mhurhangee/ep-ind-claims huggingface dataset:
A system for downloading battery data to a mobile communication device, the system comprising: the mobile communication device comprising a battery configured to power the mobile communication device and a sensor device configured to monitor a current battery operating condition, wherein the mobile communication device is configured to send the current battery operating condition to a data server after a predetermined event and the mobile communication device is further configured to receive a battery profile, the battery profile includes battery data for use by the mobile communication device to calculate battery status information, and the current battery operating condition is gathered from the battery; and the data server being configured to store battery data, receive the current battery operating condition from the mobile communication device and, based on the current battery operating condition, send the battery profile to the mobile communication device. the mobile communication device comprising a battery configured to power the mobile communication device and a sensor device configured to monitor a current battery operating condition, wherein the mobile communication device is configured to send the current battery operating condition to a data server after a predetermined event and the mobile communication device is further configured to receive a battery profile, the battery profile includes battery data for use by the mobile communication device to calculate battery status information, and the current battery operating condition is gathered from the battery; and the data server being configured to store battery data, receive the current battery operating condition from the mobile communication device and, based on the current battery operating condition, send the battery profile to the mobile communication device.
A method for wireless communications at a user equipment, UE, comprising: monitoring (1505; 1605; 1705) one or more of a plurality of frequency sub-bands for a synchronization signal block, SSB, from a base station, wherein each of the plurality of frequency sub-bands carries a non-overlapping instance of the SSB that does not overlap in frequency or time with other SSB instances; receiving (1510; 1610; 1710) a first instance of the SSB via at least a first frequency sub-band of the plurality of frequency sub-bands based at least in part on the monitoring; determining (1515; 1615; 1715) a reference timing of the base station based at least in part on one or more of information from the first instance of the SSB or a frequency location of the first frequency sub-band relative to a reference frequency sub-band of the plurality of frequency sub-bands; identifying (1520; 1620; 1720), based at least in part on the reference timing, a set of resources for a control channel transmission from the base station, wherein the set of resources spans two or more of the plurality of frequency sub-bands; and receiving (1525; 1625; 1725) the control channel transmission via the set of resources. monitoring (1505; 1605; 1705) one or more of a plurality of frequency sub-bands for a synchronization signal block, SSB, from a base station, wherein each of the plurality of frequency sub-bands carries a non-overlapping instance of the SSB that does not overlap in frequency or time with other SSB instances; receiving (1510; 1610; 1710) a first instance of the SSB via at least a first frequency sub-band of the plurality of frequency sub-bands based at least in part on the monitoring; determining (1515; 1615; 1715) a reference timing of the base station based at least in part on one or more of information from the first instance of the SSB or a frequency location of the first frequency sub-band relative to a reference frequency sub-band of the plurality of frequency sub-bands; identifying (1520; 1620; 1720), based at least in part on the reference timing, a set of resources for a control channel transmission from the base station, wherein the set of resources spans two or more of the plurality of frequency sub-bands; and receiving (1525; 1625; 1725) the control channel transmission via the set of resources.
A micro-dialysis probe comprising: - a flow tube comprising: - a first flow channel, - a second flow channel, and - a separating wall arranged in such a manner that it separates the first flow channel and the second flow channel, - a communication opening defined in the separating wall for providing fluid communication between the first flow channel and the second flow channel; characterised by - at least one semi-permeable membrane tube, each semi-permeable membrane tube being arranged in an opening formed in an outer wall of the first flow channel or the second flow channel, and wherein each semi-permeable membrane tube comprises at least one non-permeable section. - a flow tube comprising: - a first flow channel, - a second flow channel, and - a separating wall arranged in such a manner that it separates the first flow channel and the second flow channel, - a first flow channel, - a second flow channel, and - a separating wall arranged in such a manner that it separates the first flow channel and the second flow channel, - a communication opening defined in the separating wall for providing fluid communication between the first flow channel and the second flow channel; characterised by - at least one semi-permeable membrane tube, each semi-permeable membrane tube being arranged in an opening formed in an outer wall of the first flow channel or the second flow channel, and wherein each semi-permeable membrane tube comprises at least one non-permeable section.
A safety device for a pre-filled syringe with an injection needle (2.1) comprising - a support body (1.2) adapted to mount the pre-filled syringe, - a needle shield (1.1) slidably arranged with respect to the support body (1.2), - a retention and locking means for retaining and locking the needle shield (1.1) with respect to the support body (1.2) in three different positions, i.e. in a first and a second advanced position (PA1, PA2) and in a retracted position, wherein the needle shield (1.1) comprises an annular flange (1.1.1) adapted to rest on the skin of the patient receiving an injection and wherein the retention and locking means are arranged at a distal end of the safety device, characterized in that the needle shield (1.1) is arranged with respect to the support body (1.2) in the first and in the second advanced position (PA1, PA2) so as to cover the injection needle (2.1). - a support body (1.2) adapted to mount the pre-filled syringe, - a needle shield (1.1) slidably arranged with respect to the support body (1.2), - a retention and locking means for retaining and locking the needle shield (1.1) with respect to the support body (1.2) in three different positions, i.e. in a first and a second advanced position (PA1, PA2) and in a retracted position, wherein the needle shield (1.1) comprises an annular flange (1.1.1) adapted to rest on the skin of the patient receiving an injection and wherein the retention and locking means are arranged at a distal end of the safety device, characterized in that the needle shield (1.1) is arranged with respect to the support body (1.2) in the first and in the second advanced position (PA1, PA2) so as to cover the injection needle (2.1).
A multi-pump control system comprising - a control module, - a processing module, - a communication interface, and - a storage module, wherein the control module is configured to run n different subsets of i pumps of a multi-pump system comprising N pumps installed in parallel during n different configuration cycles at a speed ω j, wherein N ≥ 2, 2 ≤ n ≤ 2 N -1 and 1 ≤ i ≤ N, wherein each configuration cycle j∈{1,...,n} is associated with a subset j∈{1,...,n} and a speed ω j, wherein during each configuration cycle the control module runs the i pumps of the subset j at the same constant speed ω j, wherein the communication interface is configured to receive signals indicative of operational parameters from each subset j during the associated configuration cycle j, wherein, under the assumption that all pumps have the same pump characteristic Δp = f(q,ω j), the processing module is configured to determine an approximation of this pump characteristic based on the signals received from each subset j and under the assumption that the i pumps of each subset j share the same part q/i of the total flow q, wherein the storage module is configured to store the approximated pump characteristic Δp=f(q, ω j) or parameters indicative thereof. - a control module, - a processing module, - a communication interface, and - a storage module, wherein each configuration cycle j∈{1,...,n} is associated with a subset j∈{1,...,n} and a speed ω j, wherein during each configuration cycle the control module runs the i pumps of the subset j at the same constant speed ω j, wherein the communication interface is configured to receive signals indicative of operational parameters from each subset j during the associated configuration cycle j, wherein, under the assumption that all pumps have the same pump characteristic Δp = f(q,ω j), the processing module is configured to determine an approximation of this pump characteristic based on the signals received from each subset j and under the assumption that the i pumps of each subset j share the same part q/i of the total flow q, wherein the storage module is configured to store the approximated pump characteristic Δp=f(q, ω j) or parameters indicative thereof.
A method for increasing vigor of a healthy subject's skin comprising topical administering an effective amount of a SCPA of formula, wherein the SCPA is compound MS-818.
A multirotor wind turbine comprising a tower, a suspension arm, a nacelle, and a rotor carried by the nacelle and configured to rotate about a rotor axis to drive a drive train in the nacelle, wherein the tower holds the suspension arm, and the suspension arm holds the nacelle, wherein the suspension arm forms a platform (206, 207) to provide support for personnel for access to the nacelle or rotor, characterised in that at least one of the nacelle and the rotor is configured to move relative to the suspension arm between an operation position where the rotor is free to rotate about the rotor axis and a maintenance position where at least one of the rotor and nacelle is closer to the platform than in the operation position.
A method of producing a package containing a group of cigarettes and having a cigarette extraction opening; the method comprising the steps of: folding a sheet of wrapping material, complete with the cigarette extraction opening, about a tubular spindle to form a tubular wrapping having a closed end and an open end; and transferring, at a first transfer station, the tubular wrapping from the tubular spindle to a pocket of a first wrapping wheel, with the open end of the tubular wrapping facing outwards of the pocket; the method being characterized by comprising the further steps of: subsequently feeding, at a second transfer station located downstream from the first transfer station in the rotation direction of the first wrapping wheel, the group of cigarettes into the pocket of the first wrapping wheel and so inserting the group of cigarettes into the tubular wrapping through the open end of the tubular wrapping; and folding the sheet of wrapping material to close the open end and so complete the package after inserting the group of cigarettes into the tubular wrapping. folding a sheet of wrapping material, complete with the cigarette extraction opening, about a tubular spindle to form a tubular wrapping having a closed end and an open end; and transferring, at a first transfer station, the tubular wrapping from the tubular spindle to a pocket of a first wrapping wheel, with the open end of the tubular wrapping facing outwards of the pocket; the method being characterized by comprising the further steps of: subsequently feeding, at a second transfer station located downstream from the first transfer station in the rotation direction of the first wrapping wheel, the group of cigarettes into the pocket of the first wrapping wheel and so inserting the group of cigarettes into the tubular wrapping through the open end of the tubular wrapping; and folding the sheet of wrapping material to close the open end and so complete the package after inserting the group of cigarettes into the tubular wrapping. subsequently feeding, at a second transfer station located downstream from the first transfer station in the rotation direction of the first wrapping wheel, the group of cigarettes into the pocket of the first wrapping wheel and so inserting the group of cigarettes into the tubular wrapping through the open end of the tubular wrapping; and folding the sheet of wrapping material to close the open end and so complete the package after inserting the group of cigarettes into the tubular wrapping.
Dual clutch transmission, in particular of a motor vehicle, comprising a hydraulic circuit for cooling the dual clutch transmission, wherein the hydraulic circuit includes at least one pump (7, 9) for conveying a hydraulic medium flow, at least one cooler for cooling the hydraulic medium flow, and a volume control valve for adjusting the hydraulic medium flow for at least one cooling system (221, 223) associated with clutches (K1, K2) of the dual clutch transmission, characterised in that the volume control valve is constructed as a 4/3-way valve, in particular as a 4/3-way proportional valve, and conveys the hydraulic medium flow in a first switching position to a first cooling system associated with a first of the clutches, in a second switching position to a tank providing the hydraulic medium, and in a third switching position to a second cooling system associated with a second of the clutches.
A textile machine system comprising a plurality of textile machines, characterized in that each of the textile machines includes: at least one fiber processing unit; a control device that manages information on the fiber processing unit and controls the fiber processing unit; and a wireless communication section that can carry out wireless communication according to a predetermined wireless communication standard, and the wireless communication section can carry out the wireless communication directly with a wireless communication section provided in another textile machine, and the control device of the textile machine transmits and receives the information to and from a control device provided in the another textile machine via the wireless communication by the wireless communication section. at least one fiber processing unit; a control device that manages information on the fiber processing unit and controls the fiber processing unit; and a wireless communication section that can carry out wireless communication according to a predetermined wireless communication standard, and the wireless communication section can carry out the wireless communication directly with a wireless communication section provided in another textile machine, and the control device of the textile machine transmits and receives the information to and from a control device provided in the another textile machine via the wireless communication by the wireless communication section.
A vivarium comprising a lid in an upper portion of the vivarium; said lid revealing, in use, an aperture to facilitate access to the vivarium; and an optically clear side wall defining a substantially circular circumference around the contents, in use, of the vivarium; wherein said upper portion incorporates a fan for causing the circulation of air in said vivarium; whereby said fan and said side wall are positioned to cause the air to substantially flow in a spiral motion defined by said side wall; wherein means are provided to draw a proportion of air from outside the vivarium whilst a proportion of air is recirculated; wherein said upper portion incorporates a humidifier which humidifies the air for circulation in the vivarium.
An apparatus, comprising: a substrate having defined therein: an upper microfluidic channel passing through the substrate along a first direction; a lower microfluidic channel, passing through the substrate along a second direction, a portion of the lower microfluidic channel passing beneath a portion of the upper microfluidic channel to form a cross-channel area; and a porous membrane disposed between the upper and lower microfluidic channels proximate to the cross-channel area to form a semi-permeable barrier between the upper and lower microfluidic channels, wherein the porous membrane comprises one of porous nanocrystalline silicon or porous polysilicon. a substrate having defined therein: an upper microfluidic channel passing through the substrate along a first direction; a lower microfluidic channel, passing through the substrate along a second direction, a portion of the lower microfluidic channel passing beneath a portion of the upper microfluidic channel to form a cross-channel area; and an upper microfluidic channel passing through the substrate along a first direction; a lower microfluidic channel, passing through the substrate along a second direction, a portion of the lower microfluidic channel passing beneath a portion of the upper microfluidic channel to form a cross-channel area; and a porous membrane disposed between the upper and lower microfluidic channels proximate to the cross-channel area to form a semi-permeable barrier between the upper and lower microfluidic channels,
A floating disc brake assembly, comprising a disc brake rotor comprising an outer frictionring, an inner circumferential flange having a plurality of rotor tabs spaced about the flange and a circumferential groove 2. about the inner circumferential flange; a hat comprising: a cylindrical axial body having axially opposed first and second ends (132a, 132b), an outer circumference, a rotor mounting flange extending radially about the outer circumference and having a plurality of rotor mounting tabs the plurality of rotor mounting tabs spaced about the rotor mounting flange and forming slots interspersed therebetween, the slots structured and arranged for receiving the rotor tabs, and a circumferential groove about the outer circumference of the axial body, structured and arranged to align with the circumferential groove of the disc brake rotor; and at least one expander ring structured and arranged to fit within the circumferential grooves of both the rotor and the hat, characterised in that the expander ring has a radial wave having peak portions and valley portions formed around the entirety of the ring and wherein a portion of the cylindrical axial body of the hat is chamfered to fit into the inner circumferential flange of the disc brake rotor and compress the valley portions of the expander ring upon assembly.
An inertial drive actuator comprising: a shift unit that generates a small shift in a first direction and in a second direction opposite to the first direction; a vibration base plate (4, 40) that moves to and fro with the small shift of the shift unit; a mover disposed on a flat surface of the vibration base plate and having a first magnetic field generating unit; a first yoke that concentrates magnetic flux generated by the first magnetic field generating unit at predetermined positions in the N and S poles; and a second yoke disposed on a side of the vibration base plate facing away from the mover, and a frictional force acting between the mover and the vibration base plate is controllable by a magnetic field generated by the first magnetic field generating unit to drive the mover, characterised in that the first yoke and an end portion of the second yoke are opposed to each other at a position outside the vibration base plate, thereby mechanically restricting movement of the mover with respect to a direction perpendicular to the driving direction. a shift unit that generates a small shift in a first direction and in a second direction opposite to the first direction; a vibration base plate (4, 40) that moves to and fro with the small shift of the shift unit; a mover disposed on a flat surface of the vibration base plate and having a first magnetic field generating unit; a first yoke that concentrates magnetic flux generated by the first magnetic field generating unit at predetermined positions in the N and S poles; and a second yoke disposed on a side of the vibration base plate facing away from the mover, and a frictional force acting between the mover and the vibration base plate is controllable by a magnetic field generated by the first magnetic field generating unit to drive the mover, characterised in that the first yoke and an end portion of the second yoke are opposed to each other at a position outside the vibration base plate, thereby mechanically restricting movement of the mover with respect to a direction perpendicular to the driving direction.
A device for detecting formation of water ice on a substrate, the device comprising: a first permanent magnet; a second permanent magnet; the first and second permanent magnets (204, 206) being spaced apart and arranged with a north pole of one magnet opposed to a south pole of the other magnet such that the first and second permanent magnets (204, 206) are normally attracted to each other; a container which contains a body of water within the space between the permanent magnets; at least one of the permanent magnets being movable in the container relative to the other of the permanent magnets; and a heat conductor arrangement for conducting heat between said substrate and the body of water in the container; whereby as heat is conducted in use from the body of water in the container to said substrate by the heat conductor arrangement and the temperature of the body of water decreases below the temperature at which the density of water is a maximum, the volume of the body of water increases which drives the first and second permanent magnets (204, 206) apart from each other. a first permanent magnet; a second permanent magnet; the first and second permanent magnets (204, 206) being spaced apart and arranged with a north pole of one magnet opposed to a south pole of the other magnet such that the first and second permanent magnets (204, 206) are normally attracted to each other; a container which contains a body of water within the space between the permanent magnets; at least one of the permanent magnets being movable in the container relative to the other of the permanent magnets; and a heat conductor arrangement for conducting heat between said substrate and the body of water in the container; whereby as heat is conducted in use from the body of water in the container to said substrate by the heat conductor arrangement and the temperature of the body of water decreases below the temperature at which the density of water is a maximum, the volume of the body of water increases which drives the first and second permanent magnets (204, 206) apart from each other.