mhurhangee/ep-ind-claims huggingface dataset:
A fuel tank inlet assembly comprising: a fuel tank inlet defining an opening, the fuel tank inlet configured to form part of a fuel tank; and an anti-siphon device which extends along a longitudinal axis and which is configured for receipt by the fuel tank inlet; the anti-siphon device defining an inlet aperture and comprising an anti-siphon portion configured to inhibit the passage of a siphon tube through the anti-siphon device; wherein the fuel tank inlet comprises a first locking portion and the anti-siphon device comprises a second locking portion (307, 308) configured to engage the first locking portion so as to secure the anti-siphon device to the fuel tank inlet such that the anti-siphon device is positioned within the fuel tank inlet entirely beyond the opening; characterised in that one of the first and second locking portions (206, 307, 308) comprises a resiliently deformable member configured to provide automatic engagement between the fuel tank inlet and the anti-siphon device. a fuel tank inlet defining an opening, the fuel tank inlet configured to form part of a fuel tank; and an anti-siphon device which extends along a longitudinal axis and which is configured for receipt by the fuel tank inlet; the anti-siphon device defining an inlet aperture and comprising an anti-siphon portion configured to inhibit the passage of a siphon tube through the anti-siphon device; wherein the fuel tank inlet comprises a first locking portion and the anti-siphon device comprises a second locking portion (307, 308) configured to engage the first locking portion so as to secure the anti-siphon device to the fuel tank inlet such that the anti-siphon device is positioned within the fuel tank inlet entirely beyond the opening; characterised in that one of the first and second locking portions (206, 307, 308) comprises a resiliently deformable member configured to provide automatic engagement between the fuel tank inlet and the anti-siphon device.
Method for transmitting address, diagnosis and/or configuration information between an infrastructure device connected to a communication network and a diagnosis device, in which - the address, diagnosis and/or configuration information is associated with the infrastructure device connected to the communication network, - the address, diagnosis and/or configuration information is read by a control unit, which is associated with a coupling element of the infrastructure device, and provided on at least one connection of the infrastructure device, characterized in that - the address, diagnosis and/or configuration information is transmitted to a memory element of a connector module, which is connected to a connection of the infrastructure device, cyclically and/or on an event-dependent basis and is buffered there, - the address, diagnosis and/or configuration information buffered in the memory element of the connector module is retrieved by a diagnosis device via a wireless communication interface between the connector module and the diagnosis device, wherein the connector module and the diagnosis device each have a wireless communication unit. - the address, diagnosis and/or configuration information is associated with the infrastructure device connected to the communication network, - the address, diagnosis and/or configuration information is read by a control unit, which is associated with a coupling element of the infrastructure device, and provided on at least one connection of the infrastructure device, characterized in that - the address, diagnosis and/or configuration information is transmitted to a memory element of a connector module, which is connected to a connection of the infrastructure device, cyclically and/or on an event-dependent basis and is buffered there, - the address, diagnosis and/or configuration information buffered in the memory element of the connector module is retrieved by a diagnosis device via a wireless communication interface between the connector module and the diagnosis device, wherein the connector module and the diagnosis device each have a wireless communication unit.
An organic light emitting display device comprising: an organic light emitting display panel (100, 1100, 1200) including a light emitting layer (1180, 1280) and an encapsulation layer (1190, 1290) disposed at one side of the light emitting layer (1180, 1280), the light emitting layer including a substrate (1182, 1211), a plurality of thin film transistors (1184, 1214) arranged on the substrate, and an organic light emitting material layer (1186, 1219, 1264) between two electrode layers disposed at one side of the thin film transistors; a sound generating actuator connected to a surface of the organic light emitting display panel (100, 1100, 1200) and configured to vibrate the organic light emitting display panel to generate sound; and a support structure comprising a cover bottom configured to cover and support at least a rear surface of the organic light emitting display panel (100, 1100, 1200) and a main support coupled to the cover bottom, wherein the main support surrounds a side surface of the organic light emitting display panel (100, 1100, 1200) and receives and supports a side edge of the display panel (100, 1100, 1200) and includes a horizontal support part on which a part of the display panel is placed and a vertical support part to cover a side surface of the cover bottom and a side surface of the display panel (100, 1100, 1200), such that the main support has a "T" shape) wherein an air gap is provided between the display panel and the support structure. an organic light emitting display panel (100, 1100, 1200) including a light emitting layer (1180, 1280) and an encapsulation layer (1190, 1290) disposed at one side of the light emitting layer (1180, 1280), the light emitting layer including a substrate (1182, 1211), a plurality of thin film transistors (1184, 1214) arranged on the substrate, and an organic light emitting material layer (1186, 1219, 1264) between two electrode layers disposed at one side of the thin film transistors; a sound generating actuator connected to a surface of the organic light emitting display panel (100, 1100, 1200) and configured to vibrate the organic light emitting display panel to generate sound; and a support structure comprising a cover bottom configured to cover and support at least a rear surface of the organic light emitting display panel (100, 1100, 1200) and a main support coupled to the cover bottom,
Pulling assembly for pulling a submarine cable, wherein the submarine cable has a longitudinal direction, wherein the pulling assembly comprises a pulling member facing in a terminal direction for connection to an external pulling means and a coupling member for coupling of the pulling assembly to the submarine cable, wherein the coupling member is provided with an open first end for receiving a stripped end of the submarine cable in a receiving direction in line with the longitudinal direction of said submarine cable, characterized in that the pulling assembly further comprises a guiding member that extends from a second end of the coupling member opposite to the first end of the coupling member to the pulling member, wherein the guiding member is flexible between a straight state in which the guiding member extends over a guiding length along a straight line between the pulling member and the second end of the coupling member and a bend state in which the guiding member extends along a bend line between the pulling member and the second end of the coupling member, wherein the guide member in the bend state has a minimum bending angle between the terminal direction and the receiving direction of at least twenty degrees per meter of the guiding length, preferably at least thirty degrees per meter of the guiding length, and most preferably is at least forty-five degrees per meter of the guiding length.
A battery charge and discharge control device, comprising: a voltage sensor for measuring the voltage of a battery; and a control unit configured to charge the battery with a constant current in a constant current mode, and configured to convert to a constant voltage mode when the voltage of the battery measured through the voltage sensor corresponds to an end-of-charge voltage, thereby charging the battery with a constant voltage, wherein the control unit is further configured to set the end-of-charge voltage as a first end-of-charge voltage by subtracting a negative electrode threshold potential from the full-charge voltage of the battery, and the negative electrode threshold potential is a potential value of the negative electrode where a negative electrode active material contained in the battery causes a phase change of the negative electrode active material, wherein the control unit, during a discharge period of the battery, is configured to stop discharge of the battery when the measured voltage of the battery corresponds to an end-of-discharge voltage; characterized in that the end-of-discharge voltage is a voltage at a time point when the slope of the measured battery voltage exceeds a threshold slope. a voltage sensor for measuring the voltage of a battery; and a control unit configured to charge the battery with a constant current in a constant current mode, and configured to convert to a constant voltage mode when the voltage of the battery measured through the voltage sensor corresponds to an end-of-charge voltage, thereby charging the battery with a constant voltage, wherein the control unit is further configured to set the end-of-charge voltage as a first end-of-charge voltage by subtracting a negative electrode threshold potential from the full-charge voltage of the battery, and the negative electrode threshold potential is a potential value of the negative electrode where a negative electrode active material contained in the battery causes a phase change of the negative electrode active material, wherein the control unit, during a discharge period of the battery, is configured to stop discharge of the battery when the measured voltage of the battery corresponds to an end-of-discharge voltage; characterized in that the end-of-discharge voltage is a voltage at a time point when the slope of the measured battery voltage exceeds a threshold slope.
An apparatus for controlling a user situation awareness modification of a user of a vehicle, comprising: an input module configured to receive a first user detection signal comprising information usable for determining a user situation awareness level; and a processing module configured to determine a currently necessary situation awareness level by selecting one predefined situation awareness level from a plurality of predefined situation awareness levels based on driving information, wherein each predefined situation awareness level of the plurality of predefined situation awareness levels is associated with a different desired user reaction time or a different desired time-to-takeover, wherein the processing module is configured to determine a current user situation awareness level based on the information usable for determining the user situation awareness level, wherein the processing module is configured to generate a control signal to control a user situation awareness modification module based on the currently necessary situation awareness level and the current user situation awareness level. an input module configured to receive a first user detection signal comprising information usable for determining a user situation awareness level; and a processing module configured to determine a currently necessary situation awareness level by selecting one predefined situation awareness level from a plurality of predefined situation awareness levels based on driving information, wherein each predefined situation awareness level of the plurality of predefined situation awareness levels is associated with a different desired user reaction time or a different desired time-to-takeover, wherein the processing module is configured to determine a current user situation awareness level based on the information usable for determining the user situation awareness level, wherein the processing module is configured to generate a control signal to control a user situation awareness modification module based on the currently necessary situation awareness level and the current user situation awareness level.
A plate for actuating flushing cisterns of toilets, comprising a plate body provided with a containment edge, said plate body having fixing means (6, 7) adapted in installed state of the plate to fix the plate body directly to a door of a flushing cistern, characterised in that said fixing means (6, 7) comprising a pair of clips adapted to be connected to said plate, each clip in installed state of the plate accommodating a respective head of a corresponding screw that protrudes from said door of the flushing cistern; said clips being provided with feet which are accommodated in corresponding cavities defined in said plate body.
Device for machining at least one component or workpiece by flame straightening, in particular a multi-nozzle burner, having at least two nozzles (10, 20), wherein at least two of the nozzles (10, 20) are arranged at a non-negligible angle (w) to one another, characterized in that the nozzles (10, 20) are arranged so as to diverge in the flow direction, wherein the separation (d) between the flame, in particular the fuel-oxygen flame, for example the acetylene-oxygen flame, of the first nozzle and the flame, in particular the fuel-oxygen flame, for example the acetylene-oxygen flame, of the second nozzle at the respective reference point (P1 or P2) is in the range from ten millimetres to 25 millimetres, preferably in the range from fifteen millimetres to 23 millimetres.
A semipermeable hollow fiber membrane prepared from a polymer solution comprising 10 to 20 wt.-% of at least one hydrophobic polymer component chosen from the group consisting of polysulfone, polyethersulfone and poly(aryl)ethersulfone (PAES), 5 to 10 wt.-% of at least one hydrophilic polymer component chosen from the group consisting of polyvinylpyrrolidone, polyethyleneglycol, polyvinylalcohol, and a copolymer of polypropyleneoxide and polyethyleneoxide (PPO-PEO)and at least one solvent, characterized in that the membrane has a molecular retention onset (MWRO) of between 9.0 kDa and 14.0 kDa and a molecular weight cut-off (MWCO) of between 55 kDa and 130 kDa as determined by dextran sieving before blood contact of the membrane, wherein the parameters MWRO and MWCO are determined as defined in the description, and wherein during production of the semipermeable membranes said membrane is not treated with a salt solution before drying.
A motorcycle tyre comprising: a tread portion with a ground contact surface, the tread portion comprising a tread rubber comprising a base rubber layer and a cap rubber layer disposed outward in a tyre radial direction of the base rubber layer to form the ground contact surface of the tread portion, the cap rubber layer comprising a crown cap portion disposed in a middle region in a tyre axial direction of the tread portion and a pair of shoulder cap portions disposed in both sides in the tyre axial direction of the crown cap portion, characterized in that the crown cap portion having a loss tangent tan δc at 0 degrees C., the shoulder cap portions having a loss tangent tan δs at 0 degrees C., and the base rubber layer having a loss tangent tan δb at 0 degrees C., wherein the "loss tangent tan δ" is measured in accordance with JIS-K6394 at an initial strain of 10%, at an amplitude of dynamic strain of +-1%, at a frequency of 10 Hz in deformation mode tension at a temperature of 0 degrees C, wherein the loss tangents tan δc, tan δs and tan δb satisfy the following equation: tan δ c < tan δ s ≤ tan δb a tread portion with a ground contact surface, the tread portion comprising a tread rubber comprising a base rubber layer and a cap rubber layer disposed outward in a tyre radial direction of the base rubber layer to form the ground contact surface of the tread portion, the cap rubber layer comprising a crown cap portion disposed in a middle region in a tyre axial direction of the tread portion and a pair of shoulder cap portions disposed in both sides in the tyre axial direction of the crown cap portion, characterized in that the crown cap portion having a loss tangent tan δc at 0 degrees C., the shoulder cap portions having a loss tangent tan δs at 0 degrees C., and the base rubber layer having a loss tangent tan δb at 0 degrees C., wherein the "loss tangent tan δ" is measured in accordance with JIS-K6394 at an initial strain of 10%, at an amplitude of dynamic strain of +-1%, at a frequency of 10 Hz in deformation mode tension at a temperature of 0 degrees C, wherein the loss tangents tan δc, tan δs and tan δb satisfy the following equation: tan δ c < tan δ s ≤ tan δb
A kit comprising three vessels, wherein: (i) a first vessel holds a primer pair specific for ESR1 V422DelV, a primer pair specific for ESR1 S463P, a primer pair specific for ESR1 L536H, a primer pair specific for *ESR1 L536P, a primer pair specific for ESR1 L536Q, a primer pair specific for ESR1 L536R, and a primer pair specific for ESR1 D538G; (ii) a second vessel holds a primer pair specific for ESR1 K303R, a primer pair specific for ESR1 E380Q, a primer pair specific for ESR1 L536_D538>P, a primer pair specific for ESR1 Y537C, a primer pair specific for ESR1 Y537N, and a primer pair specific for ESR1 Y537S; and (iii) a third vessel holds a primer pair specific for ESR1 S341L, a primer pair specific for ESR1 L429V, a primer pair specific for ESR1 V533M, a primer pair specific for ESR1 V534E, and a primer pair specific for ESR1 P535H; each of the vessels holding two or more probes specific for a different sequence in the ESR1 gene, wherein each probe is labeled with a fluorophore and quencher; a primer pair specific for an internal control sequence; and a probe specific for the internal control sequence and labeled with a fluorophore and quencher; and wherein the vessels comprise oligonucleotides having the sequences of SEQ ID NOs:24, 113, 134, 158, 178, 264, 261, 262, 285, 286, 298, 314, 394, 407, 31, 42, 90, 415, 447, 469, 476, 477, 481, 528, 59, 60, 70, 231, 235, 237, 245, 350, and 388. (i) a first vessel holds a primer pair specific for ESR1 V422DelV, a primer pair specific for ESR1 S463P, a primer pair specific for ESR1 L536H, a primer pair specific for *ESR1 L536P, a primer pair specific for ESR1 L536Q, a primer pair specific for ESR1 L536R, and a primer pair specific for ESR1 D538G; (ii) a second vessel holds a primer pair specific for ESR1 K303R, a primer pair specific for ESR1 E380Q, a primer pair specific for ESR1 L536_D538>P, a primer pair specific for ESR1 Y537C, a primer pair specific for ESR1 Y537N, and a primer pair specific for ESR1 Y537S; and (iii) a third vessel holds a primer pair specific for ESR1 S341L, a primer pair specific for ESR1 L429V, a primer pair specific for ESR1 V533M, a primer pair specific for ESR1 V534E, and a primer pair specific for ESR1 P535H;
A method for enabling a user to grasp a hand-held device positioned on a charging mat, the method comprising: establishing a short-range communications link between the hand-held device and the charging mat; detecting, by one or more sensors, that a user is reaching for the hand-held device while the hand-held device is resting on the charging mat; and activating grip facilitation circuits (20, 90) in the hand-held device and the charging mat, responsive to receiving a signal indicating that the user is reaching for the hand-held device, wherein the hand-held device comprises an induction coil (C 1), wherein activating the grip facilitation circuit of the hand-held device comprises generating an electromagnetic field (M 1) by driving a current through the induction coil, and activating the grip facilitation circuit of the charging mat comprises the hand-held device instructing the charging mat to generate an electromagnetic field (M 2), by driving a current through an induction coil (C 2) of the charging mat, that elevates at least a portion of the hand-held device vertically above the charging mat. establishing a short-range communications link between the hand-held device and the charging mat; detecting, by one or more sensors, that a user is reaching for the hand-held device while the hand-held device is resting on the charging mat; and activating grip facilitation circuits (20, 90) in the hand-held device and the charging mat, responsive to receiving a signal indicating that the user is reaching for the hand-held device, wherein the hand-held device comprises an induction coil (C 1), wherein activating the grip facilitation circuit of the hand-held device comprises generating an electromagnetic field (M 1) by driving a current through the induction coil, and activating the grip facilitation circuit of the charging mat comprises the hand-held device instructing the charging mat to generate an electromagnetic field (M 2), by driving a current through an induction coil (C 2) of the charging mat, that elevates at least a portion of the hand-held device vertically above the charging mat.
An siRNA for use in treating hyperhidrosis, wherein the siRNA is capable of at least one of: reducing levels of specified protein mRNA; reducing levels of specified protein; reducing specified protein calcium channel formation; reducing specified protein calcium channel function; wherein the specified protein is Orai1, Stim1, Orai3, TRPC1 or Stim2.
Airborne sound transducer comprising - an electromechanical transducer, - an air impedance matching layer arranged on an acoustically active surface of the electromechanical transducer, and - a cover arranged on the air impedance matching layer, the cover forming an exposed acoustic area of the airborne sound transducer by means of an outer surface, characterised in that the outer surface is hydrophilic, wherein a contact angle, when wetting the outer surface with water, is less than 60°. - an electromechanical transducer, - an air impedance matching layer arranged on an acoustically active surface of the electromechanical transducer, and - a cover arranged on the air impedance matching layer, the cover forming an exposed acoustic area of the airborne sound transducer by means of an outer surface,
A method of wireless communication, comprising: detecting a second connection failure at a user equipment, UE, wherein detecting comprises receiving an RRC connection reject message in response to an RRC connection request or non-receipt of an RRC response at the expiration of a response timer; calculating a first difference between a timestamp of the second connection failure and a previously stored timestamp of a first connection failure; and modifying stored information at the UE relating to at least the first connection failure based at least in part on a determination that the first difference is greater than a first time threshold; wherein modifying the stored information relating to at least the first connection failure comprises clearing the stored information relating to one or more previous connection failures including the first connection failure. detecting a second connection failure at a user equipment, UE, wherein detecting comprises receiving an RRC connection reject message in response to an RRC connection request or non-receipt of an RRC response at the expiration of a response timer; calculating a first difference between a timestamp of the second connection failure and a previously stored timestamp of a first connection failure; and modifying stored information at the UE relating to at least the first connection failure based at least in part on a determination that the first difference is greater than a first time threshold; wherein modifying the stored information relating to at least the first connection failure comprises clearing the stored information relating to one or more previous connection failures including the first connection failure.