mhurhangee/ep-ind-claims huggingface dataset:
A method for optimizing a receiver, comprising: recovering,, a clock signal from a data signal received over a communication channel; sampling, (304, 306) the data signal, in accordance with a stressed clock signal generated in accordance with the recovered clock signal and injected jitter, to generate a stressed output signal; detecting,, a bit error rate, BER, of the stressed output signal; and making, (310, 410), an optimization decision based on the detected BER, characterized in that, after detecting the BER of the stressed output signal, the method further comprises: changing,, a configuration of the receiver from a first configuration to a second configuration; and repeating, (402, 404, 406, 408), the steps of recovering clock phase information, injecting jitter, sampling the data signal, and detecting the BER of the stressed output signal, wherein, making an optimization decision comprises: using, (414, 412), one of the first configuration and the second configuration in accordance with a comparison of a BER metric comprising the BER of the first configuration and a BER metric comprising the BER of the second configuration. recovering,, a clock signal from a data signal received over a communication channel; sampling, (304, 306) the data signal, in accordance with a stressed clock signal generated in accordance with the recovered clock signal and injected jitter, to generate a stressed output signal; detecting,, a bit error rate, BER, of the stressed output signal; and making, (310, 410), an optimization decision based on the detected BER, characterized in that, after detecting the BER of the stressed output signal, the method further comprises: changing,, a configuration of the receiver from a first configuration to a second configuration; and repeating, (402, 404, 406, 408), the steps of recovering clock phase information, injecting jitter, sampling the data signal, and detecting the BER of the stressed output signal, wherein, making an optimization decision comprises: using, (414, 412), one of the first configuration and the second configuration in accordance with a comparison of a BER metric comprising the BER of the first configuration and a BER metric comprising the BER of the second configuration.
A method of diluting a sample in a liquid chromatography system, the method comprising: loading a sample into a first fluid channel (64, 68); separating a flow of a mobile phase of a liquid chromatography system at an injection valve into a first flow in the first fluid channel (64, 68) and a second flow in a second fluid channel (66, 69), the first flow and the second flow having a first flow rate and a second flow rate, respectively, wherein the flow of the mobile phase in the first fluid channel (64, 68) displaces the sample in the first fluid channel (64, 68); and combining the sample exiting the first fluid channel (64, 68) and the flow of mobile phase exiting the second fluid channel (66, 69) at a location of injection into the system flow to thereby generate a diluted sample in the system flow, wherein a dilution ratio of the diluted sample is responsive to the first flow rate and the second flow rate. loading a sample into a first fluid channel (64, 68); separating a flow of a mobile phase of a liquid chromatography system at an injection valve into a first flow in the first fluid channel (64, 68) and a second flow in a second fluid channel (66, 69), the first flow and the second flow having a first flow rate and a second flow rate, respectively, wherein the flow of the mobile phase in the first fluid channel (64, 68) displaces the sample in the first fluid channel (64, 68); and combining the sample exiting the first fluid channel (64, 68) and the flow of mobile phase exiting the second fluid channel (66, 69) at a location of injection into the system flow to thereby generate a diluted sample in the system flow, wherein a dilution ratio of the diluted sample is responsive to the first flow rate and the second flow rate.
A method for producing a pressure-deformed core layer, comprising step (iv): (iv) pressure-deforming a core layer (3, 3'), which is suitable for a multilayer composite (1, 10, 100), which has at least one cover layer (2, 2', 2", 20') and a core layer (3, 3'), wherein the cover layer (2, 2', 2", 20') is arranged such that it at least partially covers the core layer (3, 3') and is fixedly connected thereto, the core layer (3, 3') comprising zigzag-shaped wooden elements (7, 8, 30, 30', 30"), which have platelet-shaped areas that are arranged in a zigzag shape, wherein a zig area of an element (7, 8, 30, 30', 30") forms with an adjoining zag area of the zigzag-shaped element (7, 8, 30, 30', 30") a common edge (7', 8', 70) between them, and wherein zigzag-shaped elements (7, 8, 30, 30', 30") are arranged in the core layer (3, 3') such that two of such edges (7', 8', 70) of two zigzag-shaped elements (7, 8, 30, 30', 30"), which can be the same or different from one another, intersect at an angle different from zero, wherein the two elements (7, 8, 30, 30', 30") at the point of intersection are fixedly connected to one another by means of an adhesive; wherein more than 50% of the wooden elements (7, 8, 30, 30', 30") in the core layer (3, 3') are present such that they are fixedly connected to one another, wherein the wooden elements (7, 8, 30, 30', 30") are in a random distribution; or wherein the wooden elements (7, 8, 30, 30', 30") are arranged randomly in the core layer (3, 3'), wherein the wooden elements (7, 8, 30, 30', 30"), when arranging and subsequently gluing them, usually have point-like intersection points on the edges (7', 8', 70) intersecting at different angles; and wherein the zigzag-shaped wooden elements (7, 8, 30, 30', 30") have a fiber direction, wherein the common edge or the common edges (7', 8', 70) does or do not run in parallel to the fiber direction; or wherein the common edge or the common edges (7', 8', 70) runs or run perpendicularly to the fiber direction; and wherein the method comprises prior to step (iv) steps (i) to (iii): (i) providing the zigzag-shaped wooden elements (7, 8, 30, 30', 30"); (ii) arranging the elements (7, 8, 30, 30', 30") from step (i) such that two of such edges (7', 8', 70) of two elements (7, 8, 30, 30', 30") intersect at an angle different from zero; (iii) fixedly connecting the edges (7', 8', 70) from step (ii) by means of an adhesive. (i) providing the zigzag-shaped wooden elements (7, 8, 30, 30', 30"); (ii) arranging the elements (7, 8, 30, 30', 30") from step (i) such that two of such edges (7', 8', 70) of two elements (7, 8, 30, 30', 30") intersect at an angle different from zero; (iii) fixedly connecting the edges (7', 8', 70) from step (ii) by means of an adhesive.
A mobile terminal, comprising: a wireless communication unit configured to access a web page; a display unit configured to display the accessed web page; a receiving unit configured to receive input voice information (742, 761 to 763, 773, 774, 781, 783); and a controller configured to convert the input voice information into text information, to search the displayed web page for objects that include the converted text information, and to control the display unit to distinctively display found objects that include the converted text information from other information displayed on the web page, wherein the controller is configured to construct objects of the displayed web page as a database that can be searched by referring to the source of the accessed web page, and wherein the controller is configured to reconfigure the database to only include objects currently displayed when the web page is enlarged or reduced. a wireless communication unit configured to access a web page; a display unit configured to display the accessed web page; a receiving unit configured to receive input voice information (742, 761 to 763, 773, 774, 781, 783); and a controller configured to convert the input voice information into text information, to search the displayed web page for objects that include the converted text information, and to control the display unit to distinctively display found objects that include the converted text information from other information displayed on the web page, wherein the controller is configured to construct objects of the displayed web page as a database that can be searched by referring to the source of the accessed web page, and wherein the controller is configured to reconfigure the database to only include objects currently displayed when the web page is enlarged or reduced.
A headphone, comprising: a headband; and at least one earcup; wherein the at least one earcup is movably coupled to the headband by a joint that is structured to allow rotation of the earcup relative to the headband about two mutually perpendicular axes, a vertical x axis and a z axis, and translation along the x axis; wherein the joint comprises a projection and a slot, where the projection is at least in part received by the slot; wherein the projection comprises a stem pivotally coupled to the earcup so as to allow relative rotation about the z axis, and a cylindrical member carried at a distal end of the stem and arranged to be fitted into a tube of a slider of the headband, the slot being arranged as a longitudinal slot in the tube along the x axis. a headband; and at least one earcup; wherein the at least one earcup is movably coupled to the headband by a joint that is structured to allow rotation of the earcup relative to the headband about two mutually perpendicular axes, a vertical x axis and a z axis, and translation along the x axis;
A fluororesin composition comprising - a tetrafluoroethylene/hexafluoropropylene-based copolymer, - 0.01-3 pbw per 100 pbw of the FEP of a polytetrafluoroethylene [PTFE] having a standard specific gravity of 2.15-2.30, measured by the water replacement method according to ASTM D 4895-89, wherein the alkali metal content, based on the on the solid matter of the resin composition, is < 5 ppm, measured by the ashing method defined in the present specification, and which composition is obtainable by a method comprising the steps of obtaining a co-coagulated fluororesin powder by mixing an aqueous dispersion containing the FEP and an aqueous dispersion containing the PTFE together, followed by coagulation, melt extruding the co-coagulated powder, and subjecting unstable terminal groups in the PTFE and FEP to stabilization treatment comprising contacting the fluororesin pellets obtained in step with a fluorine-containing compound, the fluorine-containing compound is a fluorine radical source generating fluorine radicals under fluorination treatment conditions and is selected from F 2 gas, CoF 3, AgF 2, UF 6, OF 2, N 2 F 2, CF 3 OF and halogen fluorides. - a tetrafluoroethylene/hexafluoropropylene-based copolymer, - 0.01-3 pbw per 100 pbw of the FEP of a polytetrafluoroethylene [PTFE] having a standard specific gravity of 2.15-2.30, measured by the water replacement method according to ASTM D 4895-89, obtaining a co-coagulated fluororesin powder by mixing an aqueous dispersion containing the FEP and an aqueous dispersion containing the PTFE together, followed by coagulation, melt extruding the co-coagulated powder, and subjecting unstable terminal groups in the PTFE and FEP to stabilization treatment comprising contacting the fluororesin pellets obtained in step with a fluorine-containing compound, the fluorine-containing compound is a fluorine radical source generating fluorine radicals under fluorination treatment conditions and is selected from F 2 gas, CoF 3, AgF 2, UF 6, OF 2, N 2 F 2, CF 3 OF and halogen fluorides.
A method for controlling transmission of signals from one or more of a plurality of mobile stations to a base station on a plurality of access channels, the method comprising: transmitting a power control information packet formed from a plurality of power control bits from a base station to said one or more mobile stations; and mapping a position of each of the power control bits in the power control information packet to a selected access channel of a plurality of access channels and to a time offset within the selected access channel. transmitting a power control information packet formed from a plurality of power control bits from a base station to said one or more mobile stations; and mapping a position of each of the power control bits in the power control information packet to a selected access channel of a plurality of access channels and to a time offset within the selected access channel.
Container apparatus for arrangement in a dispensing system of a domestic appliance, the dispensing system comprising a pump device having at least one pump connection, the container apparatus having the following feature: at least one multi-chamber container having a chamber for accommodating a cleaning agent and at least one auxiliary chamber, which is fluidically separated from the chamber, for accommodating an auxiliary cleaning agent, the chamber having a chamber connection and the auxiliary chamber having an auxiliary chamber connection, the chamber connection and the auxiliary chamber connection being designed to be fluidically coupled to the pump connection when the multi-chamber container is arranged in the dispensing system; characterised by at least one further multi-chamber container having a further chamber for receiving a further cleaning agent and at least one further auxiliary chamber, which is fluidically separated from the further chamber, for receiving a further auxiliary cleaning agent, the further chamber having a further chamber connection and the further auxiliary chamber having a further auxiliary chamber connection, the further chamber connection and the further auxiliary chamber connection being designed to be fluidically coupled to a further pump connection of the pump device when the further multi-chamber container is arranged in the dispensing system. at least one multi-chamber container having a chamber for accommodating a cleaning agent and at least one auxiliary chamber, which is fluidically separated from the chamber, for accommodating an auxiliary cleaning agent, the chamber having a chamber connection and the auxiliary chamber having an auxiliary chamber connection, the chamber connection and the auxiliary chamber connection being designed to be fluidically coupled to the pump connection when the multi-chamber container is arranged in the dispensing system; characterised by at least one further multi-chamber container having a further chamber for receiving a further cleaning agent and at least one further auxiliary chamber, which is fluidically separated from the further chamber, for receiving a further auxiliary cleaning agent, the further chamber having a further chamber connection and the further auxiliary chamber having a further auxiliary chamber connection, the further chamber connection and the further auxiliary chamber connection being designed to be fluidically coupled to a further pump connection of the pump device when the further multi-chamber container is arranged in the dispensing system.
A rotodynamic pump (2; 102; 202) having an inner drive permanent magnet coupling disposed inside of an impeller (38; 138; 238) comprising: a pump casing (4; 104; 204) defining a pumping cavity (36; 136; 236); an inlet port (6; 106; 206) connected to the pumping cavity (36; 136; 236); an outlet port (8; 108; 208) connected to the pumping cavity (36; 136; 236); an impeller (38; 138; 238) being rotatable about a rotational axis (R; R1; R2) and disposed within the pumping cavity (36; 136; 236) and having vanes (42; 142; 242); a permanent magnet coupling (54; 154; 254) that rotatably drives the impeller (38; 138; 238) and includes outer magnets (56; 156; 256) that are connected to the impeller (38; 138; 238) and inner magnets (62; 162; 262) that are connected to an inner magnet ring (64; 164; 264) and are axially aligned with the outer magnets (56; 156; 256); the impeller (38; 138; 238) having a pumping region generally in a pumping plane that is perpendicular to the rotational axis (R; R1; R2) and aligned with the permanent magnet coupling (54; 154; 254) such that at least a portion of the permanent magnet coupling (54; 154; 254) is disposed within the pumping plane; a canister (16; 116; 216) that is sealed to the casing (4; 104; 204) and separates the outer magnets (56; 156; 256) from the inner magnets (62; 162; 262); characterised in that a nose cone (30; 230) connected to a front end portion (26; 126; 226) of the canister (16; 116; 216), wherein the nose cone (30; 230) is sealed to the front end portion (26; 126; 226) of the canister (16; 116; 216) by a static seal (35; 235); and wherein the inlet port (6; 106; 206) directs fluid flow axially relative to the impeller (38; 138; 238) and fluid is discharged radially from the impeller (38; 138; 238) to the outlet port (8; 108; 208). a pump casing (4; 104; 204) defining a pumping cavity (36; 136; 236); an inlet port (6; 106; 206) connected to the pumping cavity (36; 136; 236); an outlet port (8; 108; 208) connected to the pumping cavity (36; 136; 236); an impeller (38; 138; 238) being rotatable about a rotational axis (R; R1; R2) and disposed within the pumping cavity (36; 136; 236) and having vanes (42; 142; 242); a permanent magnet coupling (54; 154; 254) that rotatably drives the impeller (38; 138; 238) and includes outer magnets (56; 156; 256) that are connected to the impeller (38; 138; 238) and inner magnets (62; 162; 262) that are connected to an inner magnet ring (64; 164; 264) and are axially aligned with the outer magnets (56; 156; 256);
Method for manufacturing an optical lens by additive manufacturing, comprising steps of: - depositing a first layer having a first thickness (h 271), - depositing a second layer, having a second thickness (h 273), onto the first layer, said second layer forming a first asperity with the first layer, - depositing a third layer having a third thickness (h 275), - depositing a fourth layer having a fourth thickness (h 277) onto the third layer, thereby forming an intermediate optical element, said fourth layer forming a second asperity with the third layer, - smoothing the first asperity and the second asperity on the intermediate optical element, thereby forming the optical lens, wherein said second thickness (h 273) and said fourth thickness (h 277) are different, wherein the intermediate optical element has a first end layer, a second end layer and a plurality of layers situated between the first end layer and the second end layer, each layer having a thickness (h) and an exposed length (r), characterized in that the thickness (h) increases with the layers from the first end layer to the second end layer and in that the exposed length (r) decreases from the first end layer to the second end layer. - depositing a first layer having a first thickness (h 271), - depositing a second layer, having a second thickness (h 273), onto the first layer, said second layer forming a first asperity with the first layer, - depositing a third layer having a third thickness (h 275), - depositing a fourth layer having a fourth thickness (h 277) onto the third layer, thereby forming an intermediate optical element, said fourth layer forming a second asperity with the third layer, - smoothing the first asperity and the second asperity on the intermediate optical element, thereby forming the optical lens, wherein said second thickness (h 273) and said fourth thickness (h 277) are different, wherein the intermediate optical element has a first end layer, a second end layer and a plurality of layers situated between the first end layer and the second end layer, each layer having a thickness (h) and an exposed length (r), characterized in that the thickness (h) increases with the layers from the first end layer to the second end layer and in that the exposed length (r) decreases from the first end layer to the second end layer.
Cleaning door for a chimney, comprising: - a suspension device by means of which the cleaning door can be connected to the chimney in such a manner that it can be closed and opened; - a door leaf having an inner side, which is to be associated with the interior of the chimney, and an opposite outer side, which is adapted, in its closed state, to tightly cover a corresponding opening in a wall of the chimney, wherein the door leaf has at least one through-hole (12c, 12d); and - a particle separator provided on the inner side of the door leaf and comprising a discharge electrode which extends preferably parallel to the plane of the door leaf and is carried by an electrode holder extending from the inner side of the door leaf, and to which a voltage can be applied by means of a voltage source, wherein the particle separator is attached to the door leaf by means of the at least one through-hole (12c, 12d) thereof, wherein the cleaning door further comprises a bolt element which, in the mounted state, is adapted to cooperate in a locked state both with a first counter-element on the door leaf and with a second counter-element on the chimney in such a manner that the cleaning door is clamped or pressed into the opening, wherein the bolt element can be pulled from the counter-elements (204, 206) out of the locked state and can thus be released from the door leaf and the chimney. - a suspension device by means of which the cleaning door can be connected to the chimney in such a manner that it can be closed and opened; - a door leaf having an inner side, which is to be associated with the interior of the chimney, and an opposite outer side, which is adapted, in its closed state, to tightly cover a corresponding opening in a wall of the chimney, wherein the door leaf has at least one through-hole (12c, 12d); and - a particle separator provided on the inner side of the door leaf and comprising a discharge electrode which extends preferably parallel to the plane of the door leaf and is carried by an electrode holder extending from the inner side of the door leaf, and to which a voltage can be applied by means of a voltage source, wherein the particle separator is attached to the door leaf by means of the at least one through-hole (12c, 12d) thereof, wherein the cleaning door further comprises a bolt element which, in the mounted state, is adapted to cooperate in a locked state both with a first counter-element on the door leaf and with a second counter-element on the chimney in such a manner that the cleaning door is clamped or pressed into the opening, wherein the bolt element can be pulled from the counter-elements (204, 206) out of the locked state and can thus be released from the door leaf and the chimney.