , - with a pane-side coupling shoe for mounting the pane-side plug on the vehicle window pane , - with a mating plug that is constructed to be coupled with the pane-side plug for the electrical contacting of the functional element with a control unit, wherein the pane adapter and the pane-side coupling shoe as well as the pane holder and a plug holder supporting the mating plug are kinematically coupled such that during assembly of the vehicle window pane using the pane adapter on the pane holder , the pane-side plug is connected to the mating plug , characterized in that , on the pane-side coupling shoe or on the plug holder , an elastic stop element is arranged that is constructed for the purpose of applying, during assembly, a coupling force for the intended coupling of the pane-side plug with the mating plug , and wherein the pane-side plug and the mating plug , in the intended assembled state, are mounted with play on the pane-side coupling shoe or the plug holder . - with a pane adapter that is constructed for fixing on the vehicle window pane , - with a pane holder that is constructed for coupling the pane adapter with a vehicle body, - with a pane-side plug that, in the intended assembled state, establishes electrical contact with the functional element of the vehicle window pane , - with a pane-side coupling shoe for mounting the pane-side plug on the vehicle window pane , - with a mating plug that is constructed to be coupled with the pane-side plug for the electrical contacting of the functional element with a control unit,
A clevis-sensing lock mechanism comprising: a block formed to include a cylinder-receiving first bore extending into the block and a pin-receiving slot extending into the block to intersect with the cylinder-receiving first bore ; a lock cylinder configured to be received in the cylinder-receiving first bore of the block and rotate relative to the block , the lock cylinder including a first end and a second end spaced apart from the first end, the lock cylinder formed to include an annular groove , an axial slot extending toward the first end of the lock cylinder from the annular groove , and a key-receiving second born extending from the second end toward the first end; a cross-pin positioned within the pin-receiving slot of the block and configured to slide in the annular groove and axial slot of the lock cylinder to control rotation of the lock cylinder ; a tumbler arrangement coupled between the lock cylinder and the block and configured to control rotation of the lock cylinder ; a coupler shaft positioned within the key-receiving second bore and coupled with the lock cylinder to rotate therewith; and an interference member coupled to the coupler shaft at the first end of the lock cylinder to rotate with the lock cylinder . a block formed to include a cylinder-receiving first bore extending into the block and a pin-receiving slot extending into the block to intersect with the cylinder-receiving first bore ; a lock cylinder configured to be received in the cylinder-receiving first bore of the block and rotate relative to the block , the lock cylinder including a first end and a second end spaced apart from the first end, the lock cylinder formed to include an annular groove , an axial slot extending toward the first end of the lock cylinder from the annular groove , and a key-receiving second born extending from the second end toward the first end; a cross-pin positioned within the pin-receiving slot of the block and configured to slide in the annular groove and axial slot of the lock cylinder to control rotation of the lock cylinder ; a tumbler arrangement coupled between the lock cylinder and the block and configured to control rotation of the lock cylinder ; a coupler shaft positioned within the key-receiving second bore and coupled with the lock cylinder to rotate therewith; and an interference member coupled to the coupler shaft at the first end of the lock cylinder to rotate with the lock cylinder .
A root canal file, comprising: a working part , which comprises a tip portion , a threaded portion and a non-threaded portion , the tip portion being a round blunt semi-guiding tip, the threaded portion comprising an uncut section and a cut section , and the tip portion , the uncut section , the cut section and the non-threaded portion being connected in sequence; and a handle, to which the non-threaded portion is connected; wherein the cross section of the uncut section is a figure that is symmetric about the origin, the cross-sectional profile of the uncut section comprises a first line and a second line , and the first line and the second line are symmetric about the origin; the first line and the second line are connected to each other end to end to form a blade-shaped closed shape; characterized in that : the cut section is designed as a longitudinal cut face, and the longitudinal cut face is a flat surface; wherein the cross section of the cut section is an asymmetrical figure, the cross-section profile of the cut section comprises a third line , a fourth line and a fifth line , the fifth line is a longitudinal straight line, and the third line , the fourth line and the fifth line are connected to each other end to end to form a blade-shaped closed figure. a working part , which comprises a tip portion , a threaded portion and a non-threaded portion , the tip portion being a round blunt semi-guiding tip, the threaded portion comprising an uncut section and a cut section , and the tip portion , the uncut section , the cut section and the non-threaded portion being connected in sequence; and a handle, to which the non-threaded portion is connected; wherein the cross section of the uncut section is a figure that is symmetric about the origin, the cross-sectional profile of the uncut section comprises a first line and a second line , and the first line and the second line are symmetric about the origin; the first line and the second line are connected to each other end to end to form a blade-shaped closed shape; characterized in that : the cut section is designed as a longitudinal cut face, and the longitudinal cut face is a flat surface; wherein the cross section of the cut section is an asymmetrical figure, the cross-section profile of the cut section comprises a third line , a fourth line and a fifth line , the fifth line is a longitudinal straight line, and the third line , the fourth line and the fifth line are connected to each other end to end to form a blade-shaped closed figure. the cut section is designed as a longitudinal cut face, and the longitudinal cut face is a flat surface; wherein the cross section of the cut section is an asymmetrical figure, the cross-section profile of the cut section comprises a third line , a fourth line and a fifth line , the fifth line is a longitudinal straight line, and the third line , the fourth line and the fifth line are connected to each other end to end to form a blade-shaped closed figure.
A method of wireless communication, comprising: communicating , by a first wireless communication device with a second wireless communication device, a reservation signal to reserve a transmission opportunity, TXOP, in a spectrum, wherein the spectrum is shared by multiple radio access technologies, RATs, wherein the reservation signal includes a plurality of first waveform sequences indicating medium reservation information detectable by the multiple RATs, wherein the plurality of first waveform sequences correspond to multiple instances of a second waveform sequence masked by a code representing the medium reservation information, and wherein the first wireless communication device and the second wireless communication device are associated with a first RAT of the multiple RATs; and communicating , by the first wireless communication device with the second wireless communication device using the first RAT, a communication signal in the spectrum during the TXOP. communicating , by a first wireless communication device with a second wireless communication device, a reservation signal to reserve a transmission opportunity, TXOP, in a spectrum, wherein the spectrum is shared by multiple radio access technologies, RATs, wherein the reservation signal includes a plurality of first waveform sequences indicating medium reservation information detectable by the multiple RATs, wherein the plurality of first waveform sequences correspond to multiple instances of a second waveform sequence masked by a code representing the medium reservation information, and wherein the first wireless communication device and the second wireless communication device are associated with a first RAT of the multiple RATs; and communicating , by the first wireless communication device with the second wireless communication device using the first RAT, a communication signal in the spectrum during the TXOP.
An arrangement for the blind assembly of a brake cable on a lever for actuating a drum brake of a motor vehicle, the arrangement including: - a brake cable which includes an axial free front end strand whose free end is capped by an end-piece , the end-piece having a rear retaining face which protrudes radially from the brake cable ; - an actuating lever including a biasing end which includes an axial through-orifice in which the free front end of the brake cable is retained in traction by the retaining face of the end-piece , the end-piece being likely to bias the rim of the through-orifice to pivot the actuating lever during a traction of the brake cable ; characterized in that the through-orifice has a section greater than that of the retaining face of the end-piece , and in that an abutment element is intended to be threaded on a brake cable strand arranged axially between the retaining face of the end-piece and the actuating lever , the abutment element including a rear abutment face with the rim of the through-orifice and a front abutment face against the retaining face of the end-piece . - a brake cable which includes an axial free front end strand whose free end is capped by an end-piece , the end-piece having a rear retaining face which protrudes radially from the brake cable ; - an actuating lever including a biasing end which includes an axial through-orifice in which the free front end of the brake cable is retained in traction by the retaining face of the end-piece , the end-piece being likely to bias the rim of the through-orifice to pivot the actuating lever during a traction of the brake cable ;
A computer implemented method of identifying a ransomware algorithm, the ransomware algorithm having associated a predetermined responsive action for mitigating the effect of the ransomware algorithm in use, the method comprising: exposing a target computer system to the ransomware algorithm, the target computer system containing a predetermined set of sample data stored therein that is encrypted by the ransomware algorithm using a searchable encryption algorithm; intercepting an index of the searchable encryption algorithm; training an autoencoder based on the index to provide a trained autoencoder adapted to identify the ransomware algorithm based on the index. exposing a target computer system to the ransomware algorithm, the target computer system containing a predetermined set of sample data stored therein that is encrypted by the ransomware algorithm using a searchable encryption algorithm; intercepting an index of the searchable encryption algorithm; training an autoencoder based on the index to provide a trained autoencoder adapted to identify the ransomware algorithm based on the index.
Method of manufacturing an energy storage device , comprising the following steps: screen printing, on a printing support adapted to support a cell element or cell stack of the energy storage device , a first paste to apply a first electrode sublayer of an electrode layer of the cell element or cell stack ; and screen printing a second paste having a different composition from the first paste directly onto the first electrode sublayer to apply a second electrode sublayer of the electrode layer , wherein the first paste and the second paste have an identical active material, characterised in that the second electrode sublayer is applied thinner than the first electrode sublayer . screen printing, on a printing support adapted to support a cell element or cell stack of the energy storage device , a first paste to apply a first electrode sublayer of an electrode layer of the cell element or cell stack ; and screen printing a second paste having a different composition from the first paste directly onto the first electrode sublayer to apply a second electrode sublayer of the electrode layer , wherein the first paste and the second paste have an identical active material, characterised in that the second electrode sublayer is applied thinner than the first electrode sublayer .
A fire grate formed by being stamped from a sheet metal blank comprising: a center forming a high-point of the fire grate ; a circular perimeter surrounding and spaced from the center, the center being higher than the perimeter; at least one circumferential stiffening ring formed by bends in the sheet metal and extending at least partially about the center; and a plurality of ventilation holes between the center and the perimeter, characterized in that the fire grate is dome-shaped, and in that the fire grate further comprises a plurality of radial stiffening ribs formed by bends in the sheet metal and extending from the perimeter and toward the center. a center forming a high-point of the fire grate ; a circular perimeter surrounding and spaced from the center, the center being higher than the perimeter; at least one circumferential stiffening ring formed by bends in the sheet metal and extending at least partially about the center; and a plurality of ventilation holes between the center and the perimeter, characterized in that the fire grate is dome-shaped, and in that the fire grate further comprises a plurality of radial stiffening ribs formed by bends in the sheet metal and extending from the perimeter and toward the center.