mhurhangee/ep-ind-claims huggingface dataset:
A circuitry assembly (37, 51), comprising: a plurality of first electric wires (6 1,52), forming a first wire group; a plurality of second electric wires (6 2,53), intersecting the first electric wires (6 1,52), while forming a second wire group; and a wiring member (38,54), which holds the first electric wires (6 1,52) and the second electric wires (6 2,53), wherein the first electric wires (6 1,52) and the second electric wires (6 2,53) are electrically connected to each other, and the wiring member (38,54) is formed with a plurality of grooves (32mx, 32nx, 32my, 32ny) each partly holding an end portion of one of the first electric wires (6 1,52) or an end portion of one of the second electric wires (62,53), characterized in that the circuitry assembly (37, 51) further comprises a first insulative sheet, disposed between the first wire group and the second wire group; each of the first electric wires (6 1,52) and the second electric wires (6 2,53) is provided as a conductive metal wire having a circular cross-section, and a width of each groove (32mx, 32nx, 32my, 32ny) is smaller than an outer diameter of the end portion of the one of the first electric wires (6 1,52) or the end portion of one of the second electric wires (6 2,53). a plurality of first electric wires (6 1,52), forming a first wire group; a plurality of second electric wires (6 2,53), intersecting the first electric wires (6 1,52), while forming a second wire group; and a wiring member (38,54), which holds the first electric wires (6 1,52) and the second electric wires (6 2,53), wherein the first electric wires (6 1,52) and the second electric wires (6 2,53) are electrically connected to each other, and the wiring member (38,54) is formed with a plurality of grooves (32mx, 32nx, 32my, 32ny) each partly holding an end portion of one of the first electric wires (6 1,52) or an end portion of one of the second electric wires (62,53), characterized in that the circuitry assembly (37, 51) further comprises a first insulative sheet, disposed between the first wire group and the second wire group; each of the first electric wires (6 1,52) and the second electric wires (6 2,53) is provided as a conductive metal wire having a circular cross-section, and a width of each groove (32mx, 32nx, 32my, 32ny) is smaller than an outer diameter of the end portion of the one of the first electric wires (6 1,52) or the end portion of one of the second electric wires (6 2,53).
Crushing roller granulator with a crushing roller pair comprising a toothed pressure roller and a toothed crushing roller, with the toothing on the pressure roller and the crushing roller having tooth flanks (5, 6) disposed between a tooth root section and a tooth head section (8, 8'), and with the tooth root section having an outside diameter (d) which is smaller than the outer diameter of the tooth head section, and wherein at least one of the rollers (2, 3) of the crushing roller pair has, in the tooth head section (8, 8'), three crushing zones (9, 10, 11) with a middle crushing zone having different distances between the tooth head sections (8, 8') with a minimum distance (a) in the region of the middle crushing zone, and wherein the contour of the tooth flanks (5, 6) and of the tooth root section of the rollers (2, 3) of the crushing roller pair defines a maximum cross-section of granule sachets to be formed, characterised in that the tooth root section extends from one end of a downwardly sloping tooth flank to a start of a rising tooth flank and the tooth head section extends from one end of a rising tooth flank to a start of a downwardly sloping tooth flank, and wherein the crushing zones (9, 10, 11) of the tooth head section consist of an input crushing zone disposed in the feeder direction, an output crushing zone disposed in a discharge direction, and the middle crushing zone disposed between input and output crushing zones (9, 11), and wherein the input and output crushing zones (9, 11) of the toothing are limited by the tooth flanks (6, 7), and wherein, between the rollers (2, 3) of the crushing roller pair, the input crushing zone defines a distance (a 9) which decreases towards the middle crushing zone and the output crushing zone defines a distance (a 11) which increases from the middle crushing zone outward.
Neuroprosthetic device for restoring daily-life action movements of an upper limb in a patient suffering from motor impairment, said device comprising several non-invasive electrodes (1, 44-57) adapted to be fixed on the patient's body upper part, in a way as to stimulate at least two separate muscles (30-32, 34-39,58,59) which participate to the movement execution of said upper limb, an electrical stimulation device for injecting electrical current into said electrodes (1, 44-57) and a controller unit for regulating said currents through said electrodes (1, 44-57), the controller unit comprising an intention transducing unit adapted to convert an input current regulated by said patient into a plurality of electrical currents to generate and modulate said movement execution, characterized by the fact that the intention transducing unit also serves as constraining means for the healthy limb actuating it, the constraining means configured to constrain the movements or immobilize a part of a healthy upper limb of the patient, the constraining means further configured to allow sufficient mobility of a hand of the healthy upper limb of the patient to operate the intention transducing unit, and by the fact that the constraining means are forearm-mounted braces. said device comprising several non-invasive electrodes (1, 44-57) adapted to be fixed on the patient's body upper part, in a way as to stimulate at least two separate muscles (30-32, 34-39,58,59) which participate to the movement execution of said upper limb, an electrical stimulation device for injecting electrical current into said electrodes (1, 44-57) and a controller unit for regulating said currents through said electrodes (1, 44-57), the controller unit comprising an intention transducing unit adapted to convert an input current regulated by said patient into a plurality of electrical currents to generate and modulate said movement execution, characterized by the fact that the intention transducing unit also serves as constraining means for the healthy limb actuating it, the constraining means configured to constrain the movements or immobilize a part of a healthy upper limb of the patient, the constraining means further configured to allow sufficient mobility of a hand of the healthy upper limb of the patient to operate the intention transducing unit, and by the fact that the constraining means are forearm-mounted braces.
Washing machine having a machine housing in which an oscillatory washing unit is arranged, consisting of a suds container having a washing drum rotatably mounted therein, at least one transport securing device designed as a rod being provided for securing the washing unit, which device is fixed in the secured state in receiving means on a front housing part of the machine housing and in further receiving means on the rear wall of the machine housing, and the rod being connected in a force-locked manner to the washing unit in the central region, on the suds container, by means of at least one mounting, the mounting, for receiving the rod, comprising a through-opening designed as an eye, characterised in that the through-opening in the mounting designed as an eye has an inner wall profiling which provides a resilient contact in the secured state of the rod in the eye.
A bismuth-substituted rare-earth iron garnet crystal film which is grown by liquid phase epitaxy on a non-magnetic garnet substrate represented by a chemical formula of Gd 3 (ScGa) 5 O 12, wherein the bismuth-substituted rare-earth iron garnet crystal film is represented by a chemical formula of Nd 3-x-y Gd x Bi y Fe 5 O 12, and x and y in the chemical formula satisfy 0.89≤x≤1.43 and 0.85≤y≤1.19, and when a film thickness is set to achieve a Faraday rotation angle of 45° for light at a wavelength of 1.06 μm, an insertion loss for the light at the wavelength of 1.06 μm is less than 0.6 dB.
A method for operating a wireless charging device (700, 800, 1000), comprising: providing a charging current to a first charging coil in a surface of the wireless charging device; determining that an impedance of a resonant circuit has varied from a threshold or setpoint impedance, wherein the resonant circuit includes the first charging coil; and restoring the threshold or setpoint impedance by modifying frequency of the charging current; coupling a second charging coil to the resonant circuit; characterised by, providing the charging current to the second charging coil and the first charging coil, wherein coupling the second charging coil modifies the impedance of the resonant circuit; and using a lookup table to determine the frequency of the charging current to be used after the second charging coil is coupled to the resonant circuit. providing a charging current to a first charging coil in a surface of the wireless charging device; determining that an impedance of a resonant circuit has varied from a threshold or setpoint impedance, wherein the resonant circuit includes the first charging coil; and restoring the threshold or setpoint impedance by modifying frequency of the charging current; coupling a second charging coil to the resonant circuit; characterised by, providing the charging current to the second charging coil and the first charging coil, wherein coupling the second charging coil modifies the impedance of the resonant circuit; and using a lookup table to determine the frequency of the charging current to be used after the second charging coil is coupled to the resonant circuit.
Automatically moving floor processing device with an electromotive drive device for moving the floor processing device within an environment, an obstacle detection device for detecting obstacles in the environment, a sensor system for detecting a parameter of a floor surface traversed by the floor processing device and an evaluation and control device for creating a map of the surroundings from the detected obstacle data and the parameters, the evaluation and control device being set up to control the drive device of the floor processing device in such a way that the floor processing device rotates about a defined location point of the floor surface, wherein the floor processing device performs a rotation of its own about the defined location point and rotates about itself in a 360 degree rotation, and wherein the evaluation and control device is furthermore arranged evaluating the parameter detected by means of the sensor system during the self-rotation of the floor processing device around the defined local point of the floor surface and determining an anisotropy of the parameter of the floor surface in relation to defined different spatial directions of the environment and entering it in the environment map, indicating an angular coordinate.
A method for producing a highly aromatic base oil comprising: a step of hydrorefining a clarified oil to obtain a highly aromatic base oil having an aromatic content of 50 % by mass or more determined by a column chromatography analysis method according to ASTM D2007, an aniline point determined according to JIS K2256 of 60°C or less, a content of benzo(a)pyrene of 1 ppm by mass or less, and a total content of the following aromatic compounds 1) to 8): 1) benzo(a)pyrene, 2) benzo(e)pyrene, 3) benzo(a)anthracene, 4) chrysene, 5) benzo(b)fluoranthene, 6) benzo(j)fluoranthene, 7) benzo(k)fluoranthene, and 8) dibenzo(a,h)anthracene of 10 ppm by mass or less, wherein the step of hydrorefining the clarified oil is performed under conditions of a hydrogen pressure of 5.0 to 20.0 MPa, a temperature of 280 to 400°C, a hydrogen/oil ratio of 300 to 750 NL/L, and a space velocity of 0.3 to 2.0 h -1, and wherein the clarified oil has a kinematic viscosity at 40°C determined according to JIS K2283 of 100 mm 2 /s or more. a step of hydrorefining a clarified oil to obtain a highly aromatic base oil having an aromatic content of 50 % by mass or more determined by a column chromatography analysis method according to ASTM D2007, an aniline point determined according to JIS K2256 of 60°C or less, a content of benzo(a)pyrene of 1 ppm by mass or less, and a total content of the following aromatic compounds 1) to 8): 1) benzo(a)pyrene, 2) benzo(e)pyrene, 3) benzo(a)anthracene, 4) chrysene, 5) benzo(b)fluoranthene, 6) benzo(j)fluoranthene, 7) benzo(k)fluoranthene, and 8) dibenzo(a,h)anthracene of 10 ppm by mass or less, 1) benzo(a)pyrene, 2) benzo(e)pyrene, 3) benzo(a)anthracene, 4) chrysene, 5) benzo(b)fluoranthene, 6) benzo(j)fluoranthene, 7) benzo(k)fluoranthene, and 8) dibenzo(a,h)anthracene wherein the step of hydrorefining the clarified oil is performed under conditions of a hydrogen pressure of 5.0 to 20.0 MPa, a temperature of 280 to 400°C, a hydrogen/oil ratio of 300 to 750 NL/L, and a space velocity of 0.3 to 2.0 h -1, and wherein the clarified oil has a kinematic viscosity at 40°C determined according to JIS K2283 of 100 mm 2 /s or more.
A method of wireless communication comprising: identifying a first set of one or more reference signal resource elements, REs, and a second set of one or more reference signal REs in a symbol period, wherein each reference signal RE of the first set of one or more reference signal REs is contiguous to a reference signal RE of the second set of one or more reference signal REs; identifying a resource element group, REG, comprising a plurality of pairs of contiguous REs in the symbol period, wherein one or more REs of the REG is contiguous to a reference signal RE of the first set of one or more reference signal REs or a reference signal RE of the second set of one or more reference signal REs; determining that a neighboring base station uses a reference signal configuration based on the contiguous reference signal REs; performing interference cancellation for one or more REGs of a set of REGs that includes the identified REG, wherein performing the interference cancellation is performed based at least in part on the determination; and transmitting a first reference signal using the first set of one or more reference signal REs, a second reference signal using the second set of one or more reference signal REs and a control message using the set of REGs. identifying a first set of one or more reference signal resource elements, REs, and a second set of one or more reference signal REs in a symbol period, wherein each reference signal RE of the first set of one or more reference signal REs is contiguous to a reference signal RE of the second set of one or more reference signal REs; identifying a resource element group, REG, comprising a plurality of pairs of contiguous REs in the symbol period, wherein one or more REs of the REG is contiguous to a reference signal RE of the first set of one or more reference signal REs or a reference signal RE of the second set of one or more reference signal REs; determining that a neighboring base station uses a reference signal configuration based on the contiguous reference signal REs; performing interference cancellation for one or more REGs of a set of REGs that includes the identified REG, wherein performing the interference cancellation is performed based at least in part on the determination; and transmitting a first reference signal using the first set of one or more reference signal REs, a second reference signal using the second set of one or more reference signal REs and a control message using the set of REGs.
A composition comprising the high melting point isomer of Formula IIa: and the low melting point isomers of Formula IIb and IIc having the following Formulas: wherein the composition has an uncorrected Isomer Ratio of greater than 0.5 wherein the uncorrected Isomer Ratio is A h /(A h + A l), wherein A h is the area of the high melting point isomer peak and A l is the area of low melting point isomers peaks utilizing 31P NMR.
A system for an electrical neurostimulator coupled to a plurality of electrodes, comprising: a processor configured to define a virtual multipole configuration relative to the plurality of electrodes, and to determine a distance (d 1 -d 4) between each of a group of the plurality of electrodes (E12, E13, E19, E20) and a virtual pole of the virtual multipole configuration, and to determine a stimulation amplitude distribution for the electrode group (E12, E13, E19, E20) based on the determined distances (d 1 -d 4), thereby emulating the virtual multipole configuration; and a controller configured to instruct the electrical neurostimulator to convey electrical energy to the electrode group (E12, E13, E19, E20) in accordance with the computed stimulation amplitude distribution. a processor configured to define a virtual multipole configuration relative to the plurality of electrodes, and to determine a distance (d 1 -d 4) between each of a group of the plurality of electrodes (E12, E13, E19, E20) and a virtual pole of the virtual multipole configuration, and to determine a stimulation amplitude distribution for the electrode group (E12, E13, E19, E20) based on the determined distances (d 1 -d 4), thereby emulating the virtual multipole configuration; and a controller configured to instruct the electrical neurostimulator to convey electrical energy to the electrode group (E12, E13, E19, E20) in accordance with the computed stimulation amplitude distribution.
Cooking apparatus for food comprising a containing body including a compartment and a lid, said compartment cooperating with a heating unit and with a basket having a body and equipped with a handle having a support body, wherein the body is associated with the handle by means of levers, said handle having said support body and a grip, said grip having two operating positions with respect to said support body, wherein said levers comprises at least one rod hinged with a constraint of pure rotation around the center line of the upper longitudinal part of the body and a guide associated mobile longitudinally with the rear edge of the body, said at least one rod being connected to the support body and said guide being solid with said support body, characterized in that said guide has an arched profile and cooperates with a connection element attached to said body.
An assembly comprising a gearbox for a gas turbine having a geartrain with a plurality of gearwheels housed in a casing, and at least one modular starter/generator for a gas turbine mechanically coupled to the gearbox, and comprising a generator with a rotor forming a primary magnetic circuit and a stator forming a secondary magnetic circuit, and an exciter with a stator forming a primary magnetic circuit and a rotor forming a secondary magnetic circuit, characterized in that the starter/generator comprises: • a first module or generator module comprising a first casing, the generator housed in the first casing and a first shaft constrained to rotate with the rotor of the generator projecting from the first casing and carrying a first mechanical coupling member; • a second module or exciter module, comprising a second casing, the exciter housed in the second casing, and a second shaft secured to rotate with the rotor of the exciter, the second shaft being distinct from the first shaft, projecting from the second casing, and carrying a second mechanical coupling member; and • an electrical connection (84; 140, 134) comprising a rectifier and at least one connector (82, 128, 138, 142, 144) for connecting the secondary circuit of the exciter to the primary circuit of the generator, each of the first and second coupling members (60, 80) being coupled to at least a gearwheel (102, 104) of the gearbox, and each of the first and second casings (52, 72) being connected to the casing of the gearbox. • a first module or generator module comprising a first casing, the generator housed in the first casing and a first shaft constrained to rotate with the rotor of the generator projecting from the first casing and carrying a first mechanical coupling member; • a second module or exciter module, comprising a second casing, the exciter housed in the second casing, and a second shaft secured to rotate with the rotor of the exciter, the second shaft being distinct from the first shaft, projecting from the second casing, and carrying a second mechanical coupling member; and • an electrical connection (84; 140, 134) comprising a rectifier and at least one connector (82, 128, 138, 142, 144) for connecting the secondary circuit of the exciter to the primary circuit of the generator, each of the first and second coupling members (60, 80) being coupled to at least a gearwheel (102, 104) of the gearbox, and each of the first and second casings (52, 72) being connected to the casing of the gearbox.
A hard surface cleaning composition comprising: a pH modifying agent in an amount sufficient to provide an alkaline pH; and a foaming system comprising a nonionic ethoxylated/propoxylated surfactant and a nonionic ethoxylated surfactant; wherein the composition comprises from 0.5% w/w to 3% w/w of the nonionic ethoxylated/propoxylated surfactant; and from 2% w/w to 4% w/w of the nonionic ethoxylated surfactant; wherein the concentration of the nonionic ethoxylated surfactant is greater than the concentration of the nonionic ethoxylated/propoxylated surfactant; and wherein the foaming system provides a structured network comprising a matrix having interstitial spaces, wherein the composition has a pH of from 9 to 13. a pH modifying agent in an amount sufficient to provide an alkaline pH; and a foaming system comprising a nonionic ethoxylated/propoxylated surfactant and a nonionic ethoxylated surfactant; wherein the composition comprises from 0.5% w/w to 3% w/w of the nonionic ethoxylated/propoxylated surfactant; and from 2% w/w to 4% w/w of the nonionic ethoxylated surfactant; wherein the concentration of the nonionic ethoxylated surfactant is greater than the concentration of the nonionic ethoxylated/propoxylated surfactant; and wherein the foaming system provides a structured network comprising a matrix having interstitial spaces, wherein the composition has a pH of from 9 to 13. wherein the composition comprises from 0.5% w/w to 3% w/w of the nonionic ethoxylated/propoxylated surfactant; and from 2% w/w to 4% w/w of the nonionic ethoxylated surfactant; wherein the concentration of the nonionic ethoxylated surfactant is greater than the concentration of the nonionic ethoxylated/propoxylated surfactant; and wherein the foaming system provides a structured network comprising a matrix having interstitial spaces, wherein the composition has a pH of from 9 to 13.