mhurhangee/patent-ind-claim-en huggingface dataset:
FLEXIBLE TEMPLE FOR SPECTACLES, particularly applicable to spectacles of the type for which the frame is separated at the bridge area and the flexible temple being of the type that is configured from a narrow, elongated part, wherein the ends of the elongated part are configured to be coupled to articulated connection means that connect it with respective external ends of the cited frame and which is closed at the rear of the head, is characterized in that said narrow, elongated part is made up from a flexible structure with three specific, clearly differentiated areas of a different nature, at the ends thereof and central portion, comprising: - respective semi-rigid sections , that is with a certain degree of flexibility, suitable for allowing the support of the spectacles on the temples of the wearer, wherein the semi-rigid sections are made of polymer plastic material, and corresponding to the two sections that include a substantially straight section of the flexible temple at their respective ends and are situated parallel to each other, corresponding to the part of the temples of the wearer when wearing the spectacles; and - a flexible central area , corresponding to the rest of the part, that is, to the portion of the part that subsequently surrounds the head of the wearer, wherein said central area is made of thermoplastic elastomer material and has a higher degree of flexibility than that of the semi-rigid sections and which allows the temple (1 to be bent until the spectacles can be inserted in a conventional storage bag or case, and in a way that the bent flexible temple does not protrude from the space taken up by the frame , wherein the flexible structure allows the temple not to lose the shape and provide a suitable holding. - respective semi-rigid sections , that is with a certain degree of flexibility, suitable for allowing the support of the spectacles on the temples of the wearer, wherein the semi-rigid sections are made of polymer plastic material, and corresponding to the two sections that include a substantially straight section of the flexible temple at their respective ends and are situated parallel to each other, corresponding to the part of the temples of the wearer when wearing the spectacles; and - a flexible central area , corresponding to the rest of the part, that is, to the portion of the part that subsequently surrounds the head of the wearer, wherein said central area is made of thermoplastic elastomer material and has a higher degree of flexibility than that of the semi-rigid sections and which allows the temple (1 to be bent until the spectacles can be inserted in a conventional storage bag or case, and in a way that the bent flexible temple does not protrude from the space taken up by the frame , wherein the flexible structure allows the temple not to lose the shape and provide a suitable holding.
A system, comprising: a superconducting qubit chip having a first qubit with a first Josephson junction and a first set of one or more capacitor pads; a semiconductor chip positioned above the superconducting qubit chip; a first radio frequency (RF) emitter on the semiconductor chip, comprising: a first voltage-controlled oscillator; and a first antenna driven by the first voltage-controlled oscillator; and a microcontroller on the semiconductor chip and that signals the first voltage-controlled oscillator to generate a first electromagnetic wave, which the first antenna directs toward the first set of one or more capacitor pads of the first qubit, thereby annealing the first Josephson junction of the first qubit. a superconducting qubit chip having a first qubit with a first Josephson junction and a first set of one or more capacitor pads; a semiconductor chip positioned above the superconducting qubit chip; a first radio frequency (RF) emitter on the semiconductor chip, comprising: a first voltage-controlled oscillator; and a first antenna driven by the first voltage-controlled oscillator; and a microcontroller on the semiconductor chip and that signals the first voltage-controlled oscillator to generate a first electromagnetic wave, which the first antenna directs toward the first set of one or more capacitor pads of the first qubit, thereby annealing the first Josephson junction of the first qubit. a first voltage-controlled oscillator; and a first antenna driven by the first voltage-controlled oscillator; and a microcontroller on the semiconductor chip and that signals the first voltage-controlled oscillator to generate a first electromagnetic wave, which the first antenna directs toward the first set of one or more capacitor pads of the first qubit, thereby annealing the first Josephson junction of the first qubit.
A duplex stainless steel consisting in weight% C less than or equal to 0.03; Si 0.2 to 0.6; Mn 0.7-0.9; Mo 0.2 to 0.4; P less than or equal to 0.04; S less than or equal to 0.03; N 0.05 to 0.20; Ni 3.5 to 5.0; Cr 22.0 to 23.5 wt%. Ta 0.20 to 0.60 wt%, optionally one or more of Al, V, Nb, Ti, Zr, Hf, Mg, Ca, La, Ce, Y, Cu, W and B in a total content of less than or equal to 1.0; balance Fe and unavoidable impurities and having a ferrite:austenite volume fraction of 40:60 to 60:40. optionally one or more of Al, V, Nb, Ti, Zr, Hf, Mg, Ca, La, Ce, Y, Cu, W and B in a total content of less than or equal to 1.0; balance Fe and unavoidable impurities and having a ferrite:austenite volume fraction of 40:60 to 60:40.
A method for generating a three-dimensional biometric model of a body part of a user using an electronic device , the method comprising: detecting, by using at least one imaging sensor of the electronic device , the body part; capturing, by using the at least one imaging sensor , a first image of a first portion of the body part; detecting a sliding movement of the body part; capturing, by using the at least one imaging sensor , a second image of a second portion of the body part, in response to detecting the sliding movement of the body part; determining whether the first portion in the first image overlaps with the second portion in the second image; generating the 3D biometric model of the body part using the first image and the second image of the body part, upon determining that the first portion in the first image overlaps the second portion in the second image; and storing the 3D biometric model of the body part in the electronic device . detecting, by using at least one imaging sensor of the electronic device , the body part; capturing, by using the at least one imaging sensor , a first image of a first portion of the body part; detecting a sliding movement of the body part; capturing, by using the at least one imaging sensor , a second image of a second portion of the body part, in response to detecting the sliding movement of the body part; determining whether the first portion in the first image overlaps with the second portion in the second image; generating the 3D biometric model of the body part using the first image and the second image of the body part, upon determining that the first portion in the first image overlaps the second portion in the second image; and storing the 3D biometric model of the body part in the electronic device .
Product intended to be implemented in a thermochemical reactor for the production of thermal energy by reaction with a reactant fluid, comprising a solid reactant medium comprising at least two different reactant compounds in solid form, with each one of said reactant compounds able to chemically react with said reactant fluid in order to produce heat said solid reactant medium having the form of at least two separate blocks , preferably juxtaposed or stacked, with each one of said blocks respectively comprising one of said different reactant compounds and, said product comprising at least one separator element able to prevent the migration of the reactant compound or compounds of a block of solid reactant medium to another block , said separator element being inserted between different blocks of solid reactant medium and being preferably inert with regards to the reactant fluid characterised in that , the separator element is devoid of reactant compound with regards to the reactant fluid and comprises expanded natural graphite.
An enhanced L-band Digital Aeronautical Communications System LDACS comprising: a plurality of cellular telephone ground stations ; a plurality of LDACS ground stations ; a plurality of LDACS airborne stations , each configured to selectively communicate user payload data with either a corresponding LDACS ground station or a corresponding cellular telephone ground station based upon an altitude of the LDACS airborne station, wherein each LDACS airborne station comprises: a cellular telephone transceiver ; an LDACS transceiver ; and a controller configured to switch between the cellular telephone transceiver and the LDACS transceiver, wherein when the LDACS airborne station is above a predetermined altitude, the controller is configured to switch communications of the user payload data into the LDACS transceiver for air-to-ground LDACS communications, and when the LDACS airborne station is below a predetermined altitude, the controller is configured to switch communications of the user payload data into the cellular telephone transceiver for communication among the cellular telephone ground stations, and wherein the controller is configured to switch using a make-before-break handover. a plurality of cellular telephone ground stations ; a plurality of LDACS ground stations ; a plurality of LDACS airborne stations , each configured to selectively communicate user payload data with either a corresponding LDACS ground station or a corresponding cellular telephone ground station based upon an altitude of the LDACS airborne station, wherein each LDACS airborne station comprises: a cellular telephone transceiver ; an LDACS transceiver ; and a controller configured to switch between the cellular telephone transceiver and the LDACS transceiver, wherein when the LDACS airborne station is above a predetermined altitude, the controller is configured to switch communications of the user payload data into the LDACS transceiver for air-to-ground LDACS communications, and when the LDACS airborne station is below a predetermined altitude, the controller is configured to switch communications of the user payload data into the cellular telephone transceiver for communication among the cellular telephone ground stations, and wherein the controller is configured to switch using a make-before-break handover. a cellular telephone transceiver ; an LDACS transceiver ; and a controller configured to switch between the cellular telephone transceiver and the LDACS transceiver, wherein when the LDACS airborne station is above a predetermined altitude, the controller is configured to switch communications of the user payload data into the LDACS transceiver for air-to-ground LDACS communications, and when the LDACS airborne station is below a predetermined altitude, the controller is configured to switch communications of the user payload data into the cellular telephone transceiver for communication among the cellular telephone ground stations, and wherein the controller is configured to switch using a make-before-break handover.
A vehicle-mounted optical device comprising: an imaging unit that captures an outside of a vehicle through glass mounted to the vehicle to obtain an image; a condensation detection unit that detects condensation of the glass by determining whether an image in a predetermined range of a part of the image is in a predetermined state; and a condensation removal device control processing unit that Z actuates a condensation removal device which removes condensation of the glass when the condensation detection unit detects the condensation, characterized in that the condensation detection unit uses an image obtained by capturing a moisture sensitive member in contact with or formed at a predetermined position of an inner side of the vehicle of the vehicle glass as the image in the predetermined range of the part. an imaging unit that captures an outside of a vehicle through glass mounted to the vehicle to obtain an image; a condensation detection unit that detects condensation of the glass by determining whether an image in a predetermined range of a part of the image is in a predetermined state; and a condensation removal device control processing unit that Z actuates a condensation removal device which removes condensation of the glass when the condensation detection unit detects the condensation, characterized in that the condensation detection unit uses an image obtained by capturing a moisture sensitive member in contact with or formed at a predetermined position of an inner side of the vehicle of the vehicle glass as the image in the predetermined range of the part.
Gear wheel , which is mounted on a rotation axis and on the periphery of which are arranged preferably a multiplicity of teeth for transmitting a torque to a counter-element that cooperates with the gear wheel , wherein a friction region between a tooth and the counter-element is provided with a lubricant on a tooth flank surface , wherein on the tooth flank surface there is formed at least one longitudinal rill for supplying the lubricant in the direction of the friction region , characterized in that the at least one longitudinal rill continues as far as the friction face , the friction face is arranged in the central region of the tooth and is designed without rills, thus permitting high hydrodynamic carrying capacity of a tooth flank of the tooth , and at least one longitudinal rill extends from each of the two side faces of the gear wheel , in that the longitudinal rills are of approximately equal length, and in that the length of the longitudinal rills extending from each of the two side faces together amounts to between 30% and 70% of the breadth (B) of the gear wheel.
A tamper-resistant cap for a medical adapter, the cap comprising: a housing having a closed top end , an opposing open bottom end , and a side wall between the top end and the bottom end , and disposed circumferentially about an axis defined between the top end and the bottom end ; characterized by a first leg and a second leg , each of the first and second legs extending from the bottom end of the housing and spaced apart to form a first opening and a second opening separate from the first opening , each of the first and second legs configured to flex independently of the adjoining leg ; wherein each of the first and second legs comprise a member extending radially from an inner surface of each leg of the first and second legs , the member comprising a ramp surface , an engagement surface extending transversely to the ramp surface , and an apex area that transitions between the ramp surface and the engagement surface ; and wherein the first and second legs are spaced apart a first distance at the first opening , and a second distance at the second opening, the first distance being greater than the second distance such that when the tamper-resistant cap is coupled to a port on a first branch of a connector, a second branch of the connector extends through the first opening . a housing having a closed top end , an opposing open bottom end , and a side wall between the top end and the bottom end , and disposed circumferentially about an axis defined between the top end and the bottom end ; characterized by a first leg and a second leg , each of the first and second legs extending from the bottom end of the housing and spaced apart to form a first opening and a second opening separate from the first opening , each of the first and second legs configured to flex independently of the adjoining leg ; wherein each of the first and second legs comprise a member extending radially from an inner surface of each leg of the first and second legs , the member comprising a ramp surface , an engagement surface extending transversely to the ramp surface , and an apex area that transitions between the ramp surface and the engagement surface ; and wherein the first and second legs are spaced apart a first distance at the first opening , and a second distance at the second opening, the first distance being greater than the second distance such that when the tamper-resistant cap is coupled to a port on a first branch of a connector, a second branch of the connector extends through the first opening .
A system comprising a motion signal generation apparatus and a data processing apparatus, wherein the motion signal generation apparatus comprises: a detector to detect one or more features of a virtual environment generated by a data processing apparatus; and a generator , responsive to an environment location of the one or more detected features and to a current simulated orientation of a head mountable display (HMD), to generate a motion signal to simulate head motion by a simulated wearer of the HMD, wherein the generator is configured to provide the generated motion signal to the data processing apparatus, wherein the data processing apparatus is configured to provide generated images to the detector in response to the generated motion signal provided by the generator, and wherein the generated motion signal indicates simulated motion of the HMD. a detector to detect one or more features of a virtual environment generated by a data processing apparatus; and a generator , responsive to an environment location of the one or more detected features and to a current simulated orientation of a head mountable display (HMD), to generate a motion signal to simulate head motion by a simulated wearer of the HMD, wherein the generator is configured to provide the generated motion signal to the data processing apparatus, wherein the data processing apparatus is configured to provide generated images to the detector in response to the generated motion signal provided by the generator, and wherein the generated motion signal indicates simulated motion of the HMD.
A display control device for controlling a display position of a virtual image displayed and superimposed on a foreground seen from an occupant in a vehicle (A), the display control device comprising: an information acquisition unit for acquiring state information indicating a state of the vehicle (A) and extracting attitude change information indicating an attitude change of the vehicle and vibration information indicating a vibration occurring in the vehicle from the state information; a position correction unit for correcting a displacement of the display position of the virtual image with respect to the foreground caused by the attitude change of the vehicle, based on the attitude change information; a rough road determination unit for determining whether a road is a rough road, the road on which the vehicle is traveling or scheduled to travel, based on the vibration information; characterized in that a correction suppression unit for suppressing a correction control of the display position executed by the position correction unit and continuing to display the virtual image , based on a rough road determination executed by the rough road determination unit . an information acquisition unit for acquiring state information indicating a state of the vehicle (A) and extracting attitude change information indicating an attitude change of the vehicle and vibration information indicating a vibration occurring in the vehicle from the state information; a position correction unit for correcting a displacement of the display position of the virtual image with respect to the foreground caused by the attitude change of the vehicle, based on the attitude change information; a rough road determination unit for determining whether a road is a rough road, the road on which the vehicle is traveling or scheduled to travel, based on the vibration information; characterized in that a correction suppression unit for suppressing a correction control of the display position executed by the position correction unit and continuing to display the virtual image , based on a rough road determination executed by the rough road determination unit .
A piezoelectric body represented by a chemical formula Al 1-X-Y Mg X M Y N where X + Y is less than 1, X is in a range of more than 0 and less than 1, and Y is in a range of more than 0 and less than 1 (M represents any one of Cr, Mn, Fe, Co, Ni, Mo, Tc, Ru, Rh, Pd, Ag, W, Re, Os, Ir, Pt, and Au).
A system for minimizing a crest in a multi-tone drive signal in a vibratory meter , said system comprising: a drive signal generator configured to generate the multi-tone drive signal for the vibratory meter ; a drive signal detector configured to: receive the multi-tone drive signal; determine a first maximum amplitude of the multi-tone drive signal having a component at a first phase; determine a second maximum amplitude of the multi-tone drive signal having the component at a second phase; and compare the first maximum amplitude and the second maximum amplitude; wherein the first maximum amplitude and the second maximum amplitude are compared at two or more different carrier frequencies of the component, wherein the drive signal detector is further configured to determine which of the first maximum amplitude value and the second maximum amplitude value is a minimal crest amplitude based on the comparison. a drive signal generator configured to generate the multi-tone drive signal for the vibratory meter ; a drive signal detector configured to: receive the multi-tone drive signal; determine a first maximum amplitude of the multi-tone drive signal having a component at a first phase; determine a second maximum amplitude of the multi-tone drive signal having the component at a second phase; and compare the first maximum amplitude and the second maximum amplitude; wherein the first maximum amplitude and the second maximum amplitude are compared at two or more different carrier frequencies of the component, wherein the drive signal detector is further configured to determine which of the first maximum amplitude value and the second maximum amplitude value is a minimal crest amplitude based on the comparison. receive the multi-tone drive signal; determine a first maximum amplitude of the multi-tone drive signal having a component at a first phase; determine a second maximum amplitude of the multi-tone drive signal having the component at a second phase; and compare the first maximum amplitude and the second maximum amplitude; wherein the first maximum amplitude and the second maximum amplitude are compared at two or more different carrier frequencies of the component, wherein the drive signal detector is further configured to determine which of the first maximum amplitude value and the second maximum amplitude value is a minimal crest amplitude based on the comparison.