mhurhangee/ep-ind-claims huggingface dataset:
A system for communicating steering inputs, the system comprising: a plurality of actuators arranged relative to a steering mechanism for a vehicle; at least one sensor configured to detect a position of at least one hand (106a, 106b) of the vehicle operator on the steering mechanism; characterized by: a controller configured to send actuation signals to the plurality of actuators, wherein, in response to receiving an indication of a required steering input, the controller communicates a first aspect of the required steering input to the operator by actuating, by at least a first distance, at least one of the plurality of actuators that is positioned beneath the detected hand position to indicate a severity associated with an upcoming turn and communicates a second aspect of the required steering input to the operator by actuating, with at least a first pulse frequency, at least one of the plurality of actuators that is positioned beneath the detected hand position to indicate a proximity associated with the upcoming turn. a plurality of actuators arranged relative to a steering mechanism for a vehicle; at least one sensor configured to detect a position of at least one hand (106a, 106b) of the vehicle operator on the steering mechanism; characterized by: a controller configured to send actuation signals to the plurality of actuators, wherein, in response to receiving an indication of a required steering input, the controller communicates a first aspect of the required steering input to the operator by actuating, by at least a first distance, at least one of the plurality of actuators that is positioned beneath the detected hand position to indicate a severity associated with an upcoming turn and communicates a second aspect of the required steering input to the operator by actuating, with at least a first pulse frequency, at least one of the plurality of actuators that is positioned beneath the detected hand position to indicate a proximity associated with the upcoming turn. a controller configured to send actuation signals to the plurality of actuators, wherein, in response to receiving an indication of a required steering input, the controller communicates a first aspect of the required steering input to the operator by actuating, by at least a first distance, at least one of the plurality of actuators that is positioned beneath the detected hand position to indicate a severity associated with an upcoming turn and communicates a second aspect of the required steering input to the operator by actuating, with at least a first pulse frequency, at least one of the plurality of actuators that is positioned beneath the detected hand position to indicate a proximity associated with the upcoming turn.
A wiring diagnostic apparatus comprising: a counter configured to count the number of battery modules connected to a plurality of first communication lines to which a plurality of battery modules are connected to form a communication channel for each of the first communication lines; an acquirer configured to acquire identification information for identifying a battery module connected to a corresponding second communication line among battery modules connected to a plurality of second communication lines each forming the communication channel with the first communication line via the second communication line; and an abnormality determiner configured to determine an abnormality in a wiring relationship of the first communication line or the second communication line on the basis of the number of battery modules counted by the counter and identification information acquired by the acquirer. a counter configured to count the number of battery modules connected to a plurality of first communication lines to which a plurality of battery modules are connected to form a communication channel for each of the first communication lines; an acquirer configured to acquire identification information for identifying a battery module connected to a corresponding second communication line among battery modules connected to a plurality of second communication lines each forming the communication channel with the first communication line via the second communication line; and an abnormality determiner configured to determine an abnormality in a wiring relationship of the first communication line or the second communication line on the basis of the number of battery modules counted by the counter and identification information acquired by the acquirer.
A chimeric antigen receptor comprising one or more intracellular signaling domains and an extracellular antigen binding domain, wherein the extracellular antigen binding domain comprises a single chain variable fragment (scFv) that specifically binds kappa myeloma antigen, wherein the scFv comprises complementarity determining regions (CDRs) derived from a Kappa monoclonal antibody (KappaMab), wherein the KappaMAb CDRs comprise SEQ ID NOS: 3-8.
A magnetic marker installation method for laying magnetic markers in a road for driving assist control on a vehicle side, the method comprising: using a work vehicle to travel along a lane and lay the magnetic markers at approximate positions; using a work apparatus including a magnetic sensor (Cn) capable of detecting magnetism to detect one of the magnetic markers and measure a lateral shift amount with respect to the one magnetic marker, wherein a deviation of a position of the one magnetic marker in a width direction of the work apparatus with respect to a position of the magnetic sensor (Cn) is measured as the lateral shift amount; acquiring position data of an absolute position of the work apparatus when the work apparatus detects the one magnetic marker; identifying a laying position of the one magnetic marker by combining the absolute position and the lateral shift amount; generating position data regarding the one magnetic marker; storing the position data in a database; and repeating the steps of detecting, measuring, acquiring, identifying, generating and storing for at least another one of the magnetic markers. using a work vehicle to travel along a lane and lay the magnetic markers at approximate positions; using a work apparatus including a magnetic sensor (Cn) capable of detecting magnetism to detect one of the magnetic markers and measure a lateral shift amount with respect to the one magnetic marker, wherein a deviation of a position of the one magnetic marker in a width direction of the work apparatus with respect to a position of the magnetic sensor (Cn) is measured as the lateral shift amount; acquiring position data of an absolute position of the work apparatus when the work apparatus detects the one magnetic marker; identifying a laying position of the one magnetic marker by combining the absolute position and the lateral shift amount; generating position data regarding the one magnetic marker; storing the position data in a database; and repeating the steps of detecting, measuring, acquiring, identifying, generating and storing for at least another one of the magnetic markers.
An integrated circuit device comprising: a first integrated circuit die comprising field programmable gate array fabric; a second integrated circuit die coupled to the first integrated circuit die, wherein the second integrated circuit die comprises fabric support circuitry configured to operate the field programmable gate array fabric of the first integrated circuit die, said fabric support circuitry including sector-aligned memory; and a memory interface; wherein the first integrated circuit die and the second integrated circuit die are vertically stacked; wherein a plurality of first sectors of the field programmable gate array fabric of the first integrated circuit die are vertically aligned with a corresponding plurality of second sectors of fabric support circuitry of the second integrated circuit die; characterized in that the sector-aligned memory is accessible by the field programmable gate array fabric via the memory interface, said memory interface occupying an outermost row of a first sector of the plurality of first sectors, and configured to facilitate communication with rows of programmable logic elements and associated configuration memory of an adjacent sector of the plurality of first sectors. a first integrated circuit die comprising field programmable gate array fabric; a second integrated circuit die coupled to the first integrated circuit die, wherein the second integrated circuit die comprises fabric support circuitry configured to operate the field programmable gate array fabric of the first integrated circuit die, said fabric support circuitry including sector-aligned memory; and a memory interface; wherein the first integrated circuit die and the second integrated circuit die are vertically stacked; wherein a plurality of first sectors of the field programmable gate array fabric of the first integrated circuit die are vertically aligned with a corresponding plurality of second sectors of fabric support circuitry of the second integrated circuit die; characterized in that the sector-aligned memory is accessible by the field programmable gate array fabric via the memory interface, said memory interface occupying an outermost row of a first sector of the plurality of first sectors, and configured to facilitate communication with rows of programmable logic elements and associated configuration memory of an adjacent sector of the plurality of first sectors.
A method of making a high purity filter aid, the method comprising: acid washing diatomaceous earth to reduce the trace amounts of extractable metal in the diatomaceous earth; rinsing the acid-washed diatomaceous earth with water in order to remove the acid; and combining the acid-washed diatomaceous earth with perlite to obtain a high purity filter aid; wherein acid washing the diatomaceous earth comprises: in a first washing step, washing the diatomaceous earth in a first acid comprising an inorganic acid; and in a second washing step that follows the first washing step, washing the diatomaceous earth in a second acid comprising an organic acid. acid washing diatomaceous earth to reduce the trace amounts of extractable metal in the diatomaceous earth; rinsing the acid-washed diatomaceous earth with water in order to remove the acid; and combining the acid-washed diatomaceous earth with perlite to obtain a high purity filter aid; wherein acid washing the diatomaceous earth comprises: in a first washing step, washing the diatomaceous earth in a first acid comprising an inorganic acid; and in a second washing step that follows the first washing step, washing the diatomaceous earth in a second acid comprising an organic acid. in a first washing step, washing the diatomaceous earth in a first acid comprising an inorganic acid; and in a second washing step that follows the first washing step, washing the diatomaceous earth in a second acid comprising an organic acid.
A housing for mounting an electrical device onto a support structure, the housing comprising: a lower housing having an integral recessed I-slot completely surrounding the lower housing, the I-slot having an upper channel and a lower channel formed between a surface and an outer wall of the lower housing; a bracket for mounting the lower housing onto the support structure, the bracket being slidably seated within the upper channel and the lower channel of the I-slot; wherein the lower housing is rotatable with respect to the bracket; and wherein the bracket comprises at least two parallel side walls and a rear wall which is perpendicular to the side walls and which connects the side walls and is configured to fixedly abut the support structure. a lower housing having an integral recessed I-slot completely surrounding the lower housing, the I-slot having an upper channel and a lower channel formed between a surface and an outer wall of the lower housing; a bracket for mounting the lower housing onto the support structure, the bracket being slidably seated within the upper channel and the lower channel of the I-slot; wherein the lower housing is rotatable with respect to the bracket; and wherein the bracket comprises at least two parallel side walls and a rear wall which is perpendicular to the side walls and which connects the side walls and is configured to fixedly abut the support structure.
A switch device structure comprising an assembly of a main body and an operation body, wherein an electrical connection module and an elastic unit being mounted on the main body, the electrical connection module having a contact arm with variable mounting position, the contact arm including a fixed contact arm with a fixed contact and a movable contact arm with a movable contact, the elastic unit including a fixed section, a free section and a bent section connected between the fixed section and the free section, which together define a geometrical configuration, in accordance with the position of the operation body, the elastic unit being able to provide an elastic push force to push the movable contact of the movable contact arm of the electrical connection module into contact with the fixed contact of the fixed contact arm to form a circuit closed state or make the elastic unit separate from the movable contact arm to form a circuit open state, the fixed section of the elastic unit is fixed on the operation body, characterized by the elastic unit including a base section windingly extending from the fixed section, a bent section connected with the base section and a bow section connected with the bent section, a tail end of the bow section being formed with a subsidiary bent section and a free section connected with the subsidiary bent section, the free section extending in a direction to the fixed section to together define a geometrical configuration, whereby when the elastic unit moves in response to the operation body, the elastic unit is displaced and moved.
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising: a lithium salt, a non-aqueous solvent including a carbonate-based solvent and propyl propionate, and a compound represented by Formula 1: wherein, in Formula 1, R 1 and R 2 are each independently hydrogen or a substituted or unsubstituted alkyl group having 1 to 6 carbon atoms. a lithium salt, a non-aqueous solvent including a carbonate-based solvent and propyl propionate, and a compound represented by Formula 1: wherein, in Formula 1, R 1 and R 2 are each independently hydrogen or a substituted or unsubstituted alkyl group having 1 to 6 carbon atoms.
A stretching device (12, 14) for transversely stretching elastic films (84, 86), comprising: - first and second stretching members (16, 18) having respective outer edges (24, 26) provided with gripping elements configured for gripping corresponding edges of an elastic film (84 86), wherein said first and second stretching members (16, 18) have respective first and second axes of rotation (20, 22) inclined with respect to each other, and - a driving assembly configured for driving said first and second stretching members (16, 18) in rotation about the respective axes of rotation (20, 22), wherein the first and the second stretching members (16, 18) are respectively distal and proximal with respect to said driving assembly and characterized in that the driving assembly extends on only one side with respect to said first stretching member. - first and second stretching members (16, 18) having respective outer edges (24, 26) provided with gripping elements configured for gripping corresponding edges of an elastic film (84 86), wherein said first and second stretching members (16, 18) have respective first and second axes of rotation (20, 22) inclined with respect to each other, and - a driving assembly configured for driving said first and second stretching members (16, 18) in rotation about the respective axes of rotation (20, 22), wherein the first and the second stretching members (16, 18) are respectively distal and proximal with respect to said driving assembly and characterized in that the driving assembly extends on only one side with respect to said first stretching member.
Head-up display device (1; 100) comprising: - an image generation unit designed to emit a light beam, intended to be projected at the output of the head-up display device (1; 100) towards a partially transparent plate, - a liquid crystal cell (7; 17) disposed on the path of said light beam, wherein the image generation unit comprises an output polarizer and a liquid crystal screen comprising said output polarizer, characterized in that it comprises a polarizing filter (5; 15), interposed on the path of said light beam between the image generation unit and the liquid crystal cell (7; 17), in that the liquid crystal cell (7; 17) is inclined by a first non-zero angle (α) with respect to a plane of extension of the screen, and in that the polarizing filter (5; 15) is inclined by a second non-zero angle (β) with respect to the plane of extension of the screen. - an image generation unit designed to emit a light beam, intended to be projected at the output of the head-up display device (1; 100) towards a partially transparent plate, - a liquid crystal cell (7; 17) disposed on the path of said light beam, wherein the image generation unit comprises an output polarizer and a liquid crystal screen comprising said output polarizer, characterized in that it comprises a polarizing filter (5; 15), interposed on the path of said light beam between the image generation unit and the liquid crystal cell (7; 17), in that the liquid crystal cell (7; 17) is inclined by a first non-zero angle (α) with respect to a plane of extension of the screen, and in that the polarizing filter (5; 15) is inclined by a second non-zero angle (β) with respect to the plane of extension of the screen.
A security substrate having at least two sets (11, 12) of regions having a machine detectable characteristic, in which only a first set of regions is applied to a first surface of the substrate and a second set of regions is applied to a second opposing surface of the substrate, wherein both of the at least two sets (11, 12) of regions are required to be present to form a machine readable code characterized in that the relationship between the sets (11, 12) of regions forming the machine readable code cannot be detected visually.
A power system stabilization device including a central processing device in which there is determined, in advance, a control target device necessary to maintain stability when an assumed failure in a power system including renewable energy occurs, wherein the power system stabilization device is characterized in that the central processing device executes, for each of a plurality of assumed failures, a computation for determining a control target necessary to maintain the stability at the time of the assumed failure, and determines, according to an output fluctuation scenario for renewable energy pertaining to the weather, a priority level of executing the computation for determining the control target necessary to maintain the stability at the time of each of the assumed failures. the power system stabilization device is characterized in that the central processing device executes, for each of a plurality of assumed failures, a computation for determining a control target necessary to maintain the stability at the time of the assumed failure, and determines, according to an output fluctuation scenario for renewable energy pertaining to the weather, a priority level of executing the computation for determining the control target necessary to maintain the stability at the time of each of the assumed failures.
A locking collar locking mechanism with a locking collar, whereby the locking collar locking mechanism serves to lock the locking collar of a steering shaft, whereby the locking collar has a plurality of teeth positioned in the peripheral direction, each with a lateral tooth surface running longitudinally to the locking collar, whereby the locking collar locking mechanism has a gripping element to grip between the adjacent teeth of the locking collar, whereby the gripping element is designed to moveable between a position of attack and a released position and whereby the gripping element in the position of engagement has at least one section of attack to act on a lateral tooth surface of a tooth of the locking collar when torque is applied to the locking collar, characterized in that the section of attack of the gripping element in the position of engagement in the locking collar lateral direction of the lateral tooth surface is designed to be at least partially convex, whereby both lateral surfaces of the section of attack in the locking collar lateral direction, which are each allocated to one of the lateral tooth surfaces, are designed to be convex.
An analysis system utilizing a reagent for performing a biological assay on a sample, where the reagent is associated with a machine-readable label, the system comprising: a scanner for reading the machine-readable label, the scanner generating a scanner signal in response to reading the machine-readable label and communicating the scanner signal to a controller; a memory storing a plurality of protocols for the automation of one or more assays performed on one or more samples; a detector generating a detector signal in response to the sample; the controller receiving the scanner signal and selecting a corresponding protocol from the plurality of protocols from the memory in response to the scanner signal and the controller receiving the detector signal and processing the detector signal into a data set; a user input module for user selection of assay protocol parameters, the user input module in communication with the controller; and characterised in that: the protocol also include instructions for processing the data set and in that it further comprises a data processing module in communication with the controller, the data processing module receiving the data set and processing the data set according to the protocol, performing curve-fitting calculations in response to the scanner signal and generating a plot from the data set in response to the scanner signal. a scanner for reading the machine-readable label, the scanner generating a scanner signal in response to reading the machine-readable label and communicating the scanner signal to a controller; a memory storing a plurality of protocols for the automation of one or more assays performed on one or more samples; a detector generating a detector signal in response to the sample; the controller receiving the scanner signal and selecting a corresponding protocol from the plurality of protocols from the memory in response to the scanner signal and the controller receiving the detector signal and processing the detector signal into a data set; a user input module for user selection of assay protocol parameters, the user input module in communication with the controller; and characterised in that: the protocol also include instructions for processing the data set and in that it further comprises a data processing module in communication with the controller, the data processing module receiving the data set and processing the data set according to the protocol, performing curve-fitting calculations in response to the scanner signal and generating a plot from the data set in response to the scanner signal. the protocol also include instructions for processing the data set and in that it further comprises a data processing module in communication with the controller, the data processing module receiving the data set and processing the data set according to the protocol, performing curve-fitting calculations in response to the scanner signal and generating a plot from the data set in response to the scanner signal.