mhurhangee/ep-ind-claims huggingface dataset:
A warm white light emitting apparatus, comprising: a first combination of a blue light emitting diode having a peak wavelength of 400 to 470 nm and at least one yellow phosphor having a peak wavelength of 500 to 600 nm, the first combination to generate a base light, the base light being yellowish white; and a second combination of a blue LED having a peak wavelength of 400 to 470 nm and a red phosphor having a peak wavelength greater than 600 nm, the second combination to generate a Color Rendering Index adjusting light, the CRI adjusting light being pink, wherein the base light and the CRI adjusting light together make a warm white light with a color temperature range of about 2500 to 4500K; and characterised in that the base light exists in a rectangular region defined by color coordinates (0.29, 0.45), (0.33, 0.37), (0.52, 0.47), and (0.45, 0.54) on a Commission on Illumination chromaticity diagram CIE 1931, and the CRI adjusting light exists in a rectangular region defined by color coordinates (0.36, 0.34), (0.44, 0.20), (0.67, 0.32),and (0.55, 0.44) on the CIE 1931 chromaticity diagram. a first combination of a blue light emitting diode having a peak wavelength of 400 to 470 nm and at least one yellow phosphor having a peak wavelength of 500 to 600 nm, the first combination to generate a base light, the base light being yellowish white; and a second combination of a blue LED having a peak wavelength of 400 to 470 nm and a red phosphor having a peak wavelength greater than 600 nm, the second combination to generate a Color Rendering Index adjusting light, the CRI adjusting light being pink, wherein the base light and the CRI adjusting light together make a warm white light with a color temperature range of about 2500 to 4500K; and characterised in that the base light exists in a rectangular region defined by color coordinates (0.29, 0.45), (0.33, 0.37), (0.52, 0.47), and (0.45, 0.54) on a Commission on Illumination chromaticity diagram CIE 1931, and the CRI adjusting light exists in a rectangular region defined by color coordinates (0.36, 0.34), (0.44, 0.20), (0.67, 0.32),and (0.55, 0.44) on the CIE 1931 chromaticity diagram.
Composition comprising a physiologically acceptable medium containing perlite and at least one vinyl polymer bearing at least one carbosiloxane dendrimer-based unit.
An article of manufacture, comprising: a container (10b, 10c, 10d, 10f, 10g, 10h, 10i) having an internal surface defining an internal volume (13b, 13c, 13d, 13f, 13g, 13h, 13i); a carbonated liquid beverage sealed within the internal volume; a closed outlet (11b, 11c, 11d, 11g, 11h, 11i) located on the beverage container, the outlet configured for opening and positioned on the container so as to permit draining of the beverage from the internal volume through the outlet after opening of the outlet; and a baffle (12b, 12c, 12d, 12f, 12ff, 12g, 12h, 12i) located within the beverage container, wherein the baffle is attached to portions of the internal surface and defines a passage (14b, 14c, 14d, 14f, 14g, 14h, 14i) separated from a remainder of the internal volume, wherein the passage has a volume less than the remainder of the internal volume, a fluid path between the outlet and the remainder of the internal volume extends through the passage, characterized in that; the passage comprises walls formed by a face of the baffle and a portion of the container internal surface, and at least one of the passage walls comprises a plurality of surface features (15b, 15c, 15d, 15f, 15ff, 19g, 15h, 19h, 21i, 22i) configured to perform at least one of the following operations upon opening of the outlet and draining of the beverage from the internal volume: promoting nucleation and slowing movement of bubbles through the passage. a container (10b, 10c, 10d, 10f, 10g, 10h, 10i) having an internal surface defining an internal volume (13b, 13c, 13d, 13f, 13g, 13h, 13i); a carbonated liquid beverage sealed within the internal volume; a closed outlet (11b, 11c, 11d, 11g, 11h, 11i) located on the beverage container, the outlet configured for opening and positioned on the container so as to permit draining of the beverage from the internal volume through the outlet after opening of the outlet; and a baffle (12b, 12c, 12d, 12f, 12ff, 12g, 12h, 12i) located within the beverage container, wherein the baffle is attached to portions of the internal surface and defines a passage (14b, 14c, 14d, 14f, 14g, 14h, 14i) separated from a remainder of the internal volume, wherein the passage has a volume less than the remainder of the internal volume, a fluid path between the outlet and the remainder of the internal volume extends through the passage, characterized in that; the passage comprises walls formed by a face of the baffle and a portion of the container internal surface, and at least one of the passage walls comprises a plurality of surface features (15b, 15c, 15d, 15f, 15ff, 19g, 15h, 19h, 21i, 22i) configured to perform at least one of the following operations upon opening of the outlet and draining of the beverage from the internal volume: promoting nucleation and slowing movement of bubbles through the passage.
A method for controlling the gain of a multiple pixel photon counting device, comprising an array of avalanche photodiodes, the device being supplied with a voltage and providing a signal when it detects photons, which method is characterized in that it comprises the following steps of: - acquiring the signals provided by the device for predefined periods, until a predefined total measurement time is reached, - forming an amplitude histogram, including a set of peaks, from the signals thus acquired, and for which the amplitude is drawn in abscissa and a number of photoelectrons or thermal agitation electrons is drawn in ordinate, - determining the respective positions of two consecutive peaks, measurable on the histogram, - producing an error signal which is equal to the deviation between both consecutive peaks, and - by means of the error signal, regulating the voltage which supplies the device, so as to keep the deviation equal to a predefined set point. - acquiring the signals provided by the device for predefined periods, until a predefined total measurement time is reached, - forming an amplitude histogram, including a set of peaks, from the signals thus acquired, and for which the amplitude is drawn in abscissa and a number of photoelectrons or thermal agitation electrons is drawn in ordinate, - determining the respective positions of two consecutive peaks, measurable on the histogram, - producing an error signal which is equal to the deviation between both consecutive peaks, and - by means of the error signal, regulating the voltage which supplies the device, so as to keep the deviation equal to a predefined set point.
An electro-thermal based device, realized as a photoacoustic gas sensor and comprising - a heater, - a readout circuit, - a digital controller having a first input coupled to a first output of the readout circuit, and - a digital sigma-delta modulator having a first input coupled to an output of the digital controller and an output coupled to the heater, wherein the electro-thermal based device comprises a temperature sensor that is connected to the readout circuit or the heater is electrically coupled to the readout circuit, wherein the electro-thermal based device comprises a sensor element and a chamber, wherein the sensor element is a microphone or pressure sensor, wherein the heater is implemented as an IR radiation emitter, wherein the chamber encloses a gas sample, the heater and the sensor element, wherein the readout circuit is configured to generate a readout signal implemented as digital signal at the first output of the readout circuit, and wherein the digital controller comprises a second input for receiving a target signal and is configured to generate a control signal as a function of the readout signal and of the target signal and to provide the control signal implemented as digital signal to the first input of the digital sigma-delta modulator. - a heater, - a readout circuit, - a digital controller having a first input coupled to a first output of the readout circuit, and - a digital sigma-delta modulator having a first input coupled to an output of the digital controller and an output coupled to the heater, wherein the electro-thermal based device comprises a temperature sensor that is connected to the readout circuit or the heater is electrically coupled to the readout circuit, wherein the electro-thermal based device comprises a sensor element and a chamber, wherein the sensor element is a microphone or pressure sensor, wherein the heater is implemented as an IR radiation emitter, wherein the chamber encloses a gas sample, the heater and the sensor element, wherein the readout circuit is configured to generate a readout signal implemented as digital signal at the first output of the readout circuit, and wherein the digital controller comprises a second input for receiving a target signal and is configured to generate a control signal as a function of the readout signal and of the target signal and to provide the control signal implemented as digital signal to the first input of the digital sigma-delta modulator.
A method for removing plate-like elements, such as panels, paneling elements, plates, laminas, covering layers, and the like, coupled stably to a respective base by way of the interposition of an adhesive, consisting in: a. exposing the plate-like element to be removed to a source of infrared radiation to increase the temperature of the plate-like element and consequently of the adhesive by means of the heat conveyed by the infrared radiation; b. extending the exposure of the plate-like element to said source until the mechanical properties of the adhesive are lost; c. removing the plate-like element from the base; said step a. consisting in exposing the plate-like element to said source, constituted by a lamp that emits infrared radiation; the method providing, during said step b., for b1. detecting the instantaneous temperature value of the plate-like element; b2. adjusting the power delivered by said source as a function of the instantaneous detected temperature value of the plate-like element and of a desired target value, which corresponds to the loss of the mechanical properties of the adhesive, for the controlled delivery of power and for maintaining the temperature of the plate-like element below a predefined threshold value; b3. repeating said step b1. and said step b2. at predefined time intervals in order to maintain at a substantially constant working value, which corresponds to said target value, the temperature of the plate-like element for at least part of said step b.; the method providing, during said step b., for containing, in a step b4., the temperature of the outer shell of said lamp, in order to prevent an excessive overheating thereof and allow practical use of said lamp by an operator, said step b4. consisting in subjecting the outer shell to the action of at least one cooling circuit provided in said lamp. a. exposing the plate-like element to be removed to a source of infrared radiation to increase the temperature of the plate-like element and consequently of the adhesive by means of the heat conveyed by the infrared radiation; b. extending the exposure of the plate-like element to said source until the mechanical properties of the adhesive are lost; c. removing the plate-like element from the base; b1. detecting the instantaneous temperature value of the plate-like element; b2. adjusting the power delivered by said source as a function of the instantaneous detected temperature value of the plate-like element and of a desired target value, which corresponds to the loss of the mechanical properties of the adhesive, for the controlled delivery of power and for maintaining the temperature of the plate-like element below a predefined threshold value; b3. repeating said step b1. and said step b2. at predefined time intervals in order to maintain at a substantially constant working value, which corresponds to said target value, the temperature of the plate-like element for at least part of said step b.;
A seeding machine comprising: - a frame; - a conveyor defining a rest plane for seeding trays and equipped with a motor configured to advance the seeding trays resting on the rest plane along an advancement direction; - a seeding roller rotatably associated with the frame, around a rotation axis parallel to the rest plane, and arranged above the rest plane; - a transmission assembly interposed between the motor of the conveyor and the seeding roller configured to transmit a rotary motion from the motor to the seeding roller; characterised in that the transmission assembly comprises a friction clutch configured to be selectively switched between a closed position, in which it allows the transmission of the rotary motion from the motor of the conveyor to the seeding roller, and an open position, in which it interrupts the transmission of the rotary motion from the motor of the conveyor to the seeding roller. - a frame; - a conveyor defining a rest plane for seeding trays and equipped with a motor configured to advance the seeding trays resting on the rest plane along an advancement direction; - a seeding roller rotatably associated with the frame, around a rotation axis parallel to the rest plane, and arranged above the rest plane; - a transmission assembly interposed between the motor of the conveyor and the seeding roller configured to transmit a rotary motion from the motor to the seeding roller;
A method for producing gel forming materials suitable for use in wound care, comprising the step of admixing carboxymethylcellulose with an ionic liquid comprising cations and anions in the substantial absence of water.
A method for assembling an annular seal element, which is formed by a sealing cord which runs around an opening, on a seal receptacle which runs around on the outside of a component, comprising the steps of: - introducing two assembly fingers (41, 51) into the opening of the annular seal element, - stretching the annular seal element by moving the assembly fingers (41, 51) apart from one another, with the formation of a cord portion of the sealing cord, said cord portion being freely tensioned between the assembly fingers, - placing the freely tensioned cord portion onto the seal receptacle in a contact region, - applying the annular seal element, by way of its opening, onto the seal receptacle, - removing the assembly fingers (41, 51) from the annular seal element, characterized in that, for the application of the annular seal element, the assembly fingers (41, 51) are moved so as to follow the profile of the seal receptacle, in order to travel around the seal receptacle in opposite directions. - introducing two assembly fingers (41, 51) into the opening of the annular seal element, - stretching the annular seal element by moving the assembly fingers (41, 51) apart from one another, with the formation of a cord portion of the sealing cord, said cord portion being freely tensioned between the assembly fingers, - placing the freely tensioned cord portion onto the seal receptacle in a contact region, - applying the annular seal element, by way of its opening, onto the seal receptacle, - removing the assembly fingers (41, 51) from the annular seal element, characterized
Security badge holder comprising a case for receiving at least one authentication and/or identification badge, the case having, on a first of its sides, a slot allowing the insertion and removal by sliding of said at least one badge in and out of the case, characterised in that the badge holder further comprises a locking bar configured to be introduced into and secured to the case according to two different positions such as to close off said slot of the case, a first position in which the locking bar is secured to the case in a reversible manner, and a second position in which the locking bar is secured to the case in an irreversible manner.
A method of drying a plurality of sticks of square or rectangular cross-section, said method comprising or including the steps of: advancing the sticks laterally onto an underlying frame which will allow drying of the underlying surface of the sticks, squeezing the sticks when laterally received on the underlying frame to said underlying frame using an overlying frame carrying spaced penetrative members, said overlying frame with spaced penetrative members penetrating the upper surfaces of the sticks allowing drying of the upper most surface of the sticks, and allowing and/or causing drying to occur whilst the sticks are so constrained by such squeezing. advancing the sticks laterally onto an underlying frame which will allow drying of the underlying surface of the sticks, squeezing the sticks when laterally received on the underlying frame to said underlying frame using an overlying frame carrying spaced penetrative members, said overlying frame with spaced penetrative members penetrating the upper surfaces of the sticks allowing drying of the upper most surface of the sticks, and allowing and/or causing drying to occur whilst the sticks are so constrained by such squeezing.
Temperature sensor for measuring the temperature of a medium in a vessel or a pipe, consisting at least of: - a temperature-sensitive component; - a thermowell, which has a first end section, a second end section with a sealed end and an interior area into which the temperature-sensitive component is introduced, wherein the first end section has a fastening unit via which the thermowell is fitted on the vessel, and wherein the second end section has an axial length and an outer diameter; characterized in that the temperature sensor further comprises - a tubular sheath which has an axial length, which is at least the same length of the second end section of the thermowell, and an internal diameter, which is larger than the outer diameter of the second end section of the thermowell, wherein the sheath is perforated by a series of circular holes of equal diameter in such a way that provides a porosity in the range of 28% to 64%, wherein the porosity is a ratio of the total area of the holes to the total area of the sheath and wherein the sheath is fitted on the thermowell in such a way that the sheath covers the second end section of the thermowell at least. - a temperature-sensitive component; - a thermowell, which has a first end section, a second end section with a sealed end and an interior area into which the temperature-sensitive component is introduced, wherein the first end section has a fastening unit via which the thermowell is fitted on the vessel, and wherein the second end section has an axial length and an outer diameter; - a tubular sheath which has an axial length, which is at least the same length of the second end section of the thermowell, and an internal diameter, which is larger than the outer diameter of the second end section of the thermowell, wherein the sheath is perforated by a series of circular holes of equal diameter in such a way that provides a porosity in the range of 28% to 64%, wherein the porosity is a ratio of the total area of the holes to the total area of the sheath and wherein the sheath is fitted on the thermowell in such a way that the sheath covers the second end section of the thermowell at least.
A method of producing a visual marking on the exterior of a human or animal body comprising: implanting a composition at a site in the human or animal body 1 cm or less from the exterior of the human or animal body wherein the composition comprises a polymerisable precursor and a photo-initiator wherein the photo-initiator causes the polymerisable precursor to polymerise where the photo-initiator is in its excited state, illuminating the site with electromagnetic radiation having a wavelength of 400 to 1600 nm, wherein absorption of two or more photons of the electromagnetic radiation excites the photo-initiator causing initiation of polymerisation of the polymerisable precursor to form a polymer within the human or animal body, wherein the polymer is visible on the exterior of the human or animal body; wherein the resultant polymer comprises, consists or consists essentially of one or more of the group consisting of poly(fluorene)s, polyphenylenes, polypyrenes, polyazulenes, polynaphthalenes, Poly(acetylene)s, Poly(p-phenylene vinylene), poly (pyrrol e)s, polycarbazoles, polyindoles, polyazepines, poly(thiophene)s, poly(3,4-ethylenedioxythiophene), poly(p-phenylene sulfide), polyanilines and polyfurans; and wherein the resultant polymer has an electrical conductivity of 10 -10 S/cm or more. implanting a composition at a site in the human or animal body 1 cm or less from the exterior of the human or animal body wherein the composition comprises a polymerisable precursor and a photo-initiator wherein the photo-initiator causes the polymerisable precursor to polymerise where the photo-initiator is in its excited state, illuminating the site with electromagnetic radiation having a wavelength of 400 to 1600 nm, wherein absorption of two or more photons of the electromagnetic radiation excites the photo-initiator causing initiation of polymerisation of the polymerisable precursor to form a polymer within the human or animal body, wherein the polymer is visible on the exterior of the human or animal body; wherein the resultant polymer comprises, consists or consists essentially of one or more of the group consisting of poly(fluorene)s, polyphenylenes, polypyrenes, polyazulenes, polynaphthalenes, Poly(acetylene)s, Poly(p-phenylene vinylene), poly (pyrrol e)s, polycarbazoles, polyindoles, polyazepines, poly(thiophene)s, poly(3,4-ethylenedioxythiophene), poly(p-phenylene sulfide), polyanilines and polyfurans; and wherein the resultant polymer has an electrical conductivity of 10 -10 S/cm or more.
Device for assembling insulating glass panes filled with a gas which is different from air, having two plates (1a, 2a) which can be varied with respect to their spacing one from the other and which can be approached one to the other, from a position in which they are oriented in V-form one to the other, to a parallel position, in which they are inclined toward the horizontal, having a horizontal conveyor arranged near the lower edge of the plates (1a, 2a), with a belt serving as a conveying member, having at least two seals (54, 55), that extend from the upper run of the belt to a point above the belt, and that are spaced one from the other in the conveying direction of the belt, at least one of the seals being active between the two plates (1 a, 2a), and having means for retaining a glass panel against at least one of the plates, and having means for introducing a gas different from air into the space between the two plates (1a, 2a) from below, characterized in that the seal being active between the plates (1a, 2a) is designed as a suspended blade, which comprises a suspension that can be displaced along the upper edge of a first one of the two plates and is variable with respect to its spacing from the plane that includes the front of the first plate, so that arrangements of glass panels for insulating glasses can be conveyed without obstruction past the blade positioned between the plates (1a, 2a), and that the blade is provided with a reversibly yielding sealing material at least on one side.