mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising a therapeutically effective amount of Sanguisorbae officinalis aqueous plant extract and an Ailanthus altissima aqueous plant extract for use in treating and/or preventing a skin infection in a subject in need thereof, wherein the skin infection is an atopic disease, a contact dermatitis, a nummular dermatitis, a radiation dermatitis, a burn, a non-atopic eczema or a pressure sore.
A measuring geometry for a toothed tool with geometrically defined cutting edges configured for machining through a rolling engagement, in particular power skiving, of teeth on a workpiece, said measing geometry being designed for determining at least one measured variable which can be used for a machining process to be carried out by the tool, in particular a skiving process, wherein during a phase of said machining process the toothed profile to be generated on the workpiece is formed in a meshing engagement with the teeth of the tool, said measuring geometry having a toothed section (4, 6) with which, for determining the measured variable, the teeth of the tool are brought into a meshing engagement that is representative of the engagement between the teeth of the tool and workpiece during the profile-forming phase, characterised by an in particular post-like positioning element protruding on the side of the toothed section with its main dimension oriented in the direction of the tooth height, said positioning element being designed to make contact with the cutting edge of the tooth tip of the tool, in particular at its outside diameter.
A process for the fixed bed oxidation of methanol to formaldehyde wherein the catalytic bed comprises at least two layers having different catalytic activity, of which the layer of lower activity is comprised within the part of the bed from which the reactant gas mixture enters, and its activity is calibrated to obtain in the hot spot zone of the layer a maximum hot spot temperature comprised in the range from 360°C to 410°C, wherein the maximum hot spot temperature of the lower activity layer is from 30°C to 90°C higher than the maximum hot spot temperature of the greater activity layer; wherein said 30°C to 90°C temperatures determine methanol conversion higher than 96% by mols, and wherein the catalyst used in the layers of different activity has the formula Fe 2 (MoO 4) 3 /MoO 3, wherein the Mo/Fe ratio is from 1 to 6, wherein the layer of lower catalytic activity is formed of a mixture of pure catalyst and inert material or is obtained by acting on the surface area of the catalyst, and the layer of higher activity is formed of pure catalyst.
A piezoelectric element comprising: an adhesion layer which is provided as a base layer for a first electrode; the first electrode which is provided on the adhesion layer; a piezoelectric body layer which is provided on the first electrode; and a second electrode which is provided on the piezoelectric body layer, wherein the piezoelectric body layer is made of composite oxide having perovskite structure which is preferentially oriented in a face, where the first electrode is made of metal which is preferentially oriented in a, characterized in that the adhesion layer is made of composite oxide having perovskite structure which contains bismuth, iron, and titanium, and the adhesion layer is preferentially oriented in a face. an adhesion layer which is provided as a base layer for a first electrode; the first electrode which is provided on the adhesion layer; a piezoelectric body layer which is provided on the first electrode; and a second electrode which is provided on the piezoelectric body layer, wherein the piezoelectric body layer is made of composite oxide having perovskite structure which is preferentially oriented in a face, where the first electrode is made of metal which is preferentially oriented in a, characterized in that the adhesion layer is made of composite oxide having perovskite structure which contains bismuth, iron, and titanium, and the adhesion layer is preferentially oriented in a face.
A rubber compound for treads comprising a styrene-butadiene rubber, carbon black and a vulcanization system; said compound being characterized in that it comprises a filler comprising 5 to 30 phr of a thermoplastic polymer having a Tg ranging from 50 to 70°C, a molecular weight (Mw) not exceeding 200,000 g/mol and a crystallinity not exceeding 10%.
Apparatus for facilitating identification of a network which is available to a communication terminal through which to communicate, said apparatus comprising: a determiner embodied at the communication terminal, said determiner configured to determine upon which channels of a selected channel set, if any, network-station beacons are broadcast, the network-station beacons containing primary identifiers that identify network-stations from which the beacons, respectively, are broadcast and networks (14-1 to 14-5) primarily associated therewith; a request generator adapted to receive indications of determinations made by said determiner, said request generator being configured to generate requests for identification of secondary identifiers, if any, of networks, if any, secondarily associated with at least a selected one of a network set of the network stations whose beacons are determined by said determiner to be broadcast upon at least a first channel of the selected channel set. a determiner embodied at the communication terminal, said determiner configured to determine upon which channels of a selected channel set, if any, network-station beacons are broadcast, the network-station beacons containing primary identifiers that identify network-stations from which the beacons, respectively, are broadcast and networks (14-1 to 14-5) primarily associated therewith; a request generator adapted to receive indications of determinations made by said determiner, said request generator being configured to generate requests for identification of secondary identifiers, if any, of networks, if any, secondarily associated with at least a selected one of a network set of the network stations whose beacons are determined by said determiner to be broadcast upon at least a first channel of the selected channel set.
A method of quantifying combustion arrester performance, the method comprising: filling an upstream volume and a combustion arrester with a flammable gas; igniting the flammable gas in the upstream volume, upstream of the combustion arrester; measuring by a sensor system a composition of gas discharged from the combustion arrester, downstream of the combustion arrester, after igniting the flammable gas; and quantifying by a controller a performance of the combustion arrester based on the composition of gas measured. filling an upstream volume and a combustion arrester with a flammable gas; igniting the flammable gas in the upstream volume, upstream of the combustion arrester; measuring by a sensor system a composition of gas discharged from the combustion arrester, downstream of the combustion arrester, after igniting the flammable gas; and quantifying by a controller a performance of the combustion arrester based on the composition of gas measured.
A rotor-type separator for centrifugal separation of solid and/or liquid particles from a flow of gas, wherein two or more rotors are rotatably mounted within a common surrounding, stationary casing (14; 14'), which delimits a common collection chamber for particles separated in the rotors, said casing having at least one inlet for the flow of gas to be cleaned from particles, and at least one particle outlet for the discharge of particles separated and collected in the casing, characterized in that each rotor includes a stack of narrowly spaced conical surface elements with an inside facing the rotor axis and on which the particles in the gas flow can be trapped by centrifugal forces during the radial passage inwardly of the gas through flow gaps between the surface elements, said surface elements delimiting at least one axial outlet flow shaft in the central part of the rotor which communicates with flow gaps between the surface elements and from which cleaned gas can be discharged out of the casing (14; 14') by means of an individual fan located adjacent to an outlet end of the flow shaft and rotatable together with the rotor for generating the flow of gas through the rotor and the separator, said fans of the rotors being arranged in a common fan housing that is separate from and adjacent to the casing (14; 14') defining the collection chamber for a common discharge of cleaned gas from the separator.
A method implemented in a controlling apparatus, the method comprising: determining that at least one first station and at least one second station have a relative timing difference; determining a muting schedule for the at least one first station for a plurality of sub-frames, wherein the muting schedule comprises at least two adjacent muted sub-frames; wherein the muting schedule comprises an arrangement of muting sub-frames over a plurality of frames; and initiating sending an indication of the muting schedule to the at least one first station and the at least one second station wherein information on one or more channels is transmitted from the at least one second station during the at least two adjacent muted sub-frames. determining that at least one first station and at least one second station have a relative timing difference; determining a muting schedule for the at least one first station for a plurality of sub-frames, wherein the muting schedule comprises at least two adjacent muted sub-frames; wherein the muting schedule comprises an arrangement of muting sub-frames over a plurality of frames; and initiating sending an indication of the muting schedule to the at least one first station and the at least one second station wherein information on one or more channels is transmitted from the at least one second station during the at least two adjacent muted sub-frames.
A method for transmitting an enhanced random access channel, RACH, in a user equipment, UE, in a mobile communication system supporting a short transmission time interval, TTI, of 2ms or a long TTI of 10ms, the method comprising: transmitting an uplink preamble to a Node B; receiving an acknowledgement, ACK, for the uplink preamble on a response channel from the Node B; and transmitting an enhanced uplink dedicated channel, E-DCH, and a dedicated physical control channel, DPCCH, to the Node B, characterized in that the DPCCH transmission is started prior to the E-DCH transmission; wherein: a time period of the DPCCH transmission prior to the E-DCH transmission is defined by a number of the short TTI if the TTI is the short TTI, the time period of the DPCCH transmission prior to the E-DCH transmission is defined by a number of the long TTI if the TTI is the long TTI, the short TTI is defined by three slots and the long TTI is defined by fifteen slots. transmitting an uplink preamble to a Node B; receiving an acknowledgement, ACK, for the uplink preamble on a response channel from the Node B; and transmitting an enhanced uplink dedicated channel, E-DCH, and a dedicated physical control channel, DPCCH, to the Node B, characterized in that the DPCCH transmission is started prior to the E-DCH transmission; a time period of the DPCCH transmission prior to the E-DCH transmission is defined by a number of the short TTI if the TTI is the short TTI, the time period of the DPCCH transmission prior to the E-DCH transmission is defined by a number of the long TTI if the TTI is the long TTI, the short TTI is defined by three slots and the long TTI is defined by fifteen slots.
An assembly forming a steering column cover for a motor vehicle, the assembly comprising an upper half cover, a finishing part, and a lining part arranged to extend between the upper half cover and the finishing part, and configured to be connected to the upper half cover by fusible fastening means capable of breaking or detaching under the application of a force greater than a given threshold, the assembly being intended to be mounted in a vehicle comprising a dashboard, the upper half-sheath comprising a front edge and the trim part comprising a front edge and a rear edge when the assembly is assembled and mounted in the vehicle, characterized in that the trim part has a housing showing a U-shaped profile open towards the rear of the vehicle and into which the front edge of the trim part is inserted, or in that the The finishing piece is in the form of a column cover showing an L-shaped profile which is laid down so as to form with the dashboard a U-shaped housing into which the front edge of the trim piece is inserted
An electrosurgical device, comprising: a first shaft defining a proximal end, a distal end, and a lumen there through; a fluid delivery tube disposed within the lumen, the fluid delivery tube defining a proximal end portion a distal end portion; the proximal end portion of the fluid delivery tube being affixed to the proximal end of the first shaft; an electrically conductive treatment element in electrical communication with and coupled to the distal end of the first shaft, the electrically conductive treatment element including a conductive fluid conduit in fluid communication with and affixed within a portion of the fluid delivery tube,; and a second shaft in electrical communication with the first shaft, the first shaft being slideably disposed within the second shaft and movable from a first position in which the electrically conductive treatment element is proximate to the distal end of the second shaft to a second position in which the electrically conductive treatment element is advanced a distance away from the distal end of the second shaft a handle, wherein the proximal ends of the first shaft and the second shaft are disposed within the handle, wherein the first shaft is slidable within the handle, characterized in that the fluid delivery tube is slidable within the handle and the handle includes one or more oblique angles (Θ) configured to provide a soft angle for the fluid deliver tube to bend. a first shaft defining a proximal end, a distal end, and a lumen there through; a fluid delivery tube disposed within the lumen, the fluid delivery tube defining a proximal end portion a distal end portion; the proximal end portion of the fluid delivery tube being affixed to the proximal end of the first shaft; an electrically conductive treatment element in electrical communication with and coupled to the distal end of the first shaft, the electrically conductive treatment element including a conductive fluid conduit in fluid communication with and affixed within a portion of the fluid delivery tube,; and a second shaft in electrical communication with the first shaft, the first shaft being slideably disposed within the second shaft and movable from a first position in which the electrically conductive treatment element is proximate to the distal end of the second shaft to a second position in which the electrically conductive treatment element is advanced a distance away from the distal end of the second shaft a handle, wherein the proximal ends of the first shaft and the second shaft are disposed within the handle, wherein the first shaft is slidable within the handle,
A data transmission method, comprising: receiving, by a terminal device, first signaling from a network device; determining, by a medium access control MAC layer of the terminal device, a first MAC control element and a second MAC control element; and simultaneously transmitting, by the terminal device, the first MAC control element and the second MAC control element on different uplink transmission resources, to the network device; wherein the determining the first MAC control element comprises: triggering, by the MAC layer of the terminal device, the first MAC control element; and copying, by the MAC layer of the terminal device, the first MAC control element, to obtain the second MAC control element; wherein the second MAC control element is a duplicate of the first MAC control element; wherein the uplink transmission resources are determined using the first signaling; and wherein the first signaling carries information that enables the terminal device to simultaneously transmit the first and second MAC control elements on different uplink transmission resources to the network device. receiving, by a terminal device, first signaling from a network device; determining, by a medium access control MAC layer of the terminal device, a first MAC control element and a second MAC control element; and simultaneously transmitting, by the terminal device, the first MAC control element and the second MAC control element on different uplink transmission resources, to the network device; wherein the determining the first MAC control element comprises: triggering, by the MAC layer of the terminal device, the first MAC control element; and copying, by the MAC layer of the terminal device, the first MAC control element, to obtain the second MAC control element; triggering, by the MAC layer of the terminal device, the first MAC control element; and copying, by the MAC layer of the terminal device, the first MAC control element, to obtain the second MAC control element; wherein the second MAC control element is a duplicate of the first MAC control element; wherein the uplink transmission resources are determined using the first signaling; and wherein the first signaling carries information that enables the terminal device to simultaneously transmit the first and second MAC control elements on different uplink transmission resources to the network device.
An automobile image processing method, comprising: obtaining a to-be-processed image collected by a collecting point of automobile images, wherein the collecting point is provided on a self-driving device; processing the to-be-processed image using a deep learning model, and outputting a state parameter of an automobile in the to-be-processed image, wherein the state parameter is used to indicate one or more of the following automobile states: a brake lamp state, a steering lamp state, a door state, a trunk door state, a wheel pointing direction state, and a distance between the automobile and the collecting point of automobile images; and determining an automobile behavior in the to-be-processed image according to the state parameter, wherein the automobile behavior comprises one of the following: a braking behavior, a traveling behavior, a steering behavior, and a parking behavior; characterized in that the determining the automobile behavior in the to-be-processed image according to the state parameter comprises: determining that the automobile has a braking behavior when a value of the distance between the automobile and the collecting point of automobile images is relatively small; and determining that the automobile has a steering behavior when the wheel pointing direction state indicates that an orientation of a front wheel is not consistent with an orientation of a rear wheel. obtaining a to-be-processed image collected by a collecting point of automobile images, wherein the collecting point is provided on a self-driving device; processing the to-be-processed image using a deep learning model, and outputting a state parameter of an automobile in the to-be-processed image, wherein the state parameter is used to indicate one or more of the following automobile states: a brake lamp state, a steering lamp state, a door state, a trunk door state, a wheel pointing direction state, and a distance between the automobile and the collecting point of automobile images; and determining an automobile behavior in the to-be-processed image according to the state parameter, wherein the automobile behavior comprises one of the following: a braking behavior, a traveling behavior, a steering behavior, and a parking behavior; characterized in that the determining the automobile behavior in the to-be-processed image according to the state parameter comprises: determining that the automobile has a braking behavior when a value of the distance between the automobile and the collecting point of automobile images is relatively small; and determining that the automobile has a steering behavior when the wheel pointing direction state indicates that an orientation of a front wheel is not consistent with an orientation of a rear wheel. determining that the automobile has a braking behavior when a value of the distance between the automobile and the collecting point of automobile images is relatively small; and determining that the automobile has a steering behavior when the wheel pointing direction state indicates that an orientation of a front wheel is not consistent with an orientation of a rear wheel.
A surveillance apparatus comprising: an acquisition unit configured to acquire a video image captured by an image capturing apparatus; a displaying unit configured to display an image based on the video image on a display apparatus; a recording unit configured to record the video image; a detecting unit configured to detect an abnormality from the video image; characterized by: a determination unit configured to determine an attention period based on a start time to an end time of the abnormality detected by the detecting unit; and a control unit configured to control the displaying unit such that the video image acquired by the acquisition unit is displayed in real time, until the determined attention period ends, and a recorded video image for the attention period is played back when the determined attention period ends; wherein the determination unit is configured to, when an abnormality is detected by the detecting unit, if an elapsed time since an end time of an immediately previously detected abnormality is shorter than a predetermined threshold value, employ a start time of the immediately previous detected abnormality as a start time of a new attention period. an acquisition unit configured to acquire a video image captured by an image capturing apparatus; a displaying unit configured to display an image based on the video image on a display apparatus; a recording unit configured to record the video image; a detecting unit configured to detect an abnormality from the video image; characterized by: a determination unit configured to determine an attention period based on a start time to an end time of the abnormality detected by the detecting unit; and a control unit configured to control the displaying unit such that the video image acquired by the acquisition unit is displayed in real time, until the determined attention period ends, and a recorded video image for the attention period is played back when the determined attention period ends; wherein the determination unit is configured to, when an abnormality is detected by the detecting unit, if an elapsed time since an end time of an immediately previously detected abnormality is shorter than a predetermined threshold value, employ a start time of the immediately previous detected abnormality as a start time of a new attention period. a determination unit configured to determine an attention period based on a start time to an end time of the abnormality detected by the detecting unit; and a control unit configured to control the displaying unit such that the video image acquired by the acquisition unit is displayed in real time, until the determined attention period ends, and a recorded video image for the attention period is played back when the determined attention period ends; wherein the determination unit is configured to, when an abnormality is detected by the detecting unit, if an elapsed time since an end time of an immediately previously detected abnormality is shorter than a predetermined threshold value, employ a start time of the immediately previous detected abnormality as a start time of a new attention period.