mhurhangee/ep-ind-claims huggingface dataset:
Disc for an agricultural implement comprising an annular, outside a predetermined centre diameter defined, soil-cultivating portion, a central, inside a predetermined centre diameter (d) defined, dish-shaped portion with a boss-receiving, inner side and between these portions an existing, annular connection portion with fastening screw holes, which are designed to accept fastening screws parallel with the disc centre line, wherein said connection portion is a truncated conical portion, characterised in that a line, which extends through the centre line of the disc as well as through the centre of the opening plane of the hole opening of each fastening screw hole on said inner side of the disc, forms an angle (α) with a plane that is perpendicular to the centre line of the disc, wherein said angle (α) is 5° - 10°.
A method for operating a mobile communication device (102, 202), the method comprising: displaying on the mobile communication device (102, 202) a graphical user interface (600, 700, 800, 900, 1000, 1100, 1200, 1300, 1400) comprising a message display portion, a message composition portion, and a switch and notification portion; the message display portion displaying at least a portion of a message of a first communication session; the switch and notification portion displaying a most current notification (610, 704, 1102) comprising a contact identifier and at least a portion of a message of a second communication session, wherein the most current notification is a replacement of an older notification; and in response to receiving selection of the most current notification (610, 704, 1102), displaying in the message display portion at least a portion of the same or another message of the second communication session. displaying on the mobile communication device (102, 202) a graphical user interface (600, 700, 800, 900, 1000, 1100, 1200, 1300, 1400) comprising a message display portion, a message composition portion, and a switch and notification portion; the message display portion displaying at least a portion of a message of a first communication session; the switch and notification portion displaying a most current notification (610, 704, 1102) comprising a contact identifier and at least a portion of a message of a second communication session, wherein the most current notification is a replacement of an older notification; and in response to receiving selection of the most current notification (610, 704, 1102), displaying in the message display portion at least a portion of the same or another message of the second communication session.
An apparatus for refining oil from tire, comprising a box body, an upper transmission channel, an upper transmission device, a lower transmission channel, a lower transmission device, a molten salt storage container, and a heat-conduction oil storage container, wherein the upper transmission channel is located above the lower transmission channel; a molten salt liquid channel and a heat-conduction oil channel are respectively disposed on an outside wall of the upper transmission channel and that of the lower transmission channel; the upper transmission channel comprises an upper transmission channel inlet and an upper transmission channel outlet; the lower transmission channel comprises a lower transmission channel inlet and a lower transmission channel outlet; the upper transmission channel outlet is connected to the lower transmission channel inlet; the upper transmission device is configured to transmit an object from the upper transmission channel inlet to the upper transmission channel outlet; the lower transmission device is configured to transmit an object from the lower transmission channel inlet to the lower transmission channel outlet; the molten salt storage container is configured to store heated molten salt liquid, wherein the heated molten salt liquid passes through the molten salt liquid channel and then flows back to the molten salt storage container; the heat-conduction oil storage container is configured to store heated heat-conduction oil, wherein the heated heat-conduction oil passes through the heat-conduction oil channel and then flows back to the heat-conduction oil storage container; and the heat-conduction oil channel is used for heating the molten salt liquid channel; and the upper transmission channel, the upper transmission device, the lower transmission channel, the lower transmission device, the molten salt liquid channel and the heat-conduction oil channel are disposed inside the box body.
A superconducting electrical rotating machine including a rotor comprising a plurality of superconducting field poles (28, 28a, 28b, 28c) arranged in a circumferential direction so as to correspond to a plurality of phases of a stator armature winding of the superconducting electrical rotating machine, the rotor being disposed coaxially with the stator in an internal space of the cylindrical stator in which the armature winding of the plurality of phases is arranged in the circumferential direction, each of the superconducting field poles comprising: a superconducting coil body formed by spirally winding a superconducting wire material; wherein each of the superconducting field poles further comprising: a respective outer magnetic field-deflecting member (60; 61) more ferromagnetic than the superconducting coil body, the outer magnetic field-deflecting member being arranged on or in the vicinity of an end face of the superconducting coil body at a radially outer side of the rotor; and a respective inner magnetic field-deflecting member (50; 51; 52) more ferromagnetic than the superconducting coil body, the inner magnetic field-deflecting member being arranged on or in the vicinity of an end face of the superconducting coil body at a radially inner side of the rotor, wherein in each of the superconducting field poles, a volume of the inner magnetic field-deflecting member (50; 51; 52) is larger than a volume of the outer magnetic field-deflecting member (60; 61). a superconducting coil body formed by spirally winding a superconducting wire material; wherein each of the superconducting field poles further comprising: a respective outer magnetic field-deflecting member (60; 61) more ferromagnetic than the superconducting coil body, the outer magnetic field-deflecting member being arranged on or in the vicinity of an end face of the superconducting coil body at a radially outer side of the rotor; and a respective inner magnetic field-deflecting member (50; 51; 52) more ferromagnetic than the superconducting coil body, the inner magnetic field-deflecting member being arranged on or in the vicinity of an end face of the superconducting coil body at a radially inner side of the rotor, wherein in each of the superconducting field poles, a volume of the inner magnetic field-deflecting member (50; 51; 52) is larger than a volume of the outer magnetic field-deflecting member (60; 61). a respective outer magnetic field-deflecting member (60; 61) more ferromagnetic than the superconducting coil body, the outer magnetic field-deflecting member being arranged on or in the vicinity of an end face of the superconducting coil body at a radially outer side of the rotor; and a respective inner magnetic field-deflecting member (50; 51; 52) more ferromagnetic than the superconducting coil body, the inner magnetic field-deflecting member being arranged on or in the vicinity of an end face of the superconducting coil body at a radially inner side of the rotor, wherein in each of the superconducting field poles, a volume of the inner magnetic field-deflecting member (50; 51; 52) is larger than a volume of the outer magnetic field-deflecting member (60; 61).
A method performed by a user equipment, the method comprising: selecting a first beam for a first frequency band; selecting a second beam for a second frequency band; receiving scheduling information for scheduling at least one of an uplink transmission from the UE and a downlink transmission to the UE, the SI comprising frequency information identifying a frequency band that the UE is scheduled in for the at least one of an UL transmission from the UE and a DL transmission to the UE; selecting a beam from a set of beams including the first and second beams, wherein the selection is based on the identified frequency band; and performing the at least one of the UL transmission from the UE and the DL transmission to the UE using the beam selected from the set of beams. selecting a first beam for a first frequency band; selecting a second beam for a second frequency band; receiving scheduling information for scheduling at least one of an uplink transmission from the UE and a downlink transmission to the UE, the SI comprising frequency information identifying a frequency band that the UE is scheduled in for the at least one of an UL transmission from the UE and a DL transmission to the UE; selecting a beam from a set of beams including the first and second beams, wherein the selection is based on the identified frequency band; and performing the at least one of the UL transmission from the UE and the DL transmission to the UE using the beam selected from the set of beams.
Espagnolette lock, in particular for pivoting doors of motor vehicle bodies, with a pivotable lever part and a counter catch which can be fastened to the body, wherein a locking projection is arranged on the lever part which in the locked state engages behind the counter catch, wherein further the locking projection is arranged displaceably on the lever part and the lever part has an actuating lever which can be pivoted about an axis of rotation formed in the lever part, which has an acting portion for displacing the locking projection, characterised in that the acting portion is arranged on a side facing away from the body of the motor vehicle with respect to the axis of rotation and is spaced apart from the body in the mounted state, and in that the acting portion tends to move the locking projection away from the axis of rotation when actuated.
A damper control device controlling damping force of a damper (DF, DR) based on extension time of the damper (DF, DR) that can adjust the damping force and is interposed between a body and a wheel (WF, WR) in a vehicle, comprising: stroke sensors (SF, SR) that detect a stroke of the damper (DF, DR); and a counter that detects switching of the damper (DF, DR) from the contraction stroke to the extension stroke from the signals output by the stroke sensors (SF, SR), and counts the extension time with this switching time as a starting point, wherein the counter stops the counting and resets the extension time to zero when the damper (DF, DR) is switched from the extension stroke to the contraction stroke, and continues counting even when the damper (DF, DR) is in a stop state in which the damper (DF, DR) do not extend or contract after being switched to the extension stroke, and the damper control device sets the damping force in a compression side of the damper (DF, DR) to be larger as the extension time of the damper (DF, DR) is longer. stroke sensors (SF, SR) that detect a stroke of the damper (DF, DR); and a counter that detects switching of the damper (DF, DR) from the contraction stroke to the extension stroke from the signals output by the stroke sensors (SF, SR), and counts the extension time with this switching time as a starting point, wherein the counter stops the counting and resets the extension time to zero when the damper (DF, DR) is switched from the extension stroke to the contraction stroke, and continues counting even when the damper (DF, DR) is in a stop state in which the damper (DF, DR) do not extend or contract after being switched to the extension stroke, and the damper control device sets the damping force in a compression side of the damper (DF, DR) to be larger as the extension time of the damper (DF, DR) is longer.
A first integrated circuit, comprising: circuitry (310, 315, 320, 335) to equalize a digital bit stream, the circuitry having multiple of taps, each tap driven in response to respective bits of the digital bit stream; a driver to transmit the equalized digital bit stream to a second integrated circuit over a signal path; a receiver to equalize second data to be received from the second integrated circuit; characterized in that the circuitry (310, 315, 320, 335) has two equalization modes, including a high-power mode where at least one of the multiple of taps is used to equalize data transmitted to the second integrated circuit to compensate for pre-tap intersymbol interference, a low-power mode where at least one of the multiple of taps is used to equalize data transmitted to the second integrated circuit to compensate for post-tap intersymbol interference; and wherein the receiver comprises a decision feedback equalizer to equalize the second data wherein the DFE is adapted to operate in one of the respective equalization modes. circuitry (310, 315, 320, 335) to equalize a digital bit stream, the circuitry having multiple of taps, each tap driven in response to respective bits of the digital bit stream; a driver to transmit the equalized digital bit stream to a second integrated circuit over a signal path; a receiver to equalize second data to be received from the second integrated circuit; characterized in that the circuitry (310, 315, 320, 335) has two equalization modes, including a high-power mode where at least one of the multiple of taps is used to equalize data transmitted to the second integrated circuit to compensate for pre-tap intersymbol interference, a low-power mode where at least one of the multiple of taps is used to equalize data transmitted to the second integrated circuit to compensate for post-tap intersymbol interference; and wherein the receiver comprises a decision feedback equalizer to equalize the second data wherein the DFE is adapted to operate in one of the respective equalization modes.
A method of assessment of the integrity of a structure comprising: positioning one or more magnetic field sensors at a first location spaced from the structure; taking one or more magnetic field readings at the first location; taking one or more magnetic field readings at one or more further location spaced from the structure; processing the plurality of magnetic field reading values so as to identify a feature within said values, said feature comprising a change in the magnetic field in a first direction indicative of a region of reduced structural integrity in the structure; and characterised by: automatically cross-referencing said feature with a further feature in the magnetic field determined in a further direction at the same location to confirm the presence of said region of reduced structural integrity; and outputting an indication of said region of reduced structural integrity in dependence upon said confirmation. positioning one or more magnetic field sensors at a first location spaced from the structure; taking one or more magnetic field readings at the first location; taking one or more magnetic field readings at one or more further location spaced from the structure; processing the plurality of magnetic field reading values so as to identify a feature within said values, said feature comprising a change in the magnetic field in a first direction indicative of a region of reduced structural integrity in the structure; and characterised by: automatically cross-referencing said feature with a further feature in the magnetic field determined in a further direction at the same location to confirm the presence of said region of reduced structural integrity; and outputting an indication of said region of reduced structural integrity in dependence upon said confirmation. automatically cross-referencing said feature with a further feature in the magnetic field determined in a further direction at the same location to confirm the presence of said region of reduced structural integrity; and outputting an indication of said region of reduced structural integrity in dependence upon said confirmation.
A method for a non- Access Point, AP, Station, STA, maintaining a first Network Allocation Vector, NAV, for an intra- Basic Service Set, BSS, frame and a second NAV for an inter-BSS frame in a Wireless Local Area Network, WLAN, system, the method comprising: receiving BSS color disabled information set to a first value from an AP; receiving, from the AP, a frame comprising: a TXOP_DURATION field set to a specific value other than duration values for specifying duration in response that the BSS color disabled information is set to the first value, and BSS color information; and updating the first NAV or the second NAV based on classification of the received frame as the intra-BSS frame or the inter-BSS frame, wherein the STA updates the second NAV in response that the received frame cannot be classified as the intra-BSS frame or the inter-BSS frame, and wherein the BSS color information of the received frame is not used for classification of the received frame in response that the BSS color disabled information is set to the first value. receiving BSS color disabled information set to a first value from an AP; receiving, from the AP, a frame comprising: a TXOP_DURATION field set to a specific value other than duration values for specifying duration in response that the BSS color disabled information is set to the first value, and BSS color information; and a TXOP_DURATION field set to a specific value other than duration values for specifying duration in response that the BSS color disabled information is set to the first value, and BSS color information; and updating the first NAV or the second NAV based on classification of the received frame as the intra-BSS frame or the inter-BSS frame, wherein the STA updates the second NAV in response that the received frame cannot be classified as the intra-BSS frame or the inter-BSS frame, and wherein the BSS color information of the received frame is not used for classification of the received frame in response that the BSS color disabled information is set to the first value.
Method for determining a characteristic temperature (T j) of an electric or electronic system, wherein the method comprises - during operation of the system, measuring one or more characteristic parameters of the system; - estimating the characteristic temperature (T j) based on a thermal model (M_th) of the system and a first subset of the measured characteristic parameters; - predicting a first value for a temperature-sensitive electrical parameter, TSEP, based on a TSEP model (M_TSEP) and the estimated characteristic temperature (T j); - determining a second value for the TSEP based on a second subset of the measured characteristic parameters; - comparing the first value and the second value for the TSEP; and - adapting the thermal model (M_th) or the TSEP model (M_TSEP) based on a result of the comparison. - during operation of the system, measuring one or more characteristic parameters of the system; - estimating the characteristic temperature (T j) based on a thermal model (M_th) of the system and a first subset of the measured characteristic parameters; - predicting a first value for a temperature-sensitive electrical parameter, TSEP, based on a TSEP model (M_TSEP) and the estimated characteristic temperature (T j); - determining a second value for the TSEP based on a second subset of the measured characteristic parameters; - comparing the first value and the second value for the TSEP; and - adapting the thermal model (M_th) or the TSEP model (M_TSEP) based on a result of the comparison.
A binding apparatus for facilitating placement of a book block in relation to a cover having front and back panels for subsequent attachment of the book block to the cover, the apparatus including: a first guiding means adapted to guide a first edge of the front panel; a second guiding means adapted to guide a second edge of the front panel; a first positioning element attached to the first guiding means and adapted in use to abut at least part of a first peripheral surface of the book block; and a second positioning element attached to the second guiding means and adapted in use to abut at least part of a second peripheral surface of the book block, characterised in that both positioning means are movably attached to the respective guiding means. a first guiding means adapted to guide a first edge of the front panel; a second guiding means adapted to guide a second edge of the front panel; a first positioning element attached to the first guiding means and adapted in use to abut at least part of a first peripheral surface of the book block; and a second positioning element attached to the second guiding means and adapted in use to abut at least part of a second peripheral surface of the book block, characterised in that both positioning means are movably attached to the respective guiding means.
Refrigerating sales furniture, comprising: a back having an outer rear sheet and an inner rear sheet spaced apart from each other; a bottom having a lower bottom sheet and an upper bottom sheet spaced apart from each other; two side members, each having a vertical coupling portion being inserted in the space between the outer rear sheet and the inner rear sheet and sealing the space between said sheets (15, 16) laterally, and a horizontal coupling portion being inserted in the space between the lower bottom sheet and the upper bottom sheet and sealing the space between said sheets (17, 18) laterally; wherein the two side members have a respective upright portion forming a side wall for the refrigerating sales furniture; wherein the space between the outer rear sheet and the inner rear sheet and the space between the lower bottom sheet and the upper bottom sheet is filled with an insulating plastics foam; characterized in that the integral horizontal coupling portion attaches to the inside of the bottom region of the upright portion and extends to an inner side of the side member facing the sheets (15, 16, 17, 18). a back having an outer rear sheet and an inner rear sheet spaced apart from each other; a bottom having a lower bottom sheet and an upper bottom sheet spaced apart from each other; two side members, each having a vertical coupling portion being inserted in the space between the outer rear sheet and the inner rear sheet and sealing the space between said sheets (15, 16) laterally, and a horizontal coupling portion being inserted in the space between the lower bottom sheet and the upper bottom sheet and sealing the space between said sheets (17, 18) laterally; wherein the two side members have a respective upright portion forming a side wall for the refrigerating sales furniture; wherein the space between the outer rear sheet and the inner rear sheet and the space between the lower bottom sheet and the upper bottom sheet is filled with an insulating plastics foam; characterized in that the integral horizontal coupling portion attaches to the inside of the bottom region of the upright portion and extends to an inner side of the side member facing the sheets (15, 16, 17, 18).