mhurhangee/ep-ind-claims huggingface dataset:
Household appliance for treating objects, having a control device and an operating device designed as an external or internal touch screen, wherein the control device is configured to display a display field (2, 4, 6, 12, 18) on at least a part of the touch screen within a screen display, in which display field are arranged at least one operating element (5, 10, 17, 19, 22) and at least one display element (3, 7, 8, 9, 14, 15, 16) for setting and displaying a control variable of the household appliance which is settable by touch, wherein (a) the at least one operating element (10, 17, 22) contains an elongate, flat sensor element (10, 17, 22) with a first segment and at least two further segments, wherein associated with the first segment is a lowest value of the settable control variable and associated with each of the at least two further segments are different values of the settable control variable; and (b) the control device is configured to display at least two display elements (8, 9, 15, 16) after and/or simultaneously with a touching of the sensor element (10, 17, 22), wherein the first display element (8, 15) displays the lowest settable value of the control variable and the second display element (9, 16) displays the highest settable value of the control variable characterised in that between the first segment and the further segments, a larger spacing exists than between the further segments, so that the first segment is represented delimited from the further segments. (a) the at least one operating element (10, 17, 22) contains an elongate, flat sensor element (10, 17, 22) with a first segment and at least two further segments, wherein associated with the first segment is a lowest value of the settable control variable and associated with each of the at least two further segments are different values of the settable control variable; and (b) the control device is configured to display at least two display elements (8, 9, 15, 16) after and/or simultaneously with a touching of the sensor element (10, 17, 22), wherein the first display element (8, 15) displays the lowest settable value of the control variable and the second display element (9, 16) displays the highest settable value of the control variable characterised in that between the first segment and the further segments, a larger spacing exists than between the further segments, so that the first segment is represented delimited from the further segments.
A computer-implemented calibration method comprising: collecting sensing values of a force detection sensor that detects a force applied to an electric moving vehicle during charging of a battery included in the electric moving vehicle; and setting a majority or average of the sensing values collected during the charging of the battery as a zero point of the force detection sensor by, respectively, setting the zero point of the force detection sensor using a majority value that most frequently appears among the collected sensing values; or setting an average value of remaining sensing values excluding a maximum value and a minimum value from among the collected sensing values as the zero point of the force detection sensor. collecting sensing values of a force detection sensor that detects a force applied to an electric moving vehicle during charging of a battery included in the electric moving vehicle; and setting a majority or average of the sensing values collected during the charging of the battery as a zero point of the force detection sensor by, respectively, setting the zero point of the force detection sensor using a majority value that most frequently appears among the collected sensing values; or setting an average value of remaining sensing values excluding a maximum value and a minimum value from among the collected sensing values as the zero point of the force detection sensor. setting the zero point of the force detection sensor using a majority value that most frequently appears among the collected sensing values; or setting an average value of remaining sensing values excluding a maximum value and a minimum value from among the collected sensing values as the zero point of the force detection sensor.
A method of performing audio and video data transmission flow control, the method comprising: by a computer, polling an interface, that is coupled between the computer and a video client, to determine a first buffer fill amount of a buffer of the interface, wherein the buffer stores audio and video data frames received from the computer to be sent to the video client; sending a plurality of frames that comprise audio portions, video portions, or both to the buffer of the interface such that a delay period exists between the sending of a first frame and a second frame of the plurality of frames; by the computer, polling the interface to determine a second buffer fill amount after the plurality of frames are sent to the buffer of the interface; and changing the delay period between transmission of a third frame and a fourth frame of a plurality of additional frames from the computer to the buffer on the interface based in part on the relative size of the second buffer fill amount as compared with the first buffer fill amount, so that the delay period is increased if the second buffer fill amount is larger than the first buffer fill amount, and so that the delay period is decreased if the second buffer fill amount is smaller than the first buffer fill amount. by a computer, polling an interface, that is coupled between the computer and a video client, to determine a first buffer fill amount of a buffer of the interface, wherein the buffer stores audio and video data frames received from the computer to be sent to the video client; sending a plurality of frames that comprise audio portions, video portions, or both to the buffer of the interface such that a delay period exists between the sending of a first frame and a second frame of the plurality of frames; by the computer, polling the interface to determine a second buffer fill amount after the plurality of frames are sent to the buffer of the interface; and changing the delay period between transmission of a third frame and a fourth frame of a plurality of additional frames from the computer to the buffer on the interface based in part on the relative size of the second buffer fill amount as compared with the first buffer fill amount, so that the delay period is increased if the second buffer fill amount is larger than the first buffer fill amount, and so that the delay period is decreased if the second buffer fill amount is smaller than the first buffer fill amount.
A backrest fixation system for a wheelchair, wherein the backrest fixation system comprises: a seat frame member having a groove side provided with a first groove having first groove retaining surfaces (5a, 5b), which seat frame member has a first lateral side and a second lateral side parallel to each other and which define lateral sides of the groove side, a first groove insert member arranged in the first groove and retained in the first groove by means of the first groove retaining surfaces (5a, 5b), a backrest attachment member having a first backrest attachment member through-opening, a first fastener, and a reinforcement member arranged between the backrest attachment member and the groove side of the seat frame member, which reinforcement member has a first leg and a second leg, wherein the first leg extends along the first lateral side of the seat frame member and the second leg extends along the second lateral side of the seat frame member, wherein the first groove insert member is provided with a first groove insert member through-opening and the reinforcement member is provided with a first reinforcement member through-opening, and wherein the first fastener extends through the first backrest attachment member through-opening, the first reinforcement member through-opening, and the first groove insert member through-opening. a seat frame member having a groove side provided with a first groove having first groove retaining surfaces (5a, 5b), which seat frame member has a first lateral side and a second lateral side parallel to each other and which define lateral sides of the groove side, a first groove insert member arranged in the first groove and retained in the first groove by means of the first groove retaining surfaces (5a, 5b), a backrest attachment member having a first backrest attachment member through-opening, a first fastener, and a reinforcement member arranged between the backrest attachment member and the groove side of the seat frame member, which reinforcement member has a first leg and a second leg, wherein the first leg extends along the first lateral side of the seat frame member and the second leg extends along the second lateral side of the seat frame member, wherein the first groove insert member is provided with a first groove insert member through-opening and the reinforcement member is provided with a first reinforcement member through-opening, and wherein the first fastener extends through the first backrest attachment member through-opening, the first reinforcement member through-opening, and the first groove insert member through-opening.
A handheld electronic device, comprising: a housing; a camera disposed in the housing; and a light source assembly disposed in the housing adjacent the camera, the light source assembly including: a substrate having first and second major surfaces; a cycling light emitting diode light source adapted to provide illumination to the object being imaged by the camera, the light emitting diode located adjacent the first major surface of the substrate; and characterised in that the light source assembly further includes a heat spreader comprising a sheet of graphite, the heat spreader being in heat conducting association with the second major surface of the substrate, the heat spreader having an in plane thermal conductivity greater than a through plane thermal conductivity thereof. a housing; a camera disposed in the housing; and a light source assembly disposed in the housing adjacent the camera, the light source assembly including: a substrate having first and second major surfaces; a cycling light emitting diode light source adapted to provide illumination to the object being imaged by the camera, the light emitting diode located adjacent the first major surface of the substrate; and a substrate having first and second major surfaces; a cycling light emitting diode light source adapted to provide illumination to the object being imaged by the camera, the light emitting diode located adjacent the first major surface of the substrate; and characterised in that the light source assembly further includes a heat spreader comprising a sheet of graphite, the heat spreader being in heat conducting association with the second major surface of the substrate, the heat spreader having an in plane thermal conductivity greater than a through plane thermal conductivity thereof.
Microwave assembly with at least one semiconductor chip which on its upper side exhibits a connecting line structure and is inserted in a recess of a metal part having good thermal conduction and the connecting line structure of which is connected with at least one adjacent incoming and/or outgoing line structure formed on the upper side of a substrate (7, 10), wherein the semiconductor chip is glued with its underside and its side faces in the recess of the metal part by means of an adhesive having high thermal conductivity, wherein an adhesive is used which sets at low temperature so that thermal stresses are avoided during production, and wherein on its upper side the substrate (7, 10) exhibiting the incoming and/or outgoing line structure is glued in a recess (12, 13) of the metal part separated from the recess of the semiconductor chip so that its surface lies in the same plane as the surface of the semiconductor chip, characterised in that the semiconductor chip is glued into the recess on all sides so that a gap between the bottom and the side walls of the recess and the underside and the side faces respectively of the semiconductor chip is completely filled with the adhesive.
A method for wireless communications, comprising: establishing, by a user equipment, UE, a first connection with a first serving node using a wireless wide area network, WWAN, radio access technology, RAT; establishing, by the UE, a second connection with a second serving node using a wireless local area network, WLAN, RAT, wherein the first connection and the second connection are configured for traffic aggregation at a network layer; receiving, by the UE, an indication of a power consumption mode for the first connection wherein the power consumption mode relates to the WWAN RAT; determining, from the indication, the power consumption mode for the first connection; and switching, by the UE and based at least in part on the determining a power operation mode of the second connection to cause the second serving node to transmit, to the UE and over the second connection, one or more data units buffered at the network layer, wherein switching the power operation mode comprises transmitting, to the second serving node and over the second connection, at least one of a power save poll of the WLAN RAT or an uplink data unit using the WLAN RAT. establishing, by a user equipment, UE, a first connection with a first serving node using a wireless wide area network, WWAN, radio access technology, RAT; establishing, by the UE, a second connection with a second serving node using a wireless local area network, WLAN, RAT, wherein the first connection and the second connection are configured for traffic aggregation at a network layer; receiving, by the UE, an indication of a power consumption mode for the first connection wherein the power consumption mode relates to the WWAN RAT; determining, from the indication, the power consumption mode for the first connection; and switching, by the UE and based at least in part on the determining a power operation mode of the second connection to cause the second serving node to transmit, to the UE and over the second connection, one or more data units buffered at the network layer, wherein switching the power operation mode comprises transmitting, to the second serving node and over the second connection, at least one of a power save poll of the WLAN RAT or an uplink data unit using the WLAN RAT. receiving, by the UE, an indication of a power consumption mode for the first connection wherein the power consumption mode relates to the WWAN RAT; determining, from the indication, the power consumption mode for the first connection; and switching, by the UE and based at least in part on the determining a power operation mode of the second connection to cause the second serving node to transmit, to the UE and over the second connection, one or more data units buffered at the network layer, wherein switching the power operation mode comprises transmitting, to the second serving node and over the second connection, at least one of a power save poll of the WLAN RAT or an uplink data unit using the WLAN RAT.
Device for adapting a coupling head of a centre buffer coupling, in particular of a centre buffer coupling of the Willison type, using an articulation half which is, or can be, fixed on an undercarriage of an in particular rail-guided vehicle (A, B) and forms part of an articulation arrangement, wherein the device has the following: - an adapter part, which, in respect of the coupling head, is of complementary configuration, at least in part, such that it can be connected in a releasable manner to the coupling head; and - at least one transition part (4, 4') for connecting the adapter part to the articulation half, wherein the adapter part has at least one bearing arrangement for the articulation of a coupling-head-side end region of the at least one transition part (4, 4'), and wherein the articulation-half-side end region of the at least one transition part (4, 4') is assigned at least one mount (6, 6') for the connection of the transition part (4, 4') to the articulation half. - an adapter part, which, in respect of the coupling head, is of complementary configuration, at least in part, such that it can be connected in a releasable manner to the coupling head; and - at least one transition part (4, 4') for connecting the adapter part to the articulation half,
Light-emitting diode with a stack-shaped structure, comprising a carrier layer, an n-doped lower casing layer, an active layer generating electromagnetic radiation, wherein the active layer has a quantum well structure, a p-doped upper casing layer, an n-doped current distributor layer, wherein the layers (14, 16, 18, 20, 24) are arranged in the stated sequence, a tunnel diode is arranged between the upper casing layer and the current distributor layer, wherein the current distributor layer comprises an n-doped Ga-containing layer with a Ga content greater than 1%, a reflecting layer is arranged between the carrier layer and the n-doped lower casing layer, an n-doped contact layer is formed below the n-doped lower casing layer, and the tunnel diode comprises an n-doped layer (22.2) with a doping substance concentration greater than 3 x 10 18 N/cm 3 and a p-doped layer (22.1) with a doping substance concentration greater than 1 x 10 19 N/cm 3, characterised in that the current distributor layer has a recess and the recess has an upper-side edge surface, a side surface and a base surface, wherein the current distributor layer is completely removed at the base surface and the base surface is covered with a filler material which is different relative to the first semiconductor material, and the contact resistance between the filler material and the base surface is greater than the contact resistance between the filler material and the current distributor layer and the tunnel diode has an As-containing layer and/or a P-containing layer, wherein the As containing layer is doped with carbon and/or the P-containing layer Is doped with tellurium.
A method for manufacturing an object by selective sintering of a powder, said method comprising: i) selecting at least one semi-crystalline polymer, wherein the density of the crystalline phase of said polymer is equal to or lower than the density of the amorphous phase of said polymer upon crystallization; and ii) manufacturing said object from a powder by selective sintering, wherein said powder comprises said semi-crystalline polymer selected in step i). i) selecting at least one semi-crystalline polymer, wherein the density of the crystalline phase of said polymer is equal to or lower than the density of the amorphous phase of said polymer upon crystallization; and ii) manufacturing said object from a powder by selective sintering, wherein said powder comprises said semi-crystalline polymer selected in step i).
A system for providing a distributed radio communications network, the system comprising: a first gateway receiving a first at least a portion of modulated signals of data wirelessly transmitted from a first node of a plurality of geographically-dispersed nodes (100, 101), performing analog-to-digital (A/D) conversion to generate first samples of the first at least a portion of the modulated signals, and transmitting the first samples to a server; a second gateway receiving a second at least a portion of the modulated signals of the data wirelessly transmitted from the first node, performing A/D conversion to generate second samples of the second at least a portion of the modulated signals, and transmitting the second samples to the server; and the server receiving the first samples transmitted from the first gateway and the second samples transmitted from the second gateway, the server configured by software-defined radio, SDR, software to combine the received first samples and second samples to recover the modulated signals of the data, and to demodulate the recovered modulated signals to recover the data. a first gateway receiving a first at least a portion of modulated signals of data wirelessly transmitted from a first node of a plurality of geographically-dispersed nodes (100, 101), performing analog-to-digital (A/D) conversion to generate first samples of the first at least a portion of the modulated signals, and transmitting the first samples to a server; a second gateway receiving a second at least a portion of the modulated signals of the data wirelessly transmitted from the first node, performing A/D conversion to generate second samples of the second at least a portion of the modulated signals, and transmitting the second samples to the server; and the server receiving the first samples transmitted from the first gateway and the second samples transmitted from the second gateway, the server configured by software-defined radio, SDR, software to combine the received first samples and second samples to recover the modulated signals of the data, and to demodulate the recovered modulated signals to recover the data.
A compound, which is a coumarin derivative of the formula or a pharmaceutically acceptable salt or solvate thereof: wherein R 1 and R 2 each independently are (a) phenyl optionally substituted with alkoxy, alkyl, cyano, nitro, hydroxy, trifluoromethyl, amino, carboxy, alkoxycarbonyl, phenyl or one or two halogen(s), (b) pyridyl, (c) alkyl, or (d) thienyl.
A household appliance comprising a panel which is configured to enable the user to control the functions of the household appliance; a control unit which is disposed behind the panel; a shaft which transmits the preferences of the user to the control unit and which is connected to the control unit; a housing which is arranged on the panel; a bearing which is configured to bear the shaft; and a knob having an intermediate member which is fitted into the housing so as to bear against the panel from behind the panel and a handle which is configured to enable the user to move the shaft characterized by the knob having a metal fixing member whereon the intermediate member and the handle are fixed.
A fuel system, comprising: a fuel tank; a heat detector; and a control circuit coupled with the heat detector and configured to detect that a thermal event has occurred, wherein the fuel system is configured to implement an emergency countermeasure in response to the detection of the thermal event and a change in the control circuit, characterized in that the heat detector is disposed in proximity to and outside of the fuel tank and configured to generate a signal indicative of the temperature at a location of the heat detector outside of the fuel tank, and the control circuit is configured to detect that a thermal event has occurred based on signals from the heat detector. a fuel tank; a heat detector; and a control circuit coupled with the heat detector and configured to detect that a thermal event has occurred, wherein the fuel system is configured to implement an emergency countermeasure in response to the detection of the thermal event and a change in the control circuit, characterized in that the heat detector is disposed in proximity to and outside of the fuel tank and configured to generate a signal indicative of the temperature at a location of the heat detector outside of the fuel tank, and the control circuit is configured to detect that a thermal event has occurred based on signals from the heat detector.
A method for scheduling an audio task for processing by a processor, the method comprising: retrieving a reference interval defining a period of time over which to process an audio task in a current frame, characterized in that the method further comprises: computing a difference between an actual number of cycles to process the audio task and the number of cycles in the reference interval; and determining scheduling parameters for processing a future audio task in a future frame based on the computed difference. computing a difference between an actual number of cycles to process the audio task and the number of cycles in the reference interval; and determining scheduling parameters for processing a future audio task in a future frame based on the computed difference.