mhurhangee/ep-ind-claims huggingface dataset:
A process for repairing an aircraft engine component comprising: receiving a plurality of component measurements of a damaged component; and comparing the plurality of component measurements of the damaged component to a finite element model of an ideal component, and generating a finite element model of the damaged component based at least partially on the comparison; characterised by the process further comprising: determining a corrective material removal operation based at least in part on the finite element model of the damaged component; predicting a performance of a repaired component by providing the finite element model of the damaged component and the corrective material removal operation to a mathematical model configured to determine a finite element model of the expected resultant component and to determine the structural, aerodynamic, and aeromechanical parameters of the expected resultant component in hot conditions and outputting a set of data indicative of the expected structural, aerodynamic, aeromechanical, and modeshape parameters of the repaired component under hot conditions; comparing the set of data against a predetermined set of criteria; and removing material from the damaged component according to the corrective material removal operation, thereby creating the repaired component in response to the set of data meeting the predetermined set of criteria. receiving a plurality of component measurements of a damaged component; and comparing the plurality of component measurements of the damaged component to a finite element model of an ideal component, and generating a finite element model of the damaged component based at least partially on the comparison; characterised by the process further comprising: determining a corrective material removal operation based at least in part on the finite element model of the damaged component; predicting a performance of a repaired component by providing the finite element model of the damaged component and the corrective material removal operation to a mathematical model configured to determine a finite element model of the expected resultant component and to determine the structural, aerodynamic, and aeromechanical parameters of the expected resultant component in hot conditions and outputting a set of data indicative of the expected structural, aerodynamic, aeromechanical, and modeshape parameters of the repaired component under hot conditions; comparing the set of data against a predetermined set of criteria; and removing material from the damaged component according to the corrective material removal operation, thereby creating the repaired component in response to the set of data meeting the predetermined set of criteria.
A solar cell module comprising: a solar cell element, wherein the solar cell element includes a semiconductor substrate, a semiconductor layer that is provided on the semiconductor substrate and has one conductive type, a plurality of finger electrodes that extends in parallel to each other, and a bus bar electrode that extends cross the plurality of finger electrodes on a light receiving surface of the solar cell element; a light diffuser provided in an outer circumferential region of the light receiving surface so that incident light is reflected by diffuse reflection; and an encapsulant covering the light receiving surface and the light diffuser, wherein the light receiving surface includes a left side and a right side parallel to the finger electrodes and an upper side and a lower side parallel to the bus bar electrode, the light diffuser includes a first light diffuser (60a, 60b) provided along each of the left side and the right side, and a second light diffuser (60c, 60d) provided along each of the upper side and the lower side, and a width of the first light diffuser (60a, 60b) in a transverse direction perpendicular to the left side or the right side is smaller than a width of the second light diffuser (60c, 60d) in a transverse direction perpendicular to the upper side or the lower side. a solar cell element, wherein the solar cell element includes a semiconductor substrate, a semiconductor layer that is provided on the semiconductor substrate and has one conductive type, a plurality of finger electrodes that extends in parallel to each other, and a bus bar electrode that extends cross the plurality of finger electrodes on a light receiving surface of the solar cell element; a light diffuser provided in an outer circumferential region of the light receiving surface so that incident light is reflected by diffuse reflection; and an encapsulant covering the light receiving surface and the light diffuser, wherein the light receiving surface includes a left side and a right side parallel to the finger electrodes and an upper side and a lower side parallel to the bus bar electrode, the light diffuser includes a first light diffuser (60a, 60b) provided along each of the left side and the right side, and a second light diffuser (60c, 60d) provided along each of the upper side and the lower side, and a width of the first light diffuser (60a, 60b) in a transverse direction perpendicular to the left side or the right side is smaller than a width of the second light diffuser (60c, 60d) in a transverse direction perpendicular to the upper side or the lower side.
A method of adaptive fast-charging of a mobile device or other device having sporadic power-source connection, the device comprising one or more supercapacitors and one or more rechargeable batteries and being configured for charging at least the one or more supercapacitors from an external charger, the method comprising, when the device is not connected to an external charger: determining whether a supercapacitor of said device is at least partially charged; upon detecting said supercapacitor is at least partially charged, determining whether a battery of said device is fully charged; and upon detecting said battery is not fully charged, charging said battery by discharging said supercapacitor. determining whether a supercapacitor of said device is at least partially charged; upon detecting said supercapacitor is at least partially charged, determining whether a battery of said device is fully charged; and upon detecting said battery is not fully charged, charging said battery by discharging said supercapacitor.
An orthosis for exercising a human ankle joint having an upper and a lower ankle joint in a corrected position comprising a foot part for receiving a foot, wherein the foot part has a foot part upper side and a lower heel region; a lower leg part for receiving a lower leg, wherein the foot part and the lower leg part are aligned with respect to one another such that the ankle joint can be moved into a corrected position; and at least one first orthosis joint; wherein the first orthosis joint enables a rotation of the foot part relative to the lower leg part about a first axis of rotation, with the first axis of rotation intersecting the foot part at the foot part upper side and in the lower heel region; and wherein the first axis of rotation corresponds to an axis of rotation of the lower ankle joint in the corrected position of the ankle joint, characterized in that the first orthosis joint comprises a ring strap to whose ends the foot part is fastened rotatably about the first axis of rotation.
Motor vehicle door latch, with a locking mechanism predominantly comprising a catch and a pawl, and with an emergency opening handle for emergency activation, characterized in that the locking mechanism is initially moved from its main ratchet position into its pre-ratchet position mechanically before the emergency activation handle can be activated.
Cannabidiol for use in the treatment of anxiety associated with Angelman syndrome, wherein the CBD is present as a highly purified extract of cannabis which comprises at least 98% (w/w) CBD and wherein the extract comprises less than 0.15% (w/w) THC.
A resin-junction body comprising: a first resin member; a second resin member comprising a concave portion and laminated on the first resin member so as to contact the first resin member at a contact surface, wherein the concave portion comprises a bottom face on a first resin member side; and a joining layer that joins the first resin member and the second resin member, that extends from the bottom face towards the first resin member, that extends beyond the bottom face of the concave portion along the contact surface, and that extends from the contact surface towards the first resin member, characterized in that it further comprises an optically transparent member that transmits light, arranged in the concave portion. a first resin member; a second resin member comprising a concave portion and laminated on the first resin member so as to contact the first resin member at a contact surface, wherein the concave portion comprises a bottom face on a first resin member side; and a joining layer that joins the first resin member and the second resin member, that extends from the bottom face towards the first resin member, that extends beyond the bottom face of the concave portion along the contact surface, and that extends from the contact surface towards the first resin member,
A protection cover (100, 200, 300) for a mobile terminal, wherein, the protection cover (100, 200, 300) comprises a main control circuit (110, 210, 310), a power management circuit (120, 320), a touch circuit (130, 230, 330) and an e-Ink (140, 240, 340); the main control circuit (110, 210, 310), the power management circuit (120, 320) and the touch circuit (130, 230, 330) are connected to the e-Ink (140, 240, 340) respectively; the main control circuit (110, 210, 310) and the power management circuit (120, 320) are configured to be connected to the mobile terminal respectively; the main control circuit (110, 210, 310) is connected to the touch circuit (130, 230, 330); the power management circuit (120, 320) is configured to supply power to the e-Ink (140, 240, 340); the touch circuit (130, 230, 330) is configured to receive a screen changing operation of the e-Ink (140, 240, 340); and the main control circuit is configured to receive data from the touch circuit (130, 230, 330), communicate with the mobile terminal and display contents of communication on the e-Ink (140, 240, 340); characterized in that the protection cover further comprises a touch screen configured to touch and control the screen changing of the e-Ink, the touch circuit is further connected to the touch screen so that the e-Ink and the touch screen are connected to the touch circuit in parallel; the touch screen is adhered on the e-Ink by adhesive material, the adhesive material is optical clear adhesive or optical clear resin. a mobile terminal, wherein, the protection cover (100, 200, 300) comprises a main control circuit (110, 210, 310), a power management circuit (120, 320), a touch circuit (130, 230, 330) and an e-Ink (140, 240, 340); the main control circuit (110, 210, 310), the power management circuit (120, 320) and the touch circuit (130, 230, 330) are connected to the e-Ink (140, 240, 340) respectively; the main control circuit (110, 210, 310) and the power management circuit (120, 320) are configured to be connected to the mobile terminal respectively; the main control circuit (110, 210, 310) is connected to the touch circuit (130, 230, 330); the power management circuit (120, 320) is configured to supply power to the e-Ink (140, 240, 340); the touch circuit (130, 230, 330) is configured to receive a screen changing operation of the e-Ink (140, 240, 340); and the main control circuit is configured to receive data from the touch circuit (130, 230, 330), communicate with the mobile terminal and display contents of communication on the e-Ink (140, 240, 340); characterized in that the protection cover further comprises a touch screen configured to touch and control the screen changing of the e-Ink, the touch circuit is further connected to the touch screen so that the e-Ink and the touch screen are connected to the touch circuit in parallel; the touch screen is adhered on the e-Ink by adhesive material, the adhesive material is optical clear adhesive or optical clear resin.
A method of supporting the transmission and reception of data with a HSDPA/HSUPA service by a wireless unit on the downlink and / or uplink by causing the frame size of the data transmitted over a signaling interface (55, 75) between a base station controller and a base station to correspond to at most the scheduling interval of the data packets transmitted to wireless units, the method comprising the steps of: communicating information comprising the data and having a frame size over the signaling interface (55, 75), the frame size of the data being selected to be less than or equal to the scheduling interval. communicating information comprising the data and having a frame size over the signaling interface (55, 75), the frame size of the data being selected to be less than or equal to the scheduling interval.
A solid-state imaging device comprising: pixel signal reading lines; a pixel unit in which pixels including photoelectric conversion elements are arranged; and a pixel signal reading unit performing reading of pixel signals from the pixel unit through the pixel signal reading lines, wherein the pixel signal reading unit includes current source circuits each of which includes a load element as a current source connected to the pixel signal reading line forming a source follower, and the current source circuit includes a first source follower transistor connected to the pixel signal reading line and functioning as the current source, a second source follower transistor whose gate is connected to the pixel signal reading line and whose source is connected to a current source, an actual capacitance connecting to the source of the second source follower transistor that replicates parasitic capacitance (Cp) of the pixel signal reading line, and a current mirror circuit mirroring drain current of the second source follower transistor and supplying the current to the first source follower transistor; such that in operation an electric current according to a slew rate of the pixel signal reading line flows into the actual capacitance and is mirrored by said current mirror circuit. pixel signal reading lines; a pixel unit in which pixels including photoelectric conversion elements are arranged; and a pixel signal reading unit performing reading of pixel signals from the pixel unit through the pixel signal reading lines, wherein the pixel signal reading unit includes current source circuits each of which includes a load element as a current source connected to the pixel signal reading line forming a source follower, and the current source circuit includes a first source follower transistor connected to the pixel signal reading line and functioning as the current source, a second source follower transistor whose gate is connected to the pixel signal reading line and whose source is connected to a current source, an actual capacitance connecting to the source of the second source follower transistor that replicates parasitic capacitance (Cp) of the pixel signal reading line, and a current mirror circuit mirroring drain current of the second source follower transistor and supplying the current to the first source follower transistor; such that in operation an electric current according to a slew rate of the pixel signal reading line flows into the actual capacitance and is mirrored by said current mirror circuit.
A milling device for machining workpieces, comprising a cylindrical tool shank having an upper clamping end for clamping the milling device into a milling machine and an adjoining milling area, wherein the milling area comprises at least one approximately ribbon-shaped milling surface which is located in the circumference of the tool shank and extending in a screw thread at a pitch angle inclined in relation to the central longitudinal axis of the milling device and, at its edge, is limited by a cutting edge; wherein an approximately C-shaped, concave, free surface facing inwards in cross-section adjoins the cutting edge along the screw thread as a chip discharge groove; wherein each ribbon-shaped milled surface in its longitudinal direction is provided with a first serration of periodically alternating peaks and valleys; wherein, adjacent to the cutting edge, each surface of the chip discharge groove is also provided with a second serration of periodically alternating peaks and valleys; characterized in that the periods of the two serrations (9,10) are set such that peaks and valleys of the two serrations do not generally coincide.
A method of providing presence information for use in a personal communications system comprising a headset and an interface unit, the interface unit comprising: • a computer interface for connecting the interface unit to a client computer; • a first transceiver configured to exchange radio signals between the interface unit and a mobile telephone according to a first wireless communication protocol; • a telephone interface for connecting the interface unit to a desktop telephone; wherein the interface unit is a base station for the headset, the headset being a wired or wireless headset, and wherein the method comprises the steps of: • providing, based on signals from said first transceiver or said telephone interface, a presence message indicating whether said mobile telephone or said desktop telephone is involved in a phone call with or without using the headset; and • transmitting said presence message to said client computer via said computer interface. • a computer interface for connecting the interface unit to a client computer; • a first transceiver configured to exchange radio signals between the interface unit and a mobile telephone according to a first wireless communication protocol; • a telephone interface for connecting the interface unit to a desktop telephone; • providing, based on signals from said first transceiver or said telephone interface, a presence message indicating whether said mobile telephone or said desktop telephone is involved in a phone call with or without using the headset; and • transmitting said presence message to said client computer via said computer interface.
A preparing apparatus for preparing an influencing procedure for influencing a subject, the preparing apparatus comprising: - a subject coil being a radiofrequency head coil for acquiring magnetic resonance signals for generating a magnetic resonance image of the subject, - an instrument guide device for guiding an instrument for influencing the subject, - a marker being visible in the magnetic resonance image, - an attaching element for attaching the instrument guide device to the subject coil, the attaching element being adapted to attach the instrument guide device to the subject coil in a known spatial relationship, characterized in that the marker is an integrated stereotactic fiducial rigidly fixed to the interior of the subject coil such that it is well within the imaging field of the subject coil. - a subject coil being a radiofrequency head coil for acquiring magnetic resonance signals for generating a magnetic resonance image of the subject, - an instrument guide device for guiding an instrument for influencing the subject, - a marker being visible in the magnetic resonance image, - an attaching element for attaching the instrument guide device to the subject coil, the attaching element being adapted to attach the instrument guide device to the subject coil in a known spatial relationship,
Method for operating a low-mobility wireless device in a cellular network, the cellular network comprising a core network and a plurality of base nodes (3a, 3b, 3c), each configured to maintain neighbour relation data, the cellular network further providing self organizing network capabilities, wherein the low-mobility wireless device is operating with an active base node, which is the one of said base nodes the low-mobility wireless device is currently camping on, and the low-mobility wireless device is operating in a first mode, comprising that measurements of transmissions of base nodes are diminished, the method comprising the steps of, for the cellular network: - in case the cellular network is enhanced by a new base node, triggering the active base node to transmit a first indication at least to said low-mobility wireless device, - for the low-mobility wireless device, in response to the reception of the first indication, switching to a second mode of operation, comprising execution of at least one measurement of transmissions of base nodes, and - transmitting at least one measurement report to the by then active base node, the measurement report comprises results of said measurements and a base node reference of the measured base nodes, - for the active base node, upon reception of a measurement report, updating neighbour relation data relating to the base node identified by said base node reference with information obtained from the received measurement report. - in case the cellular network is enhanced by a new base node, triggering the active base node to transmit a first indication at least to said low-mobility wireless device, - for the low-mobility wireless device, in response to the reception of the first indication, switching to a second mode of operation, comprising execution of at least one measurement of transmissions of base nodes, and - transmitting at least one measurement report to the by then active base node, the measurement report comprises results of said measurements and a base node reference of the measured base nodes, - for the active base node, upon reception of a measurement report, updating neighbour relation data relating to the base node identified by said base node reference with information obtained from the received measurement report.
Office chair with an backrest arrangement, comprising - a deformable backrest which extends in the vertical direction and transverse direction and comprises a lordosis support region, the height and curvature of which can be adapted; - a backrest supporting arm, wherein the backrest is connected to the backrest supporting arm on an upper fastening element; and - an adjustment device for adapting the height and curvature of the lordosis support region, which adjustment device is arranged on the backrest supporting arm so as to be adjustable in height and wherein the adjustment device is connected to the backrest, by means of bearings having backrest-side counter-bearings, on fastening arms projecting in the transverse direction, wherein the backrest supporting arm is connected to a spring device by means of a connecting plate for fastening the backrest arrangement to a seat carrier in a spring-loaded manner. - a deformable backrest which extends in the vertical direction and transverse direction and comprises a lordosis support region, the height and curvature of which can be adapted; - a backrest supporting arm, wherein the backrest is connected to the backrest supporting arm on an upper fastening element; and - an adjustment device for adapting the height and curvature of the lordosis support region, which adjustment device is arranged on the backrest supporting arm so as to be adjustable in height and wherein the adjustment device is connected to the backrest, by means of bearings having backrest-side counter-bearings, on fastening arms projecting in the transverse direction, wherein the backrest supporting arm is connected to a spring device by means of a connecting plate for fastening the backrest arrangement to a seat carrier in a spring-loaded manner.