mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a relay station, comprising: controlling transmission power used to transmit signals to access terminals based on at least one of time or frequency such that a transmission power level for a frequency is varied in a predetermined manner with time or such that different transmission power levels are used for different carrier frequencies; controlling transmission power used to transmit signals to a base station to be at a fixed power level, the fixed power level being used to transmit on a first carrier frequency to the base station being different from a power level used on said first carrier frequency to transmit to said access terminals; and transmitting a signal to be relayed to one of the base station and an access terminal using the controlled transmission power, wherein controlling transmission power used to transmit signals to access terminals includes varying a transmission power level for a frequency over time in accordance with a predetermined pattern, said pattern being different from a predetermined pattern used to vary transmission power in a physically adjacent relay station. controlling transmission power used to transmit signals to access terminals based on at least one of time or frequency such that a transmission power level for a frequency is varied in a predetermined manner with time or such that different transmission power levels are used for different carrier frequencies; controlling transmission power used to transmit signals to a base station to be at a fixed power level, the fixed power level being used to transmit on a first carrier frequency to the base station being different from a power level used on said first carrier frequency to transmit to said access terminals; and transmitting a signal to be relayed to one of the base station and an access terminal using the controlled transmission power, wherein controlling transmission power used to transmit signals to access terminals includes varying a transmission power level for a frequency over time in accordance with a predetermined pattern, said pattern being different from a predetermined pattern used to vary transmission power in a physically adjacent relay station.
An immunochromatographic device comprising a membrane having a detection region, to which an antibody or antigen serving as a capturing substance capable of capturing a target substance is immobilized, for detecting the target substance by using an antigen or antibody labeled with a labeling carrier that is a colored particle to form a complex of the capturing substance-target substance-labeled antigen or antibody in the capturing substance-immobilized detection region on the device, based on color of the labeling carrier, wherein a colorant having a color complementary to the color of the labeling carrier is allowed to be contained in a dry state in a constituent member arranged on the upstream side of the detection region of the device such that the colorant is developed together with a specimen when the specimen is developed on the device.
A method for controlling a vehicle brake system for a heavy duty vehicle, the brake system comprising a primary brake system and an auxiliary brake system, the method comprising: configuring a wheel slip magnitude limit (λ LIM), obtaining a requested auxiliary brake torque, engaging the primary brake system at a torque determined in dependence of the requested auxiliary brake torque, while monitoring a wheel slip value (λ, 340), characterized in that the method comprises: determining an allowable auxiliary brake torque in dependence of the requested auxiliary brake torque and the monitored wheel slip value (λ, 340), and engaging the auxiliary brake system at the allowable auxiliary brake torque. configuring a wheel slip magnitude limit (λ LIM), obtaining a requested auxiliary brake torque, engaging the primary brake system at a torque determined in dependence of the requested auxiliary brake torque, while monitoring a wheel slip value (λ, 340), characterized in that the method comprises: determining an allowable auxiliary brake torque in dependence of the requested auxiliary brake torque and the monitored wheel slip value (λ, 340), and engaging the auxiliary brake system at the allowable auxiliary brake torque. determining an allowable auxiliary brake torque in dependence of the requested auxiliary brake torque and the monitored wheel slip value (λ, 340), and engaging the auxiliary brake system at the allowable auxiliary brake torque.
Arrangement (100, 200, 300, 400) configured to determine a d-component (Idref, I*d) of a reference current in a d-q coordinate system for reducing noise/vibration of a wind turbine, the arrangement characterized by: a noise/vibration determination module configured to determine at least one noise/vibration component of oscillations of at least one wind turbine component; and a processing block configured to calculate a first type of the d-component of the reference current based on the noise/vibration component output by the noise/vibration determination module, wherein the processing block comprises: a noise/vibration processing module configured to obtain an actual characteristic of at least one noise/vibration component of the determined at least one noise/vibration component; a reference determination module configured to provide a reference characteristic of the noise/vibration component; and a control module configured to calculate the first type of the d-component of the reference current based on a difference between the actual characteristic and the reference characteristic of the noise/vibration component. a noise/vibration determination module configured to determine at least one noise/vibration component of oscillations of at least one wind turbine component; and a processing block configured to calculate a first type of the d-component of the reference current based on the noise/vibration component output by the noise/vibration determination module, wherein the processing block comprises: a noise/vibration processing module configured to obtain an actual characteristic of at least one noise/vibration component of the determined at least one noise/vibration component; a reference determination module configured to provide a reference characteristic of the noise/vibration component; and a control module configured to calculate the first type of the d-component of the reference current based on a difference between the actual characteristic and the reference characteristic of the noise/vibration component.
Apparatus for generating an error concealment signal, comprising: a linear predictive coding, LPC, representation generator for generating a replacement LPC representation; an LPC synthesizer (106, 108) for filtering a codebook information using the replacement LPC representation to obtain a replacement signal, from which the error concealment signal is derived; and a noise estimator for estimating a noise estimate during a reception of good audio frames, wherein the noise estimate depends on the good audio frames, and wherein the noise estimate is derived from a past decoded signal, and wherein the LPC representation generator is configured to use the noise estimate estimated by the noise estimator in generating the replacement LPC representation. a linear predictive coding, LPC, representation generator for generating a replacement LPC representation; an LPC synthesizer (106, 108) for filtering a codebook information using the replacement LPC representation to obtain a replacement signal, from which the error concealment signal is derived; and a noise estimator for estimating a noise estimate during a reception of good audio frames, wherein the noise estimate depends on the good audio frames, and wherein the noise estimate is derived from a past decoded signal, and wherein the LPC representation generator is configured to use the noise estimate estimated by the noise estimator in generating the replacement LPC representation.
A media processing device comprising: a media path along which a sheet of media is transported, the media path having a feed area to transport the sheet of media back and forth along the media path, the media processing device being characterised by further comprising a flexion component configured to apply a force to a portion of the sheet of media within the media path and thereby cause a flexion in the sheet of media, the flexion moving the trailing edge of the sheet of media away from the feed area from which it was ejected, wherein the media processing device is fitted with a support portion configured to couple the flexion component to the media processing device. a media path along which a sheet of media is transported, the media path having a feed area to transport the sheet of media back and forth along the media path, the media processing device being characterised by further comprising a flexion component configured to apply a force to a portion of the sheet of media within the media path and thereby cause a flexion in the sheet of media, the flexion moving the trailing edge of the sheet of media away from the feed area from which it was ejected,
Shock absorber assembly of a suspension system of a vehicle comprising a top mount (4;4') and a jounce bumper comprising a main body manufactured in an elastic material, preferably a foam elastomer or rubber, and a fixing element (3;3') manufactured in a second material that is harder than the material of the main body, the fixing element (3;3') comprising at least one elastic retaining area (5;5') cooperating with a respective protuberance (12;12') arranged in the top mount (4;4'), characterized in that the top mount (4; 4') comprises a compartment in the lower area for housing the upper portion of the jounce bumper, said compartment comprising a seating area and a side wall, preferably cylindrical, the protuberance (12; 12') of the top mount (4; 4') being arranged in said side wall and the at least one retaining area (5; 5') being arranged in the perimetral area of the jounce bumper, the fixing element, preferably cup-shaped, comprising a base facing the seating area of the top mount and a side wall, preferably cylindrical, cooperating with the side wall of the top mount, said base and said side wall forming an inner cavity, such that part of the main body is housed inside said cavity, the at least one retaining area being arranged in the side wall of the fixing element, the side wall of the fixing element comprising a perimetral rim, preferably U-shaped, in the lower portion in which the end of the side wall of the top mount is housed, the at least one retaining area being arranged in said rim, and said rim comprising at least one opening to allow passage of the respective protuberance of the top mount, said respective protuberance being arranged on the outer face of the wall of the top mount and the at least one opening being demarcated by an elastic retaining area.
A method to perform multi-channel receiving with an unpaired receiver path of a user equipment of a wireless network, the method being performed by the user equipment, and the user equipment includes an odd number of receiver paths that comprise the unpaired receiver path and at least two receiver paths (311, 312) that are paired; and the method comprising generating user equipment capabilities based on modem configuration information for a frequency band that includes first parameters for the unpaired receiver path and second parameters for a nonexistent receiver path that is not present in the user equipment; transmitting, via a modem of the user equipment, the user equipment capabilities to a base station effective to cause the base station to enable a multi-channel downlink communication mode to communicate with the user equipment in the frequency band via multiple channels that correspond to the unpaired receiver path, the nonexistent receiver path, and the at least two receiver paths (311, 312) that are paired of the user equipment; reporting a low channel signal quality parameter for the one of the multiple channels that corresponds to the nonexistent receiver path effective to cause the base station to direct at least a portion of downlink data from the channel that corresponds to the nonexistent receiver path to one or more other channels of the multiple channels; and receiving, from the base station and in the frequency band, the portion of the downlink data on the one or more other channels of the multiple channels that correspond to the unpaired receiver path, a first receiver path of the at least two receiver paths (311, 312) that are paired, or a second receiver path of the at least two receiver paths (311, 312) that are paired. generating user equipment capabilities based on modem configuration information for a frequency band that includes first parameters for the unpaired receiver path and second parameters for a nonexistent receiver path that is not present in the user equipment; transmitting, via a modem of the user equipment, the user equipment capabilities to a base station effective to cause the base station to enable a multi-channel downlink communication mode to communicate with the user equipment in the frequency band via multiple channels that correspond to the unpaired receiver path, the nonexistent receiver path, and the at least two receiver paths (311, 312) that are paired of the user equipment; reporting a low channel signal quality parameter for the one of the multiple channels that corresponds to the nonexistent receiver path effective to cause the base station to direct at least a portion of downlink data from the channel that corresponds to the nonexistent receiver path to one or more other channels of the multiple channels; and receiving, from the base station and in the frequency band, the portion of the downlink data on the one or more other channels of the multiple channels that correspond to the unpaired receiver path, a first receiver path of the at least two receiver paths (311, 312) that are paired, or a second receiver path of the at least two receiver paths (311, 312) that are paired.
An electrical plug-in connection, comprising a plug-in connector and a mating plug-in connector which can be connected to the plug-in connector, wherein the mating plug-in connector has an operating element which is movable between a home position (P 0) and a locking position (P 1) and is designed to interact with a guide means of the plug-in connector in such a way that the plug-in connection, starting from a preliminary latching position, assumes a locking position when the operating element is moved from the home position (P 0) to the locking position (P 1), wherein the plug-in connector has a tooth system and the mating plug-in connector has a mating tooth system which corresponds to the tooth system of the plug-in connector, wherein the tooth system and the mating tooth system are in engagement with one another in the locking position of the plug-in connection, characterized in that the teeth of the tooth systems (8,9) are pushed axially one into the other in the plug-in direction while the operating element is moved from the home position (P 0) into the locking position (P 1).
A booklet processing mechanism configured to process a booklet, comprising: a backing plate that includes an upper edge and a lower edge; a guide and clamp mechanism that is mounted on the backing plate adjacent to the upper edge for movement relative to the backing plate between a first position at which the guide and clamp mechanism is spaced from the backing plate to guide a booklet and a second position at which the guide and clamp mechanism is closer to the backing plate to clamp the booklet against the backing plate; and an actuating mechanism that is engageable with the guide an clamp mechanism to actuate the guide and clamp mechanism to the first position, characterised in that the backing plate is pivotable along the lower edge about a horizontal axis, and the backing plate is pivotable about a vertical axis; and the guide and clamp mechanism is movable with the backing plate when the backing plate pivots about the horizontal axis and the vertical axis. a backing plate that includes an upper edge and a lower edge; a guide and clamp mechanism that is mounted on the backing plate adjacent to the upper edge for movement relative to the backing plate between a first position at which the guide and clamp mechanism is spaced from the backing plate to guide a booklet and a second position at which the guide and clamp mechanism is closer to the backing plate to clamp the booklet against the backing plate; and
A dental x-ray image media holder comprising an image media backing plate adjustably affixed to a bite block; said backing plate having at least one channel for receiving a post affixed to said bite block, such that the bite block can be selectively moved within said channel to orient the bite block in a predetermined position relative to the backing plate, wherein said backing plate has a first and second sides, such that said bite block is generally positioned on said first side of said backing plate when in use, wherein said second side of said backing plate is provided with means to removeably affix an image media thereto, characterized in that the dental x-ray image media holder is disposable and made of plastic, wherein a releasable adhesive is provided on said second side of said backing plate.
Compact and dampened hinge device for an appliance comprising a first connection means assigned to be fixed to a hatch or shutter for the rotation of the latter between closed and fully opened conditions of the appliance and swivelling connected by means of a hinge pin to a second connection means assigned to be fixed to the structure or frame of the appliance; said device comprising at least one first elastic means interconnected between the first connection means and the second connection means to transmit to the first connection means an elastic torque directed towards the closed condition of the hinge device; said device comprises a damper element of a linear type having a longitudinal geometric axis and a first end connected to at least one of the first connection means or second connection means either directly or by means of an element connected thereto (3, 5), the other and second end of the damper element being assigned to meet with an abutment element slidable in a sliding direction aligned or parallel to the damper element axis due to the effect of a translating means slidable in said sliding direction and actuated, at least in the terminal closing phase of the door, by at least one offset element fixed to the second connection means to a respective predetermined distance from the hinge pin; in at least one angular sector of the door rotation, the offset element meets the translating means causing it to slide together with the abutment element in the sliding direction compressing the damper element which brakes the rotation of the door in this angular sector; the second connection means carries a cam element fixed to or formed in the second connection means and it comprises a spinning element elastically pressed in the direction of sliding by a second elastic means which, at least in an angular sector of the door rotation, transmits its elastic force to the cam element by means of the spinning element; the first elastic means transmits its elastic force to a connecting pin fixed to the second connection means at a respective predetermined distance from the hinge pin and fixed to one end of a tie-rod element to which the first elastic means is connected, this tie-rod element slides approximately in the sliding direction along or within the first connection means; said device being characterized in that the portion of the tie-rod element opposite to the connecting pin contains or bears a housing element bound to it and the portion of the tie-rod element, bearing the connecting pin, contains or bears a support element having at one end a rotation axis of the spinning element, this axis is slidingly engaged in slots elongated in the sliding direction and formed in the tie-rod element; the second elastic means consists of a helical spring compressed between two shoulders (35, 37), one of the housing element and the other of the support element.
A device for communication with an electric vehicle, comprising: - voltage generation means for generating a first predefined DC voltage level on a pilot conductor, - detector means for detecting the existence of an electrical connection to an electric vehicle by detecting a second predefined DC voltage level on the pilot conductor, - signal generation means for outputting a trigger signal on the pilot conductor, and - sensor means for sensing a vehicle identification signal on the pilot conductor, and - switch means for enabling the electricity supply on a power conductor, characterised in that - the vehicle identification signal is a bipolar signal that comprises: - an item of information about a position in a cryptographic key, - a vehicle identifier that was encrypted in a manner at least partially defined by the position in the cryptographic key and at least partially defined by the cryptographic key, and - information about a cyclic redundancy check of the vehicle identification signal. - voltage generation means for generating a first predefined DC voltage level on a pilot conductor, - detector means for detecting the existence of an electrical connection to an electric vehicle by detecting a second predefined DC voltage level on the pilot conductor, - signal generation means for outputting a trigger signal on the pilot conductor, and - sensor means for sensing a vehicle identification signal on the pilot conductor, and - switch means for enabling the electricity supply on a power conductor, characterised in that - the vehicle identification signal is a bipolar signal that comprises: - an item of information about a position in a cryptographic key, - a vehicle identifier that was encrypted in a manner at least partially defined by the position in the cryptographic key and at least partially defined by the cryptographic key, and - information about a cyclic redundancy check of the vehicle identification signal. - an item of information about a position in a cryptographic key, - a vehicle identifier that was encrypted in a manner at least partially defined by the position in the cryptographic key and at least partially defined by the cryptographic key, and - information about a cyclic redundancy check of the vehicle identification signal.
A hair brush with a brush and a bristle holder for the brush, wherein the bristle holder comprises a frame, a bristle anchoring, and a rear portion, wherein the rear portion comprises a first end region, which is adjacent to a handle portion of the connectable brush, a connecting surface connected to the handle portion is provided for the bristle holder, a second end region adjacent to the brush end, characterized in that the first end region carries at least one first connecting element and the second end region carries at least one positioning element and at least one mounting element, wherein the at least one positioning element fixes the position of the bristle holder in relation to the brush planarly, in the plane of the rear portion, in its position and that the connecting surface of the brush comprises an ejecting element.
A tomato-derived composition comprising lycopene crystals at a concentration of at least 70% (w/w) and methylene chloride-insoluble material at a concentration of 10% (w/w) or less, wherein the size of said lycopene crystals is less than 1 micron.