mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication network comprising radio nodes (102, 104, 106, 108, 650) comprising a first radio node (102, 104, 106, 650) and a second radio node (102, 104, 650), wherein the nodes are configured to provide a bi-directional radio communication between each other and wherein the nodes are configured to receive a software-distribution package, characterized in that after the nodes have received the package, the first node is further configured to send to at least the second node a timer frame indicating timing information, which indicates a moment of time when the intended nodes (102, 104, 106, 108) in the network start to execute the received package for simultaneously updating a software of the intended nodes.
A method for generating electrode stimulation signals for electrode contacts in a cochlear implant electrode array, the method comprising: processing an input sound signal to generate a plurality of band pass signals, each band pass signal representing an associated band of audio frequencies, and each band pass signal having a characteristic amplitude and temporal fine structure features; extracting a characteristic envelope signal for each band pass signal based on its amplitude; generating stimulation timing signals for each band pass signal, wherein for one or more selected band pass signals the stimulation timing signals are generated based on a timing function defined to: i. represent instantaneous frequency as determined by the band pass signal temporal fine structure features, and producing the electrode stimulation signals for each electrode contact based on the envelope signals and the stimulation timing signals, characterised in that said timing function is further defined to: ii. exclude temporal fine structure features occurring within a time period shorter than a band-specific upper frequency limit. processing an input sound signal to generate a plurality of band pass signals, each band pass signal representing an associated band of audio frequencies, and each band pass signal having a characteristic amplitude and temporal fine structure features; extracting a characteristic envelope signal for each band pass signal based on its amplitude; generating stimulation timing signals for each band pass signal, wherein for one or more selected band pass signals the stimulation timing signals are generated based on a timing function defined to: i. represent instantaneous frequency as determined by the band pass signal temporal fine structure features, and producing the electrode stimulation signals for each electrode contact based on the envelope signals and the stimulation timing signals, characterised in that said timing function is further defined to: ii. exclude temporal fine structure features occurring within a time period shorter than a band-specific upper frequency limit. i. represent instantaneous frequency as determined by the band pass signal temporal fine structure features, and producing the electrode stimulation signals for each electrode contact based on the envelope signals and the stimulation timing signals, characterised in that said timing function is further defined to: ii. exclude temporal fine structure features occurring within a time period shorter than a band-specific upper frequency limit.
A supporting beam for a formwork panel, comprising a longitudinally extended profiled element wherein a removable plate-like element is provided in front of at least one end of said profiled element, said plate-like element being fixed to the rest of said beam by virtue of fixing means, said fixing means comprising at least one screw which passes through said removable plate-like element at a through hole, said profiled element having a pair of parallel faces between which there is a perforated element, which is rendered integral with said profiled element and in which said screw is tightened, the beam further comprises at least one pair of plate-like elements which are parallel on a vertical plane, with respect to the installation position of said beam, and protrude at the ends of said profiled element from said two parallel faces with which they are integral. for a formwork panel, comprising a longitudinally extended profiled element wherein a removable plate-like element is provided in front of at least one end of said profiled element, said plate-like element being fixed to the rest of said beam by virtue of fixing means, said fixing means comprising at least one screw which passes through said removable plate-like element at a through hole, said profiled element having a pair of parallel faces between which there is a perforated element, which is rendered integral with said profiled element and in which said screw is tightened, the beam further comprises at least one pair of plate-like elements which are parallel on a vertical plane, with respect to the installation position of said beam, and protrude at the ends of said profiled element from said two parallel faces with which they are integral.
Furniture, in particular cupboard furniture, with an opening and guides (13, 14) provided either side of the opening in which a tambour door is arranged for displacement wherein the tambour door has slats (21, 22) which are connected to one another for articulation wherein a deflection region is provided which is configured so that during displacement of the tambour door the slats (21, 22) are guided in succession in the opening direction through the deflection region and thus through a radius into an open position which allows access to the opening, characterised in that at least the leading slat in the opening direction has a first magnet, and the deflection region has at least a second magnet which is connected to the furniture.
A roller for an agricultural working machine, in particular a roll baler, with a substantially cylindrically configured roller body which can be rotatably mounted about an axis of rotation in a housing, characterized in that the roller body is constructed in one piece and without weld seams and is produced from an aluminium which can be continuously cast or an aluminium alloy which can be continuously cast by means of extrusion.
Bracelet link, comprising: - a body provided with a cavity formed in at least one lateral face of said body; - at least one articulation system comprising a pin that is arranged so as to connect said body to another link (1, 11) in an articulated manner; characterized in that: - said cavity defines an insertion zone allowing said pin to be inserted into said cavity, and a shoulder defining a retention zone; - said pin comprises a rim at a first of its ends, said rim being shaped so as to be able to enter said insertion zone and so as to be immobilized by said shoulder in a direction parallel to the axis of said pin, a second end of said pin being arranged so as to be fastened to another link (1, 11); and in that a closure element is fastened in said insertion zone. - a body provided with a cavity formed in at least one lateral face of said body; - at least one articulation system comprising a pin that is arranged so as to connect said body to another link (1, 11) in an articulated manner; characterized in that: - said cavity defines an insertion zone allowing said pin to be inserted into said cavity, and a shoulder defining a retention zone; - said pin comprises a rim at a first of its ends, said rim being shaped so as to be able to enter said insertion zone and so as to be immobilized by said shoulder in a direction parallel to the axis of said pin, a second end of said pin being arranged so as to be fastened to another link (1, 11); and in that a closure element is fastened in said insertion zone.
Implantable access port for removal and/or return of fluids to a patient, comprising: an internal conduit adapted to be connected at its proximal end to the access port and at its distal end to a vascular structure of the patient; an external conduit adapted to be connected at its proximal end to the access port and at its distal end to an extracorporeal device; and a transcutaneous coupling member destined to be anchored in a tissue of the patient and comprising a first valve system operable to be in an open or closed configuration to establish or block fluidic communication to and from the internal conduit; characterized in that the coupling member further comprises a second valve system adapted to be removably connected to the first valve system and operable to be in an open or closed configuration to establish or block fluidic communication to and from the external conduit, such as to establish fluid communication between the internal and external conduits (3, 5) when the first and second valve systems (7, 8) are connected and in the open configuration. an internal conduit adapted to be connected at its proximal end to the access port and at its distal end to a vascular structure of the patient; an external conduit adapted to be connected at its proximal end to the access port and at its distal end to an extracorporeal device; and a transcutaneous coupling member destined to be anchored in a tissue of the patient and comprising a first valve system operable to be in an open or closed configuration to establish or block fluidic communication to and from the internal conduit; characterized in that the coupling member further comprises a second valve system adapted to be removably connected to the first valve system and operable to be in an open or closed configuration to establish or block fluidic communication to and from the external conduit, such as to establish fluid communication between the internal and external conduits (3, 5) when the first and second valve systems (7, 8) are connected and in the open configuration.
Method for producing a hydrogen pressure vessel, comprising the following steps: e) providing a metal vessel with an inner side and an outer side, f) forming an oxygen-containing oxide layer on the inner side of the vessel by means of surface treatment with an oxygen plasma and/or by means of surface heat treatment under an oxygen-containing atmosphere, g) coating the oxide layer formed in method step b) on the inner side of the metal vessel with a diffusion barrier layer in a low-pressure method, in particular at a pressure of 0.1 to 100 Pa, preferably 0.1 to 10 Pa, wherein the diffusion barrier layer obtained by coating in method step c) is in the form either - of an alternating layer structure of at least one extensible intermediate layer and at least one high-density barrier layer or - of a gradient layer, wherein the gradient layer has a preferably continuous gradient from an extensible material to a high-density material, and wherein the metal vessel is used as process reactor, counter-electrode and substrate in the low-pressure method, h) obtaining the hydrogen pressure vessel. e) providing a metal vessel with an inner side and an outer side, f) forming an oxygen-containing oxide layer on the inner side of the vessel by means of surface treatment with an oxygen plasma and/or by means of surface heat treatment under an oxygen-containing atmosphere, g) coating the oxide layer formed in method step b) on the inner side of the metal vessel with a diffusion barrier layer in a low-pressure method, in particular at a pressure of 0.1 to 100 Pa, preferably 0.1 to 10 Pa, wherein the diffusion barrier layer obtained by coating in method step c) is in the form either - of an alternating layer structure of at least one extensible intermediate layer and at least one high-density barrier layer or - of a gradient layer, wherein the gradient layer has a preferably continuous gradient from an extensible material to a high-density material, and wherein the metal vessel is used as process reactor, counter-electrode and substrate in the low-pressure method, wherein the diffusion barrier layer obtained by coating in method step c) is in the form either - of an alternating layer structure of at least one extensible intermediate layer and at least one high-density barrier layer or - of a gradient layer, wherein the gradient layer has a preferably continuous gradient from an extensible material to a high-density material, - of an alternating layer structure of at least one extensible intermediate layer and at least one high-density barrier layer or - of a gradient layer, wherein the gradient layer has a preferably continuous gradient from an extensible material to a high-density material, and wherein the metal vessel is used as process reactor, counter-electrode and substrate in the low-pressure method, h) obtaining the hydrogen pressure vessel.
Test dummy for a seat, in particular an adjustable seat, comprising at least three test elements (2 to 4) connected to one another in an articulated manner, wherein a first test element is designed as a back element, a second test element as a seat element and a third test element as a calf element, and wherein the relevant test element (2 to 4) has a separate shell structure (2.2 to 4.2) and a support structure (2.1 to 4.1), wherein each shell structure (2.2 to 4.2) is designed to detachably accommodate a support structure (2.1 to 4.1), wherein at least the support structure (2.1) of the back element and the support structure (3.1) of the seat element are connected to one another by means of a joint and can be adjusted relative to one another about a pivot axis between at least one TTL position and a substantially horizontal position, and wherein the shell structures (2.2 to 4.2) are shaped and have dimensions such that they are arranged at a distance from one another when fastened to the support structures (2.1 to 4.2).
A method of reducing signaling during link setup performed by an access point in a wireless communication system, the method comprising: transmitting a message advertising wireless communication from an access point; receiving a plurality of access requests from a plurality of devices; determining demand for wireless communication based on the plurality of access requests, the determining demand comprises detecting a change in a number of access requests for the wireless communication over a period of time; and modifying a broadcast of the message advertising the wireless communication based on the determined demand, the modifying comprising increasing a number of times the message advertising the wireless communication is broadcast when the change detected is an increased number of access requests, and the modifying further comprising decreasing a number of times the message advertising the wireless communication is broadcast when the change detected is a decreased number of access requests. transmitting a message advertising wireless communication from an access point; receiving a plurality of access requests from a plurality of devices; determining demand for wireless communication based on the plurality of access requests, the determining demand comprises detecting a change in a number of access requests for the wireless communication over a period of time; and modifying a broadcast of the message advertising the wireless communication based on the determined demand, the modifying comprising increasing a number of times the message advertising the wireless communication is broadcast when the change detected is an increased number of access requests, and the modifying further comprising decreasing a number of times the message advertising the wireless communication is broadcast when the change detected is a decreased number of access requests.
A method for anonymized content retrieval, comprising: generating, by a browser application of a computing device, a profile based on browsing history of the computing device; encoding, by the browser application, the profile as an n -dimensional vector by generating a string with values representing each of one or more accesses to an address associated with a corresponding position in the string within a predetermined time period; calculating, by the browser application, a reduced dimension vector from the n- dimensional vector; determining, by the browser application, a first cluster corresponding to the reduced dimension vector; transmitting, by the browser application to a content server, a request for an item of content, the request comprising an identification of the first cluster; and receiving, by the browser application from the content server, an item of content selected according to the identification of the first cluster. generating, by a browser application of a computing device, a profile based on browsing history of the computing device; encoding, by the browser application, the profile as an n -dimensional vector by generating a string with values representing each of one or more accesses to an address associated with a corresponding position in the string within a predetermined time period; calculating, by the browser application, a reduced dimension vector from the n- dimensional vector; determining, by the browser application, a first cluster corresponding to the reduced dimension vector; transmitting, by the browser application to a content server, a request for an item of content, the request comprising an identification of the first cluster; and receiving, by the browser application from the content server, an item of content selected according to the identification of the first cluster.
A compound or a pharmaceutical composition comprising the compound for use in the treatment or prevention of lissencephaly; the compound being represented by the general formula: wherein R 1 is C 1 to C 6 alkyl substituted with C 1 to C 6 alkoxy, C 1 to C 6 alkyl substituted with a heterocyclic group, a heterocyclic group, or a group represented by the formula (IIa): wherein R 4 is C 1 to C 6 alkyl, R 5 is C 1 to C 4 alkylene, and m is an integer of 1 to 6; R 2 is C 1 to C 6 alkyl optionally substituted with phenyl; and R 3 is C 1 to C 6 alkyl or C3 to C6 cycloalkyl optionally substituted with halogen, C 1 to C 6 alkoxy, or phenyl; condensed polycyclic hydrocarbon; or hydrogen, wherein the compound or pharmaceutical composition is administered to a lissencephaly patient after birth. wherein R 4 is C 1 to C 6 alkyl, R 5 is C 1 to C 4 alkylene, and m is an integer of 1 to 6; R 2 is C 1 to C 6 alkyl optionally substituted with phenyl; and R 3 is C 1 to C 6 alkyl or C3 to C6 cycloalkyl optionally substituted with halogen, C 1 to C 6 alkoxy, or phenyl; condensed polycyclic hydrocarbon; or hydrogen, wherein the compound or pharmaceutical composition is administered to a lissencephaly patient after birth.
A system for powering a tethered aircraft, the system comprising: an aircraft comprising: a connection point for a tether; an electrical power connection for receiving electrical power through an electrical cable associated with the tether; a power-receiving unit configured to receive electric power, via the electrical cable, from a pulsed electrical delivery system connected through the electrical power connection; a monitoring unit configured to detect electrical pulses received by the receiving unit, a communications transmitter configured to transmitt an acknowledgement signal in response to the monitoring unit detecting an electrical pulse received by the receiving unit; wherein the aircraft is configured to enter a controlled descent mode if the monitoring unit detects no electrical pulses within a predetermined period; and a ground station located remotely from the aircraft, and comprising: the pulsed electrical delivery system, a control unit configured to receive the acknowledgement signal, and to cause transmission of a further electrical pulse only upon receiving the acknowledgement signal; and suspension of transmission of a further electrical pulse if no acknowledgement signal is received. a connection point for a tether; an electrical power connection for receiving electrical power through an electrical cable associated with the tether; a power-receiving unit configured to receive electric power, via the electrical cable, from a pulsed electrical delivery system connected through the electrical power connection; a monitoring unit configured to detect electrical pulses received by the receiving unit, a communications transmitter configured to transmitt an acknowledgement signal in response to the monitoring unit detecting an electrical pulse received by the receiving unit; the pulsed electrical delivery system, a control unit configured to receive the acknowledgement signal, and to cause transmission of a further electrical pulse only upon receiving the acknowledgement signal; and suspension of transmission of a further electrical pulse if no acknowledgement signal is received. a control unit configured to receive the acknowledgement signal, and to cause transmission of a further electrical pulse only upon receiving the acknowledgement signal; and suspension of transmission of a further electrical pulse if no acknowledgement signal is received.
Air treatment device for a commercial vehicle, with a housing which is designed for connection to an air drier device via a quarter turn fastener, wherein a securing device which is fittable or is fitted to the housing is provided for securing the quarter turn fastener to the housing, characterized in that the housing has a guide (30, 44) for the securing device, which guide completely surrounds an end region of the securing device.
Switch for a hand-held power tool or as a component of a hand-held power tool, which has an electric drive motor that can be switched on by the switch, wherein the switch has a switch housing with a switch chamber in which a first switch actuator that can be moved between at least two switch positions (ML, MR) is arranged in order to actuate a first electric switch element and is movement-coupled with the aid of a first transmission element to a first actuating element of the switch, located outside the switch housing and movable between at least two actuating positions (R, L), wherein the first transmission element passes through a first through opening in a wall of the switch housing, so that the first switch actuator may be moved by moving the first actuating element to actuate the first switch element, wherein at the first through opening there is provided a rotary bearing, on which the first transmission element is rotatably mounted around a rotation axis, wherein the switch has a second actuating element, located outside the switch housing and adjustable between at least two actuating positions (R, L), and a second switch actuator, actuable by the second actuating element to actuate a second electrical switch element, wherein the second actuating element is movement-coupled to the second switch actuator with the aid of a second transmission element, which penetrates a second through opening in a wall of the switch housing and wherein the second transmission element is mounted with linear movement facility along a sliding axis with respect to the switch housing and/or the second transmission element penetrates the second through opening with linear movement along a sliding axis, in particular being movably mounted at the second through opening, characterised in that the sliding axis is parallel to the rotation axis or runs at an angle of less than 90° to the rotation axis.