mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: rendering content on a display; detecting an object in front of, but not in contact with, a front surface of the display; determining, at least partly in response to the detecting the object, a location on the front surface of the display that is spaced a shortest distance from the object relative to distances from the object to other locations on the front surface of the display; determining a portion of the content that is rendered at the location or within a threshold distance from the location; displaying, in a region of the display, a magnified window of the portion of the content; and moving the magnified window with the object across the front surface of the display to another region of the display, wherein the magnified window after the moving contains another portion of the content that is rendered at, or within a threshold distance from, a new location on the front surface of the display corresponding to a position of the object after the object having moved across the front surface of the display, characterized in that said moving the magnified window is performed in response to determining that the object has moved below a predetermined speed across the front surface of the display while maintaining the spaced relationship with the front surface of the display. rendering content on a display; detecting an object in front of, but not in contact with, a front surface of the display; determining, at least partly in response to the detecting the object, a location on the front surface of the display that is spaced a shortest distance from the object relative to distances from the object to other locations on the front surface of the display; determining a portion of the content that is rendered at the location or within a threshold distance from the location; displaying, in a region of the display, a magnified window of the portion of the content; and moving the magnified window with the object across the front surface of the display to another region of the display, wherein the magnified window after the moving contains another portion of the content that is rendered at, or within a threshold distance from, a new location on the front surface of the display corresponding to a position of the object after the object having moved across the front surface of the display, characterized in that said moving the magnified window is performed in response to determining that the object has moved below a predetermined speed across the front surface of the display while maintaining the spaced relationship with the front surface of the display.
An information providing method of an electronic device, the information providing method comprising: determining a selected first area of content displayed on a display of the electronic device based on a first user input; determining a first extraction method based on types of one or more objects included in the selected first area; extracting first information from the selected first area according to the first extraction method; displaying a first icon indicating a first analysis result based on the first information; receiving a second user input selecting a second area of the content; receiving a third user input dragging the selected second area onto the first icon; determining a second extraction method based on types of one or more objects included in the selected second area; extracting second information from the selected second area according to the second extraction method; analyzing the first information and the second information; and when a fourth input to select the first icon is received, provide information based on the analysis of the first information and the second information, wherein the determining of each of the first extraction method and the second extraction method comprises: determining the types of the one or more objects corresponding to a corresponding selected area among the selected first area and the selected second area; determining an extraction method as a text extraction method when all of the types of the objects are text types, and determining the extraction method as an image analysis method when at least a portion of types of the objects is not the text type. determining a selected first area of content displayed on a display of the electronic device based on a first user input; determining a first extraction method based on types of one or more objects included in the selected first area; extracting first information from the selected first area according to the first extraction method; displaying a first icon indicating a first analysis result based on the first information; receiving a second user input selecting a second area of the content; receiving a third user input dragging the selected second area onto the first icon; determining a second extraction method based on types of one or more objects included in the selected second area; extracting second information from the selected second area according to the second extraction method; analyzing the first information and the second information; and when a fourth input to select the first icon is received, provide information based on the analysis of the first information and the second information, determining the types of the one or more objects corresponding to a corresponding selected area among the selected first area and the selected second area; determining an extraction method as a text extraction method when all of the types of the objects are text types, and determining the extraction method as an image analysis method when at least a portion of types of the objects is not the text type.
Assembly for transmitting a direct voltage (U_dc) from at least one direct voltage source via at least two direct voltage lines (DC+, DC+', DC-) to at least one direct voltage sink (6, 6'), a communication transformer with a primary winding and a secondary winding being provided, the secondary winding being connected to a transmitting device which is designed to impress a communication signal (i_Tx) onto the secondary winding of the communication transformer wherein the primary winding is connected to one of the direct voltage lines (DC+, DC-) in order to feed a communication signal (i_Tx') transformed by the communication transformer to one of the direct voltage lines (DC+, DC-), wherein the secondary winding is connected to an arc detection unit in order to detect an arc signal (i_arc) caused by an arc in the assembly, which arc detection unit is designed to detect an arc signal (i_arc') transformed by the communication transformer, characterized in that the transmitting device is connected, via a subtraction circuit, to a further secondary winding (L2') which receives a mixed signal (i_Tx+i_arc') via the primary winding, wherein the subtraction circuit is designed to subtract the communication signal (i_Tx) transmitted by the transmitting device from the mixed signal (i_Tx+i_arc') in order to receive the transformed arc signal (i_arc') and to transmit it to the arc detection unit for detection.
A system comprising: a sensing unit configured to measure an electrical parameter of a razor cartridge having at least one blade, wherein the electrical parameter comprises one of a total resistance of the cartridge having at least one blade measured across a length of at least one blade, a resistance of at least one blade measured across a length of at least one blade, a total electrical conductance of the cartridge having at least one blade measured across the length of at least one blade and a conductance of at least one blade measured across a length of at least one blade; characterized in that the system further comprises a processing unit configured to: compare the measured electrical parameter to a reference electrical parameter; and determine a level of wear of the cartridge comprising at least one blade based on an amount of deviation of the measured electrical parameter from the reference electrical parameter. a sensing unit configured to measure an electrical parameter of a razor cartridge having at least one blade, wherein the electrical parameter comprises one of a total resistance of the cartridge having at least one blade measured across a length of at least one blade, a resistance of at least one blade measured across a length of at least one blade, a total electrical conductance of the cartridge having at least one blade measured across the length of at least one blade and a conductance of at least one blade measured across a length of at least one blade; characterized in that the system further comprises a processing unit configured to: compare the measured electrical parameter to a reference electrical parameter; and determine a level of wear of the cartridge comprising at least one blade based on an amount of deviation of the measured electrical parameter from the reference electrical parameter. compare the measured electrical parameter to a reference electrical parameter; and determine a level of wear of the cartridge comprising at least one blade based on an amount of deviation of the measured electrical parameter from the reference electrical parameter.
A medical sensor for measuring a force, pressure, or load parameter, the medical sensor comprising: a first dielectric layer; a first conductive region overlying the first dielectric layer; a second conductive region underlying the first dielectric layer; a second dielectric layer overlying the first conductive region; a first shield region overlying the second dielectric layer; a third dielectric layer underlying the second conductive region; and a second shield region underlying the third dielectric layer; wherein: the first conductive region and second conductive region are electrically coupled together; the first dielectric layer, the first conductive region, and the second conductive region form a first capacitor; the second dielectric layer, the first conductive region, and the first shield region form a second capacitor; the third dielectric layer, the second conductive region, and the second shield region form a third capacitor; the first shield region and the second shield region are coupled to ground; the first capacitor, the second capacitor, and the third capacitor are coupled mechanically in series; the second capacitor and the third capacitor are coupled electrically in parallel; and the medical sensor is configured such that a change in the force, pressure, or load parameter produces a physical change in the first dielectric layer, the second dielectric layer, and the third dielectric layer. a first dielectric layer; a first conductive region overlying the first dielectric layer; a second conductive region underlying the first dielectric layer; a second dielectric layer overlying the first conductive region; a first shield region overlying the second dielectric layer; a third dielectric layer underlying the second conductive region; and a second shield region underlying the third dielectric layer; the first conductive region and second conductive region are electrically coupled together; the first dielectric layer, the first conductive region, and the second conductive region form a first capacitor; the second dielectric layer, the first conductive region, and the first shield region form a second capacitor; the third dielectric layer, the second conductive region, and the second shield region form a third capacitor; the first shield region and the second shield region are coupled to ground; the first capacitor, the second capacitor, and the third capacitor are coupled mechanically in series; the second capacitor and the third capacitor are coupled electrically in parallel; and the medical sensor is configured such that a change in the force, pressure, or load parameter produces a physical change in the first dielectric layer, the second dielectric layer, and the third dielectric layer.
A method of preparing a personalized blood vessel, comprising contacting a surface of an acellular tubular scaffold with a suspension comprising a whole blood sample from a subject in need of the personalized blood vessel, wherein the whole blood sample is diluted in a physiological solution and wherein the contacting is performed for 3 to 14 days.
A light emitting module comprising a circuit board which comprises a center region and an edge region, at least one first light source arranged in the edge region on one plane of the circuit board, and at least one first optical device assigned to the respective first light sources, wherein light emitted through the first optical device or each of the first optical devices assigned to the respective first light sources towards a side space beyond the edge region of the circuit board is more than light emitted from the same first optical device towards the center region of the circuit board, wherein the first optical device is a first lens, the first lens has a first axis and a second axis perpendicular to the first axis, which define a base plane (X-Y) of the first lens, and a third axis perpendicular to the base plane (X-Y) of the first lens and the first lens comprises an emitting surface, the emitting surface forms a first curve on a vertical plane (X-Z) of the first lens passing through the first axis of the first lens and the third axis of the first lens and the first curve is asymmetric about the third axis of the first lens and the first lens comprises a first emitting surface facing the center of the circuit board and a second emitting surface facing the edge of the circuit board, an accommodating cavity for accommodating the light source is defined by a first incident surface of the first lens and the circuit board. characterized in that the first emitting surface and the second emitting surface are smoothly connected to form an asymmetrical arched light emitting surface and that at least one second light source and at least one second optical device assigned to the respective second light source are arranged in the center region of the circuit board, the second optical device is a second lens, the second lens has a first axis (X') and a second axis (Y') perpendicular to the first axis (X'), which define a base plane (X'-Y') of the second lens, and a third axis (Z') perpendicular to the base plane (X'-Y') of the second lens and the second lens comprises an fourth emitting surface, the fourth emitting surface forms a fourth curve on a vertical plane (X'-Z') of the second lens passing through the first axis (X') of the second lens and the third axis (Z') of the second lens, and the fourth curve is symmetric about the third axis (Z') of the second lens.
Method for testing an electrically activated actuator in a fuel delivery device of an internal combustion engine, wherein the electrical actuator is a controllable valve which is located on the inlet side of a high-pressure pump, wherein the high-pressure pump conveys fuel into a fuel accumulator having a pressure controller, and the fuel accumulator is connected to at least one injector, characterized by the following steps: 1.) Increasing the rotational speed of the high-pressure pump. 2.) Activating the controllable valve until the pressure in the fuel accumulator has reached a first low pressure level. 3.) Changing the supply of current to the controllable valve by a first specified value such that the controllable valve is opened further, and simultaneously maximizing an injection quantity by means of the at least one injector until the pressure in the fuel accumulator has reached a first threshold value. 4.) Activating the controllable valve until the pressure in the fuel accumulator has reached the first low pressure level again. 5.) Determining a further quantity which depends on the first low pressure level and a maximum value of the pressure that was reached in the fuel accumulator after the threshold value was reached, 6.) Comparing the further quantity to a stored characteristic map for the controllable valve, wherein a deviation from the stored characteristic map indicates a fault. 1.) Increasing the rotational speed of the high-pressure pump. 2.) Activating the controllable valve until the pressure in the fuel accumulator has reached a first low pressure level. 3.) Changing the supply of current to the controllable valve by a first specified value such that the controllable valve is opened further, and simultaneously maximizing an injection quantity by means of the at least one injector until the pressure in the fuel accumulator has reached a first threshold value. 4.) Activating the controllable valve until the pressure in the fuel accumulator has reached the first low pressure level again. 5.) Determining a further quantity which depends on the first low pressure level and a maximum value of the pressure that was reached in the fuel accumulator after the threshold value was reached, 6.) Comparing the further quantity to a stored characteristic map for the controllable valve, wherein a deviation from the stored characteristic map indicates a fault.
A turbocharger for an internal combustion engine, the turbocharger comprising - a compressor for pressurizing intake air of an internal combustion engine, the compressor comprising a rotatable compressor wheel, - a turbine for driving the compressor, the turbine comprising a turbine wheel and a turbine shroud surrounding the turbine wheel, the turbine wheel comprising a plurality of vanes and being rotatable by exhaust gas flow of an internal combustion engine, and - a shaft connecting the compressor wheel to the turbine wheel, wherein the turbocharger comprises an air duct and a plurality of air outlets (9, 12) for introducing pressurized air from the compressor into a gap between the turbine shroud and the vanes of the turbine wheel, characterized in that the air duct is arranged partly inside the shaft of the turbocharger and at least some of the air outlets are arranged in the vanes of the turbine wheel. - a compressor for pressurizing intake air of an internal combustion engine, the compressor comprising a rotatable compressor wheel, - a turbine for driving the compressor, the turbine comprising a turbine wheel and a turbine shroud surrounding the turbine wheel, the turbine wheel comprising a plurality of vanes and being rotatable by exhaust gas flow of an internal combustion engine, and - a shaft connecting the compressor wheel to the turbine wheel,
Sorbic acid or a sorbic acid salt for use in a method of mitigating one or more symptoms of a neuropsychiatric disorder, wherein the sorbic acid salt is selected from the group consisting of sodium sorbate, potassium sorbate, and calcium sorbate; the amount of the sorbic acid or sorbic acid salt is sufficient to mitigate one or more of said symptoms and ranges from about 5 mg to about 500 g; and the neuropsychiatric disorder is depression and/ or a loss in cognition disorder. the sorbic acid salt is selected from the group consisting of sodium sorbate, potassium sorbate, and calcium sorbate; the amount of the sorbic acid or sorbic acid salt is sufficient to mitigate one or more of said symptoms and ranges from about 5 mg to about 500 g; and the neuropsychiatric disorder is depression and/ or a loss in cognition disorder.
An elevator system, comprising - an elevator control system, for implementing controlled movement of the elevator car - a door mechanism control system, for implementing controlled movement of the elevator car door - a door coupler, for forming a mechanical coupling between elevator car door and landing door characterized in that the elevator system comprises a controller of fast start of travel, said controller having - an input for elevator car position data - an input for landing door position data - an input for car door position data - at least one output for activating the elevator motor power supply circuit and the elevator brake release circuit and that, between the elevator control system, the fast start controller and the door mechanism control system, a communication bus is provided, the elevator control system is adapted to send to the door mechanism control system a request for closing the elevator car door, and in connection with this a fast start request to the fast start controller the fast start controller being adapted to determine the progress of fast starting on the basis of elevator car position data, landing door position data and car door position data, and the fast start controller is adapted to send, after the elevator car door has been closed, an activation signal for activating the elevator motor power supply circuit and the elevator brake release circuit, the elevator control system is adapted to allow current to be passed through the activated elevator motor power supply circuit to the elevator motor so as to keep the elevator car immovable in the elevator shaft, and the elevator control system is adapted to release the elevator brake by controlling the activated brake release circuit, and the fast start controller is adapted to send to the elevator control system, after the landing door has been closed, a permission to start travel of the elevator. - an elevator control system, for implementing controlled movement of the elevator car - a door mechanism control system, for implementing controlled movement of the elevator car door - a door coupler, for forming a mechanical coupling between elevator car door and landing door - an input for elevator car position data - an input for landing door position data - an input for car door position data - at least one output for activating the elevator motor power supply circuit and the elevator brake release circuit
A method for allocating a resource on a PC5 interface, performed by a network-side device, wherein the network-side device is an evolved Node B, eNB, or a relay User Equipment, UE, the PC5 interface is introduced between one device and another device, and the PC5 interface is applicable to Device to Device, D2D, Discovery, D2D communication, and Vehicle to Everything, V2X, communication; and the method comprises: obtaining a PC5 Aggregated Maximum Bit Rate, AgMBR, of a UE; and allocating a resource on the PC5 interface according to the PC5 AgMBR of the UE upon reception of a request for allocating the resource on the PC5 interface to the UE; characterized in that, when the network-side device is the relay UE, the obtaining the PC5 AgMBR of the UE comprises: obtaining the PC5 AgMBR of the UE from information passed by an eNB to the relay UE; and the allocating the resource on the PC5 interface according to the PC5 AgMBR of the UE comprises: allocating a resource on the PC5 interface according to the PC5 AgMBR of the UE, among of resources on the PC5 interface allocated by eNB to the relay UE; or when the network-side device is the eNB, the allocating the resource on the PC5 interface according to the PC5 AgMBR of the UE comprises: allocating the resource on the PC5 interface to a relay UE, and instructing the relay UE to allocate a resource on the PC5 interface to the UE among of resources on the PC5 interface allocated to the relay UE according to the PC5 AgMBR. obtaining a PC5 Aggregated Maximum Bit Rate, AgMBR, of a UE; and allocating a resource on the PC5 interface according to the PC5 AgMBR of the UE upon reception of a request for allocating the resource on the PC5 interface to the UE; characterized in that, when the network-side device is the relay UE, the obtaining the PC5 AgMBR of the UE comprises: obtaining the PC5 AgMBR of the UE from information passed by an eNB to the relay UE; and the allocating the resource on the PC5 interface according to the PC5 AgMBR of the UE comprises: allocating a resource on the PC5 interface according to the PC5 AgMBR of the UE, among of resources on the PC5 interface allocated by eNB to the relay UE; or when the network-side device is the eNB, the allocating the resource on the PC5 interface according to the PC5 AgMBR of the UE comprises: allocating the resource on the PC5 interface to a relay UE, and instructing the relay UE to allocate a resource on the PC5 interface to the UE among of resources on the PC5 interface allocated to the relay UE according to the PC5 AgMBR.