mhurhangee/ep-ind-claims huggingface dataset:
A flexible light emitting element, comprising: a plate-like portion having: a one surface side being a concave surface side, an other surface side being a convex surface side, a glass substrate, the glass substrate comprising a first surface and a second surface, the second surface being the surface positioned towards the convex surface side among the both surfaces of the glass substrate, an organic functional layer which includes a light emitting layer, and is on one surface side of the glass substrate, a sealing layer on the organic functional layer, the sealing layer comprising an inorganic solid, and a resin layer positioned on the second surface side of the glass substrate, the resin layer is thicker than the glass substrate, and a fixation member (300, 400) able to be subjected to plastic deformation and fixed to the convex surface side of the plate-like portion, wherein, in a thickness direction of the glass substrate, the entire glass substrate is shifted towards the concave surface side of the plate-like portion from a center of the thickness direction of the plate-like portion. a one surface side being a concave surface side, an other surface side being a convex surface side, a glass substrate, the glass substrate comprising a first surface and a second surface, the second surface being the surface positioned towards the convex surface side among the both surfaces of the glass substrate, an organic functional layer which includes a light emitting layer, and is on one surface side of the glass substrate, an other surface side being a convex surface side, a glass substrate, the glass substrate comprising a first surface and a second surface, the second surface being the surface positioned towards the convex surface side among the both surfaces of the glass substrate, an organic functional layer which includes a light emitting layer, and is on one surface side of the glass substrate, a sealing layer on the organic functional layer, the sealing layer comprising an inorganic solid, and a resin layer positioned on the second surface side of the glass substrate, the resin layer is thicker than the glass substrate, and a fixation member (300, 400) able to be subjected to plastic deformation and fixed to the convex surface side of the plate-like portion, wherein, in a thickness direction of the glass substrate, the entire glass substrate is shifted towards the concave surface side of the plate-like portion from a center of the thickness direction of the plate-like portion.
A method performed at a network controller, the method comprising: discovering a topology and link capacities for a network, the network controller in communication with a plurality of spine nodes and leaf nodes, said link capacities comprising capacities for links between the spine nodes and the leaf nodes; identifying a flow received from a source at one of the leaf nodes; upon identifying the flow, selecting one of the spine nodes to receive the flow from the leaf node based, at least in part, on said link capacities, the method being characterised in transmitting the flow from the leaf node receiving the flow from the source to the selected one of the spine nodes before requests are received for the flow from receivers and dropping the flow at the spine node when no receivers are requesting the flow; selecting an uplink for transmitting the flow from the leaf node to the spine node; programming the leaf node receiving the flow from the source to transmit the flow to the selected spine node and programming the selected spine node to transmit the flow to one of the leaf nodes in communication with a receiver requesting the flow. discovering a topology and link capacities for a network, the network controller in communication with a plurality of spine nodes and leaf nodes, said link capacities comprising capacities for links between the spine nodes and the leaf nodes; identifying a flow received from a source at one of the leaf nodes; upon identifying the flow, selecting one of the spine nodes to receive the flow from the leaf node based, at least in part, on said link capacities, the method being characterised in transmitting the flow from the leaf node receiving the flow from the source to the selected one of the spine nodes before requests are received for the flow from receivers and dropping the flow at the spine node when no receivers are requesting the flow; selecting an uplink for transmitting the flow from the leaf node to the spine node; programming the leaf node receiving the flow from the source to transmit the flow to the selected spine node and programming the selected spine node to transmit the flow to one of the leaf nodes in communication with a receiver requesting the flow.
Aerodynamically shaped, active towed element which can be towed through the air by a powered aerial device by means of towing cable, with a fuselage at least convex it its vertical and horizontal longitudinal plane with an equipment chamber, in which at least one energy supply and a control device are arranged, and load chamber, as well as with two wings arranged in the rear part of the fuselage and a tail fin with rudders (05, 06) adjustable by the control device and with a coupling for the towing cable characterised in that the fuselage is triangular in its cross-section, wherein two upper corners are located on the upper side of the fuselage and one lower corner is on the underside of the fuselage and wherein the fuselage in its vertical longitudinal plane is only convex on the upper side and is straight on the underside and each of the two wings is divided into a small and a large segment (07, 08), wherein the small segment pointing downwards adjoins the fuselage in the area of the lower corner and the large segment, pointing upwards, adjoins the small segment and wherein each small segment comprises a further load chamber.
Method for the surface treatment of an object, characterised in that it comprises the following steps: • soaking said object in a solution comprising a concentrated acid or a mixture of concentrated acids, and having a pH of between 0 and 2, in order to impregnate the surface of said object; • removing said object from said acid solution; • heating said object at a temperature between 140°C and 180°C, until melting of the surface is obtained; and • cooling said object. • soaking said object in a solution comprising a concentrated acid or a mixture of concentrated acids, and having a pH of between 0 and 2, in order to impregnate the surface of said object; • removing said object from said acid solution; • heating said object at a temperature between 140°C and 180°C, until melting of the surface is obtained; and • cooling said object.
A method comprising: committing a new or modified record to a first data store, wherein a search index is associated with the first data store; in parallel with the committing, storing information associated with the new or modified record to a second data store, wherein the second data store comprises records comprising information queued for entry into the search index; receiving a search query; searching the search index for records responsive to the search query; searching a second data store for records responsive to the search query; receiving search results from said searching the search index and said searching the second data store; displaying the search results; updating the search index using the information; and in response to the updating, removing the information from the second data store. committing a new or modified record to a first data store, wherein a search index is associated with the first data store; in parallel with the committing, storing information associated with the new or modified record to a second data store, wherein the second data store comprises records comprising information queued for entry into the search index; receiving a search query; searching the search index for records responsive to the search query; searching a second data store for records responsive to the search query; receiving search results from said searching the search index and said searching the second data store; displaying the search results; updating the search index using the information; and in response to the updating, removing the information from the second data store.
An applicator for dispensing material, the applicator comprising: a syringe defining an inlet, an outlet, and a chamber extending from the inlet to the outlet; a piston disposed within the chamber; a plunger attached to the piston, wherein the piston is configured to move with the plunger through the chamber; an actuation mechanism configured to linearly translate the piston through the chamber so as to dispense material through the outlet; a sensor attached to the plunger, wherein the sensor is configured to sense a plurality of linear movements of the plunger; and characterized by a controller configured to adjust operation of the actuation mechanism based on an average of the plurality of linear movements sensed by the sensor such that the piston repeatedly dispenses a predetermined amount of the material from the outlet of the syringe over a plurality of dispense cycles. a syringe defining an inlet, an outlet, and a chamber extending from the inlet to the outlet; a piston disposed within the chamber; a plunger attached to the piston, wherein the piston is configured to move with the plunger through the chamber; an actuation mechanism configured to linearly translate the piston through the chamber so as to dispense material through the outlet; a piston disposed within the chamber; a plunger attached to the piston, wherein the piston is configured to move with the plunger through the chamber; an actuation mechanism configured to linearly translate the piston through the chamber so as to dispense material through the outlet; a sensor attached to the plunger, wherein the sensor is configured to sense a plurality of linear movements of the plunger; and characterized by a controller configured to adjust operation of the actuation mechanism based on an average of the plurality of linear movements sensed by the sensor such that the piston repeatedly dispenses a predetermined amount of the material from the outlet of the syringe over a plurality of dispense cycles.
Use of a material belonging to the family of the centrosymmetric Mott insulators which are not n- or p-doped and are configured with an energy band gap at the Fermi level, thus having an electrically insulating nature, as active material of a resistive switching data storage memory, said material being placed between two electrical electrodes, each electrode forming an interface with said material and having a work function which is substantially identical to that of said material at the level of said interface so as to form an ohmic contact, and by means of which an electric field of a predetermined value is applied in order to form, by an electron avalanche effect in the material, an elementary information cell containing at least two logic states.
A process for producing carbon monoxide from a feed stream comprising carbon dioxide and natural gas and/or naphtha, the process comprising • a syngas generation step comprising steam reforming where a first syngas stream is generated from the feed stream, • a CO2 removal step where at least a part of the CO2 is removed from the first syngas stream and the thereby generated CO2 recycle stream is recycled back to the syngas generation step, and a second syngas stream is generated in said CO2 removal step, and • a CO purification step where CO is generated from the second syngas stream, wherein the process further comprises a solid oxide electrolysis cell (SOEC) unit which is fed by a CO2 stream, the SOEC unit generates CO which is fed back into the first syngas stream, thereby raising the CO concentration in the first syngas stream. • a syngas generation step comprising steam reforming where a first syngas stream is generated from the feed stream, • a CO2 removal step where at least a part of the CO2 is removed from the first syngas stream and the thereby generated CO2 recycle stream is recycled back to the syngas generation step, and a second syngas stream is generated in said CO2 removal step, and • a CO purification step where CO is generated from the second syngas stream,
A robotic device (16, 112, 212), comprising: an end effector (24, 114, 214) configured to manipulate one or more tools (14, 122A, 122B, 122C, 222) that drives one or more consumable abrasive products (12, 124A, 124B, 124C, 124) to abrade a substrate along several different surface dimensions, characterized in that the end effector (24, 114, 214) comprises: three linear actuators (18, 118A, 118B, 118C, 218A, 218B, 218C) each configured to move orthogonal relative to one another; and at least one tool mount (120A, 120B, 120C, 220) coupled to one of the three linear actuators and coupled to the tool. an end effector (24, 114, 214) configured to manipulate one or more tools (14, 122A, 122B, 122C, 222) that drives one or more consumable abrasive products (12, 124A, 124B, 124C, 124) to abrade a substrate along several different surface dimensions, characterized in that the end effector (24, 114, 214) comprises: three linear actuators (18, 118A, 118B, 118C, 218A, 218B, 218C) each configured to move orthogonal relative to one another; and at least one tool mount (120A, 120B, 120C, 220) coupled to one of the three linear actuators and coupled to the tool. three linear actuators (18, 118A, 118B, 118C, 218A, 218B, 218C) each configured to move orthogonal relative to one another; and at least one tool mount (120A, 120B, 120C, 220) coupled to one of the three linear actuators and coupled to the tool.
A ball joint, comprising: a spherical ball stud; a shaft coupled to a side of the ball stud; a holder having a seat portion to surround an outer circumference of the ball stud; an elastic portion protruding upwards from the holder, and having on an inner circumference thereof an inclined surface to limit a tilting angle of a portion of the shaft adjacent to the ball stud, the elastic portion being elastically deformed when the shaft is tilted and wherein the elastic portion and the holder are formed in one body; a stopper protruded in a ring shape and provided on an outer cicumferential surface of the shaft adjacent to the ball stud, characterized in that the ball joint further comprises a receiving space formed around an outer circumference of the elastic portion in a ring shape for receiving a portion of the stopper when the shaft is tilted and in that when the shaft is titled at a maximum angle, a portion of the shaft between the stopper and the ball stud abuts the inclined surface of the elastic portion, and the outer edge of the stopper is received within the receiving space. a spherical ball stud; a shaft coupled to a side of the ball stud; a holder having a seat portion to surround an outer circumference of the ball stud; an elastic portion protruding upwards from the holder, and having on an inner circumference thereof an inclined surface to limit a tilting angle of a portion of the shaft adjacent to the ball stud, the elastic portion being elastically deformed when the shaft is tilted and wherein the elastic portion and the holder are formed in one body; a stopper protruded in a ring shape and provided on an outer cicumferential surface of the shaft adjacent to the ball stud, characterized in that the ball joint further comprises a receiving space formed around an outer circumference of the elastic portion in a ring shape for receiving a portion of the stopper when the shaft is tilted and in that when the shaft is titled at a maximum angle, a portion of the shaft between the stopper and the ball stud abuts the inclined surface of the elastic portion, and the outer edge of the stopper is received within the receiving space.
A chronograph mechanism comprising, a chronograph wheel, a minute-counter wheel, as well as a seconds blocker and a minutes blocker cooperating respectively with the chronograph wheel and the minute-counter wheel; characterised in that the seconds blocker and the minutes blocker are arranged to be pivoted coaxially independently of one another and each individually subjected to a seconds blocker spring respectively to a minutes blocker spring for pivoting them in the direction of the chronograph wheel respectively the minute-counter wheel; in that a connecting member connects the minutes blocker to the seconds blocker while allowing them to move angularly with respect to one another by a preset value, the whole being arranged so that, with the chronograph mechanism stopped, said blockers (6, 15) are both in contact with the chronograph wheel respectively the minute-counter wheel.
Position measuring device for detecting the position of two objects that are movable relative to one another, comprising - a material measure (10, 3, 30), which comprises a two-dimensional cross grafting and is connected to one of the two objects, and - three scanning systems (20.1, 20.2, 20.3) for scanning the material measure (10, 3, 30), which scanning systems are connected to the other of the two objects and are arranged non-collinearly with respect to one another, wherein the scanning systems (20.1, 20.2, 20.3) are embodied in each case in such a way that a simultaneous position value determination along at least one lateral (X, Y) and along a vertical displacement direction of the objects is possible by means of said scanning systems, wherein the at least one lateral displacement direction (X, Y) is oriented parallel and the vertical displacement direction is oriented perpendicular to the plane with the material measure (10, 3, 30), and wherein a first and a second scanning beam path are in each case formed on the part of the scanning systems (20.1, 20.2, 20.3) for position determination in lateral (X, Y) and vertical displacement directions, in which scanning beam paths a group of phase-shifted signals (S A0°, S A120°, S A240°, S B0°, S B120°, S B240°) can be generated on the output side in each case from two interfering partial beams. - a material measure (10, 3, 30), which comprises a two-dimensional cross grafting and is connected to one of the two objects, and - three scanning systems (20.1, 20.2, 20.3) for scanning the material measure (10, 3, 30), which scanning systems are connected to the other of the two objects and are arranged non-collinearly with respect to one another, wherein the scanning systems (20.1, 20.2, 20.3) are embodied in each case in such a way that a simultaneous position value determination along at least one lateral (X, Y) and along a vertical displacement direction of the objects is possible by means of said scanning systems, wherein the at least one lateral displacement direction (X, Y) is oriented parallel and the vertical displacement direction is oriented perpendicular to the plane with the material measure (10, 3, 30), and wherein a first and a second scanning beam path are in each case formed on the part of the scanning systems (20.1, 20.2, 20.3) for position determination in lateral (X, Y) and vertical displacement directions, in which scanning beam paths a group of phase-shifted signals (S A0°, S A120°, S A240°, S B0°, S B120°, S B240°) can be generated on the output side in each case from two interfering partial beams.
A method for producing a nonwoven fabric, the method comprising the steps of - providing an aqueous suspension of fiber, comprising short cut regenerated fibers and natural fibers, - forming a first web from the aqueous suspension on a wire support - hydroentangling the first web to provide a self-supporting web using a speed of 152.4-335.25 m/min, a nozzle pressure of 1.89-8273.71 kPa, a nozzle size of 80-150 μm and a vacuum of 0.1-45 kPa - removing the web from the wire support and transferring the web to a hydroembossing roll capable of creating a three-dimensional pattern on the nonwoven fabric - drying the web wherein tensile strength of the web following the hydroentangling is at least 200g/25 mm for single layer products. - providing an aqueous suspension of fiber, comprising short cut regenerated fibers and natural fibers, - forming a first web from the aqueous suspension on a wire support - hydroentangling the first web to provide a self-supporting web using a speed of 152.4-335.25 m/min, a nozzle pressure of 1.89-8273.71 kPa, a nozzle size of 80-150 μm and a vacuum of 0.1-45 kPa - removing the web from the wire support and transferring the web to a hydroembossing roll capable of creating a three-dimensional pattern on the nonwoven fabric - drying the web
A nib for a refillable free ink writing felt pen comprising: - a body comprising: - a first end, configured to deliver ink to a writing support; - a second end, opposite the first end, configured to be inserted in a nib receiving part of a refillable free ink writing felt pen body of the refillable free ink writing felt pen; and - a dry ink tank comprising dry ink, the dry ink tank being delimited by the second end of the body of the nib and a dry ink tank wall characterized in that the dry ink tank wall comprises a water-soluble film. - a body comprising: - a first end, configured to deliver ink to a writing support; - a second end, opposite the first end, configured to be inserted in a nib receiving part of a refillable free ink writing felt pen body of the refillable free ink writing felt pen; and - a first end, configured to deliver ink to a writing support; - a second end, opposite the first end, configured to be inserted in a nib receiving part of a refillable free ink writing felt pen body of the refillable free ink writing felt pen; and - a dry ink tank comprising dry ink, the dry ink tank being delimited by the second end of the body of the nib and a dry ink tank wall characterized in that the dry ink tank wall comprises a water-soluble film.
Power split transmission for a travel drive, having a transmission input and a transmission output, the rotational speeds of which serve to define an actual transmission ratio (r) of the transmission, and having a hydraulic power branch having a first hydraulic machine, which can be coupled to the transmission input, and a second hydraulic machine, which can be hydraulically connected to the former by way of a first working line and a second working line and coupled to the transmission output, wherein both hydraulic machines (16, 18) each comprise an adjusting device (17, 19) for adjusting its displacement (v P, v M), and having a further power branch, which can be coupled to the transmission input and the transmission output, and having a control device for controlling the transmission ratio (r), which is designed in such a way that it serves to actuate the respective adjusting device (17, 19) at a displacement setting (v Ps, v Ms), which is adjusted in relation to a displacement setting oriented to a current demand, at least in a drive mode (I a, I b, II, III) of the transmission in which the displacement (v P, v M) of one of the hydraulic machines (16, 18) reaches a maximum or is reduced from the maximum, characterized in that fluid in the high-pressure working line is intended as control fluid source of the adjusting device of the second hydraulic machine. and the control device is designed in such a way that it serves to adjust the displacement setting (v Ms) of the second hydraulic machine at least in a first interval of the transmission ratio (r), in such a way that it is limited to a fraction of a maximum displacement setting.