mhurhangee/ep-ind-claims huggingface dataset:
A light sensor for detecting luminescence light received from a luminescent material, comprising: a bias regulator operable to deliver a bias voltage V b; a photodiode having a cathode connected to the bias regulator so that the photodiode is reversely biased by the delivered bias voltage V b, the photodiode being operable to deliver, in a photoconductive mode, a photocurrent intensity I p in response to received luminescence light in a given photodiode spectral range; an inverting transimpedance amplifier including an operational amplifier with a feedback resistor R f and a feedback capacitor C f mounted in parallel with the feedback resistor R f between an inverting input terminal and an output voltage terminal of the operational amplifier, the inverting input terminal of the operational amplifier being connected to an anode of the photodiode and operable to convert the delivered photocurrent intensity I p into an output voltage signal V out at the output voltage terminal; characterized by further comprising a PNP bipolar junction transistor of which emitter E and base B are connected in parallel with said feedback resistor R f and feedback capacitor C f, with its base B connected to said output voltage terminal and its collector C grounded. a bias regulator operable to deliver a bias voltage V b; a photodiode having a cathode connected to the bias regulator so that the photodiode is reversely biased by the delivered bias voltage V b, the photodiode being operable to deliver, in a photoconductive mode, a photocurrent intensity I p in response to received luminescence light in a given photodiode spectral range; an inverting transimpedance amplifier including an operational amplifier with a feedback resistor R f and a feedback capacitor C f mounted in parallel with the feedback resistor R f between an inverting input terminal and an output voltage terminal of the operational amplifier, the inverting input terminal of the operational amplifier being connected to an anode of the photodiode and operable to convert the delivered photocurrent intensity I p into an output voltage signal V out at the output voltage terminal; characterized by further comprising a PNP bipolar junction transistor of which emitter E and base B are connected in parallel with said feedback resistor R f and feedback capacitor C f, with its base B connected to said output voltage terminal and its collector C grounded.
A method of producing 3D moulded parts, wherein particulate construction material is applied onto a construction field in a defined layer by means of a coater, one or more liquids or particulate material of one or more absorbers is/are selectively applied, said layer is heated in a first heating step to a basic temperature of the powder without the absorber, which is within the sintering window of the polyamide powder, and a second sintering step leads to selective solidification, by heat input, of the areas printed with absorber, at a sintering temperature above the melting temperature of the powder, wherein the areas with the selectively applied absorber heat up more in the first step than the areas without absorber, and thus a temperature difference is set between areas with and without absorber, the construction field is lowered by one layer thickness, or the coater is raised by one layer thickness, these steps are repeated until the desired 3D moulded part is produced, characterised in that the heating step to said basic temperature is effected by an emitter with a wavelength of 3 - 8 μm, and the sintering step is effected by an emitter with a wavelength of 0.5 - 1.5 μm, said wavelength preferably being the peak wavelength of blackbody radiation.
A lighting unit comprising: - a lighting unit cavity, - a plurality of light source units parallel to a cross-sectional plane, configured to generate light source unit light, wherein the light source units comprise a light source and a collimator, wherein the light source units are configured to provide light source unit light in the lighting unit cavity, and - a light exit window, configured to enclose at least part of the lighting unit cavity and configured to allow transmission of at least part of the light source unit light as a beam of light, wherein the light exit window comprises an upstream face and a downstream face, with the upstream face directed to the lighting unit cavity; wherein the lighting unit has a virtual first lighting unit axis in a virtual first lighting unit cross-sectional plane, wherein within the cross-sectional plane over a length at least 30% of the light exit window: - the upstream face comprises light outcoupling structures, configured to couple the light source unit light via the light exit window out of the lighting unit, characterized in that the light outcoupling structures comprise prismatic light outcoupling structures, - the light source units are configured to illuminate a specific subset of the light outcoupling structures and to generate the light source unit light at a point at the light exit window with a spread in an angle of incidence (β) ≤ 20° of the light source unit light at said point, and wherein the lighting unit is configured to generate the beam of light downstream of the light exit window having a beam angle (γ) in the range of 90-170° within the cross-sectional plane. - a lighting unit cavity, - a plurality of light source units parallel to a cross-sectional plane, configured to generate light source unit light, wherein the light source units comprise a light source and a collimator, wherein the light source units are configured to provide light source unit light in the lighting unit cavity, and - a light exit window, configured to enclose at least part of the lighting unit cavity and configured to allow transmission of at least part of the light source unit light as a beam of light, wherein the light exit window comprises an upstream face and a downstream face, with the upstream face directed to the lighting unit cavity; - the upstream face comprises light outcoupling structures, configured to couple the light source unit light via the light exit window out of the lighting unit, characterized in that the light outcoupling structures comprise prismatic light outcoupling structures, - the light source units are configured to illuminate a specific subset of the light outcoupling structures and to generate the light source unit light at a point at the light exit window with a spread in an angle of incidence (β) ≤ 20° of the light source unit light at said point, and wherein the lighting unit is configured to generate the beam of light downstream of the light exit window having a beam angle (γ) in the range of 90-170° within the cross-sectional plane.
Fitting assembly for a sash frame of a window, having a fitting part which comprises a cover plate which can be fastened to the sash frame and a driving rod which is mounted such that it can be displaced with respect to the cover plate, and having a sensor device with a sensor assembly which is arranged in a sensor housing and comprises at least one position sensor for detecting a position of a signal generator assembly, wherein the sensor device bears against the cover plate in a manner decoupled from the driving rod and is directly fastened or fastenable to the cover plate and/or the sash frame, characterised in that the signal generator assembly comprises a retaining part engaging in a form-fitting manner on the driving rod and a signal generator fastened to the retaining part, and in that the sensor device engages over a recess in the cover plate, in which the signal generator assembly coupled to the driving rod is displaceably mounted, so that the signal generator assembly is present between the driving rod and the sensor device in the recess of the cover plate.
Fitting for securing a wall-mounted furniture piece, in particular a wall-mounted cabinet, to a wall, wherein the wall-mounted furniture piece comprises a furniture body having at least one base, a lateral wall and a rear wall, wherein the fitting comprises a first fitting part (3, 8) which can be fastened to the wall, a second fitting part which can be fastened to the wall-mounted furniture piece, and a length-adjustable drive unit, via which the first fitting part and the second fitting part are interconnected, wherein a support element is arranged between the first fitting part and the rear wall or a contact surface of the wall-mounted furniture piece arranged towards the rear region of the wall-mounted furniture piece, characterized in that the support element is adjustably arranged on the first fitting part orthogonally to the wall in a support direction (x).
A method for producing a liquid developer by a coacervation method, having the following sequence of steps: a) mixing a pigment, a pigment dispersant and an organic solvent, b) adding a binder resin, and an acid group-containing resin in the organic solvent, c) whilst further adding a particle dispersant, an insulating hydrocarbon dispersion medium is added to obtain a colored resin particle which is dispersed in an insulating hydrocarbon dispersion medium, and d) removing the organic solvent by distillation to obtain the liquid developer, wherein the particle dispersant is a reaction product of a polyamine compound and a self-condensation product of a hydroxycarboxylic acid and a pigment dispersion is prepared by dispersing the pigment between steps a) and b) or between steps b) and c). a) mixing a pigment, a pigment dispersant and an organic solvent, b) adding a binder resin, and an acid group-containing resin in the organic solvent, c) whilst further adding a particle dispersant, an insulating hydrocarbon dispersion medium is added to obtain a colored resin particle which is dispersed in an insulating hydrocarbon dispersion medium, and d) removing the organic solvent by distillation to obtain the liquid developer, wherein
A ground support equipment system for use on an aircraft, comprising: a plurality of ground support equipment modules (192, 194) mountable to associated aircraft components (193, 195) of an aircraft parked on ground for protecting the associated aircraft components (193, 195) from environmental conditions, in particular rain, wind, snow, frost, sand, and/or salt conditions; at least one common interconnection device for rendering mounting of the plurality of ground support equipment modules (162, 164, 166, 168, 172, 182, 192, 194) to the associated aircraft components (193, 195) discernible for a pilot of the aircraft; and a plurality of connecting means that connects the plurality of ground support equipment modules (162, 164, 166, 168, 172, 182, 192, 194) to the at least one common interconnection device, characterized in that the plurality of connecting means comprises at least one physical wire (202, 204, 206, 208), and wherein the at least one common interconnection device comprises a suitable wire fixation that is adapted for being provided at a door handle of a cockpit access door of the aircraft for attaching the at least one physical wire (202, 204, 206, 208). a plurality of ground support equipment modules (192, 194) mountable to associated aircraft components (193, 195) of an aircraft parked on ground for protecting the associated aircraft components (193, 195) from environmental conditions, in particular rain, wind, snow, frost, sand, and/or salt conditions; at least one common interconnection device for rendering mounting of the plurality of ground support equipment modules (162, 164, 166, 168, 172, 182, 192, 194) to the associated aircraft components (193, 195) discernible for a pilot of the aircraft; and a plurality of connecting means that connects the plurality of ground support equipment modules (162, 164, 166, 168, 172, 182, 192, 194) to the at least one common interconnection device, characterized in that the plurality of connecting means comprises at least one physical wire (202, 204, 206, 208), and wherein the at least one common interconnection device comprises a suitable wire fixation that is adapted for being provided at a door handle of a cockpit access door of the aircraft for attaching the at least one physical wire (202, 204, 206, 208).
A blisk assembly adapted for use in a gas turbine engine, the blisk assembly comprising: a disk extending circumferentially about a central axis of the blisk assembly, wherein the disk includes a groove that extends circumferentially about a portion of the disk axisymmetric about the central axis, and wherein the groove is substantially concave in shape; a plurality of blades integrally coupled to the disk that extend outwardly from the disk in a radial direction away from the central axis, characterised by a piezoelectric damping ring that includes a damping ring and a plurality of piezoelectric elements coupled to the damping ring, wherein the piezoelectric damping ring extends substantially around the central axis within the groove and each of the piezoelectric elements is configured to convert electrical energy in response to generation of mechanical energy and to convert received electrical energy to mechanical energy in response to receipt of the electrical energy from another of the piezoelectric elements so that vibrations of the blisk assembly are dampened by distribution of energy across one or more of the piezoelectric elements. a disk extending circumferentially about a central axis of the blisk assembly, wherein the disk includes a groove that extends circumferentially about a portion of the disk axisymmetric about the central axis, and wherein the groove is substantially concave in shape; a plurality of blades integrally coupled to the disk that extend outwardly from the disk in a radial direction away from the central axis, characterised by a piezoelectric damping ring that includes a damping ring and a plurality of piezoelectric elements coupled to the damping ring, wherein the piezoelectric damping ring extends substantially around the central axis within the groove and each of the piezoelectric elements is configured to convert electrical energy in response to generation of mechanical energy and to convert received electrical energy to mechanical energy in response to receipt of the electrical energy from another of the piezoelectric elements so that vibrations of the blisk assembly are dampened by distribution of energy across one or more of the piezoelectric elements.
A control method to determine solutions to a constrained optimization problem for controlling an industrial plant or process, the method comprising: inputting user-defined setpoints into an initial process to determine a starting point and constraints on a control system of the industrial plant or process; performing an infeasible search that begins from the starting point outside a feasible region during a first portion of a predetermined execution period thereby determining a first control trajectory of a plurality of variables of the controlled industrial plant or process; said feasible region being all solutions or control trajectories that do not violate the constraints of the control system; if the infeasible search determined an infeasible solution, projecting the infeasible solution into the feasible region, initializing a feasible search with results from the first search, and performing the feasible search that begins from a second point within the feasible region during a second portion of the predetermined execution period thereby determining a second control trajectory, wherein the projection operation comprises generating the second point; and controlling the controlled industrial plant or process by application of the second control trajectory. inputting user-defined setpoints into an initial process to determine a starting point and constraints on a control system of the industrial plant or process; performing an infeasible search that begins from the starting point outside a feasible region during a first portion of a predetermined execution period thereby determining a first control trajectory of a plurality of variables of the controlled industrial plant or process; said feasible region being all solutions or control trajectories that do not violate the constraints of the control system; if the infeasible search determined an infeasible solution, projecting the infeasible solution into the feasible region, initializing a feasible search with results from the first search, and performing the feasible search that begins from a second point within the feasible region during a second portion of the predetermined execution period thereby determining a second control trajectory, wherein the projection operation comprises generating the second point; and controlling the controlled industrial plant or process by application of the second control trajectory.
A composition comprising activated T cells for use in a method of treating a cancer in an individual, wherein the method comprises: (a) contacting a population of dendritic cells with a plurality of tumor antigen peptides to obtain a population of dendritic cells loaded with the plurality of tumor antigen peptides; (b) co-culturing the population of dendritic cells loaded with the plurality of tumor antigen peptides with a population of T cells to obtain a population of activated T cells; and (c) administering to the individual an effective amount of the activated T cells; further wherein the composition comprising activated T cells is for use in combination with an effective amount of dendritic cells and the method comprises administering to the individual an effective amount of the dendritic cells loaded with the plurality of tumor antigen peptides prior to the administration of the activated T cells. (a) contacting a population of dendritic cells with a plurality of tumor antigen peptides to obtain a population of dendritic cells loaded with the plurality of tumor antigen peptides; (b) co-culturing the population of dendritic cells loaded with the plurality of tumor antigen peptides with a population of T cells to obtain a population of activated T cells; and (c) administering to the individual an effective amount of the activated T cells;
A user equipment, UE, (102, 402, 502) for wireless communication, comprising: at least one memory; and at least one processor coupled with the at least one memory and configured to cause the UE (102, 402, 502) to: receive, via a first radio access technology, RAT, resources for a second RAT; and receive, via the first RAT, sidelink radio bearer, SLRB, configuration information for each quality of service, QoS, profile of a plurality of QoS profiles for sidelink communication on the second RAT, wherein each QoS profile comprises at least one of a vehicular quality index, VQI, and/or a QoS indicator. receive, via a first radio access technology, RAT, resources for a second RAT; and receive, via the first RAT, sidelink radio bearer, SLRB, configuration information for each quality of service, QoS, profile of a plurality of QoS profiles for sidelink communication on the second RAT, wherein each QoS profile comprises at least one of a vehicular quality index, VQI, and/or a QoS indicator.
A sensor system for the measurement of one or more physiological signals comprising: a base portion (204; 502) connected to a measurement unit, the base portion (204; 502) being reusable; and a detachable portion (201; 503) secured to the base portion (204; 502), the detachable portion (201; 503) adapted to receive a human body part and being disposable; wherein the sensor system includes a photo-plethysmographic system, the PPG system including at least one light source (206; 504), at least one light detector (208; 506), an electrical connector to connect the at least one light source (206; 504) to an electrical supply, and an air system (202, 214; 500, 512); and wherein at least a part of the PPG system is located on the base portion (204; 502) and at least a part of the PPG system is located on the detachable portion (201; 503); characterized in that the sensor system is configured as a double finger cuff having a single base portion (204; 502) for both fingers, wherein the detachable and disposable portion (201; 503) being secured to the base portion (204; 502) is configured to enclose two neighbored fingers. a base portion (204; 502) connected to a measurement unit, the base portion (204; 502) being reusable; and a detachable portion (201; 503) secured to the base portion (204; 502), the detachable portion (201; 503) adapted to receive a human body part and being disposable; wherein the sensor system includes a photo-plethysmographic system, the PPG system including at least one light source (206; 504), at least one light detector (208; 506), an electrical connector to connect the at least one light source (206; 504) to an electrical supply, and an air system (202, 214; 500, 512); and wherein at least a part of the PPG system is located on the base portion (204; 502) and at least a part of the PPG system is located on the detachable portion (201; 503); characterized in that the sensor system is configured as a double finger cuff having a single base portion (204; 502) for both fingers, wherein the detachable and disposable portion (201; 503) being secured to the base portion (204; 502) is configured to enclose two neighbored fingers.
An ultra-strong, tear-resistant, puncture-resistant fabric having a high tear strength, the fabric comprising: a structure formed of crossed woven flat ribbons (26, 28), the ribbons including recycled polyethylene terephthalate (RPET); and at least one laminate film formed from RPET and at least one additive, wherein the at least one additive comprises ethylene, acrylic ester, and maleic anhydride terpolymer, and wherein the at least one laminate film is laminated to the structure with a heat lamination process, whereby the at least one laminate film is heat sealed to at least one side of the structure. a structure formed of crossed woven flat ribbons (26, 28), the ribbons including recycled polyethylene terephthalate (RPET); and at least one laminate film formed from RPET and at least one additive, wherein the at least one additive comprises ethylene, acrylic ester, and maleic anhydride terpolymer, and wherein the at least one laminate film is laminated to the structure with a heat lamination process, whereby the at least one laminate film is heat sealed to at least one side of the structure.