mhurhangee/patent-ind-claim-en huggingface dataset:
An insole capable of assisting corrections of various foot problems, wherein the insole comprises a first placing area , a second placing area and a third placing area defined on an insole bottom surface and provided for attaching a pad to improve inward/outward splayed feet and uneven leg length, the first placing area and the second placing area are disposed on left and right sides of an insole bottom surface respectively, and the third placing area is disposed at a position of the insole bottom corresponding to a user's heel, and wherein the position of the second placing area is closer to a distal forefoot region of the insole bottom surface than the position of the first placing area , characterised in that the first placing area has a boundary formed by a first arc , a first straight line , a second straight line and an edge of the insole , and the first arc has an end coupled to the edge of the insole and the other end coupled to an end of the first straight line to form an included angle of 70° to 80°, and the second straight line also has an end coupled to the edge of the insole to form an included angle of 85° to 90° and the other end coupled to the other end of the first straight line to define an included angle of approximately 60°. the first placing area and the second placing area are disposed on left and right sides of an insole bottom surface respectively, and the third placing area is disposed at a position of the insole bottom corresponding to a user's heel, and wherein the position of the second placing area is closer to a distal forefoot region of the insole bottom surface than the position of the first placing area , characterised in that the first placing area has a boundary formed by a first arc , a first straight line , a second straight line and an edge of the insole , and the first arc has an end coupled to the edge of the insole and the other end coupled to an end of the first straight line to form an included angle of 70° to 80°, and the second straight line also has an end coupled to the edge of the insole to form an included angle of 85° to 90° and the other end coupled to the other end of the first straight line to define an included angle of approximately 60°.
An apparatus of an evolved node B, eNB, for machine-type communications, MTC, comprising: receive circuitry configured to receive one or more transmissions of block data on a Physical Uplink Shared Channel, PUSCH, from a first user equipment, UE, during a retransmission window ; control circuitry configured to: determine that the block data has been successfully decoded at the eNB using the one or more transmissions of the block data; and generate an early termination of repeated transmissions message for the data block following determination of successful decoding, the early termination of repeated transmissions message comprising a downlink control information (DCI) message; and transmit circuitry configured to transmit the early termination of repeated transmissions message during the retransmission window; characterized in that the control circuitry is further configured to: determine a channel quality associated with the PUSCH based on one or more measurements prior to reception of the one or more transmissions of the block data; and select a retransmission value based on the channel quality, wherein the retransmission value is associated with the retransmission window. receive circuitry configured to receive one or more transmissions of block data on a Physical Uplink Shared Channel, PUSCH, from a first user equipment, UE, during a retransmission window ; control circuitry configured to: determine that the block data has been successfully decoded at the eNB using the one or more transmissions of the block data; and generate an early termination of repeated transmissions message for the data block following determination of successful decoding, the early termination of repeated transmissions message comprising a downlink control information (DCI) message; and determine that the block data has been successfully decoded at the eNB using the one or more transmissions of the block data; and generate an early termination of repeated transmissions message for the data block following determination of successful decoding, the early termination of repeated transmissions message comprising a downlink control information (DCI) message; and transmit circuitry configured to transmit the early termination of repeated transmissions message during the retransmission window; characterized in that the control circuitry is further configured to: determine a channel quality associated with the PUSCH based on one or more measurements prior to reception of the one or more transmissions of the block data; and select a retransmission value based on the channel quality, wherein the retransmission value is associated with the retransmission window. determine a channel quality associated with the PUSCH based on one or more measurements prior to reception of the one or more transmissions of the block data; and select a retransmission value based on the channel quality, wherein the retransmission value is associated with the retransmission window.
A resonator of a wireless power transfer system, comprising: a flexible housing comprising a first section and a second section , the first section including a groove; a flexible conductor layer disposed in the groove of the first section of the housing; a flexible ferrite layer disposed in the groove of the first section of the housing, the flexible ferrite layer positioned above the flexible conductor layer within the groove, whereby the second section is disposed on the flexible ferrite layer, and a slip sheet or PTFE film positioned between the flexible conductor layer and the flexible ferrite layer, the slip sheet or PTFE film allowing for adjacent movement between the flexible conductor layer and the flexible ferrite layer. a flexible housing comprising a first section and a second section , the first section including a groove; a flexible conductor layer disposed in the groove of the first section of the housing; a flexible ferrite layer disposed in the groove of the first section of the housing, the flexible ferrite layer positioned above the flexible conductor layer within the groove, whereby the second section is disposed on the flexible ferrite layer, and a slip sheet or PTFE film positioned between the flexible conductor layer and the flexible ferrite layer, the slip sheet or PTFE film allowing for adjacent movement between the flexible conductor layer and the flexible ferrite layer.
A connexin 43 inhibition compound that inhibits in whole or in part the expression or activity of a connexin 43 for use in a method of treating a subject for a corneal eye trauma, wherein said connexin 43 inhibition compound is selected from the group consisting of antisense oligonucleotides, antisense polynucleotides, deoxyribozymes (DNAzymes), morpholino oligonucleotides, RNAi molecules, siRNA molecules, PNA molecules, 5'-end -mutated U1 small nuclear RNAs and a peptidomimetic.
A device comprising: a primary optical facility ; a rotating aperture element positioned within the primary optical facility , having a center axis and rotatable about the central axis of the primary optical facility, the rotatable aperture element including three apertures positioned collinearly, each one of the apertures selectively transmitting a portion of an optical wavefront of the primary optical facility , thereby providing three optical channels, and the center one of the apertures positioned on the center axis and selectively transmitting the center one of the three optical channels centered about the center axis of the primary optical facility to provide a reference image independent of object depth; and a rotating refocusing facility rotatable about the central axis of the primary optical facility , including three refocusing lenses, each one of the three refocusing lenses placed at a conjugate position with respect to the corresponding one of the three apertures along a corresponding one of the three optical paths to refocus a ray bundle from the optical wavefront for a corresponding one of the three optical channels; and a single sensor having a plurality of regions, each one of the plurality of regions allocated to the ray bundle for a corresponding of the three optical channels. a primary optical facility ; a rotating aperture element positioned within the primary optical facility , having a center axis and rotatable about the central axis of the primary optical facility, the rotatable aperture element including three apertures positioned collinearly, each one of the apertures selectively transmitting a portion of an optical wavefront of the primary optical facility , thereby providing three optical channels, and the center one of the apertures positioned on the center axis and selectively transmitting the center one of the three optical channels centered about the center axis of the primary optical facility to provide a reference image independent of object depth; and a rotating refocusing facility rotatable about the central axis of the primary optical facility , including three refocusing lenses, each one of the three refocusing lenses placed at a conjugate position with respect to the corresponding one of the three apertures along a corresponding one of the three optical paths to refocus a ray bundle from the optical wavefront for a corresponding one of the three optical channels; and a single sensor having a plurality of regions, each one of the plurality of regions allocated to the ray bundle for a corresponding of the three optical channels.
Electrical machine having a component to be cooled and having a cooling device for cooling said component of the electrical machine , the cooling device comprising a combination of at least two phase change materials (PCMs) which exhibit a reversible, thermally inducible, endothermic phase transition at a phase transition temperature (T tr ), wherein a first phase transition temperature (T tr1 ) of a first phase change material lies above 40°C and within a non-critical operating temperature range of the component to be cooled and a second phase transition temperature (T tr2 ) of a second phase change material lies above the first phase transition temperature (T tr1 ) and above the non-critical operating temperature range, wherein the second phase transition temperature (T tr2 ) can be tolerated in the short term but would lead to damage to the component to be cooled if it persists in the long term, wherein, even in the case of the non-critical operating temperature range being present in the long term or permanently, no temperature-related material damage to the component is expected and wherein at least one of the phase change materials (PCMs) is present within a closed-off volume that is in thermal contact with the component to be cooled.
Method for operating a hearing aid for a user, - wherein a neuronal signal of the user is measured and a listening effort (H) of the user is established therefrom, characterized - in that both an intensity (I) of the listening effort (H) and a hearing direction (R) are established exclusively from the neuronal signal, - in that the intensity (I) and the hearing direction (R) form a hearing vector (V), - in that a mode of operation (B) of the hearing aid is adapted or set depending on the hearing direction (R), for the purposes of reducing the intensity (I) of the listening effort (H). - wherein a neuronal signal of the user is measured and a listening effort (H) of the user is established therefrom, characterized - in that both an intensity (I) of the listening effort (H) and a hearing direction (R) are established exclusively from the neuronal signal, - in that the intensity (I) and the hearing direction (R) form a hearing vector (V), - in that a mode of operation (B) of the hearing aid is adapted or set depending on the hearing direction (R), for the purposes of reducing the intensity (I) of the listening effort (H).
A system comprising an apparatus and a reader , the apparatus comprising: an antenna configured to: receive electromagnetic radiation from the reader to form a supply signal, and output a backscatter signal based on the received electromagnetic radiation; a rectifier configured to rectify the supply signal into a supply voltage; a measurement unit configured to measure the supply voltage; and a control unit configured to communicate the measured supply voltage to the reader via the backscatter of received electromagnetic radiation, wherein the backscatter signal is created by a modulation of the antenna impedance; wherein the apparatus is configured to perform one or more functions, each of the one or more functions having an associated voltage requirement; wherein the reader is configured to determine a desired function of the apparatus from the one or more functions and; wherein the antenna is configured to receive adjusted electromagnetic radiation from the reader to provide a supply voltage for performing the desired function of the one or more functions. an antenna configured to: receive electromagnetic radiation from the reader to form a supply signal, and output a backscatter signal based on the received electromagnetic radiation; a rectifier configured to rectify the supply signal into a supply voltage; receive electromagnetic radiation from the reader to form a supply signal, and output a backscatter signal based on the received electromagnetic radiation; a rectifier configured to rectify the supply signal into a supply voltage; a measurement unit configured to measure the supply voltage; and a control unit configured to communicate the measured supply voltage to the reader via the backscatter of received electromagnetic radiation, wherein the backscatter signal is created by a modulation of the antenna impedance; wherein the apparatus is configured to perform one or more functions, each of the one or more functions having an associated voltage requirement; wherein the reader is configured to determine a desired function of the apparatus from the one or more functions and; wherein the antenna is configured to receive adjusted electromagnetic radiation from the reader to provide a supply voltage for performing the desired function of the one or more functions.
A method of selecting a pepper plant for red, yellow, orange and red-orange fruit color genotype comprising: (a) detecting the presence or absence of a polymorphism in the Zeaxanthin epoxidase ( Ze ) gene conferring said fruit color; and (b) selecting the plant based on the presence or absence of said polymorphism. (a) detecting the presence or absence of a polymorphism in the Zeaxanthin epoxidase ( Ze ) gene conferring said fruit color; and (b) selecting the plant based on the presence or absence of said polymorphism.
A power supply device mounted on a mainboard , wherein the mainboard comprises a first surface , wherein the power supply device comprises: a magnetic device located above the first surface of the mainboard and electrically connected to the mainboard , wherein the magnetic device comprises an inductor and/or a transformer; at least one accommodating portion located on a surface of the magnetic device facing towards the first surface ; and a semiconductor device electrically connected to the mainboard , characterised in that the semiconductor device comprises semiconductor power circuit which is integrated on a printed circuit board and is at least partially accommodated in the at least one accommodating portion , and the printed circuit board is electrically connected to the mainboard . a magnetic device located above the first surface of the mainboard and electrically connected to the mainboard , wherein the magnetic device comprises an inductor and/or a transformer; at least one accommodating portion located on a surface of the magnetic device facing towards the first surface ; and a semiconductor device electrically connected to the mainboard , characterised in that the semiconductor device comprises semiconductor power circuit which is integrated on a printed circuit board and is at least partially accommodated in the at least one accommodating portion , and the printed circuit board is electrically connected to the mainboard .
Breast pump , comprising a vacuum pump which is configured to be operated at different vacuum profile settings, a controller configured to control an operation of the vacuum pump based on the different vacuum profile settings, and a breast fullness estimator configured to estimate a fullness of a breast based on at least one of: (i) a duration of a current milk expression session; and (ii) a time of day of the milk expression session and information from previous milk expression sessions, wherein the controller is configured to select one of the different vacuum profile settings based on the breast fullness estimation of the breast fullness estimator . a vacuum pump which is configured to be operated at different vacuum profile settings, a controller configured to control an operation of the vacuum pump based on the different vacuum profile settings, and a breast fullness estimator configured to estimate a fullness of a breast based on at least one of: (i) a duration of a current milk expression session; and (ii) a time of day of the milk expression session and information from previous milk expression sessions, wherein the controller is configured to select one of the different vacuum profile settings based on the breast fullness estimation of the breast fullness estimator . (i) a duration of a current milk expression session; and (ii) a time of day of the milk expression session and information from previous milk expression sessions,
A refrigerator appliance , comprising: a fresh food compartment ; an ice storage compartment positioned within the fresh food compartment and being insulated from the fresh food compartment ; a sealed system comprising a condenser , an expansion device , and an evaporator fluidly coupled through a refrigerant conduit , and a compressor operably coupled to the refrigerant conduit for circulating a flow of refrigerant through the refrigerant conduit ; an icemaker positioned in the fresh food compartment above the ice storage compartment and comprising an ice mold for receiving water, wherein the sealed system is in direct thermal communication with the ice mold for cooling the ice mold to form ice from the water; and a freezer compartment adjacent to the fresh food compartment ; characterized in that , further comprising an air supply duct through which air is supplied from the freezer compartment to the ice storage compartment , and an air return duct through which air is returned from the ice storage compartment to the freezer compartment ; and an insulated door positioned over an opening in the ice storage compartment , the insulated door being movable between an open position and a closed position to permit the ice to pass into the ice storage compartment from the icemaker ; wherein the ice storage compartment is defined at least in part by an upper wall and a lower wall , and wherein the opening is defined in the upper wall , the insulated door is slidably attached to the under surface of the upper wall . a fresh food compartment ; an ice storage compartment positioned within the fresh food compartment and being insulated from the fresh food compartment ; a sealed system comprising a condenser , an expansion device , and an evaporator fluidly coupled through a refrigerant conduit , and a compressor operably coupled to the refrigerant conduit for circulating a flow of refrigerant through the refrigerant conduit ; an icemaker positioned in the fresh food compartment above the ice storage compartment and comprising an ice mold for receiving water, wherein the sealed system is in direct thermal communication with the ice mold for cooling the ice mold to form ice from the water; and a freezer compartment adjacent to the fresh food compartment ; characterized in that , further comprising an air supply duct through which air is supplied from the freezer compartment to the ice storage compartment , and an air return duct through which air is returned from the ice storage compartment to the freezer compartment ; and an insulated door positioned over an opening in the ice storage compartment , the insulated door being movable between an open position and a closed position to permit the ice to pass into the ice storage compartment from the icemaker ; wherein the ice storage compartment is defined at least in part by an upper wall and a lower wall , and wherein the opening is defined in the upper wall , the insulated door is slidably attached to the under surface of the upper wall .
A method for manufacturing a vehicular seat member including a frame member and a foamed resin molded body to embed the frame member, the method comprising: a placing step of placing the frame member in a molding die so that the frame member extends along an outer shape of the vehicular seat member in plan view of the vehicular seat member; and a forming step of forming the foamed resin molded body in the molding die characterized in that the foamed resin molded body has a rim part embedding the frame member and having an outer shape of the vehicular seat member and an extension extending inward from the rim part so as to bridge the rim part inside of the rim part, wherein during the forming step or after the forming step, at least one of a cutout groove , a notch and a break that divides the extension is formed in the extension along a direction intersecting an extending direction of the extension. a placing step of placing the frame member in a molding die so that the frame member extends along an outer shape of the vehicular seat member in plan view of the vehicular seat member; and a forming step of forming the foamed resin molded body in the molding die characterized in that the foamed resin molded body has a rim part embedding the frame member and having an outer shape of the vehicular seat member and an extension extending inward from the rim part so as to bridge the rim part inside of the rim part, wherein during the forming step or after the forming step, at least one of a cutout groove , a notch and a break that divides the extension is formed in the extension along a direction intersecting an extending direction of the extension.
A circuit arrangement having at least one LED assembly and an operating device for providing a supply current (I BALLAST ) for the LEDs of the LED assembly , wherein the LED assembly is assigned an identification element in the form of a current sink , which is connected to the operating device via a parallel feedback circuit , wherein the operating device is designed to provide a suitable supply current for the LEDs on the basis of a current flow (I FEEDBACK ) produced via the feedback circuit , and characterized in that the LED assembly is assigned a protective mechanism , which in the event of a detected error condition bridges the LED assembly or interrupts a current flow through the LED assembly , wherein the protective mechanism exerts influence on the associated current sink in the same way.