mhurhangee/patent-ind-claim-en huggingface dataset:
A method for resampling an audio frequency signal in an audio frequency signal decoding, the resampling being performed by an interpolation method of order higher than one, characterized in that the interpolated samples are obtained via the following operations: - computing and storing m+1 coefficients of an interpolation polynomial of order m higher than 1, per set of m+1 consecutive temporal samples of the audio frequency signal (-1, 0, 1, 2) and for a plurality of sets of m+1 samples; - for a sample to be interpolated at a given temporal location (x) between two temporal samples ( ), obtaining an interpolated sample via a computation (E702) of a weighted average of m possible interpolation values for this given temporal location (x), each of these m possible interpolation values (vcp(x), vcc(x), vcs(x)) being computed (E701) using the stored coefficients of one of the interpolation polynomials of order m (preceding cubic (a n-1 , b n-1 , c n-1 , d n-1 ), central cubic (a n , b n , c n , d n ), next cubic (a n+1 , b n+1 , C n+1 and d n+1 )) computed beforehand on one of the plurality of sets of m+1 consecutive samples, each of these m sets of m+1 samples being different and including the two samples that flank the given temporal location (x), the weighted average comprising at least two weighting coefficients different from zero. - computing and storing m+1 coefficients of an interpolation polynomial of order m higher than 1, per set of m+1 consecutive temporal samples of the audio frequency signal (-1, 0, 1, 2) and for a plurality of sets of m+1 samples; - for a sample to be interpolated at a given temporal location (x) between two temporal samples ( ), obtaining an interpolated sample via a computation (E702) of a weighted average of m possible interpolation values for this given temporal location (x), each of these m possible interpolation values (vcp(x), vcc(x), vcs(x)) being computed (E701) using the stored coefficients of one of the interpolation polynomials of order m (preceding cubic (a n-1 , b n-1 , c n-1 , d n-1 ), central cubic (a n , b n , c n , d n ), next cubic (a n+1 , b n+1 , C n+1 and d n+1 )) computed beforehand on one of the plurality of sets of m+1 consecutive samples, each of these m sets of m+1 samples being different and including the two samples that flank the given temporal location (x),
A method of operating a drive motor of a robot arm with a maximum dynamic torque, comprising the following steps: (A) defining a maximum permissible desired torque value T stat of a drive element , (B) determining an amount of a loss torque T loss of the drive train caused by inertial losses and/or other losses, (C) determining a new maximum permissible desired torque value T dyn by increasing the maximum permissible desired torque value T stat in dependence on the amount of the loss torque T loss , and (D) accelerating the drive motor with a dynamic torque T total limited by the new maximum permissible desired torque value T dyn . (A) defining a maximum permissible desired torque value T stat of a drive element , (B) determining an amount of a loss torque T loss of the drive train caused by inertial losses and/or other losses, (C) determining a new maximum permissible desired torque value T dyn by increasing the maximum permissible desired torque value T stat in dependence on the amount of the loss torque T loss , and (D) accelerating the drive motor with a dynamic torque T total limited by the new maximum permissible desired torque value T dyn .
A table for a flatbed printer or a flatbed cutting plotter, comprising a table panel with a plurality of bore holes penetrating the table panel , said bore holes arranged spaced apart in rows in the X- and Y-direction above distribution channels running below the table panel , which distribution channels are connected with a vacuum source and/or with a compressed air source, wherein the distribution channels each connect a row of bore holes which are arranged in the Y-direction, the distribution channels are interruptibly connected on the operator side on the front edge of the table to a connection channel , and wherein in the region of the branch points of the connection channel to the distribution channels , a number of valves , which corresponds to the number of rows of bore holes running in the Y-direction, for opening and closing the air flow from the connection channel to the distribution channels is inserted wherein the valves have a pipe-shaped region which is connected to an actuation region , wherein the sheath of the pipe-shaped region has a recess and the end of the pipe-shaped region facing away from the actuation region is open and is connected to a distribution channel , and wherein the recess in the pipe-shaped region is connectible to the connection channel . the distribution channels each connect a row of bore holes which are arranged in the Y-direction, the distribution channels are interruptibly connected on the operator side on the front edge of the table to a connection channel , and wherein in the region of the branch points of the connection channel to the distribution channels , a number of valves , which corresponds to the number of rows of bore holes running in the Y-direction, for opening and closing the air flow from the connection channel to the distribution channels is inserted wherein the valves have a pipe-shaped region which is connected to an actuation region , wherein the sheath of the pipe-shaped region has a recess and the end of the pipe-shaped region facing away from the actuation region is open and is connected to a distribution channel , and wherein the recess in the pipe-shaped region is connectible to the connection channel .
An operation method of a watch type terminal including a plurality of vibration elements , the operation method comprising: acquiring event information (S105); and operating one or more vibration elements among the plurality of vibration elements in a vibration alarm pattern corresponding to the acquired event information (S107), wherein the plurality of vibration elements are provided in a main body and a band of the watch type terminal , characterized in that the acquired event information includes time-related event information; and operating one or more vibration elements among the plurality of vibration elements comprises: operating a first vibration element among the plurality of vibration elements located at a position corresponding to an event time, based on the acquired time-related event information; and operating two vibration elements among the plurality of vibration elements , when there is no vibration element that corresponds to a time corresponding to the acquired time-related event information. acquiring event information (S105); and operating one or more vibration elements among the plurality of vibration elements in a vibration alarm pattern corresponding to the acquired event information (S107), wherein the plurality of vibration elements are provided in a main body and a band of the watch type terminal , characterized in that the acquired event information includes time-related event information; and operating one or more vibration elements among the plurality of vibration elements comprises: operating a first vibration element among the plurality of vibration elements located at a position corresponding to an event time, based on the acquired time-related event information; and operating two vibration elements among the plurality of vibration elements , when there is no vibration element that corresponds to a time corresponding to the acquired time-related event information. operating a first vibration element among the plurality of vibration elements located at a position corresponding to an event time, based on the acquired time-related event information; and operating two vibration elements among the plurality of vibration elements , when there is no vibration element that corresponds to a time corresponding to the acquired time-related event information.
A computer implemented method for processing a set of multiple serially acquired magnetic resonance spectroscopy, MRS, free induction decay, FID, frames from a multi-frame MRS acquisition series from a region of interest in a subject, and for providing a post-processed MRS spectrum, comprising: associating first and second groups of FID frames within the set with first and second different relative phases, respectively, of a phase step cycle along the MRS acquisition series; processing the first and second groups separately; averaging the first and second groups separately to form first and second average interim spectra; and averaging the first and second average interim spectra. associating first and second groups of FID frames within the set with first and second different relative phases, respectively, of a phase step cycle along the MRS acquisition series; processing the first and second groups separately; averaging the first and second groups separately to form first and second average interim spectra; and averaging the first and second average interim spectra.
Coupling mechanism for a mechatronic locking system, comprising - an inner coupling part which is rotatably mounted about an axis of rotation , - an outer coupling part which is rotatably mounted relative to the inner coupling part , - a coupling ring which surrounds the coupling parts , - a coupling element which is movement-coupled to the coupling ring and to which both coupling parts can be coupled, - a drive which is designed to move the coupling ring from a first position into a second position and from the second position into the first position, and - a housing for receiving the components, - the coupling ring and the coupling element being movable by the drive along an axis perpendicular to the axis of rotation , characterized in that the coupling ring is guided in a circumferential groove on the outer coupling part . - an inner coupling part which is rotatably mounted about an axis of rotation , - an outer coupling part which is rotatably mounted relative to the inner coupling part , - a coupling ring which surrounds the coupling parts , - a coupling element which is movement-coupled to the coupling ring and to which both coupling parts can be coupled, - a drive which is designed to move the coupling ring from a first position into a second position and from the second position into the first position, and - a housing for receiving the components, - the coupling ring and the coupling element being movable by the drive along an axis perpendicular to the axis of rotation ,
Memory circuit comprising a plurality of memory cells , each memory cell comprising a resistive memory element and a selection transistor of the FDSOI type connected in series with the resistive memory element, the selection transistor comprising a channel region and a buried insulating layer , characterised in that the selection transistor further comprises a back gate separated from the channel region by the buried insulating layer , in that the memory circuit further comprises a circuit for biasing the back gate of the selection transistors , the biasing circuit being configured to apply a forward back-bias to the selection transistor of at least one memory cell during a programming or initialisation operation of said at least one memory cell, and in that : - the selection transistors of the memory cells are arranged in lines (Li) and in columns (Ci); - the lines (Li) of transistors form several groups (Gi) of transistors, each group of transistors comprising at least two lines (Li) of consecutive transistors; - the memory circuit comprises distinct regions of doped silicon called wells , each well comprising the back gates of the selection transistors belonging to a single and same group of transistors (Gi). - the selection transistors of the memory cells are arranged in lines (Li) and in columns (Ci); - the lines (Li) of transistors form several groups (Gi) of transistors, each group of transistors comprising at least two lines (Li) of consecutive transistors; - the memory circuit comprises distinct regions of doped silicon called wells , each well comprising the back gates of the selection transistors belonging to a single and same group of transistors (Gi).
An orthosis with controlled angular excursion that can be positioned at the level of a joint or articulation of a human body, comprising an articulated joint with a basic structure designed to be positioned on the human joint or articulation and which comprises, centrally, a toothed pin with a circular toothing located in a circular sector thereof, wherein the basic structure and said toothed pin acommodate two rings each of which has a substantially elongated shape with a hollow part or slot, wherein each ring is connected to a traction means for providing traction to the orthosis, and wherein each hollow part or slot comprises two straight sectors, at least one of which is provided with a straight toothing with the same pitch as the circular toothing with which it engages, such that when the two rings during use are simultaneously rotated around the toothed pin the tension of the traction means changes.
Disc screen for the separation of solid residues, which comprises: - a support structure ; - a plurality of rotating shafts parallel to each other and rotatably mounted on said support structure defining a screening plane (P) having an elongated extension along a residue advancement direction (X) between an input section and an output section ; - drive means for driving said rotating shafts in order to carry them in rotation around their longitudinal extension axis (Y); - a plurality of discs axially mounted in succession spaced from each other along said rotating shafts ; characterized in that it comprises: - a movable hopper slidably mounted on said support structure along said advancement direction (X) of said residues, above said screening plane (P), provided with an outlet door which supplies said screening plane (P) along said residue advancement direction (X); - displacement means suitable to move said movable hopper along said advancement direction (X) of the residues in order to position the outlet door in different positions along the screening plane (P). - a support structure ; - a plurality of rotating shafts parallel to each other and rotatably mounted on said support structure defining a screening plane (P) having an elongated extension along a residue advancement direction (X) between an input section and an output section ; - drive means for driving said rotating shafts in order to carry them in rotation around their longitudinal extension axis (Y); - a plurality of discs axially mounted in succession spaced from each other along said rotating shafts ; characterized in that it comprises: - a movable hopper slidably mounted on said support structure along said advancement direction (X) of said residues, above said screening plane (P), provided with an outlet door which supplies said screening plane (P) along said residue advancement direction (X); - displacement means suitable to move said movable hopper along said advancement direction (X) of the residues in order to position the outlet door in different positions along the screening plane (P).
A reticle comprising a circle with a gap in quadrant 1, quadrant 2, quadrant 3, and quadrant 4 of the circle, a first aiming point in the inner portion of the circle, wherein the first aiming point is a shape or a number or a letter, a second aiming point located at the bottom of the circle, wherein the second aiming point is a shape or a number or a letter, and a horizontal line extending outward from a right and a left portion of the circle, wherein the horizontal line does not extend to the inner portion of the circle.
Cover pane unit comprising a cover pane having a planar or curved surface and an optical element formed onto the pane in one piece, wherein the cover pane forms a cover for a portion of a vehicle cockpit, characterized in that the optical element is designed such that some of the light rays radiated into the optical element by at least one light source are reflected at an interface within the optical element by total-internal reflection and then emerge from the optical element in a preferred direction in an exit plane , and the cross section of the optical element in the exit plane has two axes of symmetry or fewer.
Light module for a motor vehicle headlight , comprising a first semiconductor light source and a first primary optical system which focuses light from the first semiconductor light source into a first focal region , comprising a second semiconductor light source and a second primary optical system which focuses light from the second semiconductor light source into a second focal region , comprising an aperture combination (34; 68) projecting into the first focal region and into the second focal region , and comprising a refractive secondary optical system which collects light from the first semiconductor light source and the second semiconductor light source , which light emanates from the focal regions , and directs said light into an area in front of the light module , the second focal region being different from the first focal region , and the refractive secondary optical system being in one piece, having a first partial volume (36.6) which is in the beam path of light from the first semiconductor light source , which light emanates from the first focal region , and having a second partial volume (36.7) which is in the beam path of light from the second semiconductor light source , which light emanates from the second focal region , a light entry surface (36.3) of the first partial volume (36.6) having a shape that focuses the first beam path more strongly in a direction that is horizontal when the light module is used as intended than in a direction that is vertical when used as intended, characterized in that a light exit surface (36.1) of the secondary optical system for the two partial volumes (36.6, 36.7) has a shape that focuses the light from the first semiconductor light source and the second semiconductor light source, which light exits from the light exit surface (36.1), more strongly in the vertical direction than in the horizontal direction when used as intended, and in that the light entry surface (36.4) of the second partial volume (36.7) is designed in such a way that the second partial volume (36.7) focuses the light from the second semiconductor light source less strongly overall in the horizontal direction than in the vertical direction.
A refrigerator comprising: a cabinet ; a control unit that is provided in the cabinet and is configured to control an operation of the refrigerator ; a main door that is configured to open or close the cabinet and has an opening formed therein; a main hinge that couples the cabinet to the main door and allows the main door to be pivotably mounted; a sub-door that is formed on a front surface of the refrigerator and is configured to open or close the opening , the sub-door having a plate opening ; a sub-hinge that couples the main door to the sub-door and allows the sub-door to be pivotably mounted; a sub-hinge cover that shields a main hinge shaft of the main hinge and a sub-hinge shaft of the sub-hinge ; and a wire arranged to extend from an inside of the sub-door , to be connected with the control unit , and to pass through the sub-hinge shaft and the main hinge shaft along an inside of the sub-hinge cover , characterized in that : the sub-door includes a transparent panel assembly that closes the plate opening and configured to selectively visualize an inside of the opening , the transparent panel assembly including a display and printed circuit boards provided above the transparent panel assembly to control the display , the wire comprises a first wire that is connected to the circuit board and passes through the sub-hinge shaft , the sub-hinge cover includes a door mounting part mounted in the main door , a cover extending part extending from the door mounting part and a shaft cover part placed on the sub-hinge shaft and the main hinge shaft , the refrigerator further comprises a main hinge cover mounted on a top surface of the cabinet , the main hinge cover including a main extending part provided above the shaft cover part , the first wire passes through a hollow formed in the shaft cover part and is guided into the main extending part , the first wire being connected with the control unit . the sub-door includes a transparent panel assembly that closes the plate opening and configured to selectively visualize an inside of the opening , the transparent panel assembly including a display and printed circuit boards provided above the transparent panel assembly to control the display , the wire comprises a first wire that is connected to the circuit board and passes through the sub-hinge shaft , the sub-hinge cover includes a door mounting part mounted in the main door , a cover extending part extending from the door mounting part and a shaft cover part placed on the sub-hinge shaft and the main hinge shaft , the refrigerator further comprises a main hinge cover mounted on a top surface of the cabinet , the main hinge cover including a main extending part provided above the shaft cover part , the first wire passes through a hollow formed in the shaft cover part and is guided into the main extending part , the first wire being connected with the control unit .
A pressure-sensitive adhesive film satisfying Equation 1 and comprising a pressure-sensitive adhesive, wherein the pressure-sensitive adhesive has a water vapor transmission rate of 50 g/m 2 ·day or less wherein the water vapor transmission rate in a thickness direction is measured on a film having a thickness of 100 μm according to the water vapor transmission rate method as described in the description, and wherein the pressure-sensitive adhesive comprises a pressure-sensitive adhesive composition having an encapsulating resin which includes a olefin-based elastomer and a multifunctional active energy ray-polymerizable compound which is included at 5 to 30 parts by weight relative to 100 parts by weight of the encapsulating resin, wherein the olefin-based elastomer is a copolymer of a diene and an olefin-based compound having one carbon-carbon double bond and has a weight average molecular weight (Mw) of 100,000 to 2,000,000 as measured according to the method described in the description: Δ X ≤ 0.3 mm wherein ΔX is a change in a creeping distance of the pressure-sensitive adhesive layer between 50 to 200 seconds when a base film in which a pressure-sensitive adhesive layer comprises the pressure-sensitive adhesive after crosslinking and is formed to have a thickness of 50 μm on one surface thereof is adhered to a glass plate having an adhesive area of 1 cm 2 , and aged for 24 hours, wherein the creeping distance is measured after a 1 kg load is applied thereto at 80°C for 1000 seconds, ΔX being expressed as X 200 - X 50 , where X 200 refers to the creeping distance 200 seconds after said 1 kg load has been applied for 1000 seconds, and X 50 refers to the creeping distance 50 seconds after said 1 kg load has been applied for 1000 seconds.