mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for determining body postures and activities, the method comprising: receiving sensor data using a body sensor device, wherein the body sensor device comprises a tri-axial accelerometer and the sensor data comprises tri-axial accelerometer data on X, Y and Z axes; detecting (308, 1008) and classifying a body transition of a body based on the sensor data, wherein detecting and classifying a body transition of the body comprises: detecting if the body is transitioning from a first body position to a second body position; computing a transition signal, wherein the transition signal comprises acceleration on the Y-axis minus acceleration on the Z-axis; determining if the transition signal exceeds a transition threshold; and classifying the body transition of the body as a particular body transition if the transition signal exceeds a threshold; and detecting if there is activity of the body based on the sensor data, wherein if there is activity, classifying the activity; and if there is no activity, classifying a rest position of the body based on the sensor data and based on a previous body transition. receiving sensor data using a body sensor device, wherein the body sensor device comprises a tri-axial accelerometer and the sensor data comprises tri-axial accelerometer data on X, Y and Z axes; detecting (308, 1008) and classifying a body transition of a body based on the sensor data, wherein detecting and classifying a body transition of the body comprises: detecting if the body is transitioning from a first body position to a second body position; computing a transition signal, wherein the transition signal comprises acceleration on the Y-axis minus acceleration on the Z-axis; determining if the transition signal exceeds a transition threshold; and classifying the body transition of the body as a particular body transition if the transition signal exceeds a threshold; and detecting if the body is transitioning from a first body position to a second body position; computing a transition signal, wherein the transition signal comprises acceleration on the Y-axis minus acceleration on the Z-axis; determining if the transition signal exceeds a transition threshold; and classifying the body transition of the body as a particular body transition if the transition signal exceeds a threshold; and detecting if there is activity of the body based on the sensor data, wherein if there is activity, classifying the activity; and if there is no activity, classifying a rest position of the body based on the sensor data and based on a previous body transition.
An elevator monitoring apparatus comprising an encoding unit at which is input a digital image signal showing a real-time image of an inside of a car of an elevator and elevator information which is a digital signal representing a real-time operating state of the elevator, encodes the digital image signal into a bit string in accordance with a predetermined image encoding rule and encodes the elevator information into a bit string in accordance with a predetermined elevator information encoding rule, and generates encoded bit string data which includes the bit string of the digital image signal and the bit string of the elevator information and in which the bit string of the digital image signal and the bit string of the elevator information are related to each other, characterized in that the encoded bit string data includes an area including the bit string of the digital image signal and an area including the bit string of the elevator information, in which the areas are consecutive.
An epicondylitis brace for contact with // abutting against a patient's forearm, comprising a curved molded part having a concave contact side between a first end and a second end (1, 2), fastening means attached to the molded part for contacting the epicondylitis brace and an insert which is arranged on the contact side and has at least one skirt (6, 7) incorporated into the insert, wherein the insert is releasably attached to the molded part, characterized in that at least one contact region for at least one additional skirt is formed between the insert and the molded part.
A mitochondrial function-improving agent for use in the treatment of diseases associated with a decrease in mitochondrial function which is selected from the group consisting of cranial nerve disease, myopathy and heart disease, which comprises a lysine-specific demethylase-1 (LSD-1) inhibitor selected from the group consisting of (i) tranylcypromine; (ii) a nucleic acid capable of suppressing the expression of (iia) LSD1, or (iib) BHC80, or (iic) an enzyme associated with FAD synthesis selected from riboflavin kinase and/or FAD synthase FADS, by RNAi. (i) tranylcypromine; (ii) a nucleic acid capable of suppressing the expression of (iia) LSD1, or (iib) BHC80, or (iic) an enzyme associated with FAD synthesis selected from riboflavin kinase and/or FAD synthase FADS, by RNAi. (iia) LSD1, or (iib) BHC80, or (iic) an enzyme associated with FAD synthesis selected from riboflavin kinase and/or FAD synthase FADS, by RNAi.
A compound represented by the formula wherein X C is NR C1, a sulfur atom or an oxygen atom; R C1 is a hydrogen atom or a C 1-6 alkyl group; R C2 is a carbamoyl group optionally having substituent(s); R C3 is a hydroxy group optionally having a substituent; R C5 is a cyclic group optionally having substituent(s); R C6 is a C 1-6 alkyl group optionally having substituent(s); R C7 is a hydrogen atom, a halogen atom or a C 1-6 alkyl group, or a salt thereof.
A gel composition for external application in the form of a sheet-like adhesive patch comprising agar and at least one adenine compound selected from adenosine phosphoric esters, wherein the agar is contained in an amount of 0.5 to 5 wt.% based on the total amount of the gel composition.
A prosthetic heart valve, comprising: a frame (628, 728) sized and shaped to fit in an orifice of a heart valve; a flexible diaphragm; said frame (628, 728) having a minimum external perimeter and a minimum cross section; characterized in that, said frame has a thin waist wherein said minimum external perimeter and said minimum cross section is around said thin waist; said frame (628, 728) defines a simply connected flow channel; said flow channel does not include a stiff crosspiece; said flexible diaphragm, selectively blocks said flow channel, including an edge at least as large as the minimum external perimeter of the frame (628, 728) and a side of the diaphragm having a surface area greater than the minimum cross section of the frame (628, 728); said flexible diaphragm is connected to the frame (628, 728) along a length ranging between 1% and 50% of a length of the edge such that a portion of the diaphragm is held partially expanded along the length. a frame (628, 728) sized and shaped to fit in an orifice of a heart valve; a flexible diaphragm; said frame (628, 728) having a minimum external perimeter and a minimum cross section; characterized in that, said frame has a thin waist wherein said minimum external perimeter and said minimum cross section is around said thin waist; said frame (628, 728) defines a simply connected flow channel; said flow channel does not include a stiff crosspiece; said flexible diaphragm, selectively blocks said flow channel, including an edge at least as large as the minimum external perimeter of the frame (628, 728) and a side of the diaphragm having a surface area greater than the minimum cross section of the frame (628, 728);
A functional lens comprising, in sequence directly: a lens body (1, 11) positioned at a first side, a first thermoplastic resin layer (3, 13) bonded to the lens body (1, 11), a first adhesive layer (4, 14), and an optically functional layer (5, 15), wherein the first thermoplastic resin layer (3, 13), the first adhesive layer (4, 14) and the optically functional layer (5, 15) are located at the side opposite of the first side, wherein the lens body (1, 11) comprises a polyamide resin, wherein the lens has an edge face, said edge face being formed in a ridge shape with a peak (10, 20, 30, 40) positioned at an interior side relative to the first adhesive layer (4, 14) in a thickness direction of the lens, and wherein the lens has a first face on a near side of a fitting portion for being fitted in the groove of a frame and a second face, at least the fitting portion has the edge face having a first inclined wall (8, 18, 28) which is inclined or curved outwards in a direction from the first face of the lens towards the second face of the lens, and an angle θ1 of the first inclined wall (8, 18, 28) relative to the central axis of the lens body (1,11) is 15 to 30°. a lens body (1, 11) positioned at a first side, a first thermoplastic resin layer (3, 13) bonded to the lens body (1, 11), a first adhesive layer (4, 14), and an optically functional layer (5, 15), wherein the first thermoplastic resin layer (3, 13), the first adhesive layer (4, 14) and the optically functional layer (5, 15) are located at the side opposite of the first side, wherein the lens body (1, 11) comprises a polyamide resin, wherein the lens has an edge face, said edge face being formed in a ridge shape with a peak (10, 20, 30, 40) positioned at an interior side relative to the first adhesive layer (4, 14) in a thickness direction of the lens, and wherein the lens has a first face on a near side of a fitting portion for being fitted in the groove of a frame and a second face, at least the fitting portion has the edge face having a first inclined wall (8, 18, 28) which is inclined or curved outwards in a direction from the first face of the lens towards the second face of the lens, and an angle θ1 of the first inclined wall (8, 18, 28) relative to the central axis of the lens body (1,11) is 15 to 30°.
A respiratory monitoring apparatus, comprising: a cannula (52,54,56) configured to receive i) at least partial sampling of nasal airflows and mouth airflows as respiratory airflows from a subject and ii) interface airflows from an area near said cannula (52,54,56), wherein the area is a sealed area created within an interface and the interface airflows within the area of the interface are independent of airflows in an area external from the interface; and wherein said respiratory airflows are directed by a respiratory lumen and said interface airflows are directed by an interface lumen to a differential pressure transducer to determine pressure differentials between said respiratory airflows and said interface airflows. a cannula (52,54,56) configured to receive i) at least partial sampling of nasal airflows and mouth airflows as respiratory airflows from a subject and ii) interface airflows from an area near said cannula (52,54,56), wherein the area is a sealed area created within an interface and the interface airflows within the area of the interface are independent of airflows in an area external from the interface; and wherein said respiratory airflows are directed by a respiratory lumen and said interface airflows are directed by an interface lumen to a differential pressure transducer to determine pressure differentials between said respiratory airflows and said interface airflows.
Lance of a gas turbine burner comprising at least an inner duct with inner nozzles and an annular outer duct encircling the inner duct and provided with outer nozzles, wherein between a terminal portion of the inner duct and a terminal portion of the outer duct at least a spacer is provided, said spacer being fixed to both the inner duct and outer duct, characterised in that the outer duct has a terminal portion closed by a wall being a separate element from the outer duct and connected thereto.
A pull-out guide for a drawer, comprising: - a carcass rail configured to be arranged on a side of a furniture carcass, - a drawer rail configured to be arranged on a drawer, the drawer rail being displaceably supported on the carcass rail in an opening- and closing direction (OR, SR), the drawer rail having an upper side facing towards the drawer and a lower side spaced from the upper side by at least one side limb, and - a bearing device for a synchronization rod of a synchronization device, the bearing device including a fastening region for the synchronization rod, wherein the fastening region is arranged below the underside of the drawer rail, wherein the fastening region is the region in which the synchronizing rod contacts the bearing device, characterized in that the fastening region is arranged between the drawer rail and the carcass rail. - a carcass rail configured to be arranged on a side of a furniture carcass, - a drawer rail configured to be arranged on a drawer, the drawer rail being displaceably supported on the carcass rail in an opening- and closing direction (OR, SR), the drawer rail having an upper side facing towards the drawer and a lower side spaced from the upper side by at least one side limb, and - a bearing device for a synchronization rod of a synchronization device, the bearing device including a fastening region for the synchronization rod,
A method for transmitting a pilot signal, comprising: configuring, by a network side device, a user equipment with a first Channel State Information, CSI feedback configuration corresponding to first Channel State Information-Reference Signal, CSI-RS resources, wherein the first CSI-RS resources are used for the user equipment to receive a first pilot signal over the first CSI-RS resources and to make a first signal measurement according to the first pilot signal; receiving, by the network side device, a measurement parameter fed back by the user equipment according to the first pilot signal of the first CSI-RS resources; selecting, by the network side device, a part or all of first CSI-RS resources according to the measurement parameter; determining, by the network side device, second CSI-RS resources corresponding to the selected part or all of first CSI-RS resources; and determining, by the network side device, a second CSI feedback configuration corresponding to the second CSI-RS resources; and transmitting, by the network side device, the second CSI feedback configuration to the user equipment, wherein the second CSI-RS resources are used for the user equipment to receive a second pilot signal over the second CSI-RS resources and to make a second signal measurement according to the second pilot signal; wherein, for each port of a CSI-RS resource, a pilot signal corresponding to the port is transmitted, by the network side device, over one group of antenna elements corresponding to the port. configuring, by a network side device, a user equipment with a first Channel State Information, CSI feedback configuration corresponding to first Channel State Information-Reference Signal, CSI-RS resources, wherein the first CSI-RS resources are used for the user equipment to receive a first pilot signal over the first CSI-RS resources and to make a first signal measurement according to the first pilot signal; receiving, by the network side device, a measurement parameter fed back by the user equipment according to the first pilot signal of the first CSI-RS resources; selecting, by the network side device, a part or all of first CSI-RS resources according to the measurement parameter; determining, by the network side device, second CSI-RS resources corresponding to the selected part or all of first CSI-RS resources; and determining, by the network side device, a second CSI feedback configuration corresponding to the second CSI-RS resources; and transmitting, by the network side device, the second CSI feedback configuration to the user equipment, wherein the second CSI-RS resources are used for the user equipment to receive a second pilot signal over the second CSI-RS resources and to make a second signal measurement according to the second pilot signal; wherein, for each port of a CSI-RS resource, a pilot signal corresponding to the port is transmitted, by the network side device, over one group of antenna elements corresponding to the port.
A method for detecting anomalies in a set of signals S i that normally exhibit analogous behaviour, said signal being defined as a series of discrete values transmitted over time from a single source, the method comprising: acquiring a set of signals S i from at least one measurement source, the set of signals S i exhibiting the analogous behavior; selecting one of the signals S i (21, 41) to be designated as a reference signal S ref and designating a reference point in time t ref; computing for every t a deviation Dev i between the reference signal S ref at the reference point in time t ref and each one of the acquired signals S i; and generating a deviation alarm trigger (35, 61) when the deviation Dev i meets a given deviation criteria, whereby a variation of one signal S i from S ref beyond the given deviation criteria is indicative of the anomalies, given the analogous behavior of the set of signals S i. acquiring a set of signals S i from at least one measurement source, the set of signals S i exhibiting the analogous behavior; selecting one of the signals S i (21, 41) to be designated as a reference signal S ref and designating a reference point in time t ref; computing for every t a deviation Dev i between the reference signal S ref at the reference point in time t ref and each one of the acquired signals S i; and generating a deviation alarm trigger (35, 61) when the deviation Dev i meets a given deviation criteria, whereby a variation of one signal S i from S ref beyond the given deviation criteria is indicative of the anomalies, given the analogous behavior of the set of signals S i.
A conductive polymer dispersion comprising a polythiophene and a polyanion, characterized in that the polyanion is a homo- or copolymer of a monomer according to Formula I, wherein any of R 1 to R 5 is selected from the group consisting of hydrogen, a halogen, an ether and a substituted or unsubstituted alkyl group with the proviso that at least one of R 1 to R 5 is a substituent according to Formula II, wherein L represents a divalent linking group having less than 20 carbon atoms; n represents 0 or 1; R 6 and R 7 are independently selected from the group consisting of hydrogen, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted aralkyl group, a substituted or unsubstituted alkaryl group and a substituted or unsubstituted aryl or heteroaryl group; any of L, R 6 and R 7 may represent the necessary atoms to form a 5 to 8 membered ring; M represents hydrogen or a counterion to compensate the negative charge of the sulfonate group; the dashed line represents a covalent bond to the phenyl ring of Formula I. wherein L represents a divalent linking group having less than 20 carbon atoms; n represents 0 or 1; R 6 and R 7 are independently selected from the group consisting of hydrogen, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted aralkyl group, a substituted or unsubstituted alkaryl group and a substituted or unsubstituted aryl or heteroaryl group; any of L, R 6 and R 7 may represent the necessary atoms to form a 5 to 8 membered ring; M represents hydrogen or a counterion to compensate the negative charge of the sulfonate group; the dashed line represents a covalent bond to the phenyl ring of Formula I.
A flow generator, comprising: a housing; a blower structured to generate a flow of pressurized breathable air to be provided to an air flow path, the blower including an inlet along a low pressure side thereof and an outlet along a high pressure side thereof; and a suspension device to support the blower within the housing and provide a pressure seal between the low and high pressure sides of the blower, wherein the suspension device includes one or more cones provided along upper and/or lower sides of the blower to absorb shock applied at least axially to the blower, characterized in that the suspension device surrounds the blower to enclose or encase the blower, and the suspension device includes opposing suspension walls (44, 42) with respective suspension apertures (44-1, 42-1) to accommodate the inlet and the outlet of the blower, and wherein the suspension device includes a bellows-like portion provided along a perimeter of the blower to absorb shock applied at least radially to the blower. a housing; a blower structured to generate a flow of pressurized breathable air to be provided to an air flow path, the blower including an inlet along a low pressure side thereof and an outlet along a high pressure side thereof; and a suspension device to support the blower within the housing and provide a pressure seal between the low and high pressure sides of the blower, wherein the suspension device includes one or more cones provided along upper and/or lower sides of the blower to absorb shock applied at least axially to the blower, characterized in that the suspension device surrounds the blower to enclose or encase the blower, and the suspension device includes opposing suspension walls (44, 42) with respective suspension apertures (44-1, 42-1) to accommodate the inlet and the outlet of the blower, and wherein the suspension device includes a bellows-like portion provided along a perimeter of the blower to absorb shock applied at least radially to the blower.
An article of apparel (100, 200, 300, 400, 500, 600) for an upper torso of a wearer, the article of apparel (100, 200, 300, 400, 500, 600) comprising: a torso portion (105, 305, 405, 605) comprising a front aspect (102, 302, 402, 602) and a back aspect (104, 304, 404, 604) that together define at least a neckline opening (106, 306, 606, 656), a waist opening (110, 210, 410, 610), a first arm opening (112, 412, 612), and a second arm opening (116, 416, 616); a first slider mechanism (122, 322, 622) with a first slider pull (124, 324), the first slider mechanism (122, 322, 622) having a first stop and a second stop, the first stop positioned inferior to the neckline opening (106, 306, 606, 656) at a front midline (120, 320, 420) of the article of apparel (100, 200, 300, 400, 500, 600), the second stop positioned adjacent to the first arm opening (112, 412, 612), wherein the first slider mechanism (122, 322, 622) is transitioned from a first closed position to a first open position by moving the first slider pull (124, 324) away from the neckline opening (106, 306, 606, 656) and toward the first arm opening (112, 412, 612); a second slider mechanism (132, 332, 632) with a second slider pull (134, 334), the second slider mechanism (132, 332, 632) having a third stop and a fourth stop, the third stop positioned inferior to the neckline opening (106, 306, 606, 656) at the front midline (120, 320, 420) of the article of apparel (100, 200, 300, 400, 500, 600), the fourth stop positioned adjacent to the second arm opening (116, 416, 616), wherein the second slider mechanism (132, 332, 632) is transitioned from a second closed position to a second open position by moving the second slider pull (134, 334) away from the neckline opening (106, 306, 606, 656) and toward the second arm opening (116, 416, 616); and a first tensioning mechanism (140, 440, 640) extending circumferentially around the torso portion (105, 305, 405, 605) and affixed thereto, the first tensioning mechanism (140, 440, 640) positioned superior to and parallel to the waist opening (110, 210, 410, 610) and spaced apart from the waist opening (110, 210, 410, 610) by a predetermined distance.