mhurhangee/patent-ind-claim-en huggingface dataset:
Electronic payment terminal comprising an upper half-shell and a lower half-shell , said lower half-shell comprising a magnetic-card-reading single-piece element , said single-piece element comprising a groove for movement of a magnetic card so as to enable the reading of a magnetic stripe of the magnetic card, said terminal being characterized in that the magnetic-card-reading single-piece element comprises a metal sliding blade positioned at the bottom of said groove for movement of the magnetic card, said metal sliding blade comprising a first affixing portion situated at one extremity of the blade, a second affixing portion situated at the other extremity of the blade and a substantially plane, central sliding portion situated between said first and second affixing portions, said central portion comprising an orifice situated in the vicinity of either of said first and second affixing portions, said orifice being adapted to receive a point located at an extremity of a tool for mounting said blade at the bottom of said groove, said bottom comprising a hole positioned so as to get placed before said orifice when said metal sliding blade is mounted at the bottom of said groove, said hole being wide enough and deep enough to receive said point at different inclinations, said magnetic-card-reading single-piece element further comprising, at the bottom of said groove, a first blocking cavity having a shape complementary to that of said first affixing portion of the metal sliding blade and a second blocking cavity having a shape complementary to that of said second affixing portion of the metal sliding blade.
An apparatus comprising: a location receiver to receive a signal indicative of a location of the location receiver, and configured to determine an absolute location of the location receiver based on the signal; a movement mechanism to rotate the location receiver about an axis and to provide an angle of the location receiver about the axis relative to a known point of the apparatus, wherein an absolute bearing of the known point about the axis is initially unknown; and calculation circuitry to calculate an output value indicative of the absolute bearing of the known point about the axis, based on a plurality of given angles of the location receiver about the axis relative to the known point, and a plurality of determined associated absolute locations of the location receiver when the location receiver is at each of the given angles. a location receiver to receive a signal indicative of a location of the location receiver, and configured to determine an absolute location of the location receiver based on the signal; a movement mechanism to rotate the location receiver about an axis and to provide an angle of the location receiver about the axis relative to a known point of the apparatus, wherein an absolute bearing of the known point about the axis is initially unknown; and calculation circuitry to calculate an output value indicative of the absolute bearing of the known point about the axis, based on a plurality of given angles of the location receiver about the axis relative to the known point, and a plurality of determined associated absolute locations of the location receiver when the location receiver is at each of the given angles.
A terminal device configured to operate in a time division duplex, TDD, communication system, comprising: a processing module, configured to determine that the terminal device cancels sending of uplink data and/or uplink control information in K consecutive orthogonal frequency division multiplexing, OFDM, symbols in an uplink subframe, wherein the K OFDM symbols are located on one or more normal carriers in a carrier set, the carrier set comprises all carriers in carrier aggregation that are used by the terminal device to send the uplink subframe, and K is a positive integer and is not greater than a quantity of OFDM symbols comprised in the uplink subframe; and a sending module, configured to send an uplink signal in the K symbols on one or more special carriers in the carrier set, wherein the special carrier is a carrier without transmission of uplink data and uplink control information, and the normal carrier is a carrier that is used by the terminal device to send at least one kind of: the uplink data and the uplink control information, wherein the uplink data is a physical uplink shared channel, PUSCH, the uplink control information is a physical uplink control channel, PUCCH, and the uplink signal is a sounding reference signal, SRS. a processing module, configured to determine that the terminal device cancels sending of uplink data and/or uplink control information in K consecutive orthogonal frequency division multiplexing, OFDM, symbols in an uplink subframe, wherein the K OFDM symbols are located on one or more normal carriers in a carrier set, the carrier set comprises all carriers in carrier aggregation that are used by the terminal device to send the uplink subframe, and K is a positive integer and is not greater than a quantity of OFDM symbols comprised in the uplink subframe; and a sending module, configured to send an uplink signal in the K symbols on one or more special carriers in the carrier set, wherein the special carrier is a carrier without transmission of uplink data and uplink control information, and the normal carrier is a carrier that is used by the terminal device to send at least one kind of: the uplink data and the uplink control information, wherein the uplink data is a physical uplink shared channel, PUSCH, the uplink control information is a physical uplink control channel, PUCCH, and the uplink signal is a sounding reference signal, SRS.
A process for producing a cosmetic article by printing using a laser printer comprising a heating unit and at least one cosmetic toner, the process comprising the steps consisting in: a) producing, with the printer, a printing on a support with the aid of the cosmetic toner, b) heating the support coated with the printing with the aid of the heating unit to an operating temperature greater than or equal to 60°C, the cosmetic toner comprising a weight content of material that is fusible at the operating temperature of less than 10% relative to the total weight of the toner. a) producing, with the printer, a printing on a support with the aid of the cosmetic toner, b) heating the support coated with the printing with the aid of the heating unit to an operating temperature greater than or equal to 60°C, the cosmetic toner comprising a weight content of material that is fusible at the operating temperature of less than 10% relative to the total weight of the toner.
A basil extract as an active ingredient for use in preventing, ameliorating or treating Alzheimer's dementia, probable Alzheimer's dementia, possible Alzheimer's dementia, prodromal Alzheimer's dementia, or mild cognitive impairment due to Alzheimer's dementia (MCI due to AD), wherein the active ingredient acts to inhibit aggregation of tau proteins or/and degrade tau protein aggregates, wherein the basil extract is an extract of water, a lower alcohol having 1 to 5 carbon atoms, or an aqueous solution of a lower alcohol having 1 to 5 carbon atoms, or wherein the basil extract is an ethanol aqueous solution extract at a concentration of 20% to 80%.
An apparatus for a next generation NodeB (XS11), gNB, comprising: first circuitry to: determine a number of resource element groups, REGs, to be included in a resource element group bundle, REGB, for a new radio physical downlink control channel, NR-PDCCH, wherein a REG includes 12 consecutive resource elements in a frequency domain of one orthogonal frequency division multiplexing, OFDM, symbol, and the number of REGs are adjacent to each other, and a same precoding operation is applied to the number of REGs; and generate a signal that indicates the number of the REGs; and second circuitry , coupled with the first circuitry , to encode the signal for transmission to a user equipment (XS01), UE. determine a number of resource element groups, REGs, to be included in a resource element group bundle, REGB, for a new radio physical downlink control channel, NR-PDCCH, wherein a REG includes 12 consecutive resource elements in a frequency domain of one orthogonal frequency division multiplexing, OFDM, symbol, and the number of REGs are adjacent to each other, and a same precoding operation is applied to the number of REGs; and generate a signal that indicates the number of the REGs; and second circuitry , coupled with the first circuitry , to encode the signal for transmission to a user equipment (XS01), UE.
Plastic container having a bottom and four sidewalls extending upwardly from the bottom to an open end of the container and a lid comprising two lid halves each attached by means of a hinge to the upper rim of two sidewalls opposite from each other, where the two lid halves are each pivotably rotatable about the hinge from an open position to a closed position, where in the closed position the two lid halves form a level and continuous surface over the open end of the container and the two lid halves each have an inner surface , which face the interior of the container when they are in their closed position, characterized in that each lid half comprises at its inner surface one hook arranged adjacent to the hinge of said lid half or two or more hooks arranged to form a row of hooks adjacent to and along the hinge of said lid half , where each hook comprises a body extending parallel to and spaced apart from the inner surface of said lid half .
A stretch-blow-formed polyester container having an average thickness of a body portion of not more than 280 μ m, wherein in the measurement of dynamic viscoelastic properties in an axial direction at a central portion (X) of said body portion , either: (a) a tan δ peak value is 0.23 to 0.29, and a tan δ peak temperature at said peak value is 111 to 118°C; or (b) a tan δ peak value is less than 0.25, and a tan δ peak temperature at said peak value is not lower than 119°C. (a) a tan δ peak value is 0.23 to 0.29, and a tan δ peak temperature at said peak value is 111 to 118°C; or (b) a tan δ peak value is less than 0.25, and a tan δ peak temperature at said peak value is not lower than 119°C.
A communication method, comprising: sending , by a policy control network element, query information to a data analytics network element, wherein the query information is for obtaining service quality information; wherein the query information further comprises data network name, DNN, information corresponding to the service, the query information queries service quality information corresponding to the DNN; and receiving , by the policy control network element, response information from the data analytics network element, wherein the response information comprises the service quality information that is requested by using the query information; wherein the service quality information comprises information that reflects a degree to which quality-of-service, Qos, parameter information of a service satisfies a service requirement, or reflects service experience; determining , by the policy control network element, that the service quality information is lower than a preset condition; and adjusting , by the policy control network element, the quality-of-service parameter information of the service based on the service quality information. sending , by a policy control network element, query information to a data analytics network element, wherein the query information is for obtaining service quality information; wherein the query information further comprises data network name, DNN, information corresponding to the service, the query information queries service quality information corresponding to the DNN; and receiving , by the policy control network element, response information from the data analytics network element, wherein the response information comprises the service quality information that is requested by using the query information; wherein the service quality information comprises information that reflects a degree to which quality-of-service, Qos, parameter information of a service satisfies a service requirement, or reflects service experience; determining , by the policy control network element, that the service quality information is lower than a preset condition; and adjusting , by the policy control network element, the quality-of-service parameter information of the service based on the service quality information.
A device for audio signal processing for a piezoelectric speaker for generating sound waves in the audible wavelength spectrum, having a signal input for a digital audio signal (V in ), having a digital correction unit for correcting a nonlinearity of the speaker , having a digital PWM generator by means of which the signal corrected by the correction unit can be converted into a pulse-width modulated switch signal, having a power stage able to be controlled by means of the switch signal converted by the PWM generator such that a piezoelectric actuator of the speaker can be charged with a voltage (X) for deflecting a membrane, and having a feedback implementing a closed-loop control circuit, by means of which the voltage can be fed back as a feedback signal (Y(z), Y dig ), the feedback signal (Y(z), Y dig ) comprising a first signal noise (Q z ) caused by the correction unit , the PWM generator , the power stage , and/or the piezoelectric speaker when used properly in the audible frequency range, wherein the device comprises a noise shaping unit designed and/or implemented in the closed-loop control circuit such that a noise energy of the first signal noise (Q z ) of the correction unit , the PWM generator , the power stage , and/or the piezoelectric speaker can be shifted outside of the audible frequency range by means of said unit characterized in that , the noise shaping unit comprises a signal transfer function (STF d ) by means of which an actuating variable (X) for actuating the speaker can be determined using a control deviation (d) between the digital audio signal (V in ) and the digital feedback signal (Y dig ). having a digital correction unit for correcting a nonlinearity of the speaker , having a digital PWM generator by means of which the signal corrected by the correction unit can be converted into a pulse-width modulated switch signal, having a power stage able to be controlled by means of the switch signal converted by the PWM generator such that a piezoelectric actuator of the speaker can be charged with a voltage (X) for deflecting a membrane, and having a feedback implementing a closed-loop control circuit, by means of which the voltage can be fed back as a feedback signal (Y(z), Y dig ), the feedback signal (Y(z), Y dig ) comprising a first signal noise (Q z ) caused by the correction unit , the PWM generator , the power stage , and/or the piezoelectric speaker when used properly in the audible frequency range, wherein the device comprises a noise shaping unit designed and/or implemented in the closed-loop control circuit such that a noise energy of the first signal noise (Q z ) of the correction unit , the PWM generator , the power stage , and/or the piezoelectric speaker can be shifted outside of the audible frequency range by means of said unit characterized in that , the noise shaping unit comprises a signal transfer function (STF d ) by means of which an actuating variable (X) for actuating the speaker can be determined using a control deviation (d) between the digital audio signal (V in ) and the digital feedback signal (Y dig ).
A lid subassembly for associating with a vessel of a utensil for cooking food under pressure in order to co-operate therewith to form a pressure-cooking enclosure, said lid subassembly comprising a plurality of components including at least: - a metal lid having an inside face for facing the inside of said enclosure and an opposite, outside face ; and - a plurality of metal connection elements attached in permanent and inseparable manner to the lid so as to project from said outside face in order to connect said lid mechanically with other components of said lid subassembly ; the subassembly being characterized in that each of said metal connection elements is attached to said lid exclusively by means of a respective laser weld bead that extends solely over both said outside face and the corresponding metal element . - a metal lid having an inside face for facing the inside of said enclosure and an opposite, outside face ; and - a plurality of metal connection elements attached in permanent and inseparable manner to the lid so as to project from said outside face in order to connect said lid mechanically with other components of said lid subassembly ;
Shower with a shower head and a spray disk, which comprises at least two separately controllable groups of outlet openings, as well as with a switch-over device for switching over between the two groups of outlet openings, wherein the switch-over device comprises an operating device , at least one actuating element movable by means of the operating device , a gear wheel which can be rotatably driven in precisely one direction of rotation by the actuating element and an adjusting element connected in a rotationally fixed manner to the gear wheel , wherein the adjusting element produces or blocks a flow connection between an inlet and at least one of the groups of outlet openings depending on its rotational position, characterised in that a first actuating element and a second actuating element are configured and arranged in such a way that the first actuating element drives the gear wheel in the direction of rotation during an advancing movement brought about through operating the operating device and the second actuating element drives the gear wheel in the direction of rotation a return movement brought about by pre-tensioning.
A rotor for a slip ring motor , comprising a hollow shaft having an open end , a plurality of electric cables , and a cable guide arranged in the open end guiding the electric cables from inside the hollow shaft towards connection points of the electric cables outside the hollow shaft , characterized in that the cable guide is a separate component fastened to the hollow shaft and has an inside surface which is funnel-shaped, the electric cables lying against the inside surface , each electric cable is guided inside an associated recess inside the cable guide , the cable guide comprises a ring member and a funnel member connected to said ring member , the ring member comprising the recesses and the funnel member comprising the inside surface , and the cable guide further comprises a fixing member releasably fixing the electric cables to the ring member . a hollow shaft having an open end , a plurality of electric cables , and a cable guide arranged in the open end guiding the electric cables from inside the hollow shaft towards connection points of the electric cables outside the hollow shaft , characterized in that the cable guide is a separate component fastened to the hollow shaft and has an inside surface which is funnel-shaped, the electric cables lying against the inside surface , each electric cable is guided inside an associated recess inside the cable guide , the cable guide comprises a ring member and a funnel member connected to said ring member , the ring member comprising the recesses and the funnel member comprising the inside surface , and the cable guide further comprises a fixing member releasably fixing the electric cables to the ring member .
Fastening arrangement for connecting a component, in particular at least one guide device to at least one furniture carcass , comprising at least one base , wherein the base has at least two fixing devices arranged projecting away from it and at least one fastening device , wherein the fastening device has at least one fastening receptacle having at least one opening , wherein the fastening receptacle of the fastening device is arranged approximately orthogonally to the base of the fastening arrangement , wherein a first fixing device is arranged above the base at a distance from a second fixing device , wherein at least one centring element is arranged on at least one fixing device , wherein the fixing devices each have at least one fixing element , characterised in that the fixing elements are formed as latching elements arranged at an acute angle, and that the fixing devices each have at least two fixing elements lying opposite one another and/or arranged offset to one another.
A biopsy kit for removal of a piece of target tissue from a body, comprising a penetration rod having a distal end portion for penetration into the body, a cutting tube enclosing the penetration rod, comprising circumventing cutting means , the cutting tube being extendable from the distal end portion of the penetration rod for cutting and enclosing the piece of target tissue, wherein a cutting device is centrally provided inside of the penetration rod , wherein the penetration rod , the cutting device and the cutting tube are arranged coaxially along an axis (x), the cutting device is extendable distally from the penetration rod along the axis (x), and comprises distal cutting means extending radially out from the axis (x) for cutting off the piece of target tissue from the body, and wherein the cutting device is rotatable around the axis. a penetration rod having a distal end portion for penetration into the body, a cutting tube enclosing the penetration rod, comprising circumventing cutting means , the cutting tube being extendable from the distal end portion of the penetration rod for cutting and enclosing the piece of target tissue, wherein a cutting device is centrally provided inside of the penetration rod , wherein the penetration rod , the cutting device and the cutting tube are arranged coaxially along an axis (x), the cutting device is extendable distally from the penetration rod along the axis (x), and comprises distal cutting means extending radially out from the axis (x) for cutting off the piece of target tissue from the body, and wherein the cutting device is rotatable around the axis.
Agitator device, in particular draft tube agitator device, with at least one stirring unit (12a; 12b) which is rotatable around a rotary axis , which is configured for conveying a fluid in an axial conveying direction (16a; 16b) and which comprises at least one rotor blade element , the rotor blade element comprising an inner edge that faces toward the rotary axis and an outer edge that faces away from the rotary axis and is longer than the inner edge , the rotor blade element comprising at least one first region , which is situated in a blade plane and is at least substantially planar, and comprises a second region , which is curved out of the blade plane , characterised in that the projection of the rotor blade element onto a plane that is perpendicular to the rotary axis has an at least substantially circular-arc-shaped outer contour and that the inner edge is realized at least substantially in an ellipse-arc shape. the rotor blade element comprising an inner edge that faces toward the rotary axis and an outer edge that faces away from the rotary axis and is longer than the inner edge , the rotor blade element comprising at least one first region , which is situated in a blade plane and is at least substantially planar, and comprises a second region , which is curved out of the blade plane , characterised in that the projection of the rotor blade element onto a plane that is perpendicular to the rotary axis has an at least substantially circular-arc-shaped outer contour and that the inner edge is realized at least substantially in an ellipse-arc shape.