mhurhangee/patent-ind-claim-en huggingface dataset:
A method for automated display of permissive logic in control systems associated with a power generation unit, the method comprising: receiving, at a control device , one or more signals from a power generation unit ; processing, by the control device , the one or more signals to control the power generation unit according to permissive logic instructions, said permissive logic instructions relating to combinational logic implemented by Boolean operators; sending, by the control device , data associated with the one or more signals to a storage area for updating on a display , the display comprising a graphical representation of the permissive logic instructions, said graphical representation relating to a graphical representation of the combinational logic; associating, by the control device , the one or more signals with one or more respective input pins associated with a graphical representation; the method characterized by : highlighting input pins having values that changed from a previous frame of input pin data to a current frame of input pin data, said input pins relating to input pins of logic function blocks that form the combinational logic; wherein the graphical representation comprises one or more combinational logic blocks , wherein an output pin associated with the one or more combinational logic blocks is updated based on the one or more signals. receiving, at a control device , one or more signals from a power generation unit ; processing, by the control device , the one or more signals to control the power generation unit according to permissive logic instructions, said permissive logic instructions relating to combinational logic implemented by Boolean operators; sending, by the control device , data associated with the one or more signals to a storage area for updating on a display , the display comprising a graphical representation of the permissive logic instructions, said graphical representation relating to a graphical representation of the combinational logic; associating, by the control device , the one or more signals with one or more respective input pins associated with a graphical representation; the method characterized by : highlighting input pins having values that changed from a previous frame of input pin data to a current frame of input pin data, said input pins relating to input pins of logic function blocks that form the combinational logic; wherein the graphical representation comprises one or more combinational logic blocks , wherein an output pin associated with the one or more combinational logic blocks is updated based on the one or more signals. highlighting input pins having values that changed from a previous frame of input pin data to a current frame of input pin data, said input pins relating to input pins of logic function blocks that form the combinational logic; wherein the graphical representation comprises one or more combinational logic blocks , wherein an output pin associated with the one or more combinational logic blocks is updated based on the one or more signals.
A method of manufacturing a spray nozzle chip (1; 1-1; 1-2; 1-3; 1-4; 1-5; 1-6; 1-7), wherein the method comprises: performing a first deposition onto a substrate to obtain a first layer , providing the first layer with a first layer orifice, performing a second deposition onto the first layer to obtain a nozzle layer , providing the nozzle layer with a nozzle orifice , and providing a fluid supply orifice in the substrate, the fluid supply orifice being set in fluid connection with the first layer orifice . performing a first deposition onto a substrate to obtain a first layer , providing the first layer with a first layer orifice, performing a second deposition onto the first layer to obtain a nozzle layer , providing the nozzle layer with a nozzle orifice , and providing a fluid supply orifice in the substrate, the fluid supply orifice being set in fluid connection with the first layer orifice .
A wall (M) of a building comprising a vertical concrete support (BS) forming part of the wall, and a plurality of masonry blocks arranged in a masonry block composite, the wall further comprising a formwork device remaining therein for producing the concrete support, the formwork device being formed by formwork blocks through which a vertical recess passes, which has a cross-section corresponding to the concrete support cross-section and is filled with concrete, characterized in that the formwork blocks , like the masonry blocks not formed by formwork blocks , are integrated into the masonry block composite, in that the formwork blocks are made of foamed plastic, or of foamed polystyrene, or of foamed polyurethane, in that the formwork block has a formwork block part to be cut out in order to produce a cutout , which is only partially cut out and is otherwise firmly connected to the rest of the formwork block , and in that the cutout is designed to receive a smaller masonry block .
A light-emitting apparatus comprising: a solid-state light source; and a wavelength conversion device, wherein the solid-state light source emits first light including green light with a peak wavelength in the range of 510 to 550 nm, the wavelength conversion device contains a red phosphor with a Ce luminescent center, the red phosphor is excited by at least part of the green light to emit second light, the second light has a spectrum with a peak wavelength in the range of 600 to 700 nm, and the red phosphor contains a nitride or an oxynitride as a host material. a solid-state light source; and a wavelength conversion device, wherein the solid-state light source emits first light including green light with a peak wavelength in the range of 510 to 550 nm, the wavelength conversion device contains a red phosphor with a Ce luminescent center, the red phosphor is excited by at least part of the green light to emit second light, the second light has a spectrum with a peak wavelength in the range of 600 to 700 nm, and the red phosphor contains a nitride or an oxynitride as a host material.
A blower assembly , comprising: a blower enclosure ; a blower slider assembly mounted to the blower enclosure , the blower slider assembly includes slider rails (106A; 106B) each including a moveable rail (108A; 108B) and a stationary rail (110A; 110B), a blower mounting plate coupled to each moveable rail (108A; 108B) of the slider rails (106A; 106B); a rail anchor plate coupled to the blower enclosure , wherein each of the stationary rails is mounted to the rail anchor plate , and wherein the rail anchor plate in particular includes a top portion fastened to the blower enclosure , and anchor sides extending downward from the top portion, wherein the stationary rails (110A; 110B) are fastened to the anchor sides; a blower motor and fan assembly mounted to the blower mounting plate wherein the blower motor and fan assembly is adapted to slide out of the blower enclosure ; characterised by a catch operational to limit an extent of sliding of the blower motor and fan assembly , wherein the catch in particular comprises a bent flange on a blower anchor plate . a blower enclosure ; a blower slider assembly mounted to the blower enclosure , the blower slider assembly includes slider rails (106A; 106B) each including a moveable rail (108A; 108B) and a stationary rail (110A; 110B), a blower mounting plate coupled to each moveable rail (108A; 108B) of the slider rails (106A; 106B); a rail anchor plate coupled to the blower enclosure , wherein each of the stationary rails is mounted to the rail anchor plate , and wherein the rail anchor plate in particular includes a top portion fastened to the blower enclosure , and anchor sides extending downward from the top portion, wherein the stationary rails (110A; 110B) are fastened to the anchor sides; a blower motor and fan assembly mounted to the blower mounting plate wherein the blower motor and fan assembly is adapted to slide out of the blower enclosure ; characterised by a catch operational to limit an extent of sliding of the blower motor and fan assembly , wherein the catch in particular comprises a bent flange on a blower anchor plate .
An arrangement for guiding a sliding door including at least one rail profile and at least one carriage which is mounted displaceably relative to the at least one rail profile in the longitudinal direction and to which the sliding door can be fixed, wherein the at least one carriage has at least one rolling body and the at least one rail profile has at least one running surface which extends in the longitudinal direction of the rail profile and on which the at least one rolling body is supported, characterized in that the at least one rolling body is displaceable on the at least one running surface transversely to the longitudinal direction of the at least one rail profile so that the at least one carriage is pivotable about a pivot axis extending substantially parallel to the longitudinal direction of the at least one rail profile , wherein the at least one rail profile has at least one vertical web which extends in the longitudinal direction and which is oriented substantially perpendicularly to the at least one running surface , wherein the at least one carriage is pivotable about the pivot axis in such a way that a spacing relative to the at least one vertical web increases in a state of being loaded by the sliding door , preferably wherein the at least one vertical web delimits the at least one running surface transversely to the longitudinal direction of the at least one rail profile .
A device for circulatory support of the heart, comprising: a holding means which is configured such that it can be implanted intracardially in the left and/or right ventricular outflow tract of the heart by means of a catheter, preferably using an endovascular method, through a femoral access and/or a percutaneous transventricular, transseptal, transapical or transvenous access, wherein the holding means comprises an anchoring means which can be fixed in the subcommissural triangle underneath the aortic valve and the pulmonary valve, respectively in the flow direction of the blood on the ventricular side of the aortic valve and the pulmonary valve, respectively, a pump which is configured such that it can be fixed in the holding means by means of a catheter, preferably using an endovascular method, through a femoral access and/or a percutaneous transventricular, transseptal, transapical or transvenous access, wherein the pump (a) can either be inserted releasably into the holding means after the holding means has been fixed by means of the anchoring means in the subcommissural triangles underneath the aortic valve or (b) is firmly connected to the collapsible and expandable anchoring means. a holding means which is configured such that it can be implanted intracardially in the left and/or right ventricular outflow tract of the heart by means of a catheter, preferably using an endovascular method, through a femoral access and/or a percutaneous transventricular, transseptal, transapical or transvenous access, wherein the holding means comprises an anchoring means which can be fixed in the subcommissural triangle underneath the aortic valve and the pulmonary valve, respectively in the flow direction of the blood on the ventricular side of the aortic valve and the pulmonary valve, respectively, a pump which is configured such that it can be fixed in the holding means by means of a catheter, preferably using an endovascular method, through a femoral access and/or a percutaneous transventricular, transseptal, transapical or transvenous access, wherein the pump (a) can either be inserted releasably into the holding means after the holding means has been fixed by means of the anchoring means in the subcommissural triangles underneath the aortic valve or (b) is firmly connected to the collapsible and expandable anchoring means. (a) can either be inserted releasably into the holding means after the holding means has been fixed by means of the anchoring means in the subcommissural triangles underneath the aortic valve or (b) is firmly connected to the collapsible and expandable anchoring means.
A process for preparing crude bio-oil; said process comprising the following steps: a. preparing a biomass slurry, wherein the concentration of said biomass in the slurry ranges from 5 to 35 wt %, and said biomass in the biomass slurry is at least one alga selected from the group consisting Chlorophytes, Cyanophytes, Heterokontophytes and Protists; b. adding at least one catalyst selected from the group comprising ionic liquids and surfactants to said biomass slurry to obtain a mixture, wherein said surfactant is at least one selected from the group comprising cationic surfactants, anionic surfactants and non-ionic surfactants; c. heating said mixture at a temperature ranging from 200 to 350° C and at a pressure ranging from 70 to 250 bars for a time period ranging from 10 to 180 minutes to obtain a mass containing crude bio-oil; and d. separating the crude bio-oil from the mass to obtain a separated crude bio-oil and an aqueous phase containing said catalyst; wherein the method step (d) further comprises recovering and recycling said catalyst from said aqueous phase. a. preparing a biomass slurry, wherein the concentration of said biomass in the slurry ranges from 5 to 35 wt %, and said biomass in the biomass slurry is at least one alga selected from the group consisting Chlorophytes, Cyanophytes, Heterokontophytes and Protists; b. adding at least one catalyst selected from the group comprising ionic liquids and surfactants to said biomass slurry to obtain a mixture, wherein said surfactant is at least one selected from the group comprising cationic surfactants, anionic surfactants and non-ionic surfactants; c. heating said mixture at a temperature ranging from 200 to 350° C and at a pressure ranging from 70 to 250 bars for a time period ranging from 10 to 180 minutes to obtain a mass containing crude bio-oil; and d. separating the crude bio-oil from the mass to obtain a separated crude bio-oil and an aqueous phase containing said catalyst;
Apparatus for glassware manufacturing, comprising: a mold body including an exterior surface, a mold cavity having an interior mold surface , and a blind hole having a closed end including a closed end surface adjacent to and spaced outwardly from the interior mold surface, wherein the blind hole extends outwardly from the closed end surface toward the exterior surface; a mold hanger on which the mold body is removably carried; and a light collector carried by the mold hanger to collect infrared light emitted within the blind hole. a mold body including an exterior surface, a mold cavity having an interior mold surface , and a blind hole having a closed end including a closed end surface adjacent to and spaced outwardly from the interior mold surface, wherein the blind hole extends outwardly from the closed end surface toward the exterior surface; a mold hanger on which the mold body is removably carried; and a light collector carried by the mold hanger to collect infrared light emitted within the blind hole.
An anti-mite unit dose article comprising a water-soluble polymeric film formed into a pouch with an internal compartment that encloses a liquid laundry detergent composition therein, wherein said liquid laundry detergent composition is characterized by a high shear viscosity ranging from 100 to 900 mPa's measured at a shear rate of 1000 s -1 and at a temperature of 20°C, and wherein said liquid laundry detergent composition comprises from 20% to 70% of one or more non-soap surfactants and from 1% to 20% of benzyl benzoate by total weight of said liquid laundry detergent composition, wherein the water-soluble polymeric film comprises a water-soluble polyvinyl alcohol polymer, a water-soluble polyvinyl alcohol copolymer, or a mixture thereof.
A microfluidic system for monitoring the condition of lubricating oil comprising: a microfluidic device comprising at least one microchannel configured to allow a sample of lubricating oil to pass therethrough as a laminar fluid flow; and a at least one separating device, the at least one separation device being configured to selectively separate at least one component from the lubricating oil in the laminar fluid flow; wherein the at least one separating device is a diffusion extractor configured to allow diffusion across the fluid interface of parallel fluid streams; wherein the microfluidic system comprises a detector device configured to detect the presence and/or measure at least one property of the at least one component passing through the microfluidic device after separation in the at least one microchannel . a microfluidic device comprising at least one microchannel configured to allow a sample of lubricating oil to pass therethrough as a laminar fluid flow; and a at least one separating device, the at least one separation device being configured to selectively separate at least one component from the lubricating oil in the laminar fluid flow; wherein the at least one separating device is a diffusion extractor configured to allow diffusion across the fluid interface of parallel fluid streams; wherein the microfluidic system comprises a detector device configured to detect the presence and/or measure at least one property of the at least one component passing through the microfluidic device after separation in the at least one microchannel .
An electronic spray device, comprising: a spray generator including a perforate membrane configured to vibrate ultrasonically in response to a drive signal; and a spray controller configured to provide a time-based modulated drive signal to the spray generator; wherein said ultrasonic vibration causes liquid droplets to be ejected from an ejection side of the perforate membrane; characterised in that : the drive signal is modulated such that the liquid to air interface surface in the perforations is drawn back from the ejection side of the membrane during the time-based modulation off periods. a spray generator including a perforate membrane configured to vibrate ultrasonically in response to a drive signal; and a spray controller configured to provide a time-based modulated drive signal to the spray generator; wherein said ultrasonic vibration causes liquid droplets to be ejected from an ejection side of the perforate membrane; characterised in that : the drive signal is modulated such that the liquid to air interface surface in the perforations is drawn back from the ejection side of the membrane during the time-based modulation off periods.
A phase locked loop for a beamforming system, comprising: - a digital loop filter configured to provide a digital control word (DFC) to a digital controlled oscillator , said digital controlled oscillator configured to provide an oscillator signal (FO) in response to the digital control word (DFC); - a frequency divider configured to provide a first feedback signal (FB) and a second feedback signal (FBD) in response to the oscillator signal (FO), the second feedback signal (FBD) delayed with respect to the first feedback signal (FB); - a first comparator path configured to receive the first feedback signal (FB) and a second comparator path configured to receive the second feedback signal (FBD), each of the first and second comparator path configured to provide a respective phase delay signal (CS, CS1, CS2) to the digital loop filter in response to a respective phase adjustment signal (FA1, FA2) and a phase deviation between a common reference signal (FR) and the respective feedback signal (FB, FBD). - a digital loop filter configured to provide a digital control word (DFC) to a digital controlled oscillator , said digital controlled oscillator configured to provide an oscillator signal (FO) in response to the digital control word (DFC); - a frequency divider configured to provide a first feedback signal (FB) and a second feedback signal (FBD) in response to the oscillator signal (FO), the second feedback signal (FBD) delayed with respect to the first feedback signal (FB); - a first comparator path configured to receive the first feedback signal (FB) and a second comparator path configured to receive the second feedback signal (FBD), each of the first and second comparator path configured to provide a respective phase delay signal (CS, CS1, CS2) to the digital loop filter in response to a respective phase adjustment signal (FA1, FA2) and a phase deviation between a common reference signal (FR) and the respective feedback signal (FB, FBD).
A thin film transistor array substrate for a digital X-ray detector, comprising: a base substrate ; a thin film transistor over the base substrate ; a lower electrode connected to the thin film transistor ; a positive-intrinsic-negative layer , hereinafter referred to as PIN layer, over the lower electrode , the PIN layer comprising: an N-type semiconductor layer ; an intrinsic semiconductor layer ; and a P-type semiconductor layer ; a bias electrode over the PIN layer ; and an upper electrode covering the PIN layer and the bias electrode ; wherein the bias electrode include some regions that directly contact an upper surface of the PIN layer ; and wherein the upper electrode includes some regions, that directly contact the upper surface of the PIN layer ; characterized in that the thin film transistor array substrate further comprises a protective layer between the P-type semiconductor layer and the intrinsic semiconductor layer . a base substrate ; a thin film transistor over the base substrate ; a lower electrode connected to the thin film transistor ; a positive-intrinsic-negative layer , hereinafter referred to as PIN layer, over the lower electrode , the PIN layer comprising: an N-type semiconductor layer ; an intrinsic semiconductor layer ; and a P-type semiconductor layer ; an N-type semiconductor layer ; an intrinsic semiconductor layer ; and a P-type semiconductor layer ; a bias electrode over the PIN layer ; and an upper electrode covering the PIN layer and the bias electrode ; wherein the bias electrode include some regions that directly contact an upper surface of the PIN layer ; and wherein the upper electrode includes some regions, that directly contact the upper surface of the PIN layer ; characterized in that the thin film transistor array substrate further comprises a protective layer between the P-type semiconductor layer and the intrinsic semiconductor layer .
Suspension for an upholstered item of furniture, with a frame and a number of spring strips (7, 7.1), spanning the basic area encompassed by the frame and held by two opposing spars of the frame in an arrangement next to one another, of which at least two are connected to the spars as carrier spring strips (11, 11.1) directly or with the intermediate arrangement of spring strip holders (9, 9.1), arranged between the said two carrier spring strips (11, 11.1; 17, 17.1) is at least one spring strip (12, 12.1) which is not supported on the spar side, wherein the spring strip group (10, 10.1), formed from the two carrier spring strips (11, 11.1; 17, 17.1) and from the at least one spring strip (12, 12.1) arranged between these carrier spring strips, is connected by carrying means extending between the end sections of these spring strips (11, 11.1, 12, 12.1), characterised in that each carrying means is elastically flexible but tension-resistant, and extends from the first carrier spring strip over the at least one spring strip (12, 12.1; 18), which is carried together with the carrier spring strip, as far as the second carrier spring strip (11.1), and that the spring strips (11, 11.1, 12, 12.1) connected by the carrying means comprise in each case a carrying means guide, in which the carrying means is displaceably guided in the direction of its longitudinal extension and is held in the radial direction in positive fit to the carrying means .