mhurhangee/ep-ind-claims huggingface dataset:
A method of screening for modulators of the translation of brain-derived neurotrophic factor (BDNF) comprising the steps of: a) transfecting a mammalian cell with a nucleic acid construct, said nucleic acid construct comprising: - a 5' untranslated (5'UTR) exon of a mammalian BDNF gene and a 3' untranslated (3'UTR) exon of a mammalian BDNF directly linked to the cDNA of a functional reporter gene, in the absence of any other BDNF promoter sequence; b) contacting said mammalian cell with a screening compound; c) detecting the luminescence produced by said mammalian cell of step b); d) comparing the luminescence measurements of the cell contacted with the screening compound with the luminescence measurements of a control; wherein a change in luminescence compared to the control allows to identify a modulator of BDNF translation. a) transfecting a mammalian cell with a nucleic acid construct, said nucleic acid construct comprising: - a 5' untranslated (5'UTR) exon of a mammalian BDNF gene and a 3' untranslated (3'UTR) exon of a mammalian BDNF directly linked to the cDNA of a functional reporter gene, in the absence of any other BDNF promoter sequence; - a 5' untranslated (5'UTR) exon of a mammalian BDNF gene and a 3' untranslated (3'UTR) exon of a mammalian BDNF directly linked to the cDNA of a functional reporter gene, in the absence of any other BDNF promoter sequence; b) contacting said mammalian cell with a screening compound; c) detecting the luminescence produced by said mammalian cell of step b); d) comparing the luminescence measurements of the cell contacted with the screening compound with the luminescence measurements of a control;
A method for curing tobacco, said method comprising steps of: receiving green leaf tobacco; removing midribs from stems of the tobacco; wilting the tobacco to reduce its moisture content; bruising the tobacco; aerating the tobacco in a manner configured to promote oxidation; and drying the tobacco to a moisture content below about 20%; wherein the step of aerating is conducted for twelve hours or less. receiving green leaf tobacco; removing midribs from stems of the tobacco; wilting the tobacco to reduce its moisture content; bruising the tobacco; aerating the tobacco in a manner configured to promote oxidation; and drying the tobacco to a moisture content below about 20%; wherein the step of aerating is conducted for twelve hours or less.
A connection module (100a, 100b) comprising a plurality of connections for functional elements, and comprising a plurality of operating indicators, wherein at least one of the operating indicators has a display element, wherein the display element has a main body, configured as a light guide, comprising a light coupling surface (206a, 206b) and a light decoupling surface; wherein the display element has an labeling field element; wherein the labeling field element has a labeling field light coupling surface, and wherein the labeling field light coupling surface is in light-guiding contact with the light decoupling surface; and wherein the labeling field element has a guide section, which is in engagement with a guide of the main body.
A composition comprising: a first maleimide, nadimide or itaconimide, wherein said first maleimide, nadimide or itaconimide has an aromatic backbone, and the degree of substitution of imide moieties on the backbone of said first maleimide, nadimide or itaconimide is at least 0.5 imide moieties per repeat unit of said backbone, a second maleimide, nadimide or itaconimide, wherein said second maleimide, nadimide or itaconimide has a flexible aliphatic or aliphatic/aromatic backbone, wherein the backbone of said second maleimide, nadimide or itaconimide includes straight or branched chain hydrocarbyl segments, wherein each hydrocarbyl segment has at least 20 carbons, a first epoxy resin, wherein said first epoxy resin is rubber or elastomer-modified, a second epoxy resin, wherein said second epoxy is an epoxidized polybutadiene diglycidylether oligomer, a conductive filler, a curing agent; and optionally a non-reactive organic diluent therefore; wherein: said composition, when cured, has a modulus less than about 1GPa when tested by dynamic mechanical analysis at 260°C. a first maleimide, nadimide or itaconimide, wherein said first maleimide, nadimide or itaconimide has an aromatic backbone, and the degree of substitution of imide moieties on the backbone of said first maleimide, nadimide or itaconimide is at least 0.5 imide moieties per repeat unit of said backbone, a second maleimide, nadimide or itaconimide, wherein said second maleimide, nadimide or itaconimide has a flexible aliphatic or aliphatic/aromatic backbone, wherein the backbone of said second maleimide, nadimide or itaconimide includes straight or branched chain hydrocarbyl segments, wherein each hydrocarbyl segment has at least 20 carbons, a first epoxy resin, wherein said first epoxy resin is rubber or elastomer-modified, a second epoxy resin, wherein said second epoxy is an epoxidized polybutadiene diglycidylether oligomer, a conductive filler, a curing agent; and optionally a non-reactive organic diluent therefore;
An electrically assisted cycle kit for fitting to a pedal cycle to convert an existing pedal cycle into an electrically assisted pedal cycle, the kit comprising: an electric motor for assisting pedal cycle motion of the pedal cycle; a battery for powering the electric motor; characterized by a gear tooth sensor for providing a gear motion signal indicative of at least one of a speed of motion and an acceleration of motion of gear teeth and valleys of an existing rear sprocket of the pedal cycle relative to the gear tooth sensor, wherein the gear tooth sensor comprises a magnetic sensor for sensing ferrous gear teeth of the rear sprocket; and a controller for controlling the drive of the electric motor in dependence on the gear motion signal provided by the gear tooth sensor. an electric motor for assisting pedal cycle motion of the pedal cycle; a battery for powering the electric motor; characterized by a gear tooth sensor for providing a gear motion signal indicative of at least one of a speed of motion and an acceleration of motion of gear teeth and valleys of an existing rear sprocket of the pedal cycle relative to the gear tooth sensor, wherein the gear tooth sensor comprises a magnetic sensor for sensing ferrous gear teeth of the rear sprocket; and a controller for controlling the drive of the electric motor in dependence on the gear motion signal provided by the gear tooth sensor.
A method for wireless communication, comprising: receiving, by a user equipment, a radio resource control, RRC, the RRC configuring a time domain resource allocation, TDRA, type corresponding to a TDRA table of a channel, wherein: the TDRA type comprises a type IV RRC; and the TDRA table configured by the type IV RRC comprises a plurality of entries, wherein: each entry of the plurality of entries comprises a K2, at least one pair of start and length values, at least one mapping type, and a repetition number, wherein: for any entry comprising a repetition number larger than one, the entry comprises one pair of start and length values and one mapping type; and for any entry comprising a repetition number equal to one, the entry comprises at least one pair of start and length values, at least one mapping type, wherein a pair number of the at least one pair of start and length values is equal to a number of the at least one mapping type, and wherein the K2 is a slot or subslot number configured for a physical uplink shared channel, PUSCH, after a corresponding uplink, UL, grant, indicating a scheduling timing between the UL grant and the PUSCH. the TDRA type comprises a type IV RRC; and the TDRA table configured by the type IV RRC comprises a plurality of entries, wherein: each entry of the plurality of entries comprises a K2, at least one pair of start and length values, at least one mapping type, and a repetition number, wherein: for any entry comprising a repetition number larger than one, the entry comprises one pair of start and length values and one mapping type; and for any entry comprising a repetition number equal to one, the entry comprises at least one pair of start and length values, at least one mapping type, wherein a pair number of the at least one pair of start and length values is equal to a number of the at least one mapping type, and wherein the K2 is a slot or subslot number configured for a physical uplink shared channel, PUSCH, after a corresponding uplink, UL, grant, indicating a scheduling timing between the UL grant and the PUSCH. for any entry comprising a repetition number larger than one, the entry comprises one pair of start and length values and one mapping type; and for any entry comprising a repetition number equal to one, the entry comprises at least one pair of start and length values, at least one mapping type, wherein a pair number of the at least one pair of start and length values is equal to a number of the at least one mapping type, and wherein the K2 is a slot or subslot number configured for a physical uplink shared channel, PUSCH, after a corresponding uplink, UL, grant, indicating a scheduling timing between the UL grant and the PUSCH.
Switching device having two interrupter units connected in series, having at least one drive unit for moving at least one contact and having two control capacitors which are connected in parallel with the interrupter units in each case, characterized in that at least one control capacitor has mechanically movable components for changing the capacitance and at least one of these components has a mechanical coupling to the drive unit.
An on-load tap changing apparatus comprising: a first switching unit connected to a first tap of a transformer provided in a power system, and switching a power supplied from the first tap; a first impedance changing unit connected in series with the first switching unit, and increasing an impedance when the first switching unit executes a switching operation; a second switching unit connected to a second tap of the transformer and switching a power supplied from the second tap; and a second impedance changing unit connected in series with the second switching unit, and increasing an impedance when the second switching unit executes a switching operation characterized in that: the first and second impedance changing units (5, 6) are each an inductor that include a coil (52, 62) wound around a cylindrical bobbin, and a core (7, 7a, 7b) that moves inside the cylindrical bobbin; and a movement of the core (7, 7a, 7b) inside the bobbin changes relative positions between the core and the coil (52, 62) and changes the impedance of the inductor a first switching unit connected to a first tap of a transformer provided in a power system, and switching a power supplied from the first tap; a first impedance changing unit connected in series with the first switching unit, and increasing an impedance when the first switching unit executes a switching operation; a second switching unit connected to a second tap of the transformer and switching a power supplied from the second tap; and a second impedance changing unit connected in series with the second switching unit, and increasing an impedance when the second switching unit executes a switching operation characterized in that: the first and second impedance changing units (5, 6) are each an inductor that include a coil (52, 62) wound around a cylindrical bobbin, and a core (7, 7a, 7b) that moves inside the cylindrical bobbin; and a movement of the core (7, 7a, 7b) inside the bobbin changes relative positions between the core and the coil (52, 62) and changes the impedance of the inductor
Refill for an appliance for treating the hair, extending along a longitudinal axis (X rech) and comprising: - a reservoir containing a haircare product, and - an end piece for dispensing the product contained in the reservoir, the dispensing end piece having at least one portion that extends axially between the abscissae (x 1, x 2), on the longitudinal axis (X rech), of the inner longitudinal ends of the reservoir, this portion being supplied through a supply port that extends between said abscissae (x 1, x 2) and between the reservoir and the dispensing end piece, this supply port being oriented at least partially transversely to the longitudinal axis (X rech), characterized in that the dispensing end piece comprises at least one orifice for dispensing the haircare product that does not lead into the reservoir. - a reservoir containing a haircare product, and - an end piece for dispensing the product contained in the reservoir, the dispensing end piece having at least one portion that extends axially between the abscissae (x 1, x 2), on the longitudinal axis (X rech), of the inner longitudinal ends of the reservoir, this portion being supplied through a supply port that extends between said abscissae (x 1, x 2) and between the reservoir and the dispensing end piece, this supply port being oriented at least partially transversely to the longitudinal axis (X rech),
A method of controlling a mobile terminal, the method comprising: receiving, via a controller of the mobile terminal, an event trigger indicating an event has occurred on the mobile terminal; checking, via the controller, a notification level allocated to the event corresponding to the event trigger; obtaining importance information of the event from the event trigger; and characterised by outputting a notification notifying the event has occurred on the mobile terminal with a notification strength based on the importance information and the notification level allocated to the event wherein the importance information is irrelative to a setting of the mobile terminal, and wherein the notification level represents how important the mobile terminal considers the event. receiving, via a controller of the mobile terminal, an event trigger indicating an event has occurred on the mobile terminal; checking, via the controller, a notification level allocated to the event corresponding to the event trigger; obtaining importance information of the event from the event trigger; and characterised by outputting a notification notifying the event has occurred on the mobile terminal with a notification strength based on the importance information and the notification level allocated to the event wherein the importance information is irrelative to a setting of the mobile terminal, and wherein the notification level represents how important the mobile terminal considers the event.
Method of fabricating an injector for a combustion engine comprising the steps of: - providing a first base body and a second base body for a valve needle of the injector, - forming of the first base body such that a first base part with a first stop face is formed, - providing an armature with a bore, - forming of the second base body such that a second base part with a second stop face and a third stop face is formed, - disposing a section of the first base part and a section of the second base part in the bore of the armature, - disposing the first base part and the second base part relative to each other such that the first stop face and the second stop face abut, - establishing a fixed coupling between the first base part and the second base part, wherein the armature is movable between the first stop face and the third stop face. - providing a first base body and a second base body for a valve needle of the injector, - forming of the first base body such that a first base part with a first stop face is formed, - providing an armature with a bore, - forming of the second base body such that a second base part with a second stop face and a third stop face is formed, - disposing a section of the first base part and a section of the second base part in the bore of the armature, - disposing the first base part and the second base part relative to each other such that the first stop face and the second stop face abut, - establishing a fixed coupling between the first base part and the second base part, wherein the armature is movable between the first stop face and the third stop face.
A method for removing material from a rock wall, the method comprising: moving a cutting edge (88, 288) through the rock wall to create a first slot in the rock wall; moving the cutting edge (88, 288) through the rock wall to create a second slot in the rock wall, the second slot being separated from the first slot by an uncut portion, the uncut portion defining a base surface attached to the wall; characterised by cutting a notch into the base surface of the uncut portion; and applying a force on the uncut portion to break the uncut portion away from the wall, characterised in that applying a force on the uncut portion includes contacting the uncut portion with a vibrating mass in order to induce the uncut portion to break away from the rock wall, and wherein the vibrating mass is a cutter head (22, 222) supporting the cutting edge (88, 288). moving a cutting edge (88, 288) through the rock wall to create a first slot in the rock wall; moving the cutting edge (88, 288) through the rock wall to create a second slot in the rock wall, the second slot being separated from the first slot by an uncut portion, the uncut portion defining a base surface attached to the wall; characterised by cutting a notch into the base surface of the uncut portion; and applying a force on the uncut portion to break the uncut portion away from the wall, characterised in that applying a force on the uncut portion includes contacting the uncut portion with a vibrating mass in order to induce the uncut portion to break away from the rock wall, and wherein the vibrating mass is a cutter head (22, 222) supporting the cutting edge (88, 288).
A radio-power distribution controller for controlling far-field radio-power delivery from an external radio-power-supply device to at least one external radio-power receiving device that has a power-converter for converting a received radio-energy amount into an electrical operation power amount for operating the radio-power receiving device, the radio-power distribution controller comprising: - a power-requirement unit, which is configured to hold or ascertain for a given radio-power receiving device power-requirement data indicative of a respective threshold energy amount (E th) indicative of a minimum energy amount required by the radio-power receiving device for conversion into the electrical operation power amount; and characterized by - a radio-power monitoring unit, which is configured: - to receive a power-delivering radio signal (116,200) provided by the external radio-power-supply device; - to determine a duration of the received power-delivering radio signal; and - to determine, using the determined duration, an estimate of a received radio-energy amount, which has been received by the radio-power receiving device with the power-delivering radio signal during its duration; and - to provide a radio-power-shortage signal (202.1) upon determining that the estimate of the received radio-energy amount is below the threshold energy amount. - a power-requirement unit, which is configured to hold or ascertain for a given radio-power receiving device power-requirement data indicative of a respective threshold energy amount (E th) indicative of a minimum energy amount required by the radio-power receiving device for conversion into the electrical operation power amount; and characterized by - a radio-power monitoring unit, which is configured: - to receive a power-delivering radio signal (116,200) provided by the external radio-power-supply device; - to determine a duration of the received power-delivering radio signal; and - to determine, using the determined duration, an estimate of a received radio-energy amount, which has been received by the radio-power receiving device with the power-delivering radio signal during its duration; and - to receive a power-delivering radio signal (116,200) provided by the external radio-power-supply device; - to determine a duration of the received power-delivering radio signal; and - to determine, using the determined duration, an estimate of a received radio-energy amount, which has been received by the radio-power receiving device with the power-delivering radio signal during its duration; and - to provide a radio-power-shortage signal (202.1) upon determining that the estimate of the received radio-energy amount is below the threshold energy amount.
A device (6300, 6400, 6800, 6900, 7600, 7700, 7800, 8000, 8100, 8300) for implanting in an opening in a septal wall in a heart of a patient, the device being configured to move from an elongated shape for delivery to a shortened and radially expanded shape for deployment, the device comprising a core (6306, 6406, 6808, 8016, 8116, 8314) segment defining a passage adapted to permit fluid to flow therethrough between the right and left atria, wherein the core segment (6306, 6406, 6808, 8016, 8116, 8314) is adapted to expand radially when the device moves from the elongated shape to the radially expanded shape, a distal flange (6304, 6404, 6802, 8006, 8110, 8310) comprising a plurality of distal flange segments adapted to extend distally and radially outwardly in the device's radially expanded shape from a central core segment to free ends, the distal flange segments being adapted to contact the septal wall in the left atrium of the heart in the radially expanded shape, and a proximal flange (6308, 6402, 6804, 8014, 8112, 8312) comprising a plurality of proximal flange segments, wherein the proximal flange segments each have first, second and third sections that are parallel when the device is in the elongated shape, the second section extending distally and radially outwardly from the first section in the radially expanded shape, the third section extending distally and radially inwardly from the second section to the core in the radially expanded shape, the proximal flange segments being adapted to contact the septal wall in the right atrium of the heart in the radially expanded shape, and in that the device further comprises a hub (6310, 7002, 7102, 7202, 7302, 7402, 7502, 7606, 7702, 8004, 8104, 8304) connected to the proximal ends of the first sections of the proximal flange segments and adapted to provide a releasable attachment point between the device (6300, 6400, 6800, 6900, 7600, 7700, 7800, 8000, 8100, 8300) and at least one of a delivery system and a retrieval system.
A method for selecting a neighborhood aware network, NAN, (100, 102) by a wireless device (104 - 120, 200), the method comprising: identifying a first metric of a plurality of metrics; determining, by the wireless device (104 - 120, 200), a first value of the first metric for a first NAN (100, 102) for a first service, wherein the wireless device (104 - 120, 200) is participating in the first NAN (100, 102); determining, by the wireless device (104 - 120, 200), a second value of the first metric for a second NAN (100, 102) for the first service; performing, by the wireless device (104 - 120, 200), a first comparison of the first value and the second value of the first metric; and joining, by the wireless device (104 - 120, 200), based on the first comparison of the first and second values of the first metric, the second NAN (100, 102) while maintaining participation in the first NAN (100, 102). identifying a first metric of a plurality of metrics; determining, by the wireless device (104 - 120, 200), a first value of the first metric for a first NAN (100, 102) for a first service, wherein the wireless device (104 - 120, 200) is participating in the first NAN (100, 102); determining, by the wireless device (104 - 120, 200), a second value of the first metric for a second NAN (100, 102) for the first service; performing, by the wireless device (104 - 120, 200), a first comparison of the first value and the second value of the first metric; and joining, by the wireless device (104 - 120, 200), based on the first comparison of the first and second values of the first metric, the second NAN (100, 102) while maintaining participation in the first NAN (100, 102).