mhurhangee/ep-ind-claims huggingface dataset:
A vehicle control panel for controlling a function for a vehicle, the vehicle control panel comprising: - a switch cap comprising electrical connection pads arranged on a side of the switch cap, and an electric circuit arranged inside the switch cap associated with selecting a state of the function, the electrical connection pads are each electrically connected to respective portions of the electric circuit, and the electric circuit is connected to external electrical circuitry configured to operate the function, - a panel member to which the switch cap is pivotally and releasably attached such that the electrical connection pads of the switch cap reaches an inner surface of the panel member, wherein the switch cap is rotatable about a rotation axis with respect to the panel member for rotating between at least two positions, the panel member having electrical circuit closing members attached on the inner surface of the panel member, wherein each of the electrical circuit closing members is configured to close a respective portion of the electric circuit printed in the switch cap, each portion of the electric circuit is associated with a corresponding one of the states, wherein, when in a first position of the at least two positions at least two of the electrical connection pads are adapted to coincide and make contact with one of the electrical circuit closing members in the panel member, whereby a respective first electric circuit portion in the switch cap is closed by the electrical circuit closing member such that the external electrical circuitry thereby operates the function to a first state, and when in a second position of the at least two positions at least two other of the electrical connection pads are adapted to coincide and make contact with another one of the electrical circuit closing members in the panel member, whereby a respective second electric circuit portion in the switch cap is closed by the electrical circuit closing member such that the external electrical circuitry thereby operates the function to a second state. - a switch cap comprising electrical connection pads arranged on a side of the switch cap, and an electric circuit arranged inside the switch cap associated with selecting a state of the function, the electrical connection pads are each electrically connected to respective portions of the electric circuit, and the electric circuit is connected to external electrical circuitry configured to operate the function, - a panel member to which the switch cap is pivotally and releasably attached such that the electrical connection pads of the switch cap reaches an inner surface of the panel member, wherein the switch cap is rotatable about a rotation axis with respect to the panel member for rotating between at least two positions,
A device for inductively charging an electronic accessory, the device comprising: a first portion (324; FIG. 4) including a first transmission coil (316-1; FIG. 4) in a first plane, the first transmission coil configured to generate a first magnetic field (332-1; FIG. 5-1); a second portion (326; FIG. 4) including a second transmission coil (316-2; FIG. 4) in a second plane, the second transmission coil configured to generate a second magnetic field (332-2; FIG. 5-2); and a spacer (318; FIG. 4) positioned between the first transmission coil and the second transmission coil and between the first plane and the second plane, the spacer material magnetically insulating the second transmission coil from the first magnetic field, characterised in that the first portion (324; FIG. 3) and second portion (326; FIG. 3) are connected by a flexible connector (328; FIG. 5-2), and the first transmission coil and the second transmission coil are each part of a flexible printed circuit. a first portion (324; FIG. 4) including a first transmission coil (316-1; FIG. 4) in a first plane, the first transmission coil configured to generate a first magnetic field (332-1; FIG. 5-1); a second portion (326; FIG. 4) including a second transmission coil (316-2; FIG. 4) in a second plane, the second transmission coil configured to generate a second magnetic field (332-2; FIG. 5-2); and a spacer (318; FIG. 4) positioned between the first transmission coil and the second transmission coil and between the first plane and the second plane, the spacer material magnetically insulating the second transmission coil from the first magnetic field, characterised in that the first portion (324; FIG. 3) and second portion (326; FIG. 3) are connected by a flexible connector (328; FIG. 5-2), and the first transmission coil and the second transmission coil are each part of a flexible printed circuit.
A composition for use in the prevention or treatment of a condition associated with β-amyloid in brain, comprising of at least an active ingredient selected from the group consisting of an extract of at least a plant selected from the group consisting of Monsonia angustifolia and Monsonia brevirostrate; a dried productof the extract; and a concentrated product of the extract.
A method for detecting fault in a power transmission line of a power transmission system, including steps of: (a) obtaining a system parameter of the power transmission system; (b) adjusting protection reachability of a fault detecting element based on the obtained system parameter such that the adjusted protection reachability of the fault detecting element is applicable to a predetermined protection range; (c) obtaining instantaneous voltage values at a compensated point on a transmission line of the power transmission system for a series of time points; (d) identifying whether there is an internal fault occurring on the transmission line using the adjusted fault detecting element by applying the obtained instantaneous voltage values at the compensated point to the adjusted fault detecting element for the identification of the internal fault; and (e) generating a fault detection decision signal indicating the identified fault, and characterized in that the fault detecting element of the step (d) uses criteria: { ΔU q > K rel × U N ΔU q = U q − U q ′ or { ΔU q > K rel × U q ′ ΔU q = U q − U q ′ where U q and U' q respectively indicate the instantaneous voltage values for two of the series of time points, U N indicates rated voltage of the transmission line, and K rel indicates reliability coefficient. (a) obtaining a system parameter of the power transmission system; (b) adjusting protection reachability of a fault detecting element based on the obtained system parameter such that the adjusted protection reachability of the fault detecting element is applicable to a predetermined protection range; (c) obtaining instantaneous voltage values at a compensated point on a transmission line of the power transmission system for a series of time points; (d) identifying whether there is an internal fault occurring on the transmission line using the adjusted fault detecting element by applying the obtained instantaneous voltage values at the compensated point to the adjusted fault detecting element for the identification of the internal fault; and (e) generating a fault detection decision signal indicating the identified fault, and
A cage (22, 122, 222, 322) for a control valve trim assembly, the cage comprising: a cage body having an opening at one end and a wall (38, 138, 238, 338) extending from the opening; and a plurality of openings (40, 140, 240, 340) disposed in the wall; the cage further comprising a pressure relief mechanism, characterized in that the pressure relief mechanism biased into a closed position in which fluid is prevented from flowing through an auxiliary opening (46, 160, 260) in the wall and movable into an open position in which fluid is allowed to flow through the auxiliary opening once a predetermined pressure differential between an inside and an outside of the wall is reached. a cage body having an opening at one end and a wall (38, 138, 238, 338) extending from the opening; and a plurality of openings (40, 140, 240, 340) disposed in the wall; the cage further comprising a pressure relief mechanism, characterized in that the pressure relief mechanism biased into a closed position in which fluid is prevented from flowing through an auxiliary opening (46, 160, 260) in the wall and movable into an open position in which fluid is allowed to flow through the auxiliary opening once a predetermined pressure differential between an inside and an outside of the wall is reached.
A ureteral stent comprising: a tubular body defining a lumen and having (i) a distal kidney section to be placed in or near a patient's kidney, (ii) a proximal bladder section to be placed within the patient's bladder, and (iii) a ureter section between the distal and proximal sections to be placed within the patient's ureter; the tubular body having a first material layer and a stiffening member (134, 136, 150A-150H) that extends through at least a portion of a length of the tubular body, the stiffening member having a stiffness characteristic that varies along its length, wherein the stiffening member includes at least one strand of material (150A-150H) that is embedded within the first material layer. a tubular body defining a lumen and having (i) a distal kidney section to be placed in or near a patient's kidney, (ii) a proximal bladder section to be placed within the patient's bladder, and (iii) a ureter section between the distal and proximal sections to be placed within the patient's ureter; the tubular body having a first material layer and a stiffening member (134, 136, 150A-150H) that extends through at least a portion of a length of the tubular body, the stiffening member having a stiffness characteristic that varies along its length, wherein the stiffening member includes at least one strand of material (150A-150H) that is embedded within the first material layer.
An apparatus for securely holding an endotracheal tube, the apparatus comprising: a support rail having opposite ends and an exterior portion defining a plurality of retention grooves at least partially along a length of the support rail between the opposite ends, the support rail configured to be placed above a lip of a patient; an auxiliary clip coupled to the support rail the auxiliary clip configured to hold an accessory device relative to the patient's face; and a tube fastener coupled to the support rail and slidably movable along the length of the support rail between the opposite ends, the tube fastener including: a tube holder base having a first side region and a spaced apart second side region; an adjustment clip coupled to the tube holder base, the adjustment clip configured to releasably engage the exterior portion of the support rail for laterally repositioning the tube holder base along the support rail between the opposite ends; and a securement tie configured to be wrapped around a portion of the endotracheal tube to secure the endotracheal tube to the tube holder base; characterized in that the auxiliary clip coupled to the support rail is slidably movable along the length of the support rail between the opposite ends. a support rail having opposite ends and an exterior portion defining a plurality of retention grooves at least partially along a length of the support rail between the opposite ends, the support rail configured to be placed above a lip of a patient; an auxiliary clip coupled to the support rail the auxiliary clip configured to hold an accessory device relative to the patient's face; and a tube fastener coupled to the support rail and slidably movable along the length of the support rail between the opposite ends, the tube fastener including: a tube holder base having a first side region and a spaced apart second side region; an adjustment clip coupled to the tube holder base, the adjustment clip configured to releasably engage the exterior portion of the support rail for laterally repositioning the tube holder base along the support rail between the opposite ends; and a securement tie configured to be wrapped around a portion of the endotracheal tube to secure the endotracheal tube to the tube holder base; a tube holder base having a first side region and a spaced apart second side region; an adjustment clip coupled to the tube holder base, the adjustment clip configured to releasably engage the exterior portion of the support rail for laterally repositioning the tube holder base along the support rail between the opposite ends; and a securement tie configured to be wrapped around a portion of the endotracheal tube to secure the endotracheal tube to the tube holder base;
A method of updating global map data with vehicle data, the method comprising: navigating a first industrial automated guided vehicle through a physical environment using global map data that defines a global coordinate system; capturing first vehicle data with a first sensor array coupled to the first automated guided vehicle, wherein the first vehicle data is indicative of an object within the physical environment; transforming the first vehicle data into a first feature pose indicative of a position of the object with respect to the global coordinate system and a first feature pose uncertainty indicative of error of the first measurement data; capturing second vehicle data with a second sensor array coupled to a second industrial automated guided vehicle, wherein the second vehicle data is indicative of the object within the physical environment; transforming the second vehicle data into a second feature pose indicative of the position of the object with respect to the global coordinate system and a second feature pose uncertainty indicative of error of the second measurement data; transforming the first feature pose, the first feature pose uncertainty, the second feature pose, and the second feature pose uncertainty into an estimated feature pose indicative of the position of the object with respect to the global coordinate system using one or more statistical methods; and updating the global map data according to the estimated feature pose. navigating a first industrial automated guided vehicle through a physical environment using global map data that defines a global coordinate system; capturing first vehicle data with a first sensor array coupled to the first automated guided vehicle, wherein the first vehicle data is indicative of an object within the physical environment; transforming the first vehicle data into a first feature pose indicative of a position of the object with respect to the global coordinate system and a first feature pose uncertainty indicative of error of the first measurement data; capturing second vehicle data with a second sensor array coupled to a second industrial automated guided vehicle, wherein the second vehicle data is indicative of the object within the physical environment; transforming the second vehicle data into a second feature pose indicative of the position of the object with respect to the global coordinate system and a second feature pose uncertainty indicative of error of the second measurement data; transforming the first feature pose, the first feature pose uncertainty, the second feature pose, and the second feature pose uncertainty into an estimated feature pose indicative of the position of the object with respect to the global coordinate system using one or more statistical methods; and updating the global map data according to the estimated feature pose.
An SkQ mitochondria-targeted antioxidant selected from the group consisting of SkQ1 and SkQR1 for use in the treatment or prophylaxis of a brain pathology providing a neuroprotective effect, either prophylactically to inhibit the course of a brain pathology or for treatment of the pathology after its onset wherein said pathology is alcohol intoxication.
An anchoring device for use in retaining a railway rail fastening clip, the device comprising a stem for embedding in a rail support member, a head extending from the stem and comprising a generally hook-shaped portion for extending over a portion of the clip to effect retention, and terminating at an end apart from the stem, wherein the hook-shaped portion comprises a means for engaging a sealing plate at or near the end thereof, characterised in that the stem comprises a means for engaging the sealing plate, and wherein in use, said sealing plate bridges the hook-shaped portion and the stem, wherein the hook-shaped portion defines a recess between the stem and an end of the hook-shaped portion of the head, wherein the recess comprises an opening and a slot extending from the opening for receiving said portion of the clip.
An insulating sleeve (10, 30) for pipes and ducts which comprises an insulating strip of planar material which insulates against structure-borne noise and is heat-insulating, wherein the insulating strip (20, 20') can be wound around the pipe or the duct and is closable by a closure means (22, 24; 22', 24') of the insulating sleeve; and wherein the sleeve (10, 30) comprises a material which swells under the effect of heat, characterized in that the material swelling under the effect of heat is configured as a separate strip (26, 26') which is not connected to the insulating strip (20, 20') over its whole area, but rather either only at its one end or only at its two oppositely disposed ends.
A method of deep-drawing a tray from sheet material selected from a group consisting of paper, paperboard, cardboard, polymer-coated paper or board, metal-foiled paper or board, metal, and a composite of metal and polymer, the method comprising the steps of: (i) providing the sheet material with score lines transversally to the circumference of the tray being formed, (ii) bringing the scored sheet material between a female moulding tool, which comprises a cavity for forming the tray bottom outwardly, and a male moulding tool, which comprises a plunger for forming the tray bottom inwardly, (iii) clamping the sheet material along said circumference of the tray by means of the female and male moulding tools (3, 4), to hold the material during the deep-drawing step, and the method characterized by the step of (iv) moving the plunger with respect to the cavity for forming the bottom of the tray and thereby finishing the tray, while between the cavity bottom and the clamp interface the male moulding tool is kept laterally distanced from the sheet material, to let the score lines determine wrinkling of the sheet material forming the side wall of the finished tray in an open space provided by the laterally distanced male moulding tool, said space being located inside of the tray side wall being formed. (i) providing the sheet material with score lines transversally to the circumference of the tray being formed, (ii) bringing the scored sheet material between a female moulding tool, which comprises a cavity for forming the tray bottom outwardly, and a male moulding tool, which comprises a plunger for forming the tray bottom inwardly, (iii) clamping the sheet material along said circumference of the tray by means of the female and male moulding tools (3, 4), to hold the material during the deep-drawing step, and the method characterized by the step of (iv) moving the plunger with respect to the cavity for forming the bottom of the tray and thereby finishing the tray, while between the cavity bottom and the clamp interface the male moulding tool is kept laterally distanced from the sheet material, to let the score lines determine wrinkling of the sheet material forming the side wall of the finished tray in an open space provided by the laterally distanced male moulding tool, said space being located inside of the tray side wall being formed.
A DNA plasmid vaccine comprising a nucleotide coding sequence that encodes one or more immunogenic proteins capable of generating a protective immune response against LASV infection in a subject in need thereof, wherein the coding sequence encodes a glycoprotein precursor of LASV, codon optimized for said subject and wherein the coding sequence comprises SEQ ID NO: 1 or 2.
A resource allocation method for a small cell cluster, SCC in a communications system, the communications system having at least two base stations in the SCC and a base station of an upper level serving the SCC, and the base stations of the SCC including a base station taken as a cluster head, the SCC comprising at least one small cell and at least one SCC of a lower level, and a coverage range of the SCC overlapping with a coverage range of at least one base station of the upper level, wherein the resource allocation method comprises: exchanging a communication between the base station of the upper level and another base station of the upper level, so as to obtain information on resources and/or interference of the other base station of the upper level; receiving, at the base station of the upper level from at least the cluster head of the SCC, information associated with resources and/or interference of the base station of the upper level; and allocating resources for the SCC by the base station of the upper level based on the obtained information on resources and/or interference of the other base station of the upper level and the information on resources and/or interference of the base station of the upper level, and the cluster head of the SCC allocates resources for the at least one SCC of the lower level in the SCC; the number of the resources allocated by the cluster head for the at least one SCC of the lower level is less than or equal to the number of the resources allocated by the base station of the upper level for the SCC; and a granularity of the resources allocated by the cluster head for the at least one SCC of the lower level is finer than a granularity of the resources allocated by the base station of the upper level for the SCC. exchanging a communication between the base station of the upper level and another base station of the upper level, so as to obtain information on resources and/or interference of the other base station of the upper level; receiving, at the base station of the upper level from at least the cluster head of the SCC, information associated with resources and/or interference of the base station of the upper level; and allocating resources for the SCC by the base station of the upper level based on the obtained information on resources and/or interference of the other base station of the upper level and the information on resources and/or interference of the base station of the upper level, and the cluster head of the SCC allocates resources for the at least one SCC of the lower level in the SCC; the number of the resources allocated by the cluster head for the at least one SCC of the lower level is less than or equal to the number of the resources allocated by the base station of the upper level for the SCC; and a granularity of the resources allocated by the cluster head for the at least one SCC of the lower level is finer than a granularity of the resources allocated by the base station of the upper level for the SCC.