mhurhangee/ep-ind-claims huggingface dataset:
A clutch for use in a steer-by-wire steering device for a vehicle, the clutch being configured to switch between mechanically coupling and uncoupling a torque transmission path between a steering member operated by a driver and a wheel-turning unit configured to turn wheels, the clutch comprising: a position change member configured to change between a first position and a second position to switch between mechanically coupling and uncoupling the torque transmission path; characterized by a conduction path comprising two points that come into contact with or separate from each other in accordance with positional change of the position change member, the conduction path being connected to an electric circuit configured to detect a change in a resistance value of the conduction path. a position change member configured to change between a first position and a second position to switch between mechanically coupling and uncoupling the torque transmission path; characterized by a conduction path comprising two points that come into contact with or separate from each other in accordance with positional change of the position change member, the conduction path being connected to an electric circuit configured to detect a change in a resistance value of the conduction path.
A system for controlling a vehicle, the system comprising: a torque detector for detecting a first torque level and a second torque level of torque applied to at least one wheel of the vehicle, the first torque level associated with a lower boom position of a boom associated with the vehicle, the second torque level associated with an elevated boom position higher than the lower boom position; a first hydraulic cylinder for raising the boom from the lower boom position to raise an available torque from the first torque level; a second hydraulic cylinder for upwardly rotating a bucket associated with the vehicle; a controller (18, 118, 218, 318) for sending first control data or a first control signal for controlling the first hydraulic cylinder to raise the boom if the first torque level exceeds a first torque threshold and for sending second control data or a second control signal to upwardly rotate the bucket if the detected second torque level meets or exceeds a second torque threshold, wherein the first torque threshold is based on a first maximum level of torque associated with the vehicle in the lower boom position and wherein the second torque threshold is based on a second maximum level of torque associated with the vehicle in the elevated boom position; the lower boom position having a boom height less than a critical height and the elevated boom position having a boom height greater than or equal to the critical height; characterized in that the controller (18, 118, 218, 318) is arranged to increase an initial rate of upward boom movement associated with the boom to a higher rate of boom movement proportionally to an increase in the detected first torque level during a time interval, wherein the controller (18, 118, 218, 318) generates the first control signal or first control data to increase an opening of a valve associated with the first hydraulic cylinder; and that the controller (18, 118, 218, 318) is arranged to increase an initial rate of upward rotation associated with the bucket to a higher rate of bucket rotation proportionally to an increase in the detected second torque level during a time interval, wherein the controller (18, 118, 218, 318) generates the second control signal or second control data to increase an opening of a valve associated with the second hydraulic cylinder.
A method for generating a digital image of at least a portion of a value document by means of a line camera from sequences of capture pixel data (D i), which are obtainable by the portion of the value document being transported in a specified transport direction at a specified speed through capture pixel regions that extend in the transport direction and are disposed transversally to the transport direction, during said transport past capturing for the capture pixel regions, respectively during integration intervals of a specified sequence of integration intervals, at least one property of optical radiation coming from the respective capture pixel region, and generating, as a sequence of capture pixel data (D i), a time sequence of capture pixel data (D i) respectively allocated to the integration intervals, said data reproducing the property of the optical radiation from the respective capture pixel region, integrated over the respective integration interval and the respective capture pixel region, wherein in the method the sequences of capture pixel data (D i) are employed as pixel data for local sequences of pixels along the transport direction for the digital image of the portion of the value document, and capture pixel data (D i) of at least one of the sequences of capture pixel data (D i) are corrected while employing capture pixel data (D i) of the same sequence which are allocated to respectively different integration intervals, the correction being effected independently of capture pixel data of a different one of the sequences of capture pixel data, in such a fashion as to reduce influences on the capture pixel data (D i) of the movement of the value document in the transport direction at the specified speed during the capture of the capture pixel data (D i).
A premix heat exchange cell comprising: - a casing adapted to contain a liquid/gas heat exchanger and a combustion space adjacent to the exchanger; - a door configured for being removably fastened to the casing for closing the casing, in use, and adapted to be removed from the casing to allow access inside the casing for maintenance operations; - said door comprising a mixture feeding duct having a first duct end connected to a door through opening of the door and ending up inside the casing at the combustion space, said mixture feeding duct having a free second duct end (21") adapted to receive an incoming fuel gas/combustion air mixture from a premixer; - a multifunctional sleeve - wherein said multifunctional sleeve comprises: - a tubular portion; - a first fluidic connection portion at a first tubular portion end of the tubular portion, configured for being removably fastened to the second duct end (21"); - a second fluidic connection portion at a second tubular portion end of the tubular portion, opposite to the first end, suitable for being removably fastened to the premixer; - a fastening device configured for removably fastening the multifunctional sleeve to the casing, outside the casing. - a casing adapted to contain a liquid/gas heat exchanger and a combustion space adjacent to the exchanger; - a door configured for being removably fastened to the casing for closing the casing, in use, and adapted to be removed from the casing to allow access inside the casing for maintenance operations; - said door comprising a mixture feeding duct having a first duct end connected to a door through opening of the door and ending up inside the casing at the combustion space, said mixture feeding duct having a free second duct end (21") adapted to receive an incoming fuel gas/combustion air mixture from a premixer; - a multifunctional sleeve - wherein said multifunctional sleeve comprises: - a tubular portion; - a first fluidic connection portion at a first tubular portion end of the tubular portion, configured for being removably fastened to the second duct end (21"); - a second fluidic connection portion at a second tubular portion end of the tubular portion, opposite to the first end, suitable for being removably fastened to the premixer; - a fastening device configured for removably fastening the multifunctional sleeve to the casing, outside the casing. - a tubular portion; - a first fluidic connection portion at a first tubular portion end of the tubular portion, configured for being removably fastened to the second duct end (21"); - a second fluidic connection portion at a second tubular portion end of the tubular portion, opposite to the first end, suitable for being removably fastened to the premixer; - a fastening device configured for removably fastening the multifunctional sleeve to the casing, outside the casing.
Process for the production of spherical, non-fibrillar cellulose particles with a particle size in the range of 1 μm to 400 μm from a solution of non-derivatised cellulose in a blend of an organic substance and water characterised in that the solution is cooled down to below its solidification temperature free flowing, the solvent is washed out, the solidified cellulose solution is disintegrated, the solvent is washed out and the disintegrated and washed out particles are dried.
A device for detecting passage of a liquid comprising: an electrically non conductive main body provided with a passage channel for said liquid, said passage channel having a narrowing portion; said main body further including at least a pair of holes (13,15) made on opposite lateral sides relative to said passage channel; said device further comprising two electrodes (42,44) and at least a pair of electrical conductive elements arranged on opposite sides relative to said narrowing portion and arranged to be inserted in the channel such that through holes (33, 35) in said electrical conductive elements are aligned with the holes (13, 15) of the main body, and each conductive element having a passage for said liquid; said device being characterized in that it is positioned with vertical central axis and perpendicular to the ground, and said holes (13,15) are positioned at different heights relative to the vertical axis of the device, said electrodes (42,44) being inserted into said holes (13,15) of the main body and into said holes (33,35) of the conductive elements, such that they are fully buried in the device body, and said electrically conductive elements having a conical portion, converging to a cylindrical circular portion and each electrically conducting element being positioned at a reciprocal distance in the range of 5 mm to 15 mm determined by the thickness of the narrowing portion to detect at least the presence of a minimum level of detectable water flowing through said vertically installed device descending by gravity along the conical portion of the upper conductive element, that causing an acceleration allowing the minimum level of water to contact the circular portion of the lower conductive element so creating an electric continuity and the consequent circulation of a current between the two conductive elements.
A compound of formula: or an enantiomer, a mixture of enantiomers, or a mixture of two or more diastereomers thereof; or a pharmaceutically acceptable salt, solvate, or hydrate thereof; wherein: R 2 is CH 3 or CF 3; R 3 is hydrogen, (C 1 -C 4)alkyl, or benzyl; R 9 is chloro or CF 3; R 10 is fluoro, chloro, or CF 3; R 11 is hydrogen, fluoro, chloro, CF 3, or (C 1 -C 4)alkyl; R 12 is fluoro, chloro, bromo, methyl, hydroxyl, or methoxy; and n is 0, 1, or 2; with the proviso that, when R 9 and R 10 are both CF 3, R 11 is hydrogen, and n is 2; then R 12 is not chloro. R 2 is CH 3 or CF 3; R 3 is hydrogen, (C 1 -C 4)alkyl, or benzyl; R 9 is chloro or CF 3; R 10 is fluoro, chloro, or CF 3; R 11 is hydrogen, fluoro, chloro, CF 3, or (C 1 -C 4)alkyl; R 12 is fluoro, chloro, bromo, methyl, hydroxyl, or methoxy; and n is 0, 1, or 2;
Method performed by a radio access network node of a wireless communication network, for handling a wireless communication device capable of alternating between an idle state, in which the wireless communication device does not listen to wireless signals from the wireless communication network, and an active state, in which the wireless communication device listens to wireless signals from the wireless communication network, the method comprising: receiving packets related to a communication between the wireless communication device and an external node having a packet address external of the wireless communication network, determining whether the packets are directed only from the external node towards the wireless communication device; and when the packets are determined to be directed only from the external node towards the wireless communication device, refraining from sending a paging notification related to the packets to be sent to the wireless communication device for a first time period including at least a first in time occurring active state of the wireless communication device after the determination, and when the packets are determined not to be directed only from the external node towards the wireless communication device, sending the paging notification related to the packets to the wireless communication device at the first in time occurring active state of the wireless communication device after the determination. receiving packets related to a communication between the wireless communication device and an external node having a packet address external of the wireless communication network, determining whether the packets are directed only from the external node towards the wireless communication device; and when the packets are determined to be directed only from the external node towards the wireless communication device, refraining from sending a paging notification related to the packets to be sent to the wireless communication device for a first time period including at least a first in time occurring active state of the wireless communication device after the determination, and when the packets are determined not to be directed only from the external node towards the wireless communication device, sending the paging notification related to the packets to the wireless communication device at the first in time occurring active state of the wireless communication device after the determination.
A method of displaying parking assist information, the method being used in a parking assist apparatus comprising: a control device configured to specify a parking space (Me) on a basis of a parking condition that is preliminarily defined; and a display configured to display the parking space (Me) specified by the control device in a predetermined display region defined on a display surface, wherein, when an area of a region that is occupied by the parking space (Me) and displayed in the display region is less than a predetermined value, a mark is displayed on the display; characterized in that the mark indicates that the parking space (Me) exists in a region that is not displayed in the display region; the display is configured to receive input information; and the control device is configured to, when selection information of the mark is input, set the parking space (Me) associated with the mark as a target parking space (Mo). a control device configured to specify a parking space (Me) on a basis of a parking condition that is preliminarily defined; and a display configured to display the parking space (Me) specified by the control device in a predetermined display region defined on a display surface, wherein, when an area of a region that is occupied by the parking space (Me) and displayed in the display region is less than a predetermined value, a mark is displayed on the display; characterized in that the mark indicates that the parking space (Me) exists in a region that is not displayed in the display region; the display is configured to receive input information; and the control device is configured to, when selection information of the mark is input, set the parking space (Me) associated with the mark as a target parking space (Mo).
A method of extending a user interface, UI, of a target application displayed on a computer system, the method comprising: receiving a system notification from an operating system indicating a UI event associated with a UI state of the operating system, wherein the UI state defines graphical properties of a set of target UI objects related to the target application, the graphical properties including a height, width, and location of a target UI object, and wherein the UI event indicates a graphical property update for the target UI object; updating a UI sub-state for the target application based on the received system notification, wherein the UI sub-state is separate from the UI state of the operating system and includes only a subset of target UI objects of the target application; generating a UI extension for a target UI object in the subset of target UI objects of the target application based on the UI sub-state, the UI extension having a height, width and location in coordination with the height, width and location of the target UI object, wherein the UI extension provides an interface for enhancements and/or additional capabilities for the target application; and causing display of the UI extension in coordination with the target UI object. receiving a system notification from an operating system indicating a UI event associated with a UI state of the operating system, wherein the UI state defines graphical properties of a set of target UI objects related to the target application, the graphical properties including a height, width, and location of a target UI object, and wherein the UI event indicates a graphical property update for the target UI object; updating a UI sub-state for the target application based on the received system notification, wherein the UI sub-state is separate from the UI state of the operating system and includes only a subset of target UI objects of the target application; generating a UI extension for a target UI object in the subset of target UI objects of the target application based on the UI sub-state, the UI extension having a height, width and location in coordination with the height, width and location of the target UI object, wherein the UI extension provides an interface for enhancements and/or additional capabilities for the target application; and causing display of the UI extension in coordination with the target UI object.
Transparent pane having an electrically heatable coating, which is electrically connected to at least two first electrodes (11, 11') provided for electrical connection to the two terminals of a voltage source such that by applying a feed voltage, a heating current flows over a heating field formed between the two first electrodes (11, 11'), wherein the heating field includes at least one coating-free zone (14, 14', 14"), which is bounded by a zone edge formed at least in sections by the heatable coating, with at least one second electrode (15, 15') provided for electrical connection to the one terminal of the voltage source, which electrode has at least one supply section (16, 16') disposed at least in sections in the coating-free zone and one or a plurality of connection sections (21, 21') connected to the supply section (16, 16'), wherein the connection sections (21, 21') extend, in each case, starting from the coating-free zone, beyond an edge section (19', 27) of the zone edge, wherein the edge section (19', 27) is formed by a section of the heating field that is situated between the coating-free zone and the first electrode provided for connection to the other terminal of the voltage source, characterized in that the second electrode (15, 15') is produced from a metallic printing paste in a printing method and has a resistance such that upon applying the feed voltage, the heating current flowing through the heating field has an at least approximately homogeneous current density distribution, wherein the length of the supply section (16, 16') is dimensioned such that the second electrode (15, 15') has a predefinable electric resistance, which is equivalent to the sheet resistance of the heatable coating in a surface area that corresponds to the coating free zone.
Blade, namely a rotor blade, of a high-speed turbine stage of an aircraft gas turbine, in particular of an aircraft engine, which turbine stage is coupled to the fan by means of a gear, so that, during operation, the rotor blade ring(s) of this turbine stage rotate(s) faster than the fan, comprising a radially inwardly arranged blade root, a radially outer shroud, and an airfoil extending between the blade root and the shroud, the outer shroud comprising only a single sealing element projecting radially from the shroud, namely only a single sealing fin, characterized in that the blade is made of a brittle material, namely a material in which a maximum total elongation of <2% occurs at room temperature, and a blade shroud weight weighs less than 7 grams. a radially inwardly arranged blade root, a radially outer shroud, and an airfoil extending between the blade root and the shroud, the outer shroud comprising only a single sealing element projecting radially from the shroud, namely only a single sealing fin, characterized in that the blade is made of a brittle material, namely a material in which a maximum total elongation of <2% occurs at room temperature, and a blade shroud weight weighs less than 7 grams.
Fastening part of at least one mesh panel consisting of a trellis of vertical and horizontal wires to a fence post, said post comprising on two opposite sides a groove (10A, 10B) for receiving a vertical edge of said mesh panel, each of said grooves (10A, 10B) comprising a bottom wall bordered on one side by a side wall extending substantially perpendicular to the bottom wall and on the other side by a wing curved towards the inside of the groove (10A, 10B) and having a free edge, or rim, spaced from the bottom wall so that the wing delimits an open cavity opening into the groove (10A, 10B), openings being distributed regularly along the side wall of each of said grooves (10A, 10B), said fastening part of said panel on the post comprising at one end two locking lugs each intended to be introduced into two openings of said side wall of the groove for receiving the post, and at the other opposite end at least one locking tongue intended to be housed in the internal cavity of the wing by elastic deformation of the latter, the locking lugs and the locking tongue each having a curved portion in the shape of a hook intended to be engaged at the rear of said side wall of the post and at the rear of the rim of the opposite wing respectively over a predetermined length so as to prevent the removal of the fastening part once the latter has been assembled to the post. openings being distributed regularly along the side wall of each of said grooves (10A, 10B), said fastening part of said panel on the post comprising at one end two locking lugs each intended to be introduced into two openings of said side wall of the groove for receiving the post, and at the other opposite end at least one locking tongue intended to be housed in the internal cavity of the wing by elastic deformation of the latter, the locking lugs and the locking tongue each having a curved portion in the shape of a hook intended to be engaged at the rear of said side wall of the post and at the rear of the rim of the opposite wing respectively over a predetermined length so as to prevent the removal of the fastening part once the latter has been assembled to the post.