mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, wherein the method comprises: receiving (S200, S402) a plurality of first optical signals from a respective plurality of input ports; converting (S202, S404), according to a correspondence between an input port of an optical signal and a mode group, the received plurality of first optical signals into a respective plurality of second optical signals each of the second optical signals comprising one or more modes in a mode group corresponding to its respective input port; and multiplexing the plurality of second optical signals into an output multimode optical fiber for transmission; wherein each of the first optical signals is an optical signal in multiple modes; wherein the plurality of first optical signals is received from a respective plurality of input multimode fibers, the plurality of input multimode fibers being coupled to a respective plurality of transmitters; wherein the plurality of transmitters excite respective optical signals in multiple modes such that the plurality of first optical signals are transmitted in the plurality of input multimode fibers. receiving (S200, S402) a plurality of first optical signals from a respective plurality of input ports; converting (S202, S404), according to a correspondence between an input port of an optical signal and a mode group, the received plurality of first optical signals into a respective plurality of second optical signals each of the second optical signals comprising one or more modes in a mode group corresponding to its respective input port; and multiplexing the plurality of second optical signals into an output multimode optical fiber for transmission; wherein each of the first optical signals is an optical signal in multiple modes; wherein the plurality of first optical signals is received from a respective plurality of input multimode fibers, the plurality of input multimode fibers being coupled to a respective plurality of transmitters; wherein the plurality of transmitters excite respective optical signals in multiple modes such that the plurality of first optical signals are transmitted in the plurality of input multimode fibers.
A component (100, 300, 400) for a vehicle interior with a surface intended to be visible to an occupant when the component (100, 300, 400) is installed in the vehicle interior comprising: (a) a base (6, 16); (b) a decorative layer coupled to the base; and (c) a cover (12, 411, 1112) coupled to the decorative layer comprising an outer layer (1, 11) and configured to provide a visual effect; wherein the decorative layer comprises a natural material configured to provide a visual effect; wherein the cover (12, 411, 1112) comprises an inner layer (2, 12) comprising at least a portion configured to prevent visibility of the decorative layer; wherein the cover (12, 411, 1112) comprises glass; wherein the inner layer (2, 12) of the cover (12, 411, 1112) comprises at least one of (a) an electrical circuit; (b) a sensor; (c) a capacitive switch; (d) a capacitive switch sensor. (a) a base (6, 16); (b) a decorative layer coupled to the base; and (c) a cover (12, 411, 1112) coupled to the decorative layer comprising an outer layer (1, 11) and configured to provide a visual effect; wherein the decorative layer comprises a natural material configured to provide a visual effect; wherein the cover (12, 411, 1112) comprises an inner layer (2, 12) comprising at least a portion configured to prevent visibility of the decorative layer; wherein the cover (12, 411, 1112) comprises glass; wherein the inner layer (2, 12) of the cover (12, 411, 1112) comprises at least one of (a) an electrical circuit; (b) a sensor; (c) a capacitive switch; (d) a capacitive switch sensor. wherein the decorative layer comprises a natural material configured to provide a visual effect; wherein the cover (12, 411, 1112) comprises an inner layer (2, 12) comprising at least a portion configured to prevent visibility of the decorative layer; wherein the cover (12, 411, 1112) comprises glass; wherein the inner layer (2, 12) of the cover (12, 411, 1112) comprises at least one of (a) an electrical circuit; (b) a sensor; (c) a capacitive switch; (d) a capacitive switch sensor.
Spoke wheel rim for a tubeless tyre with a rim ring which comprises a rim base and two rim flanges, and with spokes which connect a hub to the rim ring, wherein - grooves are provided on the rim ring running in the circumferential direction, in which the spokes each engage with a complementarily formed spoke head, - each spoke head has a passage opening formed transversely to the spoke axis, - each groove is provided with a screw which crosses the groove and is screwed in from outside, - the screw is screwed into a screw-in opening of the rim ring through the passage opening of the spoke head as a fit and the spoke is thereby fixed, characterised in that - the grooves are arranged in an area between the rim flange and the rim base. - grooves are provided on the rim ring running in the circumferential direction, in which the spokes each engage with a complementarily formed spoke head, - each spoke head has a passage opening formed transversely to the spoke axis, - each groove is provided with a screw which crosses the groove and is screwed in from outside, - the screw is screwed into a screw-in opening of the rim ring through the passage opening of the spoke head as a fit and the spoke is thereby fixed, characterised in that - the grooves are arranged in an area between the rim flange and the rim base.
A method of hydraulically operating a latch (154, 155) for a door opening system in an inner structure of a fan duct surrounding a core engine; the method comprises the steps of: providing a pressurized fluid for actuating the latch (154, 155); providing a valve to control flow of pressurized fluid to the latch (154, 155) and the door opening system, whereby actuating the latch (154, 155) provides for releasing the first and second portions of the fan duct inner structure from a core engine frame or from one another; and selectively opening the valve, whereby the pressurized fluid opens the fan duct. providing a pressurized fluid for actuating the latch (154, 155); providing a valve to control flow of pressurized fluid to the latch (154, 155) and the door opening system, whereby actuating the latch (154, 155) provides for releasing the first and second portions of the fan duct inner structure from a core engine frame or from one another; and selectively opening the valve, whereby the pressurized fluid opens the fan duct.
A method for checking the tyres on the wheels of a vehicle characterized in that it comprises the following steps: - when the vehicle is at a first operating position, where a first and a second wheel on one of the vehicle axles are positioned at a first and a second check station (4A, 4B), respectively, located along two corresponding tracks running parallel to each other and oriented in a longitudinal direction, rotating each first and second wheel about its own axis of rotation by means of rollers (401A, 401B) which grip the corresponding tyres, and capturing image information relating to a sidewall of the tyre of the first and the second wheel, using at least a first and a second optical device (5A, 5B) located on opposite sides of the tracks and oriented towards each other; - for each of the first and second wheels, displaying the image information on a screen in real time, in order to provide a user with image data representing an identification code printed on the tyres to indicate their type. - when the vehicle is at a first operating position, where a first and a second wheel on one of the vehicle axles are positioned at a first and a second check station (4A, 4B), respectively, located along two corresponding tracks running parallel to each other and oriented in a longitudinal direction, rotating each first and second wheel about its own axis of rotation by means of rollers (401A, 401B) which grip the corresponding tyres, and capturing image information relating to a sidewall of the tyre of the first and the second wheel, using at least a first and a second optical device (5A, 5B) located on opposite sides of the tracks and oriented towards each other; - for each of the first and second wheels, displaying the image information on a screen in real time, in order to provide a user with image data representing an identification code printed on the tyres to indicate their type.
A tracking area update, TAU, method based on a mobile integrated access and backhaul, IAB, node, wherein the method is performed by the mobile IAB node, the method comprising: receiving first tracking area code, TAC, list information from a donor IAB node; initiating a TAU procedure in a case that a new tracking area identity TAI is discovered by the mobile IAB node based on the first TAC list information, wherein, initiating by the mobile IAB node the TAU procedure, causes a first access and mobility management function, AMF, to update location information of a terminal device, and the terminal device resides in a cell provided by the mobile IAB node; and sending second TAC list information to the donor IAB node, wherein the second TAC list information is used for being broadcast, the second TAC list information is further used for being added into the first TAC list information. receiving first tracking area code, TAC, list information from a donor IAB node; initiating a TAU procedure in a case that a new tracking area identity TAI is discovered by the mobile IAB node based on the first TAC list information, wherein, initiating by the mobile IAB node the TAU procedure, causes a first access and mobility management function, AMF, to update location information of a terminal device, and the terminal device resides in a cell provided by the mobile IAB node; and sending second TAC list information to the donor IAB node, wherein the second TAC list information is used for being broadcast, the second TAC list information is further used for being added into the first TAC list information.
A method of presenting an image on a display device having color channel dependent light emission comprising: (a) receiving an image input signal including a plurality of input pixel signals, each input pixel signal having three color components; (b) selecting a reduction color component which is lowest in luminance and has least effect on a perceived quality of a display image among the three color components, wherein the selected reduction color component is a blue color component; (c) calculating a blue reduction factor for only the blue color component of each input pixel signal based on a panel intensity value of the reduction color component compared with a weighted average of panel intensity values of the remaining color components; (d) selecting a respective saturation adjustment factor for each color component of each pixel signal; (e) producing an image output signal having four color components from the image input signal using the blue reduction factors and saturation adjustment factors to adjust the luminance and color saturation, respectively, of the image input signal; (f) providing a four-channel display device having color channel dependent light emission; and (g) applying the image output signal to the display device to cause it to present an image corresponding to the image output signal. (a) receiving an image input signal including a plurality of input pixel signals, each input pixel signal having three color components; (b) selecting a reduction color component which is lowest in luminance and has least effect on a perceived quality of a display image among the three color components, wherein the selected reduction color component is a blue color component; (c) calculating a blue reduction factor for only the blue color component of each input pixel signal based on a panel intensity value of the reduction color component compared with a weighted average of panel intensity values of the remaining color components; (d) selecting a respective saturation adjustment factor for each color component of each pixel signal; (e) producing an image output signal having four color components from the image input signal using the blue reduction factors and saturation adjustment factors to adjust the luminance and color saturation, respectively, of the image input signal; (f) providing a four-channel display device having color channel dependent light emission; and (g) applying the image output signal to the display device to cause it to present an image corresponding to the image output signal.
A support for a tablet computer, comprising: - a base shaped to stably rest both on flat and on curved surfaces, - a tubular element fixed on the upper surface of said base, - a cylindrical member housed in the interior of said tubular element and able to rotate relative thereto, - first means (20, 22) for resting on and coupling to the lower transverse edge of said tablet and second means (24, 30) for resting on and coupling to the upper transverse edge of said tablet, said first resting and coupling means (20, 22) and said second resting and coupling means (24, 30) being disposed at an angle to each other and being associated with said cylindrical member in such a manner as to rotate therewith relative to said tubular element, characterised in that it comprises mechanical means (10, 12) for removably fixing said base securely to a key processing machine intended to be connected to and controlled by said tablet, and in that the relative distance between said first resting and coupling means (20, 22) and said second resting and coupling means (24, 30) is adjustable. - a base shaped to stably rest both on flat and on curved surfaces, - a tubular element fixed on the upper surface of said base, - a cylindrical member housed in the interior of said tubular element and able to rotate relative thereto, - first means (20, 22) for resting on and coupling to the lower transverse edge of said tablet and second means (24, 30) for resting on and coupling to the upper transverse edge of said tablet, said first resting and coupling means (20, 22) and said second resting and coupling means (24, 30) being disposed at an angle to each other and being associated with said cylindrical member in such a manner as to rotate therewith relative to said tubular element,
A transgenic poplar plant comprising an isolated nucleic acid encoding a feruloyl-CoA:monolignol transferase comprising a DNA with a SEQ ID NO:1 sequence.
A dispensing device for release of a volatile material, comprising: a base; a drive arm coupled to a pendulum based drive mechanism; and a refill coupled to the drive arm, wherein the refill includes: a substrate supported by a frame, wherein the frame comprises a support base and at least one flange (124, 126, 128), and wherein the substrate is coupled with the at least one flange (124, 126, 128); and a use-up cue; wherein one or more retention mechanisms are disposed on the support base, and characterized in that the one or more retention mechanisms include a groove and one or more support indentations. a base; a drive arm coupled to a pendulum based drive mechanism; and a refill coupled to the drive arm, wherein the refill includes: a substrate supported by a frame, wherein the frame comprises a support base and at least one flange (124, 126, 128), and wherein the substrate is coupled with the at least one flange (124, 126, 128); and a use-up cue; wherein one or more retention mechanisms are disposed on the support base, and characterized in that the one or more retention mechanisms include a groove and one or more support indentations. a substrate supported by a frame, wherein the frame comprises a support base and at least one flange (124, 126, 128), and wherein the substrate is coupled with the at least one flange (124, 126, 128); and a use-up cue; wherein one or more retention mechanisms are disposed on the support base, and characterized in that the one or more retention mechanisms include a groove and one or more support indentations.
A golf club head comprising: a face section; a crown section; a sole section; a heel section; and a toe section, wherein a hollow section separated from an outside is formed, the face section includes, on a back surface, a first thick section disposed substantially at a center in a toe-heel direction going from the toe section to the heel section, a second thick section disposed closer to the sole section than the first thick section, and a thin section thinner than the first thick section and the second thick section and disposed so as to surround an entire periphery of the first thick section and an entire periphery of the second thick section, and the first thick section includes a first portion disposed substantially at a center in both the toe-heel direction and a crown-sole direction going from the crown section to the sole section and having a longitudinal direction coincident with the toe-heel direction, and a second portion protruding from a part at a center of the first portion in the longitudinal direction toward the crown section. a face section; a crown section; a sole section; a heel section; and a toe section, wherein a hollow section separated from an outside is formed, the face section includes, on a back surface, a first thick section disposed substantially at a center in a toe-heel direction going from the toe section to the heel section, a second thick section disposed closer to the sole section than the first thick section, and a thin section thinner than the first thick section and the second thick section and disposed so as to surround an entire periphery of the first thick section and an entire periphery of the second thick section, and the first thick section includes a first portion disposed substantially at a center in both the toe-heel direction and a crown-sole direction going from the crown section to the sole section and having a longitudinal direction coincident with the toe-heel direction, and a second portion protruding from a part at a center of the first portion in the longitudinal direction toward the crown section.
A control device for an engine provided with a valve device which is capable of varying opening and closing timings of at least one exhaust valve (55; 55A; 55B) of a plurality of exhaust valves (55, 55A, 55B) provided for a combustion chamber with respect to opening and closing timings of another exhaust valve of the plurality of exhaust valves, the control device for the engine characterized by a control unit (1, 1') configured to perform phase control for making a phase of the one exhaust valve identical to a phase of the another exhaust valve (55; 55A; 55B), when an amount of change in pressing level of an accelerator pedal is greater than a first predetermined value, and when the engine accelerates, and to perform phase control for making a phase difference between the phase of the one exhaust valve (55; 55A; 55B) and the phase of the another exhaust valve (55; 55A; 55B) greater as the amount of change in pressing level of the accelerator pedal is smaller than the first predetermined value, when the amount of change in pressing level of the accelerator pedal is equal to or greater than a second predetermined value, the second predetermined value being smaller than the first predetermined value, and is also less than the first predetermined value, during acceleration of the engine.
Disposable article (8, 10) being either a belt article or a disposable article intended to be fixed to a separate belt, having a longitudinal direction, a longitudinal centre line and a transverse direction, wherein the article (8, 10) has a first and a second longitudinal edge (1, 2), a first and a second transverse edge (4, 5), wherein the article comprises a first covering layer comprising a first surface intended to face towards the user and a second surface intended to face away from the user in use, wherein at least a first and a second fixing member (48, 49) comprising hook elements (50, 51) are arranged on the first surface close to the first transverse edge, wherein the first fixing member is arranged close to the first longitudinal edge and the second fixing member is arranged close to the second longitudinal edge, wherein substantial parts of the first surface are compatible with the hook elements (50, 51), wherein the article comprises a substantially liquid-impermeable second covering layer arranged on the second surface of the first covering layer oriented away from the user, wherein an absorbent body is arranged between the first covering layer and the substantially liquid-impermeable second covering layer and wherein the first covering layer is substantially liquid-permeable, characterised in that the first surface of the first covering layer comprises a first area connected to the first fixing member and a second area connected to the second fixing member, wherein said areas (25, 26) have a substantially lower compatibility with the respective hook elements (50, 51) than adjacent parts of the first surface of the covering layer, wherein said areas (25, 26) having a substantially lower compatibility with the respective hook elements (50, 51) have an extension in the longitudinal direction of the article substantially from the first transverse edge to the opposing transverse edge of 10-20%, preferably 15%, of the outstretched length of the article, wherein the first area has an extension in the transverse direction of the article between the first longitudinal edge and the longitudinal centre line of the article of 25-50%, preferably 37%, of the outstretched length of the first transverse edge and wherein the second area has an extension in the transverse direction of the article between the second longitudinal edge and the centre line of the article of 25-50%, preferably 37%, of the outstretched length of the first transverse edge.
A method of processing signals, the method comprising: receiving a first signal at a first carrier frequency located in a predefined frequency band; measuring a signal level of a received second signal at a higher frequency than the first carrier frequency; measuring a signal level of a received third signal at a lower frequency than the first carrier frequency; selecting an intermediate mixing carrier frequency from a plurality of intermediate mixing carrier frequencies for processing at least a portion of the received first signal based on the signal level of the received second signal and the signal level of the received third signal; and performing intermediate frequency reception of at least a portion of the received first signal using the selected intermediate mixing carrier frequency. receiving a first signal at a first carrier frequency located in a predefined frequency band; measuring a signal level of a received second signal at a higher frequency than the first carrier frequency; measuring a signal level of a received third signal at a lower frequency than the first carrier frequency; selecting an intermediate mixing carrier frequency from a plurality of intermediate mixing carrier frequencies for processing at least a portion of the received first signal based on the signal level of the received second signal and the signal level of the received third signal; and performing intermediate frequency reception of at least a portion of the received first signal using the selected intermediate mixing carrier frequency.