mhurhangee/ep-ind-claims huggingface dataset:
A membrane electrode assembly for a PEM Fuel Cell comprising an ionomer membrane having two sides, a first electrode layer applied to one side of said membrane and a second electrode layer applied to the other side of said membrane, wherein both of the two electrode layers EL1 and EL2 comprise - a first electrocatalyst EC1 comprising an iridium oxide component in combination with at least one other inorganic oxide component and - a second electrocatalyst EC2 and EC2', which are free from iridium, and have different catalyst compositions, wherein EC2 is applied on one side of said membrane and EC2' is applied on the other side of said membrane. - a first electrocatalyst EC1 comprising an iridium oxide component in combination with at least one other inorganic oxide component and - a second electrocatalyst EC2 and EC2', which are free from iridium, and have different catalyst compositions, wherein EC2 is applied on one side of said membrane and EC2' is applied on the other side of said membrane.
Installation comprising at least one decoder equipment and an audio playback equipment, the decoder equipment comprising: · a first output suitable for connecting to audio playback equipment; · a second output suitable for connecting to video playback equipment; · a communication interface arranged in service to receive both an incoming audio/video stream and also incoming metadata; · processor means arranged: - to process the incoming audio/video stream in order to supply an audio signal at least to the audio playback equipment and a video signal to the video playback equipment; characterized in that the processor means are arranged to extract from the incoming metadata information about the incoming audio/video stream and consequently to generate an order for the audio playback equipment, the order specifying an audio profile that is to be applied as a function of said information; wherein the information comprises a time the audio playback equipment including a communication interface arranged in service to receive from decoder equipment both an audio signal and also an order for an audio profile that is to be applied, the audio playback equipment including processor means for adapting the audio signal as a function of said order, the decoder equipment being thus configurated to supply the audio playback equipment both with the raw audio signal and also with an order to adapt said raw signal, with the adaptation then taking place within the audio playback equipment. · a first output suitable for connecting to audio playback equipment; · a second output suitable for connecting to video playback equipment; · a communication interface arranged in service to receive both an incoming audio/video stream and also incoming metadata; · processor means arranged: - to process the incoming audio/video stream in order to supply an audio signal at least to the audio playback equipment and a video signal to the video playback equipment; - to process the incoming audio/video stream in order to supply an audio signal at least to the audio playback equipment and a video signal to the video playback equipment;
A computer implemented method, comprising: recording a first gesture-based signature; storing the recorded first gesture-based signature into a first storage location; comparing the first gesture-based signature with a second gesture-based signature already stored in a second storage location; verifying the first gesture-based signature as authentic when the first gesture-based signature and the second gesture-based signature match; and characterised by associating a text-based password with the second gesture-based signature; and inputting the text-based password into a password field in response to a password request when the first gesture-based signature has been verified as authentic to gain access to an extended application or website. recording a first gesture-based signature; storing the recorded first gesture-based signature into a first storage location; comparing the first gesture-based signature with a second gesture-based signature already stored in a second storage location; verifying the first gesture-based signature as authentic when the first gesture-based signature and the second gesture-based signature match; and characterised by associating a text-based password with the second gesture-based signature; and inputting the text-based password into a password field in response to a password request when the first gesture-based signature has been verified as authentic to gain access to an extended application or website.
A method for controlling a control valve, wherein the control valve is configured to control a flow of heat transfer fluid to a thermal energy extraction unit, wherein the control valve has a predetermined lower flow limit below which the control valve is experiencing hysteresis, the method comprising: reviewing a demand signal for the control valve; and checking if the demand signal for the control valve is indicative of setting the control valve in a hysteresis interval for the control valve; characterized in, upon the demand signal is indicative of setting the control valve in the hysteresis interval, alternatingly setting the control valve in an open state above the hysteresis interval or setting the control valve in a closed state. reviewing a demand signal for the control valve; and checking if the demand signal for the control valve is indicative of setting the control valve in a hysteresis interval for the control valve; characterized in, upon the demand signal is indicative of setting the control valve in the hysteresis interval, alternatingly setting the control valve in an open state above the hysteresis interval or setting the control valve in a closed state.
A method for referencing a composite structure within a vision inspection system, the composite structure manufactured by an automated tool on a mold, the method comprising: providing at least one reference target on a contour of a lay-up surface; determining an absolute position of the at least one reference target in a mold reference system (X m, Y m), the mold reference system setting out an absolute coordinate system for the mold; acquiring an image of the at least one reference target; determining a position of the at least one reference target from the image in an image reference system setting out a measuring coordinate system for pixels in the image; correlating the mold reference system (X m, Y m) and the image reference system using the position of the at least one reference target in the mold reference system and the image reference system; providing a measuring calibration target within a vision field of an image acquisition device of the vision inspection system, the measuring calibration target having known dimensions; and acquiring an image of the measuring calibration target with said image acquisition device of the vision inspection system, and using the known dimensions to determine a size of one pixel in the image; wherein the measuring calibration target has a plurality of thicknesses (404A - 404E) to represent a plurality of layers of the composite structure. providing at least one reference target on a contour of a lay-up surface; determining an absolute position of the at least one reference target in a mold reference system (X m, Y m), the mold reference system setting out an absolute coordinate system for the mold; acquiring an image of the at least one reference target; determining a position of the at least one reference target from the image in an image reference system setting out a measuring coordinate system for pixels in the image; correlating the mold reference system (X m, Y m) and the image reference system using the position of the at least one reference target in the mold reference system and the image reference system; providing a measuring calibration target within a vision field of an image acquisition device of the vision inspection system, the measuring calibration target having known dimensions; and acquiring an image of the measuring calibration target with said image acquisition device of the vision inspection system, and using the known dimensions to determine a size of one pixel in the image; wherein the measuring calibration target has a plurality of thicknesses (404A - 404E) to represent a plurality of layers of the composite structure.
A display component for head mounted displays, comprising: two optical units; a first adjustment mechanism connected to the two optical units and configured to adjust a distance between the two optical units; two image generation devices, each of the two image generation devices movably connecting to one of the two optical units corresponding to the image generation device, and an image generated by each of the two image generation devices being projected by the corresponding optical unit in a predetermined direction; and two second adjustment mechanisms, each of the two second adjustment mechanisms connecting to one of the two image generation devices corresponding to the second adjustment mechanism and configured to adjust a distance between the corresponding image generation device and the optical unit corresponding to the image generation device, characterized in that the two optical units and the two image generation devices connect to a guiding rail, the two optical units are configured to move along the guiding rail under an adjustment of the first adjustment mechanism so as to adjust the distance between the two optical units, and each of the two image generation devices is configured to move along the same guiding rail under an adjustment of the second adjustment mechanism corresponding to the image generation device so as to adjust the distance between the image generation device and the optical unit corresponding to the image generation device. two optical units; a first adjustment mechanism connected to the two optical units and configured to adjust a distance between the two optical units; two image generation devices, each of the two image generation devices movably connecting to one of the two optical units corresponding to the image generation device, and an image generated by each of the two image generation devices being projected by the corresponding optical unit in a predetermined direction; and two second adjustment mechanisms, each of the two second adjustment mechanisms connecting to one of the two image generation devices corresponding to the second adjustment mechanism and configured to adjust a distance between the corresponding image generation device and the optical unit corresponding to the image generation device, characterized in that the two optical units and the two image generation devices connect to a guiding rail, the two optical units are configured to move along the guiding rail under an adjustment of the first adjustment mechanism so as to adjust the distance between the two optical units, and each of the two image generation devices is configured to move along the same guiding rail under an adjustment of the second adjustment mechanism corresponding to the image generation device so as to adjust the distance between the image generation device and the optical unit corresponding to the image generation device.
A wireless power transmission device comprising: a holder comprising a charger disposed therein, the charger configured to charge an electronic device; a supporter configured to support the holder; and a connector configured to connect the holder to the supporter and apply an external force to the holder such that an upper surface of the holder forms a predetermined angle with a lower surface of the supporter, wherein the connector is configured to connect the holder to the supporter, such that the holder is rotatable, and wherein the connector comprises: a first coupling plate fixed to the holder; a second coupling plate spaced apart from the first coupling plate and fixed to the supporter; and a first rotating pivot penetrating through the first coupling plate and the second coupling plate, at least one of the first coupling plate and the second coupling plate configured to be rotated with respect to the first rotating pivot that is disposed to form a predetermined angle with the lower surface of the supporter. a holder comprising a charger disposed therein, the charger configured to charge an electronic device; a supporter configured to support the holder; and a connector configured to connect the holder to the supporter and apply an external force to the holder such that an upper surface of the holder forms a predetermined angle with a lower surface of the supporter, a first coupling plate fixed to the holder; a second coupling plate spaced apart from the first coupling plate and fixed to the supporter; and a first rotating pivot penetrating through the first coupling plate and the second coupling plate, at least one of the first coupling plate and the second coupling plate configured to be rotated with respect to the first rotating pivot that is disposed to form a predetermined angle with the lower surface of the supporter.
A movable vehicle comprising a cargo container, the cargo container comprising: a generally horizontal floor capable of supporting cargo, a generally horizontal movable roof, a generally horizontal floating deck capable of supporting cargo disposed between the floor and the roof, side walls (17, 18), end walls (14, 15) and at least one entrance for allowing loading and unloading of cargo, wherein the roof is vertically movable relative to the floor so as to vary the height of the cargo container, the floating deck is independently vertically movable relative to the floor, and characterized in that the cargo container is mounted on the vehicle body via an interposing lift, allowing the cargo container to be raised and lowered, and the floating deck is provided with an interconnecting hatch and an interconnecting ladder which is stowable. a generally horizontal floor capable of supporting cargo, a generally horizontal movable roof, a generally horizontal floating deck capable of supporting cargo disposed between the floor and the roof, side walls (17, 18), end walls (14, 15) and at least one entrance for allowing loading and unloading of cargo, wherein the roof is vertically movable relative to the floor so as to vary the height of the cargo container, the floating deck is independently vertically movable relative to the floor, and characterized in that the cargo container is mounted on the vehicle body via an interposing lift, allowing the cargo container to be raised and lowered, and the floating deck is provided with an interconnecting hatch and an interconnecting ladder which is stowable.
A controller for use with a power converter coupled to an output capacitor (Cout) including a power train configured to convert an input voltage (Vin) to a nominal output voltage (Vnom), said controller, comprising: a processor; and a memory including computer program code, wherein said processor, said memory, and said computer program code are collectively operable to: ramp up an output voltage (Vout) of said power converter with a first slope and a second slope, receive a first output current (Iouti) of said power converter during a first rise time (tri) associated with said first slope (Si) and a second output current of said power converter during a second rise time (te) associated with said second slope compute a capacitance of said output capacitor (Cout) employing said first and second output currents (Iouti, 2), said first and second rise times (tri, tn), and said nominal output voltage (Vnom); characterized in that they are further operable to select a third slope associated with a third rise time (to) if said second output current is greater than a maximum output current (Imax). a processor; and a memory including computer program code, wherein said processor, said memory, and said computer program code are collectively operable to: ramp up an output voltage (Vout) of said power converter with a first slope and a second slope, receive a first output current (Iouti) of said power converter during a first rise time (tri) associated with said first slope (Si) and a second output current of said power converter during a second rise time (te) associated with said second slope compute a capacitance of said output capacitor (Cout) employing said first and second output currents (Iouti, 2), said first and second rise times (tri, tn), and said nominal output voltage (Vnom); ramp up an output voltage (Vout) of said power converter with a first slope and a second slope, receive a first output current (Iouti) of said power converter during a first rise time (tri) associated with said first slope (Si) and a second output current of said power converter during a second rise time (te) associated with said second slope compute a capacitance of said output capacitor (Cout) employing said first and second output currents (Iouti, 2), said first and second rise times (tri, tn), and said nominal output voltage (Vnom); characterized in that they are further operable to select a third slope associated with a third rise time (to) if said second output current is greater than a maximum output current (Imax).
Non-therapeutic use of active ingredient combinations comprising a) sorbic acid and b) one or more physiologically safe hydroxamic acids for controlling or prophylaxis of dandruff. a) sorbic acid and b) one or more physiologically safe hydroxamic acids for controlling or prophylaxis of dandruff.
An agricultural row unit, said row unit comprising: a first opener disc having a leading edge and a trailing edge; and a second opener disc, wherein the agricultural row unit is configured to travel along a travel direction, characterized in that: said first opener disc is substantially vertically oriented; and said second opener disc is disposed to contact said first opener disc near a perimeter of said first opener disc, said second opener disc disposed at an offset angle from said first opener disc, and wherein said leading edge of said first opener disc lies in a vertical plane substantially parallel to said travel direction, and wherein said trailing edge of said first opener disc lies in said vertical plane; wherein said first opener disc includes a bevel near a perimeter of said first opener disc, said bevel oriented toward said second opener disc. a first opener disc having a leading edge and a trailing edge; and a second opener disc, wherein the agricultural row unit is configured to travel along a travel direction, characterized in that: said first opener disc is substantially vertically oriented; and said second opener disc is disposed to contact said first opener disc near a perimeter of said first opener disc, said second opener disc disposed at an offset angle from said first opener disc, and wherein said leading edge of said first opener disc lies in a vertical plane substantially parallel to said travel direction, and wherein said trailing edge of said first opener disc lies in said vertical plane; wherein said first opener disc includes a bevel near a perimeter of said first opener disc, said bevel oriented toward said second opener disc. said first opener disc is substantially vertically oriented; and said second opener disc is disposed to contact said first opener disc near a perimeter of said first opener disc, said second opener disc disposed at an offset angle from said first opener disc, and wherein said leading edge of said first opener disc lies in a vertical plane substantially parallel to said travel direction, and wherein said trailing edge of said first opener disc lies in said vertical plane; wherein said first opener disc includes a bevel near a perimeter of said first opener disc, said bevel oriented toward said second opener disc.
A wireless transmit/receive unit, WTRU, comprising: a transceiver; and a processor, wherein the transceiver and the processor are configured to detect a trigger frame for uplink, UL, multi-user, MU, transmission, wherein the trigger frame includes an assignment of resource units, RUs, for random access in upcoming UL MU physical layer protocol data units, PPDUs, and an indication that the trigger frame is one of a plurality of successive trigger frames in a cascading sequence of trigger frames in a target wake time, TWT, service period, SP; and wherein the processor and the transceiver are further configured to select one of the RUs in the assignment of RUs for a random access transmission and send the random access transmission on the selected one of the RUs on a condition that the WTRU has uplink data for transmission and has decremented an Orthogonal Frequency Division Multiple Access, OFDMA, backoff, OBO, counter to zero. a transceiver; and a processor, wherein the transceiver and the processor are configured to detect a trigger frame for uplink, UL, multi-user, MU, transmission, wherein the trigger frame includes an assignment of resource units, RUs, for random access in upcoming UL MU physical layer protocol data units, PPDUs, and an indication that the trigger frame is one of a plurality of successive trigger frames in a cascading sequence of trigger frames in a target wake time, TWT, service period, SP; and wherein the processor and the transceiver are further configured to select one of the RUs in the assignment of RUs for a random access transmission and send the random access transmission on the selected one of the RUs on a condition that the WTRU has uplink data for transmission and has decremented an Orthogonal Frequency Division Multiple Access, OFDMA, backoff, OBO, counter to zero.