mhurhangee/ep-ind-claims huggingface dataset:
A door-locking device particularly for electrical household appliances, comprising an electromechanical control device including a locking pin adapted to cooperate with a movable latching slider to lock a door of an electrical household appliance, said locking pin being movable between a rest position, wherein the locking pin allows the latching slider to move, and a lock position, wherein the locking pin prevents said latching slider from moving; characterized in that said electromechanical control device comprises a yoke of magnetically conductive material; a magnet part fixed to the yoke and comprising a permanent magnet polarized in a direction substantially perpendicular to the yoke; two electromagnets arranged on opposite sides of the magnet part, each electromagnet comprising a core of magnetically conductive material fixed to the yoke, and a solenoid wound to the core; and a rocking keeper of magnetically conductive material, comprising two arms (29a, 29b) connected at an angle to each other through a corner portion of the keeper, said corner portion resting on a support surface of the magnet part in such a way that the keeper is able to rock around the corner portion, between a first and a second position in contact with one or the other of the cores of the electromagnets, respectively; wherein the locking pin is connected to one of the arms of the keeper in such a way as to assume the rest position or the lock position when the keeper is in the first position or in the second position, respectively.
A method for manufacturing an engineered stone comprising the step of - providing a mixture comprising at least a stone or stone like material and a binder; - compacting the mixture; - curing the binder; characterized in that the method comprises the step of adding a coloring agent to the mixture in such a manner to provide a basic décor, wherein the basic décor is created in the entire thickness of the engineered stone and wherein the basic décor is a veined effect imitating a natural stone, and in that the method comprises the step of digitally inkjet printing a further printed pattern on at least a top surface of the engineered stone and wherein the printed pattern represents an imitation of a natural stone. - providing a mixture comprising at least a stone or stone like material and a binder; - compacting the mixture; - curing the binder;
A circuit assembly for performing a switching function, the circuit assembly comprising: a branch including a main path (1140, 2340) in parallel with an auxiliary path (1145, 2345); a first gate bias network connected to the main path (1140, 2340), the first gate bias network configured to bias the main path (1140, 2340) in a strong inversion region; a second gate bias network connected to the auxiliary path (1145, 2345), the second gate bias network configured to bias the auxiliary path (1145, 2345) in a weak inversion region such that the second gate bias network is configured to improve linearity of the switching function; and a bias feedback module configured to generate a feedback signal and send the feedback signal to the second gate bias network to adjust a bias of the second gate bias network based at least in part on a power or a frequency of an input signal to the branch. a branch including a main path (1140, 2340) in parallel with an auxiliary path (1145, 2345); a first gate bias network connected to the main path (1140, 2340), the first gate bias network configured to bias the main path (1140, 2340) in a strong inversion region; a second gate bias network connected to the auxiliary path (1145, 2345), the second gate bias network configured to bias the auxiliary path (1145, 2345) in a weak inversion region such that the second gate bias network is configured to improve linearity of the switching function; and a bias feedback module configured to generate a feedback signal and send the feedback signal to the second gate bias network to adjust a bias of the second gate bias network based at least in part on a power or a frequency of an input signal to the branch.
Window assembly (10; 9.10) for a vehicle or building, particularly for a high-speed passenger-train, comprising a glazing (1; 9.1) that has one or more panes (2, 3; 9.2, 9.3) made of glass, plastic, and/or ceramic material, a window opening (7; 9.7) provided in a body (8; 9.8), a frame like gasket (4; 9.4) provided between the glazing (1; 9.1) and the body (8; 9.8) and holding the glazing (1; 9.1) on the body (8; 9.8) within the window opening (7; 9.7), and a reinforcing device (6; 9.6) for reinforcing the gasket (4, 9.4), characterized in that the reinforcing device (6; 9.6) comprises a bracket (29; 9.29), at least one insert (6.1; 9.6.1) or several inserts (6.1; 9.6.1), and an equalizing strip (6.2; 9.6.2) and that the gasket (4; 9.4) comprises a gasket intermediate portion (25; 9.25) arranged between the bracket (29, 9.25) and the equalizing strip (6.2; 9.6.2), the insert(s) (6.1; 9.6.1) coupling the bracket (29; 9.29) to the equalizing strip (6.2; 9.6.2). a glazing (1; 9.1) that has one or more panes (2, 3; 9.2, 9.3) made of glass, plastic, and/or ceramic material, a window opening (7; 9.7) provided in a body (8; 9.8), a frame like gasket (4; 9.4) provided between the glazing (1; 9.1) and the body (8; 9.8) and holding the glazing (1; 9.1) on the body (8; 9.8) within the window opening (7; 9.7), and a reinforcing device (6; 9.6) for reinforcing the gasket (4, 9.4), characterized in that the reinforcing device (6; 9.6) comprises a bracket (29; 9.29), at least one insert (6.1; 9.6.1) or several inserts (6.1; 9.6.1), and an equalizing strip (6.2; 9.6.2) and that the gasket (4; 9.4) comprises a gasket intermediate portion (25; 9.25) arranged between the bracket (29, 9.25) and the equalizing strip (6.2; 9.6.2), the insert(s) (6.1; 9.6.1) coupling the bracket (29; 9.29) to the equalizing strip (6.2; 9.6.2).
A method of energy efficient scheduling through transmit point, TP, wideband muting, the method comprising: determining an initial scheduling assignment for a cloud radio access network, CRAN, comprising a plurality of access points, APs, the initial scheduling assignment assigning a plurality of user equipments, UEs, to the APs during a time interval; selecting, from the plurality of APs, at least a first AP to operate in a sleep mode during the time interval, wherein the first AP is wideband muted when operating in the sleep mode, and wherein the initial scheduling assignment assigns UEs in a first subset of UEs to the first AP during the time interval; re-assigning the UEs in the first subset of UEs to one or more APs in the plurality of APs for at least a portion of the time interval, thereby obtaining a modified scheduling assignment, wherein the one or more APs exclude the first AP; characterized by: determining whether the modified scheduling assignment improves a scheduling utility; and, if the modified scheduling assignment provides a utility improvement over the initial scheduling assignment, instructing the one or more APs to operate in accordance with the modified assignment during the portion of the time interval, wherein the first AP operates in a sleep mode during the portion of the time interval. determining an initial scheduling assignment for a cloud radio access network, CRAN, comprising a plurality of access points, APs, the initial scheduling assignment assigning a plurality of user equipments, UEs, to the APs during a time interval; selecting, from the plurality of APs, at least a first AP to operate in a sleep mode during the time interval, wherein the first AP is wideband muted when operating in the sleep mode, and wherein the initial scheduling assignment assigns UEs in a first subset of UEs to the first AP during the time interval; re-assigning the UEs in the first subset of UEs to one or more APs in the plurality of APs for at least a portion of the time interval, thereby obtaining a modified scheduling assignment, wherein the one or more APs exclude the first AP; characterized by: determining whether the modified scheduling assignment improves a scheduling utility; and, if the modified scheduling assignment provides a utility improvement over the initial scheduling assignment, instructing the one or more APs to operate in accordance with the modified assignment during the portion of the time interval, wherein the first AP operates in a sleep mode during the portion of the time interval. determining whether the modified scheduling assignment improves a scheduling utility; and, if the modified scheduling assignment provides a utility improvement over the initial scheduling assignment, instructing the one or more APs to operate in accordance with the modified assignment during the portion of the time interval, wherein the first AP operates in a sleep mode during the portion of the time interval.
An aqueous agrochemical suspension comprising 2-(2,6-difluorophenyl)-4-[4-(1,1-dimethylethyl)-2-ethoxyphenyl]-4,5-dihydrooxazole as active ingredient, at least one kind of alcohol selected from the group consisting of ethylene glycol, propylene glycol and glycerin, an inorganic thickener and a dispersant, wherein the at least one kind of alcohol comprises propylene glycol.
A removable, self-contained, ovular actuator cassette comprising a motive device and a drivetrain (504,514,516) and receivable in a receptacle of a wearable robotic device, the removable, self-contained, ovular actuator cassette further comprising: a first circular portion housing the motive device; a second circular portion longitudinally offset and longitudinally overlapping the first circular portion and housing a first portion (514, 516) of the drivetrain operatively coupled to and driven by the motive device; a third circular portion longitudinally offset from the first and second circular portions and longitudinally overlapping the second circular portion and housing a second portion of the drivetrain; an ovular housing supporting the motive device and drivetrain (504, 514, 516); and an output protruding from and rotatable with respect to the housing and driven by the drivetrain (504, 514, 516); characterised in that: the ovular housing comprises a top plate on which the motive device is mounted, a drive shaft of the motive device protruding through the top plate; the drivetrain (504, 514, 516) is sandwiched between the top plate and a bottom plate; the motive device is mounted outside the top and bottom plates (532, 534); and the motive device and the first and second portions of the drivetrain (504, 514, 516) are consolidated with the ovular housing into a self-contained unit that is removable for replacement as said unit. a first circular portion housing the motive device; a second circular portion longitudinally offset and longitudinally overlapping the first circular portion and housing a first portion (514, 516) of the drivetrain operatively coupled to and driven by the motive device; a third circular portion longitudinally offset from the first and second circular portions and longitudinally overlapping the second circular portion and housing a second portion of the drivetrain; an ovular housing supporting the motive device and drivetrain (504, 514, 516); and an output protruding from and rotatable with respect to the housing and driven by the drivetrain (504, 514, 516); the ovular housing comprises a top plate on which the motive device is mounted, a drive shaft of the motive device protruding through the top plate; the drivetrain (504, 514, 516) is sandwiched between the top plate and a bottom plate; the motive device is mounted outside the top and bottom plates (532, 534); and the motive device and the first and second portions of the drivetrain (504, 514, 516) are consolidated with the ovular housing into a self-contained unit that is removable for replacement as said unit.
Current collector (21, 22) comprising: - at least two conductive materials among the following: carbon based materials and water-soluble or water-dispersible conductive polymers, said conductive materials including at least one carbon based material and being in an total amount in the range from about 70 to 99.5 per weight % relative to the total weight of the current collector (21, 22), - at least one binder comprising a lignocellulosic material selected from the group consisting of cellulose fibres, refined cellulose fibres, cellulose microfibrils or microfibrillated cellulose, cellulose nanofibrils and lignin, in an amount in the range from about 0.5 to 30 weight % relative to the total weight of the current collector (21, 22). - at least two conductive materials among the following: carbon based materials and water-soluble or water-dispersible conductive polymers, said conductive materials including at least one carbon based material and being in an total amount in the range from about 70 to 99.5 per weight % relative to the total weight of the current collector (21, 22), - at least one binder comprising a lignocellulosic material selected from the group consisting of cellulose fibres, refined cellulose fibres, cellulose microfibrils or microfibrillated cellulose, cellulose nanofibrils and lignin, in an amount in the range from about 0.5 to 30 weight % relative to the total weight of the current collector (21, 22).
A card comprising: • a card body; and • a USB device for storing data;, and • an attachment by which the USB device can slide in and out of the card body, characterized in that • the card body is a laminate of multiple PVC layers and has a thickness of less than 1,1 mm • the USB device includes: ∘ a frame that has a cavity and that has a thickness of less than 1.1 mm; and ∘ an electronic chip configured to store the data and being accommodated in the cavity of the frame wherein a middle layer of the multiple PVC layers is provided with a cut-out portion in which the frame that accommodates the electronic chip is slideably arranged between a top and a bottom layer of the PVC-laminate. • a card body; and • a USB device for storing data;, and • an attachment by which the USB device can slide in and out of the card body, characterized in that • the card body is a laminate of multiple PVC layers and has a thickness of less than 1,1 mm • the USB device includes: ∘ a frame that has a cavity and that has a thickness of less than 1.1 mm; and ∘ an electronic chip configured to store the data and being accommodated in the cavity of the frame wherein a middle layer of the multiple PVC layers is provided with a cut-out portion in which the frame that accommodates the electronic chip is slideably arranged between a top and a bottom layer of the PVC-laminate. ∘ a frame that has a cavity and that has a thickness of less than 1.1 mm; and ∘ an electronic chip configured to store the data and being accommodated in the cavity of the frame
An air-processing apparatus (100, 100a, 100b, 200) comprising: a case (102, 202) having an outlet (102b, 202b) formed therein; a louver (150, 290) rotatably disposed in the case (102, 202), the louver (150, 290) being configured to adjust a direction of air flowing through the outlet (102b, 202b); and a louver actuator (174, 294) configured to adjust an orientation of the louver (150, 290), wherein the louver (150, 290) comprises a louver rotation shaft (160, 270a) and a plurality of vanes (154, 156, 158) disposed so as to be spaced apart from each other in a radial direction based on the louver rotation shaft (160, 270a), and characterised in that the louver actuator (174, 294) is disposed so as to be in contact with a vane located at an outermost position from the louver rotation shaft (160, 270a) among the plurality of vanes (154, 156, 158) to change an orientation of the louver (150, 290). a case (102, 202) having an outlet (102b, 202b) formed therein; a louver (150, 290) rotatably disposed in the case (102, 202), the louver (150, 290) being configured to adjust a direction of air flowing through the outlet (102b, 202b); and a louver actuator (174, 294) configured to adjust an orientation of the louver (150, 290), wherein the louver (150, 290) comprises a louver rotation shaft (160, 270a) and a plurality of vanes (154, 156, 158) disposed so as to be spaced apart from each other in a radial direction based on the louver rotation shaft (160, 270a), and characterised in that the louver actuator (174, 294) is disposed so as to be in contact with a vane located at an outermost position from the louver rotation shaft (160, 270a) among the plurality of vanes (154, 156, 158) to change an orientation of the louver (150, 290).
Use of a lubricant composition comprising at least one mineral base oil and at least one ester chosen from among polyol esters for lubricating a gas engine, wherein the composition is characterized in that it comprises at least 50% by weight of mineral base oil and at least 5% by weight of polyol ester, said polyol comprising 6 -OH groups, relative to the total weight of the lubricant composition.
Machine housing for receiving stator components and rotor components of an electrical machine, having a housing shell that comprises an inner wall and an outer wall and also a first shell end face and a second shell end face that lies opposite said first shell end face, and said housing shell can be covered at each end face by means of the bearing end plates (14, 15) respectively, wherein a number of axial cooling ducts (2a to 5b) are incorporated in the housing shell between its inner wall and its outer wall and said cooling ducts extend in pairs as cooling duct pairs (2 to 5) in the longitudinal direction of the housing between the shell end faces (12, 13) and communicate by means of connecting ducts, wherein the cooling ducts (2a to 5b) integrated in the housing shell formed from an extruded section communicate with one another by means of connecting ducts that extend in the transverse direction of the housing, which connecting ducts are embodied as boreholes that penetrate the outer wall as borehole opening and are closed by means of the closing elements characterized in that the connecting ducts that are embodied as boreholes penetrate a first cooling duct (2b, 3a, 5b) of a first cooling duct pair (2, 3 and accordingly 5) in the transverse direction of the housing and issue into a second cooling duct (3b, 4a, 4b) of an opposite lying second cooling duct pair (3, 4).
A physiological sensor with a cable capable of communicating signals between a patient monitor and the physiological sensor, the monitor capable of activating individual light emitters of an emitter array of the sensor, the emitter array arranged in an electrical grid and activated by driving at least one of a plurality of row drive lines and at least one of a plurality of column drive lines of the electrical grid, the cable comprising: a first row input; a first column input; a second row input; a second column input; a first output which combines the first row input and the first column input; and a second output which combines the second row input and the second column input, wherein the inputs are adapted to connect to electrical grid drive lines of a monitor, wherein the outputs are adapted to connect to contacts of a physiological sensor having back-to-back configured LEDs (4110,4120) in electrical communication with the contacts, and wherein addressing the first row input and second column input activates a first LED (4110, 4120) of the back-to-back configured LEDs and addressing the second row input and first column input activates a second LED (4120, 4110) of the back-to-back configured LEDs. a first row input; a first column input; a second row input; a second column input; a first output which combines the first row input and the first column input; and a second output which combines the second row input and the second column input, wherein the inputs are adapted to connect to electrical grid drive lines of a monitor, wherein the outputs are adapted to connect to contacts of a physiological sensor having back-to-back configured LEDs (4110,4120) in electrical communication with the contacts, and wherein addressing the first row input and second column input activates a first LED (4110, 4120) of the back-to-back configured LEDs and addressing the second row input and first column input activates a second LED (4120, 4110) of the back-to-back configured LEDs.
Deflection movement transmission device having - a control element for establishing a deflection movement, wherein the control element has a pivoting portion (11; 11') which is supported on a head portion (31; 31') of a base element and for establishing a deflection movement is pivotable relative to the head portion (31; 31') of the base element; - at least one movement transmission wire member (2, 2a, 2b) which is articulated on the pivoting portion (11; 11') of the control element; - an elongate transmission guide member, the movement transmission wire member (2, 2a, 2b) being guided in the longitudinal direction of the former; - and a flexible member to be pivoted, which sits on that end of the transmission guide member that is opposite the control element and to which the movement transmission wire member (2, 2a, 2b) is attached so as to be spaced apart from the connection to the transmission guide member; - wherein the control element is constructed as an activation lever which on the pivoting portion has a base area that points towards the base body, - wherein the head portion of the base element has an end face that points towards the control element, - wherein the pivoting portion of the control element on the external side of the former has the articulation point of the movement transmission wire member (2, 2a, 2b), characterized in that the base area of the pivoting portion of the control element and the interface of the head portion of the base element bulge in each case towards one another such that the base area and the end face are capable of rolling on one another. - a control element for establishing a deflection movement, wherein the control element has a pivoting portion (11; 11') which is supported on a head portion (31; 31') of a base element and for establishing a deflection movement is pivotable relative to the head portion (31; 31') of the base element; - at least one movement transmission wire member (2, 2a, 2b) which is articulated on the pivoting portion (11; 11') of the control element; - an elongate transmission guide member, the movement transmission wire member (2, 2a, 2b) being guided in the longitudinal direction of the former; - and a flexible member to be pivoted, which sits on that end of the transmission guide member that is opposite the control element and to which the movement transmission wire member (2, 2a, 2b) is attached so as to be spaced apart from the connection to the transmission guide member; - wherein the control element is constructed as an activation lever which on the pivoting portion has a base area that points towards the base body, - wherein the head portion of the base element has an end face that points towards the control element, - wherein the pivoting portion of the control element on the external side of the former has the articulation point of the movement transmission wire member (2, 2a, 2b),
A device comprising a liquid's flow path having an upstream side and a downstream side, a plurality of flow restrictive elements providing material communication between the upstream side and the downstream side, and configured to generate cavitation bubbles in the liquid upon passing the flow restrictive elements, further comprising a thermoelectric generator or a thermophotovoltaic cell in thermal connection with a portion of the device located at the downstream side with respect to the flow restrictive elements wherein the portion is provided with roughness elements for, in use, contacting a fluid flowing through the device and facilitating collapse of any cavitation bubbles, so that heat generated around collapsing bubbles is harvested by the thermoelectric generator or the thermophotovoltaic cell.