mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining an optimized probe panel for multi-color immunophe-notypic analysis and for differentiating populations of particles in a sample using an antibody database module, the method comprising: receiving, via a user interface, user input corresponding to one or more parameters of a probe panel, the one or more parameters including a set of antibodies corresponding to an antigenic expression pattern; determining, via a processor, the optimized probe panel based on the user input, characterised by the determining comprising: running a simulation of probe panels that satisfy the user input including determining a detection limit for each of one or more detection channels based on the antigenic expression pattern; generating the optimized probe panel based on the detection limit; retrieving, via the antibody database module, part information associated with the optimized probe panel; and displaying, via the user interface , the part information. receiving, via a user interface, user input corresponding to one or more parameters of a probe panel, the one or more parameters including a set of antibodies corresponding to an antigenic expression pattern; determining, via a processor, the optimized probe panel based on the user input, characterised by the determining comprising: running a simulation of probe panels that satisfy the user input including determining a detection limit for each of one or more detection channels based on the antigenic expression pattern; generating the optimized probe panel based on the detection limit; retrieving, via the antibody database module, part information associated with the optimized probe panel; and displaying, via the user interface , the part information. running a simulation of probe panels that satisfy the user input including determining a detection limit for each of one or more detection channels based on the antigenic expression pattern; generating the optimized probe panel based on the detection limit; retrieving, via the antibody database module, part information associated with the optimized probe panel; and displaying, via the user interface , the part information.
An automatic dishwashing composition, comprising: a dispersant polymer blend, comprising: an acrylic acid homopolymer; and a copolymer of acrylic acid and a sulfonated monomer; wherein the dispersant polymer blend has a blend ratio of the acrylic acid homopolymer to the copolymer of 3:1 to 1:3, based on weight, with the proviso that the blend ratio is not 1:1; a surfactant, wherein the surfactant is a fatty alcohol alkoxylate of formula I: wherein R 1 is a linear or branched, saturated C 8-24 alkyl group; R 2 is a linear saturated C 2-8 alkyl group; m has an average value of 22 to 42; n has an average value of 4 to 12; wherein m + n is an average value of 26 to 54; wherein the fatty alcohol alkoxylate of formula I has an average ethyleneoxy unit concentration per molecule, X, of > 45 wt%; and, wherein the fatty alcohol alkoxylate of formula I has a ratio, Z, equal to the average ethyleneoxy unit concentration per molecule, X, divided by n ; wherein the ratio, Z, is <9.5. a dispersant polymer blend, comprising: an acrylic acid homopolymer; and a copolymer of acrylic acid and a sulfonated monomer; wherein the dispersant polymer blend has a blend ratio of the acrylic acid homopolymer to the copolymer of 3:1 to 1:3, based on weight, with the proviso that the blend ratio is not 1:1; an acrylic acid homopolymer; and a copolymer of acrylic acid and a sulfonated monomer; a surfactant, wherein the surfactant is a fatty alcohol alkoxylate of formula I: wherein R 1 is a linear or branched, saturated C 8-24 alkyl group; R 2 is a linear saturated C 2-8 alkyl group; m has an average value of 22 to 42; n has an average value of 4 to 12; wherein m + n is an average value of 26 to 54; wherein the fatty alcohol alkoxylate of formula I has an average ethyleneoxy unit concentration per molecule, X, of > 45 wt%; and, wherein the fatty alcohol alkoxylate of formula I has a ratio, Z, equal to the average ethyleneoxy unit concentration per molecule, X, divided by n ; wherein the ratio, Z, is <9.5.
An ostomy appliance including: first and second walls which are connected at or near their peripheries to provide a waste collecting cavity therebetween, a stoma-receiving opening provided in the first wall , and a connection member , which has one or more slits that extend radially outwards relative to the stoma-receiving opening , and which provides for connection to a patient around a stoma, which is connected, directly or indirectly, to the first wall by a connection arrangement which includes: a first connection formation , which extends around the stoma receiving opening and has a periphery and provides support between the connection member and the first wall , and a second connection formation , which is disposed outside of the periphery of the first connection formation and further away from the stoma-receiving opening than the first connection formation and at the same radial distance or a larger radial position from the stoma-receiving opening than that defined by an inner most end of the one or more slits . first and second walls which are connected at or near their peripheries to provide a waste collecting cavity therebetween, a stoma-receiving opening provided in the first wall , and a connection member , which has one or more slits that extend radially outwards relative to the stoma-receiving opening , and which provides for connection to a patient around a stoma, which is connected, directly or indirectly, to the first wall by a connection arrangement which includes: a first connection formation , which extends around the stoma receiving opening and has a periphery and provides support between the connection member and the first wall , and a second connection formation , which is disposed outside of the periphery of the first connection formation and further away from the stoma-receiving opening than the first connection formation and at the same radial distance or a larger radial position from the stoma-receiving opening than that defined by an inner most end of the one or more slits . a first connection formation , which extends around the stoma receiving opening and has a periphery and provides support between the connection member and the first wall , and a second connection formation , which is disposed outside of the periphery of the first connection formation and further away from the stoma-receiving opening than the first connection formation and at the same radial distance or a larger radial position from the stoma-receiving opening than that defined by an inner most end of the one or more slits .
A method for moving an elevator car to a landing floor in case of a predefined event related to a main electrical power supply of an elevator , wherein the predefined event is a failure in or loss of the main electrical power supply , the method comprising - charging energy from the main electrical power supply into an external electrical energy storage prior to - detecting the predefined event related to the main electrical power supply , characterized in that, the method comprises - controlling an operation of an electric motor for moving the elevator car with an electrical drive to decelerate the elevator car and to produce regenerative electrical energy, wherein the controlling comprises regulating a speed of the elevator car so as to move the elevator car to the landing floor , and - preventing activation of an elevator brake due to the predefined event by utilizing said energy charged from the main electrical power supply into the external electrical energy storage and said produced regenerative electrical energy to maintain an elevator brake in deactivated state, wherein the external electrical energy storage is electrically connected to the elevator brake prior to the detection to provide electrical power to maintain the elevator brake in the deactivated state. - charging energy from the main electrical power supply into an external electrical energy storage prior to - detecting the predefined event related to the main electrical power supply , characterized in that, the method comprises - controlling an operation of an electric motor for moving the elevator car with an electrical drive to decelerate the elevator car and to produce regenerative electrical energy, wherein the controlling comprises regulating a speed of the elevator car so as to move the elevator car to the landing floor , and - preventing activation of an elevator brake due to the predefined event by utilizing said energy charged from the main electrical power supply into the external electrical energy storage and said produced regenerative electrical energy to maintain an elevator brake in deactivated state, wherein the external electrical energy storage is electrically connected to the elevator brake prior to the detection to provide electrical power to maintain the elevator brake in the deactivated state.
A method for communicating in a wireless communication network, the method comprising: generating, at a first communication device, a trigger frame to trigger simultaneous uplink transmissions by multiple second communication devices, wherein the trigger frame includes a padding portion, and wherein a length of the padding portion is determined based on respective time duration requirements of the multiple second communication devices, wherein the respective time duration requirements are for preparing uplink transmission by the corresponding second communication devices; transmitting, by the first communication device, the trigger frame to the multiple second communication devices; and receiving, at the first communication device, the simultaneous uplink transmissions, triggered by the trigger frame, from the multiple second communication devices. generating, at a first communication device, a trigger frame to trigger simultaneous uplink transmissions by multiple second communication devices, wherein the trigger frame includes a padding portion, and wherein a length of the padding portion is determined based on respective time duration requirements of the multiple second communication devices, wherein the respective time duration requirements are for preparing uplink transmission by the corresponding second communication devices; transmitting, by the first communication device, the trigger frame to the multiple second communication devices; and receiving, at the first communication device, the simultaneous uplink transmissions, triggered by the trigger frame, from the multiple second communication devices.
Actuating handle for actuating a sash of a window or a door, comprising: a housing for attaching the actuating handle to the sash, a handle rotatably mounted on the housing and having a handle neck for gripping by a user and a grip part supported in the housing for rotation between a closed position and an open position for transmitting the rotational movement of the handle to a locking mechanism of the sash, at least one predetermined breaking point being provided between the handle neck and the grip part , a locking mechanism by means of which the grip part can be locked against rotation relative to the housing in the locked position, and a breakage monitoring device for monitoring the predetermined breaking point and for outputting information about a breakage of the predetermined breaking point . a housing for attaching the actuating handle to the sash, a handle rotatably mounted on the housing and having a handle neck for gripping by a user and a grip part supported in the housing for rotation between a closed position and an open position for transmitting the rotational movement of the handle to a locking mechanism of the sash, at least one predetermined breaking point being provided between the handle neck and the grip part , a locking mechanism by means of which the grip part can be locked against rotation relative to the housing in the locked position, and a breakage monitoring device for monitoring the predetermined breaking point and for outputting information about a breakage of the predetermined breaking point .
An ethanol-free perfumed composition comprising water, a perfume and an ester, wherein the ester comprises a glycereth-17 cocoate or a glycereth-20 cocoate moiety, wherein the composition comprises less than 5% by weight of ethanol.
A laser-operated light source , comprising: a chamber for accommodating an ionizable gas and a plasma formed by energizing the ionizable gas; a laser for inputting laser energy into the plasma such that, under the impact of the laser radiation, the plasma emits useful light via an output window , which forms the output signal of the light source ; characterized in that the laser-operated light source further comprises means for coupling the useful light into a transferring optical fiber ; an optical system arranged between the chamber and the transferring optical fiber , configured to image the plasma onto the end of the optical fiber facing the optical system , wherein the optical system comprises: collimating optics configured to receive and collimate a plasma image from the chamber via the output window ; and focusing optics configured to receive and focus a collimated image from the collimating optics onto an input plane of the transferring optical fiber , wherein the collimating optics and focusing optics are configured such that aberration introduced to the useful light is reduced at the input plane of the transferring optical fiber, and the aberration comprises at least one of the group consisting of chromatic aberration, spherical aberration, and comatic aberration. a chamber for accommodating an ionizable gas and a plasma formed by energizing the ionizable gas; a laser for inputting laser energy into the plasma such that, under the impact of the laser radiation, the plasma emits useful light via an output window , which forms the output signal of the light source ; characterized in that the laser-operated light source further comprises means for coupling the useful light into a transferring optical fiber ; an optical system arranged between the chamber and the transferring optical fiber , configured to image the plasma onto the end of the optical fiber facing the optical system , wherein the optical system comprises: collimating optics configured to receive and collimate a plasma image from the chamber via the output window ; and focusing optics configured to receive and focus a collimated image from the collimating optics onto an input plane of the transferring optical fiber , wherein the collimating optics and focusing optics are configured such that aberration introduced to the useful light is reduced at the input plane of the transferring optical fiber, and the aberration comprises at least one of the group consisting of chromatic aberration, spherical aberration, and comatic aberration.
An apparatus comprising: an unlicensed wireless spectrum access point control circuit configured to: - receive an indication from a first network entity that a second network entity has been authenticated for data transfer; wherein the indication includes a first identifier identifying the second network entity; - receive first data from the second network entity over the unlicensed wireless spectrum, wherein the first data includes a second identifier identifying the second network entity; - determine whether the first identifier is same as the second identifier and: - enable further data exchange between the first network entity and the second network entity based on the determination that the first identifier is the same as the second identifier; and refraining from transmitting further data to the first network entity upon determining that the first identifier is not the same as the second identifier. - receive an indication from a first network entity that a second network entity has been authenticated for data transfer; wherein the indication includes a first identifier identifying the second network entity; - receive first data from the second network entity over the unlicensed wireless spectrum, wherein the first data includes a second identifier identifying the second network entity; - determine whether the first identifier is same as the second identifier and: - enable further data exchange between the first network entity and the second network entity based on the determination that the first identifier is the same as the second identifier; and - enable further data exchange between the first network entity and the second network entity based on the determination that the first identifier is the same as the second identifier; and
A method of homologous recombination, comprising: treating two or more target nucleic acid molecules with a first exonuclease, and recombining the two or more target nucleic acid molecules in the presence of a second exonuclease and an annealing protein in a host cell, wherein the recombined target nucleic acid molecules share at least one identical sequence, wherein at least one identical sequence is inside or at one end of each of the two or more target nucleic acid molecules, wherein said treating in the presence of the first exonuclease comprises in vitro joining; said in vitro joining comprising joining the two or more target nucleic acid molecules, and wherein said treating in the presence of the first exonuclease comprises enzyme digestion and annealing; and wherein the second exonuclease is RecE and the annealing protein is RecT. treating two or more target nucleic acid molecules with a first exonuclease, and recombining the two or more target nucleic acid molecules in the presence of a second exonuclease and an annealing protein in a host cell, wherein the recombined target nucleic acid molecules share at least one identical sequence, wherein at least one identical sequence is inside or at one end of each of the two or more target nucleic acid molecules, wherein said treating in the presence of the first exonuclease comprises in vitro joining; said in vitro joining comprising joining the two or more target nucleic acid molecules, and wherein said treating in the presence of the first exonuclease comprises enzyme digestion and annealing; and wherein the second exonuclease is RecE and the annealing protein is RecT.
An apparatus for puncturing the septum of the heart, comprising: a body defining a first lumen and a second lumen; a shaft extending distally from the first lumen of the body; a guide wire coupler configured to slidably receive a first guide wire, wherein the guide wire coupler is a lumen defined by the shaft; a side catheter guide coupled to the shaft via a guide coupler , having a distal end laterally deflectable relative to the shaft and extending distally from within the second lumen of the body, the side catheter guide configured to be transitioned between a delivery configuration and a deployed configuration in which the distal end of the side catheter guide is directed away from a central axis of the shaft when transitioned from its delivery configuration to its deployed configuration, the side catheter guide defining a lumen configured to slidably receive a side catheter ; and the side catheter configured to translate relative to the side catheter guide , the side catheter defining a lumen configured to slidably receive a puncture member that is configured to puncture tissue of a patient. a body defining a first lumen and a second lumen; a shaft extending distally from the first lumen of the body; a guide wire coupler configured to slidably receive a first guide wire, wherein the guide wire coupler is a lumen defined by the shaft; a side catheter guide coupled to the shaft via a guide coupler , having a distal end laterally deflectable relative to the shaft and extending distally from within the second lumen of the body, the side catheter guide configured to be transitioned between a delivery configuration and a deployed configuration in which the distal end of the side catheter guide is directed away from a central axis of the shaft when transitioned from its delivery configuration to its deployed configuration, the side catheter guide defining a lumen configured to slidably receive a side catheter ; and the side catheter configured to translate relative to the side catheter guide , the side catheter defining a lumen configured to slidably receive a puncture member that is configured to puncture tissue of a patient.
A method for determining a response function of a noise cancellation enabled audio device (HP), in particular headphone, the method comprising - placing the audio device (HP) onto a measurement fixture (MF), wherein a loudspeaker (LS) of the audio device (HP) faces an ear canal representation (EC) of the measurement fixture (MF); - measuring a first response function between an ambient sound source (ASS) and a test microphone (ECM) located within the ear canal representation (EC) while parameters of a noise processor (PROC) of the audio device (HP) are set to a predefined transfer function in combination with a first gain factor (a1); - measuring a second response function between the ambient sound source (ASS) and the test microphone (ECM) while parameters of the noise processor (PROC) are set to the predefined transfer function in combination with a second gain factor (a2) being different from the first gain factor (a1); - determining a model response function (F) for the noise processor (PROC) based on the predefined transfer function, the first response function, the second response function and the first and the second gain factor (a1, a2) . - placing the audio device (HP) onto a measurement fixture (MF), wherein a loudspeaker (LS) of the audio device (HP) faces an ear canal representation (EC) of the measurement fixture (MF); - measuring a first response function between an ambient sound source (ASS) and a test microphone (ECM) located within the ear canal representation (EC) while parameters of a noise processor (PROC) of the audio device (HP) are set to a predefined transfer function in combination with a first gain factor (a1); - measuring a second response function between the ambient sound source (ASS) and the test microphone (ECM) while parameters of the noise processor (PROC) are set to the predefined transfer function in combination with a second gain factor (a2) being different from the first gain factor (a1); - determining a model response function (F) for the noise processor (PROC) based on the predefined transfer function, the first response function, the second response function and the first and the second gain factor (a1, a2) .
An anti-lock braking system for an aircraft, comprising: a hydraulic braking actuator configured to apply a braking pressure to a brake stator ; and a piezoelectric actuator connected in series with the braking actuator, wherein the piezoelectric actuator is operable to modify the braking pressure applied to the brake stator to provide anti-skid protection, characterised in that the hydraulic braking actuator is configured to be locked in position during operation of the piezoelectric actuator by preventing entry and exit of hydraulic fluid to and from an active chamber of the braking actuator. a hydraulic braking actuator configured to apply a braking pressure to a brake stator ; and a piezoelectric actuator connected in series with the braking actuator, wherein the piezoelectric actuator is operable to modify the braking pressure applied to the brake stator to provide anti-skid protection, characterised in that the hydraulic braking actuator is configured to be locked in position during operation of the piezoelectric actuator by preventing entry and exit of hydraulic fluid to and from an active chamber of the braking actuator.