mhurhangee/patent-ind-claim-en huggingface dataset:
An infant supporting chair comprising: a frame ; a seat movably supported on the frame; a unitary tray ; and a cooperative guidance and latching system configured: to magnetically pull the unitary tray toward at least one latching position with the unitary tray in range of the at least one latching position relative to the seat, releasably secure the unitary tray to the seat with the unitary tray engaged to the at least one latching position, and slidably position the unitary tray relative to the seat with the unitary tray partially disengaged from the at least one latching position. a frame ; a seat movably supported on the frame; a unitary tray ; and a cooperative guidance and latching system configured: to magnetically pull the unitary tray toward at least one latching position with the unitary tray in range of the at least one latching position relative to the seat, releasably secure the unitary tray to the seat with the unitary tray engaged to the at least one latching position, and slidably position the unitary tray relative to the seat with the unitary tray partially disengaged from the at least one latching position. to magnetically pull the unitary tray toward at least one latching position with the unitary tray in range of the at least one latching position relative to the seat, releasably secure the unitary tray to the seat with the unitary tray engaged to the at least one latching position, and slidably position the unitary tray relative to the seat with the unitary tray partially disengaged from the at least one latching position.
A communication device for supporting machine type communication within a cellular communication network, the communication device comprising: means for storing expected location information representing at least one area in which the communication device is expected to be located whilst in an offline state where the communication device is not attached for communication within the network; means for identifying a cell in which the communication device is currently located; and means for determining, from said expected location information, whether or not said cell forms at least part of said at least one area, wherein: when said at least one area is determined, by the determining means, while the communication device is in the offline state where the communication device is not attached for communication within the network, not to comprise the cell in which the communication device is currently located, the communication device is configured to move from the offline state to an online state by attaching to the network in response to said determination, and communicate information identifying the cell in which the communication device is currently located to the network. means for storing expected location information representing at least one area in which the communication device is expected to be located whilst in an offline state where the communication device is not attached for communication within the network; means for identifying a cell in which the communication device is currently located; and means for determining, from said expected location information, whether or not said cell forms at least part of said at least one area, wherein: when said at least one area is determined, by the determining means, while the communication device is in the offline state where the communication device is not attached for communication within the network, not to comprise the cell in which the communication device is currently located, the communication device is configured to move from the offline state to an online state by attaching to the network in response to said determination, and communicate information identifying the cell in which the communication device is currently located to the network.
A method of operation of a memory controller that controls the operation of an integrated circuit memory device , the memory device having a data input/output (I/O) circuit, the method comprising: supplying a first digital value to a first termination control circuit of the memory device to control an impedance of a first load element; supplying a second digital value to a second termination control circuit of the memory device to control an impedance of a second load element; wherein a first one of two termination impedances is applied to the data I/O circuit during an idle state of the memory device effecting a first termination (Hard_T), and a second one of the two termination impedances is applied to the data I/O circuit, effecting a second termination (Soft_T) to the data I/O circuit while the memory device receives write data; wherein the first one of the termination impedances is applied to the data I/O circuit during a time period that follows directly after the memory device receives write data, wherein the first termination impedance and the second termination impedance have different impedance values; and wherein the memory controller receives read data from the memory device during a memory read operation, wherein the two termination impedances are decoupled from the data I/O circuit during outputting read data from the memory device via the data I/O circuit during the memory read operation. supplying a first digital value to a first termination control circuit of the memory device to control an impedance of a first load element; supplying a second digital value to a second termination control circuit of the memory device to control an impedance of a second load element; wherein a first one of two termination impedances is applied to the data I/O circuit during an idle state of the memory device effecting a first termination (Hard_T), and a second one of the two termination impedances is applied to the data I/O circuit, effecting a second termination (Soft_T) to the data I/O circuit while the memory device receives write data; wherein the first one of the termination impedances is applied to the data I/O circuit during a time period that follows directly after the memory device receives write data, wherein the first termination impedance and the second termination impedance have different impedance values; and wherein the memory controller receives read data from the memory device during a memory read operation, wherein the two termination impedances are decoupled from the data I/O circuit during outputting read data from the memory device via the data I/O circuit during the memory read operation.
A method of determining a fused sensor measurement, the method comprising: a. obtaining , by a processor, a number of sensor measurements from each of a plurality of sensors detecting a same type of physiological measurement; b. determining , by the processor, a signal quality index of each sensor, wherein the signal quality index comprises determining an extent to which a sensor measurement differs from the others among the number of sensor measurements obtained from each sensor; c. determining , by the processor, filtered sensor measurements by performing a Kalman filter operation on every sensor measurement obtained from the sensors; d. determining , by the processor, a weightage of each sensor based on the signal quality index of each sensor; e. determining , by the processor, a fused sensor measurement from the plurality of sensors based on the weightage of each sensor and the filtered sensor measurements of each sensor, characterised by that the weightage of each sensor is furthermore based on a difference between the filtered sensor measurement and the corresponding actual measurement of such sensor. a. obtaining , by a processor, a number of sensor measurements from each of a plurality of sensors detecting a same type of physiological measurement; b. determining , by the processor, a signal quality index of each sensor, wherein the signal quality index comprises determining an extent to which a sensor measurement differs from the others among the number of sensor measurements obtained from each sensor; c. determining , by the processor, filtered sensor measurements by performing a Kalman filter operation on every sensor measurement obtained from the sensors; d. determining , by the processor, a weightage of each sensor based on the signal quality index of each sensor; e. determining , by the processor, a fused sensor measurement from the plurality of sensors based on the weightage of each sensor and the filtered sensor measurements of each sensor,
Aircraft pylon comprising a primary structure comprising structural tubes and a pipe segment having an internal duct , each structural tube comprising a tubular wall (P30, P32, P34) that separates an interior zone (Zi) from an exterior zone (Ze), the internal duct of the pipe segment being positioned in the interior zone (Zi) of at least one of the structural tubes of the primary structure , and the primary structure comprising at least one first or second passage hole passing through at least one of the tubular walls (P30, P32, P34) of the structural tubes of the primary structure , the first or second passage hole being configured to allow the internal duct to pass therethrough, the pylon comprising an upstream and/or downstream pipe segment comprising an external duct which forms, with the internal duct , a twin-walled pipe, the external duct comprising an end (76.1) oriented towards one of the structural tubes of the primary structure and the pylon comprising a leak-tight connection connecting the end (76.1) of the external duct and one of the structural tubes of the primary structure , characterized in that this connection comprises: a. an end wall fitted to the end (76.1) of the external duct and held clamped against the tubular wall (P30, P34) of the structural tube all around the first or second passage hole , this end wall having a passage orifice through which the internal duct passes, b. a tubular extension that prolongs the passage orifice and is push-fitted into the first or second passage hole , c. at least one first seal , surrounding the first or second passage hole , interposed between the end wall and the tubular wall (P30, P34) of the structural tube , d. at least one second seal interposed between the internal duct and the tubular extension . a. an end wall fitted to the end (76.1) of the external duct and held clamped against the tubular wall (P30, P34) of the structural tube all around the first or second passage hole , this end wall having a passage orifice through which the internal duct passes, b. a tubular extension that prolongs the passage orifice and is push-fitted into the first or second passage hole , c. at least one first seal , surrounding the first or second passage hole , interposed between the end wall and the tubular wall (P30, P34) of the structural tube , d. at least one second seal interposed between the internal duct and the tubular extension .
Drive unit for an auxiliary drive of a vehicle , in particular of a trailer , which drive unit has an axle with an axle member , a vehicle wheel and disposed therebetween a wheel swing arm , wherein the drive unit drives the vehicle wheel on demand and has a driving means as well as a drive train , and a propulsion means which acts on the vehicle wheel , wherein the driving means is assigned to the axle , characterized in that the driving means is disposed in a hollow axle member and the drive train extends along the wheel swing arm .
A foldable display device , comprising: a first section that includes a first display screen ; a second section that includes a second display screen , wherein the first section and the second section are coupled along a longitudinal axis of rotation , the first section and the second section configured so that in a closed state the first display screen and the second display screen are in a face-to-face configuration; and a third section that includes a user interface surface on a reverse side of the first section, wherein the user interface surface is configured to allow interaction by a user to select content, during the closed state, to be shown on one or both of the first display screen or the second display screen during an open state of the foldable display device, wherein the foldable display device is further configured to prioritize the selected content from a plurality of contents to be displayed by activating applications associated with the selected content in response to the foldable display device transitioning from the closed state to the open state. a first section that includes a first display screen ; a second section that includes a second display screen , wherein the first section and the second section are coupled along a longitudinal axis of rotation , the first section and the second section configured so that in a closed state the first display screen and the second display screen are in a face-to-face configuration; and a third section that includes a user interface surface on a reverse side of the first section, wherein the user interface surface is configured to allow interaction by a user to select content, during the closed state, to be shown on one or both of the first display screen or the second display screen during an open state of the foldable display device, wherein the foldable display device is further configured to prioritize the selected content from a plurality of contents to be displayed by activating applications associated with the selected content in response to the foldable display device transitioning from the closed state to the open state.
Satellite capable of being stationed in geostationary orbit around a planet in a plane that is inclined relative to the ecliptic plane, comprising a radiator, the radiator comprising: - at least one panel having at least one radiative surface extending perpendicularly to a radiation axis (S), the panel being mounted so as to pivot relative to said radiation axis (S), - a mounting foot carrying the panel , and - a motor suitable for rotating the mounting foot about a rotation axis (R), wherein the radiation axis (S) and the rotation axis (R) are tilted relative to each other by an operating angle (α) corresponding to the angle of inclination of the satellite's orbital plane relative to the ecliptic plane, such that for any rotation of the mounting foot about the rotation axis (R), the radiative surface remains parallel to the ecliptic plane, and wherein the radiator further comprises a guidance system for the panel , limiting rotation of the panel about the rotation axis (R), so as to maintain the panel in a given orientation relative to the satellite, characterized in that the panel guidance system comprises a connecting arm connecting the panel to the satellite, mounted so as to pivot relative to the satellite about a first axis (X), and mounted so as to pivot relative to the panel about a second axis (Y) concurrent with the first axis at a meeting point (O) coincident with a point of intersection between the radiation axis (S) and the rotation axis (R). - at least one panel having at least one radiative surface extending perpendicularly to a radiation axis (S), the panel being mounted so as to pivot relative to said radiation axis (S), - a mounting foot carrying the panel , and - a motor suitable for rotating the mounting foot about a rotation axis (R), wherein the radiation axis (S) and the rotation axis (R) are tilted relative to each other by an operating angle (α) corresponding to the angle of inclination of the satellite's orbital plane relative to the ecliptic plane, such that for any rotation of the mounting foot about the rotation axis (R), the radiative surface remains parallel to the ecliptic plane, and wherein the radiator further comprises a guidance system for the panel , limiting rotation of the panel about the rotation axis (R), so as to maintain the panel in a given orientation relative to the satellite, characterized in that the panel guidance system comprises a connecting arm connecting the panel to the satellite, mounted so as to pivot relative to the satellite about a first axis (X), and mounted so as to pivot relative to the panel about a second axis (Y) concurrent with the first axis at a meeting point (O) coincident with a point of intersection between the radiation axis (S) and the rotation axis (R).
Thermoplastic polyurethane resin comprising a reaction product of a polyisocyanate component containing 50 mol% or more of an isocyanate group of 1,4-bis(isocyanatomethyl) cyclohexane relative to a total mol of the isocyanate group, and a polyol component containing macropolyol, isosorbide, and aliphatic diol with 3 to 8 carbon atoms; wherein relative to a total mol of the isosorbide and the aliphatic diol, the isosorbide content is 60 mol% or more and 95 mol% or less. a polyol component containing macropolyol, isosorbide, and aliphatic diol with 3 to 8 carbon atoms; wherein relative to a total mol of the isosorbide and the aliphatic diol, the isosorbide content is 60 mol% or more and 95 mol% or less.
A capsule forming composition comprising: - a film-forming agent selected from the group consisting of: gelatin, pullulan, or cellulose based polymers; and - an opacifying agent in the form of precipitated calcium carbonate in an amount of between 4.5 and 6.5 wt% based on dry weight of the capsule forming formulation. - a film-forming agent selected from the group consisting of: gelatin, pullulan, or cellulose based polymers; and - an opacifying agent in the form of precipitated calcium carbonate in an amount of between 4.5 and 6.5 wt% based on dry weight of the capsule forming formulation.
Bread slicing machine for cutting slices from cutting material, in particular bread, comprising a cutting device having a circular knife which is mounted in a machine housing in a waiting position and is driven by a motor enclosed by the machine housing , the circular knife being rotatably attached to a knife arm, a cutting space for the cutting material being formed on or in the machine housing , the cutting space having a guide gap , the circular knife in the guide gap being movable through an extension gap of the machine housing from the waiting position into the cutting space by moving the guide arm, a hood for covering the rotating circular knife during operation being arranged on the machine housing , the hood having a locking mechanism by means of which the hood is always locked when the circular knife is in the cutting space and/or in the operating state, the guide gap being able to be covered by a rocker that can be moved perpendicularly to the direction of movement of the circular knife when the circular knife is in the waiting position , the rocker arm being displaceable away from the guide gap simultaneously with the extension of the circular knife from the waiting position , as a result of which the guide gap is opened, characterized in that a cover plate is rigidly fastened on a cutting-material-side surface of the rocker , which cover plate protrudes substantially vertically away from the rocker and always covers the extension gap when the circular knife is in the waiting position , the cover plate being movable away from the extension gap with forced guidance simultaneously with the movement of the rocker arm , as a result of which the extension gap is opened.
A lay-up apparatus for laying up fibre reinforcement material, the lay-up apparatus comprising: a lay-up tool defining a lay-up surface ; and a placement head having a flexible membrane which is conformable to the lay-up surface , and a membrane vacuum port extending through the membrane and configured to hold a ply against the membrane when suction is applied through the membrane vacuum port ; wherein the placement head is configured to cooperate with the lay-up tool to form an airtight chamber between the membrane and the lay-up tool when a ply is held against the membrane ; wherein the lay-up tool comprises a consolidation vacuum port configured to permit evacuation of the airtight chamber to cause the membrane and ply to move towards the lay-up surface ; and wherein the membrane vacuum port is controllably moveable relative a support structure of the placement head from a ply holding position to a consolidation position, such that the moveable membrane vacuum port further permits the membrane and the ply to conform to the lay-up surface , as they move towards the lay-up surface during evacuation of the chamber , when the placement head cooperates with the lay-up tool , and to mechanically clamp the ply between the membrane and the lay-up tool when the placement head cooperates with the lay-up tool . a lay-up tool defining a lay-up surface ; and a placement head having a flexible membrane which is conformable to the lay-up surface , and a membrane vacuum port extending through the membrane and configured to hold a ply against the membrane when suction is applied through the membrane vacuum port ; wherein the placement head is configured to cooperate with the lay-up tool to form an airtight chamber between the membrane and the lay-up tool when a ply is held against the membrane ; wherein the lay-up tool comprises a consolidation vacuum port configured to permit evacuation of the airtight chamber to cause the membrane and ply to move towards the lay-up surface ; and wherein the membrane vacuum port is controllably moveable relative a support structure of the placement head from a ply holding position to a consolidation position, such that the moveable membrane vacuum port further permits the membrane and the ply to conform to the lay-up surface , as they move towards the lay-up surface during evacuation of the chamber , when the placement head cooperates with the lay-up tool , and to mechanically clamp the ply between the membrane and the lay-up tool when the placement head cooperates with the lay-up tool .
A method of providing user-customized information, the method comprising: transmitting location information about a location, at which a terminal is located, and time information about a time, when the location information is obtained, to a server (operation 210); obtaining situation information of the user of the terminal , predicted based on the location information and the time information, from the server (operation 220); requesting situation-adaptive information corresponding to a situation of the user from the server , based on the obtained situation information of the user, pre-stored profile information of the user, and state information of the terminal at a time when the location information is obtained (operation 230); and obtaining the situation-adaptive information from the server (operation 240); wherein the state information of the terminal comprises at least one of mode information, activation information of a communication module of the terminal , network access state information and application information. transmitting location information about a location, at which a terminal is located, and time information about a time, when the location information is obtained, to a server (operation 210); obtaining situation information of the user of the terminal , predicted based on the location information and the time information, from the server (operation 220); requesting situation-adaptive information corresponding to a situation of the user from the server , based on the obtained situation information of the user, pre-stored profile information of the user, and state information of the terminal at a time when the location information is obtained (operation 230); and obtaining the situation-adaptive information from the server (operation 240); wherein the state information of the terminal comprises at least one of mode information, activation information of a communication module of the terminal , network access state information and application information.