mhurhangee/ep-ind-claims huggingface dataset:
Electric module comprising: a fastening device adapted for fastening at least one electric conductor unit to be fastened at the electric module, the fastening device, which is part of the housing of the electric module, comprising: a screw nut compartment adapted to receive a screw nut, the screw nut compartment having - an open first side for inserting the screw nut and / or a screw, the fastening device further comprising a stiffening extension, wherein the screw nut compartment has a second side arranged opposite to the first side, and the stiffening extension is formed at the second side of the screw nut compartment and has a non-circular cross section, characterized in that the electric module comprises a viscous or solid material, and wherein an outer surface of the stiffening extension is in contact with the viscous or solid material. a fastening device adapted for fastening at least one electric conductor unit to be fastened at the electric module, the fastening device, which is part of the housing of the electric module, comprising: a screw nut compartment adapted to receive a screw nut, the screw nut compartment having - an open first side for inserting the screw nut and / or a screw, the fastening device further comprising a stiffening extension, wherein the screw nut compartment has a second side arranged opposite to the first side, and the stiffening extension is formed at the second side of the screw nut compartment and has a non-circular cross section, characterized in that the electric module comprises a viscous or solid material, and wherein an outer surface of the stiffening extension is in contact with the viscous or solid material. a screw nut compartment adapted to receive a screw nut, the screw nut compartment having - an open first side for inserting the screw nut and / or a screw, - an open first side for inserting the screw nut and / or a screw, the fastening device further comprising a stiffening extension, wherein the screw nut compartment has a second side arranged opposite to the first side, and the stiffening extension is formed at the second side of the screw nut compartment and has a non-circular cross section, characterized in that the electric module comprises a viscous or solid material, and wherein an outer surface of the stiffening extension is in contact with the viscous or solid material.
Process for producing a solid electrolyte capacitor having an anode of a sintered fine NbO x powder, where 0.5 < x < 1.7, by forming an anode green body, sintering so as to provide an anode body, electrolytically oxidizing, and providing the electrolytically oxidized anode body with a cathode, wherein the forming of the green body is performed without applying a pressure, characterized in that the forming is performed by applying a paste having the NbO x powder and an organic binder to a two-dimensional niobium or tantalum sheet, drying the paste, and removing the binder by heating to a temperature in the range from 350 to 550 °C.
Mobile self-propelling robot for performing activities autonomously; the robot comprising: a drive module for moving the robot over the floor area; a processing module for performing the activities during a processing operation; at least one sensor module for collecting information concerning the structure of the environment; a detector module, which is designed to detect a displacement of the robot before or during a processing operation; and a navigation module, which is designed to navigate the robot over the floor area during the processing operation with the help of a map of the environment, and to memorize and manage one or several maps of the environment, characterized in that the navigation module is further designed to perform a global self-localization, when the detector module has detected a displacement of the robot, wherein during the global self-localization - without or with only limited previous knowledge of the exact position of the robot relative to the map - it is detected whether and where the robot is located inside the memorized maps. a drive module for moving the robot over the floor area; a processing module for performing the activities during a processing operation; at least one sensor module for collecting information concerning the structure of the environment; a detector module, which is designed to detect a displacement of the robot before or during a processing operation; and a navigation module, which is designed to navigate the robot over the floor area during the processing operation with the help of a map of the environment, and to memorize and manage one or several maps of the environment, characterized in that the navigation module is further designed to perform a global self-localization, when the detector module has detected a displacement of the robot, wherein during the global self-localization - without or with only limited previous knowledge of the exact position of the robot relative to the map - it is detected whether and where the robot is located inside the memorized maps.
A method for encapsulating a liquid or pasty substance in a cross-linked encapsulation material, characterized in that the liquid or pasty substance and an inorganic at least partially condensed and organic polymerizable inorganic-organic hybrid material are co-extruded as a cross-linkable precursor material of the encapsulation material through a nozzle, such that the cross-linkable precursor material surrounds the liquid or pasty substance, whereupon the co-extruded material is passed through a curing zone which is a section filled with air or an inert gas, in which a cross-linking of the precursor material is effected by thermally induced polymerization or polymerization induced using actinic radiation to polymerize the organic polymerizable groups of the inorganic at least partially condensed and organic polymerizable inorganic-organic hybrid material, wherein the residence time of the co-extruded material in this curing zone is 0.01 to 0.5 sec.
A substrate having thereon a marking or layer comprising a cured chiral liquid crystal precursor composition, wherein the chiral liquid crystal precursor composition comprises at least one salt that changes the position of a selective reflection band exhibited by the cured composition compared to a position of a selective reflection band exhibited by a cured composition that does not contain the at least one salt, and wherein a modifying resin made from one or more polymerizable monomers is disposed between the substrate and the marking or layer and in contact with the marking or layer in one or more areas thereof, the modifying resin changing a position of the selective reflection band exhibited by the cured chiral liquid crystal precursor composition comprising the at least one salt, on the substrate in the one or more areas.
A method performed by a mobile computing device configured with a network interface for wireless connectivity to a network, comprising: maintaining a current wireless connection to an access point; receiving information that describes connectivity heuristics for other available access points operable inside a geofence of the mobile computing device and for mobile devices which share at least some hardware or software characteristics with the mobile computing device; passively monitoring one or more layers of one or more network stacks to gather statistics that describe performance of the currently utilized access point to which the mobile computing device has the current wireless connection; predicting a future failure of the current wireless connection with the currently utilized access point by comparing the gathered statistics, which describe performance of the currently utilized access point, with the connectivity heuristics for the other available access points to identify indications of a decrease in network performance of the current wireless connection with the currently utilized access point below a threshold; and responsively to the prediction, switching to a new access point before the current wireless connection fails. maintaining a current wireless connection to an access point; receiving information that describes connectivity heuristics for other available access points operable inside a geofence of the mobile computing device and for mobile devices which share at least some hardware or software characteristics with the mobile computing device; passively monitoring one or more layers of one or more network stacks to gather statistics that describe performance of the currently utilized access point to which the mobile computing device has the current wireless connection; predicting a future failure of the current wireless connection with the currently utilized access point by comparing the gathered statistics, which describe performance of the currently utilized access point, with the connectivity heuristics for the other available access points to identify indications of a decrease in network performance of the current wireless connection with the currently utilized access point below a threshold; and responsively to the prediction, switching to a new access point before the current wireless connection fails.
An apparatus, comprising: a first optical transceiver having a first plurality of electrical transmitters operatively coupled to a switch, each electrical transmitter from the first plurality of electrical transmitters configured to transmit an electrical signal from a plurality of electrical signals, the first optical transceiver including a controller and a variable optical attenuator, the switch configured to switch an electrical signal from the plurality of electrical signals such that the plurality of electrical signals are transmitted via a second plurality of electrical transmitters, each electrical transmitter from the second plurality of electrical transmitters operatively coupled to an optical transmitter from a plurality of optical transmitters, the plurality of optical transmitters being operatively coupled to an optical multiplexer; wherein the controller is operatively coupled to the switch, the variable optical attenuator and an optical portion of the first optical transceiver, the controller being configured to automatically identify a failure within the first optical transceiver and to send a first control signal to the switch in response to the failure, and wherein the controller is further configured to send a second control signal to the variable optical attenuator in response to the failure such that the variable optical attenuator modulates with a signal representing control information for a second optical transceiver operatively coupled to the first optical transceiver, the control information associated with the failure. a first optical transceiver having a first plurality of electrical transmitters operatively coupled to a switch, each electrical transmitter from the first plurality of electrical transmitters configured to transmit an electrical signal from a plurality of electrical signals, the first optical transceiver including a controller and a variable optical attenuator, the switch configured to switch an electrical signal from the plurality of electrical signals such that the plurality of electrical signals are transmitted via a second plurality of electrical transmitters, each electrical transmitter from the second plurality of electrical transmitters operatively coupled to an optical transmitter from a plurality of optical transmitters, the plurality of optical transmitters being operatively coupled to an optical multiplexer; wherein the controller is operatively coupled to the switch, the variable optical attenuator and an optical portion of the first optical transceiver, the controller being configured to automatically identify a failure within the first optical transceiver and to send a first control signal to the switch in response to the failure, and wherein the controller is further configured to send a second control signal to the variable optical attenuator in response to the failure such that the variable optical attenuator modulates with a signal representing control information for a second optical transceiver operatively coupled to the first optical transceiver, the control information associated with the failure.
A vent assembly for a blowing device, comprising: a frame having an air outlet therein; and an air deflector pivotally provided in the air outlet and configured to open or close the air outlet, wherein: the air deflector is provided with a first attraction member; the frame is provided with a second attraction member in a corresponding position; and the second attraction member is configured to attract the first attraction member when the air deflector is closed, such that the air deflector is arranged in a plane of the air outlet, wherein: the frame is provided with a rotation driving member; characterized in that the air deflector has a first end connected to the rotation driving member through a first rotating shaft; and the first attraction member is arranged to a second end of the air deflector away from the first end. a frame having an air outlet therein; and an air deflector pivotally provided in the air outlet and configured to open or close the air outlet, wherein: the air deflector is provided with a first attraction member; the frame is provided with a second attraction member in a corresponding position; and the second attraction member is configured to attract the first attraction member when the air deflector is closed, such that the air deflector is arranged in a plane of the air outlet, wherein: the frame is provided with a rotation driving member; characterized in that the air deflector has a first end connected to the rotation driving member through a first rotating shaft; and the first attraction member is arranged to a second end of the air deflector away from the first end. the air deflector is provided with a first attraction member; the frame is provided with a second attraction member in a corresponding position; and the second attraction member is configured to attract the first attraction member when the air deflector is closed, such that the air deflector is arranged in a plane of the air outlet, wherein: the frame is provided with a rotation driving member; characterized in that the air deflector has a first end connected to the rotation driving member through a first rotating shaft; and the first attraction member is arranged to a second end of the air deflector away from the first end. the frame is provided with a rotation driving member; characterized in that the air deflector has a first end connected to the rotation driving member through a first rotating shaft; and the first attraction member is arranged to a second end of the air deflector away from the first end.
An apparatus for lifting vehicles, the apparatus comprising: (a) a runway configured to vertically lift a vehicle by transitioning from a lowered position to a raised position; (b) a third armature assembly comprising a third front end and a third rear end; (c) a base; (d) a first armature assembly pivotally coupled to the base and the third armature assembly; (e) a second armature assembly pivotally coupled to the base and the third front end of the third armature assembly; and (f) an actuation assembly configured to actuate the third armature assembly relative to the base, thereby transitioning the runway from the lowered position to the raised position; the runway includes pin blocks, the third rear end of the third armature assembly is pivotally coupled to the pin blocks; the first armature assembly is coupled to the base by a first pin and to the third armature assembly by a third pin; the second armature assembly is coupled to the base by a second pin; and characterized in that the actuation assembly is pivotally coupled to the third pin and the second pin. (a) a runway configured to vertically lift a vehicle by transitioning from a lowered position to a raised position; (b) a third armature assembly comprising a third front end and a third rear end; (c) a base; (d) a first armature assembly pivotally coupled to the base and the third armature assembly; (e) a second armature assembly pivotally coupled to the base and the third front end of the third armature assembly; and (f) an actuation assembly configured to actuate the third armature assembly relative to the base, thereby transitioning the runway from the lowered position to the raised position;
SCR-catalyst for an exhaust gas treatment system for selective catalytic reduction of nitrogen oxides with ammonia in an exhaust gas treatment system for a combustion engine, the SCR-catalyst being prepared by a process comprising the steps of: a) Modifying a Cu/zeolite-containing support by removal of copper and aluminum extra-lattice species from the Cu/zeolite; b) Calcinations of the modified zeolite-containing support at a temperature of at least 550 °C, in particular at 600 °C; c) Insertion of Cu, Cu/Ce, Mn/Ce or Co/Ce into the calcined support by ion-exchange and/or impregnation, whereas the removal of Cu and Al extra-lattice species is carried out with citrate containing solution, in particular comprising citric acid and diammonium hydrogen citrate, whereas the removal and calcinations steps are repeated at least once, until the modified Cu/zeolite is free from copper and extra-lattice aluminum species. a) Modifying a Cu/zeolite-containing support by removal of copper and aluminum extra-lattice species from the Cu/zeolite; b) Calcinations of the modified zeolite-containing support at a temperature of at least 550 °C, in particular at 600 °C; c) Insertion of Cu, Cu/Ce, Mn/Ce or Co/Ce into the calcined support by ion-exchange and/or impregnation,
A support for installing opening and closing devices in lock cylinders characterised in that it comprises: a base structure configured to be assembled an opening and closing device, wherein the base structure in turn comprises an opening (1.4); a tightening system (6,7); fastening elements distributed along the perimeter in the opening (1.4); wherein the opening (1.4) houses an end of the cylinder of the lock and wherein in use the fastening elements fasten the base structure to the end of the cylinder of the lock by means of a pressure exerted by the tightening system (6, 7). a base structure configured to be assembled an opening and closing device, wherein the base structure in turn comprises an opening (1.4); a tightening system (6,7); fastening elements distributed along the perimeter in the opening (1.4);
A method for stabilizing a spin element (10, 20), the spin element including: a current-carrying part (2, 12) extending in a first direction; and an element part (1A, 11A) laminated on one surface of the current-carrying part and including a ferromagnetic material, the method comprising: applying a pulse current having a current density of 1.0×10 7 A/cm 2 or more and 1.0×10 9 A/cm 2 or less and a pulse width of 1 nsec or more and 100 nsec or less 10 8 times or more in the first direction of the current-carrying part at intervals of a waiting time 10 or more times longer than the pulse width of the pulse current to be applied in the case where an environmental temperature is 20°C or higher and lower than 50°C. the spin element including: a current-carrying part (2, 12) extending in a first direction; and an element part (1A, 11A) laminated on one surface of the current-carrying part and including a ferromagnetic material, the method comprising: applying a pulse current having a current density of 1.0×10 7 A/cm 2 or more and 1.0×10 9 A/cm 2 or less and a pulse width of 1 nsec or more and 100 nsec or less 10 8 times or more in the first direction of the current-carrying part at intervals of a waiting time 10 or more times longer than the pulse width of the pulse current to be applied in the case where an environmental temperature is 20°C or higher and lower than 50°C.
A connector electrically connected to a plurality of front-surface electrodes arranged side by side on a front surface of a planar sensor element and to a plurality of back-surface electrodes arranged side by side on a back surface of the sensor element, the connector comprising: a first housing configured to hold a plurality of long narrow contact fittings arranged at respective positions opposite the plurality of front-surface electrodes of the sensor element in a direction substantially orthogonal to the length of the contact fittings; and a second housing configured to hold a plurality of long narrow contact fittings arranged at respective positions opposite the plurality of back-surface electrodes of the sensor element in a direction substantially orthogonal to the length of the contact fittings, wherein each of the contact fittings is obtained by bending a die-cut member having a metal plate portion of substantially rectangular shape and a metal piece; each of the contact fittings having a conducting portion that is in contact with the front-surface electrode or the back-surface electrode; and the metal piece is folded to be accommodated within a region directly above a surface of the metal plate portion opposite a surface in contact with the front-surface electrode or the back-surface electrode, and the metal piece is bent in a direction along the length of the metal plate portion to form a hook to be retained by the first housing or the second housing characterized in that the metal piece connects to a long side of the metal plate portion. a first housing configured to hold a plurality of long narrow contact fittings arranged at respective positions opposite the plurality of front-surface electrodes of the sensor element in a direction substantially orthogonal to the length of the contact fittings; and a second housing configured to hold a plurality of long narrow contact fittings arranged at respective positions opposite the plurality of back-surface electrodes of the sensor element in a direction substantially orthogonal to the length of the contact fittings, wherein each of the contact fittings is obtained by bending a die-cut member having a metal plate portion of substantially rectangular shape and a metal piece; each of the contact fittings having a conducting portion that is in contact with the front-surface electrode or the back-surface electrode; and the metal piece is folded to be accommodated within a region directly above a surface of the metal plate portion opposite a surface in contact with the front-surface electrode or the back-surface electrode, and the metal piece is bent in a direction along the length of the metal plate portion to form a hook to be retained by the first housing or the second housing
Installation element for a pneumatic vehicle tyre for improving vehicle visibility, which installation element has a light-emitting diode (8, 8') and a transparent covering body (9, 9') which is arranged radially outside the light-emitting diode (8, 8'), and which installation element is embedded in the tread of a pneumatic vehicle tyre, so that the light of the light-emitting diode (8, 8') can be identified when looking at the tread, characterized in that the installation element is a spike which is inserted into the tread and which contains at least one insert (7, 7') which comprises the light-emitting diode (8, 8') and the transparent covering body (9, 9').