mhurhangee/patent-ind-claim-en huggingface dataset:
A glass substrate with an antireflection film, comprising a glass substrate (G1) which consists of glass having a refractive index (n d ) of from 1.68 to 2.00 and which has plate thickness of from 0.01 to 2 mm, and an antireflection film formed on at least one principal plane of the glass substrate (G1F, G1G), wherein the glass has the following composition as represented by mass% based on oxides: Nb 2 O 5 : 5% to 65%, at least one member selected from the group consisting of BaO, TiO 2 , ZrO 2 , WO 3 and Ln 2 O 3 , wherein Ln is at least one member selected from the group consisting of Y, La, Gd, Yb and Lu: 0% to 30%, SiO 2 : 15% to 50%, Li 2 O+Na 2 O+K 2 O: 2% to 20%, and Li 2 O/(Li 2 O+Na 2 O+K 2 O): at most 0.45, and B 2 O 3 , wherein the B 2 O 3 content is at most 5%. wherein the glass has the following composition as represented by mass% based on oxides: Nb 2 O 5 : 5% to 65%, at least one member selected from the group consisting of BaO, TiO 2 , ZrO 2 , WO 3 and Ln 2 O 3 , wherein Ln is at least one member selected from the group consisting of Y, La, Gd, Yb and Lu: 0% to 30%, SiO 2 : 15% to 50%, Li 2 O+Na 2 O+K 2 O: 2% to 20%, and Li 2 O/(Li 2 O+Na 2 O+K 2 O): at most 0.45, Nb 2 O 5 : 5% to 65%, at least one member selected from the group consisting of BaO, TiO 2 , ZrO 2 , WO 3 and Ln 2 O 3 , wherein Ln is at least one member selected from the group consisting of Y, La, Gd, Yb and Lu: 0% to 30%, SiO 2 : 15% to 50%, Li 2 O+Na 2 O+K 2 O: 2% to 20%, and Li 2 O/(Li 2 O+Na 2 O+K 2 O): at most 0.45, and B 2 O 3 , wherein the B 2 O 3 content is at most 5%.
A color conversion film which, upon excitation by blue light, emits green and red light; the film comprising a multitude of layers whereby, • at least one layer is a green light emitting layer comprising green light emitting perovskite crystals embedded in a matrix comprising a first polymer; and • at least one layer is a red light emitting polymer layer comprising red light emitting core-shell quantum dots selected from the group of II-VI semiconductor compounds and III-V semiconductor compounds and embedded in a matrix comprising a second polymer; and • at least one layer is a separating layer, separating said at least one red light emitting polymer layer from said at least one green light emitting polymer layer; characterized in that said separating layer is a continuous layer covering the whole area between green light and red light emitting polymer layer; and characterized in that said separating layer contains, preferably consists of, a third polymer. • at least one layer is a green light emitting layer comprising green light emitting perovskite crystals embedded in a matrix comprising a first polymer; and • at least one layer is a red light emitting polymer layer comprising red light emitting core-shell quantum dots selected from the group of II-VI semiconductor compounds and III-V semiconductor compounds and embedded in a matrix comprising a second polymer; and • at least one layer is a separating layer, separating said at least one red light emitting polymer layer from said at least one green light emitting polymer layer; characterized in that said separating layer is a continuous layer covering the whole area between green light and red light emitting polymer layer; and characterized in that said separating layer contains, preferably consists of, a third polymer.
Household mixer embodied as a pot mixer with a mixer knife in which the rotating mixer knife rotates about a vertical axis arranged on the base of the pot mixer and in the process mixes and/or chops the food located in the pot of the pot mixer , wherein the mixer knife is embodied as a loop propeller, wherein an edge of the rotating mixer knife which points in the peripheral direction has a knife blade , wherein in the region where a propeller spinner is typically arranged on a propeller, a plate arranged on the vertical axis is arranged and is used as a baffle plate for deflecting the flow, wherein the plate preferably has a radius of 15% to 30% of the diameter of the loop propeller.
Refrigerator , in particular a household refrigerator, having a holding device for storing bottles or cans, comprising a base part acting as a bottom and two side parts that are directed upwards from the base part and connected to both sides of the base part , which together with the base part form an opening plane, wherein the holding device is open forwardly towards the opening plane, wherein the base part defines a support plane for the holding device , wherein the opening plane is aligned substantially transversely to the base part and the two side parts, and bottles, cans or other refrigerated goods can be inserted into the holding device through the opening plane, wherein the holding device is suitable for stackable, horizontal storage, characterised in that the holding device formed by the base part and the side parts has a substantially V-shaped or substantially X-shaped cross-section.
A method of communicating between a first user and a second user using different messaging services, comprising: receiving a first message from the first user in a first format via a first messaging service, wherein the first message contains a source identifier associated with the first user, a destination identifier associated with the second user, and text, and wherein the first messaging service comprises an instant message, IM, service.; identifying a first Mobile Station International Subscriber Directory Number, MSISDN, based on the destination identifier contained in the first message; allocating a second MSISDN as a session identification to the source identifier, wherein an MSISDN from a pool of MSISDNs is used as the second MSISDN if the first MSISDN is not used in any active sessions, and wherein an MSISDN different from the first MSISDN is used as the second MSISDN, otherwise. converting (508, 602-610) the first message received in the first format into a second message in a second format; and routing the second message to a mobile device of the second user associated with the destination identifier, wherein the second message is routed to the destination identifier via a second messaging service, and wherein the second messaging service comprises a short message service, SMS; wherein MSISDNs are returned to the pool when a respective session has ended. receiving a first message from the first user in a first format via a first messaging service, wherein the first message contains a source identifier associated with the first user, a destination identifier associated with the second user, and text, and wherein the first messaging service comprises an instant message, IM, service.; identifying a first Mobile Station International Subscriber Directory Number, MSISDN, based on the destination identifier contained in the first message; allocating a second MSISDN as a session identification to the source identifier, wherein an MSISDN from a pool of MSISDNs is used as the second MSISDN if the first MSISDN is not used in any active sessions, and wherein an MSISDN different from the first MSISDN is used as the second MSISDN, otherwise. converting (508, 602-610) the first message received in the first format into a second message in a second format; and routing the second message to a mobile device of the second user associated with the destination identifier, wherein the second message is routed to the destination identifier via a second messaging service, and wherein the second messaging service comprises a short message service, SMS; wherein MSISDNs are returned to the pool when a respective session has ended.
A gasket for actuators of recirculating ball screw type, comprising: - a first portion which can be engaged to a support portion of the actuator, preferably a screw nut; - a second portion which can be engaged to an outer threaded portion of a screw of the actuator to define, in cooperation with at least said screw and/or with said support portion , a sealing separation between two space portions arranged on opposite sides of said gasket ; characterized in that said first portion comprises a first member extending about an axis (X), and in that said second portion comprises a second member concentric to and distinct from said first member and which can be coupled to said first member , said second member being axially and radially deformable with respect to said first member , characterised in that said gasket comprises a sealing member protruding towards said axis (X), said sealing member being at least partially deformable and substantially counter-shaped to an outer coil-shaped groove of said screw to interference couple externally to said screw and to obtain said sealing separation, said sealing member being pin-shaped and of a substantially cylindrical shape. - a first portion which can be engaged to a support portion of the actuator, preferably a screw nut; - a second portion which can be engaged to an outer threaded portion of a screw of the actuator to define, in cooperation with at least said screw and/or with said support portion , a sealing separation between two space portions arranged on opposite sides of said gasket ;
Active part for an electrical high-voltage device having - a magnetizable core , - at least one winding held on the core for generating a magnetic flux in the core and - connection lines , which are each connected at their winding end to a mentioned winding and at their distributor end to a distribution device of the active part, wherein the core forms at least one chamfered core corner and the distribution device is arranged in the region of the chamfered core corner , characterized in that the distribution device is formed as a distribution strip , which extends in a longitudinal direction, wherein the distribution strip forms a plurality of cable connections lying next to one another, which are each connected to a mentioned connection line , and wherein the cable connections are each connected at their side facing away from the respectively associated connection line to a busbar of the active part, which busbar is connected at its end facing away from the distribution strip to a plug system composed of cable jacks of the active part . - a magnetizable core , - at least one winding held on the core for generating a magnetic flux in the core and - connection lines , which are each connected at their winding end to a mentioned winding and at their distributor end to a distribution device of the active part,
Method for the sleeping phase-specific operation of a means of transport , comprising the following steps: - using sensors to ascertain a sleeping phase of a first occupant of the means of transport and, based on the sleeping phase, - adapting guidance of the means of transport in terms of longitudinal and/or transverse guidance. - using sensors to ascertain a sleeping phase of a first occupant of the means of transport and, based on the sleeping phase, - adapting guidance of the means of transport in terms of longitudinal and/or transverse guidance.
A fan arrangement for a duct, the fan arrangement including a housing having an inlet and an outlet adapted to communicate air with the duct and an axially rotatably driven impeller supported within the housing between the inlet and the outlet, the impeller including a hub carrying a plurality of blades that span in a radial direction outwardly of the hub, the plurality of blades being shaped to urge air between the inlet and the outlet, wherein the plurality of blades have a tip solidity ratio in the range of about 0.8 to 1.2, and wherein each of the plurality of blades has a twist angle between a root and a tip thereof in the range of about 15 to 30 degrees, characterised in that the impeller is an impulse bladed impeller in which each of the plurality of blades have a constant thickness across a chord thereof. wherein the plurality of blades have a tip solidity ratio in the range of about 0.8 to 1.2, and wherein each of the plurality of blades has a twist angle between a root and a tip thereof in the range of about 15 to 30 degrees, characterised in that the impeller is an impulse bladed impeller in which each of the plurality of blades have a constant thickness across a chord thereof.
Inverter comprising: - input terminals (IT+, IT-); - output terminals (OT); - controllable switches (Q, Q') connected to the input terminals (IT+, IT-) and to the output terminals (OT); - a control device configured to control the controllable switches (Q, Q') so as to convert a DC voltage at the input terminals (IT+, IT-) into an AC voltage at the output terminals (OT) intended to drive an asynchronous electric motor to achieve a target torque (T*), selectively: - in a first mode of operation in which the target torque (T*) is determined according to a torque determination method, and - in response to a rotor temperature (Tr), in a second mode of operation in which the target torque (T*) remains determined according to the torque determination method of the first mode of operation, wherein the control device is configured to pass from the first mode of operation to the second mode of operation when the rotor temperature (Tr) passes above a predefined threshold, characterized in that , in the second mode of operation, losses in the rotor are decreased relative to the first mode of operation, and, in the second mode of operation, the control device is configured to control the controllable switches (Q, Q') in order to decrease a slip of the motor , relative to the first mode of operation. - input terminals (IT+, IT-); - output terminals (OT); - controllable switches (Q, Q') connected to the input terminals (IT+, IT-) and to the output terminals (OT); - a control device configured to control the controllable switches (Q, Q') so as to convert a DC voltage at the input terminals (IT+, IT-) into an AC voltage at the output terminals (OT) intended to drive an asynchronous electric motor to achieve a target torque (T*), selectively: - in a first mode of operation in which the target torque (T*) is determined according to a torque determination method, and - in response to a rotor temperature (Tr), in a second mode of operation in which the target torque (T*) remains determined according to the torque determination method of the first mode of operation, wherein the control device is configured to pass from the first mode of operation to the second mode of operation when the rotor temperature (Tr) passes above a predefined threshold, characterized in that , in the second mode of operation, losses in the rotor are decreased relative to the first mode of operation, and, in the second mode of operation, the control device is configured to control the controllable switches (Q, Q') in order to decrease a slip of the motor , relative to the first mode of operation. - in a first mode of operation in which the target torque (T*) is determined according to a torque determination method, and - in response to a rotor temperature (Tr), in a second mode of operation in which the target torque (T*) remains determined according to the torque determination method of the first mode of operation,
Method for driving an at least generator-operable, multi-phase electrical machine , the phase connections (U-Y) of which are connected in an active bridge rectifier to a first DC voltage terminal (B-) via first current valves (UL-YL) which can be turned on and off and can be driven, and to a second DC voltage terminal (B+) via second current valves (UH-YH), wherein the method comprises initiating and cancelling multiple phase short circuits of the phase connections (U-Y) via the first current valves (UL-YL) in a generator operation of the electrical machine after a load drop occurs, characterized in that a variable characterizing a natural frequency of the electrical machine is determined and the first current valves (UL-YL) for initiating and cancelling the phase short circuits are driven with a switching frequency on the basis of the variable characterizing the natural frequency of the electrical machine .
A method of dehydrating a mixture of organic liquid and water, the method comprising: feeding the mixture to a membrane of a membrane separation module, wherein the mixture comprises a minimum of 85 wt. % water and a maximum of 15 wt. % organic liquid; soaking the membrane with a soaking liquid; subjecting the mixture in the membrane to process conditions sufficient to cause pervaporation, wherein the process conditions comprise a temperature in a range of 85 to 160 °C; recovering a permeate comprising a higher wt. % of water than the wt. % of water in the mixture and a retentate comprising a higher wt. % of organic liquid than the wt. % of the organic liquid in the mixture. feeding the mixture to a membrane of a membrane separation module, wherein the mixture comprises a minimum of 85 wt. % water and a maximum of 15 wt. % organic liquid; soaking the membrane with a soaking liquid; subjecting the mixture in the membrane to process conditions sufficient to cause pervaporation, wherein the process conditions comprise a temperature in a range of 85 to 160 °C; recovering a permeate comprising a higher wt. % of water than the wt. % of water in the mixture and a retentate comprising a higher wt. % of organic liquid than the wt. % of the organic liquid in the mixture.
An assembly comprising an injection-molded carrier comprised of a heat resistant thermoplastic composition, wherein the carrier has a first side and a second side , with at least one of the first side or the second side having at least one receptacle adapted to receive and retain an insert comprised of a heat-expandable resin composition, wherein the at least one receptacle contains at least one deflectable prong adapted to engage a groove on a surface of the insert and retain the insert in place within the receptacle .
A method for manufacturing a holding sealing material comprising: a mat preparation step of preparing a mat including an inorganic fiber; a binding agent solution preparation step of preparing a binding agent solution by mixing a solution of inorganic particles and a polymer-based dispersant to prepare a solution mixture, and then mixing the mixture with an organic binding agent dispersed in water; a supply step of supplying the binding agent solution to the mat; and a drying step of drying the organic binding agent and the inorganic particles by drying the mat supplied with the binding agent solution, wherein the polymer-based dispersant is anionic polymer-based dispersant, and the solution of inorganic particles is alumina sol. a mat preparation step of preparing a mat including an inorganic fiber; a binding agent solution preparation step of preparing a binding agent solution by mixing a solution of inorganic particles and a polymer-based dispersant to prepare a solution mixture, and then mixing the mixture with an organic binding agent dispersed in water; a supply step of supplying the binding agent solution to the mat; and a drying step of drying the organic binding agent and the inorganic particles by drying the mat supplied with the binding agent solution, wherein the polymer-based dispersant is anionic polymer-based dispersant, and the solution of inorganic particles is alumina sol.
A method for transmitting reference signals, the method being performed by a first network device , comprising: transmitting (S102), in a single orthogonal frequency-division multiplexing, OFDM, symbol , a composite reference signal to a second network device , wherein the composite reference signal is a time domain concatenation of at least a first reference signal and a last reference signal , the first reference signal being different from the last reference signal, wherein the composite reference signal has a single cyclic prefix , and wherein the cyclic prefix is determined according to a last part of the single OFDM symbol . transmitting (S102), in a single orthogonal frequency-division multiplexing, OFDM, symbol , a composite reference signal to a second network device , wherein the composite reference signal is a time domain concatenation of at least a first reference signal and a last reference signal , the first reference signal being different from the last reference signal, wherein the composite reference signal has a single cyclic prefix , and wherein the cyclic prefix is determined according to a last part of the single OFDM symbol .
Exhaust gas purification system for purifying exhaust gases of a predominantly stoichiometrically operated internal combustion engine having a TWC1 near the engine on a through-flow substrate, a GPF attached downstream of the TWC1 as a wall-flow filter, and a further TWC2 on a through-flow substrate downstream of the GPF, the system also having materials for temporarily storing ammonia, characterized in that the materials for temporarily storing ammonia are arranged on a separate through-flow substrate and the latter is arranged downstream of the TWC2.
A method for conducting an agricultural operation comprising: (a) providing a mission plan from a base station to a first and second autonomous vehicles , the mission plan including first and second paths for the first and second autonomous vehicles to travel while performing first and second agricultural operations, respectively; (b) establishing a hierarchy wherein the first autonomous vehicle is prioritized above the second autonomous vehicle ; (c) monitoring in the base station for an event condition reported by at least one of the first and second autonomous vehicles , the event condition being a detection of the first and second autonomous vehicles traveling toward a collision with respect to one another; and (d) upon receiving the event condition in the base station , said base station providing only to the second autonomous vehicle a revised mission plan, wherein the revised mission plan adjusts the second path of the second autonomous vehicle based on the hierarchy to avoid the collision. (a) providing a mission plan from a base station to a first and second autonomous vehicles , the mission plan including first and second paths for the first and second autonomous vehicles to travel while performing first and second agricultural operations, respectively; (b) establishing a hierarchy wherein the first autonomous vehicle is prioritized above the second autonomous vehicle ; (c) monitoring in the base station for an event condition reported by at least one of the first and second autonomous vehicles , the event condition being a detection of the first and second autonomous vehicles traveling toward a collision with respect to one another; and (d) upon receiving the event condition in the base station , said base station providing only to the second autonomous vehicle a revised mission plan, wherein the revised mission plan adjusts the second path of the second autonomous vehicle based on the hierarchy to avoid the collision.