mhurhangee/ep-ind-claims huggingface dataset:
Activatable thermal fuse comprising - a first and a second electrical terminal, - an electrically conductive bridge element, - at least a part of said bridge element being displaceable from a first position, in which a first electric contact between the electrically conductive bridge element and said first electrical terminal is established and in which first position said electrically conductive bridge element is in a second electric contact with said second terminal, to a second position in which said first contact is opened, - a thermally sensitive member holding said part in said first position and releasing said part as soon as said thermally sensitive member is exposed to a predetermined temperature value, - a biasing member biasing said part towards said second position, and - a mechanically displaceable activating element blocking displaceability of said part in said first position in a first position of said activating element and enabling said displaceability of said part in a second position of said activating element, characterized in that said first electric contact and said second electric contact are open in the second position of said part of the bridge element. - a first and a second electrical terminal, - an electrically conductive bridge element, - at least a part of said bridge element being displaceable from a first position, in which a first electric contact between the electrically conductive bridge element and said first electrical terminal is established and in which first position said electrically conductive bridge element is in a second electric contact with said second terminal, to a second position in which said first contact is opened, - a thermally sensitive member holding said part in said first position and releasing said part as soon as said thermally sensitive member is exposed to a predetermined temperature value, - a biasing member biasing said part towards said second position, and - a mechanically displaceable activating element blocking displaceability of said part in said first position in a first position of said activating element and enabling said displaceability of said part in a second position of said activating element,
A sweetener composition comprising at least one sweetener and at least one sweetness enhancer chosen from 13-[(2-O-(3-O-α-D-glucopyranosyl)-β-D-glucopyranasyl-3-O-β-D-glucopyranosyl-β-D-glucopyranosyl)oxy] kaur-16-en-18-oic acid β-D-glucopyranosyl ester; 13-[(2-O-β-D-glucopyranosyl-3-O-β-D-glucopyranosyl]-β-D-glucopyranosyl)oxy]-17-hydroxy-kaur-15-en-18-oic acid β-D-glucopyranosyl ester; and 13-[(2-O-β-D-glucopyranosyl-3-O-β-D-glucopyranosyl-β-D-glucopyranosyl)oxy] kaur-15-en-18-oic acid β-D-glucopyranosyl ester, wherein the at least one sweetness enhancer is present in the composition in an amount at or below the sweetness detection threshold level of the at least one sweetness enhancer, and the at least one sweetener and the at least one sweetness enhancer are different.
A system comprising: a ring laser gyroscope, RLG, to provide rate/angle measurements; at least one dissimilar sensor, the at least one dissimilar sensor being of a different type of sensor than the RLG while providing a same type of measurement as the RLG, the at least one dissimilar sensor being less accurate than the RLG and having a longer life expectancy than the RLG; and at least one controller in communication with the RLG and the at least one dissimilar sensor, the at least one controller configured to start both the RLG and the at least one dissimilar sensor at startup of the system, the at least one controller further configured to turn off the RLG after a select period of time, the at least one controller further configured to output measurement data based on measurements of the RLG while the RLG is on and output the measurement data based on the at least one dissimilar sensor when the RLG is off, wherein the at least one controller is further configured to determine bias errors between the rate/angle measurements of the RLG and the rate/angle measurements of the at least one dissimilar sensor when the RLG is on and convert rate/angle measurements of the at least one dissimilar sensor using the determined bias errors when the RLG is turned off. a ring laser gyroscope, RLG, to provide rate/angle measurements; at least one dissimilar sensor, the at least one dissimilar sensor being of a different type of sensor than the RLG while providing a same type of measurement as the RLG, the at least one dissimilar sensor being less accurate than the RLG and having a longer life expectancy than the RLG; and at least one controller in communication with the RLG and the at least one dissimilar sensor, the at least one controller configured to start both the RLG and the at least one dissimilar sensor at startup of the system, the at least one controller further configured to turn off the RLG after a select period of time, the at least one controller further configured to output measurement data based on measurements of the RLG while the RLG is on and output the measurement data based on the at least one dissimilar sensor when the RLG is off, wherein the at least one controller is further configured to determine bias errors between the rate/angle measurements of the RLG and the rate/angle measurements of the at least one dissimilar sensor when the RLG is on and convert rate/angle measurements of the at least one dissimilar sensor using the determined bias errors when the RLG is turned off.
An apparatus for nondestructively acquiring images of a plant root system comprising root material having a first linear radiation attenuation coefficient, the apparatus comprising: a radiation source arranged to generate x-ray radiation at an energy level that falls within the range of about 8KeV to about 20KeV and direct the radiation to pass through the plant root system; a growth medium for supporting the plant root system; a container for holding the growth medium; and an image capture system for receiving the radiation having passed through the plant root system and for generating an image of the plant root system based on the radiation, characterized in that: the growth medium has a second linear radiation attenuation coefficient which is less than 10 percent of the first linear radiation attenuation coefficient within the aforementioned range of energy levels; the container formed of a material that has a third linear radiation attenuation coefficient which is less than 10 percent of the first linear radiation attenuation coefficient within the aforementioned range of energy levels. a radiation source arranged to generate x-ray radiation at an energy level that falls within the range of about 8KeV to about 20KeV and direct the radiation to pass through the plant root system; a growth medium for supporting the plant root system; a container for holding the growth medium; and an image capture system for receiving the radiation having passed through the plant root system and for generating an image of the plant root system based on the radiation, characterized in that: the growth medium has a second linear radiation attenuation coefficient which is less than 10 percent of the first linear radiation attenuation coefficient within the aforementioned range of energy levels; the container formed of a material that has a third linear radiation attenuation coefficient which is less than 10 percent of the first linear radiation attenuation coefficient within the aforementioned range of energy levels.
A method for providing a user interface, UI, by an electronic device, said electronic device comprising a display unit (131, 205, 210, 220, 1200, 1600), a touch screen configured to receive a touch input at a location corresponding to the display unit (131, 205, 210, 220, 1200, 1600) and a controller, the method comprising: displaying, by the controller, a control Ul (1210, 1212, 1216) on the display unit (131, 205, 210, 220, 1200, 1600); receiving, by the controller, a first drag input (1222, 1224) via the displayed control Ul (1210, 1212, 1216), wherein the displayed control Ul (1210, 1212, 1216) is being dragged (1222, 1224) while touching the control Ul (1210, 1212, 1216); and if a direction of the first drag input (1222, 1224) corresponds to a first direction, displaying, by the controller, a cursor Ul so as to first appear at a location according to the first direction. displaying, by the controller, a control Ul (1210, 1212, 1216) on the display unit (131, 205, 210, 220, 1200, 1600); receiving, by the controller, a first drag input (1222, 1224) via the displayed control Ul (1210, 1212, 1216), wherein the displayed control Ul (1210, 1212, 1216) is being dragged (1222, 1224) while touching the control Ul (1210, 1212, 1216); and if a direction of the first drag input (1222, 1224) corresponds to a first direction, displaying, by the controller, a cursor Ul so as to first appear at a location according to the first direction.
An optical unit for a laser beam for laser machining of a workpiece, in particular for a high-power laser beam, comprising an optical element for the optical imaging of the laser beam, and two protective glasses that are transparent for the laser beam, the outer edges of which protective glasses are enclosed in an airtight manner by a holder in such a way that with the holder they form an interior space, wherein the optical element is arranged in the interior space; characterized in that the optical element contains or is formed from at least one material selected from quartz glass and calcium fluoride; and the protective glasses contain or are formed from at least one material selected from sapphire and zinc sulfide. an optical element for the optical imaging of the laser beam, and two protective glasses that are transparent for the laser beam, the outer edges of which protective glasses are enclosed in an airtight manner by a holder in such a way that with the holder they form an interior space, wherein the optical element is arranged in the interior space; characterized in that the optical element contains or is formed from at least one material selected from quartz glass and calcium fluoride; and the protective glasses contain or are formed from at least one material selected from sapphire and zinc sulfide.
A material removal tool, comprising: a housing body including an active portion; at least one seating surface for a cutting insert operatively positioned on the active portion; and a guide pad positioned in a cavity in a circumferential surface of the active portion, wherein the guide pad is radially adjustable between a first radial position and a second radial position by a differential pressure across the guide pad characterized in that the differential pressure is developed by an actuation fluid supplied to the cavity and vented from a first side of the guide pad to a second side of the guide pad through a channel in the guide pad. a housing body including an active portion; at least one seating surface for a cutting insert operatively positioned on the active portion; and a guide pad positioned in a cavity in a circumferential surface of the active portion,
A vehicle camera-securing assembly (50; 200) configured to secure a camera (100; 300) to a portion of a vehicle, the vehicle camera-securing assembly (50; 200) comprising: a securing bracket (52; 202) including a plurality of walls (56, 58, 60; 206, 208, 210) defining a camera chamber (62; 204) configured to receive the camera (100; 300); at least one camera-securing member configured to securely retain the camera (100; 300) within the camera chamber (62; 204), characterized in that the securing bracket (52; 202) comprises a one-piece main body including front and rear walls (56, 58) integrally connected to lateral walls at right angles and planar support ledges extending inwardly from bottom surfaces of the walls (56, 58, 60; 206, 208, 210) at a base of the securing bracket (52; 202); the at least one camera-securing member comprises one or more retaining clips extending inwardly into the camera chamber (62; 204) from opposing inner surfaces of the plurality of walls (56, 58, 60; 206, 208, 210) and being adapted for engagement with at least a portion of the camera. a securing bracket (52; 202) including a plurality of walls (56, 58, 60; 206, 208, 210) defining a camera chamber (62; 204) configured to receive the camera (100; 300); at least one camera-securing member configured to securely retain the camera (100; 300) within the camera chamber (62; 204), characterized in that the securing bracket (52; 202) comprises a one-piece main body including front and rear walls (56, 58) integrally connected to lateral walls at right angles and planar support ledges extending inwardly from bottom surfaces of the walls (56, 58, 60; 206, 208, 210) at a base of the securing bracket (52; 202); the at least one camera-securing member comprises one or more retaining clips extending inwardly into the camera chamber (62; 204) from opposing inner surfaces of the plurality of walls (56, 58, 60; 206, 208, 210) and being adapted for engagement with at least a portion of the camera.
Sliding window or sliding door comprising a sliding sash that can be moved relative to a fixed surround and comprising an additional sash, a sealing element being provided on the sliding sash that projects beyond the sliding sash towards the additional sash, the sealing element being arranged on a carriage of the sliding sash, on a connection element that connects the sliding sash and the carriage, or on the carriage via an adapter, the sealing element comprising a fastening portion and a sealing portion, characterised in that the sealing portion is oriented substantially in parallel with the main plane of the sliding window or the sliding door.
A method for mapping relative positions of a plurality of alternative energy source modules, comprising: injecting a first contribution current (603; i1-iN) into a power grid by a first alternative energy source module of said plurality of alternative energy source modules (604; MODULE 1-N); characterized by determining an output voltage (606; V1-VN) for each of said plurality of alternative energy source modules (604; MODULE 1-N); and constructing a data structure indicative of said relative positions of said plurality of alternative energy source modules (604; MODULE 1-N) employing said output voltage (606; V1-VN) for ones of or each of said plurality of alternative energy source modules (604; MODULE 1-N). injecting a first contribution current (603; i1-iN) into a power grid by a first alternative energy source module of said plurality of alternative energy source modules (604; MODULE 1-N); characterized by determining an output voltage (606; V1-VN) for each of said plurality of alternative energy source modules (604; MODULE 1-N); and constructing a data structure indicative of said relative positions of said plurality of alternative energy source modules (604; MODULE 1-N) employing said output voltage (606; V1-VN) for ones of or each of said plurality of alternative energy source modules (604; MODULE 1-N).
A syringe mountable in an auto-injector device, the syringe comprising a barrel containing a medicament, a plunger being partially inserted into a proximal end of the barrel, a finger flange being located near the proximal end of the barrel, the finger flange comprising a top face and a side face (33a, 33b), a first coding feature (2, 2a, 2b) for mechanical interaction with a second coding feature (7, 7a, 7b) of an auto-injector device, the first coding feature (2, 2a, 2b) being located at the finger flange, the first coding feature (2, 2a, 2b) comprising at least one attribute selected from the group of a bar, a pin, a projection, a groove, a slit, an indent, a castellation, a stepped diameter and an angled plane, wherein the first coding feature (2, 2a, 2b) is designed such that the syringe is mountable in an auto-injector device having a second coding feature (7, 7a, 7b) only if the first (2, 2a, 2b) and second (7, 7a, 7b) coding features match, characterised by the syringe further comprising a first orientation feature (4, 4a, 4b) which defines the orientation of the syringe during mounting the syringe into the auto-injector device such that the first coding feature (2, 2a, 2b) is in the correct orientation for mechanical interaction with the second coding feature (7, 7a, 7b), such that the user does not have to twist the syringe for recognizing if the syringe is mountable or not mountable in the auto-injector device, wherein the first orientation feature (4, 4a, 4b) comprises a rib extending along a longitudinal axis, wherein the first coding feature (2, 2a, 2b) is located on the top face while the first orientation feature (4, 4a, 4b) is located on the side face (33a, 33b).
A vacuum brake booster for a motor vehicle brake system, comprising: - a force input member movable along a longitudinal axis, which force input member is coupled or couplable to a brake pedal, - a control valve arrangement actuable by the force input member, - a chamber arrangement arranged within a housing, having at least one working chamber (24, 26) and at least one vacuum chamber (32, 34), which are separated from one another by a movable wall (28, 30), and - a force output member for transmitting an actuating force, wherein the at least one working chamber (24, 26) is connectable selectively with a vacuum source or the atmosphere, wherein the control valve arrangement has a control valve housing, which is coupled with the at least one movable wall (28, 30) for common movement, wherein the control valve arrangement has a force transmitting arrangement provided with an axial play, which is arranged in the force transmitting path between the force input member and force output member, characterized in that at least one component (54, 56, 58, 62, 64) of the force transmitting arrangement is manufactured from magnetic or ferromagnetic material and is subjected to a permanently applied magnetic field, in order to magnetically bias the at least one component into a starting position. - a force input member movable along a longitudinal axis, which force input member is coupled or couplable to a brake pedal, - a control valve arrangement actuable by the force input member, - a chamber arrangement arranged within a housing, having at least one working chamber (24, 26) and at least one vacuum chamber (32, 34), which are separated from one another by a movable wall (28, 30), and - a force output member for transmitting an actuating force,
A method for operating a plant application device with a frame, wherein the frame comprises a pressure source, a tank and a computer and applies a plant protection agent from a first side onto a row of plants (10, 11) via an application nozzle (4, 4. 1, 4.2, 4.3, 5, 5.1, 5.2, 5.3) of an application bar (2, 3) and collects residual crop protection agent via a collecting wall and guides it into a collecting container, wherein the application bar has an application sensor (18, 19) characterized by the following steps: - the computer detects the crop protection agent by means of the application sensor (18, 19); - the computer detects an amount of residual crop protection agent by means of a residue detection sensor (20, 21) and/or the amount of residual crop protection agent by cyclically emptying the collection container, wherein a volume of the collection container is stored in the computer; - the computer regulates the amount of crop protection agent applied in such a way that a residual amount of crop protection agent tends towards zero. - the computer detects the crop protection agent by means of the application sensor (18, 19); - the computer detects an amount of residual crop protection agent by means of a residue detection sensor (20, 21) and/or the amount of residual crop protection agent by cyclically emptying the collection container, wherein a volume of the collection container is stored in the computer; - the computer regulates the amount of crop protection agent applied in such a way that a residual amount of crop protection agent tends towards zero.
A manipulator for servicing tubes extending through a tube sheet, comprising: (a) an elongated base member having a holder for holding tooling or an inspection device, the base member also having at least one gripper for releasably gripping a tube extending through the tube sheet; (b) a block member connected to the base member for linear movement and rotation relative thereto, the linear movement being in a direction substantially perpendicular to an elongated dimension of the base member; and (c) a foot member connected to the block member for linear movement relative thereto, the foot member having at least one gripper for releasably gripping a tube extending through the tube sheet, the block member effecting movement of the base member towards and away from the foot member, wherein at least one of the grippers (2, 8) exerts a force in a direction to draw the member (1, 6) associated therewith toward the tube sheet, and including a stop that functions, in cooperation with the at least one of the grippers exerting the force to draw the said member in the direction of the tube sheet, to maintain the said member a predetermined fixed distance from the tube sheet. (a) an elongated base member having a holder for holding tooling or an inspection device, the base member also having at least one gripper for releasably gripping a tube extending through the tube sheet; (b) a block member connected to the base member for linear movement and rotation relative thereto, the linear movement being in a direction substantially perpendicular to an elongated dimension of the base member; and (c) a foot member connected to the block member for linear movement relative thereto, the foot member having at least one gripper for releasably gripping a tube extending through the tube sheet, the block member effecting movement of the base member towards and away from the foot member, wherein at least one of the grippers (2, 8) exerts a force in a direction to draw the member (1, 6) associated therewith toward the tube sheet, and including a stop that functions, in cooperation with the at least one of the grippers exerting the force to draw the said member in the direction of the tube sheet, to maintain the said member a predetermined fixed distance from the tube sheet.
A metal paste for forming a gas sensor electrode, in which a conductive particle having a core/shell structure comprising a core particle made of Pt or Pt alloy and a shell made of ceramic covering at least a portion of the core particle is dispersed in a solvent, wherein the conductive particle is a particle of which average particle diameter is 90 to 500 nm, and the core particle is covered with the ceramic of 0.5 to 3.0 mass% with respect to the mass of the conductive particle, characterized therein that a ceramic powder is dispersed in the solvent, and a content of the ceramic powder is 5 to 20 mass% with respect to a total mass of the conductive particle and the ceramic powder, and a total content of a ceramic component in the metal paste is 6.0 to 22.0 mass% with respect to the total mass of the conductive particle and the ceramic powder.