mhurhangee/ep-ind-claims huggingface dataset:
Insulator (1, 2, 3) for a medium-voltage or high-voltage overhead power line conductor comprising - an insulator body; - a voltage contact for electrically connecting the insulator to the power line conductor; - a ground contact for electrically connecting the insulator to ground; and - a voltage sensor, embedded in the insulator body and comprising a first plurality of discrete impedance elements (30, 30a, 30b), electrically connected in series between the voltage contact and the ground contact such as to be operable as a first voltage divider for dividing and sensing the voltage of the overhead power line conductor, wherein the insulator further comprises a signal processing unit for processing the sensed voltage of the overhead power line conductor, wherein the signal processing unit is embedded, at least partially, in the insulator body, characterized in that the signal processing unit is powered by a potential difference between a first input voltage and a second input voltage, wherein the first input voltage is the voltage of the overhead power line conductor versus ground, and the second input voltage differs from the first input voltage by 50 Volt or less or by 100 Volt or less. - an insulator body; - a voltage contact for electrically connecting the insulator to the power line conductor; - a ground contact for electrically connecting the insulator to ground; and - a voltage sensor, embedded in the insulator body and comprising a first plurality of discrete impedance elements (30, 30a, 30b), electrically connected in series between the voltage contact and the ground contact such as to be operable as a first voltage divider for dividing and sensing the voltage of the overhead power line conductor, wherein the insulator further comprises a signal processing unit for processing the sensed voltage of the overhead power line conductor, wherein the signal processing unit is embedded, at least partially, in the insulator body, characterized in that the signal processing unit is powered by a potential difference between a first input voltage and a second input voltage, wherein the first input voltage is the voltage of the overhead power line conductor versus ground, and the second input voltage differs from the first input voltage by 50 Volt or less or by 100 Volt or less.
A data communications system, comprising: a plurality of battery modules including: a first battery module (110 x) initiating transmission of data to a second battery module (110 x+1); a first single data conductor communicating said data from said first battery module to said second battery module; and a second single data conductor communicating said data from said first battery module to said second battery module; and wherein said first single data conductor and said second single data conductor are electrically coupled at said second battery module (110 x+1) forming a break detection loop; wherein said first battery module (110 x) includes a data transmitter connected to said first single data conductor; and wherein a break detector is coupled to both said single data conductors (205, 210) and asserts a break signal when detecting a break in one of said data conductors (205, 210); wherein said break detector includes a test current (I test) flowing in said break detection loop wherein said break detector detects interruption of said test current (I test) due to a break in one of said data conductors (205, 210); wherein said break detector includes a switching device activated when a voltage difference between said first data conductor and said second data conductor exceeds a set threshold due to an interruption of said test current (I test). a first battery module (110 x) initiating transmission of data to a second battery module (110 x+1); a first single data conductor communicating said data from said first battery module to said second battery module; and a second single data conductor communicating said data from said first battery module to said second battery module; and wherein said first single data conductor and said second single data conductor are electrically coupled at said second battery module (110 x+1) forming a break detection loop; wherein said first battery module (110 x) includes a data transmitter connected to said first single data conductor; and wherein a break detector is coupled to both said single data conductors (205, 210) and asserts a break signal when detecting a break in one of said data conductors (205, 210); wherein said break detector includes a test current (I test) flowing in said break detection loop wherein said break detector detects interruption of said test current (I test) due to a break in one of said data conductors (205, 210); wherein said break detector includes a switching device activated when a voltage difference between said first data conductor and said second data conductor exceeds a set threshold due to an interruption of said test current (I test).
A method of making up and running a pipe string into a borehole comprising the steps of: providing a spider supported on a rig and having at least one slip movably received within and co-operating with a smooth, non-stepped tapered bowl within the spider; providing an elevator assembly movably supported above the spider and having at least one slip movably received within and co-operating with a smooth, non-stepped tapered bowl within the elevator assembly; supporting a first portion of a pipe string having a first diameter using the spider; and joining an additional pipe segment having a second diameter to a proximal end of the first pipe segment to form the pipe string having at least one outer diameter transition along is length; characterised in that the method further comprises: moving the spider slips and/or elevator slips along a surface of the respective smooth, non-stepped tapered bowl and thus between a first position for gripping the pipe string having the first diameter and a second position for gripping the additional pipe segments having the second diameter. providing a spider supported on a rig and having at least one slip movably received within and co-operating with a smooth, non-stepped tapered bowl within the spider; providing an elevator assembly movably supported above the spider and having at least one slip movably received within and co-operating with a smooth, non-stepped tapered bowl within the elevator assembly; supporting a first portion of a pipe string having a first diameter using the spider; and joining an additional pipe segment having a second diameter to a proximal end of the first pipe segment to form the pipe string having at least one outer diameter transition along is length; characterised in that the method further comprises: moving the spider slips and/or elevator slips along a surface of the respective smooth, non-stepped tapered bowl and thus between a first position for gripping the pipe string having the first diameter and a second position for gripping the additional pipe segments having the second diameter. moving the spider slips and/or elevator slips along a surface of the respective smooth, non-stepped tapered bowl and thus between a first position for gripping the pipe string having the first diameter and a second position for gripping the additional pipe segments having the second diameter.
A lighting system including: a plurality of luminaires (L1,L2) disposed in a space to be illuminated, a sensor system (S1,S2) comprising a plurality of sensors with a respective coverage area to detect user presence within the space, and characterized in that the lighting system including: a controller configured - in a commissioning mode to receive data corresponding to the addresses of luminaires which are to be defined as a group of luminaires, and to obtain the coverage area of each sensor of the sensor system, and to receive coordinates from the sensor system in response to a commissioning actuator moving along a path encircling a region of the space to be associated with said group of luminaires, and to determine said region from said coordinates, and to utilize a region filling routine to associate sensors located within the region with the group of luminaires for the operational mode; and - in an operational mode to operate the luminaires of the group of luminaires in response to detecting occupancy in said region of the space. a plurality of luminaires (L1,L2) disposed in a space to be illuminated, a sensor system (S1,S2) comprising a plurality of sensors with a respective coverage area to detect user presence within the space, and characterized in that the lighting system including: a controller configured - in a commissioning mode to receive data corresponding to the addresses of luminaires which are to be defined as a group of luminaires, and to obtain the coverage area of each sensor of the sensor system, and to receive coordinates from the sensor system in response to a commissioning actuator moving along a path encircling a region of the space to be associated with said group of luminaires, and to determine said region from said coordinates, and to utilize a region filling routine to associate sensors located within the region with the group of luminaires for the operational mode; and - in an operational mode to operate the luminaires of the group of luminaires in response to detecting occupancy in said region of the space. - in a commissioning mode to receive data corresponding to the addresses of luminaires which are to be defined as a group of luminaires, and to obtain the coverage area of each sensor of the sensor system, and to receive coordinates from the sensor system in response to a commissioning actuator moving along a path encircling a region of the space to be associated with said group of luminaires, and to determine said region from said coordinates, and to utilize a region filling routine to associate sensors located within the region with the group of luminaires for the operational mode; and - in an operational mode to operate the luminaires of the group of luminaires in response to detecting occupancy in said region of the space.
A secondary battery comprising: an electrode assembly comprising a first electrode plate comprising a first electrode non-coating portion on which an active material of the first electrode plate is not coated; a second electrode plate comprising a second electrode non-coating portion on which an active material of the second electrode plate is not coated; and a separator between the first and second electrode plates; a first collector electrically connected to the said first electrode non-coating portion, the first collector comprising an insulation part at an insulation region of the first collector adjacent the first and second electrode plates; an electrode terminal electrically connected to the first collector and a case accommodating the electrode assembly and the first collector; characterised in that the first collector comprises: a first connection part electrically connected to the electrode terminal (12 0); and a second connection part extending from a lateral end of the first connection part and electrically connected to the first electrode non-coating portion wherein the insulation part is at edge portions of the second connection part that are adjacent the first and second electrode plates (111, 112). an electrode assembly comprising a first electrode plate comprising a first electrode non-coating portion on which an active material of the first electrode plate is not coated; a second electrode plate comprising a second electrode non-coating portion on which an active material of the second electrode plate is not coated; and a separator between the first and second electrode plates; a first collector electrically connected to the said first electrode non-coating portion, the first collector comprising an insulation part at an insulation region of the first collector adjacent the first and second electrode plates; an electrode terminal electrically connected to the first collector and a case accommodating the electrode assembly and the first collector; characterised in that the first collector comprises: a first connection part electrically connected to the electrode terminal (12 0); and a second connection part extending from a lateral end of the first connection part and electrically connected to the first electrode non-coating portion wherein the insulation part is at edge portions of the second connection part that are adjacent the first and second electrode plates (111, 112). a first connection part electrically connected to the electrode terminal (12 0); and a second connection part extending from a lateral end of the first connection part and electrically connected to the first electrode non-coating portion wherein the insulation part is at edge portions of the second connection part that are adjacent the first and second electrode plates (111, 112).
A mobile terminal comprising: a terminal body having a front side and a rear side; a touch screen disposed at the front side; a battery; a battery cover disposed at the rear side, the battery cover having a first through hole and a second through hole; a camera exposed to an outside of the terminal body at the first through hole of the battery cover; a rear input unit provided at the rear side of the terminal body and configured to receive an input, the rear input unit being located below the camera and being exposed to an outside of the terminal body at the second through hole of the battery cover; characterized by further comprising: a controller configured to process the input of the rear input unit as control commands for different functions according to operating states of the mobile terminal, wherein a first function to release a locked state of the mobile terminal is performed based on a first input applied to the rear input unit in a locked state of the mobile terminal, and wherein a second function to capture an image through the camera is performed based on a second input applied to the rear input unit in a state that a camera preview screen is displayed on the touch screen. a terminal body having a front side and a rear side; a touch screen disposed at the front side; a battery; a battery cover disposed at the rear side, the battery cover having a first through hole and a second through hole; a camera exposed to an outside of the terminal body at the first through hole of the battery cover; a rear input unit provided at the rear side of the terminal body and configured to receive an input, the rear input unit being located below the camera and being exposed to an outside of the terminal body at the second through hole of the battery cover; characterized by further comprising: a controller configured to process the input of the rear input unit as control commands for different functions according to operating states of the mobile terminal, wherein a first function to release a locked state of the mobile terminal is performed based on a first input applied to the rear input unit in a locked state of the mobile terminal, and wherein a second function to capture an image through the camera is performed based on a second input applied to the rear input unit in a state that a camera preview screen is displayed on the touch screen. a controller configured to process the input of the rear input unit as control commands for different functions according to operating states of the mobile terminal, wherein a first function to release a locked state of the mobile terminal is performed based on a first input applied to the rear input unit in a locked state of the mobile terminal, and wherein a second function to capture an image through the camera is performed based on a second input applied to the rear input unit in a state that a camera preview screen is displayed on the touch screen.
A volatile substances evaporation device, comprising: - a body which houses an element impregnated with volatile substances; - an electric resistance; and - a plug for connection to a power grid comprising pins for electrical connection; said electrical resistance being positioned in said plug and said plug being movable with respect to said body so that the distance between the element and said electrical resistance is variable, defining at least one position of maximum evaporation and one position of minimum evaporation, characterized in that: when the plug is in a position of 0°, the pins are placed in a horizontal position and the device is placed in the position of minimum evaporation, when the plug is in a position of 90°, the pins are placed in a vertical position, the device is placed in the position of minimum evaporation, when the plug is in a position of 180°, the pins are placed in the horizontal position and the device is placed in the position of maximum evaporation, and when the plug is in a position of 270°, the pins are placed in the vertical position and the device is placed in the position of maximum evaporation. - a body which houses an element impregnated with volatile substances; - an electric resistance; and - a plug for connection to a power grid comprising pins for electrical connection; when the plug is in a position of 0°, the pins are placed in a horizontal position and the device is placed in the position of minimum evaporation, when the plug is in a position of 90°, the pins are placed in a vertical position, the device is placed in the position of minimum evaporation, when the plug is in a position of 180°, the pins are placed in the horizontal position and the device is placed in the position of maximum evaporation, and when the plug is in a position of 270°, the pins are placed in the vertical position and the device is placed in the position of maximum evaporation.
A hinge assembly for a notebook computer comprising a tablet member and a base member, the hinge assembly comprising: a hinge for pivotably connecting the base member to the tablet member; an actuator fixed to the hinge; and a support member having a first end to be pivotally connected to the tablet member via a pivot shaft and a free second end, wherein, when the tablet member rotates towards an open position with respect to the base member, the actuator is configured to actuate the support member to rotate the support member about the pivot shaft so that the second end of the support member rotates away from the tablet member for use in providing additional support for the tablet member, wherein the actuator is a cam, wherein the cam includes a cam lobe which is configured to contact and actuate the support member when the tablet member rotates with respect to the base member, wherein, when the tablet member rotates towards the open position with respect to the base member, the cam is configured to contact with a mid-portion between the first end and the second end, so that the second end rotates away from the tablet member. a hinge for pivotably connecting the base member to the tablet member; an actuator fixed to the hinge; and a support member having a first end to be pivotally connected to the tablet member via a pivot shaft and a free second end, wherein, when the tablet member rotates towards an open position with respect to the base member, the actuator is configured to actuate the support member to rotate the support member about the pivot shaft so that the second end of the support member rotates away from the tablet member for use in providing additional support for the tablet member, wherein the actuator is a cam, wherein the cam includes a cam lobe which is configured to contact and actuate the support member when the tablet member rotates with respect to the base member, wherein, when the tablet member rotates towards the open position with respect to the base member, the cam is configured to contact with a mid-portion between the first end and the second end, so that the second end rotates away from the tablet member.
Method for monitoring the function of an exhaust gas sensor in the exhaust duct of an internal combustion engine, characterized in that a first functional check of the exhaust gas sensor takes place at a first operating point of the internal combustion engine, in that, if the exhaust gas sensor is intact, the output signal of the exhaust gas sensor or a characteristic variable derived therefrom is determined at at least one second operating point of the internal combustion engine and is stored as a learning value and in that the monitoring of the function of the exhaust gas sensor during later operation of the internal combustion engine at the second operating point is performed by comparing the output signal of the exhaust gas sensor or the characteristic variable derived therefrom with the learning value.
Stirring device, which has at least one stirring element which is driven by a stirring drive, contacts a stirred medium in the position of use, can be moved relative to the stirring drive and the stirred medium and, in the position of use, can be at least partly immersed in the stirred medium, characterized in that the stirring element has a stirring element housing that is or can be closed in a liquid-tight manner, and in that the stirring drive is arranged in the interior of the stirring element.
A cylinder lock device comprising a cylinder lock that has an inner cylinder having a key hole and a cylinder body pivotably housing the inner cylinder, a casing that is connectedly provided on the cylinder body while having a cover plate disposed on an end part on a side opposite to the cylinder body, a shutter plate that is housed in the casing so as to be capable of opening and closing a first opening for mechanical key insertion provided in the cover plate so as to correspond to the key hole, and a magnet lock that has a tubular fitting portion into which a magnet key can be fitted and that is provided on the casing so that an outer end of the tubular fitting portion faces a second opening provided in the cover plate while enabling pivoting of the shutter plate toward an open position side when unlocked, and an illumination means comprising first and second light sources (48, 49), additionally the illumination means comprises a single light guide member 50 that guides light from the light sources (48, 49) which is formed from a transparent synthetic resin so as to integrally have a flat plate portion that is disposed in a back part of the cover plate of the casing so as to be sandwiched between a protector and the cover plate, and a cylindrical first illumination portion that lights a peripheral edge of the first opening, and the first illumination portion is provided integrally with the flat plate portion so as to be disposed on an outer peripheral part of the first opening of the cover plate, and a cylindrical second illumination portion that lights a peripheral edge of the second opening, and the second illumination portion is provided integrally with the flat plate portion so as to be disposed on an outer peripheral part of the second opening of the cover plate, a light source arrangement portion that is disposed to one side of the casing along the longitudinal direction of the cylinder body, and a linking portion that links the light source arrangement portion and the flat plate portion, and is mounted on a case member of the casing by means of a screw member.