mhurhangee/ep-ind-claims huggingface dataset:
An optical gas sensing apparatus comprising: an explosion-rated device electronics enclosure; device electronics disposed within the device electronics enclosure; an explosion-rated sensing enclosure being operably coupled to the explosion-rated device electronics enclosure by an explosion-rated feed-through; a light source disposed within the sensing enclosure and being operably coupled to the device electronics via the feed-through; a light detector disposed within the sensing enclosure and being operably coupled to the device electronics via the feed-through; and a reflector disposed outside of the sensing enclosure; wherein the sensing enclosure has a light transmitting element arranged to allow light from the light source to pass out of the sensing enclosure into a gas volume between the sensing enclosure and the reflector and light from the light source that has been reflected by said reflector to pass back into the sensing enclosure onto the light detector; and wherein an internal volume of the sensing enclosure is equal to or less than about one fiftieth of a volume of the explosion-rated device electronics enclosure. an explosion-rated device electronics enclosure; device electronics disposed within the device electronics enclosure; an explosion-rated sensing enclosure being operably coupled to the explosion-rated device electronics enclosure by an explosion-rated feed-through; a light source disposed within the sensing enclosure and being operably coupled to the device electronics via the feed-through; a light detector disposed within the sensing enclosure and being operably coupled to the device electronics via the feed-through; and a reflector disposed outside of the sensing enclosure; wherein the sensing enclosure has a light transmitting element arranged to allow light from the light source to pass out of the sensing enclosure into a gas volume between the sensing enclosure and the reflector and light from the light source that has been reflected by said reflector to pass back into the sensing enclosure onto the light detector; and wherein an internal volume of the sensing enclosure is equal to or less than about one fiftieth of a volume of the explosion-rated device electronics enclosure.
A construct for heating, browning, and/or crisping a food item, comprising: a first main panel (102, 302, 402, 502, 602, 802, 902, 1002) and a second main panel (104, 304, 404, 504, 604, 804, 904, 1004) in an opposed configuration; a first minor panel (106, 206, 306, 406, 506, 606, 806, 906) and a second minor panel (108, 208, 308, 408, 508, 608, 808, 908) in an opposed configuration, the first minor panel and the second minor panel being joined to the first main panel and the second main panel along respective fold lines (110, 112, 114, 116, 216, 910, 912, 914, 916) to at least partially define an interior space; a microwave energy interactive element overlying at least a portion of at least one of the first main panel, second main panel, first minor panel, and second minor panel on a side of the respective panel facing the interior space; and a first end panel (136, 1036) foldably joined to the first main panel (102, 302, 402, 502, 602, 802, 902, 1002); characterized in that the first end panel includes a pair of opposed side edges (142, 144) that extend divergently from the first main panel (102, 302, 402, 502, 602, 802, 902, 1002). a first main panel (102, 302, 402, 502, 602, 802, 902, 1002) and a second main panel (104, 304, 404, 504, 604, 804, 904, 1004) in an opposed configuration; a first minor panel (106, 206, 306, 406, 506, 606, 806, 906) and a second minor panel (108, 208, 308, 408, 508, 608, 808, 908) in an opposed configuration, the first minor panel and the second minor panel being joined to the first main panel and the second main panel along respective fold lines (110, 112, 114, 116, 216, 910, 912, 914, 916) to at least partially define an interior space; a microwave energy interactive element overlying at least a portion of at least one of the first main panel, second main panel, first minor panel, and second minor panel on a side of the respective panel facing the interior space; and a first end panel (136, 1036) foldably joined to the first main panel (102, 302, 402, 502, 602, 802, 902, 1002); characterized in that the first end panel includes a pair of opposed side edges (142, 144) that extend divergently from the first main panel (102, 302, 402, 502, 602, 802, 902, 1002).
A fluid pressurizing and displacement device comprising: a grip assembly having a first end and a second end; a syringe body which extends from the first end of the grip assembly; a plunger which extends from the second end of the syringe body, said plunger having a thread thereon; an actuating mechanism in the device having a thread thereon which is engaged with the thread on the plunger, and which is configured to automatically disengage the thread on the plunger upon the plunger being pushed or pulled relative to the grip assembly, characterised in that the fluid pressurizing and displacement device is configured such that pulling the plunger relative to the grip assembly fills the device with fluid, pushing the plunger relative to the grip assembly purges the device of fluid, and rotating the plunger relative to the grip assembly causes the thread on the plunger to interact with the thread on the actuating mechanism.
An outdoor unit for an air conditioning device, the outdoor unit comprising: - a heat exchanger including (i) heat transfer tubes arranged with a space provided between the heat transfer tubes and each having one end connected to a refrigerant tube to transfer heat of refrigerant contained in the refrigerant tube, and (ii) fins extending from the heat transfer tubes to exchange heat between the heat transfer tubes and outside air; - a first protective member having (i) a first flat plate that covers one-end portions of the heat transfer tubes and an endmost fin of the fins that is located nearest the one-end portions of the heat transfer tubes, and (ii) a first protrusion that protrudes from the first flat plate toward the space between the heat transfer tubes near the one-end portions of the heat transfer tubes; - a second protective member having (i) a second flat plate that covers one-end portions of the heat transfer tubes and the endmost fin oppositely from the first flat plate, and (ii) a second protrusion that protrudes from the second flat plate toward the space near the one-end portions of the heat transfer tubes; - a first cover member that covers the first flat plate; - a second cover member that covers the second flat plate; and - a housing that houses the heat exchanger, the first protective member, the second protective member, the first cover member, and the second cover member, and that has an inner wall abutting the first cover member and an inner wall abutting the second cover member. - a heat exchanger including (i) heat transfer tubes arranged with a space provided between the heat transfer tubes and each having one end connected to a refrigerant tube to transfer heat of refrigerant contained in the refrigerant tube, and (ii) fins extending from the heat transfer tubes to exchange heat between the heat transfer tubes and outside air; - a first protective member having (i) a first flat plate that covers one-end portions of the heat transfer tubes and an endmost fin of the fins that is located nearest the one-end portions of the heat transfer tubes, and (ii) a first protrusion that protrudes from the first flat plate toward the space between the heat transfer tubes near the one-end portions of the heat transfer tubes; - a second protective member having (i) a second flat plate that covers one-end portions of the heat transfer tubes and the endmost fin oppositely from the first flat plate, and (ii) a second protrusion that protrudes from the second flat plate toward the space near the one-end portions of the heat transfer tubes; - a first cover member that covers the first flat plate; - a second cover member that covers the second flat plate; and - a housing that houses the heat exchanger, the first protective member, the second protective member, the first cover member, and the second cover member, and that has an inner wall abutting the first cover member and an inner wall abutting the second cover member.
Arrangement for determining a longitudinal position of a stopper for sealing a compartment of a translucent medicament container for a liquid medicament, the arrangement comprising at least one light source and at least one photo sensitive sensor, wherein the light source is arranged to emit light into the medicament container, wherein an array of photo sensitive sensors is laterally arrangeable next to the medicament container, characterized in that the at least one sensor is connected to a processor unit for processing sensor data, wherein the medicament container and/or the medicament is arranged to scatter the light so as to allow the sensor to detect it, wherein the light source is a circular light source arrangeable around the head of the medicament container, wherein the processor unit is arranged to determine the stopper position by detecting a light/dark boundary on the array of sensors caused by the laterally scattered light and the opaque stopper.
A method for cleaning, etching, activation of glass surfaces, glass surfaces coated with metal oxides or with organic material layers, SiO 2 -layer coated materials, and SiO 2 - layer coated materials with an organic material surface coating, the glass surface, glass surface coated with metal oxide or with organic material layer, SiO 2 -layer coated material, or SiO 2 -layer coated material with an organic material surface coating being affected by electrical plasma generated using an electrode system comprising at least two electrically conductive electrodes (2, 3) situated inside of a dielectric body on the same side of the glass, metal oxide coated glass or SiO 2 -coated materials treated, the electric plasma layer being generated on the part of this dielectric body's surface without contact with the electrically conductive electrodes, characterised in that a significant portion of the Maxwell's displacement current, which is larger than 25 % of the total Maxwell's displacement current flowing between the electrodes, is not intersecting the plasma or the plasma treated material and where the minimum distance between the portion of the dielectric body surface coated with the plasma layer and the glass, metal oxide coated glass, or SiO 2 -coated material surface is less than 1 mm and more than 0.05 mm, wherein the surface treated can further be subject to: - deposition of a water containing solution, water containing suspension, or water containing emulsion in the form of an aerosol, electrically charged aerosol, foam, printing or painting, or - exposition to a gaseous atmosphere containing a monomer vapour, or - coating with a layer of a polymer material using extrusion, lamination, printing, painting, spraying, or electrostatically using a powder, or - bringing the surface in contact with another surface treated according to the above method, or with another solid material. - deposition of a water containing solution, water containing suspension, or water containing emulsion in the form of an aerosol, electrically charged aerosol, foam, printing or painting, or - exposition to a gaseous atmosphere containing a monomer vapour, or - coating with a layer of a polymer material using extrusion, lamination, printing, painting, spraying, or electrostatically using a powder, or - bringing the surface in contact with another surface treated according to the above method, or with another solid material.
A dust cover for a ball joint comprising: a spherical head portion formed in one end of the a ball stud, the spherical head portion being retained within a socket; a shaft provided in the other end of said ball stud, the shaft being fastened and fixed to a knuckle; a one end large-diameter opening portion fixed and retained to an outer peripheral surface of said socket; another end small-diameter opening portion being retained to said shaft; a film portion connecting said one end large-diameter opening portion and said other end small-diameter opening portion; and made of a rubber-like elastic material; a retainer having a cylindrical portion which is fitted and retained to an outer peripheral surface of said shaft, wherein an annular convex portion is provided in the outer peripheral surface of said retainer; characterized in that the other end small diameter opening portion having a rigid ring integrally formed therewith, a concavo-convex engagement is formed between an inner peripheral surface of said rigid ring and an outer peripheral surface of said retainer such that said concavo-convex engagement is formed by an annular concave portion which is provided in the inner peripheral surface of said rigid ring engaging with said annular convex portion of said retainer. a spherical head portion formed in one end of the a ball stud, the spherical head portion being retained within a socket; a shaft provided in the other end of said ball stud, the shaft being fastened and fixed to a knuckle; a one end large-diameter opening portion fixed and retained to an outer peripheral surface of said socket; another end small-diameter opening portion being retained to said shaft; a film portion connecting said one end large-diameter opening portion and said other end small-diameter opening portion; and made of a rubber-like elastic material; a retainer having a cylindrical portion which is fitted and retained to an outer peripheral surface of said shaft, wherein an annular convex portion is provided in the outer peripheral surface of said retainer; characterized in that the other end small diameter opening portion having a rigid ring integrally formed therewith, a concavo-convex engagement is formed between an inner peripheral surface of said rigid ring and an outer peripheral surface of said retainer such that said concavo-convex engagement is formed by an annular concave portion which is provided in the inner peripheral surface of said rigid ring engaging with said annular convex portion of said retainer.
A double-stranded (ds) ribonucleic acid comprising a sense strand and an antisense strand, wherein: the sense strand comprises the nucleotide sequence SEQ ID NO: 5 and the antisense strand comprises the nucleotide sequence SEQ ID NO: 6, and each strand of the dsRNA comprises at most 24 nucleotides, for use thereof as a drug. the sense strand comprises the nucleotide sequence SEQ ID NO: 5 and the antisense strand comprises the nucleotide sequence SEQ ID NO: 6, and each strand of the dsRNA comprises at most 24 nucleotides, for use thereof as a drug.
A planetary gear unit comprising a planetary input shaft (180, 190) that inputs rotative power, a sun gear connected to the planetary input shaft (180, 190), a planetary gear that meshes with the sun gear, a carrier pin that supports the planetary gear in a relatively rotatable manner with respect thereto and that orbits around the sun gear together with the planetary gear, an internal gear that is a ring-like member whose inner circumferential edge meshes with the planetary gear and that functions as a fixed element, a carrier member that supports the carrier pin and that rotates around an axis line coaxial with the planetary input shaft (180, 190) in accordance with the orbital motion of the carrier pin around the sun gear, a planetary output shaft that is coaxial with the planetary input shaft (180, 190) and is relatively non-rotatable around the axis with respect to the carrier member, and a planetary case, wherein the planetary case includes a first planetary cover formed with an input opening into which the planetary input shaft (180, 190) is inserted, and a second planetary cover that faces the first planetary cover across the sun gear and the planetary gear and that is formed with an output opening into which the planetary output shaft is inserted, the internal gear is formed with a plurality of internal-gear-side fastening holes arranged in the circumferential direction, the first and second planetary covers (201, 202) are formed with planetary-cover-side fastening holes corresponding to the internal-gear-side fastening holes, the first planetary cover, the second planetary cover and the internal gear are integrally connected one another using the planetary-cover-side fastening holes and the internal-gear-side fastening hole, with the internal gear being sandwiched between the first and second planetary covers (201, 202) so as to form a planetary-side peripheral wall of the planetary case, the planetary gear unit being characterized in that the first planetary cover is formed with mounting holes, each of which is arranged between the adjacent planetary-cover-side fastening holes in the circumferential direction, the first planetary cover, the second planetary cover and the internal gear are capable of being mounted to a fixing member using the mounting holes, with the first planetary cover, the second planetary cover and the internal gear being integrally connected one another, and the internal gear is configured so that the outer circumferential surface of the regions corresponding to the mounting holes with respect to the circumferential direction are depressed radially inward compared with the outer circumferential surface of the regions where the internal-gear-side fastening holes are formed.
A parallel axis gearbox for a vehicle, comprising: a housing; a cover fixedly coupled to said housing; an input shaft having a first driving gear and having a first axis of rotation, said input shaft rotatably supported between said housing and said cover; an intermediate shaft having an intermediate driving gear, an intermediate driven gear, and a longitudinal bore extending through said intermediate shaft, said intermediate driven gear meshingly engaged with said first driving gear of said input shaft and having a second axis of rotation, said second axis of rotation being parallel to said first axis of rotation, said intermediate shaft rotatably supported between said housing and said cover; and a bolt fixedly coupling said cover to said housing; characterized in that: a cover boss projects from said cover and terminates at a cover boss end surface; a cover boss bore extends longitudinally through said cover boss between a first opening on an exterior surface of said cover and a second opening in said cover boss end surface; and said bolt passing through said cover boss bore and said longitudinal bore of said intermediate shaft. a housing; a cover fixedly coupled to said housing; an input shaft having a first driving gear and having a first axis of rotation, said input shaft rotatably supported between said housing and said cover; an intermediate shaft having an intermediate driving gear, an intermediate driven gear, and a longitudinal bore extending through said intermediate shaft, said intermediate driven gear meshingly engaged with said first driving gear of said input shaft and having a second axis of rotation, said second axis of rotation being parallel to said first axis of rotation, said intermediate shaft rotatably supported between said housing and said cover; and a bolt fixedly coupling said cover to said housing; characterized in that: a cover boss projects from said cover and terminates at a cover boss end surface; a cover boss bore extends longitudinally through said cover boss between a first opening on an exterior surface of said cover and a second opening in said cover boss end surface; and said bolt passing through said cover boss bore and said longitudinal bore of said intermediate shaft. a cover boss projects from said cover and terminates at a cover boss end surface; a cover boss bore extends longitudinally through said cover boss between a first opening on an exterior surface of said cover and a second opening in said cover boss end surface; and said bolt passing through said cover boss bore and said longitudinal bore of said intermediate shaft.
A semiconductor integrated circuit, IC, (200, 201) comprising: a first ring oscillator, ROSC, circuit and a second ROSC circuit (230, 231, 240) at spaced apart locations in the IC (200, 201), each ROSC circuit (220, 230, 231, 240) having a respective oscillation frequency in operation that varies with temperature; a semiconductor temperature sensor, located in the IC (200, 201) proximate to the first ROSC circuit and providing a sensor output signal indicative of temperature; and at least one processor (250, 251, 260, 270, 274), configured to indicate a temperature at the second ROSC circuit (230, 231, 240) based at least on: the sensor output signal, the oscillation frequency of the second ROSC circuit (230, 231, 240), and the oscillation frequency of the first ROSC circuit; wherein the at least one processor (250, 251, 260, 270, 274) is configured to indicate the temperature at the second ROSC circuit (230, 231, 240) at least by: calibrating a relationship between temperature and the oscillation frequency of the second ROSC circuit (230, 231, 240) based on a relationship between a local voltage droop and the oscillation frequency of the second ROSC circuit (230, 231, 240); and calibrating a relationship between temperature and the oscillation frequency of the first ROSC circuit, based on a relationship between a local voltage droop and the oscillation frequency of the first ROSC circuit. a first ring oscillator, ROSC, circuit and a second ROSC circuit (230, 231, 240) at spaced apart locations in the IC (200, 201), each ROSC circuit (220, 230, 231, 240) having a respective oscillation frequency in operation that varies with temperature; a semiconductor temperature sensor, located in the IC (200, 201) proximate to the first ROSC circuit and providing a sensor output signal indicative of temperature; and at least one processor (250, 251, 260, 270, 274), configured to indicate a temperature at the second ROSC circuit (230, 231, 240) based at least on: the sensor output signal, the oscillation frequency of the second ROSC circuit (230, 231, 240), and the oscillation frequency of the first ROSC circuit; wherein the at least one processor (250, 251, 260, 270, 274) is configured to indicate the temperature at the second ROSC circuit (230, 231, 240) at least by: calibrating a relationship between temperature and the oscillation frequency of the second ROSC circuit (230, 231, 240) based on a relationship between a local voltage droop and the oscillation frequency of the second ROSC circuit (230, 231, 240); and calibrating a relationship between temperature and the oscillation frequency of the first ROSC circuit, based on a relationship between a local voltage droop and the oscillation frequency of the first ROSC circuit.
A packaging (10, 110) for medical device and medicament comprising a packaging body having first and second regions (12, 14), a medicament delivery device received in the first region and a medicament container received in the second region, the medicament delivery device including a chamber configured to receive the medicament container, the packaging body including a hinge between the first and second regions (12, 14) such that the first and second regions (12, 14) are pivotable about the hinge between a storage position in which the first and second regions (12, 14) are spaced apart, to a loading position in which the first region lies adjacent the second region, the chamber and medicament container being equidistantly spaced from the hinge such that the medicament container is loaded into the chamber when the first and second regions (12, 14) are pivoted into the loading position.