mhurhangee/patent-ind-claim-en huggingface dataset:
Hob comprising a hotplate (Pc), at least one heating element extending in a heating plane (P) positioned beneath said hotplate (Pc), and a cooling system comprising: - air circulating means arranged beneath said hotplate (P) at a rear edge of said hob ; and - a ventilation duct extending from the air circulating means , said ventilation duct comprising an inlet end positioned at the air circulating means such that an air flow from the air circulating means enters said ventilation duct through said inlet end , said hob being characterised in that said cooling system further comprises: - inlet-side air deflection means which are positioned between the air circulating means and the inlet end of the ventilation duct , and designed to divide the air flow coming from the air circulating means , and characterised in that said inlet-side air deflection means also reverse the direction of the air flow; and - at least one rear-side air discharge opening, said at least one heating element being located between said at least one air discharge opening and the inlet-side air deflection means . - air circulating means arranged beneath said hotplate (P) at a rear edge of said hob ; and - a ventilation duct extending from the air circulating means , said ventilation duct comprising an inlet end positioned at the air circulating means such that an air flow from the air circulating means enters said ventilation duct through said inlet end , - inlet-side air deflection means which are positioned between the air circulating means and the inlet end of the ventilation duct , and designed to divide the air flow coming from the air circulating means , and characterised in that said inlet-side air deflection means also reverse the direction of the air flow; and - at least one rear-side air discharge opening, said at least one heating element being located between said at least one air discharge opening and the inlet-side air deflection means .
A superconducting quantum interference device, SQUID, structure comprising: a silicon-on-metal substrate comprising a first superconducting layer between a first crystalline silicon layer and a second crystalline silicon layer , the first superconducting layer comprising a first superconducting material; a first via between, and in contact with, a first section of the first superconducting layer and a first portion of a second superconducting layer , the first via comprises a first Josephson junction , and the second superconducting layer is over the second crystalline silicon layer and comprises a second superconducting material; and a second via between, and in contact with, a second section of the first superconducting layer and a second portion of the second superconducting layer, the second via comprises a second Josephson junction , wherein an electrical loop around a defined area of the second crystalline silicon layer comprises the first via comprising the first Josephson junction, the second via comprising the second Josephson junction, the first superconducting layer, and the second superconducting layer. a silicon-on-metal substrate comprising a first superconducting layer between a first crystalline silicon layer and a second crystalline silicon layer , the first superconducting layer comprising a first superconducting material; a first via between, and in contact with, a first section of the first superconducting layer and a first portion of a second superconducting layer , the first via comprises a first Josephson junction , and the second superconducting layer is over the second crystalline silicon layer and comprises a second superconducting material; and a second via between, and in contact with, a second section of the first superconducting layer and a second portion of the second superconducting layer, the second via comprises a second Josephson junction , wherein an electrical loop around a defined area of the second crystalline silicon layer comprises the first via comprising the first Josephson junction, the second via comprising the second Josephson junction, the first superconducting layer, and the second superconducting layer.
Driver assistance device comprising a first driver-assistance module and a second driver-assistance module , comprising a selecting module designed, when the first module is activated and the second module deactivated: - to deactivate the first module on receipt of deactivation information (OFF_INT); and - to activate the second module on receipt of activation information (LDW+LKA_INT) regarding the second module ; characterized in that the selecting module further makes it possible, when the first module is activated and the second module deactivated: - to deactivate the first module when configuration information is equal to a first value (LDW_CONF), on receipt of activation information (B_REL) from a button ; - to activate the second module when the configuration information is equal to a second value (LDW+LKA_CONF), on receipt of said activation information (B_REL). - to deactivate the first module on receipt of deactivation information (OFF_INT); and - to activate the second module on receipt of activation information (LDW+LKA_INT) regarding the second module ; - to deactivate the first module when configuration information is equal to a first value (LDW_CONF), on receipt of activation information (B_REL) from a button ; - to activate the second module when the configuration information is equal to a second value (LDW+LKA_CONF), on receipt of said activation information (B_REL).
A system for actuating a device with rotating tools by means of a hydraulic motor , the hydraulic motor being housed with a closed circuit in a motor case , comprising an inlet line for feeding the hydraulic motor , an outlet line for the hydraulic motor , a drain line connecting the motor case with the outlet line , a non-return valve being interposed between the outlet line and the inlet line , characterized in that a tank is connected downstream of the connection between the drain line and the outlet line of the hydraulic motor , for absorbing an overpressure.
A working cylinder, comprising a cylinder tube with connections for leading in and out a pressurising medium, a bottom-closure element , a guide-closure element , two working chambers, a piston rod being guided in the guide-closure element , a piston with seals which is connected to the piston rod and guided in the cylinder tube and separates the working chambers in the cylinder tube , characterized in that the piston comprises a first side plate and a second side plate , each of them being provided with a circular ring-shaped collar (19.1; 19.2) integrally formed in their outer section, , as well as a centre section arranged between the first and second side plates (10; 11), as well as a first and a second circular ring-shaped elastic seal , wherein the centre section of the piston has a first annular groove and a second annular groove provided parallel to the vertical axis of the piston , wherein the circular ring-shaped elastic seals (13; 14) have a T-shaped cross section, wherein the first circular ring-shaped elastic seal at the first side plate is arranged axially towards the second side plate and is held by the circular ring-shaped collar (19.1) of the first side plate and the first annular groove of the centre section due to the T-shaped design and is unilaterally supported by the second side plate , wherein each of the circular ring-shaped elastic seals (13; 14) can be elastically deformed with formation of a gap to the inner cylinder tube wall if pressure is applied towards the centre section , and wherein the elastic deformability of the circular ring-shaped elastic seal (13; 14) is limited by the corresponding side plate (10; 11) if pressure is applied towards the opposite direction and the circular ring-shaped elastic seal (13; 14) is sealing, that the cylinder tube comprises a first and a second recess (20; 21), wherein the first recess is axially arranged such that exclusively the first circular ring-shaped elastic seal is positioned above the first recess in a first end position of the piston and a first overflow cross section opens by the first recess between the first circular ring-shaped elastic seal and the cylinder tube , wherein the second recess is axially arranged such that exclusively the second circular ring-shaped elastic seal is positioned above the second recess in a second end position of the piston and a second overflow cross section opens by means of the second recess between the second circular ring-shaped elastic seal and the cylinder tube .
Fence base adapted to be positioned between two fence posts , which fence base is in the shape of an elongated plate whose opposite side edges are each intended to be engaged in a longitudinal rebate of a fence post disposed facing the plate , characterised in that the thickness of the plate at the opposite side edges can be adapted to that of the longitudinal rebate of a post by means of two foldable tabs disposed respectively in the upper part and in the lower part of each of the opposite side edges and configured to engage in a unfolded position or at least partially folded with the walls of the rebate .
An in vitro method for assessing cytotoxicity of an agent comprising: i) providing a target cell that has been engineered to express a thermostable non-secretory intracellular luciferase reporter; ii) exposing the target cell to an agent capable of modulating cytotoxicity; iii) assaying the activity of the reporter to obtain the reporter activity, wherein the reporter is not expressed endogenously by the target cell or is expressed endogenously by the target cell at a level lower than what is achieved by engineered expression; and wherein a change in the reporter activity relative to a reference value is indicative of the agent being able to modulate cytotoxicity of the target cell; and wherein the reporter activity is assayed in the cell media containing the target cells. i) providing a target cell that has been engineered to express a thermostable non-secretory intracellular luciferase reporter; ii) exposing the target cell to an agent capable of modulating cytotoxicity; iii) assaying the activity of the reporter to obtain the reporter activity, wherein the reporter is not expressed endogenously by the target cell or is expressed endogenously by the target cell at a level lower than what is achieved by engineered expression; and wherein a change in the reporter activity relative to a reference value is indicative of the agent being able to modulate cytotoxicity of the target cell; and wherein the reporter activity is assayed in the cell media containing the target cells.
A centering bolt for producing a flange joint between two components of a wind turbine , in particular between a rotor blade and a rotor hub , or between a rotor shaft and a rotor hub , comprising - a shaft , wherein the shaft has - a longitudinal axis , and, - along the longitudinal axis a first portion having a first outside diameter , and a second portion following the first portion , which has a smaller second outside diameter as compared to the first outside diameter , - a centering sleeve pushed onto the second portion of the shaft , wherein the centering sleeve - is mounted to the shaft rotatably about the longitudinal axis , - is axially secured against shifting with respect to the longitudinal axis , - has a sleeve outside diameter which is larger than the first outside diameter , wherein the centering bolt , for producing the flange joint , is formed to be mounted in two mutually aligned bores of flange connections of the two components to be joined, in such a manner that the centering sleeve is arranged within the two aligned bores for centering the components . - a shaft , wherein the shaft has - a longitudinal axis , and, - along the longitudinal axis a first portion having a first outside diameter , and a second portion following the first portion , which has a smaller second outside diameter as compared to the first outside diameter , - a longitudinal axis , and, - along the longitudinal axis a first portion having a first outside diameter , and a second portion following the first portion , which has a smaller second outside diameter as compared to the first outside diameter , - a centering sleeve pushed onto the second portion of the shaft , wherein the centering sleeve - is mounted to the shaft rotatably about the longitudinal axis , - is axially secured against shifting with respect to the longitudinal axis , - has a sleeve outside diameter which is larger than the first outside diameter , - is mounted to the shaft rotatably about the longitudinal axis , - is axially secured against shifting with respect to the longitudinal axis , - has a sleeve outside diameter which is larger than the first outside diameter ,
A method of generating a print job for an offset printer , the method comprising: determining a print job to be printed on the offset printer comprising an odd number of separations; and in response to determining that the print job comprises an odd number of separations, alternating a print order of at least two separations between odd and even pages of the print job; wherein the offset printer comprises a printing imaging plate , PIP, and wherein alternating a print order of at least two separations between odd and even pages of the print job comprises modifying the print order of a first separation and a second separation such that the first separation for odd pages of the print job is formed on a first portion of the PIP and the first separation for even pages of the print job is formed on the first portion of the PIP. determining a print job to be printed on the offset printer comprising an odd number of separations; and in response to determining that the print job comprises an odd number of separations, alternating a print order of at least two separations between odd and even pages of the print job; wherein the offset printer comprises a printing imaging plate , PIP, and wherein alternating a print order of at least two separations between odd and even pages of the print job comprises modifying the print order of a first separation and a second separation such that the first separation for odd pages of the print job is formed on a first portion of the PIP and the first separation for even pages of the print job is formed on the first portion of the PIP.
A power-module substrate comprising a circuit layer which is stacked on one surface of a ceramic substrate and a metal layer which is stacked on the other surface of the ceramic substrate , wherein the circuit layer comprises a first aluminum layer which is bonded on the one surface of the ceramic substrate and a first copper layer which is bonded on the first aluminum layer by solid-phase-diffusion bonding, the metal layer comprises a second aluminum layer which is made from a same material as that of the first aluminum layer and bonded on the other surface of the ceramic substrate , and a second copper layer which is made from a same material as that of the first copper layer and bonded on the second aluminum layer by solid-phase-diffusion bonding, a thickness t1 of the first copper layer is 1.7 mm or larger and 5 mm or smaller, a sum of the thickness t1 of the first copper layer and a thickness t2 of the second copper layer is 7 mm or smaller, an intermetallic compound layer is formed at a boundary surface between the first aluminum layer and the first copper layer , characterized in that a ratio t2/t1 between the thickness t1 of the first copper layer and the thickness t2 of the second copper layer is in a range larger than 0.8 and 1.2 or smaller, an intermetallic compound layer is formed at a boundary surface between the second aluminum layer and the second copper layer , the intermetallic compound layers being formed by mutually diffusing Al atoms and Cu atoms of the first and second aluminum layer and of the first and second copper layer , respectively.
A mirror assembly for precise control of a light beam , comprising: a first mount including a first axis of rotation ; a first mirror coupled to the first mount that includes a reflective surface having a surface plane that is nearly perpendicular to a plane of the first axis of rotation; wherein the surface plane is inclined up to approximately 4 degrees from a plane perpendicular to the axis of rotation; and a light source configured to aim a beam at the reflective surface , wherein rotation of the first mount translates the beam over a first controllable distance on a target surface , characterized in that the axis of rotation is offset from a center of the first mirror . a first mount including a first axis of rotation ; a first mirror coupled to the first mount that includes a reflective surface having a surface plane that is nearly perpendicular to a plane of the first axis of rotation; wherein the surface plane is inclined up to approximately 4 degrees from a plane perpendicular to the axis of rotation; and a light source configured to aim a beam at the reflective surface , wherein rotation of the first mount translates the beam over a first controllable distance on a target surface , characterized in that the axis of rotation is offset from a center of the first mirror .
A stretchable reflective color-shifting film comprising a stretchable transparent polymer layer ; a semi-transmissive metal layer ; a transparent spacer layer ; a reflective metal layer ; an adhesive layer ; and a stretchable base film layer ; wherein when the film body is stretched by 25%, the peak total reflectance stretched is at 80% of the peak total reflectance when the film body is unstretched according to the Total Reflectivity Test. a stretchable transparent polymer layer ; a semi-transmissive metal layer ; a transparent spacer layer ; a reflective metal layer ; an adhesive layer ; and a stretchable base film layer ; wherein when the film body is stretched by 25%, the peak total reflectance stretched is at 80% of the peak total reflectance when the film body is unstretched according to the Total Reflectivity Test.
A multi-port active circulator , comprising: a plurality of transistors (FET1, FET2, FET3) arranged in a ring, each transistor (FET1, FET2, FET3) in said ring having a first electrode coupled with a port (RFPort1, RFPort2, RFPort3) of said multi-port active circulator via one of a first plurality of RF chokes , each RF choke of said first plurality of RF chokes having means for applying a bias voltage (Vss) or current to the first electrode with which it is connected, each transistor (FET1, FET2, FET3) in said ring having a second electrode coupled in common at a common point with all other second electrodes of said plurality of transistors (FET1, FET2, FET3), and each transistor (FET1, FET2, FET3) in said ring having a third electrode coupled via one of a plurality of feedback circuits with the first electrode thereof and coupled with the first electrode of a neighboring transistor (FET1, FET2, FET3) in said ring via one of a second plurality of RF chokes , each choke of said second plurality of RF chokes having means for applying a bias voltage (Vdd) or current to said third electrode, the bias voltages (Vss, Vdd) or currents applied via said first and second pluralities of RF chokes being in electrical communication with ground via said common point .
A display assembly , comprising: a pixel array comprising a plurality of pixel units configured to emit light to realize image display; a photosensitive array comprising a plurality of photosensitive units , wherein at least one of the photosensitive units is disposed in a gap between two adjacent pixel units of the pixel array to detect ambient light; a photosensitive processing circuit characterized in that the photosensitive processing circuit is distributed below the photosensitive array along the gap between the plurality of pixel units in the pixel array , connected to the photosensitive array , and configured to process a first electric signal obtained through sensing the ambient light by the photosensitive array to obtain a second electric signal. a pixel array comprising a plurality of pixel units configured to emit light to realize image display; a photosensitive array comprising a plurality of photosensitive units , wherein at least one of the photosensitive units is disposed in a gap between two adjacent pixel units of the pixel array to detect ambient light; a photosensitive processing circuit characterized in that the photosensitive processing circuit is distributed below the photosensitive array along the gap between the plurality of pixel units in the pixel array , connected to the photosensitive array , and configured to process a first electric signal obtained through sensing the ambient light by the photosensitive array to obtain a second electric signal.
A method for manufacturing a metallic article comprising: heating a mass of titanium alloy to a thixoforming temperature, said thixoforming temperature being between a solidus temperature of said titanium alloy and a liquidus temperature of said titanium alloy, said titanium alloy comprising 5 to 27 percent by weight cobalt, optionally one or more of the following impurities: Impurity Maximum (wt%) Oxygen 0.25 Nitrogen 0.03 Other elements, each 0.10 Other elements, total 0.30 and balance titanium, wherein a difference between said solidus temperature and said liquidus temperature of said titanium alloy is at least 100 °C; and forming said mass into said metallic article while said mass is at said thixoforming temperature, further comprising maintaining said mass at said thixoforming temperature for at least 600 seconds prior to said forming said mass into said metallic article. heating a mass of titanium alloy to a thixoforming temperature, said thixoforming temperature being between a solidus temperature of said titanium alloy and a liquidus temperature of said titanium alloy, said titanium alloy comprising 5 to 27 percent by weight cobalt, optionally one or more of the following impurities: Impurity Maximum (wt%) Oxygen 0.25 Nitrogen 0.03 Other elements, each 0.10 Other elements, total 0.30 and balance titanium, wherein a difference between said solidus temperature and said liquidus temperature of said titanium alloy is at least 100 °C; and and balance titanium, wherein a difference between said solidus temperature and said liquidus temperature of said titanium alloy is at least 100 °C; and forming said mass into said metallic article while said mass is at said thixoforming temperature, further comprising maintaining said mass at said thixoforming temperature for at least 600 seconds prior to said forming said mass into said metallic article.
A method for wireless communications executed by a user equipment, UE, comprising: determining a low-power period of the UE will begin during a time defined by a measurement event timer; modifying the low-power period based, at least in part, on the determination and a difference between a duration of the measurement event timer and a duration of the low-power period; and transmitting a measurement report, MR, associated with the measurement event timer based, at least in part, on the modification. determining a low-power period of the UE will begin during a time defined by a measurement event timer; modifying the low-power period based, at least in part, on the determination and a difference between a duration of the measurement event timer and a duration of the low-power period; and transmitting a measurement report, MR, associated with the measurement event timer based, at least in part, on the modification.