mhurhangee/patent-ind-claim-en huggingface dataset:
A method for connecting a first connector with a second connector within an automotive lamp, the method comprising: providing an automotive lighting module in the automotive lamp, the automotive lighting module comprising: a housing ; and the first connector ; attaching a connecting device (59a-59c) to a supporting device (20-22) for the connecting device (59a-59c), the connecting device (59a-59c) comprising the second connector ; attaching the supporting device (20-22) to a lamp body (10-12) of the automotive lamp; and moving in a first direction (Z) either the automotive lighting module towards the lamp body (10-12) or the lamp body (10-12) towards the automotive lighting module thereby connecting the first connector with the second connector in the first direction (Z); the lamp body (10-12) being adapted for attachment of the supporting device (20-22) thereto and support movement of the supporting device (20-22) along a first axis (X) thereof while attached, the first axis (X) of the supporting device (20-22) being perpendicular to the first direction (Z); characterized by : the supporting device (20-22) being adapted to detachably attach to the connecting device (59a-59c). providing an automotive lighting module in the automotive lamp, the automotive lighting module comprising: a housing ; and the first connector ; a housing ; and the first connector ; attaching a connecting device (59a-59c) to a supporting device (20-22) for the connecting device (59a-59c), the connecting device (59a-59c) comprising the second connector ; attaching the supporting device (20-22) to a lamp body (10-12) of the automotive lamp; and moving in a first direction (Z) either the automotive lighting module towards the lamp body (10-12) or the lamp body (10-12) towards the automotive lighting module thereby connecting the first connector with the second connector in the first direction (Z); the lamp body (10-12) being adapted for attachment of the supporting device (20-22) thereto and support movement of the supporting device (20-22) along a first axis (X) thereof while attached, the first axis (X) of the supporting device (20-22) being perpendicular to the first direction (Z); characterized by : the supporting device (20-22) being adapted to detachably attach to the connecting device (59a-59c).
Overvoltage protector for protecting a device to be protected, the overvoltage protector comprising a first terminal , and comprising a second terminal , between which a number of strings are connected in parallel with one another, - each string having a resistor , - each of the strings comprising a switching element , which is connected in series with the resistor of the string , - each switching element having a control input , characterized - in that the control input of each of the switching elements is led to an output respectively of an OR logic switch , - in that a first input of each OR logic switch is connected to the first terminal , - in that the first input of each OR logic switch is led to a first input of a further OR logic switch and a time output of a timer is led to a second input of the further OR logic switch , and in that an output of the further OR logic switch is led to a time input of a shift register , and - in that a second input of each OR logic switch is respectively led to an output of the shift register . - each string having a resistor , - each of the strings comprising a switching element , which is connected in series with the resistor of the string , - each switching element having a control input , characterized - in that the control input of each of the switching elements is led to an output respectively of an OR logic switch , - in that a first input of each OR logic switch is connected to the first terminal , - in that the first input of each OR logic switch is led to a first input of a further OR logic switch and a time output of a timer is led to a second input of the further OR logic switch , and in that an output of the further OR logic switch is led to a time input of a shift register , and - in that a second input of each OR logic switch is respectively led to an output of the shift register .
A gas turbine engine comprising: an engine static structure providing a flow path; a metering hole provided in the engine static structure ; and a strainer arranged over the metering hole , the strainer including multiple inlet holes , wherein the gas turbine engine comprises a turbine section that provides a secondary flow path (F) between a case structure , a vane and a blade outer air seal , wherein the case structure includes a vane support to which the vane is mounted, the vane includes an aft rail , a first seal is provided between the vane support and the aft rail to provide a first cavity , the strainer is provided within the first cavity , characterised in that : the vane support provides the metering hole , a second seal is provided between the aft rail and a blade outer air seal support to which the blade outer air seal is mounted, a second cavity is provided between the case structure and the first and second seals, the first and second cavities are fluidly connected via the strainer , the multiple inlet holes have a total area that is greater than an area of the metering hole , the strainer includes a flange having an opening , a cup extends from the flange and provides a pocket , the inlet holes are provided in the cup , and the cup is provided by a cylinder that is closed at one end. an engine static structure providing a flow path; a metering hole provided in the engine static structure ; and a strainer arranged over the metering hole , the strainer including multiple inlet holes , wherein the gas turbine engine comprises a turbine section that provides a secondary flow path (F) between a case structure , a vane and a blade outer air seal , wherein the case structure includes a vane support to which the vane is mounted, the vane includes an aft rail , a first seal is provided between the vane support and the aft rail to provide a first cavity , the strainer is provided within the first cavity , characterised in that : the vane support provides the metering hole , a second seal is provided between the aft rail and a blade outer air seal support to which the blade outer air seal is mounted, a second cavity is provided between the case structure and the first and second seals, the first and second cavities are fluidly connected via the strainer , the multiple inlet holes have a total area that is greater than an area of the metering hole , the strainer includes a flange having an opening , a cup extends from the flange and provides a pocket , the inlet holes are provided in the cup , and the cup is provided by a cylinder that is closed at one end.
A polarized ultraviolet light splitting element, comprising: a substrate layer; and a stripe-shaped convex portion comprising a titanium metal composite oxide which is a titanium oxide formed in parallel stripes on the substrate layer, the polarised ultraviolet light splitting element being characterised in that the titanium metal composite oxide is a doped titanium oxide and is represented by the following Chemical Formula 1: [Chemical Formula 1] TixMyO 2 wherein M is Ni, Cr, Cu, Fe, B, V. Nb, Sb, Sn, Si, or Al, y is 0.01 to 0.2, and (x+y) is 1. a substrate layer; and a stripe-shaped convex portion comprising a titanium metal composite oxide which is a titanium oxide formed in parallel stripes on the substrate layer, the polarised ultraviolet light splitting element being characterised in that the titanium metal composite oxide is a doped titanium oxide and is represented by the following Chemical Formula 1: [Chemical Formula 1] TixMyO 2 wherein M is Ni, Cr, Cu, Fe, B, V. Nb, Sb, Sn, Si, or Al, y is 0.01 to 0.2, and (x+y) is 1.
Device for fat-free preparation of portioned quantities of scrambled egg or variants of scrambled egg by means of foaming egg mass, in particular fresh egg, whole egg or liquid egg or pre-prepared egg mixtures with spices and ingredients, having: - a housing, - an electrical steam generator which is arranged in the housing, - a connection to a water source or a water tank, which connection is connected to the steam generator in terms of flow and is arranged inside or outside the housing, - an electric pump which is preferably arranged in the flow path between the water source or the water tank and the steam generator, - preferably an excess pressure valve, - at least one lance which is arranged outside the housing and which has an end-side nozzle for discharging the steam produced in the steam generator into a container which contains the portioned egg mass, and - a control/regulation device for temperature, pressure and time control or corresponding regulation, characterised in that a dispenser for salt, pepper and where applicable for other spices is provided inside the housing and dispenses directly into the container in accordance with the selection of the quantity to be metered prior to the steam processing operation. - a housing, - an electrical steam generator which is arranged in the housing, - a connection to a water source or a water tank, which connection is connected to the steam generator in terms of flow and is arranged inside or outside the housing, - an electric pump which is preferably arranged in the flow path between the water source or the water tank and the steam generator, - preferably an excess pressure valve, - at least one lance which is arranged outside the housing and which has an end-side nozzle for discharging the steam produced in the steam generator into a container which contains the portioned egg mass, and - a control/regulation device for temperature, pressure and time control or corresponding regulation,
A refrigerant compressor comprising: an electric component; a compression component driven by the electric component to compress a refrigerant; and a sealed container accommodating the electric component and the compression component, wherein: the compression component includes a shaft part rotated by the electric component and a bearing part slidingly contacting the shaft part such that the shaft part is rotatable; a film having hardness equal to or more than hardness of a sliding surface of the bearing part is provided on a sliding surface of the shaft part; and characterized in that the surface roughness of the sliding surface of the bearing part is smaller than surface roughness of the sliding surface of the shaft part. an electric component; a compression component driven by the electric component to compress a refrigerant; and a sealed container accommodating the electric component and the compression component, wherein: the compression component includes a shaft part rotated by the electric component and a bearing part slidingly contacting the shaft part such that the shaft part is rotatable; a film having hardness equal to or more than hardness of a sliding surface of the bearing part is provided on a sliding surface of the shaft part; and characterized in that the surface roughness of the sliding surface of the bearing part is smaller than surface roughness of the sliding surface of the shaft part. the compression component includes a shaft part rotated by the electric component and a bearing part slidingly contacting the shaft part such that the shaft part is rotatable; a shaft part rotated by the electric component and a bearing part slidingly contacting the shaft part such that the shaft part is rotatable; a film having hardness equal to or more than hardness of a sliding surface of the bearing part is provided on a sliding surface of the shaft part; and characterized in that the surface roughness of the sliding surface of the bearing part is smaller than surface roughness of the sliding surface of the shaft part.
A cleaner comprising: a main body having a intake provided to suction an object to be cleaned; and a suction device having a brush chamber that communicates with the intake , a brush accommodated in the brush chamber and a brush base configured to cover a lower portion of the brush chamber to guide air to the intake ,wherein the brush includes a brush body rotatably coupled to the brush chamber , a blade protruding in a radial direction of the brush body , and prevention members formed to be inclined from a central portion of the brush body to opposite side ends of the brush body to prevent foreign substance introduced into the brush chamber from being wound around the blade , wherein the brush base includes a base frame , a space portion through which the brush pass and a connecting portion extending inward from the base frame to partition the space portion , and characterized in that : the brush body includes a groove portion provided at a central portion of the brush body so that the connecting portion is positioned in the groove portion . a main body having a intake provided to suction an object to be cleaned; and a suction device having a brush chamber that communicates with the intake , a brush accommodated in the brush chamber and a brush base configured to cover a lower portion of the brush chamber to guide air to the intake ,wherein the brush includes a brush body rotatably coupled to the brush chamber , a blade protruding in a radial direction of the brush body , and prevention members formed to be inclined from a central portion of the brush body to opposite side ends of the brush body to prevent foreign substance introduced into the brush chamber from being wound around the blade , wherein the brush base includes a base frame , a space portion through which the brush pass and a connecting portion extending inward from the base frame to partition the space portion , and a brush body rotatably coupled to the brush chamber , a blade protruding in a radial direction of the brush body , and prevention members formed to be inclined from a central portion of the brush body to opposite side ends of the brush body to prevent foreign substance introduced into the brush chamber from being wound around the blade , wherein the brush base includes a base frame , a space portion through which the brush pass and a connecting portion extending inward from the base frame to partition the space portion , and characterized in that : the brush body includes a groove portion provided at a central portion of the brush body so that the connecting portion is positioned in the groove portion .
A method of generating pulses of nitric oxide comprising: atomizing a liquid source comprising water, NO 2 - , viscosity agent, and, non-detergent surfactant generating liquid droplets; pulsing the liquid droplets onto a substrate constructed from a porous hydrophilic polymer having pores with an average pore size, a substrate thickness, and a particulate reductant disposed within the pores and on a surface of the substrate forming a film, wherein the particulate reductant has an average particle size, and the film has a surface density of the particulate reductant and a film thickness; and generating the pulses of nitric oxide, wherein the particulate reductant comprises one or more compounds selected from the following structures: (croconic acid), (p-toluenesulfonic acid), and, (2,3,5,6-tetrafluoromandelic acid). atomizing a liquid source comprising water, NO 2 - , viscosity agent, and, non-detergent surfactant generating liquid droplets; pulsing the liquid droplets onto a substrate constructed from a porous hydrophilic polymer having pores with an average pore size, a substrate thickness, and a particulate reductant disposed within the pores and on a surface of the substrate forming a film, wherein the particulate reductant has an average particle size, and the film has a surface density of the particulate reductant and a film thickness; and generating the pulses of nitric oxide, wherein the particulate reductant comprises one or more compounds selected from the following structures: (croconic acid), (p-toluenesulfonic acid), and, (2,3,5,6-tetrafluoromandelic acid).
A smartwatch, comprising: a tilt sensor unit configured to sense a tilt of the smartwatch; a display unit configured to display visual information; and a processor configured to control the tilt sensor unit and the display unit, wherein the processor is further configured to: determine a reference position of the smartwatch, detect, using the tilt sensor unit, an outward rotation angle of the smartwatch when the smartwatch is outwardly rotated from the reference position, perform a first command corresponding to the outward rotation if the outward rotation angle exceeds a first rotation degree, detect, using the tilt sensor unit, an inward rotation angle of the smartwatch when the smartwatch is inwardly rotated from the reference position, and perform a second command corresponding to the inward rotation if the inward rotation angle exceeds a second rotation degree, characterised in that the first rotation degree is different from the second rotation degree. a tilt sensor unit configured to sense a tilt of the smartwatch; a display unit configured to display visual information; and a processor configured to control the tilt sensor unit and the display unit, wherein the processor is further configured to: determine a reference position of the smartwatch, detect, using the tilt sensor unit, an outward rotation angle of the smartwatch when the smartwatch is outwardly rotated from the reference position, perform a first command corresponding to the outward rotation if the outward rotation angle exceeds a first rotation degree, detect, using the tilt sensor unit, an inward rotation angle of the smartwatch when the smartwatch is inwardly rotated from the reference position, and perform a second command corresponding to the inward rotation if the inward rotation angle exceeds a second rotation degree, characterised in that determine a reference position of the smartwatch, detect, using the tilt sensor unit, an outward rotation angle of the smartwatch when the smartwatch is outwardly rotated from the reference position, perform a first command corresponding to the outward rotation if the outward rotation angle exceeds a first rotation degree, detect, using the tilt sensor unit, an inward rotation angle of the smartwatch when the smartwatch is inwardly rotated from the reference position, and perform a second command corresponding to the inward rotation if the inward rotation angle exceeds a second rotation degree, characterised in that the first rotation degree is different from the second rotation degree.
A light emitting device comprising: a first lead frame and a second lead frame spaced apart from each other, the first and second lead frames each comprising a top surface, an opposing bottom surface; a facing region where the first and second lead frames face each other; fixing spaces formed at the facing region and at regions adjacent to opposite side edges of the respective first and second lead frames , the opposite side edges being connected to an edge of the first lead frame or the second lead frame which is adjacent to the facing region; stepped portions formed on sidewalls of the fixing spaces ; a light emitting diode chip mounted on the first lead frame ; wherein the stepped portions comprises stepped portions formed on sidewalls of the fixing space formed at the facing region and stepped portions formed on sidewalls of the fixing spaces formed at the regions adjacent to opposite side edges of the respective first and second lead frames , and the fixing space formed at the facing region is connected to the fixing spaces formed at the regions adjacent to the opposite side edges of the respective first and second lead frames . a first lead frame and a second lead frame spaced apart from each other, the first and second lead frames each comprising a top surface, an opposing bottom surface; a facing region where the first and second lead frames face each other; fixing spaces formed at the facing region and at regions adjacent to opposite side edges of the respective first and second lead frames , the opposite side edges being connected to an edge of the first lead frame or the second lead frame which is adjacent to the facing region; stepped portions formed on sidewalls of the fixing spaces ; a light emitting diode chip mounted on the first lead frame ; wherein the stepped portions comprises stepped portions formed on sidewalls of the fixing space formed at the facing region and stepped portions formed on sidewalls of the fixing spaces formed at the regions adjacent to opposite side edges of the respective first and second lead frames , and the fixing space formed at the facing region is connected to the fixing spaces formed at the regions adjacent to the opposite side edges of the respective first and second lead frames .
A method of operating an internal combustion engine comprising a plurality of cylinders (26A-26D), the internal combustion engine being configured to be operated by selectively activating and deactivating the cylinders (26A-26D), the method comprising: controlling the internal combustion to deactivate a selected number of cylinders (26A-26D); acquiring at least one operating parameter of the internal combustion engine ; determining a target number of deactivated cylinders (26A-26D) based on a fixed relationship between the at least one operating parameter and the target number of deactivated cylinders, independent of the control to deactivate the selected number of cylinders (26A-26D); determining a current number of deactivated cylinders (26A-26D); comparing the current number of deactivated cylinders (26A-26D) to the target number of deactivated cylinders (26A-26D); and performing a safety measure when the current number of deactivated cylinders (26A-26D) is higher than the target number of deactivated cylinders (26A-26D). controlling the internal combustion to deactivate a selected number of cylinders (26A-26D); acquiring at least one operating parameter of the internal combustion engine ; determining a target number of deactivated cylinders (26A-26D) based on a fixed relationship between the at least one operating parameter and the target number of deactivated cylinders, independent of the control to deactivate the selected number of cylinders (26A-26D); determining a current number of deactivated cylinders (26A-26D); comparing the current number of deactivated cylinders (26A-26D) to the target number of deactivated cylinders (26A-26D); and performing a safety measure when the current number of deactivated cylinders (26A-26D) is higher than the target number of deactivated cylinders (26A-26D).