mhurhangee/patent-ind-claim-en huggingface dataset:
A working machine, in particular an agricultural working machine, a forestry machine or a construction machine, comprising a plurality of working members (1-5) for carrying out or assisting work and a driver assist system for controlling the working members (1-5) in accordance with at least one processing strategy which is predetermined at the greater side and which is adapted to fulfil at least one quality criterion (Q 1 , Q 2 , Q 3 , Q 4 , Q 5 , Q 6 , Q 7 , Q 8 ), wherein the driver assist system has a memory for storing data characterising the at least one processing strategy, a computing device for processing the data stored in the memory and a graphical user interface , wherein competing quality criteria (Q 1 , Q 2 , Q 3 , Q 4 , Q 5 , Q 6 , Q 7 , Q 8 ), are incorporated into the processing strategy in weighted relationship with each other in accordance with a weighting variable (G 1 , G 2 , G 3 , G 4 ), which weighting variable (G 1 , G 2 , G 3 , G 4 ) is visualised by way of a virtual operating element (16-19) of the graphical user interface and is predetermined at the operator side, characterised in that the driver assist system registers the strategy selection behaviour of the operator , prognosticates an optimisation target from the registered strategy selection behaviour and makes an optimisation proposal (O) for said prognosticated optimisation target, wherein the driver assist system on the basis of the assumed and/or adapted optimisation proposal (O) effects a variation in the weighting of the competing quality criteria (Q 1 , Q 2 , Q 3 , Q 4 , Q 5 , Q 6 , Q 7 , Q 8 ) which is then incorporated into the processing strategy.
A method for authenticating a permission of a user to access an action within a software application platform having a hierarchical permission system, the method comprising: receiving, from an application platform, a request to authenticate a user for access to an action within the application platform, the request including a token received from the user and an indication of an action to be performed by the user within the application platform; determining that the token includes an identification of the action as an action within the software application platform that the user has permission to perform; based on the identification of the action as a permissible action, providing a response to the application platform indicating that the user is authorized to perform the action within the software application platform; characterized in that , determining that the token should be refreshed because the user has access to an additional action to which the user previously did not have access; and generating a new version of the token by: obtaining a set of actions within the software application platform that the user has permission to perform within the software application, including the additional feature; generating a list of identifiers of the set of actions; and generating an encryption of at least the list of identifiers; providing the new version of the token to the application platform in the response to the application platform. receiving, from an application platform, a request to authenticate a user for access to an action within the application platform, the request including a token received from the user and an indication of an action to be performed by the user within the application platform; determining that the token includes an identification of the action as an action within the software application platform that the user has permission to perform; based on the identification of the action as a permissible action, providing a response to the application platform indicating that the user is authorized to perform the action within the software application platform; characterized in that , determining that the token should be refreshed because the user has access to an additional action to which the user previously did not have access; and generating a new version of the token by: obtaining a set of actions within the software application platform that the user has permission to perform within the software application, including the additional feature; generating a list of identifiers of the set of actions; and generating an encryption of at least the list of identifiers; obtaining a set of actions within the software application platform that the user has permission to perform within the software application, including the additional feature; generating a list of identifiers of the set of actions; and generating an encryption of at least the list of identifiers; providing the new version of the token to the application platform in the response to the application platform.
A computer-implemented method for contextualized input collection and intent determination for mobile devices, comprising: providing , by a mobile computing system comprising one or more computing devices, a lock screen interface associated with the mobile computing system, wherein the lock screen interface comprises an input collection element configured to cause capture of sensor data while selected; obtaining , by the mobile computing system from a user of the mobile computing system, an input signal that selects the input collection element; in response to obtaining the input signal, capturing , by the mobile computing system, the sensor data from a plurality of sensors of the mobile computing system, wherein the plurality of sensors comprises an audio sensor and one or both of a front image sensor or a rear image sensor; determining , by the mobile computing system based at least in part on the sensor data from the plurality of sensors, one or more suggested action elements from a plurality of predefined action elements, wherein the one or more suggested action elements are respectively indicative of one or more device actions, and wherein the device actions are actions that can be performed by the mobile computing system using the sensor data; and providing for display, by the mobile computing system at a display device associated with the mobile computing system, the one or more suggested action elements within the lock screen interface. providing , by a mobile computing system comprising one or more computing devices, a lock screen interface associated with the mobile computing system, wherein the lock screen interface comprises an input collection element configured to cause capture of sensor data while selected; obtaining , by the mobile computing system from a user of the mobile computing system, an input signal that selects the input collection element; in response to obtaining the input signal, capturing , by the mobile computing system, the sensor data from a plurality of sensors of the mobile computing system, wherein the plurality of sensors comprises an audio sensor and one or both of a front image sensor or a rear image sensor; determining , by the mobile computing system based at least in part on the sensor data from the plurality of sensors, one or more suggested action elements from a plurality of predefined action elements, wherein the one or more suggested action elements are respectively indicative of one or more device actions, and wherein the device actions are actions that can be performed by the mobile computing system using the sensor data; and providing for display, by the mobile computing system at a display device associated with the mobile computing system, the one or more suggested action elements within the lock screen interface.
A heat exchanger comprising; • a core comprising: o sets of tubular elements in fluid communication with a first pair of inlet and outlet to define first fluid flow there-though; o a plurality of fluid flow passages receiving fins therein are in fluid communication with a second pair of inlet and outlet to define second fluid flow there-though, the fluid flow passages are adapted to sandwich at least one set of tubular elements ; • a housing comprising a first portion and a second portion adapted to be assembled to form an enclosure and receive the core therein to define an assembled configuration of the core and the housing , the housing comprising a plurality of ribs adapted to extend from at least one of a first face and a second face of the housing respectively towards the core received in the housing , characterized in that the ribs extending from at least one of the first face and the second face comprising extended ribs and respectively adapted to limit fluid flow through gap between the core received in the housing and at least one of the respective first face and the second face in the assembled configuration, at least one first fin and at least one second fin disposed in respective first and second fluid flow passages and at extreme ends of the core adapted to be deformed to at least partially disrupt fluid flow through the respective first and second fluid flow passages and . • a core comprising: o sets of tubular elements in fluid communication with a first pair of inlet and outlet to define first fluid flow there-though; o a plurality of fluid flow passages receiving fins therein are in fluid communication with a second pair of inlet and outlet to define second fluid flow there-though, the fluid flow passages are adapted to sandwich at least one set of tubular elements ; o sets of tubular elements in fluid communication with a first pair of inlet and outlet to define first fluid flow there-though; o a plurality of fluid flow passages receiving fins therein are in fluid communication with a second pair of inlet and outlet to define second fluid flow there-though, the fluid flow passages are adapted to sandwich at least one set of tubular elements ; • a housing comprising a first portion and a second portion adapted to be assembled to form an enclosure and receive the core therein to define an assembled configuration of the core and the housing , the housing comprising a plurality of ribs adapted to extend from at least one of a first face and a second face of the housing respectively towards the core received in the housing , characterized in that the ribs extending from at least one of the first face and the second face comprising extended ribs and respectively adapted to limit fluid flow through gap between the core received in the housing and at least one of the respective first face and the second face in the assembled configuration, at least one first fin and at least one second fin disposed in respective first and second fluid flow passages and at extreme ends of the core adapted to be deformed to at least partially disrupt fluid flow through the respective first and second fluid flow passages and .
An in vivo resorbable composition comprising a non-crystalline poly(1,3-trimethylene carbonate) polymer (PTMC) and a resorbable gel carrier, wherein the gel carrier is in the form of an aqueous polysaccharide gel, wherein the PTMC is in the form of microparticles with a diameter ranged between 1 and 200 μm, and wherein the microparticles have homogenous content and density throughout the microparticle, are essentially round and have smooth surfaces.
A device for processing video information, the device comprising - an input unit for receiving the video information, the video information comprising low dynamic range [LDR] video data and/or high dynamic range [HDR] video data, and the device being characterized by further comprising: - a video processor for generating a display signal by processing the video data for display in a specific display mode being any one of a LDR display mode and a HDR display mode, and processing graphics data for generating an overlay for overlaying the video data, wherein - the input unit is constituted for receiving graphics processing control data comprised in the video information, the graphics processing control data including at least one HDR processing instruction for overlaying the graphics data in the HDR display mode, and - the video processor is constituted for adapting the processing of graphics data when overlaying the graphics data in dependence on the specific display mode and the HDR processing instruction. - an input unit for receiving the video information, the video information comprising low dynamic range [LDR] video data and/or high dynamic range [HDR] video data, and - a video processor for generating a display signal by - the input unit is constituted for receiving graphics processing control data comprised in the video information, the graphics processing control data including at least one HDR processing instruction for overlaying the graphics data in the HDR display mode, and - the video processor is constituted for adapting the processing of graphics data when overlaying the graphics data in dependence on the specific display mode and the HDR processing instruction.
A video encoding method for encoding a macroblock, the macroblock comprising a plurality of blocks, each block comprising a set of pixel values, the method comprising: for each block, selecting an intra prediction mode for predicting pixels in the block based on neighboring pixels; characterized by further providing a plurality of mode uniformity indicators for the macroblock, each of the plurality of mode uniformity indicators indicating whether multiple blocks in the macroblock have a same selected intra prediction mode, wherein providing the plurality of mode uniformity indicators for the macroblock comprises: providing a first mode uniformity indicator for a first subset of the blocks of the macroblock; and providing a second mode uniformity indicator for a second subset of the blocks of the macroblock. for each block, selecting an intra prediction mode for predicting pixels in the block based on neighboring pixels; characterized by further providing a plurality of mode uniformity indicators for the macroblock, each of the plurality of mode uniformity indicators indicating whether multiple blocks in the macroblock have a same selected intra prediction mode, wherein providing the plurality of mode uniformity indicators for the macroblock comprises: providing a first mode uniformity indicator for a first subset of the blocks of the macroblock; and providing a second mode uniformity indicator for a second subset of the blocks of the macroblock. providing a first mode uniformity indicator for a first subset of the blocks of the macroblock; and providing a second mode uniformity indicator for a second subset of the blocks of the macroblock.
A plate cylinder to be attached to a rotationally driven plate driving shaft in combination with a cylindrical printing plate , said cylindrical printing plate being configured to be axially mounted on the plate cylinder from an axial tip end side of the plate cylinder , wherein an inner portion of the plate cylinder is formed in a hollow shape, wherein the plate cylinder comprises: a plate cylinder main body having a plate mounting surface on which the cylindrical printing plate is to be mounted; a flat portion formed into a flat surface on the outer peripheral surface of the plate cylinder main body along an axial direction and positioned radially inner than the plate mounting surface ; and a plurality of plate fixing members configured to closely fix the cylindrical printing plate to the plate mounting surface , characterized in that : the plate cylinder comprises a plurality of separated hole portions formed in the flat portion side by side in said axial direction, the plate cylinder main body has an air ejection hole at a position away from the axial tip end side by 20 mm to 50 mm, wherein a surface roughness Ra of the plate cylinder main body is set to 0.025 μm to 0.5 μm, the plate fixing member is fitted in the hole portion so as to be movable radially inward and outward of the plate cylinder , and an outer peripheral surface of the plate fixing member is movable within a range inner than an inner surface of the cylindrical printing plate mounted on the plate mounting surface . a plate cylinder main body having a plate mounting surface on which the cylindrical printing plate is to be mounted; a flat portion formed into a flat surface on the outer peripheral surface of the plate cylinder main body along an axial direction and positioned radially inner than the plate mounting surface ; and a plurality of plate fixing members configured to closely fix the cylindrical printing plate to the plate mounting surface , characterized in that : the plate cylinder comprises a plurality of separated hole portions formed in the flat portion side by side in said axial direction, the plate cylinder main body has an air ejection hole at a position away from the axial tip end side by 20 mm to 50 mm, wherein a surface roughness Ra of the plate cylinder main body is set to 0.025 μm to 0.5 μm, the plate fixing member is fitted in the hole portion so as to be movable radially inward and outward of the plate cylinder , and an outer peripheral surface of the plate fixing member is movable within a range inner than an inner surface of the cylindrical printing plate mounted on the plate mounting surface .
A rotary percussive hydraulic perforator comprising: - a body , - a fitting intended to be coupled to at least one drilling bar equipped with a tool, - a striking piston slidably mounted inside the body along a striking axis (A) and configured to strike the fitting , - a stop piston which is slidably mounted in a cavity of the body along an axis of displacement substantially parallel to the striking axis (A), the stop piston including a front face facing the fitting and intended to position the fitting in a predetermined equilibrium position with respect to the striking piston , and a rear face opposite to the face front and situated opposite to a rear wall of the cavity , and - a main hydraulic supply circuit configured to control an alternating sliding of the striking piston along the striking axis (A) and to control a sliding of the stop piston along the displacement axis, the main hydraulic supply circuit including a high pressure fluid supply conduit and a low pressure fluid return conduit , the body and the stop piston delimiting at least partially a first control chamber permanently connected to the high pressure fluid supply conduit and configured to bias the stop piston forwards, the rotary percussive hydraulic perforator further comprising a connecting channel configured to fluidly connect the first control chamber to the low pressure fluid return conduit when the rear face of the stop piston is located at a distance from the rear wall of the cavity which is greater than a predetermined value, characterized in that the main hydraulic supply circuit further includes a low pressure accumulator connected to the low pressure fluid return conduit , and in that the body and the stop piston further delimit at least partially a second control chamber permanently connected to the low pressure accumulator and configured to bias the stop piston forwards. - a body , - a fitting intended to be coupled to at least one drilling bar equipped with a tool, - a striking piston slidably mounted inside the body along a striking axis (A) and configured to strike the fitting , - a stop piston which is slidably mounted in a cavity of the body along an axis of displacement substantially parallel to the striking axis (A), the stop piston including a front face facing the fitting and intended to position the fitting in a predetermined equilibrium position with respect to the striking piston , and a rear face opposite to the face front and situated opposite to a rear wall of the cavity , and - a main hydraulic supply circuit configured to control an alternating sliding of the striking piston along the striking axis (A) and to control a sliding of the stop piston along the displacement axis, the main hydraulic supply circuit including a high pressure fluid supply conduit and a low pressure fluid return conduit ,
An electronic device , comprising: a circuit board ; a battery ; a charging circuitry for charging the battery ; a first sensor for measuring a first temperature corresponding to a first area of the battery ; a second sensor for measuring a second temperature corresponding to a second area of the battery , wherein the first sensor and the second sensor are disposed in the vicinity of the battery for determining a temperature of the battery ; and a processor coupled to the circuit board , battery , charging circuitry, the first sensor and the second sensor , wherein the processor is configured to: acquire the first temperature measured by the first sensor and the second temperature measured by the second sensor , and lower a charging current of the battery using the charging circuitry based on a difference between the first temperature and the second temperature satisfying a designated condition, wherein the designated condition is the difference being larger than a designated value. a circuit board ; a battery ; a charging circuitry for charging the battery ; a first sensor for measuring a first temperature corresponding to a first area of the battery ; a second sensor for measuring a second temperature corresponding to a second area of the battery , wherein the first sensor and the second sensor are disposed in the vicinity of the battery for determining a temperature of the battery ; and a processor coupled to the circuit board , battery , charging circuitry, the first sensor and the second sensor , wherein the processor is configured to: acquire the first temperature measured by the first sensor and the second temperature measured by the second sensor , and lower a charging current of the battery using the charging circuitry based on a difference between the first temperature and the second temperature satisfying a designated condition, wherein the designated condition is the difference being larger than a designated value. acquire the first temperature measured by the first sensor and the second temperature measured by the second sensor , and lower a charging current of the battery using the charging circuitry based on a difference between the first temperature and the second temperature satisfying a designated condition, wherein the designated condition is the difference being larger than a designated value.
A pneumatic tire , comprising two spaced apart bead portions , a tread portion, a pair of sidewalls extending radially inward from axially outer edges of the tread portion to join the respective bead portions , the axially outer edges of the tread portion defining a tread width, a carcass , an innerliner covering the carcass and defining a tire cavity, and multiple layers of open cell noise damping foam strip material attached on top of one another to the innerliner within the tire cavity in an area radially below the tread portion, wherein said multiple layers fill together from 8% to 40% of the volume of the tire cavity, characterized in that each layer has an axial width from 20% to 80% of the tread width and a radial thickness from 5% to 20% of the tread width.