mhurhangee/ep-ind-claims huggingface dataset:
An electric wire branching structure for branching a shielded electric wire with a plurality of electric wires from a main wire to a plurality of branch wires, the electric wire branching structure comprising: an electroconductive shield member configured to cover the electric wires corresponding to the main wire and the branch wires, wherein the shield member has a plurality of electric wire insertion openings for the electric wires corresponding to the branch wires to be inserted for each of the branch wires, wherein the shield member includes a main wire shield member formed of a metal shell with the electric wire insertion openings and configured to cover the electric wire corresponding to the main wire, and a plurality of branch wire shield members (120, 130) connected to the main wire shield member and configured to cover the electric wires corresponding to the branch wires, wherein the metal shell includes a plurality of intermediate shells (140, 150) with the respective electric wire insertion openings (111, 112) and a main body shell for the intermediate shells 150) to be attached, the main body shell having a single opening in communication with the electric wire insertion openings (111, 112) in a state that the intermediate shells (140, 150) are attached to the main body shell, and the intermediate shells (140, 150) with the electric wire corresponding to the main wire branched to the electric wires corresponding to the branch wires are attached to the single opening. an electroconductive shield member configured to cover the electric wires corresponding to the main wire and the branch wires, wherein the shield member has a plurality of electric wire insertion openings for the electric wires corresponding to the branch wires to be inserted for each of the branch wires, wherein the shield member includes a main wire shield member formed of a metal shell with the electric wire insertion openings and configured to cover the electric wire corresponding to the main wire, and a plurality of branch wire shield members (120, 130) connected to the main wire shield member and configured to cover the electric wires corresponding to the branch wires, wherein the metal shell includes a plurality of intermediate shells (140, 150) with the respective electric wire insertion openings (111, 112) and a main body shell for the intermediate shells 150) to be attached, the main body shell having a single opening in communication with the electric wire insertion openings (111, 112) in a state that the intermediate shells (140, 150) are attached to the main body shell, and the intermediate shells (140, 150) with the electric wire corresponding to the main wire branched to the electric wires corresponding to the branch wires are attached to the single opening.
A haptic enabled gaming peripheral comprising: a body that simulates a musical instrument, the body simulating a guitar comprising a guitar body and a neck; a first input element, disposed within the body, that receives an input from a user, the first input element being disposed within the neck, the first input element being a touch screen configured to display a graphical object therethrough, the graphical object including one or more strings of the guitar; a processor disposed within the body, wherein the processor communicates with a host computer running a software program, wherein the processor is coupled to the first input element and communicates the input received from the user to the host computer; and a first actuator disposed within the body and coupled to the processor, wherein the first actuator outputs a haptic effect to the first input element in response to receiving an activating signal based on an event occurring in the software program. a body that simulates a musical instrument, the body simulating a guitar comprising a guitar body and a neck; a first input element, disposed within the body, that receives an input from a user, the first input element being disposed within the neck, the first input element being a touch screen configured to display a graphical object therethrough, the graphical object including one or more strings of the guitar; a processor disposed within the body, wherein the processor communicates with a host computer running a software program, wherein the processor is coupled to the first input element and communicates the input received from the user to the host computer; and a first actuator disposed within the body and coupled to the processor, wherein the first actuator outputs a haptic effect to the first input element in response to receiving an activating signal based on an event occurring in the software program.
A mask assembly comprising: a first upper portion comprising a first wall and a second wall converging to an apex, the apex being positioned in use in proximity to the nose of a user; a lower portion being connected to and positioned below the first upper portion; a face contacting flange defined at least in part by the first upper portion and the lower portion; a hinge axis extending laterally across the mask assembly, the first upper portion being positioned vertically higher than the hinge axis; a band extending along at least a portion of the first wall and along at least a portion of the second wall, the band comprising a first end and a second end, both ends being spaced away from the hinge axis toward the apex, the band forming a first boundary; a second upper portion positioned distally from the first upper portion in a direction away from the face contacting flange, the second upper portion comprising an arc length defined along an upper extremity of a surface of the second upper portion, the arc length forming a second boundary; an offset between a distal portion of the first upper portion and a proximal portion of the second upper portion, proximal and distal being relative to the face contacting flange; and wherein at least a portion of a first outer surface of the first upper portion is configured to roll so as to overlie or underlie at least a portion of a second outer surface of the second upper portion when the first boundary is moved toward the second boundary. a first upper portion comprising a first wall and a second wall converging to an apex, the apex being positioned in use in proximity to the nose of a user; a lower portion being connected to and positioned below the first upper portion; a face contacting flange defined at least in part by the first upper portion and the lower portion; a hinge axis extending laterally across the mask assembly, the first upper portion being positioned vertically higher than the hinge axis; a band extending along at least a portion of the first wall and along at least a portion of the second wall, the band comprising a first end and a second end, both ends being spaced away from the hinge axis toward the apex, the band forming a first boundary; a second upper portion positioned distally from the first upper portion in a direction away from the face contacting flange, the second upper portion comprising an arc length defined along an upper extremity of a surface of the second upper portion, the arc length forming a second boundary; an offset between a distal portion of the first upper portion and a proximal portion of the second upper portion, proximal and distal being relative to the face contacting flange; and wherein at least a portion of a first outer surface of the first upper portion is configured to roll so as to overlie or underlie at least a portion of a second outer surface of the second upper portion when the first boundary is moved toward the second boundary.
Method for locking a mobile element of an aircraft, such as a hold door or a landing gear, the mobile element being moved between a deployed position and a closed or retracted position by means of a telescopic actuator having a sliding stem coupled to the mobile element, the stem being mounted so as to be able to slide in a body of the actuator between an extended position corresponding to the deployed position of the mobile element and a withdrawn position corresponding to the closed or retracted position of the mobile element, the actuator being equipped with positive blocking means including a finger operable to enter in one of a plurality of cavities of a wheel that is kinematically linked to the sliding stem, the method comprising the steps of: - retracting the stem until the mobile element comes in abutment; - still retracting the stem until the finger is in face of a cavity; - making the finger enter in the facing cavity so as to positively block the sliding stem of the actuator and to create a prestress in the mobile element. - retracting the stem until the mobile element comes in abutment; - still retracting the stem until the finger is in face of a cavity; - making the finger enter in the facing cavity so as to positively block the sliding stem of the actuator and to create a prestress in the mobile element.
Household appliance, comprising a control panel on which a user interface element is provided which comprises a knob which is associated with a selector, whereby said knob comprises a knob cover element and a knob carrier element, whereby said knob cover element is removably attached to said knob carrier element, and whereby said knob carrier element is slidably arranged at least partially behind said control panel, characterized in that said knob is partially extractable from said control panel from a first inserted position to a second extracted position in which said knob is in a non-operating position but axially constrained by said panel for a complete disassembly from said appliance, whereby in said second position, said knob is at least partially removable from said control panel, whereby said knob cover element is fully detachable from said knob carrier element by the user in / only in said second position.
An acoustic sensor configured to non-invasively detect acoustic vibrations indicative of one or more physiological parameters of a patient, the acoustic sensor comprising: a frame defining an acoustic cavity; a sensing element supported by the frame, the sensing element configured to output a signal responsive to acoustic vibrations associated with a patient when the acoustic sensor is attached to the patient; and an acoustic coupler supported by the frame and configured to be coupled with an area of the skin of the patient, the acoustic coupler comprising side walls (611, 613), wherein at least one of the side walls (611, 613) comprises an air vent hole and wherein the frame comprises at least one corresponding pressure equalizing pathway aligned with the at least one air vent hole and providing an air communication between the acoustic cavity and ambient air pressure. a frame defining an acoustic cavity; a sensing element supported by the frame, the sensing element configured to output a signal responsive to acoustic vibrations associated with a patient when the acoustic sensor is attached to the patient; and an acoustic coupler supported by the frame and configured to be coupled with an area of the skin of the patient, the acoustic coupler comprising side walls (611, 613), wherein at least one of the side walls (611, 613) comprises an air vent hole and wherein the frame comprises at least one corresponding pressure equalizing pathway aligned with the at least one air vent hole and providing an air communication between the acoustic cavity and ambient air pressure.
A rubber composition for tires, comprising: a modified diene rubber A which has been modified with an acrylamide compound represented by the following Formula: wherein R 1 represents hydrogen or a methyl group; R 2 and R 3 each represent an alkyl group; and n represents an integer; a modified diene rubber B which has been modified with a silicon or tin compound represented by the Formula below and a modifying compound represented by the Formula below or with a modifying compound represented by the Formula below: R a MX b wherein R represents an alkyl group, an alkenyl group, a cycloalkenyl group, or an aromatic hydrocarbon group; M represents silicon or tin; X represents a halogen; a represents an integer of 0 to 2; and b represents an integer of 2 to 4; wherein R 4 to R 6 are the same as or different from one another, each representing a C1 to C8 alkyl group; R 7 to R 12 are the same as or different from one another, each representing a C1 to C8 alkoxy or alkyl group; and p to r are the same as or different from one another, each representing an integer of 1 to 8; and a silane coupling agent containing a mercapto group, the modified diene rubbers A and B, taken as a whole, having a weight average molecular weight of 300,000 to 1,400,000. a modified diene rubber A which has been modified with an acrylamide compound represented by the following Formula: wherein R 1 represents hydrogen or a methyl group; R 2 and R 3 each represent an alkyl group; and n represents an integer; a modified diene rubber B which has been modified with a silicon or tin compound represented by the Formula below and a modifying compound represented by the Formula below or with a modifying compound represented by the Formula below: R a MX b wherein R represents an alkyl group, an alkenyl group, a cycloalkenyl group, or an aromatic hydrocarbon group; M represents silicon or tin; X represents a halogen; a represents an integer of 0 to 2; and b represents an integer of 2 to 4; wherein R 4 to R 6 are the same as or different from one another, each representing a C1 to C8 alkyl group; R 7 to R 12 are the same as or different from one another, each representing a C1 to C8 alkoxy or alkyl group; and p to r are the same as or different from one another, each representing an integer of 1 to 8; and a silane coupling agent containing a mercapto group, the modified diene rubbers A and B, taken as a whole, having a weight average molecular weight of 300,000 to 1,400,000.
A method for aiding in the differentiation of IBS-constipation (IBS-C) from IBS-diarrhea (IBS-D) in a subject, the method comprising: (a) contacting a first sample from the subject with a binding moiety under conditions suitable to transform an IBS serological marker present in the first sample into a complex comprising the IBS serological marker and the binding moiety, wherein the IBS serological marker comprises a combination of histamine and neutrophil gelatinase-associated lipocalin (NGAL); (b) contacting isolated and/or amplified RNA obtained from a second sample from the subject with a detection reagent under conditions suitable to transform an IBS genetic marker present in the second sample into a complex comprising the IBS genetic marker and the detection reagent, wherein the IBS genetic marker comprises a combination of MICALL1 and RNF26; (c) determining the level of the complex in step (a), thereby determining the level of the IBS serological marker present in the first sample; and (d) determining the level of the complex in step (b), thereby determining the level of the IBS genetic marker present in the second sample. (a) contacting a first sample from the subject with a binding moiety under conditions suitable to transform an IBS serological marker present in the first sample into a complex comprising the IBS serological marker and the binding moiety, wherein the IBS serological marker comprises a combination of histamine and neutrophil gelatinase-associated lipocalin (NGAL); (b) contacting isolated and/or amplified RNA obtained from a second sample from the subject with a detection reagent under conditions suitable to transform an IBS genetic marker present in the second sample into a complex comprising the IBS genetic marker and the detection reagent, wherein the IBS genetic marker comprises a combination of MICALL1 and RNF26; (c) determining the level of the complex in step (a), thereby determining the level of the IBS serological marker present in the first sample; and (d) determining the level of the complex in step (b), thereby determining the level of the IBS genetic marker present in the second sample.
A fitting for use with a cable contained in a corrugated metal tubing, the fitting comprising: an adaptor having an internal, longitudinal passage to receive the cable; a body coupled to the adaptor, the body including a body sealing surface; an internal seal positioned between the adaptor and the body, the internal seal to be radially disposed about the cable; a nut coupled to the body; and a sealing member positioned between the nut and the body, the sealing member including a sealing surface configured to be placed in a valley of the corrugated metal tubing to compress a peak of the corrugated metal tubing between the sealing surface of the sealing member and the body sealing surface of the body such that the compressed peak forms a metal-to-metal seal. an adaptor having an internal, longitudinal passage to receive the cable; a body coupled to the adaptor, the body including a body sealing surface; an internal seal positioned between the adaptor and the body, the internal seal to be radially disposed about the cable; a nut coupled to the body; and a sealing member positioned between the nut and the body, the sealing member including a sealing surface configured to be placed in a valley of the corrugated metal tubing to compress a peak of the corrugated metal tubing between the sealing surface of the sealing member and the body sealing surface of the body such that the compressed peak forms a metal-to-metal seal.
A positive electrode material comprising: a positive electrode active material particle; and a covering layer (105, 2105) covering the positive electrode active material particle, wherein the positive electrode active material particle contains a transition metal oxide which absorbs and releases a lithium ion, and the covering layer (105, 2105) is a layer containing a compound represented by the general formula of Li x V 2 O 5 (where 0<x≤1 holds). a positive electrode active material particle; and a covering layer (105, 2105) covering the positive electrode active material particle, wherein the positive electrode active material particle contains a transition metal oxide which absorbs and releases a lithium ion, and the covering layer (105, 2105) is a layer containing a compound represented by the general formula of Li x V 2 O 5 (where 0<x≤1 holds).
A compound for use in a method of treating relapsed or refractory acute myeloid leukemia in a subject, wherein the compound is the mutant isocitrate dehydrogenase 2 inhibitor 2-methyl-1-[(4-[6-(trifluoromethyl)pyridin-2-yl]-6-{[2-(trifluoromethyl)pyridin-4-yl]amino}-1,3,5-triazin-2-yl)amino]propan-2-ol having the following formula: or a pharmaceutically acceptable salt, solvate, tautomer, or a polymorph thereof (COMPOUND 1), wherein the relapsed or refractory acute myeloid leukemia is characterized by the presence of a mutant allele of IDH2 and the absence of a mutant allele of FLT3.
Display comprising a substrate that supports: - an active matrix; - an upper electrical insulation layer covering said active matrix; and - an array of electrooptic elements placed on said insulation layer, wherein each electrooptic element includes a lower supply electrode (16") applied to said insulation layer, wherein said lower supply electrode (16") includes an organic conducting layer contacting directly said insulation layer and a metal layer covering the organic conducting layer, and wherein the active matrix includes an array of circuits comprising components (12, 13) for supplying and driving the electrooptic elements, and includes arrays of electrodes (121, 131) for driving said circuits and for supplying these electrooptic elements via said circuits, characterized in that it includes features that are formed on the substrate by said components (12, 13) and said driving and supplying electrodes (121, 131), that are transposed to the top of the insulation layer, and that are planarized by the organic conducting layer of said lower supply electrodes (16"). - an active matrix; - an upper electrical insulation layer covering said active matrix; and - an array of electrooptic elements placed on said insulation layer, wherein each electrooptic element includes a lower supply electrode (16") applied to said insulation layer, wherein said lower supply electrode (16") includes an organic conducting layer contacting directly said insulation layer and a metal layer covering the organic conducting layer, and wherein the active matrix includes an array of circuits comprising components (12, 13) for supplying and driving the electrooptic elements, and includes arrays of electrodes (121, 131) for driving said circuits and for supplying these electrooptic elements via said circuits, characterized in that it includes features that are formed on the substrate by said components (12, 13) and said driving and supplying electrodes (121, 131), that are transposed to the top of the insulation layer, and that are planarized by the organic conducting layer of said lower supply electrodes (16").
A diffuser device for a system for the disinfection of spaces and surfaces, comprising: - a tank containing a liquid solution, - a container of a liquid substance, having a predetermined fragrance different from the liquid solution; - nebulising means in fluid connection with the tank and the container and designed for drawing out the liquid solution from the tank and the liquid substance from the container spraying them in the space; - at least one control unit programmed for controlling the nebulising means in such a way as to draw out selectively from the tank or from the container as a function, respectively, of a first signal representing the start of a sanitisation and of a second signal representing the end of the nebulising, characterised in that the control unit is programmed for measuring a predetermined interval of time between the end of nebulising and dispensing the liquid substance so as to allow the complete removal of the bacteria by the sanitising liquid solution nebulised during the treatment. - a tank containing a liquid solution, - a container of a liquid substance, having a predetermined fragrance different from the liquid solution; - nebulising means in fluid connection with the tank and the container and designed for drawing out the liquid solution from the tank and the liquid substance from the container spraying them in the space; - at least one control unit programmed for controlling the nebulising means in such a way as to draw out selectively from the tank or from the container as a function, respectively, of a first signal representing the start of a sanitisation and of a second signal representing the end of the nebulising, characterised in that the control unit is programmed for measuring a predetermined interval of time between the end of nebulising and dispensing the liquid substance so as to allow the complete removal of the bacteria by the sanitising liquid solution nebulised during the treatment.
A converter control system coupled between a wind turbine generator and the utility grid, which has at least two converter modules connected in parallel that are enabled/disabled by out-of-phase pulse-width modulation patterns, characterized in that the control system determines the number of converter modules to be enabled/disabled based on the real amount of electric power produced by said wind turbine generator and a number of preset power parameters in relation to the existing wind speed, before enabling or disabling a converter module, gradually modifies the phase difference existing between the connected converter modules, then dynamically enables or disables at least one converter module without disconnecting the converter control system from the utility grid, maintaining the electric power delivered to the utility grid constant and with no significant alterations, and varies the number of enabled converter modules by means of a PWM modulation pattern that modifies the switching phase differences of enabled modules in a gradual and continuous manner, until the new switching phase difference for the converter modules is reached, and guarantees switching throughout the gradual variation of phase difference between modules.