mhurhangee/ep-ind-claims huggingface dataset:
A communication system which is operable to support HTTP-compliant communication, wherein the communication system is operable to establish a two-way real-time communication link between two nodes (10A, 10B) of the communication system by employing a combination of GET and POST methods associated with HTTP, and wherein a data exchange via the communication link is implemented in a chunked manner using HTTP data chunks characterized in that: (i) the communication system is configured to optimize a maximum segment size, MSS, as a function of a communication network capability supporting the communication link, the MSS being optimized in view of a maximum transfer unit, MTU, that represents an identified weakest link of networks coupling the two nodes; (ii) the communication system is configured to optimize the size of the HTTP data chunks to be communicated through the communication link that is based upon the optimized MSS, such that each of the HTTP data chunks carries exactly the amount of data in bytes that the weakest link can transmit corresponding to the MTU that represents the identified weakest link of networks coupling the two nodes; and (iii) the communication system is configured to implement the data exchange via the communication link, by employing transfer encoding in the chunked manner using the HTTP data chunks. (i) the communication system is configured to optimize a maximum segment size, MSS, as a function of a communication network capability supporting the communication link, the MSS being optimized in view of a maximum transfer unit, MTU, that represents an identified weakest link of networks coupling the two nodes; (ii) the communication system is configured to optimize the size of the HTTP data chunks to be communicated through the communication link that is based upon the optimized MSS, such that each of the HTTP data chunks carries exactly the amount of data in bytes that the weakest link can transmit corresponding to the MTU that represents the identified weakest link of networks coupling the two nodes; and (iii) the communication system is configured to implement the data exchange via the communication link, by employing transfer encoding in the chunked manner using the HTTP data chunks.
A pneumatic tire comprising a carcass reinforced by one or more carcass plies extending from a first bead to a second bead (28a, 28b) and having a single belt layer disposed radially outward of the one or more carcass plies in a crown portion of the pneumatic tire, the single belt layer comprising a first group of cords oriented in a first direction relative to a centerline of the pneumatic tire and a second group of cords oriented in a second direction relative to the centerline of the pneumatic tire, characterized in that the single belt layer is a single bidirectional rubberized belt ply layer.
A method for implementing Converged IP Messaging, CPM, characterized by comprising the following steps: receiving, by a CPM server, a CPM message; determining, by the CPM server, a service type according to the CPM message and performing corresponding signaling control, wherein the service type comprises at least one of: message delivery service, session service, conference service, a service of operating contents of the CPM message on network side, a service in which a third-party application participates, and a service in which a non-CPM system participates, and wherein for a service requiring a media transport channel, the CPM server determines a media capability of the service and configures corresponding media resources and establishes the media transport channel according to the media capability; and processing, by the CPM server, contents of the CPM message according to a processing procedure corresponding to the service type. receiving, by a CPM server, a CPM message; determining, by the CPM server, a service type according to the CPM message and performing corresponding signaling control, wherein the service type comprises at least one of: message delivery service, session service, conference service, a service of operating contents of the CPM message on network side, a service in which a third-party application participates, and a service in which a non-CPM system participates, and wherein for a service requiring a media transport channel, the CPM server determines a media capability of the service and configures corresponding media resources and establishes the media transport channel according to the media capability; and processing, by the CPM server, contents of the CPM message according to a processing procedure corresponding to the service type.
A device for separating cards in single sheet, comprising: a support frame, and a driving shaft movably mounted on the support frame, a separating wheel being provided on the driving shaft; wherein, the driving shaft is movable freely up and down on the support frame, an elastic component is provided between the driving shaft and the support frame; and the elastic component has one end fixed to the support frame and another end mounted on the driving shaft, which allows the separating wheel to always keep a downward pressure to cards under the action of an elastic force; the separating wheel is driven by rotation of the driving shaft, and characterized in that, a relative rotational gap with a preset angle range exists between the separating wheel and the driving shaft. a support frame, and a driving shaft movably mounted on the support frame, a separating wheel being provided on the driving shaft; wherein, the driving shaft is movable freely up and down on the support frame, an elastic component is provided between the driving shaft and the support frame; and the elastic component has one end fixed to the support frame and another end mounted on the driving shaft, which allows the separating wheel to always keep a downward pressure to cards under the action of an elastic force; the separating wheel is driven by rotation of the driving shaft, and characterized in that, a relative rotational gap with a preset angle range exists between the separating wheel and the driving shaft.
A robot comprising: a central member; and a plurality of robot arms, each robot arm having one end connected to the central member to rotate on a longitudinal axis (X A) of the central member, wherein each robot arm is connected to different portions of the central member to rotate independently with respect to each other, wherein each robot arm comprises: a plurality of link members; and a plurality of drive members to rotate the plurality of link members, characterised in that each link member is provided in a form of arc and placed on a respective concentric sphere having an identical central point, each link member is disposed to be spaced from each other radially from the identical central point, and the plurality of link members is disposed in such a way that the link members are radially spaced from each other to incoherently rotate with respect to each other. a central member; and a plurality of robot arms, each robot arm having one end connected to the central member to rotate on a longitudinal axis (X A) of the central member, wherein each robot arm is connected to different portions of the central member to rotate independently with respect to each other, wherein each robot arm comprises: a plurality of link members; and a plurality of drive members to rotate the plurality of link members, characterised in that each link member is provided in a form of arc and placed on a respective concentric sphere having an identical central point, each link member is disposed to be spaced from each other radially from the identical central point, and the plurality of link members is disposed in such a way that the link members are radially spaced from each other to incoherently rotate with respect to each other. a plurality of link members; and a plurality of drive members to rotate the plurality of link members, characterised in that each link member is provided in a form of arc and placed on a respective concentric sphere having an identical central point, each link member is disposed to be spaced from each other radially from the identical central point, and the plurality of link members is disposed in such a way that the link members are radially spaced from each other to incoherently rotate with respect to each other.
A digit member module of an upper limb prosthesis, the digit member module being characterized by a spiroid transmission, wherein a digit member rotation module is located inside a movable part of the digit member module, and wherein the spiroid transmission has at least one spiroid gear ring reducer on one of the sides from an axis of a worm, the spiroid gear ring reducer being included in a combined lever having a spiroid gear sector and bearing elements in the form of a lever and a semi-axis.
A local station comprising: a radio transmitter operable to transmit, in a radio coverage area of the local station, an enduring status signal authorizing an autonomous vehicle (20, 21, 22) to move while it receives the signal; and an emergency stop switch for interrupting the status signal, characterized by a communication element for communicating with one or more similarly equipped further local stations, to which it is linked by a communication network, and configured to instruct, in response to an activation of the local station's emergency stop switch, at least one of the further local stations to interrupt the status signal; and to execute an instruction received from one of the further local stations to interrupt the status signal. a radio transmitter operable to transmit, in a radio coverage area of the local station, an enduring status signal authorizing an autonomous vehicle (20, 21, 22) to move while it receives the signal; and an emergency stop switch for interrupting the status signal, characterized by a communication element for communicating with one or more similarly equipped further local stations, to which it is linked by a communication network, and configured to instruct, in response to an activation of the local station's emergency stop switch, at least one of the further local stations to interrupt the status signal; and to execute an instruction received from one of the further local stations to interrupt the status signal.
A frequency converter to control an electric motor with a converter housing intended for mounting on the motor housing, whereby an intermediate part replacing a terminal housing is fitted between the motor housing and the converter housing, where the converter housing consists of a lower housing section containing an interconnect device made up of the electronic component elements of the control and power electronics of the frequency converter and a housing cover, whereby the intermediate part has retainer elements providing mechanical attachment to the housing cover and where the underside of the lower housing section has an opening; the whole characterised by the fact that, after the lower housing section has been attached to the intermediate part and before the housing cover is fitted, a terminal piece on the electric motor for attaching or removing electrical connecting wiring is accessible from the exterior through this opening.
A method for performing communications by first user equipment, comprising: establishing a communication session between the first user equipment and a second user equipment using a first form of communication, wherein the communication session supports multiple and simultaneous forms of communication; determining (307, 411), by the first user equipment during the established communication session, to select a second form of communication to conduct the established communication session; and transcoding, during the established communication session, the second form of communication by the first user equipment to the first form of communication for the second user equipment, further comprising: determining contextual information for the second form of communication to conduct the communication session, wherein the selecting of the second form of communication is based, at least in part, on the contextual information, and causing transmission of information using a selected communication template generated based on the contextual information and the second form of communication during the communication session. establishing a communication session between the first user equipment and a second user equipment using a first form of communication, wherein the communication session supports multiple and simultaneous forms of communication; determining (307, 411), by the first user equipment during the established communication session, to select a second form of communication to conduct the established communication session; and transcoding, during the established communication session, the second form of communication by the first user equipment to the first form of communication for the second user equipment, further comprising: determining contextual information for the second form of communication to conduct the communication session, wherein the selecting of the second form of communication is based, at least in part, on the contextual information, and causing transmission of information using a selected communication template generated based on the contextual information and the second form of communication during the communication session.
Data transmission device for establishing a data connection between two coupled vehicle units (10, 12) of a vehicle combination with a first interface which is associated with a first vehicle unit, a second interface which is associated with a second vehicle unit, and a connection for connecting the interfaces (22, 24) to one another, wherein the interfaces (22, 24) and the connection provide the data connection in the coupled state, characterised in that the connection comprises a set of wires in the coupled state, which are provided by means of two cables (36, 38) which each have four twisted-pair wires, and an enclosure which encloses and externally insulates the four wires, wherein the two cables (36, 38) of the connection run between the first interface and the second interface, the first interface is connected to a cable unit laid in the first vehicle unit, which has a set of eight wires and an enclosure which encloses and externally insulates the eight wires, for routing a signal which is transmitted to the second vehicle unit by means of the two cables (36, 38) of the connection, and in the interfaces (22, 24) the cables (36, 38) of the connection are combined into the cable of the corresponding vehicle unit (10; 12).
A laser assembly for additive manufacturing, comprising: a first laser beam aligned in a first direction with a laser source; at least a first partial reflecting fixed mirror positioned aligned with the first direction which reflects a first portion of the first laser beam in a second direction and a remaining second portion of the first laser beam which passes through the first partial reflecting fixed mirror in the first direction; a first oscillating mirror positioned aligned with the second direction of the first portion of the first laser beam wherein the first portion of the first laser beam is refracted by the first oscillating mirror in a third direction; at least a second partially reflecting fixed mirror, aligned with the remaining second portion of the first laser beam along the first direction, which reflects a third portion of the remaining second portion of the first laser beam in a fourth direction, wherein the first partial reflecting fixed mirror and the second partially reflecting fixed mirror are designed to reflect respectively the first portion of the first laser beam and the third portion of the remaining second portion of the first laser beam having the same fixed constant amount of power. a first laser beam aligned in a first direction with a laser source; at least a first partial reflecting fixed mirror positioned aligned with the first direction which reflects a first portion of the first laser beam in a second direction and a remaining second portion of the first laser beam which passes through the first partial reflecting fixed mirror in the first direction; a first oscillating mirror positioned aligned with the second direction of the first portion of the first laser beam wherein the first portion of the first laser beam is refracted by the first oscillating mirror in a third direction; at least a second partially reflecting fixed mirror, aligned with the remaining second portion of the first laser beam along the first direction, which reflects a third portion of the remaining second portion of the first laser beam in a fourth direction, wherein the first partial reflecting fixed mirror and the second partially reflecting fixed mirror are designed to reflect respectively the first portion of the first laser beam and the third portion of the remaining second portion of the first laser beam having the same fixed constant amount of power.
Lighting device of a motor vehicle, the lighting device having means (10, 15, 18) for focusing light of the lighting device, and having dark-colored components which are made of plastics material and are arranged in the lighting device, characterized in that the dark-colored components comprise a cover frame and are produced, at least in regions, from a plastics material having thermally conductive additives, specifically carbon nanotubes, thermally conductive oxides, ceramic or metal fillers or combinations thereof, and are produced having a thermally conductive layer on their side exposed to radiation from the outside, the layer being, at least in regions, a dark layer comprising thermally conductive additives, specifically carbon nanotubes, thermally conductive oxides, ceramic fillers or combinations thereof, and/or being, at least in regions, a transparent layer comprising thermally conductive additives, specifically carbon nanotubes, thermally conductive oxides, ceramic or metal fillers or combinations thereof.
A computer-implemented method for suppressing transient noise in an audio signal, the method comprising: estimating a voice probability for a segment of the audio signal containing transient noise, the estimated voice probability being a probability that the segment contains voice data; responsive to determining that the estimated voice probability for the segment is greater than a threshold probability, performing a first type of suppression on the segment; responsive to determining that the estimated voice probability for the segment is less than the threshold probability, performing a second type of suppression on the segment; and tracking a spectral mean, wherein the second type of suppression suppresses the transient noise contained in the segment to a greater extent than the first type of suppression, the step of performing the second type of suppression comprises: for each frequency bin of the segment, comparing a magnitude for said frequency bin to the tracked spectral mean, wherein when the magnitude is greater than the tracked spectral mean, the second type of suppression is performed for said frequency bin, and when the magnitude is equal to or less than the tracked spectral mean, the second type of suppression is not performed for said frequency bin. estimating a voice probability for a segment of the audio signal containing transient noise, the estimated voice probability being a probability that the segment contains voice data; responsive to determining that the estimated voice probability for the segment is greater than a threshold probability, performing a first type of suppression on the segment; responsive to determining that the estimated voice probability for the segment is less than the threshold probability, performing a second type of suppression on the segment; and tracking a spectral mean, wherein the second type of suppression suppresses the transient noise contained in the segment to a greater extent than the first type of suppression, the step of performing the second type of suppression comprises: for each frequency bin of the segment, comparing a magnitude for said frequency bin to the tracked spectral mean, wherein when the magnitude is greater than the tracked spectral mean, the second type of suppression is performed for said frequency bin, and when the magnitude is equal to or less than the tracked spectral mean, the second type of suppression is not performed for said frequency bin. for each frequency bin of the segment, comparing a magnitude for said frequency bin to the tracked spectral mean, wherein when the magnitude is greater than the tracked spectral mean, the second type of suppression is performed for said frequency bin, and when the magnitude is equal to or less than the tracked spectral mean, the second type of suppression is not performed for said frequency bin.
An operation unit with an operation support function comprising: a subordinate operation shaft (22 1) releasably engageable with a primary operation shaft of an external unit, said primary operation shaft being movably linked with an operation of an operation switch; a detection part that detects a remote operation of said subordinate operation shaft (22 1); and an actuating part that actuates said subordinate operation shaft (22 1) on the basis of the remote operation detected by said detection part, characterised in that an actuation of said actuating part causes said subordinate operation shaft (22 1) and said primary operation shaft along with said operation switch to be displaced in an axial direction. a subordinate operation shaft (22 1) releasably engageable with a primary operation shaft of an external unit, said primary operation shaft being movably linked with an operation of an operation switch; a detection part that detects a remote operation of said subordinate operation shaft (22 1); and an actuating part that actuates said subordinate operation shaft (22 1) on the basis of the remote operation detected by said detection part, characterised in that an actuation of said actuating part causes said subordinate operation shaft (22 1) and said primary operation shaft along with said operation switch to be displaced in an axial direction.
A diode comprising a vertical stack of first and second semiconductor regions having opposite conductivity types, and a first electrode for biasing its first region arranged in a trench extending from the surface of the second region opposite to the first region, the first electrode comprising, in top view, the following conductive elements: a polygonal ring; for each vertex of the polygonal ring, a first rectilinear bar extending between the vertex and the center of the ring, along a direction running from the vertex to the center of the ring; and for each first bar, a plurality of second rectilinear bars extending from the first bar parallel to the sides of the ring, starting from the vertex forming the origin of the first bar, characterized by the dimensions of the first and second bars, that are such that the volume of the second region located, in top view, within the ring, is continuous. a polygonal ring; for each vertex of the polygonal ring, a first rectilinear bar extending between the vertex and the center of the ring, along a direction running from the vertex to the center of the ring; and for each first bar, a plurality of second rectilinear bars extending from the first bar parallel to the sides of the ring, starting from the vertex forming the origin of the first bar, characterized by the dimensions of the first and second bars, that are such that the volume of the second region located, in top view, within the ring, is continuous.