mhurhangee/ep-ind-claims huggingface dataset:
A solar thermal collector adapted to be assembled from a flat pack configuration, comprising: a conduit configured to carry fluid and to absorb radiation; a base above which the conduit is mounted; and a plurality of panels configured to interconnect with the base to produce a housing for the conduit, wherein the conduit is supported by a column which is attached to the base, characterized in that the column comprises a plurality of triangular plates. a conduit configured to carry fluid and to absorb radiation; a base above which the conduit is mounted; and a plurality of panels configured to interconnect with the base to produce a housing for the conduit, wherein the conduit is supported by a column which is attached to the base, characterized in that the column comprises a plurality of triangular plates.
A general-purpose engine comprising a shroud which covers at least part of an engine main body, wherein the shroud is configured to include a top cover disposed at an upper part of the general-purpose engine, and a bottom cover disposed at a lower part of the general-purpose engine, wherein the top cover has a pair of bridge parts (20, 20) which is formed so as to project from an upper surface of the top cover and configure an apex of the top cover, and extends continuously from a front surface of the top cover until a back surface through the upper surface, characterized in that the engine main body has a muffler connected to a cylinder, wherein the general-purpose engine further includes a cooling mechanism which cools the engine main body, wherein the cooling mechanism includes a cooling fan which generates a cooling air flow by rotating; and wherein a ventilation port is formed in an outside surface part, which links a surface part of one bridge part of the pair of bridge parts (20, 20) with the upper surface of the top cover, the surface part being directly contactable with a placement surface of a placement location, the one bridge part being located on a side of the muffler. wherein the shroud is configured to include a top cover disposed at an upper part of the general-purpose engine, and a bottom cover disposed at a lower part of the general-purpose engine, wherein the top cover has a pair of bridge parts (20, 20) which is formed so as to project from an upper surface of the top cover and configure an apex of the top cover, and extends continuously from a front surface of the top cover until a back surface through the upper surface, characterized in that the engine main body has a muffler connected to a cylinder, wherein the general-purpose engine further includes a cooling mechanism which cools the engine main body, wherein the cooling mechanism includes a cooling fan which generates a cooling air flow by rotating; and wherein a ventilation port is formed in an outside surface part, which links a surface part of one bridge part of the pair of bridge parts (20, 20) with the upper surface of the top cover, the surface part being directly contactable with a placement surface of a placement location, the one bridge part being located on a side of the muffler.
An intima-to-intima anastomosis kit comprising: - an external tubular scaffold comprising a first longitudinal tubular section; and - a clip adapted to embrace the first longitudinal tubular section when the clip is in a closed state; characterised in that said intima-to-intima anastomosis kit further comprises: - -a removable scaffold handle (18, 19), which, prior to a removal from the external tubular scaffold, is displaced longitudinally from the first longitudinal tubular section; - wherein at least immediately prior to said removal, said removable scaffold handle (18, 19) is snappably and removably attached to the external tubular scaffold. - an external tubular scaffold comprising a first longitudinal tubular section; and - a clip adapted to embrace the first longitudinal tubular section when the clip is in a closed state; - -a removable scaffold handle (18, 19), which, prior to a removal from the external tubular scaffold, is displaced longitudinally from the first longitudinal tubular section; - wherein at least immediately prior to said removal, said removable scaffold handle (18, 19) is snappably and removably attached to the external tubular scaffold.
Method for producing a cylindrical screening device having a multiplicity of profiled bars, in which a plurality of ring-shaped bar holders which run perpendicularly with respect to the cylinder axis and which are spaced apart from one another are provided on the inner or outer side with open-edge recesses, the shape of which corresponds to the bar feet of the profiled bars in a substantially complementary manner and which are slightly larger than the bar feet, and in which the profiled bars are inserted into the recesses so as to be parallel to one another and parallel to the cylinder axis, wherein the recesses are cut out on the inner or outer side of the respective bar holder by means of laser cutting, wire erosion, or similar, characterized in that the beginning of the cut of at least two bar holders of the screen cylinder is arranged mutually offset, such that at least two of the recesses assigned to a respective profiled bar differ from one another with regard to their shape in such a way that between them a slight offset of the corresponding contact surface with the profiled bar is produced.
A wire for use in a brazing or soldering operation, the wire comprising: an elongated body of a metallic material; a channel having an opening (A 1) formed along a length of the elongated body, the opening (A 1) having a width of 30% to 70% of a major axis of a cross-section of the elongated body; a cured flux solution formed by curing a flux solution comprising a polymer-based binder and a flux material within the channel and along at least a portion of the length of the elongated body with a surface of the cured flux solution being exposed through the opening (A 1) in the channel, wherein the elongated body is formed into an annular ring having an inner wall and an opposing outer wall and wherein the cured flux solution within the channel forms a portion of the inner wall. an elongated body of a metallic material; a channel having an opening (A 1) formed along a length of the elongated body, the opening (A 1) having a width of 30% to 70% of a major axis of a cross-section of the elongated body; a cured flux solution formed by curing a flux solution comprising a polymer-based binder and a flux material within the channel and along at least a portion of the length of the elongated body with a surface of the cured flux solution being exposed through the opening (A 1) in the channel, wherein the elongated body is formed into an annular ring having an inner wall and an opposing outer wall and wherein the cured flux solution within the channel forms a portion of the inner wall.
A method of removing a knee cap (14; 81) from meat of a poultry part (13; 80) including the knee cap attached to meat, the method comprising the steps of: (a) aligning the knee cap (14; 81) of the poultry part (13; 80) with an aperture (19; 54) in a plate (18; 53); (b) urging the knee cap (14; 81) through the aperture (19; 54) until at least a portion of the knee cap protrudes from the aperture on an opposite side of the plate (18; 53); (c) severing the protruding knee cap (14; 81) from the poultry part (13; 80) by a blade (41; 76) on the opposite side of the plate (18; 53); and (d) collecting the meat of the poultry part (13; 80) from which the knee cap (14; 81) has been removed. (a) aligning the knee cap (14; 81) of the poultry part (13; 80) with an aperture (19; 54) in a plate (18; 53); (b) urging the knee cap (14; 81) through the aperture (19; 54) until at least a portion of the knee cap protrudes from the aperture on an opposite side of the plate (18; 53); (c) severing the protruding knee cap (14; 81) from the poultry part (13; 80) by a blade (41; 76) on the opposite side of the plate (18; 53); and (d) collecting the meat of the poultry part (13; 80) from which the knee cap (14; 81) has been removed.
A remote control method for a vehicle, the vehicle provided with a proxy application therein, the method comprising: acquiring (102, 202, 302, 402) a remote control request received by the proxy application, the remote control request sent by an application in a user's terminal device using a service-oriented architecture SOA protocol; and executing (104, 208, 310, 414) a control operation corresponding to the remote control request, wherein said executing a control operation corresponding to the remote control request comprises: sending (204, 306) the remote control request to a server using the SOA protocol; receiving (206, 308) a first control response message returned by the server using the SOA protocol; and sending (208, 310) a control signal to a corresponding actuator based on the first control response message, thereby causing the actuator to execute an operation corresponding to the control signal. acquiring (102, 202, 302, 402) a remote control request received by the proxy application, the remote control request sent by an application in a user's terminal device using a service-oriented architecture SOA protocol; and executing (104, 208, 310, 414) a control operation corresponding to the remote control request, wherein said executing a control operation corresponding to the remote control request comprises: sending (204, 306) the remote control request to a server using the SOA protocol; receiving (206, 308) a first control response message returned by the server using the SOA protocol; and sending (208, 310) a control signal to a corresponding actuator based on the first control response message, thereby causing the actuator to execute an operation corresponding to the control signal. sending (204, 306) the remote control request to a server using the SOA protocol; receiving (206, 308) a first control response message returned by the server using the SOA protocol; and sending (208, 310) a control signal to a corresponding actuator based on the first control response message, thereby causing the actuator to execute an operation corresponding to the control signal.
A recessed luminaire, comprising: a housing having an internal surface; a light subassembly having a first end and a second end, wherein the first end is pivotally secured to a pivot arranged on, in, or proximate to the internal surface of the housing; a thermally conductive body engaged with the light subassembly, the thermally conductive body having a first end and a second end, wherein the thermally conductive body is in thermal contact with the internal surface of the housing; and a gear plate non-rotatably secured to at least a portion of the thermally conductive body, the gear plate comprising a first set of gear teeth; characterised by further comprising a lever comprising a first lever portion and a second lever portion non-rotatably connected, the first lever portion and the second lever portion arranged to pivot about a lever pivot point, wherein the second lever portion has a second set of gear teeth, wherein at least a portion of the second set of gear teeth are arranged to engage with at least a portion of the first set of gear teeth. a housing having an internal surface; a light subassembly having a first end and a second end, wherein the first end is pivotally secured to a pivot arranged on, in, or proximate to the internal surface of the housing; a thermally conductive body engaged with the light subassembly, the thermally conductive body having a first end and a second end, wherein the thermally conductive body is in thermal contact with the internal surface of the housing; and a gear plate non-rotatably secured to at least a portion of the thermally conductive body, the gear plate comprising a first set of gear teeth; characterised by further comprising a lever comprising a first lever portion and a second lever portion non-rotatably connected, the first lever portion and the second lever portion arranged to pivot about a lever pivot point, wherein the second lever portion has a second set of gear teeth, wherein at least a portion of the second set of gear teeth are arranged to engage with at least a portion of the first set of gear teeth.
A mobile accommodation vehicle comprising a first free flow opening enabling free airflow between the inside and the outside of said vehicle, a second free flow opening also enabling free airflow between the inside and the outside of said vehicle, wherein said first free flow opening is arranged higher than said second free flow opening in said accommodation vehicle, wherein said first free flow opening or said second free flow opening is provided with heat recovery ventilation means, and wherein said heat recovery ventilation means is arranged to enable free air flow through said heat recovery ventilation means when said heat recovery ventilation means is not in operation or if passage through said heat recovery ventilation means is blocked or at least substantially reduced when said heat recovery ventilation means is not in operation, then said heat recovery ventilation means is provided in a third free flow opening, characterized in that said mobile accommodation vehicle comprises control means arranged to control said heat recovery ventilation means, and wherein said mobile accommodation vehicle comprises air flow measuring means for measuring an inflow and an outflow through at least one of said first free flow opening, said second free flow opening or said third free flow opening and/or pressure differential measuring means for measuring a pressure differential between said inside and said outside of said mobile accommodation vehicle.
A bumper device for an automobile comprising a bumper beam (2; 7) which consists of a fiber-reinforced resin and bumper extensions which consist of a fiber-reinforced resin, characterized in that said bumper beam (2; 7) has a Θ-shaped cross-section meaning a shape wherein the outline shape of the cross-section of the bumper beam (2; 7) is a rectangle or approximate rectangle and a single wall extending over the portion between both side surfaces, wherein said bumper beam (2; 7) and said bumper extensions are molded integrally, and wherein said bumper beam (2; 7) comprises a unidirectional material (4; 6; 8) aligned with reinforcing fibers in one direction and a member being part of the beam (2; 7) having a cloth material woven with reinforcing fibers.
A method of providing comparative data for an assessment of energetic properties and/or energy costs of a building, wherein means are provided by which billing or consumption data is collected by meter reading service companies, and means are provided by which the comparative data is generated incorporating the billing or consumption data collected by the meter reading service companies, characterized in that means are provided by which the billing data of a multitude of buildings, preferably over a plurality of successive billing periods, is accumulated to form a statistical universe and the comparative data is generated from the statistical universe, wherein means are provided by which the comparative data is extracted from the statistical universe of a comparative subset, and means are provided by which the comparative subset is formed with regard to one or more of the following building characteristics: energetic state, size according to living space or usable floor space, number of usage units, execution of construction work, year of construction, renovation status, billing cutoff date.
A controlling method of a washing machine comprising: rotating a drum at a first speed to dehydrate the laundry; removing water from a tub after dehydrating the laundry; supplying wash water to the tub to start a rinsing process after the water in the tub is drained; and supplying the wash water to the drum while rotating the drum to rinse the laundry, wherein in the step of removing the water, the rotation speed of the drum is reduced until a predetermined speed higher than a minimum drum speed at which the laundry is closely in contact with an inner circumferential surface of the drum by centrifugal force, wherein in the step of supplying wash water to the tub, the drum is rotated at a second speed, wherein the second speed is equal to or higher than a minimum drum speed at which the laundry is closely in contact with the inner circumferential surface of the drum by centrifugal force, and wherein in the step of supplying the wash water to the drum, the wash water held in the tub is circulated by a circulation pump during the rotation of the drum. rotating a drum at a first speed to dehydrate the laundry; removing water from a tub after dehydrating the laundry; supplying wash water to the tub to start a rinsing process after the water in the tub is drained; and supplying the wash water to the drum while rotating the drum to rinse the laundry, wherein in the step of removing the water, the rotation speed of the drum is reduced until a predetermined speed higher than a minimum drum speed at which the laundry is closely in contact with an inner circumferential surface of the drum by centrifugal force, wherein in the step of supplying wash water to the tub, the drum is rotated at a second speed, wherein the second speed is equal to or higher than a minimum drum speed at which the laundry is closely in contact with the inner circumferential surface of the drum by centrifugal force, and wherein in the step of supplying the wash water to the drum, the wash water held in the tub is circulated by a circulation pump during the rotation of the drum.
An emission tomograph comprising: a first detecting unit that has one or more radiation detectors (18A, 18B) and is adapted to move around a subject along a first orbit; and a second detecting unit that has one or more radiation detectors (22A, 22B, 22C) and is adapted to move around said subject along a second orbit that is placed further away from said subject than said first orbit, and an image reconstructing unit that reconstructs images using image data obtained from said first detecting unit and image data obtained from said second detecting unit, wherein said first detecting unit is adapted to conduct tomography by means of single photon emission computer tomography, characterized in that a plane that includes said first orbit is different from a plane that includes said second orbit. a first detecting unit that has one or more radiation detectors (18A, 18B) and is adapted to move around a subject along a first orbit; and a second detecting unit that has one or more radiation detectors (22A, 22B, 22C) and is adapted to move around said subject along a second orbit that is placed further away from said subject than said first orbit, and an image reconstructing unit that reconstructs images using image data obtained from said first detecting unit and image data obtained from said second detecting unit, wherein said first detecting unit is adapted to conduct tomography by means of single photon emission computer tomography, characterized in that a plane that includes said first orbit is different from a plane that includes said second orbit.
A process for the preparation of atazanavir Form A:: Atazanavir Form A wherein the process comprises contacting Atazanavir base (Compound) with sulphuric acid in a combination of two solvents and isolating Atazanavir Form A, wherein a first solvent is selected from the group consisting of: ethyl acetate, isopropyl acetate, and isobutyl acetate and a water miscible second solvent is selected from the group consisting of: alcohol, dimethylsulfoxide, and dimethylformamide.
A recovery apparatus (1, 2, 3) of carbon dioxide comprising: an absorption column configured to bring a gas containing carbon dioxide into contact with an absorbing liquid and to allow the absorbing liquid to absorb the carbon dioxide; a regeneration column that regenerates the absorbing liquid, configured to heat the absorbing liquid having carbon dioxide absorbed in the absorption column to cause the absorbing liquid to release the carbon dioxide; a recovery device (27, 28, 36) that recovers vapor contained in a recovery gas comprising the carbon dioxide discharged from the regeneration column, as condensed water, configured to supply condensed water to the absorbing liquid of the regeneration column at a predetermined flow rate; a liquid level meter (41, 41a, 41b) that detects a liquid level changing in accordance with quantitative fluctuation of the absorbing liquid; and a restore system (42, 43) configured to supply such an amount of the condensed water from the condensed water recovered by the recovery device to the absorbing liquid near the liquid level meter (41, 41a, 41b) that, when the liquid level detected by the liquid level meter (41, 41a, 41b) drops below a predetermined level, the liquid level is restored to the predetermined level. an absorption column configured to bring a gas containing carbon dioxide into contact with an absorbing liquid and to allow the absorbing liquid to absorb the carbon dioxide; a regeneration column that regenerates the absorbing liquid, configured to heat the absorbing liquid having carbon dioxide absorbed in the absorption column to cause the absorbing liquid to release the carbon dioxide; a recovery device (27, 28, 36) that recovers vapor contained in a recovery gas comprising the carbon dioxide discharged from the regeneration column, as condensed water, configured to supply condensed water to the absorbing liquid of the regeneration column at a predetermined flow rate; a liquid level meter (41, 41a, 41b) that detects a liquid level changing in accordance with quantitative fluctuation of the absorbing liquid; and a restore system (42, 43) configured to supply such an amount of the condensed water from the condensed water recovered by the recovery device to the absorbing liquid near the liquid level meter (41, 41a, 41b) that, when the liquid level detected by the liquid level meter (41, 41a, 41b) drops below a predetermined level, the liquid level is restored to the predetermined level.
Inlet coating for an outer air seal of a turbomachine, in particular an aircraft engine, comprising a segment-shaped substrate which supports a honeycomb structure having an inlet surface which faces rotor blades of a rotor of the turbomachine, characterized in that the inlet coating is formed with a radial thickness of the honeycomb structure that varies in the peripheral direction.
Device for retaining a doctor blade having a support element and a retaining finger having a scraper pocket, wherein the doctor blade is inserted between the support element and the retaining finger, wherein the support element and the retaining finger are formed as a single piece, characterized in that the support element and the retaining finger are formed of a bent sheet-metal part, that the bent sheet-metal part is of unique thickness and the retaining finger is welded, in particular laser welded, with the support element in the region where the retaining finger lifts off or moves away from the support element.