mhurhangee/patent-ind-claim-en huggingface dataset:
Method for providing content (Al) to display for a passenger of a motor vehicle , comprising the steps of: - receiving information through a backend regarding the passenger (IP); - receiving information through the backend regarding a route (FS) of the motor vehicle ; - determining content (Al) to be displayed for the passenger on the basis of the information through the backend regarding the passenger (IP) and the information regarding the route (FS) of the motor vehicle ; and - transmitting through the backend the image data or video data required for the content (Al) to be displayed to at least one display device separate from the backend on the route of the motor vehicle ; characterized by: - receiving information through the backend regarding a viewing direction (BR) of the passenger of the motor vehicle , wherein the information regarding the viewing direction (BR) is statistically evaluated, in order to determine display devices that are usually viewed by a vehicle passenger along a repeatedly traveled route (FS). - receiving information through a backend regarding the passenger (IP); - receiving information through the backend regarding a route (FS) of the motor vehicle ; - determining content (Al) to be displayed for the passenger on the basis of the information through the backend regarding the passenger (IP) and the information regarding the route (FS) of the motor vehicle ; and - transmitting through the backend the image data or video data required for the content (Al) to be displayed to at least one display device separate from the backend on the route of the motor vehicle ; - receiving information through the backend regarding a viewing direction (BR) of the passenger of the motor vehicle , wherein the information regarding the viewing direction (BR) is statistically evaluated, in order to determine display devices that are usually viewed by a vehicle passenger along a repeatedly traveled route (FS).
A power generation element using an inverse magnetostrictive effect, the power generation element comprising: a frame yoke made of a magnetic material and having a bent part for forming a closed magnetic circuit; a magnetic part formed in a part of the frame yoke ; a magnetostrictive plate made of a magnetostrictive material; a coil ; and a magnet , wherein the magnetic part has rigidity and geometry for applying a uniform compressive force or tensile force to the magnetostrictive plate and is magnetically saturated by magnetic biases of the magnets , the magnetostrictive plate is attached to the frame yoke so as to be parallel to the magnetic part , the coil is wound around a parallel beam part including the magnetostrictive plate and the magnetic part and/or around the frame yoke , and the magnetostrictive plate is extended and compressed by an applied external force and causes the generation of electricity.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving , from a source base station , a radio resource control, RRC, message including a conditional handover, CHO, configuration wherein the CHO configuration includes an execution condition associated with a candidate target base station, the execution condition including a first measurement identity, ID, and a second measurement ID; determining whether triggering condition for the first measurement ID and the second measurement ID are fulfilled for the candidate target base station; generating a measurement report indicating a target base station based on the determination that the triggering conditions for the first measurement ID and the second measurement ID are fulfilled for the target base station ; transmitting , to the source base station , the measurement report; and executing the CHO to the target base station . receiving , from a source base station , a radio resource control, RRC, message including a conditional handover, CHO, configuration wherein the CHO configuration includes an execution condition associated with a candidate target base station, the execution condition including a first measurement identity, ID, and a second measurement ID; determining whether triggering condition for the first measurement ID and the second measurement ID are fulfilled for the candidate target base station; generating a measurement report indicating a target base station based on the determination that the triggering conditions for the first measurement ID and the second measurement ID are fulfilled for the target base station ; transmitting , to the source base station , the measurement report; and executing the CHO to the target base station .
A surgical clip , comprising: a first member including: a first wall and a second wall each defining a proximal curved portion; and a base portion adjoining the first wall and the second wall, the base portion defining a locking feature ; and a second member pivotably connected to the first member between the first and second walls, the second member including a mating feature and defining a proximal curved portion; wherein the mating feature of the second member is configured to selectively engage the locking feature of the first member to lock the first and second members into an approximated position; and characterized in that movement of the proximal curved portions of the respective first and second members towards each other causes the mating feature of the second member to disengage from the locking feature of the first member to move the first and second members from the approximated position into an unapproximated position. a first member including: a first wall and a second wall each defining a proximal curved portion; and a base portion adjoining the first wall and the second wall, the base portion defining a locking feature ; and a first wall and a second wall each defining a proximal curved portion; and a base portion adjoining the first wall and the second wall, the base portion defining a locking feature ; and a second member pivotably connected to the first member between the first and second walls, the second member including a mating feature and defining a proximal curved portion; wherein the mating feature of the second member is configured to selectively engage the locking feature of the first member to lock the first and second members into an approximated position; and characterized in that movement of the proximal curved portions of the respective first and second members towards each other causes the mating feature of the second member to disengage from the locking feature of the first member to move the first and second members from the approximated position into an unapproximated position.
. An apparatus adapted to encode an input audio signal, the input audio signal comprising a plurality of input audio channels, the apparatus comprising: a pre-processor configured to transform the plurality of input audio channels with a Karhunen-Loeve Transform into a plurality of eigenchannels of a covariance matrix associated with the plurality of input audio channels and to provide metadata in the form of a plurality of metadata elements, wherein the metadata comprises non-redundant elements of the covariance matrix and non-redundant elements of the eigenchannels, wherein the plurality of input audio channels are reconstructible on the basis of the plurality of the eigenchannels and the metadata; a metadata re-arrangement unit configured to re-arrange the plurality of metadata elements on the basis of a re-arrangement scheme into one or more metadata blocks, wherein each of the one or more metadata blocks is a multi-dimensional array; and a metadata encoder configured to encode each of the one or more metadata blocks, characterized in that the re-arrangement scheme is based on a set of correlation values, each of the correlation values being the value of a correlation between two or more metadata elements of the plurality of metadata elements.
Prefabricated bathroom wherein the walls and the ceiling have been manufactured by means of box-shaped elements , which are closed on the side facing the bathroom and which are open on the side facing away from the bathroom, wherein the elements on the side facing the bathroom are being covered with gypsum boards ; characterised in that said gypsum boards have been cut in such a way that a single gypsum boarc covers the whole of an internal surface in the bathroom, for example the whole of a wall or of a ceiling ; and in that said gypsum boards are fully glued to said elements. characterised in that said gypsum boards have been cut in such a way that a single gypsum boarc covers the whole of an internal surface in the bathroom, for example the whole of a wall or of a ceiling ; and in that said gypsum boards are fully glued to said elements.
A method comprising: receiving, by a playback device of a media playback system, from a control device having installed thereon a controller application configured to obtain media content independently of the media playback system, a validation-key comprising an application identifier corresponding to the controller application, wherein the validation key allows the controller application to operate to control playback of media content by the playback device ; based on at least the application identifier, creating, by the playback device , a session identifier corresponding to the playback device ; transmitting, by the playback device the session identifier to the control device ; receiving, by the playback device from the control device via the controller application, a playback request comprising: the session identifier and a playback command from the controller application related to playback of media by the playback device ; and executing the received playback command when it is determined by the playback device that the received session identifier is valid. receiving, by a playback device of a media playback system, from a control device having installed thereon a controller application configured to obtain media content independently of the media playback system, a validation-key comprising an application identifier corresponding to the controller application, wherein the validation key allows the controller application to operate to control playback of media content by the playback device ; based on at least the application identifier, creating, by the playback device , a session identifier corresponding to the playback device ; transmitting, by the playback device the session identifier to the control device ; receiving, by the playback device from the control device via the controller application, a playback request comprising: the session identifier and a playback command from the controller application related to playback of media by the playback device ; and the session identifier and a playback command from the controller application related to playback of media by the playback device ; and executing the received playback command when it is determined by the playback device that the received session identifier is valid.
An adaptor for a drug delivery device having a reservoir and a longitudinal tip , the tip having an outer surface and a longitudinal channel for dispensing any material stored into the reservoir , the adaptor comprising a distal part defining a connecting ring intended to receive a connector, and a proximal part defining a mounting ring having an inner surface , the mounting ring being shaped and configured such that, when the adaptor is mounted around the longitudinal tip of the drug delivery device , at least one annular space is created between said inner surface of the mounting ring and said outer surface of the longitudinal tip , said at least one annular space being able to accommodate an adhesive layer in order to bond said adaptor to said longitudinal tip , characterized in that an annular ring is provided at the distal extremity of the inner surface of the mounting ring, wherein the inner surface of the mounting ring (133, , 233, 433, 533, 633) comprises at least one protrusion such that, when the adaptor is mounted around the longitudinal tip of the drug delivery device , said at least one protrusion protrudes into said at least one annular space , said protrusions being in the form of longitudinal ribs, wherein the longitudinal ribs extend on the whole length of the mounting ring . the tip having an outer surface and a longitudinal channel for dispensing any material stored into the reservoir , the adaptor comprising a distal part defining a connecting ring intended to receive a connector, and a proximal part defining a mounting ring having an inner surface , the mounting ring being shaped and configured such that, when the adaptor is mounted around the longitudinal tip of the drug delivery device , at least one annular space is created between said inner surface of the mounting ring and said outer surface of the longitudinal tip , said at least one annular space being able to accommodate an adhesive layer in order to bond said adaptor to said longitudinal tip , characterized in that an annular ring is provided at the distal extremity of the inner surface of the mounting ring, wherein the inner surface of the mounting ring (133, , 233, 433, 533, 633) comprises at least one protrusion such that, when the adaptor is mounted around the longitudinal tip of the drug delivery device , said at least one protrusion protrudes into said at least one annular space , said protrusions being in the form of longitudinal ribs, wherein the longitudinal ribs extend on the whole length of the mounting ring .
A device for incising tissue in the human body, comprising: a tissue-penetrating percutaneous needle , movably coupled to a housing between a first position and a second position, the tissue-penetrating percutaneous needle being configured so as to penetrate the skin of a patient and the underlying tissue and comprising a distal end, and a lumen extending along a length of the needle , a cutting element , which is configured as a sharp blade extending orthogonally to the axis of the needle and is slidingly received within the lumen of the needle , and a mechanism for moving the percutaneous needle relative to the cutting element and the housing between the first position, where the cutting element is sheathed within the tissue-penetrating percutaneous needle , and the second position, where the percutaneous needle is retracted relative to the cutting element , so as to expose said cutting element , in such a way that the cutting element can cut tissue structures. a tissue-penetrating percutaneous needle , movably coupled to a housing between a first position and a second position, the tissue-penetrating percutaneous needle being configured so as to penetrate the skin of a patient and the underlying tissue and comprising a distal end, and a lumen extending along a length of the needle , a cutting element , which is configured as a sharp blade extending orthogonally to the axis of the needle and is slidingly received within the lumen of the needle , and a mechanism for moving the percutaneous needle relative to the cutting element and the housing between the first position, where the cutting element is sheathed within the tissue-penetrating percutaneous needle , and the second position, where the percutaneous needle is retracted relative to the cutting element , so as to expose said cutting element , in such a way that the cutting element can cut tissue structures.
Rail vehicle comprising: - at least a first car and An adjacent second car disposed in a longitudinal direction (L), each car having a front end and a rear end in the longitudinal direction, each car comprising a chassis and a bogie fixed on the chassis , - at least one passageway device connecting the front end of the second car to the rear end of the first car , each car comprising at least one noise-canceling device , characterized in that each noise-canceling device is fixed between the bogie and the passageway device , on the chassis of the car , the noise-canceling devices extending mainly in a direction substantially perpendicular to the longitudinal direction (L). - at least a first car and An adjacent second car disposed in a longitudinal direction (L), each car having a front end and a rear end in the longitudinal direction, each car comprising a chassis and a bogie fixed on the chassis , - at least one passageway device connecting the front end of the second car to the rear end of the first car ,
A pneumatic tire molded with a tread molding body comprising a tire mold segment , the tire mold segment comprising: a. an inner mold surface for forming a tread surface portion of the tire, the inner mold surface comprising a plurality of sipe forming protrusions that form sipes on the tread surface portion, each sipe forming protrusion of the plurality of sipe forming protrusions comprising a height and a width; b. a first mold segment end face and a second mold segment end face , the first mold segment end face and the second mold segment end face arranged at opposite ends of the inner mold surface such that a tread forming portion of the inner mold surface terminates at the first and second mold segment end faces, characterized in that an edge sipe forming protrusion of the plurality of sipe forming protrusions has a first end and a second end, the first end of the edge sipe forming protrusion terminates at or near the first mold segment end face , the edge sipe forming protrusion comprising a width in the range of about 0.7 to about 1.2 mm, and an interior sipe forming protrusion of the plurality of sipe forming protrusions comprises a width in the range of about 0.6 mm or less. a. an inner mold surface for forming a tread surface portion of the tire, the inner mold surface comprising a plurality of sipe forming protrusions that form sipes on the tread surface portion, each sipe forming protrusion of the plurality of sipe forming protrusions comprising a height and a width; b. a first mold segment end face and a second mold segment end face , the first mold segment end face and the second mold segment end face arranged at opposite ends of the inner mold surface such that a tread forming portion of the inner mold surface terminates at the first and second mold segment end faces, characterized in that an edge sipe forming protrusion of the plurality of sipe forming protrusions has a first end and a second end, the first end of the edge sipe forming protrusion terminates at or near the first mold segment end face , the edge sipe forming protrusion comprising a width in the range of about 0.7 to about 1.2 mm, and an interior sipe forming protrusion of the plurality of sipe forming protrusions comprises a width in the range of about 0.6 mm or less.
Substrate magazine for a substrate insertion system , comprising a frame in which several drawers for receiving at least one flat substrate each are arranged one above the other, wherein each drawer is formed by two guide rails , arranged in parallel and spaced apart from each other at the same height as that of the frame , each comprising a sliding surface on which a substrate lying on the edge is displaceable, wherein each drawer is assigned at least one, elastically displaceable latching element which, in a first, unloaded state, extends at least partially over the sliding surface of one of the guide rails of the drawer , and, in a second, elastically deformed state, releases the sliding surface , characterized in that the latching element is designed as an elastically deformable clamping spring which is fastened at one end to the frame and/or the guide rail , and is assigned at the other end to a displaceable clamping end of the sliding surface , wherein the frame and/or the respective guide rail has, for each clamping spring , a respective cutout through which at least the clamping end of the assigned clamping spring extends in the first state of the spring to the sliding surface .
A gas cooker, comprising: a case ; a top plate configured to shield an opened upper surface of the case ; at least one or more burners provided inside the case ; and an insulator case configured to accommodate the at least one or more burners , wherein each burner includes: a burner port of which an upper surface is opened; a burner holder fixing the burner port , and the burner holder is extended to a rear end of the case to guide burned gas to a grille vent ; at least one or more mixing tubes configured to laterally pass through the burner port ; a red-heat plate configured to shield the upper surface of the burner port and heated by combustion of a mixed gas; a distribution rib provided inside the burner port and configured to guide a flow of the mixed gas inside the burner port ; and a shielding plate located between the red-heat plate and the distribution rib , seated to shield a part of the upper surface of the burner port and configured to disperse the mixed gas, characterized in that the shielding plate is in contact with an upper end of the distribution rib . a case ; a top plate configured to shield an opened upper surface of the case ; at least one or more burners provided inside the case ; and an insulator case configured to accommodate the at least one or more burners , wherein each burner includes: a burner port of which an upper surface is opened; a burner holder fixing the burner port , and the burner holder is extended to a rear end of the case to guide burned gas to a grille vent ; at least one or more mixing tubes configured to laterally pass through the burner port ; a red-heat plate configured to shield the upper surface of the burner port and heated by combustion of a mixed gas; a distribution rib provided inside the burner port and configured to guide a flow of the mixed gas inside the burner port ; and a shielding plate located between the red-heat plate and the distribution rib , seated to shield a part of the upper surface of the burner port and configured to disperse the mixed gas, a burner port of which an upper surface is opened; a burner holder fixing the burner port , and the burner holder is extended to a rear end of the case to guide burned gas to a grille vent ; at least one or more mixing tubes configured to laterally pass through the burner port ; a red-heat plate configured to shield the upper surface of the burner port and heated by combustion of a mixed gas; a distribution rib provided inside the burner port and configured to guide a flow of the mixed gas inside the burner port ; and a shielding plate located between the red-heat plate and the distribution rib , seated to shield a part of the upper surface of the burner port and configured to disperse the mixed gas, characterized in that the shielding plate is in contact with an upper end of the distribution rib .