mhurhangee/patent-ind-claim-en huggingface dataset:
A stent for placement in body, wherein the stent is a long tube-shaped body having both end regions; the long tube-shaped body is expandable in the radial direction from a compressed first diameter to a second expanded diameter; the stent has a first end section , a second end section , a third central section , a fourth section between the first end and the third central sections , and a fifth section between the second end and third central sections ; each section has cylindrical shape elements; the cylindrical shape elements consist of almost wave-formed elements; the cylindrical shape elements are expandable in a radial direction; and the cylindrical shape elements are connected to each other substantially in a well-aligned manner about the longitudinal-direction axis line by connecting some, but not all, of wave-top regions of the almost wave-formed elements directly to each other; the cross sectional area of the basic shape strut in the fourth section is smaller than that of the basic shape strut in the first end section and that of the basic shape strut in the third central section ; and the cross sectional area of the basic shape strut in the fifth section is smaller than that of the basic shape strut in the second end section and that of the basic shape strut in the third central section ; characterized in that the fourth section and the fifth section are located in the area including the regions of approximately 1.35 mm to 3.75 mm separated from the stent ends. the stent is a long tube-shaped body having both end regions; the long tube-shaped body is expandable in the radial direction from a compressed first diameter to a second expanded diameter; the stent has a first end section , a second end section , a third central section , a fourth section between the first end and the third central sections , and a fifth section between the second end and third central sections ; each section has cylindrical shape elements; the cylindrical shape elements consist of almost wave-formed elements; the cylindrical shape elements are expandable in a radial direction; and the cylindrical shape elements are connected to each other substantially in a well-aligned manner about the longitudinal-direction axis line by connecting some, but not all, of wave-top regions of the almost wave-formed elements directly to each other; the cross sectional area of the basic shape strut in the fourth section is smaller than that of the basic shape strut in the first end section and that of the basic shape strut in the third central section ; and the cross sectional area of the basic shape strut in the fifth section is smaller than that of the basic shape strut in the second end section and that of the basic shape strut in the third central section ; characterized in that the fourth section and the fifth section are located in the area including the regions of approximately 1.35 mm to 3.75 mm separated from the stent ends.
A communication method, the method comprises obtaining (S110), by a terminal, configuration information for common resources; determining (S120), by the terminal, available resources for data transmission based on the configuration information for common resources; and performing (S130), by the terminal, data transmission based on the available resources; wherein the configuration information for common resources comprises one or more items of configuration information divided within one time period, and each item of configuration information comprises at least one of a resource identifier, a time-domain resource, a frequency-domain resource, a modulation and coding scheme or a transmission block size; the method being characterised in that determining (S120), by the terminal, the available resources for data transmission comprises: determining, by the terminal based on a terminal identifier, a transmission time period when data transmission is performed; and determining, by the terminal, a corresponding item of configuration information in the configuration information for common resources based on the terminal identifier. obtaining (S110), by a terminal, configuration information for common resources; determining (S120), by the terminal, available resources for data transmission based on the configuration information for common resources; and performing (S130), by the terminal, data transmission based on the available resources; wherein the configuration information for common resources comprises one or more items of configuration information divided within one time period, and each item of configuration information comprises at least one of a resource identifier, a time-domain resource, a frequency-domain resource, a modulation and coding scheme or a transmission block size; the method being characterised in that determining (S120), by the terminal, the available resources for data transmission comprises: determining, by the terminal based on a terminal identifier, a transmission time period when data transmission is performed; and determining, by the terminal, a corresponding item of configuration information in the configuration information for common resources based on the terminal identifier. determining, by the terminal based on a terminal identifier, a transmission time period when data transmission is performed; and determining, by the terminal, a corresponding item of configuration information in the configuration information for common resources based on the terminal identifier.
A support apparatus for supporting a person (140, the support apparatus comprising: a top surface including one or more predetermined areas ; one or more conduits located inside the support apparatus , a portion of one or more conduits being located proximate to the one or more predetermined areas ; an air supply configured to provide air to the one or each conduit for delivering to the one or more predetermined areas , the air supply comprising a cooling element configured to cool the air to a predetermined temperature, wherein a first end and a second end of the or each conduit are connected to the air supply ; and a self-powered generator supplying power to the air supply , the self-powered generator being located within the support apparatus . a top surface including one or more predetermined areas ; one or more conduits located inside the support apparatus , a portion of one or more conduits being located proximate to the one or more predetermined areas ; an air supply configured to provide air to the one or each conduit for delivering to the one or more predetermined areas , the air supply comprising a cooling element configured to cool the air to a predetermined temperature, wherein a first end and a second end of the or each conduit are connected to the air supply ; and a self-powered generator supplying power to the air supply , the self-powered generator being located within the support apparatus .
An extracellular vesicle (EV) comprising at least one polypeptide construct comprising: (i) at least one polypeptide of interest (Pol); (ii) at least one exosomal polypeptide; and, (iii) a polypeptide-based release system, wherein the polypeptide-based release system releases the at least one Pol from the at least one exosomal polypeptide upon endogenous activation, and wherein the polypeptide-based release system is selected from a cis-cleaving release system or a nuclear localization signal (NLS) - nuclear localization signal-binding protein (NLSBP) (NLS-NLSBP) release system. (i) at least one polypeptide of interest (Pol); (ii) at least one exosomal polypeptide; and, (iii) a polypeptide-based release system,
System for mounting a motor vehicle hood on the body of the vehicle, comprising an element for slidably guiding the hood relative to the body in a longitudinal direction (X) of the vehicle, an element for locking the hood immobilizing the hood relative to the body in a closed position, in which it seals off an engine compartment, the locking element assuming an activated state as a result of a sliding movement of the hood relative to the body in the longitudinal direction (X) of the vehicle in a first direction, the guide element comprises an element for self-centring the hood relative to the body in a direction (Y) transverse to the vehicle while the hood slides in the first direction, characterized in that the self-centring element comprises a first component intended to be secured to the hood when the hood is in its closed position and a second component intended to be secured to the hood when the hood is in its closed position, the first component cooperating with the second component by contact and sliding ensuring a transverse guiding of the first component relative to the second component during the movement involving the sliding of the hood in the first direction in the longitudinal direction (X) and ensuring that the closed position of the hood is a predetermined position in the transverse direction (Y) that is constant relative to the body, notably centred, pairs of first and second components being arranged on the right and on the left when seen from the transverse direction (Y).
A computer-implemented method of determining and presenting a seeding rate recommendation for sowing plant seeds in a field, the method comprising: using seeding query logic in a server computer system , receiving digital data representing planting parameters comprising hybrid seed type information and planting row width; using the seeding query logic , retrieving multiple digital seeding models from an electronic digital seeding data repository based upon the planting parameters, wherein the multiple digital seeding models each contain a regression model for the hybrid seed type, wherein the regression model models, for a specific field, how plant yield changes when seeding rate is varied for the specific field; using mixture model logic in the server computer system, generating an empirical mixture model in digital computer memory based upon the multiple digital seeding models, wherein the empirical mixture model is a composite distribution of the multiple digital seeding models; using the mixture model logic , generating an optimal seeding rate distribution dataset in the digital computer memory based upon the empirical mixture model, wherein the optimal seeding rate distribution dataset represents the optimal seeding rate for all measured field; using optimal seeding rate recommendation logic in the server computer system, calculating and presenting on a digital display device an optimal seeding rate recommendation based upon the optimal seeding rate distribution dataset; using the optimal seeding rate recommendation, generating a script that is downloadable by a controller to control an operating parameter of an agricultural apparatus. using seeding query logic in a server computer system , receiving digital data representing planting parameters comprising hybrid seed type information and planting row width; using the seeding query logic , retrieving multiple digital seeding models from an electronic digital seeding data repository based upon the planting parameters, wherein the multiple digital seeding models each contain a regression model for the hybrid seed type, wherein the regression model models, for a specific field, how plant yield changes when seeding rate is varied for the specific field; using mixture model logic in the server computer system, generating an empirical mixture model in digital computer memory based upon the multiple digital seeding models, wherein the empirical mixture model is a composite distribution of the multiple digital seeding models; using the mixture model logic , generating an optimal seeding rate distribution dataset in the digital computer memory based upon the empirical mixture model, wherein the optimal seeding rate distribution dataset represents the optimal seeding rate for all measured field; using optimal seeding rate recommendation logic in the server computer system, calculating and presenting on a digital display device an optimal seeding rate recommendation based upon the optimal seeding rate distribution dataset; using the optimal seeding rate recommendation, generating a script that is downloadable by a controller to control an operating parameter of an agricultural apparatus.
A robotic work tool system comprising a robotic working tool arranged to operate in a work area defined by a boundary , the robotic working tool comprising a signal navigation device , an optical navigation sensor , and a controller , wherein the controller is configured to: follow an intended boundary as defined by one or more boundary points (BP) in a first direction using the optical navigation sensor to record features utilizing SLAM; determine a location of at least one of the boundary points (BP); determine a variance of the location(s); and characterized by being further configured to determine the boundary based on the variance of the location(s) utilizing the innermost of the variance(s) by creating an inner envelope using intersections of tangents for variance circles, where the innermost tangent(s) is used, where a variance circle is defined as a singular variance, i.e. a circle around the boundary point's location. follow an intended boundary as defined by one or more boundary points (BP) in a first direction using the optical navigation sensor to record features utilizing SLAM; determine a location of at least one of the boundary points (BP); determine a variance of the location(s); and characterized by being further configured to determine the boundary based on the variance of the location(s) utilizing the innermost of the variance(s) by creating an inner envelope using intersections of tangents for variance circles, where the innermost tangent(s) is used, where a variance circle is defined as a singular variance, i.e. a circle around the boundary point's location.
A first communication device of a plurality of communication devices (100a-c) configured to operate in a network-assisted communication mode, that is with an active connection established to a base station , for communicating with further communication devices (100b,c) of the plurality of communication devices (100a-c) and a plurality of other communication devices (101a-d), wherein the first communication device is configured to receive a communication resource selection message broadcasted by at least one second communication device of the plurality of other communication devices (101a-d), the second communication device being operated in an ad-hoc communication mode, that is without an active connection established to the base station , wherein the communication resource selection message includes information about a first data channel communication resource selected by the second communication device of the plurality of other communication devices (101a-d), wherein the first communication device is configured to forward the information about the first data channel communication resource selected by the second communication device of the plurality of other communication devices (101a-d) to the base station , wherein the first communication device is configured to receive a communication resource allocation message from the base station including information about a second data channel communication resource allocated to the first communication device , wherein the second data channel communication resource allocated to the first communication device is different to the first data channel communication resource selected by the second communication device of the plurality of other communication devices (101a-d), wherein the first communication device is configured to communicate with the further communication devices (100b,c) of the plurality of communication devices (100a-c) and the plurality of other communication devices (101a-d) using the second data channel communication resource allocated to the first communication device .
A method of operating a molding apparatus having a plurality of molding cavities , comprising measuring a pressure profile for a first molding cavity and a second molding cavity; comparing the pressure profiles; adjusting an operational parameter of the molding apparatus to obtain the same pressure profile within all of the molding cavities , wherein measuring a pressure profile comprises measuring the molten material pressure using a core assembly of the mold cavity, characterized in that the measuring comprises measuring the in-mold pressure using the entire active surface of the core assembly .
An auxiliary for controlling at least one functionality, intended to be fixed on a tubular support and including a series of modules each provided with a body forming a support, these bodies being movable together to occupy an unfolded position or a rolled-up position to form together a sleeve intended to surround the tubular support, the auxiliary including a device for maintaining the bodies in the rolled-up position, the auxiliary being characterized in that the bodies are attached to each other in the unfolded position and in the rolled-up position and in that at least two modules are each equipped with at least one actuation key connected to an electrical control circuit supported by the body and delivering an output signal upon actuation of the corresponding key to ensure the control of at least one piece of equipment for implementing a functionality.
Furniture element , in particular a shelf or rack having at least one support plane, comprising - a carcass and a bottom panel , - wherein mutually facing support surfaces of the carcass or a support panel attached to an underside of the carcass and the bottom panel each have at least one running groove in which rolling elements are guided, - wherein the carcass is movable relative to the bottom panel from an initial position to an intermediate position and further to an open position and back, - wherein in the intermediate position the carcass is rotated relative to the bottom panel in a direction of rotation (R 1 , R 2 ) and displaced in a predetermined direction (A), - a mechanism for opening and/or closing the carcass with a force accumulator supporting an opening and/or closing movement of the carcass , characterized by - a guide channel which predetermines the direction (A) is provided in the bottom panel , in which guide channel a guide element is displaceably mounted and the mechanism is coupled to the guide element , wherein the force accumulator is fixed to the bottom panel and coupled to the guide element to support a displacement movement in the guide channel . - a carcass and a bottom panel , - wherein mutually facing support surfaces of the carcass or a support panel attached to an underside of the carcass and the bottom panel each have at least one running groove in which rolling elements are guided, - wherein the carcass is movable relative to the bottom panel from an initial position to an intermediate position and further to an open position and back, - wherein in the intermediate position the carcass is rotated relative to the bottom panel in a direction of rotation (R 1 , R 2 ) and displaced in a predetermined direction (A), - a mechanism for opening and/or closing the carcass with a force accumulator supporting an opening and/or closing movement of the carcass , characterized by - a guide channel which predetermines the direction (A) is provided in the bottom panel , in which guide channel a guide element is displaceably mounted and the mechanism is coupled to the guide element , wherein the force accumulator is fixed to the bottom panel and coupled to the guide element to support a displacement movement in the guide channel .
A computer-implemented method, comprising: identifying first weather information associated with a first time, and a first location, and a first weather event; identifying second weather information associated with a second time; identifying third weather information associated with a third time and the first weather event; identifying observation data received from a user and related to the first weather information; and generating, for display on a display device, a first timeline based on the observation data , the first weather information, the second weather information, and the third weather information. identifying first weather information associated with a first time, and a first location, and a first weather event; identifying second weather information associated with a second time; identifying third weather information associated with a third time and the first weather event; identifying observation data received from a user and related to the first weather information; and generating, for display on a display device, a first timeline based on the observation data , the first weather information, the second weather information, and the third weather information.
An external functional device with a device , wherein the device comprises: - at least one fluid receiving chamber for receiving at least one first medical fluid ; and - at least one hydrophobic filter device with a filter surface, characterized in that , - the device comprises at least one fluid supply chamber for supplying a second fluid, wherein the fluid supply chamber is connected to the fluid receiving chamber in at least a portion thereof; - the fluid supply chamber comprises at least one fluid connector through which a second gaseous fluid , in particular air, can be supplied to the fluid supply chamber ; - the second fluid can be supplied to the fluid receiving chamber through the filter device; - the fluid supply chamber and the fluid receiving chamber are only in fluid communication with each other via the filter device; and - a normal vector on the filter surface of the hydrophobic filter device is not parallel to a normal vector on a fluid level of the first fluid received in the fluid receiving chamber in use; and - the filter device comprises at least one filter membrane and wherein the filter device comprises one supporting structure on at least one side of the filter membrane . - at least one fluid receiving chamber for receiving at least one first medical fluid ; and - at least one hydrophobic filter device with a filter surface, characterized in that , - the device comprises at least one fluid supply chamber for supplying a second fluid, wherein the fluid supply chamber is connected to the fluid receiving chamber in at least a portion thereof; - the fluid supply chamber comprises at least one fluid connector through which a second gaseous fluid , in particular air, can be supplied to the fluid supply chamber ; - the second fluid can be supplied to the fluid receiving chamber through the filter device; - the fluid supply chamber and the fluid receiving chamber are only in fluid communication with each other via the filter device; and - a normal vector on the filter surface of the hydrophobic filter device is not parallel to a normal vector on a fluid level of the first fluid received in the fluid receiving chamber in use; and - the filter device comprises at least one filter membrane and wherein the filter device comprises one supporting structure on at least one side of the filter membrane .