mhurhangee/patent-ind-claim-en huggingface dataset:
Elevator car for reduced elevator shaft heads, which remain free of drive elements, characterized in that a car roof , on a base area of at least 0.6 m × 0.5 m, is designed to be flexible, such that in the case of a load of 150 N or more, the car roof either - collapses, in that it is connected to the roof part framing the flexible cab roof exclusively via plug-in connections, or in that it is connected to the roof part framing the flexible cab roof exclusively via clamping connections, - folds down, in that it is articulated in a hinge-like manner on a recess in the roof, which is designed as a hatch, and is connected to the recess in the roof on the other sides via one or more predetermined breaking points, or in that it consists of two wings which are articulated in a hinge-like manner on a recess in the roof, which is designed as a hatch, and on the sides of which and/or between the end sides of which wings one or more predetermined breaking points are present, which are connected to the recess in the roof, or - lowers, in that it is arranged on a recess in the roof, which is designed as a hatch, and can be lowered from the rest of the roof by means of spring-loaded cables via deflection rollers , counter to the force of a relevant tension spring in each case. - collapses, in that it is connected to the roof part framing the flexible cab roof exclusively via plug-in connections, or in that it is connected to the roof part framing the flexible cab roof exclusively via clamping connections, - folds down, in that it is articulated in a hinge-like manner on a recess in the roof, which is designed as a hatch, and is connected to the recess in the roof on the other sides via one or more predetermined breaking points, or in that it consists of two wings which are articulated in a hinge-like manner on a recess in the roof, which is designed as a hatch, and on the sides of which and/or between the end sides of which wings one or more predetermined breaking points are present, which are connected to the recess in the roof, or - lowers, in that it is arranged on a recess in the roof, which is designed as a hatch, and can be lowered from the rest of the roof by means of spring-loaded cables via deflection rollers , counter to the force of a relevant tension spring in each case.
A water controller for a humidifier, comprising: a water tank , a control assembly having magnetism, a water trough , and an electromagnet , wherein a first water outlet of the water tank is connected with a water inlet of the water trough via the control assembly ; when the electromagnet is in a power-on state, a path between the first water outlet and the water inlet is in a connected state under a control of the control assembly ; and when the electromagnet is in a power-off state, the path between the first water outlet and the water inlet is in a blocking state under the control of the control assembly , wherein: the water tank is located above the water trough , and the first water outlet is opposite to the water inlet with respect to the control assembly; the control assembly comprises a spring , a first magnetic component , a second component located above the first magnetic component and parallel with the first magnetic component , and a connecting component between the first magnetic component and the second component , and the spring forming a sleeve around the connecting component ; the first component covers under the first water outlet and is fitted with an outer wall of the water tank , the spring is located between an inner wall of the water tank and the second component , and the spring is in a compression state; the first magnetic component is a magnet or iron; or, a lower surface of the first magnetic component is provided with a magnet or iron; and magnetism of the magnet is opposite to that of the electromagnet in the power-on state. the water tank is located above the water trough , and the first water outlet is opposite to the water inlet with respect to the control assembly; the control assembly comprises a spring , a first magnetic component , a second component located above the first magnetic component and parallel with the first magnetic component , and a connecting component between the first magnetic component and the second component , and the spring forming a sleeve around the connecting component ; the first component covers under the first water outlet and is fitted with an outer wall of the water tank , the spring is located between an inner wall of the water tank and the second component , and the spring is in a compression state; the first magnetic component is a magnet or iron; or, a lower surface of the first magnetic component is provided with a magnet or iron; and magnetism of the magnet is opposite to that of the electromagnet in the power-on state.
A gas turbine engine comprising: a combustor section ; a low spool along an engine axis with a fan section and an intercooling turbine section forward of said combustor section ; the low spool comprising a low pressure turbine and a low shaft ; and a high spool along said engine axis with a high pressure compressor section and a high pressure turbine section , said high pressure compressor section aft of said intercooling turbine section and forward of said combustor section , said high pressure turbine section aft of said combustor section ; wherein: said intercooling turbine section and said low pressure turbine are coupled to said low shaft . a combustor section ; a low spool along an engine axis with a fan section and an intercooling turbine section forward of said combustor section ; the low spool comprising a low pressure turbine and a low shaft ; and a high spool along said engine axis with a high pressure compressor section and a high pressure turbine section , said high pressure compressor section aft of said intercooling turbine section and forward of said combustor section , said high pressure turbine section aft of said combustor section ; wherein: said intercooling turbine section and said low pressure turbine are coupled to said low shaft .
Method for controlling an energy network for supplying vehicles, in particular a DC energy network, in which an amount of energy drawn from an external supply network is recorded and at least one amount of energy that is fed and consumed in the energy network is influenced so that a recovery of energy into the external supply network is avoided, wherein at least one limitation signal is automatically output to at least one energy recovery unit when a limitation signal limit value of the recorded amount of energy is reached or fallen below, by way of which the energy recovery unit reduces the recovery of energy into the energy network , and a blocking signal is automatically output to the at least one energy recovery unit when a blocking signal limit value of the recorded amount of energy is reached or fallen below, by way of which the energy recovery unit stops the recovery of energy into the energy network , wherein the blocking signal limit value lies below the limitation signal limit value.
A safety device for a vehicle having an optical sensor arranged thereon for locating objects within a detection region (E), at least one safety field (S) lying within the detection region (E) being predetermined in the optical sensor , a switching signal being generated by the optical sensor when an object is detected in the safety field (S) by means of the optical sensor , characterised in that the optical sensor has an optical sensor which is arranged thereon and is arranged in the optical sensor for locating objects within a detection region (E), in that the direction of travel and/or speed of the vehicle can be determined as measured variables by locating stationary objects by means of the optical sensor at predefined points in time, and in that a safety field (S), within which the object is detected, is selected from a plurality of stored safety fields in the optical sensor as a function of these measured variables, or a validity check of a safety field (S) and/or setting value of the vehicle read into the safety field (S) by a controller is carried out in the optical sensor .
A casting article configured as a core for defining an internal circuitry inside a gas turbine engine part, comprising: a circuit forming portion (98; 198) for forming a portion of the internal circuitry of the gas turbine engine part; an interior channel (91; 191) formed inside of said circuit forming portion (98; 198), said interior channel (91; 191) defining a leaching path that extends at least partially through said circuit forming portion (98; 198); wherein said interior channel (91; 191) includes an inlet for receiving a leaching fluid during post processing of said gas turbine engine part and an outlet for expelling said leaching fluid from said circuit forming portion, and said leaching path extends from said inlet to said outlet ; and wherein said circuit forming portion includes at least one engineered failure feature configured to allow the core to intentionally fail during a casting process, and wherein the at least one engineered failure feature includes: one or more porous areas formed into the outer shell body . a circuit forming portion (98; 198) for forming a portion of the internal circuitry of the gas turbine engine part; an interior channel (91; 191) formed inside of said circuit forming portion (98; 198), said interior channel (91; 191) defining a leaching path that extends at least partially through said circuit forming portion (98; 198);
A clevis for connecting a vehicle (V) to a stanchion of a lifting and positioning system , comprising: - a frame , on which are provided: - a take-up shaft adapted to be inserted into a lashing ring of a vehicle (V); and - an interface for fastening onto a stanchion , characterised in that the interface for fastening onto a stanchion is formed by a hollow housing adapted to receive a head of a stanchion , and a flange for retaining the stanchion head in the hollow housing . - a frame , on which are provided: - a take-up shaft adapted to be inserted into a lashing ring of a vehicle (V); and - an interface for fastening onto a stanchion , - a take-up shaft adapted to be inserted into a lashing ring of a vehicle (V); and - an interface for fastening onto a stanchion ,
Cooking utensil, which is provided for positioning on a cooktop plate (50a-c) to perform a heating operation, with a functional unit (14a-c) and with a receiving unit (16a-c) for receiving electromagnetic energy in a contactless manner and for supplying energy to the functional unit (14a-c), wherein the receiving unit (16a-c) has at least one inductor, characterised by at least one cooking utensil housing unit (32a-c), which has at least one exterior housing part (34a-c) facing away from a food chamber (22a-c) and at least one interior housing part (36a-c) facing the food chamber (22a-c), wherein the exterior housing part (34a-c) and the interior housing part (36a-c) define at least one intermediate space (38a-c), and the functional unit (14a-c) is at least partially arranged within the cooking utensil housing unit (32a-c).
A method comprising: determining a noise floor for a radio frequency RF system; determining a passive intermodulation PIM value of a component of the RF system contributing as a source of PIM, wherein determining the PIM value is performed by determining a PIM slope for the one or more components in real-time or near real-time, the PIM slope representing a decibel change in PIM power per decibel change of an applied carrier signal power and applying a current signal power to the determined PIM slope , and wherein the PIM slope is determined by subtracting a peak PIM value due to a reduced applied signal power from the peak PIM value at an applied carrier signal power and dividing a result by an amount by which the applied carrier signal power is reduced; determining that a passive intermodulation PIM cancellation system should be enabled if the PIM value is above a predetermined threshold from the noise floor; and determining that the PIM cancellation system should be disabled if the PIM value is at or below the predetermined threshold. determining a noise floor for a radio frequency RF system; determining a passive intermodulation PIM value of a component of the RF system contributing as a source of PIM, wherein determining the PIM value is performed by determining a PIM slope for the one or more components in real-time or near real-time, the PIM slope representing a decibel change in PIM power per decibel change of an applied carrier signal power and applying a current signal power to the determined PIM slope , and wherein the PIM slope is determined by subtracting a peak PIM value due to a reduced applied signal power from the peak PIM value at an applied carrier signal power and dividing a result by an amount by which the applied carrier signal power is reduced; determining that a passive intermodulation PIM cancellation system should be enabled if the PIM value is above a predetermined threshold from the noise floor; and determining that the PIM cancellation system should be disabled if the PIM value is at or below the predetermined threshold.
A method for changing content on a display based on a gaze point of a user on the display , wherein the method comprises: determining a gaze point of a user on a display ; causing a first area of the display to be displayed in a first manner, the first area including the gaze point and a surrounding area; and causing a second area of the display to be displayed in a second manner, the second area being different than the first area , and the second manner being different than the first manner, wherein the second manner comprises a resolution having a plurality of virtual pixels, and wherein the second area comprises: at least a portion of a horizontal axis extending to a left or a right of the gaze point, wherein each virtual pixel has a greater width than height; or at least a portion of a vertical axis extending above or below the gaze point , wherein each virtual pixel has a greater height than width. determining a gaze point of a user on a display ; causing a first area of the display to be displayed in a first manner, the first area including the gaze point and a surrounding area; and causing a second area of the display to be displayed in a second manner, the second area being different than the first area , and the second manner being different than the first manner, wherein the second manner comprises a resolution having a plurality of virtual pixels, and wherein the second area comprises: at least a portion of a horizontal axis extending to a left or a right of the gaze point, wherein each virtual pixel has a greater width than height; or at least a portion of a vertical axis extending above or below the gaze point , wherein each virtual pixel has a greater height than width. at least a portion of a horizontal axis extending to a left or a right of the gaze point, wherein each virtual pixel has a greater width than height; or at least a portion of a vertical axis extending above or below the gaze point , wherein each virtual pixel has a greater height than width.
A method of operating a bottom stir tuyere in a basic oxygen furnace for steel making, wherein the bottom stir tuyere has a concentric nozzle arrangement with an inner nozzle surrounded by an annular nozzle, the method comprising: (a) during a hot metal pour phase, flowing an inert gas through both nozzles of the bottom stir tuyere; (b) during a blow phase, continuing to flow the inert gas through both nozzles of the bottom stir tuyere; (c) during a tap phase, initiating a flow of a first reactant and ceasing the flow of inert gas through the inner nozzle of the tuyere, and initiating a flow of a second reactant and ceasing the flow of inert gas through the annular nozzle of the tuyere, wherein the first reactant includes one of fuel and oxidant and the second reactant includes the other of fuel and oxidant, such that a flame forms as the fuel and oxidant exit the tuyere; (d) during a slag splash phase, continuing the flows of fuel and oxidant to maintain the flame; and (e) after ending the slag splash phase and commencement of another hot metal pour phase, initiating a flow of inert gas through both nozzles of the bottom stir tuyere and ceasing the flows of the first and second reactants, characterized in that the inner nozzle is a converging-diverging nozzle sized to cause the first reactant to exit the inner nozzle at a velocity attaining from Mach 0.8 to Mach 1.5. (a) during a hot metal pour phase, flowing an inert gas through both nozzles of the bottom stir tuyere; (b) during a blow phase, continuing to flow the inert gas through both nozzles of the bottom stir tuyere; (c) during a tap phase, initiating a flow of a first reactant and ceasing the flow of inert gas through the inner nozzle of the tuyere, and initiating a flow of a second reactant and ceasing the flow of inert gas through the annular nozzle of the tuyere, wherein the first reactant includes one of fuel and oxidant and the second reactant includes the other of fuel and oxidant, such that a flame forms as the fuel and oxidant exit the tuyere; (d) during a slag splash phase, continuing the flows of fuel and oxidant to maintain the flame; and (e) after ending the slag splash phase and commencement of another hot metal pour phase, initiating a flow of inert gas through both nozzles of the bottom stir tuyere and ceasing the flows of the first and second reactants, characterized in that the inner nozzle is a converging-diverging nozzle sized to cause the first reactant to exit the inner nozzle at a velocity attaining from Mach 0.8 to Mach 1.5.
A method of encoding an image or an image portion comprising: determining the value QPC of a quantization parameter for a chroma component of an image or image portion by using the following function to obtain the value QPC from a value of an intermediate quantization parameter QPI both when the color format is 4:2:2 and when the color format is 4:4:4, QPI < 51 ≥ 51 QPC = QPI 51 and determining the value of the quantization parameter for the chroma component by using the following function to obtain the value QPC from the intermediate quantization parameter QPI when the color format is 4:2:0, QPI <30 30 31 32 33 34 35 36 37 38 39 40 41 42 43 >43 QPC = QPI 29 30 31 32 33 33 34 34 35 35 36 36 37 37 = QPI - 6 the intermediate quantization parameter QPI being based on the value of a quantization parameter of a luma component of the image or image portion; and using the determined value QPC to encode the image or image portion. determining the value QPC of a quantization parameter for a chroma component of an image or image portion by using the following function to obtain the value QPC from a value of an intermediate quantization parameter QPI both when the color format is 4:2:2 and when the color format is 4:4:4, QPI < 51 ≥ 51 QPC = QPI 51 and determining the value of the quantization parameter for the chroma component by using the following function to obtain the value QPC from the intermediate quantization parameter QPI when the color format is 4:2:0, QPI <30 30 31 32 33 34 35 36 37 38 39 40 41 42 43 >43 QPC = QPI 29 30 31 32 33 33 34 34 35 35 36 36 37 37 = QPI - 6 the intermediate quantization parameter QPI being based on the value of a quantization parameter of a luma component of the image or image portion; and using the determined value QPC to encode the image or image portion.
Machine for preparing a beverage comprising an infusion chamber to house a dose of product and means to supply a liquid under pressure to said infusion chamber, said supply means comprising a distribution cylinder and piston assembly , said distribution piston defining inside the cylinder a chamber to house said liquid, said distribution piston being capable of accumulating, in an active position, potential energy susceptible of being transmitted in the form of pressure to the liquid of said chamber , characterized in that ; - the distribution cylinder and piston assembly is disposed adjacent to said infusion chamber , in that ; - said distribution cylinder comprises a wall which delimits together with the distribution piston the liquid housing chamber , said wall including an orifice equipped with a conduit where through the liquid under pressure is supplied to the infusion chamber , in that : - said machine further comprises a passage valve arranged between the distribution piston and the infusion chamber to regulate the outlet of liquid through said conduit and speed regulation means whereby the distribution piston performs the return stroke whilst the liquid is supplied under pressure to the infusion chamber , and in that ; - it includes means to inject liquid into the distribution cylinder chamber , said injection means being configured so that the force exerted by the injected liquid on the distribution piston makes it possible to retract said piston to said active position, the same injected liquid being susceptible of being supplied under pressure to the infusion chamber of the machine for preparing the beverage, when said distribution piston recovers a resting position inside its cylinder . - the distribution cylinder and piston assembly is disposed adjacent to said infusion chamber , in that ; - said distribution cylinder comprises a wall which delimits together with the distribution piston the liquid housing chamber , said wall including an orifice equipped with a conduit where through the liquid under pressure is supplied to the infusion chamber , in that : - said machine further comprises a passage valve arranged between the distribution piston and the infusion chamber to regulate the outlet of liquid through said conduit and speed regulation means whereby the distribution piston performs the return stroke whilst the liquid is supplied under pressure to the infusion chamber , and in that ; - it includes means to inject liquid into the distribution cylinder chamber , said injection means being configured so that the force exerted by the injected liquid on the distribution piston makes it possible to retract said piston to said active position, the same injected liquid being susceptible of being supplied under pressure to the infusion chamber of the machine for preparing the beverage, when said distribution piston recovers a resting position inside its cylinder .
A measuring apparatus comprising: a blood pressure calculating section configured to calculate a pulse pressure of a subject; and a pulse wave measuring section configured to measure a pulse wave of the subject, characterized by further comprising a respiration-induced fluctuation calculating section configured to calculate a ratio of a respiration-induced blood pressure fluctuation of a subject to the pulse pressure, based on a maximum value and a minimum value of the pulse wave in a given time period and an amplitude, in terms of pressure value, of a pulse in the pulse wave in the given time period, and to calculate the respiration-induced blood pressure fluctuation as a pressure value by multiplying the pulse pressure by said ratio. a blood pressure calculating section configured to calculate a pulse pressure of a subject; and a pulse wave measuring section configured to measure a pulse wave of the subject, characterized by further comprising a respiration-induced fluctuation calculating section configured to calculate a ratio of a respiration-induced blood pressure fluctuation of a subject to the pulse pressure, based on a maximum value and a minimum value of the pulse wave in a given time period and an amplitude, in terms of pressure value, of a pulse in the pulse wave in the given time period, and to calculate the respiration-induced blood pressure fluctuation as a pressure value by multiplying the pulse pressure by said ratio.