mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment , the user equipment being configurable to communicate with a radio access node via a plurality of communication protocols, wherein the plurality of communication protocols comprise one or more of: packet data convergence protocol, PDCP; radio link control, RLC; and media access control, MAC, and to communicate with a non-access network node via at least one congestion-controlled application transport protocol, the method comprising: generating a buffer status report comprising an indication of a first amount of data available for transmission from the user equipment, the first amount of data including data stored in an application transport protocol buffer , for data conforming to the congestion-controlled application transport protocol, the buffer status report comprising respective separate indications for the amount of data stored in the application transport protocol buffer and an amount of data stored in one or more other buffers such that the buffer status report comprises one or more further indications of one or more respective amounts of data stored in the respective one or more other buffers for data conforming to one ore more of the plurality of communication protocols; and transmitting the buffer status report to the radio access node. generating a buffer status report comprising an indication of a first amount of data available for transmission from the user equipment, the first amount of data including data stored in an application transport protocol buffer , for data conforming to the congestion-controlled application transport protocol, the buffer status report comprising respective separate indications for the amount of data stored in the application transport protocol buffer and an amount of data stored in one or more other buffers such that the buffer status report comprises one or more further indications of one or more respective amounts of data stored in the respective one or more other buffers for data conforming to one ore more of the plurality of communication protocols; and transmitting the buffer status report to the radio access node.
An implant electrode for a cochlear implant system, comprising: an implantable electrode array made of resilient material having a center longitudinal axis and an outer surface; a plurality of electrode contacts distributed on the outer surface of the electrode array along the longitudinal axis for applying electrical stimulation signals to adjacent neural tissue; and at least one biocompatible hydrogel layer fixed to the electrode array solely by a mechanical connection, the at least one biocompatible hydrogel layer is adapted to swell from contact with perilymph fluid within a cochlea, the electrode array further comprising: at least one fixation groove parallel or perpendicular to the center longitudinal axis on the outer surface of the electrode array in the electrode array material adapted to fixedly connect to a portion of the hydrogel layer for mechanically fixing the hydrogel layer to the electrode array ; or at least two openings connected together through the interior of the electrode array and filled with hydrogel material of the hydrogel layer to mechanically connect the hydrogel layer to the electrode array . an implantable electrode array made of resilient material having a center longitudinal axis and an outer surface; a plurality of electrode contacts distributed on the outer surface of the electrode array along the longitudinal axis for applying electrical stimulation signals to adjacent neural tissue; and at least one biocompatible hydrogel layer fixed to the electrode array solely by a mechanical connection, the at least one biocompatible hydrogel layer is adapted to swell from contact with perilymph fluid within a cochlea, the electrode array further comprising: at least one fixation groove parallel or perpendicular to the center longitudinal axis on the outer surface of the electrode array in the electrode array material adapted to fixedly connect to a portion of the hydrogel layer for mechanically fixing the hydrogel layer to the electrode array ; or at least two openings connected together through the interior of the electrode array and filled with hydrogel material of the hydrogel layer to mechanically connect the hydrogel layer to the electrode array . at least one fixation groove parallel or perpendicular to the center longitudinal axis on the outer surface of the electrode array in the electrode array material adapted to fixedly connect to a portion of the hydrogel layer for mechanically fixing the hydrogel layer to the electrode array ; or at least two openings connected together through the interior of the electrode array and filled with hydrogel material of the hydrogel layer to mechanically connect the hydrogel layer to the electrode array .
A reel , comprising: a first flange comprising at least one first bracket (600a; 601) extending from a first major surface of the first flange ; a second flange comprising at least one second bracket (600b; 603) extending from a first major surface of the second flange , wherein the first major surface of the second flange is directed toward the first major surface of the first flange ; and a plurality of segmented structures each comprising a plurality of links pivotably coupled to the at least one first bracket (600a; 601) by a first end pivot rod and to the at least one second bracket by a second end pivot rod , characterized by the plurality of links comprising at least three links and being configured to have a first stable arrangement and a second stable arrangement different from the first stable arrangement, wherein: in the first stable arrangement, the first flange and the second flange are separated by a first distance with the reel being configured to support a first maximum load of cable; and in the second stable arrangement, the first flange and the second flange are separated by a second distance less than the first distance with the reel being configured to support a second maximum load of cable less than the first maximum load of cable. a first flange comprising at least one first bracket (600a; 601) extending from a first major surface of the first flange ; a second flange comprising at least one second bracket (600b; 603) extending from a first major surface of the second flange , wherein the first major surface of the second flange is directed toward the first major surface of the first flange ; and a plurality of segmented structures each comprising a plurality of links pivotably coupled to the at least one first bracket (600a; 601) by a first end pivot rod and to the at least one second bracket by a second end pivot rod , characterized by the plurality of links comprising at least three links and being configured to have a first stable arrangement and a second stable arrangement different from the first stable arrangement, wherein: in the first stable arrangement, the first flange and the second flange are separated by a first distance with the reel being configured to support a first maximum load of cable; and in the second stable arrangement, the first flange and the second flange are separated by a second distance less than the first distance with the reel being configured to support a second maximum load of cable less than the first maximum load of cable. in the first stable arrangement, the first flange and the second flange are separated by a first distance with the reel being configured to support a first maximum load of cable; and in the second stable arrangement, the first flange and the second flange are separated by a second distance less than the first distance with the reel being configured to support a second maximum load of cable less than the first maximum load of cable.
A method for wireless communication, performed by a terminal device, and comprising: for a same slice, a same frequency point and different cells, when frequency point priorities of the frequency point for the different cells are different, determining (S510) a first frequency point priority of the frequency point according to a first rule, wherein the first frequency point priority is used by the terminal device to perform cell reselection, and wherein the first rule comprises: determining the first frequency point priority according to channel qualities of the different cells and the frequency point priorities of the frequency point for the different cells, comprising: selecting a cell with the highest channel quality among the different cells, and determining the frequency point priority of the frequency point for the cell with the highest channel quality as the first frequency point priority. for a same slice, a same frequency point and different cells, when frequency point priorities of the frequency point for the different cells are different, determining (S510) a first frequency point priority of the frequency point according to a first rule, wherein the first frequency point priority is used by the terminal device to perform cell reselection, and wherein the first rule comprises: determining the first frequency point priority according to channel qualities of the different cells and the frequency point priorities of the frequency point for the different cells, comprising: selecting a cell with the highest channel quality among the different cells, and determining the frequency point priority of the frequency point for the cell with the highest channel quality as the first frequency point priority.
Roller shutter box having a connecting element for connecting the roller shutter box to a frame element such as a window frame, door frame or the like, wherein the connecting element has an outer retaining strip , an inner retaining strip and at least one sealing element , a positive connection is made to the frame element at least via the outer retaining strip and the inner retaining strip , at least one sealing element is designed as an elastomeric sealing element , and is arranged between the outer retaining strip and the inner retaining strip , characterised in that the elastomeric sealing element is designed as a hollow profile.
A shredding apparatus for shredding material, in particular recyclable materials, wood waste and data carriers, including a machine frame , at least one shredding rotor mounted rotatably on the machine frame and at least one feed device with which the material to be shredded can be conveyed to the at least one shredding rotor , wherein the at least one feed device is mounted to side walls of the shredding apparatus pivotably about an axis of rotation , the shredding apparatus includes a material delivery chamber , by way of which material to be shredded can be fed to the shredding apparatus and the feed device further conveys the material to be shredded to the shredding rotor by a pivotal movement about the axis of rotation , characterised in that there is provided at least one measuring device for continuously detecting the position of the at least one feed device , an open-loop and/or closed-loop control device at least for open-loop and/or closed-loop control of the movement of the at least one feed device and a signal transmission device , by way of which measurement signals generated by the at least one measuring device can be fed to the open-loop and/or closed-loop control device .
A method for presenting a shift indicator in a vehicle, the method comprising: monitoring one or more vehicle performance characteristics; determining, based on the vehicle performance characteristics, that fuel consumption would be lowered by switching to a different transmission gear ratio of a manual transmission of the vehicle; determining, based on the vehicle performance characteristics, that minimum driveability would be maintained after switching to the different transmission gear ratio; and presenting a shift indicator instructing an operator of the vehicle to switch to the different transmission gear ratio in response to determining that fuel consumption would be lowered and minimum driveability would be maintained, characterized in wherein determining that minimum driveability would be maintained after switching to the different transmission gear ratio includes at least one of: determining whether a driveline of the vehicle has been closed for more than a predetermined duration; and predicting an engine speed value at the different transmission gear ratio based on the different transmission gear ratio and a deceleration offset; and comparing the predicted engine speed value to an engine speed threshold. monitoring one or more vehicle performance characteristics; determining, based on the vehicle performance characteristics, that fuel consumption would be lowered by switching to a different transmission gear ratio of a manual transmission of the vehicle; determining, based on the vehicle performance characteristics, that minimum driveability would be maintained after switching to the different transmission gear ratio; and presenting a shift indicator instructing an operator of the vehicle to switch to the different transmission gear ratio in response to determining that fuel consumption would be lowered and minimum driveability would be maintained, characterized in wherein determining that minimum driveability would be maintained after switching to the different transmission gear ratio includes at least one of: determining whether a driveline of the vehicle has been closed for more than a predetermined duration; and predicting an engine speed value at the different transmission gear ratio based on the different transmission gear ratio and a deceleration offset; and comparing the predicted engine speed value to an engine speed threshold. determining whether a driveline of the vehicle has been closed for more than a predetermined duration; and predicting an engine speed value at the different transmission gear ratio based on the different transmission gear ratio and a deceleration offset; and comparing the predicted engine speed value to an engine speed threshold.
An apparatus for cooling a downhole device , comprising: a first chamber configured to store a liquid refrigerant having a saturation vapor pressure; an outlet configured to allow the liquid refrigerant to discharge from the first chamber and vaporize to cool the downhole device ; a second chamber ; and a movable member , wherein the movable member separates the first chamber from the second chamber ; the apparatus is characterized by : a force fluid stored within the second chamber , wherein the force fluid is configured to expand during discharge of the refrigerant in the first chamber to apply pressure or force on the movable member against the refrigerant in the first chamber to maintain the refrigerant in the first chamber at or above the saturation vapor pressure of the refrigerant. a first chamber configured to store a liquid refrigerant having a saturation vapor pressure; an outlet configured to allow the liquid refrigerant to discharge from the first chamber and vaporize to cool the downhole device ; a second chamber ; and a movable member , wherein the movable member separates the first chamber from the second chamber ; the apparatus is characterized by : a force fluid stored within the second chamber , wherein the force fluid is configured to expand during discharge of the refrigerant in the first chamber to apply pressure or force on the movable member against the refrigerant in the first chamber to maintain the refrigerant in the first chamber at or above the saturation vapor pressure of the refrigerant.
A train braking system comprising: an interface for receiving input from a train driver using an automatic brake handle , an independent brake handle , and a dynamic brake handle; a controller coupled to the interface and having a first module for commanding a dynamic brake application, a second module for commanding an independent brake application, and a third module for commanding an automatic train brake application; characterized in that the controller is programmed to attenuate an automatic brake application input by a train driver and command an independent brake application or a dynamic brake application, or a combination thereof, to compensate for the attenuated automatic brake application and to achieve at least one predetermined criteria. an interface for receiving input from a train driver using an automatic brake handle , an independent brake handle , and a dynamic brake handle; a controller coupled to the interface and having a first module for commanding a dynamic brake application, a second module for commanding an independent brake application, and a third module for commanding an automatic train brake application; characterized in that the controller is programmed to attenuate an automatic brake application input by a train driver and command an independent brake application or a dynamic brake application, or a combination thereof, to compensate for the attenuated automatic brake application and to achieve at least one predetermined criteria.
A method performed at a wireless device , the wireless device being connected to a first cell and a second cell, wherein the second cell is configured on a carrier where a listen-before-talk, LBT, protocol for transmission is required to be used, the method comprising: receiving , in the first cell, a scheduling grant; in a subframe occurring a predetermined number of subframes after receiving the scheduling grant, performing , in the second cell, a clear channel assessment, CCA; and transmitting , in the second cell, an uplink message responsive to success of the CCA, characterized in that the method comprises: receiving one or more configuration messages indicating that downlink transmissions on the second cell are to be scheduled using self-scheduling on the second cell, and that uplink transmissions on the second cell are to be scheduled using cross-carrier scheduling on the first cell. receiving , in the first cell, a scheduling grant; in a subframe occurring a predetermined number of subframes after receiving the scheduling grant, performing , in the second cell, a clear channel assessment, CCA; and transmitting , in the second cell, an uplink message responsive to success of the CCA,
A method for creating a tamper-evident digital content, wherein the method comprises: • receiving a portion of the digital content at a computing device ; • encrypting the portion of the digital content by the computing device when the portion of the digital content is selected for proof-of-verification, wherein encrypting is done using either a symmetric cryptography or an asymmetric cryptography; • sending the encrypted portion of the digital content from the computing device to a distributed ledger system ; • creating a hash value for the encrypted portion of the digital content received at the distributed ledger system wherein the hash value is created using a smart contract or a stored procedure in the distributed ledger system ; • storing the hash value in the distributed ledger system wherein storing the hash value in the distributed ledger system comprises storing the hash value in at least one of the data storage units of the distributed ledger system ; • retrieving , at the computing device, hash identification data associated with the encrypted portion of the digital content from the distributed ledger system , wherein the hash identification data comprises at least a location identifier of the hash value in the distributed ledger system and an address of the distributed ledger system; and • creating , at the computing device, an updated portion of the digital content by embedding the retrieved hash identification data with metadata associated with the portion of the digital content. • receiving a portion of the digital content at a computing device ; • encrypting the portion of the digital content by the computing device when the portion of the digital content is selected for proof-of-verification, wherein encrypting is done using either a symmetric cryptography or an asymmetric cryptography; • sending the encrypted portion of the digital content from the computing device to a distributed ledger system ; • creating a hash value for the encrypted portion of the digital content received at the distributed ledger system wherein the hash value is created using a smart contract or a stored procedure in the distributed ledger system ; • storing the hash value in the distributed ledger system wherein storing the hash value in the distributed ledger system comprises storing the hash value in at least one of the data storage units of the distributed ledger system ; • retrieving , at the computing device, hash identification data associated with the encrypted portion of the digital content from the distributed ledger system , wherein the hash identification data comprises at least a location identifier of the hash value in the distributed ledger system and an address of the distributed ledger system; and • creating , at the computing device, an updated portion of the digital content by embedding the retrieved hash identification data with metadata associated with the portion of the digital content.
Ergonomic seating system , comprising: - a seat having a seating surface substantially parallel to a reference plane (P), e.g. an horizontal reference plane (P); said seat tilting with respect to the aforesaid position by a first tilt angle (α1) of adjustable amplitude; - a sacral support extending in a plane substantially orthogonal to the seat , presenting a support surface facing said seating surface ; and - a ground support ; said ergonomic seating system being characterized in that said seating surface presents a seat depth (L1) in a range of 20-25 cm, and in that a distance (L2) of an upper edge of the sacral support from the seat measured along a vertical line (V) coming out of the reference plane (P) is in a range of 12-22 cm. - a seat having a seating surface substantially parallel to a reference plane (P), e.g. an horizontal reference plane (P); said seat tilting with respect to the aforesaid position by a first tilt angle (α1) of adjustable amplitude; - a sacral support extending in a plane substantially orthogonal to the seat , presenting a support surface facing said seating surface ; and - a ground support ;
A cleaning ball configured to be introduced together with a washing solution into a tubular medical device and then to be discharged while scraping and removing residues deposited on an inner peripheral surface of the tubular medical device , the cleaning ball comprising: a hemispherical upper cap and a hemispherical lower cap , which are made of a textile fabric material having surface roughness and have the same size and shape to form a spherical shape having a hollow therein, wherein the upper cap and the lower cap are press-worked and integrally formed, and have a flange protruding along the pressed bonding portion.
A medical electrode including a disc having a top side and a bottom side , an electric connector being adapted to be electrically connected to monitoring equipment, a contact medium being arranged at the bottom side of the disc and being electrically connected to the electric connector , a layer of pressure-sensitive adhesive being applied to at least a part of the bottom side of the disc , and a protective liner being removably adhered to the bottom side of the disc by means of the pressure-sensitive adhesive , wherein a finger grip (14', 14", 14"') is arranged at the top side of the disc , and wherein the finger grip forms a finger insert opening into which a fingertip may be inserted and thereby hold the medical electrode during handling, characterised in that the finger grip (14', 14", 14′′′) has the form of a pouch forming the finger insert opening .