mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining, by an electronic device, a user experience metric associated with content captured by at least one camera of the electronic device; determining a power draw of one or more components of the device relative to a predetermined power budget; adjusting a plurality of operating parameters of the device based on the predetermined power budget, characterized in that when the power draw exceeds the predetermined power budget, adjusting the at least one operating parameter of the device comprises: determining one or more operating parameters of the plurality of operating parameters that, when adjusted, produce the greatest change in the power draw of the device and the smallest change in the user experience metric relative to at least one other operating parameter of the plurality of operating parameters; adjusting the determined operating parameter; and in that the user experience metric is based on a user experience model having a plurality of factors associated with capturing or processing the content and provides an estimation of a user experience when viewing the content captured by the at least one camera determining, by an electronic device, a user experience metric associated with content captured by at least one camera of the electronic device; determining a power draw of one or more components of the device relative to a predetermined power budget; adjusting a plurality of operating parameters of the device based on the predetermined power budget, characterized in that when the power draw exceeds the predetermined power budget, adjusting the at least one operating parameter of the device comprises: determining one or more operating parameters of the plurality of operating parameters that, when adjusted, produce the greatest change in the power draw of the device and the smallest change in the user experience metric relative to at least one other operating parameter of the plurality of operating parameters; adjusting the determined operating parameter; and in that the user experience metric is based on a user experience model having a plurality of factors associated with capturing or processing the content and provides an estimation of a user experience when viewing the content captured by the at least one camera
A method of operating a glucose test meter, the method comprising: storing a plurality of glucose readings to a first memory of the test meter, each of the glucose readings having a time stamp and an order index that is independent of the time stamp, the time stamp comprising a date and a time when the glucose reading was performed, the order index indicating an order in which the plurality of glucose readings was saved to the first memory; determining whether successively saved glucose readings have time stamps in chronological order consistent with the order index; and indicating that the date and the time setting in the test meter is incorrect if there are successively saved glucose readings having time stamps inconsistent with the order index. storing a plurality of glucose readings to a first memory of the test meter, each of the glucose readings having a time stamp and an order index that is independent of the time stamp, the time stamp comprising a date and a time when the glucose reading was performed, the order index indicating an order in which the plurality of glucose readings was saved to the first memory; determining whether successively saved glucose readings have time stamps in chronological order consistent with the order index; and indicating that the date and the time setting in the test meter is incorrect if there are successively saved glucose readings having time stamps inconsistent with the order index.
Device for slicing one or more food products, in particular sausage, ham and/or cheese, wherein, for each food product, provision is made for in each case one track along which it is transported in the direction of a moving blade which cuts off food slices from the front end of the food product, wherein said device has a gripper for fixing the rear end of a food product and/or for disposing of an end piece, with at least one form-fit and/or force-fit means which is able to be reversibly brought into engagement with the periphery of the rear end of a food product, characterized in that said device has an ejector, which is a scraper having no drive of its own and no energy supply, wherein the form-fit and/or force-fit means is transferable from a parking position into a slicing position and back and the end piece is scraped off during the reverse movement.
An automated clothing steamer, comprising: a base; a single column extending vertically upward from the base, the single column having an upper end; a hanger support post extending generally horizontally from the upper end of the single column; a hanger clamp adjustably disposed upon the hanger support post; characterized by a horizontal arm which is affixed centrally to a mounting bracket movably disposed upon the single column, the arm selectively translating vertically along the column; and a steam head disposed upon the horizontal arm, the steam head selectively translating horizontally along the arm, the column, hanger support post, and hanger clamp being adapted for holding an article of clothing while the steam head is in contact with the article of clothing, the position of the steam head being adjusted vertically and horizontally to steam the article of clothing. a base; a single column extending vertically upward from the base, the single column having an upper end; a hanger support post extending generally horizontally from the upper end of the single column; a hanger clamp adjustably disposed upon the hanger support post; characterized by a horizontal arm which is affixed centrally to a mounting bracket movably disposed upon the single column, the arm selectively translating vertically along the column; and a steam head disposed upon the horizontal arm, the steam head selectively translating horizontally along the arm, the column, hanger support post, and hanger clamp being adapted for holding an article of clothing while the steam head is in contact with the article of clothing, the position of the steam head being adjusted vertically and horizontally to steam the article of clothing.
Portable electric power tool, in particular angle grinder or the like, comprising: a drive unit, which is able to be switched on and off by a user by means of a manual actuating element, having an armature shaft, a braking device for braking the armature shaft after the drive unit has been switched off, having a brake disc that is connected to the armature shaft for conjoint rotation, having a counterpart brake disc that is held in a non-rotatable manner in a housing part of the portable electric power tool and is resiliently preloaded in the direction of the brake disc by means of an elastic return element, and having a coupling device that couples the manual actuating element to the counterpart brake disc, wherein the manual actuating element comprises a switch lock, which, in a first switching position of the manual actuating element in which the counterpart brake disc bears against the brake disc, prevents the drive unit from being switched on, and, in a second switching position of the manual actuating element in which the counterpart brake disc is released from the brake disc, allows the drive unit to be switched on, characterized in that the manual actuating element is designed to execute a combined switching movement comprising a first switching movement, in particular in translation, between the first and second switching position and a second switching movement, in particular in rotation, into a third switching position, in which the actuating element is able to switch on the drive unit. a drive unit, which is able to be switched on and off by a user by means of a manual actuating element, having an armature shaft, a braking device for braking the armature shaft after the drive unit has been switched off, having a brake disc that is connected to the armature shaft for conjoint rotation, having a counterpart brake disc that is held in a non-rotatable manner in a housing part of the portable electric power tool and is resiliently preloaded in the direction of the brake disc by means of an elastic return element, and having a coupling device that couples the manual actuating element to the counterpart brake disc, wherein the manual actuating element comprises a switch lock, which, in a first switching position of the manual actuating element in which the counterpart brake disc bears against the brake disc, prevents the drive unit from being switched on, and, in a second switching position of the manual actuating element in which the counterpart brake disc is released from the brake disc, allows the drive unit to be switched on, characterized in that the manual actuating element is designed to execute a combined switching movement comprising a first switching movement, in particular in translation, between the first and second switching position and a second switching movement, in particular in rotation, into a third switching position, in which the actuating element is able to switch on the drive unit.
A method of a wireless communication by a user equipment, UE, comprising: receiving a configuration update message based on a change in the uplink-downlink subframe configuration of at least one frame, wherein the configuration update message indicates a set of downlink subframes and a set of uplink subframes; receiving a device-to-device, D2D, resource message based on the change in an uplink-downlink subframe configuration of the at least one frame, wherein the D2D resource message indicates resources allocated for at least D2D communications and a number of radio frames for which the D2D resources are allocated after the change in the uplink-downlink subframe configuration; determining a subset of the resources in the number of radio frames to be used for performing at least D2D communications based on the received D2D resource message; and using the determined subset of the resources for D2D communications with another UE. receiving a configuration update message based on a change in the uplink-downlink subframe configuration of at least one frame, wherein the configuration update message indicates a set of downlink subframes and a set of uplink subframes; receiving a device-to-device, D2D, resource message based on the change in an uplink-downlink subframe configuration of the at least one frame, wherein the D2D resource message indicates resources allocated for at least D2D communications and a number of radio frames for which the D2D resources are allocated after the change in the uplink-downlink subframe configuration; determining a subset of the resources in the number of radio frames to be used for performing at least D2D communications based on the received D2D resource message; and using the determined subset of the resources for D2D communications with another UE.
A processing apparatus configured to set an object detection function of object detection means of a camera and to output an event according to a result of comparison between a size of an object detected within an object detection region of a video image and a threshold value, the processing apparatus comprising: setting means configured to set the object detection region in accordance with a user instruction; input means configured to input a ratio between a minimum size of an object to be detected and a size of the object detection region set by the setting means; determination means configured to determine, as the threshold value, a size of a detection size frame indicating the minimum size of an object to be detected as a product of the input ratio and the size of the object detection region; communication means configured to transmit the size of the object detection region to the camera and receive a position and size within the video image of an object detected by the object detection means of the camera; and display control means configured to cause a detection region frame indicating the object detection region, and the detection size frame to be superimposed on the video image, wherein the determination means is further configured to change the size of the detection size frame according to a change of an area of the object detection region or a change of the input ratio, as a product of input ratio and size of object detection region. setting means configured to set the object detection region in accordance with a user instruction; input means configured to input a ratio between a minimum size of an object to be detected and a size of the object detection region set by the setting means; determination means configured to determine, as the threshold value, a size of a detection size frame indicating the minimum size of an object to be detected as a product of the input ratio and the size of the object detection region; communication means configured to transmit the size of the object detection region to the camera and receive a position and size within the video image of an object detected by the object detection means of the camera; and display control means configured to cause a detection region frame indicating the object detection region, and the detection size frame to be superimposed on the video image, wherein the determination means is further configured to change the size of the detection size frame according to a change of an area of the object detection region or a change of the input ratio, as a product of input ratio and size of object detection region.
A handheld pulsed laser device (1, 601) for cleaning or treating a surface, comprising: - a laser source, configured to emit a pulsed laser beam, - a focal distance adjuster, configured to change a focal distance (D f) of the beam, and - a beam deflector, configured to deflect the beam to scan the beam along the surface, - at least one sensor, configured to provide a sensor signal, representative for a parameter that is related to a characteristic of the surface, characterized in that, the device further comprises: - a control unit, configured to control the beam deflector to scan the beam along the surface in an, at least, two-dimensional pattern (200, 300, 400, 500), based on the sensor signal, wherein, during cleaning or treating of the surface, the focal distance adjuster is configured to periodically vary, upon control by the control unit, the focal distance of the beam around a measured relative distance between the device and the surface. - a laser source, configured to emit a pulsed laser beam, - a focal distance adjuster, configured to change a focal distance (D f) of the beam, and - a beam deflector, configured to deflect the beam to scan the beam along the surface, - at least one sensor, configured to provide a sensor signal, representative for a parameter that is related to a characteristic of the surface, characterized in that, the device further comprises: - a control unit, configured to control the beam deflector to scan the beam along the surface in an, at least, two-dimensional pattern (200, 300, 400, 500), based on the sensor signal,
Procedure designed to check the compatibility of a measuring system consisting of a transmitter and a sensor which exchange data via a communication convection, wherein a characteristic data set and a first signature for the characteristic data set are saved in the transmitter, with the following procedural steps: a. Transmission of the characteristic data set from the transmitter to the sensor; b. Calculation of a second signature (S1') for the characteristic data set in the sensor using a signature algorithm; c. Check in the sensor to verify whether the first signature matches the second signature (S1'); d. Check in the transmitter to verify whether the second signature (S1') matches the first signature wherein if the first signature and the second signature (S1') match, the transmitter and the sensor are compatible and the transmitter can access data and/or functions of the sensor, characterized in that the characteristic data set comprises an authorisation code that enables access to data and/or functionalities of the sensor a. Transmission of the characteristic data set from the transmitter to the sensor; b. Calculation of a second signature (S1') for the characteristic data set in the sensor using a signature algorithm; c. Check in the sensor to verify whether the first signature matches the second signature (S1'); d. Check in the transmitter to verify whether the second signature (S1') matches the first signature wherein if the first signature and the second signature (S1') match, the transmitter and the sensor are compatible and the transmitter can access data and/or functions of the sensor, characterized in that the characteristic data set comprises an authorisation code that enables access to data and/or functionalities of the sensor
A polynucleotide for use in preventive and/or therapeutic treatment of influenza A virus induced diseases in mammals, wherein the polynucleotide comprises a gene encoding for Mx protein having a TRAF2 and/or a TRAF6 binding domain, wherein the TRAF2 and/or TRAF6 binding domain is defined by the following a) and b): a) wherein the TRAF2 and/or TRAF6 binding domain is represented by the sequences selected from P-X-Q/E-E, P-X-Q/E-X-X-D, P-X-E-E-X-E; b) wherein said TRAF2 and/or said TRAF6 binding domain is located in the Mx protein in a position which corresponds to the position of the hexapeptide PEEESE (SEQ ID NO: 9) in the bovine Mx1 protein or in a position which is up to 20 amino acid residues upstream or downstream of said corresponding position. a) wherein the TRAF2 and/or TRAF6 binding domain is represented by the sequences selected from P-X-Q/E-E, P-X-Q/E-X-X-D, P-X-E-E-X-E; b) wherein said TRAF2 and/or said TRAF6 binding domain is located in the Mx protein in a position which corresponds to the position of the hexapeptide PEEESE (SEQ ID NO: 9) in the bovine Mx1 protein or in a position which is up to 20 amino acid residues upstream or downstream of said corresponding position.
A fuel cell system comprising: a fuel cell that generates and outputs electric power using a fuel gas supplied to an anode and an oxidant gas supplied to a cathode; an anode off-gas discharge path through which an anode off-gas exhausted from the anode of the fuel cell is discharged; an electric power converter that converts the electric power output from the fuel cell; a case that houses the electric power converter; a first air feeder that supplies air to the case; a housing that houses the fuel cell, the case, and the first air feeder; and an air discharge path through which the air having passed through the case is discharged to outside of the housing, wherein a downstream end of the anode off-gas discharge path is connected to the air discharge path. a fuel cell that generates and outputs electric power using a fuel gas supplied to an anode and an oxidant gas supplied to a cathode; an anode off-gas discharge path through which an anode off-gas exhausted from the anode of the fuel cell is discharged; an electric power converter that converts the electric power output from the fuel cell; a case that houses the electric power converter; a first air feeder that supplies air to the case; a housing that houses the fuel cell, the case, and the first air feeder; and an air discharge path through which the air having passed through the case is discharged to outside of the housing, wherein a downstream end of the anode off-gas discharge path is connected to the air discharge path.
Container for reels of electronic components, the container comprising a tray which has a base and opposing lateral walls on which a top edge is defined, and comprising a plurality of separators which are positioned so as to extend between said lateral walls, wherein each separator comprises: - a dividing wall which is constructed so as to extend away from said base and which is intended to separate at least two reels from one another; and characterised in that each separator comprises: - a pair of bearing surfaces which are defined on opposing lateral edges of said separator and bear on the respective top edges of said lateral walls; - at least one support element (12a, 12b) which projects from said dividing wall so as to support at least one reel and which defines a surface for supporting said reel that intersects said lateral edges at a point positioned on the side opposite to said top edge with respect to said bearing surface. - a dividing wall which is constructed so as to extend away from said base and which is intended to separate at least two reels from one another; - a pair of bearing surfaces which are defined on opposing lateral edges of said separator and bear on the respective top edges of said lateral walls; - at least one support element (12a, 12b) which projects from said dividing wall so as to support at least one reel and which defines a surface for supporting said reel that intersects said lateral edges at a point positioned on the side opposite to said top edge with respect to said bearing surface.
An encoding apparatus comprising: a first encoding section that generates first encoded information by encoding a lower frequency part of an input signal equal to or lower than a predetermined frequency; a decoding section that generates a decoded signal by decoding the first encoded information; and a second encoding section (206, 226) that generates second encoded information by dividing a high frequency part of the input signal higher than the predetermined frequency into a plurality of sub-bands, characterized by said encoding section being configured for searching for a band in a spectrum of the decoded signal which is most similar to a spectrum of each of the plurality of sub-bands, and outputting a first amplitude adjustment parameter, searching for, for each of the sub-bands, a spectrum component having a maximum or minimum amplitude value within a high frequency spectrum that is estimated using the most similar band and the first amplitude adjustment parameter, selecting a spectrum component partially based on a weight that enables a spectrum component to be selected if it is near to the spectrum component having the maximum or minimum amplitude value, and calculating a second amplitude adjustment parameter for the selected spectrum component. a first encoding section that generates first encoded information by encoding a lower frequency part of an input signal equal to or lower than a predetermined frequency; a decoding section that generates a decoded signal by decoding the first encoded information; and a second encoding section (206, 226) that generates second encoded information by dividing a high frequency part of the input signal higher than the predetermined frequency into a plurality of sub-bands, characterized by said encoding section being configured for searching for a band in a spectrum of the decoded signal which is most similar to a spectrum of each of the plurality of sub-bands, and outputting a first amplitude adjustment parameter, searching for, for each of the sub-bands, a spectrum component having a maximum or minimum amplitude value within a high frequency spectrum that is estimated using the most similar band and the first amplitude adjustment parameter, selecting a spectrum component partially based on a weight that enables a spectrum component to be selected if it is near to the spectrum component having the maximum or minimum amplitude value, and calculating a second amplitude adjustment parameter for the selected spectrum component.