mhurhangee/ep-ind-claims huggingface dataset:
Device having at least one heterostructure p/n diode, comprising a substrate based on HgCdTe, mostly n-doped, said substrate comprising for each diode: - a first part having a first cadmium concentration, - a second part having a second cadmium concentration, greater than the first cadmium concentration, the second part, or concentrated part, forming a heterostructure with the first part, - a p+ doped zone, or p doping zone, situated in the concentrated part and extending into the first part, and forming a p/n junction with an n-doped portion of the first part, named base plate, such that a second boundary (7.2) of a respective depletion region (7.0) of each p/n junction is located in a material having a larger gap than that of the first part, characterised in that: - the concentrated part is only located in the p+ doped zone and forms a substantially constant cadmium concentration well. - a first part having a first cadmium concentration, - a second part having a second cadmium concentration, greater than the first cadmium concentration, the second part, or concentrated part, forming a heterostructure with the first part, - a p+ doped zone, or p doping zone, situated in the concentrated part and extending into the first part, and forming a p/n junction with an n-doped portion of the first part, named base plate, such that a second boundary (7.2) of a respective depletion region (7.0) of each p/n junction is located in a material having a larger gap than that of the first part, - the concentrated part is only located in the p+ doped zone and forms a substantially constant cadmium concentration well.
A fender system comprising one or more fenders, which one or more fenders are to be fastened to a quay wall, a panel carrying one or more shields, which panel is fastened to the one or more fenders, wherein each fender has the form of a truncated cone and has a flange (7, 8) at each end, and wherein each fender is formed of two or more fender sections (5, 6) connected to each other, characterized in that the two or more fender sections are connected to each other by means of connecting pieces received in recesses of the flanges (7, 8), that each connecting piece is bridging two fender sections (5, 6), and that each connecting piece has a curved form, following the curvature of the flanges (7, 8) of the fender sections (5, 6).
A system for generating time reference in duty-cycled wireless communications comprising: at least one master module comprising a master transceiver adapted to transmit data packets, and at least one slave module comprising a slave transceiver adapted to receive the data packets, wherein the slave module further comprises a signal generating means adapted to generate a clock signal with a period equal to the time interval of two data packets transmitted by the master module, and wherein the slave module further comprises a slave timer adapted to utilize the clock signal as a time reference in order to perform the sleep/wakeup control for the slave module, characterized in that, the signal generating means is further adapted to set a flag signal to high if the data packet is detected and to reset the flag signal to zero upon completion, thereby generating the clock signal in a manner that the period equals to the time interval of two data packets transmitted by the master module. at least one master module comprising a master transceiver adapted to transmit data packets, and at least one slave module comprising a slave transceiver adapted to receive the data packets, wherein the slave module further comprises a signal generating means adapted to generate a clock signal with a period equal to the time interval of two data packets transmitted by the master module, and wherein the slave module further comprises a slave timer adapted to utilize the clock signal as a time reference in order to perform the sleep/wakeup control for the slave module, characterized in that, the signal generating means is further adapted to set a flag signal to high if the data packet is detected and to reset the flag signal to zero upon completion, thereby generating the clock signal in a manner that the period equals to the time interval of two data packets transmitted by the master module.
A liposome within which RNA encoding an immunogen of interest is encapsulated, wherein the liposome comprises a lipid with a cationic head group, a lipid with a zwitterionic head group and has a diameter in the range of 60-180nm, and wherein the immunogen is an Orthomyxovirus hemagglutinin.
A method for suppressing acoustical feedback between an acoustical output of an electrical/acoustical output converter arrangement and an acoustical input of an acoustical/electrical input converter arrangement of a hearing device, by • converting acoustical signals impinging on the acoustical/electrical input converter arrangement into a first electric signal by a controllably variable transfer characteristic which is dependent on the angle at which said acoustical signals impinge on said acoustical/electrical input converter arrangement; wherein • said first electric signal is processed and a resulting signal is applied to the electrical/acoustical output converter arrangement; • said acoustical feedback to be suppressed is compensated by an electrical feedback-compensating signal which is generated in dependency of the resulting signal and is fed back by a feedback signal path upstream said processing; • said electrical feedback-compensating signal is fed back to and superimposed upon the first electric signal and wherein further • the adaptation rate of said converting to variations of said transfer characteristic is controlled in dependency of the loop gain along said feedback signal path. • converting acoustical signals impinging on the acoustical/electrical input converter arrangement into a first electric signal by a controllably variable transfer characteristic which is dependent on the angle at which said acoustical signals impinge on said acoustical/electrical input converter arrangement; wherein • said first electric signal is processed and a resulting signal is applied to the electrical/acoustical output converter arrangement; • said acoustical feedback to be suppressed is compensated by an electrical feedback-compensating signal which is generated in dependency of the resulting signal and is fed back by a feedback signal path upstream said processing; • said electrical feedback-compensating signal is fed back to and superimposed upon the first electric signal and wherein further • the adaptation rate of said converting to variations of said transfer characteristic is controlled in dependency of the loop gain along said feedback signal path.
A method for automated planning of radiation therapy treatment, the method comprising, at a processor: • determining at least one region of interest for the radiation therapy treatment; • determining at least one clinical requirement to be met for the radiation therapy treatment, the at least one clinical requirement being applied to the at least one region of interest; • determining, by the processor, at least one optimization parameter from a predefined empirical relationship, • calculating at least one technical parameter to satisfy the at least one clinical requirement using the at least one optimization parameter in an optimization algorithm; and • generating a treatment plan comprising a set of technical parameters, including the at least one calculated technical parameter, for the radiation therapy treatment, using the optimization parameter to constrain or limit the optimization algorithm, characterized in that the step of determining at least one optimization parameter comprises obtaining an empirical value from previously used treatment plans. • determining at least one region of interest for the radiation therapy treatment; • determining at least one clinical requirement to be met for the radiation therapy treatment, the at least one clinical requirement being applied to the at least one region of interest; • determining, by the processor, at least one optimization parameter from a predefined empirical relationship, • calculating at least one technical parameter to satisfy the at least one clinical requirement using the at least one optimization parameter in an optimization algorithm; and • generating a treatment plan comprising a set of technical parameters, including the at least one calculated technical parameter, for the radiation therapy treatment, using the optimization parameter to constrain or limit the optimization algorithm, characterized in that the step of determining at least one optimization parameter comprises obtaining an empirical value from previously used treatment plans.
Method for mounting a wind turbine rotor blade which has at least one release unit, having the steps: fastening a hoisting rope for lifting up the rotor blade on or in the rotor blade, fastening first ends of at least one auxiliary rope in or on the release unit in the rotor blade, wherein the at least one auxiliary rope serves for handling and/or securing the rotor blade during the mounting, lifting up the rotor blade by means of the hoisting rope, mounting the rotor blade on a rotor of the wind turbine, activating the release unit so that the first ends of the auxiliary ropes are released, and removing the auxiliary ropes, wherein at least one securing rope is provided between the hoisting rope and the at least one auxiliary rope so that the auxiliary ropes are unable to fall down in an uncontrolled fashion. fastening a hoisting rope for lifting up the rotor blade on or in the rotor blade, fastening first ends of at least one auxiliary rope in or on the release unit in the rotor blade, wherein the at least one auxiliary rope serves for handling and/or securing the rotor blade during the mounting, lifting up the rotor blade by means of the hoisting rope, mounting the rotor blade on a rotor of the wind turbine, activating the release unit so that the first ends of the auxiliary ropes are released, and removing the auxiliary ropes, wherein at least one securing rope is provided between the hoisting rope and the at least one auxiliary rope so that the auxiliary ropes are unable to fall down in an uncontrolled fashion.
An adjustable stator vane for a turbine engine, comprising: a stator vane body that pivots about a vane axis, the stator vane body extending axially between a first end and a second end, and including: an airfoil; a body surface located at the first end; and a cavity extending axially from an inlet in the body surface and into the airfoil; a shaft extending along the vane axis from the first end; characterized in that it comprises a flange extending circumferentially around the inlet and the shaft, and radially from the stator vane body; a lip extending circumferentially at least partially around the inlet and the shaft, and axially from a surface of the flange towards the the body inner end; and wherein a channel extends radially between the stator vane body and the lip. a stator vane body that pivots about a vane axis, the stator vane body extending axially between a first end and a second end, and including: an airfoil; a body surface located at the first end; and a cavity extending axially from an inlet in the body surface and into the airfoil; an airfoil; a body surface located at the first end; and a cavity extending axially from an inlet in the body surface and into the airfoil; a shaft extending along the vane axis from the first end; characterized in that it comprises a flange extending circumferentially around the inlet and the shaft, and radially from the stator vane body; a lip extending circumferentially at least partially around the inlet and the shaft, and axially from a surface of the flange towards the the body inner end; and wherein a channel extends radially between the stator vane body and the lip.
A first access device, comprising: a receiving unit, configured to receive first indication information sent by a second access device, wherein the first indication information is used to indicate idle time in which the second access device does not perform data transmission in a time segment that is reserved for the second access device to perform data transmission by using an unlicensed spectrum; and a transmission unit, configured to perform data transmission in the idle time, by using the unlicensed spectrum; characterized in that the receiving unit is adapted to receive third indication information, wherein the third indication information is used to indicate a radio access technology used by the second access device to perform data transmission by using the unlicensed spectrum; and wherein the transmission unit is adapted to perform, according to the radio access technology used by the second access device, data transmission in the unlicensed spectrum in the idle time. a receiving unit, configured to receive first indication information sent by a second access device, wherein the first indication information is used to indicate idle time in which the second access device does not perform data transmission in a time segment that is reserved for the second access device to perform data transmission by using an unlicensed spectrum; and a transmission unit, configured to perform data transmission in the idle time, by using the unlicensed spectrum; characterized in that the receiving unit is adapted to receive third indication information, wherein the third indication information is used to indicate a radio access technology used by the second access device to perform data transmission by using the unlicensed spectrum; and wherein the transmission unit is adapted to perform, according to the radio access technology used by the second access device, data transmission in the unlicensed spectrum in the idle time.
A method for upgrading a version during In-Service Software Upgrade, ISSU, in a network device, wherein the network device has a first forwarding plane and a second forwarding plane, comprising: performing, in the first forwarding plane, sampling on forwarded packets by using a preset sampling ratio, to obtain a sample packet, and copying the sample packet to the second forwarding plane, wherein the first forwarding plane runs a first version, the second forwarding plane runs a second version, the first version is different from the second version, and before version upgrade of the network device, the first forwarding plane is used for packet forwarding of the network device; forwarding the sample packet in a broadcast manner in the second forwarding plane, to learn a Media Access Control, MAC, address, and generating a MAC address entry according to the learned MAC address; and when a quantity of MAC addresses learned by the second forwarding plane reaches a preset threshold, upgrading the second forwarding plane to be used for packet forwarding of the network device, wherein the preset threshold is a nonzero positive integer; wherein upgrading the second forwarding plane to be used for packet forwarding of the network device comprises: in the second forwarding plane, for a packet whose matching MAC address entry is found, forwarding the packet in a unicast manner according to the found matching MAC address, and forwarding, in a broadcast manner, a packet whose matching MAC address entry is not found. performing, in the first forwarding plane, sampling on forwarded packets by using a preset sampling ratio, to obtain a sample packet, and copying the sample packet to the second forwarding plane, wherein the first forwarding plane runs a first version, the second forwarding plane runs a second version, the first version is different from the second version, and before version upgrade of the network device, the first forwarding plane is used for packet forwarding of the network device; forwarding the sample packet in a broadcast manner in the second forwarding plane, to learn a Media Access Control, MAC, address, and generating a MAC address entry according to the learned MAC address; and when a quantity of MAC addresses learned by the second forwarding plane reaches a preset threshold, upgrading the second forwarding plane to be used for packet forwarding of the network device, wherein the preset threshold is a nonzero positive integer; wherein upgrading the second forwarding plane to be used for packet forwarding of the network device comprises: in the second forwarding plane, for a packet whose matching MAC address entry is found, forwarding the packet in a unicast manner according to the found matching MAC address, and forwarding, in a broadcast manner, a packet whose matching MAC address entry is not found.
A touch panel comprising: a substrate; a plurality of light emitting elements (121, 122, 123) disposed at equal intervals at all edges of the substrate; and a plurality of light receiving elements disposed at equal intervals at all edges of the substrate; wherein the interval between successive light receiving elements is smaller than the interval between successive light emitting elements and each light emitting element is disposed between two light receiving elements, characterized in that when a first light emitting element disposed at one edge emits light, first light receiving elements (130 a∼e) disposed at the opposite edge are turned on and second light receiving elements (130 f∼j) disposed at the opposite edge are turned off. a substrate; a plurality of light emitting elements (121, 122, 123) disposed at equal intervals at all edges of the substrate; and a plurality of light receiving elements disposed at equal intervals at all edges of the substrate; wherein the interval between successive light receiving elements is smaller than the interval between successive light emitting elements and each light emitting element is disposed between two light receiving elements, characterized in that when a first light emitting element disposed at one edge emits light, first light receiving elements (130 a∼e) disposed at the opposite edge are turned on and second light receiving elements (130 f∼j) disposed at the opposite edge are turned off.
A nucleic acid encoding an abbreviated human RPGR protein, wherein the abbreviated human RPGR protein is at least 95% identical to the full length of SEQ ID NO:2.
A mobile terminal comprising: a frame including a middle portion and an edge portion, wherein the edge portion includes a plurality of conductive members and the edge portion is located outside of the middle portion and exposed to an outside of the mobile terminal; a ground unit configured to connect the plurality of conductive members to ground; a slot antenna comprising a slot with an open end, and including at least one of the plurality of conductive members, the ground unit and the middle portion of the frame; a display unit disposed on a front surface of the middle portion of the frame; characterized in that the mobile terminal further comprises a heat radiation sheet disposed between a back surface of the display unit and the front surface of the middle portion of the frame, wherein the back surface of the display unit has at least four regions including: a first region overlapping with the middle portion of the frame, a second region located outside of an edge of the middle portion of the frame without overlapping the middle portion of the frame, a third region overlapping with the heat radiation sheet, and a fourth region including a portion of the second region that overlaps with the slot of the slot antenna without overlapping with the heat radiation sheet for improving radiation performance of the slot antenna. a frame including a middle portion and an edge portion, wherein the edge portion includes a plurality of conductive members and the edge portion is located outside of the middle portion and exposed to an outside of the mobile terminal; a ground unit configured to connect the plurality of conductive members to ground; a slot antenna comprising a slot with an open end, and including at least one of the plurality of conductive members, the ground unit and the middle portion of the frame; a display unit disposed on a front surface of the middle portion of the frame; characterized in that the mobile terminal further comprises a heat radiation sheet disposed between a back surface of the display unit and the front surface of the middle portion of the frame, wherein the back surface of the display unit has at least four regions including: a first region overlapping with the middle portion of the frame, a second region located outside of an edge of the middle portion of the frame without overlapping the middle portion of the frame, a third region overlapping with the heat radiation sheet, and a fourth region including a portion of the second region that overlaps with the slot of the slot antenna without overlapping with the heat radiation sheet for improving radiation performance of the slot antenna. a first region overlapping with the middle portion of the frame, a second region located outside of an edge of the middle portion of the frame without overlapping the middle portion of the frame, a third region overlapping with the heat radiation sheet, and a fourth region including a portion of the second region that overlaps with the slot of the slot antenna without overlapping with the heat radiation sheet for improving radiation performance of the slot antenna.
An apparatus for assessing a fluorescence characteristic of a gemstone, comprising: an optically opaque platform, wherein the platform has a flat, circular surface configured to support a gemstone to be assessed; wherein the platform is configured to rotate around a rotational axis at set angular variations, and is adjustable in height a circular ringed tunable light source shaped to encircle the platform, wherein the circular ringed light source is adjustable in height relative to the platform; wherein the tunable light source is about the same level as or below the surface of the platform able to emit uniform light at multiple wavelengths in the UV and white light ranges; a camera, wherein the camera is positioned at a predetermined angle relative to the platform surface that supports the gemstone, and wherein the camera and platform are configured to rotate relative to each other; a telecentric lens positioned to provide an image of the illuminated gemstone to the camera; and a reflector device including a reflective hemispherical interior, wherein the reflector device at least partially covers the light source and platform surface, and directs UV radiation from the light source towards the gemstone positioned on the platform surface. an optically opaque platform, wherein the platform has a flat, circular surface configured to support a gemstone to be assessed; wherein the platform is configured to rotate around a rotational axis at set angular variations, and is adjustable in height a circular ringed tunable light source shaped to encircle the platform, wherein the circular ringed light source is adjustable in height relative to the platform; wherein the tunable light source is about the same level as or below the surface of the platform able to emit uniform light at multiple wavelengths in the UV and white light ranges; a camera, wherein the camera is positioned at a predetermined angle relative to the platform surface that supports the gemstone, and wherein the camera and platform are configured to rotate relative to each other; a telecentric lens positioned to provide an image of the illuminated gemstone to the camera; and a reflector device including a reflective hemispherical interior, wherein the reflector device at least partially covers the light source and platform surface, and directs UV radiation from the light source towards the gemstone positioned on the platform surface.
A composition comprising 1,3-propanediol and an extraction product, wherein the 1,3-propanediol is biologically-derived, has a purity level of less than 400 ppm total organic contaminants and has a concentration of peroxide of less than 10 ppm.