mhurhangee/ep-ind-claims huggingface dataset:
A device for monitoring a signal, comprising: - a signal spectrum analyzer (105, 305) configured to analyze the spectrum of a signal upon receiving a trigger signal; whereby said device further comprises: - an impairment simulator (112, 312) configured to generate an impairment signal; - a combiner (103, 303) configured to combine a received signal to be monitored with a sealed impairment signal and to output a combined signal to the signal spectrum analyzer (105, 305); - a signal quality analyzer (108, 308) configured to analyze the combined signal output from said combiner, and to output signal quality factors; a trigger source selector configured to select from said signal quality factors a particular first signal quality factor and output said first signal quality factor to a trigger generator (110, 310) configured to monitor said first signal quality factor, and to output said trigger signal upon detecting that the first signal quality factor is below a trigger threshold level; - a signal quality selector configured to select from said signal quality factors a particular second signal quality factor; - an impairment scaler (113, 313) configured to scale said impairment signal depending on a predefined quality level threshold and said second signal quality factor, and to output the scaled impairment signal to the combiner (103, 303), - a signal spectrum analyzer (105, 305) configured to analyze the spectrum of a signal upon receiving a trigger signal; - an impairment simulator (112, 312) configured to generate an impairment signal; - a combiner (103, 303) configured to combine a received signal to be monitored with a sealed impairment signal and to output a combined signal to the signal spectrum analyzer (105, 305); - a signal quality analyzer (108, 308) configured to analyze the combined signal output from said combiner, and to output signal quality factors; a trigger source selector configured to select from said signal quality factors a particular first signal quality factor and output said first signal quality factor to a trigger generator (110, 310) configured to monitor said first signal quality factor, and to output said trigger signal upon detecting that the first signal quality factor is below a trigger threshold level; - a signal quality selector configured to select from said signal quality factors a particular second signal quality factor; - an impairment scaler (113, 313) configured to scale said impairment signal depending on a predefined quality level threshold and said second signal quality factor, and to output the scaled impairment signal to the combiner (103, 303),
An in vitro or ex vivo method for identifying apoptosis inhibitor of macrophage polypeptides in a sample from a human, the method comprising: immunopurifying IgM immunoglobulins and AIM polypeptides bound to said IgM immunoglobulins from the sample, wherein said sample is a biological fluid, wherein said immunopurifying comprises using an anti-IgM antibody, wherein said anti-IgM antibody is an anti-human antibody, and wherein AIM polypeptides bound to IgM immunoglobulins are released from the IgM immunoglobulins; subjecting the immunopurified immunoglobulins and AIM polypeptides to a top-down mass spectrometry technique to obtain a mass spectrum of the sample; and identifying the presence of AIM polypeptides based on the multiply charged ion peaks in the spectrum corresponding to the AIM polypeptides. immunopurifying IgM immunoglobulins and AIM polypeptides bound to said IgM immunoglobulins from the sample, wherein said sample is a biological fluid, wherein said immunopurifying comprises using an anti-IgM antibody, wherein said anti-IgM antibody is an anti-human antibody, and wherein AIM polypeptides bound to IgM immunoglobulins are released from the IgM immunoglobulins; subjecting the immunopurified immunoglobulins and AIM polypeptides to a top-down mass spectrometry technique to obtain a mass spectrum of the sample; and identifying the presence of AIM polypeptides based on the multiply charged ion peaks in the spectrum corresponding to the AIM polypeptides.
An acoustic attenuation panel for a propulsion unit comprising a nacelle and a turbojet engine, the panel comprising a cellular core disposed between an inner skin and an outer skin, called acoustic skin, the acoustic skin comprising a plurality of acoustic apertures, the acoustic apertures being inclined, at a non-zero inclination angle (β) relative to the direction normal to the acoustic skin, upstream with respect to the flow direction of the air or gas flow to which the panel is intended to be subjected under normal operating conditions, that is to say upstream of the propulsion unit when said panel is mounted in such a unit, characterized in that the inclination angle (β), or drilling angle (β), is comprised between 10° and 40°.
A Thickness Sensitive Spectrally Selective (TSSS) coating on copper or aluminum applied by coil-coating and having a solid matter content of: - an inorganic pigment functionalized by aminosilane 30-75 % (w/w), - a binder 25-70 % (w/w), - other pigments 0-40 % (w/w), - fillers 0-30 % (w/w) - additives such as but not limited to rheological additives 0-10 % (w/w), wherein for the functionalization of the pigment by aminosilane the pigment is dispersed in a solution of an aminosilane in a solvent or a mixture of a solvent and a binder without an addition of a non-aminosilane dispersing agent with or without subsequent grinding and with the use of 0.05-30 % (w/w) of aminosilane on pigment and use of an aromatic, aliphatic, cycloaliphatic, ketone, ester, ether or alcohol compound or a mixture thereof as the solvent and use of a silicone-polyester, polyurethane or fluoropolymer binder, whereas said procedure is performed either in-situ during preparation of a paint to manufacture the coating or by involving pigment paste production or followed by an isolation of the aminosilane functionalized pigment. - an inorganic pigment functionalized by aminosilane 30-75 % (w/w), - a binder 25-70 % (w/w), - other pigments 0-40 % (w/w), - fillers 0-30 % (w/w) - additives such as but not limited to rheological additives 0-10 % (w/w),
A guide for delivering an eye drop solution from a dispenser bottle to a user's eye, the guide comprising: an attachment device for removably attaching the guide to a dispenser bottle; two arms extending outwardly from the attachment device; a positioning member bridging the ends of the arms; two hinges connecting the attachment device to the arms at the ends remote from the positioning member, the hinges being adapted to rotate the guide between a stowed position and an operational position repeatedly when the guide is attached to a dispenser bottle, such that when in the operational position the positioning member is arranged between a dispenser bottle and the user's eye; and a first locking arrangement (18, 20) for locking the guide in the operational position characterised in that in the operational position eye drop solution is delivered to a user's eye under gravity from a dispensing bottle to which the guide is attached during use; the positioning member has a semi-circular profile; and the guide is formed as a unitary structure in which the two hinges are flexible sections of the unitary structure, each flexible section functioning as a living hinge and being thinner than the attachment device and the arm on either side of each flexible section. an attachment device for removably attaching the guide to a dispenser bottle; two arms extending outwardly from the attachment device; a positioning member bridging the ends of the arms; two hinges connecting the attachment device to the arms at the ends remote from the positioning member, the hinges being adapted to rotate the guide between a stowed position and an operational position repeatedly when the guide is attached to a dispenser bottle, such that when in the operational position the positioning member is arranged between a dispenser bottle and the user's eye; and a first locking arrangement (18, 20) for locking the guide in the operational position characterised in that in the operational position eye drop solution is delivered to a user's eye under gravity from a dispensing bottle to which the guide is attached during use; the positioning member has a semi-circular profile; and the guide is formed as a unitary structure in which the two hinges are flexible sections of the unitary structure, each flexible section functioning as a living hinge and being thinner than the attachment device and the arm on either side of each flexible section.
Longitudinal adjustment device for a motor vehicle seat, comprising a floor rail which is connectable to a motor vehicle floor and a seat rail which is connectable to the motor vehicle seat and is mounted on the floor rail in a longitudinally displaceable manner and has an attachment element, which has a connecting section, for connecting a functional component to the seat rail, wherein the attachment element is connected by a first section to a side wall of the seat rail and by a second section to an upper side of the seat rail, wherein the attachment element has an opening for receiving the functional component and/or for receiving a bearing element for arrangement of the functional component, wherein the opening is arranged in the region of a recess running in the region of a bending line between the side wall and the upper side, and the opening is formed in a manner corresponding to the recess, thereby enabling the attachment of a functional component and/or a bearing element extending through the opening and the recess in the region of the bending line, characterized in that the attachment element has a main body having the first section and having a main plane, and a web which is attached to the main body, runs offset with respect to the main plane and has the second section, wherein the main body lies against the side wall with a contact surface running parallel to the main plane, and the web lies against the upper side with an inner edge running perpendicularly to the main plane.
A low primary amine polyaspartic ester comprising a reaction product of an aliphatic diamine, preferably a cycloaliphatic diamine, and an excess of a Michael addition receptor, in the presence of a C 1 -C 10 alcohol, preferably ethanol wherein the low primary amine polyaspartic ester has a monoaspartate content of less than 10%, preferably less than 5%, particularly preferably less than 3%, wherein the Michael addition receptor is selected from the group consisting of dimethyl maleate, diethyl maleate, dibutyl maleate, dimethyl fumarate, diethyl fumarate, dibutyl fumarate, and combinations thereof. wherein the low primary amine polyaspartic ester has a monoaspartate content of less than 10%, preferably less than 5%, particularly preferably less than 3%, wherein the Michael addition receptor is selected from the group consisting of dimethyl maleate, diethyl maleate, dibutyl maleate, dimethyl fumarate, diethyl fumarate, dibutyl fumarate, and combinations thereof.
A system comprising: one or more processors; a handheld controller (100; 600) comprising a controller body, the controller body including: a handle (112; 612); a force sensing resistor, FSR, (922; 1300; 1800) associated with the handle and configured to provide, to the one or more processors, force data indicative of an amount of force of a squeeze of the handle; and an array of proximity sensors that are spatially distributed on the handle, the array of proximity sensors configured to provide, to the one or more processors, proximity data indicative of a hand grasping the handle; and logic configured to: determine, based at least in part on the proximity data provided by the array of proximity sensors, a size, among a plurality of predefined sizes, of the hand; and adjust, based at least in part on the size of the hand, a threshold value to an adjusted threshold value that is to be met in order to register an FSR input event for the handle, the adjusted threshold value corresponding to a particular amount of force of the squeeze of the handle. one or more processors; a handheld controller (100; 600) comprising a controller body, the controller body including: a handle (112; 612); a force sensing resistor, FSR, (922; 1300; 1800) associated with the handle and configured to provide, to the one or more processors, force data indicative of an amount of force of a squeeze of the handle; and an array of proximity sensors that are spatially distributed on the handle, the array of proximity sensors configured to provide, to the one or more processors, proximity data indicative of a hand grasping the handle; and a handle (112; 612); a force sensing resistor, FSR, (922; 1300; 1800) associated with the handle and configured to provide, to the one or more processors, force data indicative of an amount of force of a squeeze of the handle; and an array of proximity sensors that are spatially distributed on the handle, the array of proximity sensors configured to provide, to the one or more processors, proximity data indicative of a hand grasping the handle; and logic configured to: determine, based at least in part on the proximity data provided by the array of proximity sensors, a size, among a plurality of predefined sizes, of the hand; and adjust, based at least in part on the size of the hand, a threshold value to an adjusted threshold value that is to be met in order to register an FSR input event for the handle, the adjusted threshold value corresponding to a particular amount of force of the squeeze of the handle. determine, based at least in part on the proximity data provided by the array of proximity sensors, a size, among a plurality of predefined sizes, of the hand; and adjust, based at least in part on the size of the hand, a threshold value to an adjusted threshold value that is to be met in order to register an FSR input event for the handle, the adjusted threshold value corresponding to a particular amount of force of the squeeze of the handle.
Device for reinforcing an underframe of a vehicle, the underframe comprising at least one floor reinforced by a cross member that is connected to a seat to oppose a force pulling away the seat in the event of impact of the vehicle, said force being roughly perpendicular to the cross member, characterised in that the device comprises: - a clevis comprising an anchoring part suitable for being fixed to the underframe and a retaining part that is suitable for being connected to the seat in order to transmit the pulling-away force to the underframe, and - a retaining bar that comprises at least one first arm that extends roughly transversely from a distal portion suitable for being fixed to the underframe, as far as a proximal portion mounted on the retaining part of the clevis, the assembly consisting of the clevis and the retaining bar being designed to limit the deformation of the underframe in the event of impact of the vehicle. - a clevis comprising an anchoring part suitable for being fixed to the underframe and a retaining part that is suitable for being connected to the seat in order to transmit the pulling-away force to the underframe, and - a retaining bar that comprises at least one first arm that extends roughly transversely from a distal portion suitable for being fixed to the underframe, as far as a proximal portion mounted on the retaining part of the clevis, the assembly consisting of the clevis and the retaining bar being designed to limit the deformation of the underframe in the event of impact of the vehicle.
A method for monitoring a freeze-drying process, in which a medium located in a chamber (10, 20, 30, 40, 50) of a freeze-drying system is measured, with storage spaces disposed in a chamber (10, 20, 30, 40, 50) for receiving a product to be dried, wherein a part of the medium is sampled from the chamber (10, 20, 30, 40, 50) of the freeze-drying system, characterized in that the sampling of the medium in the chamber (10, 20, 30, 40, 50) is carried out by way of a number of sampling points, wherein the sampling points are disposed so that they are aligned with the storage spaces or with the product to be dried, that the sampled medium is led via a sampling line (28a-d, 48a-d, 58a-d) attached to the respective sampling point into a sample line (14, 24, 34, 44, 54), and that the measurement of the medium is carried out in the sample line (14, 24, 34, 44, 54).
A flexible and self-supporting composite insulating film consisting of: a base support layer comprising glass cloth; an adhesive layer; and a partially cured poly(amide)imide film layer laminated to said base support layer through the use of the adhesive. a base support layer comprising glass cloth; an adhesive layer; and a partially cured poly(amide)imide film layer laminated to said base support layer through the use of the adhesive.
A light sheet microscope, comprising: - an illumination optical system for generating a light sheet in an intermediate image space, - a transport optical system, which is telecentric on both sides, for imaging the light sheet generated in the intermediate image space into a sample and for imaging a region of the sample illuminated by the light sheet as an intermediate image into the intermediate image space, and - a detection optical system for imaging the intermediate image generated in the intermediate image space onto a detector, - the optical axes (O 1, O 2, O 3) of the illumination optical system, the transport optical system and the detection optical system intersecting one another in the intermediate image space, and - the transport optical system being designed to position the light sheet in the sample obliquely to the optical axis (O 2) of the transport optical system, - characterized by a scanning element which is arranged in the transport optical system at the location of an actual pupil image, and through which the light sheet can be moved in the sample transversely to the optical axis (O 2) of the transport optical system to enable a lateral scanning of the sample with the light sheet for volume imaging. - an illumination optical system for generating a light sheet in an intermediate image space, - a transport optical system, which is telecentric on both sides, for imaging the light sheet generated in the intermediate image space into a sample and for imaging a region of the sample illuminated by the light sheet as an intermediate image into the intermediate image space, and - a detection optical system for imaging the intermediate image generated in the intermediate image space onto a detector, - the optical axes (O 1, O 2, O 3) of the illumination optical system, the transport optical system and the detection optical system intersecting one another in the intermediate image space, and - the transport optical system being designed to position the light sheet in the sample obliquely to the optical axis (O 2) of the transport optical system, - characterized by a scanning element which is arranged in the transport optical system at the location of an actual pupil image, and through which the light sheet can be moved in the sample transversely to the optical axis (O 2) of the transport optical system to enable a lateral scanning of the sample with the light sheet for volume imaging.
A carbonization method of carbonizing oxidized fibers that are being conveyed, wherein carbonization is performed using a plurality of carbonization furnaces (15, 17) for heating fibers (1b, 1c), the plurality of carbonization furnaces (15, 17) being arranged in a conveying direction of the fibers (1b, 1c), the plurality of carbonization furnaces (15, 17) includes a carbonization furnace located at a first position in the conveying direction among the plurality of carbonization furnaces (15, 17), the fibers that have passed through the carbonization furnace located at a first position have a density of not less than 1.50 g/cm 3, the plurality of carbonization furnaces (15, 17) includes at least one carbonization furnace located at a second position or later in the conveying direction among the plurality of carbonization furnaces (15, 17), the at least one carbonization furnace located at a second position or later heats the fibers using plasma when the fibers are passing through an inside of the at least one carbonization furnace.
A bulk enteric hard capsule shell comprising: non-salified cellulose acetate phthalate, said CAP being present in an amount ranging from 40% to 70% by weight of the total weight of said capsule shell; at least one processing aid present in an amount ranging from 15% to 49% by weight of the total weight of said capsule shell, wherein said at least one processing aid is selected from polyoxyethylene- polyoxypropylene- polyoxyethylene tri-block polymers or mixtures thereof, having an average molecular weight ranging from 1000 to 20000 and having a polyoxyethylene content ranging from 10% to 80%; and water. non-salified cellulose acetate phthalate, said CAP being present in an amount ranging from 40% to 70% by weight of the total weight of said capsule shell; at least one processing aid present in an amount ranging from 15% to 49% by weight of the total weight of said capsule shell, wherein said at least one processing aid is selected from polyoxyethylene- polyoxypropylene- polyoxyethylene tri-block polymers or mixtures thereof, having an average molecular weight ranging from 1000 to 20000 and having a polyoxyethylene content ranging from 10% to 80%; and water.
A circuit with an integral antenna, characterized by comprising: a hybrid circuit comprising multiple electrical elements on a substrate; a patch antenna configured to receive GPS signals, wherein said patch antenna is coupled to the hybrid circuit to form a single physical unit; wherein said patch antenna comprises a square-shaped conducting plate, a parallel, square-shaped ground plate and a dielectric layer between the conducting plate and the ground plate; wherein the length L of said patch antenna fulfills the condition L=C/2f(ε) 1/2, wherein C is the speed of light, f is the wave frequency and ε is the dielectric constant of the dielectric layer; wherein the hybrid circuit is provided with mechanical supports to hold the patch antenna at a pre-selected distance above the hybrid circuit, the mechanical supports being conductors to ground the patch antenna; and wherein the elements of the hybrid circuit extend upward from the substrate toward the patch antenna; wherein the circuit further comprises a feeder that provides mechanical support and that electronically connects between said hybrid circuit and the conducting plate of the patch antenna; wherein said feeder is electronically connected to the conducting plate via a feed line that passes through the dielectric layer and the ground plate. a hybrid circuit comprising multiple electrical elements on a substrate; a patch antenna configured to receive GPS signals, wherein said patch antenna is coupled to the hybrid circuit to form a single physical unit; wherein said patch antenna comprises a square-shaped conducting plate, a parallel, square-shaped ground plate and a dielectric layer between the conducting plate and the ground plate; wherein the length L of said patch antenna fulfills the condition L=C/2f(ε) 1/2, wherein C is the speed of light, f is the wave frequency and ε is the dielectric constant of the dielectric layer; wherein the hybrid circuit is provided with mechanical supports to hold the patch antenna at a pre-selected distance above the hybrid circuit, the mechanical supports being conductors to ground the patch antenna; and wherein the elements of the hybrid circuit extend upward from the substrate toward the patch antenna; wherein the circuit further comprises a feeder that provides mechanical support and that electronically connects between said hybrid circuit and the conducting plate of the patch antenna; wherein said feeder is electronically connected to the conducting plate via a feed line that passes through the dielectric layer and the ground plate.