mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a relay device , the method comprising the steps of: providing an electrical circuit comprising first and second main circuit breakers and a bus tie circuit breaker connecting the first and second main circuit breakers ; defining a partial differential zone comprising the first main circuit breaker and the bus tie circuit breaker ; determining if at least one of the circuit breakers is in short-time pick-up indicative of a fault on the electrical circuit ; characterized by determining a direction for each of a number of fault currents caused by the fault in the electrical circuit , the direction determined to be flowing into or flowing out of the partial differential zone for each of the fault currents based upon whether a short-time pick-up current of the at least one of the circuit breakers exceeds a predefined current threshold; and determining whether (i) all of the fault currents are flowing into the partial differential zone ; or (ii) at least one of the fault currents is flowing into the partial differential zone and at least one of the fault currents is flowing out of the partial differential zone . providing an electrical circuit comprising first and second main circuit breakers and a bus tie circuit breaker connecting the first and second main circuit breakers ; defining a partial differential zone comprising the first main circuit breaker and the bus tie circuit breaker ; determining if at least one of the circuit breakers is in short-time pick-up indicative of a fault on the electrical circuit ; characterized by determining a direction for each of a number of fault currents caused by the fault in the electrical circuit , the direction determined to be flowing into or flowing out of the partial differential zone for each of the fault currents based upon whether a short-time pick-up current of the at least one of the circuit breakers exceeds a predefined current threshold; and determining whether (i) all of the fault currents are flowing into the partial differential zone ; or (ii) at least one of the fault currents is flowing into the partial differential zone and at least one of the fault currents is flowing out of the partial differential zone .
Box baler for pressing loose material, preferably cardboard packaging , into bales , comprising - a pressing box extending in the longitudinal direction , which is delimited by walls (2a to 2d) of a press housing which extend in the longitudinal direction , - a pressing plate which delimits the pressing box at the rear and is movable between the walls (2a to 2d) in the pressing direction , - a pressing plate drive, in particular a hydraulic cylinder , - a filling opening for the loose material and a front-side removal opening for the bale being formed on the press housing , the removal opening being in an opening plane (52"), - a sliding door which can be moved back and forth relative to the press housing between - a closed position closing the removal opening and - an open position releasing the removal opening , - for which purpose the sliding door has guide elements which are guided along door guides in a form-fitting manner, - a door drive for moving the sliding door , characterized in that - the door guides extend straight at an acute angle (α) of their guide direction (4") to the opening plane (52") of the removal opening , which is in particular the transverse plane (10") to the longitudinal direction , so that with increasing movement of the sliding door out of the closed position, a pressure of the bale acting thereon soon decreases, and in that the angle (α) between the movement direction of the sliding door and the opening plane (52") of the removal opening is at least 1°. - a pressing box extending in the longitudinal direction , which is delimited by walls (2a to 2d) of a press housing which extend in the longitudinal direction , - a pressing plate which delimits the pressing box at the rear and is movable between the walls (2a to 2d) in the pressing direction , - a pressing plate drive, in particular a hydraulic cylinder , - a filling opening for the loose material and a front-side removal opening for the bale being formed on the press housing , the removal opening being in an opening plane (52"), - a sliding door which can be moved back and forth relative to the press housing between - a closed position closing the removal opening and - an open position releasing the removal opening , - for which purpose the sliding door has guide elements which are guided along door guides in a form-fitting manner, - a door drive for moving the sliding door , characterized in that - the door guides extend straight at an acute angle (α) of their guide direction (4") to the opening plane (52") of the removal opening , which is in particular the transverse plane (10") to the longitudinal direction , so that with increasing movement of the sliding door out of the closed position, a pressure of the bale acting thereon soon decreases, and in that the angle (α) between the movement direction of the sliding door and the opening plane (52") of the removal opening is at least 1°.
A transmitter adapted to be arranged in a tire to cause a tire pressure warning device to issue a warning, the transmitter comprising: a transmitting section , which has a terminal ; and a pressure switch , wherein the pressure switch includes a hollow box and a passage that causes an interior of the box and an interior of the tire to communicate with each other, the box includes a conductive deforming portion , which is configured to be separate from the terminal of the transmitting section when a difference between a pressure in the box and a pressure in the tire is less than a predetermined value and to be elastically deformed to contact the terminal when the pressure in the box is higher than the pressure in the tire at least by the predetermined value, and the transmitting section is configured to transmit a warning signal that causes the tire pressure warning device to issue a warning in response to contact between the deforming portion and the terminal , characterized in that the transmitter further comprises a flow rate reducing portion , which is configured to, in a state in which the pressure in the tire is lower than the pressure in the box , cause a flow rate of gas discharged from the box through the passage to be smaller when the deforming portion and the terminal are in contact with each other than when the deforming portion and the terminal are separate from each other. a transmitting section , which has a terminal ; and a pressure switch , wherein the pressure switch includes a hollow box and a passage that causes an interior of the box and an interior of the tire to communicate with each other, the box includes a conductive deforming portion , which is configured to be separate from the terminal of the transmitting section when a difference between a pressure in the box and a pressure in the tire is less than a predetermined value and to be elastically deformed to contact the terminal when the pressure in the box is higher than the pressure in the tire at least by the predetermined value, and the transmitting section is configured to transmit a warning signal that causes the tire pressure warning device to issue a warning in response to contact between the deforming portion and the terminal , characterized in that the transmitter further comprises a flow rate reducing portion , which is configured to, in a state in which the pressure in the tire is lower than the pressure in the box , cause a flow rate of gas discharged from the box through the passage to be smaller when the deforming portion and the terminal are in contact with each other than when the deforming portion and the terminal are separate from each other.
An oil deterioration prevention device comprising: a filtering unit including a filter element that filters oil; and a deterioration prevention unit including a powdery deterioration prevention agent that prevents deterioration of oil, wherein the filtering unit and the deterioration prevention unit are housed in a housing in line in the axial direction, the deterioration prevention unit and the filtering unit are arranged such that the oil in the oil deterioration prevention device sequentially passes through the deterioration prevention unit and the filtering unit in this order, and the housing is provided with an oil inflow port that is open near one end of the deterioration prevention unit in the axial direction on the side apart from the filtering unit characterized in that the deterioration prevention unit includes a passage wall that retains the deterioration prevention agent and forms an oil passage, the passage wall is spirally or concentrically formed, and a horizontal sectional area (S1) of a space between an inner wall of the housing and an outer periphery of the deterioration prevention unit is smaller than a horizontal sectional area (S2) of a space between the inner wall of the housing and an outer periphery of the filtering unit . a filtering unit including a filter element that filters oil; and a deterioration prevention unit including a powdery deterioration prevention agent that prevents deterioration of oil, wherein the filtering unit and the deterioration prevention unit are housed in a housing in line in the axial direction, the deterioration prevention unit and the filtering unit are arranged such that the oil in the oil deterioration prevention device sequentially passes through the deterioration prevention unit and the filtering unit in this order, and the housing is provided with an oil inflow port that is open near one end of the deterioration prevention unit in the axial direction on the side apart from the filtering unit characterized in that the deterioration prevention unit includes a passage wall that retains the deterioration prevention agent and forms an oil passage, the passage wall is spirally or concentrically formed, and a horizontal sectional area (S1) of a space between an inner wall of the housing and an outer periphery of the deterioration prevention unit is smaller than a horizontal sectional area (S2) of a space between the inner wall of the housing and an outer periphery of the filtering unit .
Method for carrying out a treatment program for a laundry treatment appliance , wherein the laundry treatment appliance comprises a drum for receiving laundry, a heat pump for controlling the temperature of process air, a heating unit for heating the process air, a process air blower for conveying the process air through a circuit out of the drum and through the heat pump and the heating unit and back into the drum , a temperature sensor for providing a temperature signal representing a temperature in the drum , a compressor temperature sensor for providing a compressor temperature signal representing a temperature of a compressor of the heat pump and a control device for controlling the treatment program, and wherein the method has the following steps: Outputting a switch-on signal to an interface with the heat pump to cause heating of the process air; Outputting a heating signal to an interface with the heating unit to cause heating of the process air; Outputting a process air signal to an interface with the process air blower to convey the process air through the circuit; Outputting a switch-off signal to the interface with the heat pump to switch the heat pump off when a switch-off criterion dependent on the temperature signal or the compressor temperature signal is met; and Renewed outputting of the switch-on signal to the interface with the heat pump to switch on the heat pump when a switch-on criterion dependent on the compressor temperature signal is met to keep the temperature of the compressor during the duration of the treatment program at a level at which condensation of the refrigerant in the compressor is avoided. Outputting a switch-on signal to an interface with the heat pump to cause heating of the process air; Outputting a heating signal to an interface with the heating unit to cause heating of the process air; Outputting a process air signal to an interface with the process air blower to convey the process air through the circuit; Outputting a switch-off signal to the interface with the heat pump to switch the heat pump off when a switch-off criterion dependent on the temperature signal or the compressor temperature signal is met; and Renewed outputting of the switch-on signal to the interface with the heat pump to switch on the heat pump when a switch-on criterion dependent on the compressor temperature signal is met to keep the temperature of the compressor during the duration of the treatment program at a level at which condensation of the refrigerant in the compressor is avoided.
Mentor device for assisting a user in the handling of a predetermined object , wherein the mentor device is configured - to receive a target handling course which is intended to be conveyed to the user by the mentor device ; - to determine a current deviation of an actual course of the handling, as performed by the user , from the target course ; - to intervene in the handling, according to an active assistance profile provided by the mentor device , in order to reduce the deviation ; - to determine an acceptance value which describes a deviation behaviour of the user relating to past deviations from the target course over a predetermined period; characterized in that the mentor device is designed to bring the target course closer to the expected further actual course , determined on the basis of the deviation behaviour , on the basis of the acceptance value . - to receive a target handling course which is intended to be conveyed to the user by the mentor device ; - to determine a current deviation of an actual course of the handling, as performed by the user , from the target course ; - to intervene in the handling, according to an active assistance profile provided by the mentor device , in order to reduce the deviation ; - to determine an acceptance value which describes a deviation behaviour of the user relating to past deviations from the target course over a predetermined period;
A cooling appliance comprising: a body , a compartment inside the body , a door allowing access into the compartment , a chamber inside the compartment wherein the food items to be cooled are placed and wherein the chamber is separated from the remaining space of the compartment by walls and a chamber door having an open position providing access inside the chamber and a closed position blocking access inside the chamber , a detection module comprising a receiver and a transmitter wherein the transmitter generates an electromagnetic radiation in the closed position of the chamber door having a wavelength in the range of 780 - 2500 nm and wherein the receiver receives and transmits the intensity of the electromagnetic radiation reflected from the food items to a control unit according to which the control unit determines the type of food item characterized in that, the control unit adjusts the lighting of the chamber according to determined type of food item and upon determining the food items to be vegetables or fruits activates a first light source and a second light source radiating the chamber with electromagnetic radiation having a wavelength between 635-730nm and 450-490nm respectively and upon determining the food items to be meat activates a third light source radiating the chamber with electromagnetic radiation having a wavelength between 400-410nm. a body , a compartment inside the body , a door allowing access into the compartment , a chamber inside the compartment wherein the food items to be cooled are placed and wherein the chamber is separated from the remaining space of the compartment by walls and a chamber door having an open position providing access inside the chamber and a closed position blocking access inside the chamber , a detection module comprising a receiver and a transmitter wherein the transmitter generates an electromagnetic radiation in the closed position of the chamber door having a wavelength in the range of 780 - 2500 nm and wherein the receiver receives and transmits the intensity of the electromagnetic radiation reflected from the food items to a control unit according to which the control unit determines the type of food item characterized in that, the control unit adjusts the lighting of the chamber according to determined type of food item and upon determining the food items to be vegetables or fruits activates a first light source and a second light source radiating the chamber with electromagnetic radiation having a wavelength between 635-730nm and 450-490nm respectively and upon determining the food items to be meat activates a third light source radiating the chamber with electromagnetic radiation having a wavelength between 400-410nm.
Fluid filter for a motor car, having a filter cartridge , which is arranged in a filter housing of the fluid filter , wherein the filter housing comprises a housing pot and a cover element , wherein the filter cartridge has a filter material , and wherein the filter cartridge can be connected to the housing pot of the filter housing by rotation around a longitudinal axis of the filter cartridge , and a retaining element is arranged on an end plate of the filter cartridge with a bar , which protrudes from a wall of the retaining element , characterised in that the wall of the retaining element is formed radially to the longitudinal axis in a spiral shape, and wherein the bar of the retaining element engages behind a retaining bar in a mounting position of the filter cartridge , which retaining bar protrudes at a constant spacing from a spiral-shaped wall , radial to the longitudinal axis , of a counter bearing arranged on the housing pot .
A stereoscopic screen, comprising: a) a control device; and b) a display screen, the display screen comprising a plurality of light-emitting pixels; characterized in that each of the plurality of light-emitting pixels comprises a first unit and a second unit; the first unit and the second unit are bilaterally symmetrical to each other; the first unit comprises a first cylindrical lens, a first capsule , a first pin , and a first light-emitting chip ; the first light-emitting chip is disposed inside the first capsule ; the first cylindrical lens is disposed on the first capsule ; the first pin is connected to the first light-emitting chip ; the second unit comprises a second cylindrical lens, a second capsule, a second pin, and a second light-emitting chip; the second light-emitting chip is disposed inside the second capsule; the second cylindrical lens is disposed on the second capsule; the second pin is connected to the second light-emitting chip; the first pin and the second pin are connected to the control device; the first cylindrical lens and the second cylindrical lens form a complete cylindrical lens; the first light-emitting chip has a single light color selected from the three-primary colors (RGB); and the second light-emitting chip has a single light color selected from the three-primary colors (RGB). a) a control device; and b) a display screen, the display screen comprising a plurality of light-emitting pixels; each of the plurality of light-emitting pixels comprises a first unit and a second unit; the first unit and the second unit are bilaterally symmetrical to each other; the first unit comprises a first cylindrical lens, a first capsule , a first pin , and a first light-emitting chip ; the first light-emitting chip is disposed inside the first capsule ; the first cylindrical lens is disposed on the first capsule ; the first pin is connected to the first light-emitting chip ; the second unit comprises a second cylindrical lens, a second capsule, a second pin, and a second light-emitting chip; the second light-emitting chip is disposed inside the second capsule; the second cylindrical lens is disposed on the second capsule; the second pin is connected to the second light-emitting chip; the first pin and the second pin are connected to the control device; the first cylindrical lens and the second cylindrical lens form a complete cylindrical lens; the first light-emitting chip has a single light color selected from the three-primary colors (RGB); and the second light-emitting chip has a single light color selected from the three-primary colors (RGB).
A swimsuit comprising an elastic polyurethane yarn, wherein the elastic polyurethane yarn comprises: 0.5 to 10% by mass of a cationic high-molecular-weight compound A having a number-average molecular weight of 2000 to 10000; and an inorganic chlorine deterioration inhibitor B, a mass ratio of the cationic high-molecular-weight compound A to the inorganic chlorine deterioration inhibitor B ranges from 0.3 to 3, a silicone oil is applied to the elastic polyurethane yarn, and a fabric for the swimsuit is treated with water repellent finishing, wherein the ratio of fluorine (F) to carbon (C) on the elastic polyurethane yarn of the swimsuit is 0.030 or more in an elemental mass concentration as measured according to scanning electron microscope - energy dispersive X-ray spectroscopy (SEM-EDX) under the conditions defined for determination of Elemental Mass Concentration in the Examples. 0.5 to 10% by mass of a cationic high-molecular-weight compound A having a number-average molecular weight of 2000 to 10000; and an inorganic chlorine deterioration inhibitor B, a mass ratio of the cationic high-molecular-weight compound A to the inorganic chlorine deterioration inhibitor B ranges from 0.3 to 3, a silicone oil is applied to the elastic polyurethane yarn, and a fabric for the swimsuit is treated with water repellent finishing, wherein the ratio of fluorine (F) to carbon (C) on the elastic polyurethane yarn of the swimsuit is 0.030 or more in an elemental mass concentration as measured according to scanning electron microscope - energy dispersive X-ray spectroscopy (SEM-EDX) under the conditions defined for determination of Elemental Mass Concentration in the Examples.
Security server for dynamic verification of web content which runs artificial intelligence (AI) algorithms comprising: a collector configured for receiving a collection of user interactions with a page from a website, the user interactions received from an end-user remote device and for simulating on the security server a content of the page, loaded from the website, based on the user interactions received from the end-user remote device, and for sampling the outcome of these user interactions at irregular time intervals, the sampling resulting in a fixed image, preferably JPG or PNG, means for executing a data mining and artificial intelligence (AI) algorithm relying on image processing during a sample interval to compare object or patterns to the fixed image, a heartbeat generator for generating a heartbeat at regular interval and send it at a continuous interval to the end-user remote device to indicate a result of the comparison. a collector configured for receiving a collection of user interactions with a page from a website, the user interactions received from an end-user remote device and for simulating on the security server a content of the page, loaded from the website, based on the user interactions received from the end-user remote device, and for sampling the outcome of these user interactions at irregular time intervals, the sampling resulting in a fixed image, preferably JPG or PNG, means for executing a data mining and artificial intelligence (AI) algorithm relying on image processing during a sample interval to compare object or patterns to the fixed image, a heartbeat generator for generating a heartbeat at regular interval and send it at a continuous interval to the end-user remote device to indicate a result of the comparison.