mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a power amplification stage of a varying envelope input signal having a predetermined statistical distribution of instantaneous power, this amplification stage comprising at least one amplifier and adapter circuits determining adjustment parameters whose value influences transfer functions in average power POUT(PIN), in phase PM(PIN), and in consumption PDC(PIN), of the amplification stage, comprising the following steps: - for each amplifier , selecting a form of ideal variation in average power POUTL (PIN) derivable at any point and which can be provided by an appropriate choice of the adapter circuits , - for each amplifier , calculating, for each value of each adjustment parameter and for each value PIN of average input power, a value of an optimization criterion as a function of the mathematical expectation of at least one optimization parameter linked to the average output power of the amplifier, this mathematical expectation being calculated with said statistical distribution of instantaneous power of the input signal and from at least said ideal variation in average power POUTL (PIN), - for each amplifier , selecting from each value of the optimization criterion, an optimal value of each adjustment parameter representing an optimization of the optimization criterion of the amplifier , and determining a corresponding average output power value of the amplifier, - manufacturing the amplification stage with a number N of amplifier(s) in parallel determined as a function of an average output power value to be provided by the amplification stage, and with, for each amplifier , adapter circuits providing said optimal values of the adjustment parameters. - for each amplifier , selecting a form of ideal variation in average power POUTL (PIN) derivable at any point and which can be provided by an appropriate choice of the adapter circuits , - for each amplifier , calculating, for each value of each adjustment parameter and for each value PIN of average input power, a value of an optimization criterion as a function of the mathematical expectation of at least one optimization parameter linked to the average output power of the amplifier, this mathematical expectation being calculated with said statistical distribution of instantaneous power of the input signal and from at least said ideal variation in average power POUTL (PIN), - for each amplifier , selecting from each value of the optimization criterion, an optimal value of each adjustment parameter representing an optimization of the optimization criterion of the amplifier , and determining a corresponding average output power value of the amplifier, - manufacturing the amplification stage with a number N of amplifier(s) in parallel determined as a function of an average output power value to be provided by the amplification stage, and with, for each amplifier , adapter circuits providing said optimal values of the adjustment parameters.
A method of making a noise-canceling headphone, comprising: placing at least partially within a housing of an earcup a first vibration member operatively connected to an audio input; placing at least partially within the housing a second vibration member that comprises a tactile vibrator and that is operatively connected to the audio input; supporting a microphone by the housing; and supporting the earcup proximate an end of a headband ; the method characterized in that the method further comprises: supporting a feedback noise-cancelation circuit configured to reduce a user's perception of audible noise generated by the tactile vibrator and operatively connected to the microphone within the housing, the feedback noise-cancelation circuit configured to modify an audio signal from the audio input at least in part based on a signal from the microphone and send the modified audio signal to the first vibration member, the modified audio signal configured to at least partially cancel at least a portion of an audible response of the tactile vibrator. placing at least partially within a housing of an earcup a first vibration member operatively connected to an audio input; placing at least partially within the housing a second vibration member that comprises a tactile vibrator and that is operatively connected to the audio input; supporting a microphone by the housing; and supporting the earcup proximate an end of a headband ;
A liquid cell suspension medium for growing or suspending cells which exhibits under low shear stress conditions a viscosity sufficiently high to prevent cells from falling out of suspension, comprising a cell culture medium and an amount of between 0.01% and 0.36% w/v of a xanthan:galactomannan polysaccharide additive having a ratio of xanthan polysaccharide to galactomannan polysaccharide of between 60:40 and 20:80 w/w.
A display apparatus comprising: a substrate ; a semiconductor layer on the substrate , and having a semiconductor pattern ; a first conductive layer on the semiconductor layer , and comprising a first wiring that extends in a first direction, a second wiring that protrudes from the first wiring in a second direction crossing the first direction, and a driving gate electrode ; and a second conductive layer on the first conductive layer , and comprising a first electrode that overlaps the driving gate electrode , characterized in that the semiconductor pattern comprises: a first pattern (1120P1) that extends in the first direction and overlaps the second wiring ; and a second pattern (1120P2) that extends in the second direction and overlaps the first wiring , and in that the first electrode comprises a protruding electrode that overlaps at least part of the first pattern (1120P1) and at least part of the second pattern (1120P2). a substrate ; a semiconductor layer on the substrate , and having a semiconductor pattern ; a first conductive layer on the semiconductor layer , and comprising a first wiring that extends in a first direction, a second wiring that protrudes from the first wiring in a second direction crossing the first direction, and a driving gate electrode ; and a second conductive layer on the first conductive layer , and comprising a first electrode that overlaps the driving gate electrode , characterized in that the semiconductor pattern comprises: a first pattern (1120P1) that extends in the first direction and overlaps the second wiring ; and a second pattern (1120P2) that extends in the second direction and overlaps the first wiring , and in that the first electrode comprises a protruding electrode that overlaps at least part of the first pattern (1120P1) and at least part of the second pattern (1120P2).
An optical assembly , for use in a skin treatment device, the optical assembly comprising: a light source ; and a first prism including a first surface , a second surface inclined with the first surface and a third surface adjoining the first and the second surfaces; characterized in that the optical assembly further comprises: a first guiding element comprising enclosed reflective faces disposed facing each other, and arranged to guide the light transmitted from the light source , through the first surface of the first prism; and a second guiding element comprising enclosed reflective faces disposed facing each other, and arranged to receive, through the second surface of the first prism , the light reflected from the third surface of the first prism and output the received light for illuminating the skin , wherein the first surface and the second surface of the first prism are separated from the first guiding element and the second guiding element , respectively, by a refractive index interface and, during use, each act as a total internal reflection surface by being disposed in contact with a medium having a refractive index less than a refractive index (n p ) of the first prism . a light source ; and a first prism including a first surface , a second surface inclined with the first surface and a third surface adjoining the first and the second surfaces; characterized in that the optical assembly further comprises: a first guiding element comprising enclosed reflective faces disposed facing each other, and arranged to guide the light transmitted from the light source , through the first surface of the first prism; and a second guiding element comprising enclosed reflective faces disposed facing each other, and arranged to receive, through the second surface of the first prism , the light reflected from the third surface of the first prism and output the received light for illuminating the skin , wherein the first surface and the second surface of the first prism are separated from the first guiding element and the second guiding element , respectively, by a refractive index interface and, during use, each act as a total internal reflection surface by being disposed in contact with a medium having a refractive index less than a refractive index (n p ) of the first prism . a first guiding element comprising enclosed reflective faces disposed facing each other, and arranged to guide the light transmitted from the light source , through the first surface of the first prism; and a second guiding element comprising enclosed reflective faces disposed facing each other, and arranged to receive, through the second surface of the first prism , the light reflected from the third surface of the first prism and output the received light for illuminating the skin , wherein the first surface and the second surface of the first prism are separated from the first guiding element and the second guiding element , respectively, by a refractive index interface and, during use, each act as a total internal reflection surface by being disposed in contact with a medium having a refractive index less than a refractive index (n p ) of the first prism .
A visual position indicator assembly for limit switch boxes, said indicator assembly comprising: i) an indicator element configured to be fitted in a shaft of a driving assembly of a limit switch box, the surface of said indicator element having a plurality of adjacent sectors alternately featuring a first color and a second color that are different from each other and/or alternately featuring different writings, said colors and/or writings indicating an operating condition of a device connectable to said limit switch box; ii) a first cap-shaped mask , said first mask comprising a plurality of through apertures formed in its mantle and on its top, wherein the size and the angular width of said through apertures substantially correspond to the size and angular width of said adjacent sectors of the indicator element , characterized in that it further comprises a second mask , said second mask being coaxially fitted to the first mask and having the shape of a cap, the second mask comprising a plurality of through apertures formed in its mantle and on its top, said apertures having a size and angular width substantially corresponding to those of the through apertures formed in the first mask , and in that one between the first mask and the second mask is rotatable with respect to the other one. i) an indicator element configured to be fitted in a shaft of a driving assembly of a limit switch box, the surface of said indicator element having a plurality of adjacent sectors alternately featuring a first color and a second color that are different from each other and/or alternately featuring different writings, said colors and/or writings indicating an operating condition of a device connectable to said limit switch box; ii) a first cap-shaped mask , said first mask comprising a plurality of through apertures formed in its mantle and on its top, wherein the size and the angular width of said through apertures substantially correspond to the size and angular width of said adjacent sectors of the indicator element ,
A table rotation device comprising: a bearing assembly comprising: a fixing ring ; a movable ring being rotatable about a rotation axis (AX) relative to the fixing ring ; and a rolling element provided between the fixing ring and the movable ring ; a table support member fixed to the movable ring and supporting a table ; a support block fixed to the fixing ring and supporting the table support member rotatably about the rotation axis (AX); and a cooling block fixed to the fixing ring or the support block such that the cooling block is in contact with the fixing ring ; and characterized in that the cooling block defines at least a part of a cooling passage (PA) through which a coolant is passable and in that the cooling block is also in contact with the support block . a bearing assembly comprising: a fixing ring ; a movable ring being rotatable about a rotation axis (AX) relative to the fixing ring ; and a rolling element provided between the fixing ring and the movable ring ; a fixing ring ; a movable ring being rotatable about a rotation axis (AX) relative to the fixing ring ; and a rolling element provided between the fixing ring and the movable ring ; a table support member fixed to the movable ring and supporting a table ; a support block fixed to the fixing ring and supporting the table support member rotatably about the rotation axis (AX); and a cooling block fixed to the fixing ring or the support block such that the cooling block is in contact with the fixing ring ; and characterized in that the cooling block defines at least a part of a cooling passage (PA) through which a coolant is passable and in that the cooling block is also in contact with the support block .
A composition comprising gluconolactone and a therapeutically effective amount of a dipeptide derivative of formula (I): R 1 -AAB-AAC-R 2 Formula (I) or an isomer or salt thereof, and optionally a pharmaceutically or cosmetically acceptable carrier, wherein R 1 is an acyl radical having up to 19 carbon atoms; AAB is Tyr and AAC is Tyr, or AAB is Val and AAC is Ala; R 2 is OR 3 , NHR 4 , or NHNHR 5 ; R 3 is H, an alkyl, aralkyl, or aryl radical having up to 19 carbon atoms; and R 4 or R 5 is independently H, OH, an alkyl, aralkyl, or aryl radical having up to 19 carbon atoms. or an isomer or salt thereof, and optionally a pharmaceutically or cosmetically acceptable carrier, wherein R 1 is an acyl radical having up to 19 carbon atoms; AAB is Tyr and AAC is Tyr, or AAB is Val and AAC is Ala; R 2 is OR 3 , NHR 4 , or NHNHR 5 ; R 3 is H, an alkyl, aralkyl, or aryl radical having up to 19 carbon atoms; and R 4 or R 5 is independently H, OH, an alkyl, aralkyl, or aryl radical having up to 19 carbon atoms.
A shoulder monitoring system for monitoring a patient after tendon repair when shoulder muscle contraction is contraindicated using a predetermined threshold of the electrical activity of a muscle of the shoulder region, the system comprising: a patch having a front side and a back side, the patch sized and shaped to be positioned on a shoulder region of a wearer; an electromyogram (EMG) system comprising at least one EMG sensor (420 a, b or c) on the patch, the at least one sensor configured to monitor electrical activity of a muscle of the shoulder region; a communication component on the patch, the communication component configured to transmit data relating to said electrical activity of the muscle; an attachment element configured to secure at least a portion of the back side of the patch to the skin of the wearer, wherein the patch includes at least one opening that provides a visual line of sight through the patch when the patch is positioned on the wearer's shoulder region, characterized in that the shoulder monitoring system is configured to, in response to determining that the electrical activity of the muscle exceeds the predetermined threshold, provide feedback indicating the corresponding contraindicated shoulder muscle contraction to the patient, the shoulder monitoring system being configured to record the number of times that the electrical activity of the muscle exceeds the predetermined threshold. a patch having a front side and a back side, the patch sized and shaped to be positioned on a shoulder region of a wearer; an electromyogram (EMG) system comprising at least one EMG sensor (420 a, b or c) on the patch, the at least one sensor configured to monitor electrical activity of a muscle of the shoulder region; a communication component on the patch, the communication component configured to transmit data relating to said electrical activity of the muscle; an attachment element configured to secure at least a portion of the back side of the patch to the skin of the wearer, wherein the patch includes at least one opening that provides a visual line of sight through the patch when the patch is positioned on the wearer's shoulder region, characterized in that the shoulder monitoring system is configured to, in response to determining that the electrical activity of the muscle exceeds the predetermined threshold, provide feedback indicating the corresponding contraindicated shoulder muscle contraction to the patient, the shoulder monitoring system being configured to record the number of times that the electrical activity of the muscle exceeds the predetermined threshold.
A light-emitting device comprising a light emission source between a substrate and a thin-film encapsulation , wherein the light emission source comprises a light emission region between an anode and a cathode , the light emission region being adapted to emit light if a voltage is applied between the anode and the cathode , the light emission source further comprising an alternating arrangement of anode pads for electrically connecting the anode and cathode pads for electrically connecting the cathode , the alternating arrangement of anode and cathode pads being supported by the substrate and being provided along a same side of the substrate; wherein the thin-film encapsulation comprises openings for accessing the alternating arrangement of anode and cathode pads from outside the thin-film encapsulation , wherein the light-emitting device further comprises an anode electrical connector for electrically interconnecting the anode pads to each other through the openings of the thin-film encapsulation and for electrically connecting the anode pads to a voltage source, and a cathode electrical connector for electrically interconnecting the cathode pads to each other through the openings of the thin-film encapsulation and for electrically connecting the cathode pads to the voltage source, wherein the alternating arrangement of anode and cathode pads , the thin-film encapsulation , the anode electrical connector and the cathode electrical connector are configured such that the anode pads are electrically connected by a straight part of the anode electrical connector and the cathode pads are electrically connected by a straight part of the cathode electrical connector , the straight parts of the anode and cathode electrical connectors being metal stripes provided on the thin-film encapsulation, and wherein the alternating arrangement of anode and cathode pads , the thin-film encapsulation , the anode electrical connector and the cathode electrical connector are further configured such that the thin-film encapsulation electrically insulates the anode pads from the straight part of the cathode electrical connector and electrically insulates the cathode pads from the straight part of the anode electrical connector .
Wiper device with a wiper arm , which guides at least one fluid channel unit , and with a wiper blade which is provided for dispensing wiper fluid in a targeted manner in the wiping direction of the wiper blade , and with at least one mechanical valve unit which is arranged in the vicinity of the connection between wiper arm and wiper blade , characterized by at least one further valve unit which is substantially spaced apart from the at least one mechanical valve unit and is arranged in terms of flow upstream of the at least one mechanical valve unit .
An aircraft comprising a system, the system comprising: a first reservoir for a lubricant; a second reservoir for the lubricant, wherein the first reservoir and the second reservoir are interconnected; a first pumping element to pump the lubricant from the first reservoir at a first flow rate; a second pumping element to pump the lubricant from the second reservoir at a second flow rate, wherein the first flow rate and the second flow rate are different; and a gearbox coupled to the first pumping element and the second pumping element , wherein the gearbox is coupled between at least one engine and a rotor system of the aircraft ; wherein the gearbox is further coupled to the first reservoir to refill the first reservoir and the second reservoir with the lubricant from the gearbox , and the system is configured to simultaneously: provide the lubricant to the gearbox from the first pumping element , wherein the lubricant is provided to the gearbox from the first reservoir , provide the lubricant to the gearbox from the second pumping element , wherein the lubricant is provided to the gearbox from the second reservoir ; and refill the first reservoir and the second reservoir with the lubricant from the gearbox ; wherein the first reservoir is a first reservoir portion of a common reservoir and the second reservoir is a second reservoir portion of the common reservoir . a first reservoir for a lubricant; a second reservoir for the lubricant, wherein the first reservoir and the second reservoir are interconnected; a first pumping element to pump the lubricant from the first reservoir at a first flow rate; a second pumping element to pump the lubricant from the second reservoir at a second flow rate, wherein the first flow rate and the second flow rate are different; and a gearbox coupled to the first pumping element and the second pumping element , wherein the gearbox is coupled between at least one engine and a rotor system of the aircraft ; wherein the gearbox is further coupled to the first reservoir to refill the first reservoir and the second reservoir with the lubricant from the gearbox , and the system is configured to simultaneously: provide the lubricant to the gearbox from the first pumping element , wherein the lubricant is provided to the gearbox from the first reservoir , provide the lubricant to the gearbox from the second pumping element , wherein the lubricant is provided to the gearbox from the second reservoir ; and refill the first reservoir and the second reservoir with the lubricant from the gearbox ; wherein the first reservoir is a first reservoir portion of a common reservoir and the second reservoir is a second reservoir portion of the common reservoir .
Catalyst comprising a phosphorus modified zeolite, said phosphorus modified zeolite having partly an ALPO structure, wherein, • the catalyst comprises a P-modified zeolite and a binder, • the zeolite comprises at least one ten members ring in the structure, • optionally the catalyst comprises one or more metals oxide, • the ALPO structure is determined by a signal between 35-45 ppm in 27 Al MAS NMR spectrum. • the catalyst comprises a P-modified zeolite and a binder, • the zeolite comprises at least one ten members ring in the structure, • optionally the catalyst comprises one or more metals oxide, • the ALPO structure is determined by a signal between 35-45 ppm in 27 Al MAS NMR spectrum.