mhurhangee/ep-ind-claims huggingface dataset:
A device for guiding the implanting of a sensor within the skin of a subject, the device comprising: - a housing that is adapted for placement on the outer skin of the subject and comprising: - at least one insertion port contiguous with an insertion channel that is formed at a predetermined angle within said housing, said channel having an opening that is adapted to rest against the skin; - an ultraviolet illuminator for illumination of a fluorescent material that, in use, is previously positioned within the reticular dermis of the subject that is located underneath said housing; - a camera comprising a focus adjustment, said camera adapted to capture an image of the skin, including the reticular dermis, located beneath said housing; and - a display that permits a user to view said image when passing an applicator and/or sensor through said channel such that a tip of said applicator and/or sensor is positioned within the reticular dermis for delivering the applicator and/or sensor therein. - a housing that is adapted for placement on the outer skin of the subject and comprising: - at least one insertion port contiguous with an insertion channel that is formed at a predetermined angle within said housing, said channel having an opening that is adapted to rest against the skin; - an ultraviolet illuminator for illumination of a fluorescent material that, in use, is previously positioned within the reticular dermis of the subject that is located underneath said housing; - a camera comprising a focus adjustment, said camera adapted to capture an image of the skin, including the reticular dermis, located beneath said housing; and - a display that permits a user to view said image when passing an applicator and/or sensor through said channel such that a tip of said applicator and/or sensor is positioned within the reticular dermis for delivering the applicator and/or sensor therein.
An engine with an air cooling system comprising: a blower configured to provide cooling air to the engine; a conduit configured to transfer the cooling air from the blower to the engine; and, a valve disposed on the conduit between said blower and the engine, wherein said valve is normally closed while said blower is functioning properly and providing cooling air, and said valve is configured to open and allow cooling air to flow to the engine when said blower is not functioning properly and pressure outside the conduit is higher than pressure internal to the conduit. a blower configured to provide cooling air to the engine; a conduit configured to transfer the cooling air from the blower to the engine; and, a valve disposed on the conduit between said blower and the engine, wherein said valve is normally closed while said blower is functioning properly and providing cooling air, and said valve is configured to open and allow cooling air to flow to the engine when said blower is not functioning properly and pressure outside the conduit is higher than pressure internal to the conduit.
A process for the production of paper which comprises providing an aqueous suspension containing cellulosic fibres, introducing into the suspension a filler comprising in pre-mixed form a clay and an anionic cellulose derivative having a degree of substitution of carboxyalkyl groups of at least 0.05 up to 0.65, as well as other drainage and retention aids, and dewatering the suspension to form a web or sheet of paper.
A regenerated sulfur recovery apparatus positioned in a sulfur recovery plant which comprises a sulfur purifier which cools gaseous sulfur so as to condensate it to form liquid sulfur while removing impurities contained therein, characterized in that the -apparatus comprises a steam supplying means which supplies steam into the sulfur purifier, so that solid, sulfur deposited onto an inner wall of the sulfur purifier is melted; a molten sulfur reservoir which recovers and stores such sulfur melted by the steam supplying means, wherein the molten sulfur reservoir and the sulfur purifier are connected through a molten sulfur flowing line; a reservoir heating means which heats the molten sulfur reservoir; an exhaust gas line which directs an exhaust gas formed in the molten sulfur reservoir to its outside which gas is formed when the molten sulfur reservoir is heated by the reservoir heating means; and an inert gas supply means which supplies an inert gas to the molten sulfur reservoir, and that the inert gas supply means supplies the inert gas such that the inert gas supplied into the molten sulfur reservoir flows to its outside through the exhaust gas line when the molten sulfur stored in the molten sulfur reservoir is discharged from the molten sulfur reservoir.
A multi-function peripheral that accesses a server, which provides a Web application, to enable said Web application to be utilized, the multi-function peripheral comprising: a) a receiving means for receiving an instruction to utilize said Web application; b) a document acquisition means for acquiring a document expressing a Web page of said Web application in response to the instruction received by said receiving means; b') a display means for displaying a display screen for the Web page with a first data (15d, 23d) designated by a URI (Uniform Resource Identifier) included in said document; c) an analysis means for analyzing whether a previously-set fixed name is included in the URI included in the document, a common data being pre-stored in a predetermined location, which is used among a plurality of Web application and is different from a location of the first data (15d, 23d); wherein said common data (23d, 1515b) is a common image identical to an image that is displayed during an operation of a built-in application of said multi-function peripheral and is an icon image (117, 118), a bottom image, or a background image; d) a data acquisition means for acquiring the common data correlating to said URI from a predetermined location previously correlated to said fixed name so as to acquire the common data being different from the first data when said analysis means determines that said fixed name is included in said URI; and e) a generating means for generating the display screen (65, 67) of said Web application based on said document using the common data acquired by said data acquisition means. a) a receiving means for receiving an instruction to utilize said Web application; b) a document acquisition means for acquiring a document expressing a Web page of said Web application in response to the instruction received by said receiving means; b') a display means for displaying a display screen for the Web page with a first data (15d, 23d) designated by a URI (Uniform Resource Identifier) included in said document; c) an analysis means for analyzing whether a previously-set fixed name is included in the URI included in the document, a common data being pre-stored in a predetermined location, which is used among a plurality of Web application and is different from a location of the first data (15d, 23d); wherein said common data (23d, 1515b) is a common image identical to an image that is displayed during an operation of a built-in application of said multi-function peripheral and is an icon image (117, 118), a bottom image, or a background image; d) a data acquisition means for acquiring the common data correlating to said URI from a predetermined location previously correlated to said fixed name so as to acquire the common data being different from the first data when said analysis means determines that said fixed name is included in said URI; and e) a generating means for generating the display screen (65, 67) of said Web application based on said document using the common data acquired by said data acquisition means.
Process for recovering used alkaline and/or saline batteries, possibly with added used NiMH accumulators, said process including: - the addition of used alkaline and/or saline batteries, possibly with the addition of used NiMH accumulators, to the surface of a slag surfacing a liquid metal bath, the addition of the batteries, and/or possibly of the accumulators, providing at least metal elements comprising iron, nickel, zinc and manganese to the liquid metal bath, the addition of the batteries and optionally the accumulators being carried out in a metal melting furnace comprising an oxidizing atmosphere; the addition being supplemented with silicon (Si); said liquid metal bath comprising reducing elements which reduce the metal elements to a non-oxidized form; - stirring of the liquid metal bath bringing the liquid metal bath, including the manganese, into contact with the oxidizing atmosphere of the furnace to oxidise the manganese and produce MnO in the slag; - drawing off the slag in which the manganese is oxidized, the said drawn-off slag having a composition comprising more than 20% by mass of MnO relative to the total mass of the drawn-off slag; - recovery of gases escaping from the liquid metal bath and/or the slag, said gases comprising zinc, and its oxidation to zinc oxide, typically ZnO. - the addition of used alkaline and/or saline batteries, possibly with the addition of used NiMH accumulators, to the surface of a slag surfacing a liquid metal bath, the addition of the batteries, and/or possibly of the accumulators, providing at least metal elements comprising iron, nickel, zinc and manganese to the liquid metal bath, the addition of the batteries and optionally the accumulators being carried out in a metal melting furnace comprising an oxidizing atmosphere; the addition being supplemented with silicon (Si); said liquid metal bath comprising reducing elements which reduce the metal elements to a non-oxidized form; - stirring of the liquid metal bath bringing the liquid metal bath, including the manganese, into contact with the oxidizing atmosphere of the furnace to oxidise the manganese and produce MnO in the slag; - drawing off the slag in which the manganese is oxidized, the said drawn-off slag having a composition comprising more than 20% by mass of MnO relative to the total mass of the drawn-off slag; - recovery of gases escaping from the liquid metal bath and/or the slag, said gases comprising zinc, and its oxidation to zinc oxide, typically ZnO.
Method for ironing laundry items, wherein the laundry items are conveyed with slip along heatable pressing surfaces (18, 28) of successive ironers and heat is thereby supplied to the laundry items, and the laundry items are provided with a finish, which is characterized by a greater structural smoothness, possibly also a slight lustre, of that side of the laundry item which has the finish, characterized in that heat is supplied on both sides from the successive ironers to the laundry items in that the laundry items are ironed in the successive ironers with pressing surfaces (18, 28) which are assigned to different sides of the laundry items, and each side of the respective laundry item is thereby moved along a heatable pressing surface (18, 28) of an ironer at least once in that the laundry items are conveyed, with one side, along the stationary heatable pressing surface of at least one chest ironer (11, 31, 33, 35) and, with another side which lies opposite the one side, along the heatable pressing surface of an ironer body of at least one band ironer (12, 30, 34), said ironer body being stationary or being drivable in a rotating manner, at a rate which differs from the rate of the ironer band, such that slip is permitted between the laundry items and the pressing surface, wherein heat is supplied to the two sides of the laundry items and a double-sided finish of the laundry items is produced.
A synchronizing assembly for a gas turbine engine comprising: a synchronizing ring; and a bumper constructed from a composite material and including a hole with a counterbore on a side of the bumper opposite the synchronizing ring; and a fastener, characterised in that the assembly further comprises: a bushing extending through the hole, the bushing being proud of the hole on the other side of the bumper and protruding into the counterbore; and the fastener arranged in the bushing and applying an clamping load through the bushing to secure the bumper to the synchronizing ring. a synchronizing ring; and a bumper constructed from a composite material and including a hole with a counterbore on a side of the bumper opposite the synchronizing ring; and a fastener, characterised in that the assembly further comprises: a bushing extending through the hole, the bushing being proud of the hole on the other side of the bumper and protruding into the counterbore; and the fastener arranged in the bushing and applying an clamping load through the bushing to secure the bumper to the synchronizing ring.
A method of controlling the operation of a hydrocyclone (12, 312) to maintain the hydrocyclone (12, 312) in a semi-roping or transition operational state as it separates a pumped fluid into an overflow stream and an underflow stream, the method comprising: measuring vibrations of the hydrocyclone at a selected frequency within a predetermined frequency range; comparing a characteristic of the measured vibrations at the selected frequency with a plurality of values representing transitions to a high efficiency state and a roping state, respectively, of the hydrocyclone to identify a current operational state of the hydrocyclone; generating an adjustment setting to change the identified current operational state to the high efficiency state, where the adjustment setting increases or decreases an operational parameter, such as a pumped fluid parameter. measuring vibrations of the hydrocyclone at a selected frequency within a predetermined frequency range; comparing a characteristic of the measured vibrations at the selected frequency with a plurality of values representing transitions to a high efficiency state and a roping state, respectively, of the hydrocyclone to identify a current operational state of the hydrocyclone; generating an adjustment setting to change the identified current operational state to the high efficiency state, where the adjustment setting increases or decreases an operational parameter, such as a pumped fluid parameter.
Sheave supporting device for use in window regulator guide sections, intended to act as the means of dragging a sheet of glass in the frame of an automobile door, comprising a supporting element made up of a metal bar folded at an angle, consisting of a flat vertical part with a curved upper base, a horizontal part on the lower base of the vertical part that is a concave surface with some openings therein, adapted to receive respective wire covers, and a ring cup extending from the vertical part and including in its central part a drilled hole adapted to receive a rivet shaft, the device further comprising a guide section having drilled holes forming a circular line, and a wire guide sheave including a drilled hole in its central part, wherein the supporting element and the sheave are incorporated into the end of the guide section which includes a hole therethrough, with the help of the rivet shaft extending through the drilled hole placed in the central part of the sheave, the hole in the ring cup of the supporting element, and crossing the drilled hole of the guide section, to secure the supporting element and wire guide sheave to the guide section, characterised in that said flat vertical part with the curved upper base has a groove, a tab sticking out perpendicularly from its lower base of the groove, wherein the tab is adapted to extend through one of the drilled holes forming a circular line on the guide section, such that the position of the sheave supporting element relative to the guide section of the window regulating device is adjustable, wherein the ring cup of the vertical part of the supporting element includes support points, in which the lateral-vertical surface of the sheave rests, in addition to the central ring cup, wherein the position of the sheave supporting element relative to the guide section can be altered by moving the tab into a different one of said plurality of the drilled holes forming a circular line.
Arrangement for an electric or hybrid motor vehicle, comprising - at least one portion of the passenger compartment of said vehicle, in particular a front portion of the passenger compartment, - an electrical device for controlling a circuit breaker, said device being configured so as to be joined to a power supply battery supplying electrical power to an electric drive motor of said vehicle, - a mechanical base structure delimiting the bottom of said portion of the passenger compartment and comprising a recess accessible from said portion of the passenger compartment, and - an enclosure that contains said device for controlling a circuit breaker and is fixed in said recess such that said device for controlling a circuit breaker is accessible from said portion of the passenger compartment, said arrangement being characterized in that the enclosure comprises on the one hand a housing fixed to the mechanical base structure in said recess, in which housing said device for controlling a circuit breaker is disposed, and on the other hand a cover accessible from said portion of the passenger compartment and mounted removably in relation to the housing such that the cover varies between a first and a second configuration, in which, respectively, it prevents and allows a person access to said device for controlling a circuit breaker from said portion of the passenger compartment, of the passenger compartment and mounted removably in relation to the housing such that the cover varies between a first and a second configuration, in which, respectively, it prevents and allows a person access to said device for controlling a circuit breaker from said portion of the passenger compartment. The housing and the cover, being configured such that the enclosure forms, in a first configuration of the cover, a Faraday cage within which said device for controlling a circuit breaker is placed, and isolates said portion of the passenger compartment from a magnetic field emitted by said device for controlling a circuit breaker. - at least one portion of the passenger compartment of said vehicle, in particular a front portion of the passenger compartment, - an electrical device for controlling a circuit breaker, said device being configured so as to be joined to a power supply battery supplying electrical power to an electric drive motor of said vehicle, - a mechanical base structure delimiting the bottom of said portion of the passenger compartment and comprising a recess accessible from said portion of the passenger compartment, and - an enclosure that contains said device for controlling a circuit breaker and is fixed in said recess such that said device for controlling a circuit breaker is accessible from said portion of the passenger compartment,
Storage and retrieval device, in particular for a parallel operation of a high-bay warehouse, - having a device frame which has frame compartments that are disposed so as to form a three-dimensional compartment matrix, - and having at least one cab which serves for receiving a stored goods item and which, electromotively driven, within the compartment matrix is movable for repositioning from each frame compartment - in a vertical direction and/or - in a second horizontal direction. - having a device frame which has frame compartments that are disposed so as to form a three-dimensional compartment matrix, - and having at least one cab which serves for receiving a stored goods item and which, electromotively driven, within the compartment matrix is movable for repositioning from each frame compartment - in a vertical direction and/or - in a second horizontal direction.
A light fitting comprising at least one replaceable module (112, 114), and each module (112, 114) comprising at least one LED light source (106 to 110), and each module (112, 114) comprising a controller (102, 104), wherein the controller (102, 104) of each module (112, 114) is configured to determine the temperature of said at least one light source (106 to 110); and set the electric power to be supplied to said at least one light source (106 to 110) to a desired power range; characterized in that the controller (102, 104) of each module (112, 114) is further configured to adjust, in a predetermined manner, the electric power to be supplied to said at least one light source (106 to 110) based on the time of duration of the electric power range and the time of duration of the temperature measured; the adjustment compensating for a change in light intensity caused by the aging of said at least one light source (106 to 110). the controller (102, 104) of each module (112, 114) is configured to determine the temperature of said at least one light source (106 to 110); and set the electric power to be supplied to said at least one light source (106 to 110) to a desired power range; determine the temperature of said at least one light source (106 to 110); and set the electric power to be supplied to said at least one light source (106 to 110) to a desired power range; characterized in that the controller (102, 104) of each module (112, 114) is further configured to adjust, in a predetermined manner, the electric power to be supplied to said at least one light source (106 to 110) based on the time of duration of the electric power range and the time of duration of the temperature measured; the adjustment compensating for a change in light intensity caused by the aging of said at least one light source (106 to 110). adjust, in a predetermined manner, the electric power to be supplied to said at least one light source (106 to 110) based on the time of duration of the electric power range and the time of duration of the temperature measured; the adjustment compensating for a change in light intensity caused by the aging of said at least one light source (106 to 110).
Device for unfolding, aseptically filling, and aseptically closing packing sleeves comprising: - a conveying apparatus, which comprises a conveyor belt and cells connected to the conveyor belt for transporting the packing sleeves, - an apparatus for unfolding the packing sleeves and feeding the packing sleeves to the cells of the conveying apparatus, - an apparatus for sterilising the packing sleeves, - an apparatus for folding and closing the bottom surfaces of the packing sleeves, - an apparatus for filling the packing sleeves with contents, - an apparatus for folding and closing the gable surfaces of the packing sleeves, and having - an aseptic chamber, characterised in that the cells are arranged within the aseptic chamber at least in a partial region of the device, while the conveyor belt is arranged outside the aseptic chamber. - a conveying apparatus, which comprises a conveyor belt and cells connected to the conveyor belt for transporting the packing sleeves, - an apparatus for unfolding the packing sleeves and feeding the packing sleeves to the cells of the conveying apparatus, - an apparatus for sterilising the packing sleeves, - an apparatus for folding and closing the bottom surfaces of the packing sleeves, - an apparatus for filling the packing sleeves with contents, - an apparatus for folding and closing the gable surfaces of the packing sleeves, and having - an aseptic chamber,
Tool with centrally cooled cutting section for reaming holes consisiting of a cutting tool which is formed by a cutting part, of a shank and of a fastening shank is further provided with a radially shrinkable cylindrical sleeve and with a cover sleeve for preventing leakage of the coolant, wherein the cutting tool and cover sleeve are freely foldable and backward freely detachable and hence replaceable parts, whereby for the passing of coolant leak-tight formed cavities (9, 10, 11, 12) flowing into the round slot are made, characterized in, that in the radially shrinkable cylindrical sleeve carried out cavities are created as at least three pass-through closed grooves and their length is greater than the length of the contact portion extending between the fastening shank of the cutting tool and the cavity comprising the radially shrinkable cylindrical sleeve.