mhurhangee/ep-ind-claims huggingface dataset:
A method for computing a routing path in an High Definition Base transmission, hereinafter HDBaseT, network, the method comprising: transmitting, by a first device to a second device, a Link Status Request message requesting Link status information; receiving, by the first device from the second device, a Link Status Notification message including Link status information of the second device; updating, by the first device, a Link Status table based upon the Link status information of the second device; computing, by the first device, Routing Path information from a source device to a sink device based upon the Link Status table; and computing, by the first device, information on a transmission port being used in the routing path based upon the Routing Path information, transferring, by the first device, multiple streams to the sink device based on the Routing Path information and the information on the transmission port, wherein the first device and the second device are HDBaseT devices of the HDBaseT network providing a simultaneous transmission of the multiple streams and a power transmission through a single cable, wherein the multiple streams include streams for a bi-directional communication, wherein the multiple streams include one or more of available downlink stream and available uplink stream, and wherein the Link Status Notification message further includes a downstream bandwidth field including information on a bandwidth of the available downlink stream and an upstream bandwidth field including information on a bandwidth of the available uplink stream. transmitting, by a first device to a second device, a Link Status Request message requesting Link status information; receiving, by the first device from the second device, a Link Status Notification message including Link status information of the second device; updating, by the first device, a Link Status table based upon the Link status information of the second device; computing, by the first device, Routing Path information from a source device to a sink device based upon the Link Status table; and computing, by the first device, information on a transmission port being used in the routing path based upon the Routing Path information, transferring, by the first device, multiple streams to the sink device based on the Routing Path information and the information on the transmission port, wherein the first device and the second device are HDBaseT devices of the HDBaseT network providing a simultaneous transmission of the multiple streams and a power transmission through a single cable, wherein the multiple streams include streams for a bi-directional communication, wherein the multiple streams include one or more of available downlink stream and available uplink stream, and wherein the Link Status Notification message further includes a downstream bandwidth field including information on a bandwidth of the available downlink stream and an upstream bandwidth field including information on a bandwidth of the available uplink stream.
An electromagnetic valve, in particular for safety-relevant pneumatic systems in motor vehicles, with an armature, which, by means of current supplied to an electrical winding, can be displaced axially relative to a core and relative to a valve seat, inside an inner channel of a coil support carrying the winding on a winding section, characterized in that in the armature a guide channel is arranged, in which a guide pin, formed integrally with the coil carrier, axially protrudes for guiding the armature during its axial displacement.
A terminal comprising: a receiving section configured to receive a synchronization signal; and a transmitting section configured to transmit a random access preamble by using a radio resource based on a pattern index associated with the synchronization signal, wherein the radio resource is selected based on a predetermined rule from a plurality of resources for random access preamble transmission associated with the pattern index. a receiving section configured to receive a synchronization signal; and a transmitting section configured to transmit a random access preamble by using a radio resource based on a pattern index associated with the synchronization signal, wherein the radio resource is selected based on a predetermined rule from a plurality of resources for random access preamble transmission associated with the pattern index.
A cable head for a ring main unit, comprising a plug body; a bolt assembly comprising a bolt and a nut, wherein when the cable head is assembled to a bushing of the ring main unit, the bolt is inserted into the bushing and the bushing contains a portion of the bolt; a plug cover mounted on the nut at one side; a plug cap mounted on the plug cover at its other side to close the plug cover; a metal terminal fixed with the bolt assembly and configured to contact with the bushing; a stress solid, and a temperature measuring element to sense the temperature at the connection between the cable head and the bushing and transmit the measured temperature signal to a collector via wireless transmission, characterized in that the temperature measuring element is inserted into the nut, a thread insert is provided between the bolt assembly and the plug cover to equalize electric field, and the thread insert is inserted into the plug cover and there is spacing between an end of the thread insert and an end of the plug cover to achieve the output of the temperature signal.
A sliding bearing assembly for an axle of a child's toy, with a sliding bush which is arranged to be received at least in sections in an axle bore and has a receptacle for the sliding bearing of an axle, and a retaining bush which is connected to the sliding bush by a snap-lock connection and is arranged to hold the sliding bush in the axle bore the retaining bush having at least one web which extends in the direction of the sliding bush and is guided on a web guide of the sliding bush, characterised in that: the web is designed at least on one side as a harpoon web, and in particular is in latching engagement with a harpoon web guide on the sliding bush.
An article of footwear, comprising: an upper and a sole structure; the upper including a medial contact portion disposed along a medial side of the upper and extending through at least a midfoot region of the article of footwear; the medial contact portion including a plurality of raised elements disposed on the upper, the plurality of raised elements extending outward from a surface of the upper; wherein each of the plurality of raised elements is associated with a length (L1-L4) aligned generally along a vertical direction of the upper and a width (W1-W4) aligned generally along a longitudinal direction of the upper; wherein the length (L1-L4) of each raised element is less than a height of the upper; wherein the plurality of raised elements are spaced apart from each other along the upper by a distance greater than the width (W1-W4) of each raised element; characterized in that the plurality of raised elements comprise a first group and a second group of raised elements, wherein the arrangement of raised elements associated with each of the first group and the second group is configured to have a generally elliptical shape, wherein the first group and the second group of raised elements are spaced apart on the upper at the middle of the midfoot region by a midfoot separation distance larger than the separation distance between individual raised elements of the first group and the second group, providing a larger portion of the upper at the middle of the midfoot region to contact a ball. an upper and a sole structure; the upper including a medial contact portion disposed along a medial side of the upper and extending through at least a midfoot region of the article of footwear; the medial contact portion including a plurality of raised elements disposed on the upper, the plurality of raised elements extending outward from a surface of the upper; wherein each of the plurality of raised elements is associated with a length (L1-L4) aligned generally along a vertical direction of the upper and a width (W1-W4) aligned generally along a longitudinal direction of the upper; wherein the length (L1-L4) of each raised element is less than a height of the upper; wherein the plurality of raised elements are spaced apart from each other along the upper by a distance greater than the width (W1-W4) of each raised element; characterized in that the plurality of raised elements comprise a first group and a second group of raised elements, wherein the arrangement of raised elements associated with each of the first group and the second group is configured to have a generally elliptical shape, wherein the first group and the second group of raised elements are spaced apart on the upper at the middle of the midfoot region by a midfoot separation distance larger than the separation distance between individual raised elements of the first group and the second group, providing a larger portion of the upper at the middle of the midfoot region to contact a ball.
Compressor stage of an axial turbomachine, comprising: - a rotor (12, 112) with, on its outer surface, at least two lip seals (32, 132) each forming a radial annular rib; and - a stator which comprises: ∘ an annular ring of stator blades (26, 126) extending essentially radially; ∘ an inner shell (28, 128) whose radial cross section comprises a central part (40, 140) connected to the inner tips of the blades (26, 126), a lateral part (42, 142) extending on each side of the central part to at least one of two lip seals (32, 132), respectively, thus forming an annular cavity with the rotor; characterized in that the shell and the rotor are configured so that the radial section of the annular cavity (38, 138) has a length L1 and a height H, the length L1 being greater than the height H; and each of the lateral parts (42, 142) comprises an axial sub-part (43, 143), the said sub-parts (43, 143) extending in opposite directions to their respective lip seals (32, 132), and/or the lateral parts (42, 142) diverge from each other from the central part towards the rotor. - a rotor (12, 112) with, on its outer surface, at least two lip seals (32, 132) each forming a radial annular rib; and - a stator which comprises: ∘ an annular ring of stator blades (26, 126) extending essentially radially; ∘ an inner shell (28, 128) whose radial cross section comprises a central part (40, 140) connected to the inner tips of the blades (26, 126), a lateral part (42, 142) extending on each side of the central part to at least one of two lip seals (32, 132), respectively, thus forming an annular cavity with the rotor; ∘ an annular ring of stator blades (26, 126) extending essentially radially; ∘ an inner shell (28, 128) whose radial cross section comprises a central part (40, 140) connected to the inner tips of the blades (26, 126), a lateral part (42, 142) extending on each side of the central part to at least one of two lip seals (32, 132), respectively, thus forming an annular cavity with the rotor;
A vehicle-based system for reducing a core temperature of a vehicle driver comprising: a temperature sensor capturing data describing the core temperature of the vehicle driver; a temperature regulator adapted to communicate with the temperature sensor, the temperature regulator determining whether the data describing the vehicle driver core temperature is similar to stored temperature data associated with drowsiness, and the temperature regulator cooling a surface of a steering device of the vehicle that is in contact with the vehicle driver responsive to the data describing the vehicle driver core temperature being similar to the stored temperature data associated with drowsiness. a temperature sensor capturing data describing the core temperature of the vehicle driver; a temperature regulator adapted to communicate with the temperature sensor, the temperature regulator determining whether the data describing the vehicle driver core temperature is similar to stored temperature data associated with drowsiness, and the temperature regulator cooling a surface of a steering device of the vehicle that is in contact with the vehicle driver responsive to the data describing the vehicle driver core temperature being similar to the stored temperature data associated with drowsiness.
Method of replacing a defective sensor in a monitoring system, in particular for the pressure on the wheels of a vehicle, of the type comprising: - wireless sensors placed in each wheel and a receiver, - a unique identifying number being allocated to each sensor thus enabling the receiver to identify the signal, characterized in that it consists of: - removing the defective sensor, - identifying and recording the unique identifying number of the defecting sensor, - identifying and recording the communication protocol used on the vehicle and allocated to the defecting sensor, - allocating said unique identifying number to a new blank sensor (200, 200') without a communication protocol or identifying number allocated, and simultaneously, - allocating in the memory of the sensor (200, 200') at the same time as the unique identifier, information for locating the wheel in which the sensor is placed, - programming the new sensor (200, 200') so that it uses said communication protocol used by the defective sensor. - wireless sensors placed in each wheel and a receiver, - a unique identifying number being allocated to each sensor thus enabling the receiver to identify the signal, - removing the defective sensor, - identifying and recording the unique identifying number of the defecting sensor, - identifying and recording the communication protocol used on the vehicle and allocated to the defecting sensor, - allocating said unique identifying number to a new blank sensor (200, 200') without a communication protocol or identifying number allocated, and simultaneously, - allocating in the memory of the sensor (200, 200') at the same time as the unique identifier, information for locating the wheel in which the sensor is placed, - programming the new sensor (200, 200') so that it uses said communication protocol used by the defective sensor.
A device comprising: at least two microphones collectively capable of simultaneously receiving audio from a user and receiving audio broadcast by a presentation device proximate said user; the at least two microphones comprising a first microphone and a second microphone, where said audio broadcast by the presentation device is recorded by the first microphone, and said audio from the user is recorded by the second microphone, where audio received by said first microphone is used to cancel at least a portion of audio received by said second microphone; a first signature generator that generates a first audio signature representing said audio from said presentation device, and a second signature generator that generates a second audio signature representing said audio from said user, said first audio signature generated based on said audio broadcast by a presentation device; a matching module that uses said first audio signature to match said first audio signature to a first reference audio signature; a synchronizer that synchronizes said first audio signature to said first reference audio signature; and a display capable of displaying a score, where said score is based on comparing said second audio signature to at least one second reference audio signature. at least two microphones collectively capable of simultaneously receiving audio from a user and receiving audio broadcast by a presentation device proximate said user; the at least two microphones comprising a first microphone and a second microphone, where said audio broadcast by the presentation device is recorded by the first microphone, and said audio from the user is recorded by the second microphone, where audio received by said first microphone is used to cancel at least a portion of audio received by said second microphone; a first signature generator that generates a first audio signature representing said audio from said presentation device, and a second signature generator that generates a second audio signature representing said audio from said user, said first audio signature generated based on said audio broadcast by a presentation device; a matching module that uses said first audio signature to match said first audio signature to a first reference audio signature; a synchronizer that synchronizes said first audio signature to said first reference audio signature; and a display capable of displaying a score, where said score is based on comparing said second audio signature to at least one second reference audio signature.
An automated driving method for a vehicle, the automated driving method being for controlling a vehicle including an internal combustion engine as a drive source, the automated driving method comprising: determining whether or not a traffic jam is detected ahead of a host vehicle by a distance equal to or more than a predetermined distance (DA, DB) on a travel route of the host vehicle during travel by automated driving that brings a vehicle speed close to a target vehicle speed (VSPt); in a traffic-jam detection time when the traffic jam is detected, setting a target vehicle speed (VSPt) for the automated driving to be lower than a target vehicle speed (VSPt0) in a normal time other than the traffic-jam detection time and bringing the host vehicle close to the traffic jam by controlling the vehicle speed of the host vehicle such that the vehicle speed reaches the set target vehicle speed (VSPt); and characterized by: stopping fuel supply to the internal combustion engine when the host vehicle approaches the traffic jam by a distance (D, IVD) equal to or less than a distance (IVDa) shorter than the predetermined distance (DA, DB). determining whether or not a traffic jam is detected ahead of a host vehicle by a distance equal to or more than a predetermined distance (DA, DB) on a travel route of the host vehicle during travel by automated driving that brings a vehicle speed close to a target vehicle speed (VSPt); in a traffic-jam detection time when the traffic jam is detected, setting a target vehicle speed (VSPt) for the automated driving to be lower than a target vehicle speed (VSPt0) in a normal time other than the traffic-jam detection time and bringing the host vehicle close to the traffic jam by controlling the vehicle speed of the host vehicle such that the vehicle speed reaches the set target vehicle speed (VSPt); and
A wireless communication system, (200, 300) comprising: at least one base station; (204, 205, 320, 360, 800) at least one network server (206, 306, 610) operatively connected to the at least one base station; a data storage device operatively connected to the at least one network server; a customer record database stored on the storage device for maintaining records of a plurality of customers of the wireless communication system and for identifying at least one wireless mobile station associated with each of the plurality of customers; and a plurality of QoS levels, each of the plurality of QoS levels corresponding to a different quality level of communication and to a different price in an overall pricing structure; wherein each quality level of communication is a quality level of an audio signal to be sent or received by a mobile station of a given customer; wherein the audio signal quality level corresponds to a vocoder bit rate of a mobile station of a user; wherein the network server is adapted to receive a command from the mobile station with a request of the user for a change in the QoS by selecting a level of QoS; wherein the customer record database is updatable to reflect the selected level of QoS for a given customer; and wherein, upon validation of a user device identifier having a quality level indicator received from the mobile station, the vocoder bit rate of the mobile station is set to the quality level indicated by the user device identifier. at least one base station; (204, 205, 320, 360, 800) at least one network server (206, 306, 610) operatively connected to the at least one base station; a data storage device operatively connected to the at least one network server; a customer record database stored on the storage device for maintaining records of a plurality of customers of the wireless communication system and for identifying at least one wireless mobile station associated with each of the plurality of customers; and a plurality of QoS levels, each of the plurality of QoS levels corresponding to a different quality level of communication and to a different price in an overall pricing structure; wherein each quality level of communication is a quality level of an audio signal to be sent or received by a mobile station of a given customer; wherein the audio signal quality level corresponds to a vocoder bit rate of a mobile station of a user; wherein the network server is adapted to receive a command from the mobile station with a request of the user for a change in the QoS by selecting a level of QoS; wherein the customer record database is updatable to reflect the selected level of QoS for a given customer; and wherein, upon validation of a user device identifier having a quality level indicator received from the mobile station, the vocoder bit rate of the mobile station is set to the quality level indicated by the user device identifier.
A laminated article comprising: a functional film layer; a first textile; and a first adhesive layer bonding said functional film layer and said first textile, said first adhesive layer containing adhesive regions and regions substantially free of adhesive, wherein said regions substantially free of adhesive are interspaced between said adhesive regions, the first adhesive layer bonding said functional film layer and said first textile so as to provide raised portions of the laminated article provided at said regions substantially free of adhesive, wherein said laminated article preferentially bends in said regions substantially free of adhesive. a functional film layer; a first textile; and a first adhesive layer bonding said functional film layer and said first textile, said first adhesive layer containing adhesive regions and regions substantially free of adhesive, wherein said regions substantially free of adhesive are interspaced between said adhesive regions, the first adhesive layer bonding said functional film layer and said first textile so as to provide raised portions of the laminated article provided at said regions substantially free of adhesive, wherein said laminated article preferentially bends in said regions substantially free of adhesive.