mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine control system for being located within a wind turbine with at least a first control unit comprising a first set of functions and a second control unit comprising a second set of functions, where the first control unit and the second control unit are coupled to each other over a first network, characterized in that - the first control unit is a critical control unit at which critical control functions for the operation of a wind turbine are concentrated and comprised in the first set of functions, where the critical control functions comprise functions that are necessary to avoid mechanical or electrical damages to the otherwise uncontrolled wind turbine; - the second control unit is a secondary control unit at which non-critical control functions for the operation of a wind turbine, and data management functions are concentrated and comprised in the second set of functions. - the first control unit is a critical control unit at which critical control functions for the operation of a wind turbine are concentrated and comprised in the first set of functions, where the critical control functions comprise functions that are necessary to avoid mechanical or electrical damages to the otherwise uncontrolled wind turbine; - the second control unit is a secondary control unit at which non-critical control functions for the operation of a wind turbine, and data management functions are concentrated and comprised in the second set of functions.
A torque limiter for limiting transmission of torque between an input shaft rotatable about an input axis and an output shaft rotatable about an output axis, the torque limiter comprising: a structural ground; a gear assembly for transmitting rotational motion of the input shaft to the output shaft, the gear assembly including a reference gear coupled to the structural ground such that movement of the reference gear relative to the structural ground is dependent upon an output torque at the output shaft; wherein the reference gear is stationary relative to the structural ground when the output torque is below an output torque limit, and the reference gear moves relative to the structural ground when the output torque exceeds the output torque limit; characterised in that the torque limiter further comprises a lockout mechanism for preventing transmission of torque between the input shaft and the output shaft after the output torque limit has been exceeded. a structural ground; a gear assembly for transmitting rotational motion of the input shaft to the output shaft, the gear assembly including a reference gear coupled to the structural ground such that movement of the reference gear relative to the structural ground is dependent upon an output torque at the output shaft; wherein the reference gear is stationary relative to the structural ground when the output torque is below an output torque limit, and the reference gear moves relative to the structural ground when the output torque exceeds the output torque limit; characterised in that the torque limiter further comprises a lockout mechanism for preventing transmission of torque between the input shaft and the output shaft after the output torque limit has been exceeded.
A method for hydroforming a tubular blank comprising the steps of: at least partially closing the die portions (14, 16) of a die about a tubular blank disposed in the die; introducing a hydraulic fluid into the tubular blank at a first pressure; substantially closing the die portions (14, 16) about the tubular blank for a first instance to form a first intermediate form tube; the method being further characterised by partially opening the die by moving the die portions (14, 16) relatively away from one another to form a gap therebetween while at least initially maintaining the pressure of the hydraulic fluid within the first intermediate form tube to allow at least a partial expansion of a cross-section of the first intermediate form tube; and substantially closing the die portions (14, 16) around the first intermediate form tube at a second instance. at least partially closing the die portions (14, 16) of a die about a tubular blank disposed in the die; introducing a hydraulic fluid into the tubular blank at a first pressure; substantially closing the die portions (14, 16) about the tubular blank for a first instance to form a first intermediate form tube; the method being further characterised by partially opening the die by moving the die portions (14, 16) relatively away from one another to form a gap therebetween while at least initially maintaining the pressure of the hydraulic fluid within the first intermediate form tube to allow at least a partial expansion of a cross-section of the first intermediate form tube; and substantially closing the die portions (14, 16) around the first intermediate form tube at a second instance.
Electrical continuous-flow heater for heating water, having a housing and having a heating block disposed in the housing, through which heating block water can flow and which has a water inlet and a water outlet, which are fluidically connected to a cold water inflow and a warm water outflow, respectively, of the housing, characterised in that the housing has an upper and a lower pair of holes in a vertical installation position, said holes (10, 12, 14, 16) being able to be allocated to the cold water inflow and the warm water inflow as appropriate, wherein an internal piping system (50, 52) is provided for the fluid interconnection of the water inlet to the cold water inflow positioned in the respective hole (10, 12, 14, 16) and of the water outlet to the warm water outflow positioned in the respective hole (10, 12, 14, 16).
A charging device, comprising: a first charging interface connectable to a first battery pack for charging the first battery pack; a second charging interface connectable to a second battery pack for charging the second battery pack; a first power output module connected to the first charging interface to charge the first battery pack; a second power output module connected to the second charging interface to charge the second battery pack; and a controller connected to at least the first charging interface and the second charging interface; wherein the controller is configured to: when the first battery pack is fully charged or not connected to the first charging interface, control the first power output module and the second power output module to be electrically connected to the second charging interface to charge the second battery pack; characterized in that the first battery pack is a battery pack of a power tool and that the second battery pack is a battery pack of a power tool. a first charging interface connectable to a first battery pack for charging the first battery pack; a second charging interface connectable to a second battery pack for charging the second battery pack; a first power output module connected to the first charging interface to charge the first battery pack; a second power output module connected to the second charging interface to charge the second battery pack; and a controller connected to at least the first charging interface and the second charging interface; wherein the controller is configured to: when the first battery pack is fully charged or not connected to the first charging interface, control the first power output module and the second power output module to be electrically connected to the second charging interface to charge the second battery pack; the first battery pack is a battery pack of a power tool and that the second battery pack is a battery pack of a power tool.
A transponder comprising: a transmitter, a receiver and a controller; wherein the receiver is adapted for receiving one group interrogation signal; wherein the controller is adapted for causing the transmitter to transmit a response signal in response to receipt of said one group interrogation signal and for causing the transmitter to transmit another group interrogation signal; characterized by: a timer for initiating autonomous transmission of said another group interrogation signal; wherein the controller is adapted for sensing when a signal is being received by the receiver and for delaying transmission of said another group interrogation signal until after receipt of said received signal is completed. a transmitter, a receiver and a controller; wherein the receiver is adapted for receiving one group interrogation signal; wherein the controller is adapted for causing the transmitter to transmit a response signal in response to receipt of said one group interrogation signal and for causing the transmitter to transmit another group interrogation signal; characterized by: a timer for initiating autonomous transmission of said another group interrogation signal; wherein the controller is adapted for sensing when a signal is being received by the receiver and for delaying transmission of said another group interrogation signal until after receipt of said received signal is completed.
A hearing system configured to assist a user in hearing, the hearing system comprising: an in-the-ear component (106, 500, 600, 808) comprising: a shell (202, 602) having a contoured outer shape that is customized for the user to fit at least partially within an ear canal of the user; a faceplate (204, 604) configured to fit within an opening provided in the shell (202, 602) and face out of the ear canal of the user when the shell (202, 602) is inserted into the ear canal of the user; a sensor electrode (206, 206 - 1, 206 - 2, 308, 606, 802) that is provided on an outer surface of the shell (202, 602), wherein the faceplate (204, 604) includes a rim configured to overlap the outer surface of the shell when the faceplate (204, 604) is inserted within the opening in the shell, characterized in that the in-the-ear component (106, 500, 600, 808) comprises a conductive path (208, 208 - 1, 208 - 2, 310, 608, 806) that extends along the outer surface of the shell (202, 602) from the sensor electrode to the faceplate (204, 604) and that conductively connects the sensor electrode with a conductive portion (212, 212 - 1, 212 - 2, 610) of the faceplate (204, 604), wherein the conductive portion (212, 212 - 1, 212 - 2, 610) of the faceplate (204, 604) is included on the rim such that, when the faceplate (204, 604) is inserted into the opening in the shell, the conductive portion (212, 212 - 1, 212 - 2, 610) electrically connects circuitry of the hearing system to the sensor electrode by way of the conductive path (208, 208 - 1, 208 - 2, 310, 608, 806). a shell (202, 602) having a contoured outer shape that is customized for the user to fit at least partially within an ear canal of the user; a faceplate (204, 604) configured to fit within an opening provided in the shell (202, 602) and face out of the ear canal of the user when the shell (202, 602) is inserted into the ear canal of the user; a sensor electrode (206, 206 - 1, 206 - 2, 308, 606, 802) that is provided on an outer surface of the shell (202, 602), wherein the faceplate (204, 604) includes a rim configured to overlap the outer surface of the shell when the faceplate (204, 604) is inserted within the opening in the shell, characterized in that the in-the-ear component (106, 500, 600, 808) comprises a conductive path (208, 208 - 1, 208 - 2, 310, 608, 806) that extends along the outer surface of the shell (202, 602) from the sensor electrode to the faceplate (204, 604) and that conductively connects the sensor electrode with a conductive portion (212, 212 - 1, 212 - 2, 610) of the faceplate (204, 604), wherein the conductive portion (212, 212 - 1, 212 - 2, 610) of the faceplate (204, 604) is included on the rim such that, when the faceplate (204, 604) is inserted into the opening in the shell, the conductive portion (212, 212 - 1, 212 - 2, 610) electrically connects circuitry of the hearing system to the sensor electrode by way of the conductive path (208, 208 - 1, 208 - 2, 310, 608, 806).
A lighting apparatus for providing processing light for sealing an object comprising a sealing element for sealing the object along a sealing line, the lighting apparatus (10; 610; 710) comprising: - groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources for generating light for processing the object, - an imaging unit (16; 616; 716) for imaging the groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources onto a working plane in which the object is to be sealed, thereby generating the processing light, wherein the groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources and the imaging unit (16; 616; 716) are adapted such that in the working plane the processing light is producible with an intensity distribution which is configured such that, if the intensity distribution is integrated in a spatial integration direction, the resulting integrated intensity distribution has an intensity dip, wherein one or several of the groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources are controllable independently from the other of the groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources for modifying the integrated intensity distribution, characterised in that the groups (20, 21, 22; 220, 221, 222; 420, 421) of light sources and the imaging unit are adapted such that the integrated intensity distribution has a first maximum caused by light provided by a group (20; 220; 420) of the groups of light sources and a second maximum caused by light provided by another group (22; 222; 422) of the groups of light sources, wherein the intensity dip is located between the first maximum and the second maximum, and in that the group (20; 220; 420) causing the first maximum and the group (22; 222; 422) forming the second maximum are individually controllable such that the integrated intensity at the position of at least one of the first maximum and the second maximum, respectively, is reducible such that the sealing element can be homogeneously illuminated if the sealing element is arranged along a curved sealing line. - groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources for generating light for processing the object, - an imaging unit (16; 616; 716) for imaging the groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources onto a working plane in which the object is to be sealed, thereby generating the processing light,
A method, performed by a head-end system, for managing communication of data between multiple Radio Access Networks, "RANs", of different Radio Access Technologies, "RATs", and/or different operators, and one or more wireless devices (150a-b), which communication is performed via a radio head apparatus being shared by said RANs, said head-end system and said radio head apparatus being connected to a cable network for wired transmission of radio signals, the method comprising: - obtaining (201, 401) information identifying available Intermediate Frequencies, "IFs", associated with the cable network, which available IFs are un-occupied frequencies in the cable network, - receiving (202, 402), from the RANs, information at least identifying communication Radio Frequencies, "RFs", to be used in wireless communication of the data between the RANs and said one or more wireless devices (150a-b), - sending (204, 404), to the radio head apparatus, one or more configuration instructions, the configuration instructions identifying the communication RFs, and communication IF bands comprised in the available IFs and instructing the radio head apparatus to use the communication RFs for communication with the one or more wireless devices (150a-b), to use the communication IF bands for communication over the cable network and how each communication IF band relates to the communications RFs, and - communicating (205, 303-305, 306-308, 405) the data between the RANs and said radio head apparatus, via broadcast of one or more radio signals in the cable network, which one or more radio signals comprise the data and are located within the communication IF bands, whereby said RANs at the same time utilize the head-end system, the cable network and the radio head apparatus. - obtaining (201, 401) information identifying available Intermediate Frequencies, "IFs", associated with the cable network, which available IFs are un-occupied frequencies in the cable network, - receiving (202, 402), from the RANs, information at least identifying communication Radio Frequencies, "RFs", to be used in wireless communication of the data between the RANs and said one or more wireless devices (150a-b), - sending (204, 404), to the radio head apparatus, one or more configuration instructions, the configuration instructions identifying the communication RFs, and communication IF bands comprised in the available IFs and instructing the radio head apparatus to use the communication RFs for communication with the one or more wireless devices (150a-b), to use the communication IF bands for communication over the cable network and how each communication IF band relates to the communications RFs, and - communicating (205, 303-305, 306-308, 405) the data between the RANs and said radio head apparatus, via broadcast of one or more radio signals in the cable network, which one or more radio signals comprise the data and are located within the communication IF bands, whereby said RANs at the same time utilize the head-end system, the cable network and the radio head apparatus.
A device for packaging and dispensing a product, generally a liquid or gel product, comprising: - a container delimiting an internal volume and intended to contain the product, - a dispensing head, provided with a dispensing end and an actuating part, to dispense a portion or dose of the product; - a mounting interface belonging to the dispensing head and adapted to be fixed onto the container by a fixing portion; - an assembly (11, 12) for refilling and filtering air, said assembly (11, 12) comprising an outer air intake orifice (10; 10') and; characterized in that the assembly further comprises a check valve allowing air entering through the outer orifice (10; 10') to penetrate the internal volume after a product dispensing, and in that the outer orifice (10; 10') is formed at a distance from a bottom of the container, the assembly (11, 12) for refilling and filtering air comprising a filter element which is: - mounted in the dispensing head; - placed in an air circulation duct (16; 16') which extends between the outer orifice (10; 10') and the check valve; and - at a distance and offset inwardly from both the container and said fixing portion. - a container delimiting an internal volume and intended to contain the product, - a dispensing head, provided with a dispensing end and an actuating part, to dispense a portion or dose of the product; - a mounting interface belonging to the dispensing head and adapted to be fixed onto the container by a fixing portion; - an assembly (11, 12) for refilling and filtering air, said assembly (11, 12) comprising an outer air intake orifice (10; 10') and; characterized in that the assembly further comprises a check valve allowing air entering through the outer orifice (10; 10') to penetrate the internal volume after a product dispensing, and in that the outer orifice (10; 10') is formed at a distance from a bottom of the container, the assembly (11, 12) for refilling and filtering air comprising a filter element which is: - mounted in the dispensing head; - placed in an air circulation duct (16; 16') which extends between the outer orifice (10; 10') and the check valve; and - at a distance and offset inwardly from both the container and said fixing portion. characterized in that the assembly further comprises a check valve allowing air entering through the outer orifice (10; 10') to penetrate the internal volume after a product dispensing, and in that the outer orifice (10; 10') is formed at a distance from a bottom of the container, the assembly (11, 12) for refilling and filtering air comprising a filter element which is: - mounted in the dispensing head; - placed in an air circulation duct (16; 16') which extends between the outer orifice (10; 10') and the check valve; and - at a distance and offset inwardly from both the container and said fixing portion. - mounted in the dispensing head; - placed in an air circulation duct (16; 16') which extends between the outer orifice (10; 10') and the check valve; and - at a distance and offset inwardly from both the container and said fixing portion.
A method for a driver assistance system for a vehicle, the vehicle comprising at least one sensor means, at least one actuating means and a control means, the method comprising steps of - generating a decision signal by a first evaluation of sensor data acquired by the sensor means; - generating an activation signal for the actuating means when the decision signal exceeds a signal threshold; and - generating a interrupt decision signal for the activation signal based on a second evaluation; characterized by - stabilizing the activation signal in a temporal manner in order to prevent fluctuation in the activation signal; - deciding based on the decision interrupt signal if to interrupt stabilizing the activation signal; and - interrupting stabilizing the activation signal, when it is decided to interrupt stabilizing the activation signal. - generating a decision signal by a first evaluation of sensor data acquired by the sensor means; - generating an activation signal for the actuating means when the decision signal exceeds a signal threshold; and - generating a interrupt decision signal for the activation signal based on a second evaluation; characterized by - stabilizing the activation signal in a temporal manner in order to prevent fluctuation in the activation signal; - deciding based on the decision interrupt signal if to interrupt stabilizing the activation signal; and - interrupting stabilizing the activation signal, when it is decided to interrupt stabilizing the activation signal.
Use of N-alkyl-N-acylglucamines of the formula in hairwash compositions which have an aqueous surfactant system comprising at least one anionic surfactant, where in the formula Ra is a linear or branched, saturated or unsaturated C 5 -C 21 alkyl radical and Rb is a C 1 -C 4 alkyl radical, the N-alkyl-N-acylglucamines comprising at least 15 wt%, based on the total amount of N-alkyl-N-acylglucamines, of compounds having a singly or multiply unsaturated C 18 fatty acid radical Ra-CO-. Ra is a linear or branched, saturated or unsaturated C 5 -C 21 alkyl radical and Rb is a C 1 -C 4 alkyl radical, the N-alkyl-N-acylglucamines comprising at least 15 wt%, based on the total amount of N-alkyl-N-acylglucamines, of compounds having a singly or multiply unsaturated C 18 fatty acid radical Ra-CO-.