mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a case body including a front surface side portion of the case body and a rear surface side portion of the case body; a flat display module accommodated in the case body; a conductive layer formed on an internal wall of one of the front surface side portion of the case body or the rear surface side portion of the case body, the internal wall being near a contact portion of both portions of the case body; a circuit board having electrical components mounted thereon; and a ground means that electrically connects the conductive layer to a GND of the circuit board; characterised in that the ground means includes a conductive member having elasticity, and a conductive foil is covered on the conductive layer, and the conductive member is in contact with the conductive layer through the conductive foil. a case body including a front surface side portion of the case body and a rear surface side portion of the case body; a flat display module accommodated in the case body; a conductive layer formed on an internal wall of one of the front surface side portion of the case body or the rear surface side portion of the case body, the internal wall being near a contact portion of both portions of the case body; a circuit board having electrical components mounted thereon; and a ground means that electrically connects the conductive layer to a GND of the circuit board; characterised in that the ground means includes a conductive member having elasticity, and a conductive foil is covered on the conductive layer, and the conductive member is in contact with the conductive layer through the conductive foil.
An Ultra-Wideband wireless communication device (4, 5) for enabling a radio frequency ranging session, the communication device (4, 5) including: a scanning circuit (41, 51) configured for scanning at least a channel supported by the communication device (4, 5) for detecting a plurality of patterns of a UWB frame format, an ordering circuit (42, 52) configured for ordering the plurality of patterns in a patterns list according to a predefined quality parameter, a selecting circuit (43, 53) configured for selecting at least one of the patterns in the list to start a Ultra-Wideband wireless communication. a scanning circuit (41, 51) configured for scanning at least a channel supported by the communication device (4, 5) for detecting a plurality of patterns of a UWB frame format, an ordering circuit (42, 52) configured for ordering the plurality of patterns in a patterns list according to a predefined quality parameter, a selecting circuit (43, 53) configured for selecting at least one of the patterns in the list to start a Ultra-Wideband wireless communication.
A method of rendering packaging material an anti-microbial feature and characterized in that it comprises the following process steps: • the application of binder solution on the inner surface of the packaging material by spraying, • the application of the anti-microbial solution on the inner surface of the packaging material by spraying after the application of the binder solution on the inner surface of the packaging material, • drying. • the application of binder solution on the inner surface of the packaging material by spraying, • the application of the anti-microbial solution on the inner surface of the packaging material by spraying after the application of the binder solution on the inner surface of the packaging material, • drying.
A construct comprising a gene cluster comprising kfo A, kfo C, and kfo F, wherein the gene cluster does not contain a functional gene of one or more of kfo D, orf 3( kfo I), kfo E, or orf 1 (kfo H), and wherein the construct is suitable for producing a chondroitin in a non-pathogenic bacterial host cell.
A method for foveated rendering comprising: accessing first pixels from a first buffer of an electronic device (105, 205, 305, 700, 800), wherein values of the first pixels represent a high-acuity region in an image; accessing second pixels from a second buffer of the electronic device, wherein values of the second pixels represent a low-acuity region in the image; reorganizing the first pixels; multiplexing the reorganized first pixels and the second pixels to form a display stream; and compressing the display stream for transmission to a display; wherein the first pixels are organized as a set of first pixel lines in the first buffer, wherein the second pixels are organized as a set of second pixel lines in the second buffer, characterized in that said reorganizing the first pixels is based on at least one dimension of the low-acuity region and comprises concatenating subsets of the set of first pixel lines to form modified first pixel lines including a number of first pixels that is equal to a number of second pixels in the second pixel lines. accessing first pixels from a first buffer of an electronic device (105, 205, 305, 700, 800), wherein values of the first pixels represent a high-acuity region in an image; accessing second pixels from a second buffer of the electronic device, wherein values of the second pixels represent a low-acuity region in the image; reorganizing the first pixels; multiplexing the reorganized first pixels and the second pixels to form a display stream; and compressing the display stream for transmission to a display; wherein the first pixels are organized as a set of first pixel lines in the first buffer, wherein the second pixels are organized as a set of second pixel lines in the second buffer,
A surgical tool for separating a femoral cup having a neck and an outer hemispherical surface of the femoral cup, from an acetabular ball in an implanted hip prosthesis comprising: a first handle and a second handle connected by a fulcrum pin in a hinged relationship, each handle having a proximal end and a distal end; the first handle having a femoral engagement component at the distal end thereof and the second handle having an acetabular engagement element at the distal end thereof; the fulcrum pin being disposed between the distal and proximal ends of each handle whereby movement of the proximal ends towards one another causes the distal ends to move away from one another; the femoral engagement component being sized to engage the neck of a femoral cup, or an outer hemispherical surface of the femoral cup, or both the neck and the outer hemispherical surface of the femoral cup or a proximal end of a femoral implant, characterized in that the first and second handles are urged apart by a spring; and the acetabular engagement element is a pivotable partial engagement ring configured to engage a circumferential edge of an acetabular cup. a first handle and a second handle connected by a fulcrum pin in a hinged relationship, each handle having a proximal end and a distal end; the first handle having a femoral engagement component at the distal end thereof and the second handle having an acetabular engagement element at the distal end thereof; the fulcrum pin being disposed between the distal and proximal ends of each handle whereby movement of the proximal ends towards one another causes the distal ends to move away from one another; the femoral engagement component being sized to engage the neck of a femoral cup, or an outer hemispherical surface of the femoral cup, or both the neck and the outer hemispherical surface of the femoral cup or a proximal end of a femoral implant, characterized in that the first and second handles are urged apart by a spring; and the acetabular engagement element is a pivotable partial engagement ring configured to engage a circumferential edge of an acetabular cup.
An electronic device comprising: a processor for acquiring secure state information of the electronic device; and a secure element operating under the control of the processor, receiving the secure state information of the electronic device from the processor, and including a repository for storing the received secure state information of the electronic device, wherein the secure element obtains a security-related service request command, acquires the secure state information of the electronic device from the repository, and characterized in that the secure element processes or ignores the obtained security-related service request command, on the basis of whether the acquired secure state information of the electronic device satisfies a specified condition; and in that the secure element receives secure state information of an application related to the security-related service request command from the processor, acquires secure state information of the application related to the security-related service request command from the secure state information of the electronic device stored in the repository, and processes or ignores the obtained security-related service request command, on the basis of whether the received secure state information of the application and the acquired secure state information of the application are consistent with each other. a processor for acquiring secure state information of the electronic device; and a secure element operating under the control of the processor, receiving the secure state information of the electronic device from the processor, and including a repository for storing the received secure state information of the electronic device, wherein the secure element obtains a security-related service request command, acquires the secure state information of the electronic device from the repository, and characterized in that the secure element processes or ignores the obtained security-related service request command, on the basis of whether the acquired secure state information of the electronic device satisfies a specified condition; and in that the secure element receives secure state information of an application related to the security-related service request command from the processor, acquires secure state information of the application related to the security-related service request command from the secure state information of the electronic device stored in the repository, and processes or ignores the obtained security-related service request command, on the basis of whether the received secure state information of the application and the acquired secure state information of the application are consistent with each other.
An optical device arranged to generate an amplitude-modulated optical output signal, the optical device comprising: an integrated photonic transistor formed on a substrate, the photonic transistor having a guiding element formed of periodic structures having a spacing related to the wavelength of a first phase-modulated optical input signal and a second phase-modulated optical input signal propagating therein, the guiding element further defining first and second pathways along which travel the first optical input signal and the second optical input signal, respectively, and an output pathway, the first and second pathways joining to form an interference area in which the first and second optical input signals interfere to form an amplitude-modulated optical interference signal, and a nonlinear element optically positioned between an output of the interference area and said output pathway to receive the amplitude-modulated optical interference signal and nonlinearly discriminate the optical interference signal to form an optical output signal having a digital logic state, wherein the nonlinear element comprises a laser. an integrated photonic transistor formed on a substrate, the photonic transistor having a guiding element formed of periodic structures having a spacing related to the wavelength of a first phase-modulated optical input signal and a second phase-modulated optical input signal propagating therein, the guiding element further defining first and second pathways along which travel the first optical input signal and the second optical input signal, respectively, and an output pathway, the first and second pathways joining to form an interference area in which the first and second optical input signals interfere to form an amplitude-modulated optical interference signal, and a nonlinear element optically positioned between an output of the interference area and said output pathway to receive the amplitude-modulated optical interference signal and nonlinearly discriminate the optical interference signal to form an optical output signal having a digital logic state, wherein the nonlinear element comprises a laser. a guiding element formed of periodic structures having a spacing related to the wavelength of a first phase-modulated optical input signal and a second phase-modulated optical input signal propagating therein, the guiding element further defining first and second pathways along which travel the first optical input signal and the second optical input signal, respectively, and an output pathway, the first and second pathways joining to form an interference area in which the first and second optical input signals interfere to form an amplitude-modulated optical interference signal, and a nonlinear element optically positioned between an output of the interference area and said output pathway to receive the amplitude-modulated optical interference signal and nonlinearly discriminate the optical interference signal to form an optical output signal having a digital logic state, wherein the nonlinear element comprises a laser.
Method of surface hardening of a plurality of sintered bodies comprising a hard phase and a binder phase, wherein said method comprises the steps of: placing the bodies in a container and thereby forming a system comprising the container and the bodies therein, causing the bodies to move and collide with each other and with inside walls of the container by vibrating the container at a frequency at or close to the resonance frequency for the system, i.e. at the resonance frequency +/-0.05 and-wherein the container is vibrating with vibrations having an acceleration of 30-100 G, where 1G=9.81m/s 2. placing the bodies in a container and thereby forming a system comprising the container and the bodies therein, causing the bodies to move and collide with each other and with inside walls of the container by vibrating the container at a frequency at or close to the resonance frequency for the system, i.e. at the resonance frequency +/-0.05 and-wherein the container is vibrating with vibrations having an acceleration of 30-100 G, where 1G=9.81m/s 2.
An apparatus for generating a therapeutic gas including nitric oxide comprising: a permeation cell having liquid nitrogen dioxide capable of diffusing gaseous nitrogen dioxide into an air flow; and a receptacle including an inlet, an outlet, and a surface-active material coated with an aqueous solution of an antioxidant selected from the group consisting of ascorbic acid, alpha tocopherol and gamma tocopherol, wherein the inlet is configured to receive the air flow from the permeation cell have liquid nitrogen dioxide and fluidly communicate the air flow to the outlet through the surface-active material to convert the gaseous nitrogen dioxide to nitric oxide gas at ambient temperature. a permeation cell having liquid nitrogen dioxide capable of diffusing gaseous nitrogen dioxide into an air flow; and a receptacle including an inlet, an outlet, and a surface-active material coated with an aqueous solution of an antioxidant selected from the group consisting of ascorbic acid, alpha tocopherol and gamma tocopherol, wherein the inlet is configured to receive the air flow from the permeation cell have liquid nitrogen dioxide and fluidly communicate the air flow to the outlet through the surface-active material to convert the gaseous nitrogen dioxide to nitric oxide gas at ambient temperature.
Method for cleaning a mixing container of a bulk-material mixer for dry and/or pourable bulk materials with compressed air after a mixing operation and after the mixing container has been emptied, wherein the mixing container is cleaned in that an inner side of the wall of the mixing container is subjected to compressed air to detach adhering bulk material, and in that the detached bulk material is discharged from the mixing container via a bottom outlet opening of the mixing container, said outlet opening being arranged at a distance from at least one of two face-side end walls (4a, 4b) of the mixing container, characterized in that the inner side of the mixing container is subjected to the compressed air from a plurality of fixed, spacedapart points (9, 10, 11, 12) that are arranged above the outlet opening and lead out on the inner-wall side, and in that the bulk material detached thereby is delivered to the outlet opening and discharged, wherein the compressed air is blown in, in the form of compressed-air streams (PF1, PF2) from the plurality of fixed, spaced-apart points (9, 10, 11, 12) that lead out on the inner-wall side and are arranged above the outlet opening, along the inner side of the wall of the mixing container in the direction of a bottom region of the mixing container or to the outlet opening, and is blown in from at least one point (11, 12) arranged close to the bottom on one of the two face-side end walls (4a, 4b), along the bottom region to the outlet opening of the mixing container, and the detached bulk material is entrained to the outlet opening and through the latter by this air.
An arrangement for bypassing a low-noise amplifier in a radio receiver which comprises an antenna filter between said amplifier and antenna, and a bypass path for said amplifier, the arrangement comprising, at output side of said amplifier, a changeover switch for selecting a signal to be led along the signal path either from said amplifier or from the bypass path, and said antenna filter is of the resonator type and has an output resonator (ROUT) which has a cavity, characterized in that said antenna filter has at least two parallel outputs the first of which is coupled direct to an input of said amplifier and the second of which is coupled direct to said bypass path (225; 425), and for said outputs there is a conductive element (311, 312) of their own in the cavity of the output resonator to take signal energy out of the filter and said conductive elements (311, 312) have substantially equally strong electromagnetic coupling to the output resonator (ROUT).
A cermet material consisting of: - a first MAX phase of formula Ti 2 AlC or Ti 3 AlC 2, and - a second intermetallic phase of general formula Ti x Al y, where - residues comprising TiC, wherein x is between 1 and 3, y is between 1 and 3, and x + y ≤ 4, the volume proportion of the first phase in the material being between 70% and 95%, the volume proportion of the second phase in the material being between 30% and 5%, the volume proportion of residues is less than 5% the porosity fraction being less than 5%. - a first MAX phase of formula Ti 2 AlC or Ti 3 AlC 2, and - a second intermetallic phase of general formula Ti x Al y, where - residues comprising TiC, wherein x is between 1 and 3, y is between 1 and 3, and x + y ≤ 4, the volume proportion of the first phase in the material being between 70% and 95%, the volume proportion of the second phase in the material being between 30% and 5%, the volume proportion of residues is less than 5% the porosity fraction being less than 5%.
A method for controlling a smartwatch, wherein N capacitive touch sensors are disposed as a circular ring around a watch face of the smartwatch, and N is an integer greater than 1; and the method comprises: obtaining a calibrated capacitance value of each capacitive touch sensor; determining a quantity of touch points based on maximum values of the calibrated capacitance values of the N capacitive touch sensors, wherein each touch point corresponds to one capacitive touch sensor; determining a location of each touch point based on a calibrated capacitance value of a capacitive touch sensor corresponding to the touch point and a calibrated capacitance value of a capacitive touch sensor neighboring to the capacitive touch sensor, wherein the location of each touch point is a circumferential angle P around the watch face; determining, according to a preset mapping rule, a mapping point corresponding to a circumferential angle P of a first touch point, wherein the mapping point corresponds to an application displayed on the display user interface of the smartwatch, and the first touch point is any touch point; and executing a control instruction that is for the application corresponding to the mapping point and that matches the quantity of touch points and the circumferential angle of each touch point. obtaining a calibrated capacitance value of each capacitive touch sensor; determining a quantity of touch points based on maximum values of the calibrated capacitance values of the N capacitive touch sensors, wherein each touch point corresponds to one capacitive touch sensor; determining a location of each touch point based on a calibrated capacitance value of a capacitive touch sensor corresponding to the touch point and a calibrated capacitance value of a capacitive touch sensor neighboring to the capacitive touch sensor, wherein the location of each touch point is a circumferential angle P around the watch face; determining, according to a preset mapping rule, a mapping point corresponding to a circumferential angle P of a first touch point, wherein the mapping point corresponds to an application displayed on the display user interface of the smartwatch, and the first touch point is any touch point; and executing a control instruction that is for the application corresponding to the mapping point and that matches the quantity of touch points and the circumferential angle of each touch point.
A drill cuttings storage and conveying system comprising: a pressure vessel for containing drill cuttings and comprising a plurality of drill cuttings outlets, each drill cuttings outlet being provided at the bottom of a tapering drill cuttings guide portion for directing the cuttings towards the drill cuttings outlet, wherein the vessel comprises a base member defining an inverted cone, that is with the cone vertex upwards, the inverted cone being surrounded by six outlet cones at 60 degree centres, each outlet cone being formed by the tapering drill cuttings guide portion, the base member comprising a plurality of agitation fluid outlets for directing fluid into the cuttings to facilitate movement of the cuttings towards the drill cuttings outlets; and a drill cuttings conveyor in communication with the drill cuttings outlets for carrying drill cuttings from the vessel. a pressure vessel for containing drill cuttings and comprising a plurality of drill cuttings outlets, each drill cuttings outlet being provided at the bottom of a tapering drill cuttings guide portion for directing the cuttings towards the drill cuttings outlet, wherein the vessel comprises a base member defining an inverted cone, that is with the cone vertex upwards, the inverted cone being surrounded by six outlet cones at 60 degree centres, each outlet cone being formed by the tapering drill cuttings guide portion, the base member comprising a plurality of agitation fluid outlets for directing fluid into the cuttings to facilitate movement of the cuttings towards the drill cuttings outlets; and a drill cuttings conveyor in communication with the drill cuttings outlets for carrying drill cuttings from the vessel.
An apparatus for discharging a fertiliser in strips to agriculturally productive surfaces by means of trailing hoses, which apparatus is adapted for mounting on the rear of a tank vehicle, with two booms which are each reciprocatingly pivotable about a respective vertical axis (A1, A2) between a discharge position and a transport position, having a support device which is arranged on the apparatus pivotably about a vertical axis and is adapted to support the booms in the transport position in relation to the carriageway in a support portion spaced from the axis, characterized in that the support device is mounted pivotably about a horizontal axis in the end portion, and is pivotable about the horizontal axis into a substantially vertical position when the booms are outside the transport position.