mhurhangee/patent-ind-claim-en huggingface dataset:
A media controller, MDC, for enabling in-memory computing with a main memory, comprising: an in-memory processor, IMP, configured to access the main memory based on a first linear main memory address and to perform computations on data from the main memory; a slave physical layer configured to serve a request from a host to access the main memory , wherein the request comprises a type of access and an address information; a reverse memory controller, RMC, configured to reassemble a second linear main memory address from a plurality of protocol fields contained in the address information, and to provide the second linear main memory address and the type of access to a local memory controller, LMC, ; and the LMC configured to grant the IMP access to the main memory and to reschedule the request from the host to access the main memory, as long as computations and access to the main memory performed by the IMP are active and if the first and second linear memory addresses are both included in a predetermined address range. an in-memory processor, IMP, configured to access the main memory based on a first linear main memory address and to perform computations on data from the main memory; a slave physical layer configured to serve a request from a host to access the main memory , wherein the request comprises a type of access and an address information; a reverse memory controller, RMC, configured to reassemble a second linear main memory address from a plurality of protocol fields contained in the address information, and to provide the second linear main memory address and the type of access to a local memory controller, LMC, ; and the LMC configured to grant the IMP access to the main memory and to reschedule the request from the host to access the main memory, as long as computations and access to the main memory performed by the IMP are active and if the first and second linear memory addresses are both included in a predetermined address range.
A golf game apparatus comprising a ball , a plurality of holes and a control device which defines a predetermined range of allowable movements of a ball over space and time with respect to a hole, wherein each predetermined range of allowable movements includes a sequence of translational accelerations and rotational accelerations, the apparatus further including sensing means inside the ball for detecting the actual movements of the ball, the sensing means including a magnetometer, the apparatus further comprising one or more magnets located next to or beneath a tee area of each hole in number and/or pattern and/or relative strength to differentiate between holes, the magnetometer being configured to detect the strength and direction of the magnet field produced by the magnet or magnets, and communicate it to the control device, the control device being configured to determine the predetermined range of allowable movements in dependence on the hole, the apparatus further comprising comparison means for comparing an actual movement to the predetermined range of allowable movements, and indicating means for indicating the output of the said comparing.
A process for providing a coating layer on a surface of a moulded article, said coating layer comprising 1-10 g/m 2 microfibrillated cellulose, comprising the steps of: a) providing a moulded article comprising fibers; b) applying a coating dispersion on the surface of said moulded article, wherein said coating dispersion comprises microfibrillated cellulose, at least one slip aid and at least one hydrocolloid; and c) drying said applied coating dispersion to form the coating layer. a) providing a moulded article comprising fibers; b) applying a coating dispersion on the surface of said moulded article, wherein said coating dispersion comprises microfibrillated cellulose, at least one slip aid and at least one hydrocolloid; and c) drying said applied coating dispersion to form the coating layer.
Oil/oil emulsion stabilized with solid particles comprising at least: - a first oily phase comprising at least a first non-volatile oil chosen from silicone oils, hydrocarbon-based oils and fluoro oils, - a second oily phase comprising at least a second non-volatile or volatile oil, which is immiscible with the first oil(s), at 25°C, - solid microparticles having at least one curved part and at least one breakage of curvature of the said curved part, in which the solid microparticles comprise at least one concave part and at least one convex part. - a first oily phase comprising at least a first non-volatile oil chosen from silicone oils, hydrocarbon-based oils and fluoro oils, - a second oily phase comprising at least a second non-volatile or volatile oil, which is immiscible with the first oil(s), at 25°C, - solid microparticles having at least one curved part and at least one breakage of curvature of the said curved part, in which the solid microparticles comprise at least one concave part and at least one convex part.
An isolated crystalline Form B of the di-HCl salt of structure: characterized by an X-ray powder diffraction (XRPD) pattern comprising at least three 2theta values selected from 6.5±0.2°, 9.5±0.4°, 14.0±0.2°, 14.4±0.2°, 18.1±0.2°, 19.3±0.2°, 19.9±0.2°, and 22.4±0.2°.
A method for calibrating a leak test machine for use within a manufacturing line, the leak test machine configured to detect leakage defects in workpieces produced by the manufacturing line , the method comprising operating at least one processor to: - receive, from the leak test machine, defect data indicating a plurality of defect test results for at least one workpiece produced by the manufacturing line; - receive, from at least one sensor , environmental data indicating a plurality of environmental conditions at the leak test machine, each environmental condition corresponding to a defect test result obtained while the leak test machine was subject to that environmental condition; - update at least one predictive model using the defect data and the environmental data, the at least one predictive model operable to predict a defect test result for a workpiece based on at least one environmental condition at the leak test machine; - receive, from the at least one sensor, current environmental data indicating at least one current environmental condition at the leak test machine; - determine at least one calibration setting for the leak test machine based on the at least one predictive model and the current environmental data, the at least one calibration setting compensating for an effect of the at least one current environment condition on the leak test machine; and - test, with the leak test machine using the at least one calibration setting, at least one other workpiece produced by the manufacturing line to obtain at least one calibrated defect test result for the at least one other workpiece. - receive, from the leak test machine, defect data indicating a plurality of defect test results for at least one workpiece produced by the manufacturing line; - receive, from at least one sensor , environmental data indicating a plurality of environmental conditions at the leak test machine, each environmental condition corresponding to a defect test result obtained while the leak test machine was subject to that environmental condition; - update at least one predictive model using the defect data and the environmental data, the at least one predictive model operable to predict a defect test result for a workpiece based on at least one environmental condition at the leak test machine; - receive, from the at least one sensor, current environmental data indicating at least one current environmental condition at the leak test machine; - determine at least one calibration setting for the leak test machine based on the at least one predictive model and the current environmental data, the at least one calibration setting compensating for an effect of the at least one current environment condition on the leak test machine; and - test, with the leak test machine using the at least one calibration setting, at least one other workpiece produced by the manufacturing line to obtain at least one calibrated defect test result for the at least one other workpiece.
Planetary stage having a planet carrier, at least one pitch tube and at least one fixing element ; wherein the pitch tube is arranged coaxially with an axis of rotation of the planetary stage; and wherein the pitch tube passes through a wall of the planet carrier; wherein the fixing element is fixed in the wall ; wherein the pitch tube has a groove ; wherein the fixing element engages in at least one part of the groove ; wherein the at least one part of the groove extends orthogonally to the axis of rotation; also comprising a plate that is fixed in the wall and fixes the fixing element in the wall in a form-fitting manner; wherein the fixing element engages in an intermediate space between the wall and the plate such that it is fixed in a form-fitting manner between the wall and the plate . the pitch tube is arranged coaxially with an axis of rotation of the planetary stage; and wherein the pitch tube passes through a wall of the planet carrier; wherein the fixing element is fixed in the wall ; wherein the pitch tube has a groove ; wherein the fixing element engages in at least one part of the groove ; wherein the at least one part of the groove extends orthogonally to the axis of rotation; also comprising a plate that is fixed in the wall and fixes the fixing element in the wall in a form-fitting manner; wherein the fixing element engages in an intermediate space between the wall and the plate such that it is fixed in a form-fitting manner between the wall and the plate .
A cosmetic skin care composition, wherein the composition is an emulsion which is solid up to a temperature of at least 35° C and comprises (i) one or more solid lipids, (ii) one or more liquid lipids, (iii) one or more non-ionic emulsifiers and (iv) one or more inorganic substances which are capable of solidifying the emulsion selected from one or more aluminum and/or zirconium compounds.
A motion sensor for transmitting a signal when movement of a windable element of the home automation closure device is detected, the motion sensor comprising a housing capable of fastening it outwardly to a loading bar positioned at a free end of the windable element; said housing comprising a length with a larger dimension in direction XX' forming the main axis of the motion sensor, a width in direction ZZ' parallel to the direction of motion A1 and a thickness YY'; and this housing comprising at least: - measuring and processing means positioned on the first printed circuit , - energy storage means , and - inertial conditional supply means , characterized in that the printed circuit extends along a main plane defined parallel to a plane containing axes with directions XX' and YY', and in that the energy storage means and/or the inertial conditional supply means are inserted, or is inserted, in an extension of the first printed circuit, and in that the energy storage means and/or the inertial conditional supply means are passed through, or is passed through, by said main plane of the printed circuit. - measuring and processing means positioned on the first printed circuit , - energy storage means , and - inertial conditional supply means ,
An acoustic-wave acquisition apparatus comprising, a light source configured to generate pulsed light, a detector including a plurality of detection elements for receiving, at respective receiving surfaces, acoustic waves, generated in a subject irradiated with the pulsed light, from a measuring area of the subject , the receiving surfaces of at least some of the detection elements being at different angles, wherein a positional relationship among the acoustic detection elements is fixed thereby defining a high resolution area , a scanning unit configured to move at least one of the subject and the detector , a control unit configured to control the movement of the scanning unit , characterized in that the control unit is adapted to control the movement of the scanning unit such that a relative position of the subject and the high resolution area is changed, and wherein the control unit is further adapted to control the movement of the scanning unit so that the pulsed light is applied to the subject at least one time before the relative position changes by a distance equal to the size of the high resolution area . a light source configured to generate pulsed light, a detector including a plurality of detection elements for receiving, at respective receiving surfaces, acoustic waves, generated in a subject irradiated with the pulsed light, from a measuring area of the subject , the receiving surfaces of at least some of the detection elements being at different angles, wherein a positional relationship among the acoustic detection elements is fixed thereby defining a high resolution area , a scanning unit configured to move at least one of the subject and the detector , a control unit configured to control the movement of the scanning unit , characterized in that the control unit is adapted to control the movement of the scanning unit such that a relative position of the subject and the high resolution area is changed, and
A platform for a variably adaptable piece of furniture , the platform having a base for placing the platform on an installation surface, a column and a universal mounting bracket for mounting interchangeable accessory modules , wherein the column is connected to the base and the universal mounting bracket is arranged at an end of the column facing away from the base , wherein the universal mounting bracket has a mechanical mounting interface for mounting and dismounting interchangeable accessory modules to the platform , wherein the platform has electrical functionality, and characterized in that the platform comprises an identification interface for identifying an accessory module mounted on the platform and a control unit, wherein the control unit is adapted to obtain identification information about an accessory module mounted on the platform , the identification information acquired by means of the identification interface , and to control an adaptation of the electrical functionality of the platform depending on the obtained identification information. wherein the column is connected to the base and the universal mounting bracket is arranged at an end of the column facing away from the base , wherein the universal mounting bracket has a mechanical mounting interface for mounting and dismounting interchangeable accessory modules to the platform , wherein the platform has electrical functionality, and characterized in that the platform comprises an identification interface for identifying an accessory module mounted on the platform and a control unit, wherein the control unit is adapted to obtain identification information about an accessory module mounted on the platform , the identification information acquired by means of the identification interface , and to control an adaptation of the electrical functionality of the platform depending on the obtained identification information.
A method for providing an array, comprising: (a) irradiating a substrate comprising an unmasked first region and a masked second region, whereby a photoresist in the first region is degraded to render oligonucleotide molecules in the first region available for hybridization and/or ligation, whereas oligonucleotide molecules in the second region are protected by a photoresist in the second region from hybridization and/or ligation; and (b) attaching an oligonucleotide comprising a barcode sequence to oligonucleotide molecules in the first region via hybridization and/or ligation, wherein oligonucleotide molecules in the second region do not receive the barcode sequence, thereby providing on the substrate an array comprising different oligonucleotide molecules in the first and second regions. (a) irradiating a substrate comprising an unmasked first region and a masked second region, whereby a photoresist in the first region is degraded to render oligonucleotide molecules in the first region available for hybridization and/or ligation, whereas oligonucleotide molecules in the second region are protected by a photoresist in the second region from hybridization and/or ligation; and (b) attaching an oligonucleotide comprising a barcode sequence to oligonucleotide molecules in the first region via hybridization and/or ligation, wherein oligonucleotide molecules in the second region do not receive the barcode sequence,
Device with high-frequency properties, having a housing for accommodating a printed circuit board with electronic components arranged on it for implementing the function of the device, wherein fastening means are provided which are suitable and designed for fastening the device in its intended installation location, wherein the fastening means are designed as a screw and a mating holder which interacts with it, wherein the housing has in a stop which limits the movement range of the mating holder when the screw is operated, characterized in that the stop and the mating holder which interacts with it are designed such that the mating holder is secured in a manner oriented in a first prespecified position with respect to the housing and is moved to a second prespecified position after the device is arranged in its intended installation location, wherein the stop has a longitudinal limb which projects from one side of the housing and a transverse limb which extends from said longitudinal limb and at the end of which an angled portion is arranged.
A medication delivery system comprising: a medication delivery device adapted to dispense medication, the medication delivery device comprising memory to store a medication delivery schedule or time-dependent dosage parameters based on a universal concept of time that is independent of a time zone in which the medication delivery device is located, the medication delivery device being further adapted to record medication delivery information or user actions, the medication delivery information or user actions being stored along with timestamps based on the universal concept of time; and a remote computing device in communication with the medication delivery device, the remote computing device configured to receive the timestamped medication delivery information or user actions from the medication delivery device, and present a visual display of the medication delivery information or user actions along with times, characterized in that the displayed times are determined using the timestamps based on the universal concept of time adjusted based on the current time zone setting of the remote computing device independent of manual time settings of the remote computing device. a medication delivery device adapted to dispense medication, the medication delivery device comprising memory to store a medication delivery schedule or time-dependent dosage parameters based on a universal concept of time that is independent of a time zone in which the medication delivery device is located, the medication delivery device being further adapted to record medication delivery information or user actions, the medication delivery information or user actions being stored along with timestamps based on the universal concept of time; and a remote computing device in communication with the medication delivery device, the remote computing device configured to receive the timestamped medication delivery information or user actions from the medication delivery device, and present a visual display of the medication delivery information or user actions along with times, characterized in that the displayed times are determined using the timestamps based on the universal concept of time adjusted based on the current time zone setting of the remote computing device independent of manual time settings of the remote computing device.
A positioning and stabilising structure for a patient interface for delivery of a supply of pressurized air or breathable gas to a patient's airways, the positioning and stabilising structure comprising: a first fabric layer ; a second fabric layer ; and a central fabric layer between the first fabric layer and the second fabric layer; characterized in that the positioning and stabilising structure further comprises a third fabric layer on the second fabric layer such that the second fabric layer is between the central fabric layer and the third fabric layer, the central fabric layer, the first fabric and the second fabric are warp/weft knitted together, the third fabric layer is configured to fasten to hooks of a hook and loop fastener to enable length adjustment of the positioning and stabilising structure, the first layer is hydrophilic, and the second layer is hygroscopic. a first fabric layer ; a second fabric layer ; and a central fabric layer between the first fabric layer and the second fabric layer; characterized in that the positioning and stabilising structure further comprises a third fabric layer on the second fabric layer such that the second fabric layer is between the central fabric layer and the third fabric layer, the central fabric layer, the first fabric and the second fabric are warp/weft knitted together, the third fabric layer is configured to fasten to hooks of a hook and loop fastener to enable length adjustment of the positioning and stabilising structure, the first layer is hydrophilic, and the second layer is hygroscopic.
An apparatus of a user equipment, UE, , the apparatus comprising control circuitry configured to: process simultaneous physical uplink shared channel, PUSCH, and physical uplink control channel, PUCCH, communications in accordance with a carrier aggregation technique; receive a first physical downlink control channel, PDCCH, transmission comprising a first uplink grant associated with a first PUSCH transmission; generate an extended power headroom report, ePHR, based on whether the UE is able to determine whether a first PUCCH is simultaneously scheduled with the first PUSCH transmission, wherein when the UE is not able to determine whether the first PUCCH transmission is simultaneously scheduled with the first PUSCH, the power headroom report is generated using a PUCCH reference format transmission power and is different from a power headroom report when the UE is able to determine that the first PUCCH transmission is simultaneously scheduled with the first PUSCH; and initiate communication of the ePHR to an evolved node B, eNB, . process simultaneous physical uplink shared channel, PUSCH, and physical uplink control channel, PUCCH, communications in accordance with a carrier aggregation technique; receive a first physical downlink control channel, PDCCH, transmission comprising a first uplink grant associated with a first PUSCH transmission; generate an extended power headroom report, ePHR, based on whether the UE is able to determine whether a first PUCCH is simultaneously scheduled with the first PUSCH transmission, wherein when the UE is not able to determine whether the first PUCCH transmission is simultaneously scheduled with the first PUSCH, the power headroom report is generated using a PUCCH reference format transmission power and is different from a power headroom report when the UE is able to determine that the first PUCCH transmission is simultaneously scheduled with the first PUSCH; and initiate communication of the ePHR to an evolved node B, eNB, .