mhurhangee/ep-ind-claims huggingface dataset:
A sample inspection apparatus comprising: a film having a first surface to hold a sample thereon; a vacuum chamber for reducing pressure of an ambient in contact with a second surface of the film; primary beam irradiation means (1, 200), which is connected with the vacuum chamber, for irradiating the sample with a primary beam via the film; and signal detection means for detecting a secondary signal produced from the sample in response to the primary beam irradiation; characterised in that the apparatus further comprises: a partitioning member, having a receiver dish, located in the vacuum chamber configured to move between two extreme positions, one extreme position in an open state and the other extreme position in a closed state, wherein in the open state the partitioning member does not interrupt an optical axis of the primary beam, and in the closed state the partitioning member is arranged in a position between the film and the primary beam irradiation means which are located opposite to each other to interrupt the optical axis of the primary beam without hermetically isolating a side on which the film is located from a side on which the primary beam irradiation means is located inside the vacuum chamber in order that the receiver dish receives the sample that flows into the vacuum chamber when the film is broken. a film having a first surface to hold a sample thereon; a vacuum chamber for reducing pressure of an ambient in contact with a second surface of the film; primary beam irradiation means (1, 200), which is connected with the vacuum chamber, for irradiating the sample with a primary beam via the film; and signal detection means for detecting a secondary signal produced from the sample in response to the primary beam irradiation; a partitioning member, having a receiver dish, located in the vacuum chamber configured to move between two extreme positions, one extreme position in an open state and the other extreme position in a closed state, wherein in the open state the partitioning member does not interrupt an optical axis of the primary beam, and in the closed state the partitioning member is arranged in a position between the film and the primary beam irradiation means which are located opposite to each other to interrupt the optical axis of the primary beam without hermetically isolating a side on which the film is located from a side on which the primary beam irradiation means is located inside the vacuum chamber in order that the receiver dish receives the sample that flows into the vacuum chamber when the film is broken.
A method of managing load on a power grid supplying power to at least one electrical load, the method comprises: a. monitoring an operating state of the at least one electrical load connected to the power grid in order to obtain usage information from the at least one electrical load; b. the at least one electrical load is a battery charging terminal from which power is drawn by at least one of an electric vehicle and a hybrid electric vehicle. c. generating predictions in a user behaviour model about the usage characteristics of the at least one electrical load in the grid by analyzing the usage information obtained from the at least one electrical load; characterized by d. ranking of the at least one electrical load connected to the power grid, in order to determine the at least one of the electrical load whose operating state can be changed, wherein the ranking is established on a basis of factors which include a predicted operating state of each load, a recorded past operating state of each load, a likelihood of the predictions pertaining to each load being correct, user satisfaction, and costs involved with controlling each load; e. receiving at least one request from at least one external agent requesting to alter an amount of power drawn from the power grid during a specified time frame, wherein the incoming request is assigned a priority score to indicate the importance of the incoming request; and f. controlling the operating state of the at least one electrical load connected to the grid in order to respond to the at least one request, in accordance with the generated predictions. a. monitoring an operating state of the at least one electrical load connected to the power grid in order to obtain usage information from the at least one electrical load; b. the at least one electrical load is a battery charging terminal from which power is drawn by at least one of an electric vehicle and a hybrid electric vehicle. c. generating predictions in a user behaviour model about the usage characteristics of the at least one electrical load in the grid by analyzing the usage information obtained from the at least one electrical load; characterized by d. ranking of the at least one electrical load connected to the power grid, in order to determine the at least one of the electrical load whose operating state can be changed, wherein the ranking is established on a basis of factors which include a predicted operating state of each load, a recorded past operating state of each load, a likelihood of the predictions pertaining to each load being correct, user satisfaction, and costs involved with controlling each load; e. receiving at least one request from at least one external agent requesting to alter an amount of power drawn from the power grid during a specified time frame, wherein the incoming request is assigned a priority score to indicate the importance of the incoming request; and f. controlling the operating state of the at least one electrical load connected to the grid in order to respond to the at least one request, in accordance with the generated predictions.
A roller bearing assembly comprising: a tapered inner cup defining an inner raceway; a tapered outer cup defining an outer raceway, the outer raceway having a convex profile, the convex profile being defined by an intersection of the outer raceway and a central plane in which a longitudinal center axis of the roller bearing assembly lies; a plurality of straight rollers disposed between the tapered inner cup and the tapered outer cup so that each straight roller is in rolling contact with the inner raceway and the outer raceway, each straight roller having a first end face, a second end face and a cylindrical body extending therebetween; and a roller retainer defining a plurality of roller pockets, each roller pocket receiving a corresponding straight roller, characterized in that the inner raceway has a concave profile, the concave profile defined by an intersection of the central plane and the inner raceway and each roller pocket having dimensions so that each straight roller is limitedly rotatable about a pivot axis that intersects the longitudinal center axis of the roller bearing assembly and a midpoint of the longitudinal center axis of the corresponding straight roller, wherein the pivot axis is transverse to the longitudinal center axis of the corresponding straight roller. a tapered inner cup defining an inner raceway; a tapered outer cup defining an outer raceway, the outer raceway having a convex profile, the convex profile being defined by an intersection of the outer raceway and a central plane in which a longitudinal center axis of the roller bearing assembly lies; a plurality of straight rollers disposed between the tapered inner cup and the tapered outer cup so that each straight roller is in rolling contact with the inner raceway and the outer raceway, each straight roller having a first end face, a second end face and a cylindrical body extending therebetween; and a roller retainer defining a plurality of roller pockets, each roller pocket receiving a corresponding straight roller, characterized in that the inner raceway has a concave profile, the concave profile defined by an intersection of the central plane and the inner raceway and each roller pocket having dimensions so that each straight roller is limitedly rotatable about a pivot axis that intersects the longitudinal center axis of the roller bearing assembly and a midpoint of the longitudinal center axis of the corresponding straight roller, wherein the pivot axis is transverse to the longitudinal center axis of the corresponding straight roller.
A headlight for a motor vehicle, comprising a headlight housing having a light module arranged therein for producing a desired light distribution, - it being possible to determine a condensation-critical operating situation of the headlight, - a cooling arrangement comprising a heat sink and a fan, - the heat sink being thermally conductively connected to the light module, - the fan being designed in such a way that the light module is cooled and that air flows around the cooling fins of the heat sink in order to ensure heat is discharged from the heat sink and thus from the light module, - the headlight housing comprising an air inlet opening and an air outlet opening for air to flow through the headlight housing, and - an air guiding arrangement within the headlight housing comprising the fan, which can be operated depending on the determined condensation-critical operating situation of the headlight and by means of which air can be conveyed from the air inlet opening to the air outlet opening, and - a discharge line comprising a through-opening, which connects the interior of the discharge line to an interior of the headlight housing in an air-conducting manner, characterized in that - the cross section of the through-opening effective for the air flow is smaller than the cross section of the air outlet opening effective for the air flow and just large enough that if the air outlet opening is unintentionally closed, an air flow can still be generated by means of the fan. - it being possible to determine a condensation-critical operating situation of the headlight, - a cooling arrangement comprising a heat sink and a fan, - the heat sink being thermally conductively connected to the light module, - the fan being designed in such a way that the light module is cooled and that air flows around the cooling fins of the heat sink in order to ensure heat is discharged from the heat sink and thus from the light module, - the headlight housing comprising an air inlet opening and an air outlet opening for air to flow through the headlight housing, and - an air guiding arrangement within the headlight housing comprising the fan, which can be operated depending on the determined condensation-critical operating situation of the headlight and by means of which air can be conveyed from the air inlet opening to the air outlet opening, and - a discharge line comprising a through-opening, which connects the interior of the discharge line to an interior of the headlight housing in an air-conducting manner, characterized in that - the cross section of the through-opening effective for the air flow is smaller than the cross section of the air outlet opening effective for the air flow and just large enough that if the air outlet opening is unintentionally closed, an air flow can still be generated by means of the fan.
A tooling for implementing a method for flash sintering a powder consisting of at least one organic element, preferably of natural origin, comprising a die delimited by an outer face (8, 12) and an inner face, the inner face delimits a chamber open at an upper surface of the die, the die includes at least one passage between its outer face (8, 12) and its inner face, configured to enable the evacuation of a gas generated by a powder consisting of at least one organic element, present in the chamber during the implementation of a flash sintering method, characterised in that at least one passage forms a slot between two separate lateral faces of the die.
A fuel cell system comprising: a supply unit for supplying an oxidizing gas; a hydrogen generator for generating a reducing gas containing hydrogen from a raw material gas; a fuel cell for generating electric power through an electrochemical reaction between the reducing gas and the oxidizing gas; a voltage meter for measuring a voltage of the fuel cell; and a controller for controlling devices; wherein when the voltage measured by the voltage meter decreases to a first predetermined value by changing an electric power output of the fuel cell at a predetermined change rate, the controller is configured to stop power generation in the fuel cell, and set the change rate of the electric power output lower than the predetermined change rate, when the electric power output is changed during an operation of the power generation resumed after the power generation in the fuel cell is stopped. a supply unit for supplying an oxidizing gas; a hydrogen generator for generating a reducing gas containing hydrogen from a raw material gas; a fuel cell for generating electric power through an electrochemical reaction between the reducing gas and the oxidizing gas; a voltage meter for measuring a voltage of the fuel cell; and a controller for controlling devices; wherein when the voltage measured by the voltage meter decreases to a first predetermined value by changing an electric power output of the fuel cell at a predetermined change rate, the controller is configured to stop power generation in the fuel cell, and set the change rate of the electric power output lower than the predetermined change rate, when the electric power output is changed during an operation of the power generation resumed after the power generation in the fuel cell is stopped.
A saddle-ride type electric vehicle comprising: a head pipe steerably supporting a front fork with a front wheel journaled to a lower end portion and a steering handlebar; a main frame extending downward and rearward from the head pipe; a lower frame disposed between a lower portion of a down frame and a pivot frame, wherein the lower frame is selectable between a connection state that supports a main battery box by connecting the down frame with the pivot frame and a disconnection state that allows the main battery box to be drawn out downward by cutting the connection; and an electric motor generating power for rotatively driving a rear wheel, wherein: an upper surface of the main battery box is formed to correspond to the lower surface of the main frame extending downward and rearward, and is formed to be gradually lowered to the rear; a main battery supplying electric power to the electric motor is disposed in a first space that is surrounded by the down frame connected to the head pipe or a front end portion of the main frame and extending downward, the pivot frame (16, 53) connected to a rear end portion of the main frame and extending downward, and the main frame; a sub-battery that can supply electric power to the electric motor instead of the main battery 30 is disposed in a second space that is surrounded by a seat rail (18, 52) connected to a rear portion of the main frame 14 to support an occupant seat and the main frame; and the electric motor is disposed at a position different from the first and second spaces (S1 and S2). a head pipe steerably supporting a front fork with a front wheel journaled to a lower end portion and a steering handlebar; a main frame extending downward and rearward from the head pipe; a lower frame disposed between a lower portion of a down frame and a pivot frame, wherein the lower frame is selectable between a connection state that supports a main battery box by connecting the down frame with the pivot frame and a disconnection state that allows the main battery box to be drawn out downward by cutting the connection; and an electric motor generating power for rotatively driving a rear wheel, an upper surface of the main battery box is formed to correspond to the lower surface of the main frame extending downward and rearward, and is formed to be gradually lowered to the rear; a main battery supplying electric power to the electric motor is disposed in a first space that is surrounded by the down frame connected to the head pipe or a front end portion of the main frame and extending downward, the pivot frame (16, 53) connected to a rear end portion of the main frame and extending downward, and the main frame; a sub-battery that can supply electric power to the electric motor instead of the main battery 30 is disposed in a second space that is surrounded by a seat rail (18, 52) connected to a rear portion of the main frame 14 to support an occupant seat and the main frame; and the electric motor is disposed at a position different from the first and second spaces (S1 and S2).
A method of accessing a shared resource by a processor system including a plurality of hardware units, situated on a semiconductor die, the plurality of hardware units being configured to access the shared resource and being grouped into resource allocation groups by a resource allocation manager, each resource allocation group having a resource bandwidth allocation rate, the method comprising: receiving, by a first hardware unit in the processor system, an instruction for execution that calls for an access request to the shared resource; and the first hardware unit providing resource allocation identification information (RAID) to the instruction as it passes through a plurality of pipelined stages in the first hardware unit, the resource allocation identification information (RAID) indicating a resource bandwidth allocation rate for the instruction, wherein the resource bandwidth allocation rate for the instruction is the amount of the resource bandwidth allocated to the instruction from the total resource bandwidth for the resource allocation groups, the resource allocation identification information accompanying the instruction from pipelined stage to pipelined stage in the first hardware unit, the resource bandwidth allocation rate for each instruction being changeable by the resource allocation manager on a per instruction basis. receiving, by a first hardware unit in the processor system, an instruction for execution that calls for an access request to the shared resource; and the first hardware unit providing resource allocation identification information (RAID) to the instruction as it passes through a plurality of pipelined stages in the first hardware unit, the resource allocation identification information (RAID) indicating a resource bandwidth allocation rate for the instruction, wherein the resource bandwidth allocation rate for the instruction is the amount of the resource bandwidth allocated to the instruction from the total resource bandwidth for the resource allocation groups, the resource allocation identification information accompanying the instruction from pipelined stage to pipelined stage in the first hardware unit, the resource bandwidth allocation rate for each instruction being changeable by the resource allocation manager on a per instruction basis.
A process for producing a flexible vulcanized joint between two electric power cables, each cable comprising a metal conductor (2, 2') and an electric insulation system (10, 10') radially surrounding the conductor, the electric insulation system comprising an inner semi-conducting layer (4, 4'), an insulation layer (6, 6'), and an outer semi-conducting layer (8, 8'), the process comprising the following steps: i) Producing an exposed conductor joint between each end (1, 1') of the two cable ends to be joined; ii) Producing an inner semi-conducting layer that radially surrounds and covers the exposed conductor joint; iii) Winding an insulation tape comprising an organic peroxide around the inner semi-conducting layer thereby radially surrounding and covering the inner semi-conducting layer; iv) Curing the insulation tape and thereby producing an insulation layer; and v) Producing an outer semi-conducting layer that radially surrounds and covers the insulation layer; characterized by that the step iii) of winding an insulation tape around the inner semi-conductor layer is performed under an oxygen-free atmosphere. i) Producing an exposed conductor joint between each end (1, 1') of the two cable ends to be joined; ii) Producing an inner semi-conducting layer that radially surrounds and covers the exposed conductor joint; iii) Winding an insulation tape comprising an organic peroxide around the inner semi-conducting layer thereby radially surrounding and covering the inner semi-conducting layer; iv) Curing the insulation tape and thereby producing an insulation layer; and v) Producing an outer semi-conducting layer that radially surrounds and covers the insulation layer;
A seeing aid (100, 200, 300) for a visually impaired pedestrian (130, 230, 330), wherein the seeing aid (100, 200, 300) comprises: - a camera (102a, 102b, 212a, 212b) for recording an image of an environment of the pedestrian (130, 230, 330), - a processing unit adapted for processing the image to obtain verbal information about the environment, and - an output unit for outputting the verbal information in order to notify the pedestrian (130, 230, 330) about the environment, wherein the processing unit comprises a machine learning unit configured to learn a correspondence between an image of an object and a name of the object, wherein the seeing aid further comprises an audio input unit configured to record speech and/or verbal commands from the pedestrian (130, 230, 330), characterized in that the seeing aid is configured to control the machine learning unit to learn a correspondence between the image and the name of the object if the pedestrian speaks the name while the camera (102a, 102b, 212a, 212b) is pointed at the object. wherein the seeing aid (100, 200, 300) comprises: - a camera (102a, 102b, 212a, 212b) for recording an image of an environment of the pedestrian (130, 230, 330), - a processing unit adapted for processing the image to obtain verbal information about the environment, and - an output unit for outputting the verbal information in order to notify the pedestrian (130, 230, 330) about the environment, - a camera (102a, 102b, 212a, 212b) for recording an image of an environment of the pedestrian (130, 230, 330), - a processing unit adapted for processing the image to obtain verbal information about the environment, and - an output unit for outputting the verbal information in order to notify the pedestrian (130, 230, 330) about the environment, wherein the processing unit comprises a machine learning unit configured to learn a correspondence between an image of an object and a name of the object, wherein the seeing aid further comprises an audio input unit configured to record speech and/or verbal commands from the pedestrian (130, 230, 330), characterized in that the seeing aid is configured to control the machine learning unit to learn a correspondence between the image and the name of the object if the pedestrian speaks the name while the camera (102a, 102b, 212a, 212b) is pointed at the object.