mhurhangee/ep-ind-claims huggingface dataset:
A dental X-ray radiographing apparatus, the apparatus comprising: a radiographing unit including a rotary arm, an X-ray generator arranged on one side of the rotary arm and an X-ray sensor arranged on the other side of the rotary arm; a rotation driver adapted for rotating the rotary arm about a vertical rotation axis and a target interposed between the X-ray generator and the X-ray sensor; wherein the target is a head of an examinee; and a radiographing housing providing a radiographing space adapted for receiving a part or entirety of the target and covering the radiographing unit, wherein the radiographing housing includes: a lower part configured to be opened in order to provide the radiographing space; and an upper part configured to be closed in order to make configuration components of the radiographing unit invisible to the examinee, characterized in that the radiographing housing is a non-rotating structure and covers an inner surface of the rotation range of the radiographing unit; and the radiographing space has a conical shape such that a width thereof increases along a downward direction. a radiographing unit including a rotary arm, an X-ray generator arranged on one side of the rotary arm and an X-ray sensor arranged on the other side of the rotary arm; a rotation driver adapted for rotating the rotary arm about a vertical rotation axis and a target interposed between the X-ray generator and the X-ray sensor; wherein the target is a head of an examinee; and a radiographing housing providing a radiographing space adapted for receiving a part or entirety of the target and covering the radiographing unit, wherein the radiographing housing includes: a lower part configured to be opened in order to provide the radiographing space; and an upper part configured to be closed in order to make configuration components of the radiographing unit invisible to the examinee, characterized in that the radiographing housing is a non-rotating structure and covers an inner surface of the rotation range of the radiographing unit; and the radiographing space has a conical shape such that a width thereof increases along a downward direction. a lower part configured to be opened in order to provide the radiographing space; and an upper part configured to be closed in order to make configuration components of the radiographing unit invisible to the examinee, characterized in that the radiographing housing is a non-rotating structure and covers an inner surface of the rotation range of the radiographing unit; and the radiographing space has a conical shape such that a width thereof increases along a downward direction.
A delivery apparatus comprising: an aerosol delivery device for discharge of aerosolized product, the aerosol delivery device including: a mouthpiece defining a fluid flow passage extending between an inlet to an outlet; and a deflection member spaced apart from a plane of the outlet of the mouthpiece, the deflection member positioned to oppose flow of aerosolized product along an axis of the outlet of the mouthpiece; wherein the deflection member comprises a flat surface generally perpendicular to the axis of the mouthpiece and in opposition to the general airflow direction in the mouthpiece, wherein the deflection member is above the plane of the outlet of the mouthpiece and wherein the flat surface of the deflection member redirects the aerosol exiting the outlet of the mouthpiece to the sides of a user's mouth. an aerosol delivery device for discharge of aerosolized product, the aerosol delivery device including: a mouthpiece defining a fluid flow passage extending between an inlet to an outlet; and a deflection member spaced apart from a plane of the outlet of the mouthpiece, the deflection member positioned to oppose flow of aerosolized product along an axis of the outlet of the mouthpiece; wherein the deflection member comprises a flat surface generally perpendicular to the axis of the mouthpiece and in opposition to the general airflow direction in the mouthpiece, wherein the deflection member is above the plane of the outlet of the mouthpiece and wherein the flat surface of the deflection member redirects the aerosol exiting the outlet of the mouthpiece to the sides of a user's mouth.
A dog clutch comprising first and second drive shafts, the drive shafts being connectable to one another by a dual spline connector which is movable along a longitudinal axis of the first and second drive shafts and provided with an internal spline that mates with an external spline of the first drive shaft, the dual spline connector further being provided with an external spline that upon axial movement may be connected or disconnected to an internal spline of the second drive shaft, wherein either or both of the external spline of the dual spline connector and/or the internal spline of the second drive shaft is or are provided with means for allowing partial connection of the internal and external splines, characterised in that both the internal splines and the external splines are divided into at least two rows.
A method of transmitting data in a system including at least one data channel (110, 120, 130) and a separate clock channel, the clock channel being used to decode data transmitted on the at least one data channel (110, 120, 130), comprising: combining a clock signal (220, 301) to be transmitted on the clock channel with a data signal, having a plurality of data words, to thereby generate a combined clock and data signal; and transmitting the combined clock and data signal on the clock channel; wherein the data signal has been generated from the data words using an encoding scheme that shifts an energy spectrum of the combined clock and data signal away from an effective loop bandwidth of a clock recovery block and into a higher frequency spectrum than that of the effective loop bandwidth. combining a clock signal (220, 301) to be transmitted on the clock channel with a data signal, having a plurality of data words, to thereby generate a combined clock and data signal; and transmitting the combined clock and data signal on the clock channel; wherein the data signal has been generated from the data words using an encoding scheme that shifts an energy spectrum of the combined clock and data signal away from an effective loop bandwidth of a clock recovery block and into a higher frequency spectrum than that of the effective loop bandwidth.
Vane assembly for a turbomachine, in particular a gas turbine, comprising an outer shroud from which at least two vanes protrude radially towards the inside, comprising a pair of axial ribs which are spaced apart from each other in the peripheral direction and protrude radially towards the outside from a lateral surface of the outer shroud and/or axially to the lateral surface from a radial flange of the outer shroud in the peripheral direction between two adjacent vanes, characterized in that the axial ribs extend, at least in the region of the radial flange, radially towards the outside, at least as far as a radially inner end of a recess, in particular a slot-like recess, in the radial flange.
Method for the treatment of fly ash from a combustion process in a waste incineration plant of municipal solid waste, whereby fly ash is separated from a combustion process of municipal solid waste, wherein metals and/or metal containing compounds, in particular heavy metals and/or heavy metal containing compounds, are separated from the fly ash, which is separated from the combustion process and non-fractioned, in a separation step, wherein in the separation step the fly ash is treated by a wet chemical leaching process, so that the fly ash is reduced by metals and/or metal containing compounds and/or earth alkaline metals, characterized in that the fly ash is treated is treated by means of ammonia alkaline leaching and by means of hydrochloric leaching and subsequently the fly ash reduced by the metals and/or metal containing compounds is, preferably dosed, mixed with or added to the waste to be incinerated in the waste incineration process so that the mineral parts of the fly ash, reduced by its metals and/or metals containing compounds, are returned to the combustion process.
A method of hazard highlighting for drawing visual attention to the alignment of first and second members, the first member having a first plane working surface and a first working edge; the second member having a second plane working surface and a second working edge; the first and second working edges being separated by a working clearance; the first and second members being displaceable relative to one another wherein, in a first operating configuration, the first and second plane working surfaces lie in a common plane with the first and second working edges juxtaposed with the working clearances separated by a minimum distance; and, in a second configuration, the first and second plane working surfaces do not lie in the common plane and the first and second working edges are displaced from one another to a greater or lesser degree with the working edges being separated by a distance greater than minimum; characterised by the method including the step of projecting a light ray or pattern from a location associated with the first working surface towards the second working surface and across the working clearance so that to an observer situated above the first and second working surfaces and in the first configuration the projected light ray or pattern appears as a continuous image extending across both working surfaces; and in the second configuration the projected light ray or pattern becomes an image visually interrupted in the vicinity of the working clearance by comparison with the continuous image of the first configuration.
A cover for an inflatable pool, the cover comprising: a thermal-insulation portion configured to fit around an outer wall of the inflatable pool in a sleeved manner and being annular shaped; and an extended portion, comprising: an upper extension, having an annular shape, being connected to an upper circumference of the thermal-insulation portion and extending radially inward from the upper circumference of the thermal-insulation portion; and a lower extension, having an annular shape, being connected to a lower circumference of the thermal-insulation portion and extending radially inward from the lower circumference of the thermal-insulation portion, the thermal-insulation portion comprising: an inner layer; an outer layer connected to the inner layer at an upper edge of the inner layer and a lower edge of the inner layer, thereby defining an enclosed chamber between the inner layer and the outer layer; and an intermediate layer comprising a thermally-insulating material and disposed within the enclosed chamber; wherein the cover is detachably fixable to a periphery external side wall of the inflatable pool. a thermal-insulation portion configured to fit around an outer wall of the inflatable pool in a sleeved manner and being annular shaped; and an extended portion, comprising: an upper extension, having an annular shape, being connected to an upper circumference of the thermal-insulation portion and extending radially inward from the upper circumference of the thermal-insulation portion; and a lower extension, having an annular shape, being connected to a lower circumference of the thermal-insulation portion and extending radially inward from the lower circumference of the thermal-insulation portion, an upper extension, having an annular shape, being connected to an upper circumference of the thermal-insulation portion and extending radially inward from the upper circumference of the thermal-insulation portion; and a lower extension, having an annular shape, being connected to a lower circumference of the thermal-insulation portion and extending radially inward from the lower circumference of the thermal-insulation portion, the thermal-insulation portion comprising: an inner layer; an outer layer connected to the inner layer at an upper edge of the inner layer and a lower edge of the inner layer, thereby defining an enclosed chamber between the inner layer and the outer layer; and an intermediate layer comprising a thermally-insulating material and disposed within the enclosed chamber; wherein the cover is detachably fixable to a periphery external side wall of the inflatable pool. an inner layer; an outer layer connected to the inner layer at an upper edge of the inner layer and a lower edge of the inner layer, thereby defining an enclosed chamber between the inner layer and the outer layer; and an intermediate layer comprising a thermally-insulating material and disposed within the enclosed chamber; wherein the cover is detachably fixable to a periphery external side wall of the inflatable pool.
An air spring for vehicles, having an air spring bellows, which is made from a composite material composed of an elastomer material with one or more embedded reinforcing layers and clamped in an airtight manner between an air spring cover and an air spring rolling piston, which bellows together with the air spring cover and the air spring rolling piston defines a working chamber filled with compressed air and which in forming a rolling fold rolls on the air spring rolling piston, wherein the air spring bellows comprises a first air spring bellows portion and a second air spring bellows portion, which are connected to one another in an overlap area and comprise reinforcing layers running at a different angle to an air spring longitudinal axis, wherein the first and the second air spring bellows portion (8,9) provided are separated by a freely movable clamped joint arranged in the overlap area and a support ring, which is arranged on an inside of the air spring bellows and which is positioned by means of a clamping ring of the air spring bellows, is provided as clamped joint, characterized in that the support ring is provided with radial guidance in the form of an axial extension of the air spring cover.
In vitro method for the subtype-specific detection of pancreatic ductal adenocarcinoma (PDAC) cells in a tumor sample characterized by the step of detecting expression of subtype-specific markers keratin 81 and HNF-1A, either as proteins or as oligonucleotides encoding such proteins, wherein keratin 81 is the marker for PDAC cells of the quasi-mesenchymal subtype, wherein (i) HNF-1A is the marker for cells of the exocrine-like subtype, and wherein PDAC cells of the classical subtype are characterized by the absence of keratin 81 and HNF-1A.
A blow molded bottle comprising: a base; and a sidewall extending from the base, the base and the sidewall defining an interior configured to house at least one product, wherein at least one of the sidewall and the base comprise a barrier layer and a desiccant layer, which said barrier layer and desiccant layer are blow molded together, and wherein the barrier layer is made of plastic material and arranged external relative to the desiccant layer made of a monolithic composition comprising 20wt% to 45wt% low density polyethylene (LDPE), 35wt% to 70wt% molecular sieves, and 5wt% to 12wt% ethylene vinyl acetate as a channeling agent. a base; and a sidewall extending from the base, the base and the sidewall defining an interior configured to house at least one product, wherein at least one of the sidewall and the base comprise a barrier layer and a desiccant layer, which said barrier layer and desiccant layer are blow molded together, and wherein the barrier layer is made of plastic material and arranged external relative to the desiccant layer made of a monolithic composition comprising 20wt% to 45wt% low density polyethylene (LDPE), 35wt% to 70wt% molecular sieves, and 5wt% to 12wt% ethylene vinyl acetate as a channeling agent.
A work vehicle comprising: a vehicle body frame; an engine mounted to the vehicle body frame; a cooling fan unit provided on one side of the engine; a coolant fluid radiator provided on an opposite side of the cooling fan unit with respect to the engine; a cooling unit provided on an opposite side of the coolant fluid radiator with respect to the cooling fan unit; and a link mechanism connected to the cooling unit and configured to allow a distance between the cooling unit and the coolant fluid radiator to be changed, the link mechanism has a pair of first link members and a pair of second link members; the cooling unit has a first cooler and a second cooler; characterized in that the work vehicle further comprises a connecting unit swingably connecting the bottom of the first cooler to the top of the second cooler about a swing axis (Px). a vehicle body frame; an engine mounted to the vehicle body frame; a cooling fan unit provided on one side of the engine; a coolant fluid radiator provided on an opposite side of the cooling fan unit with respect to the engine; a cooling unit provided on an opposite side of the coolant fluid radiator with respect to the cooling fan unit; and a link mechanism connected to the cooling unit and configured to allow a distance between the cooling unit and the coolant fluid radiator to be changed, the link mechanism has a pair of first link members and a pair of second link members; the cooling unit has a first cooler and a second cooler; characterized in that the work vehicle further comprises a connecting unit swingably connecting the bottom of the first cooler to the top of the second cooler about a swing axis (Px).
A pneumatic tire comprising an inner liner disposed inwardly in the tire relative to a carcass ply bridged between a pair of bead portions, said inner liner being formed of a first layer disposed inwardly in the tire, and a second layer disposed in contact with a rubber layer of said carcass ply, said first layer being a thermoplastic elastomer composition containing a styrene-isobutylene-styrene block copolymer in an amount of 90 mass% or more, said second layer being a thermoplastic elastomer composition containing a styrene-isobutylene block copolymer, said styrene-isobutylene block copolymer being linear, said styrene-isobutylene block copolymer containing a styrene component at a content of 10 mass % to 35 mass %, (a) at least one of the thermoplastic elastomer compositions of said first and second layers containing a tackifier selected from the group consisting of C9 petroleum resin, C5 petroleum resin, terpene resin, aromatic modified terpene resin, terpene phenol resin, cumarone resin, cumarone indene oil, rosin ester, hydrogenated rosin ester, alkylphenol resin and dicyclopentadiene (DCPD) by 0.1 part by mass to 100 parts by mass relative to 100 parts by mass of a thermoplastic elastomer component, or (b) said second layer containing additionally a styrene-isobutylene-styrene block copolymer in an amount falling within the range of 10 mass % to 80 mass % of the thermoplastic elastomer component. (a) at least one of the thermoplastic elastomer compositions of said first and second layers containing a tackifier selected from the group consisting of C9 petroleum resin, C5 petroleum resin, terpene resin, aromatic modified terpene resin, terpene phenol resin, cumarone resin, cumarone indene oil, rosin ester, hydrogenated rosin ester, alkylphenol resin and dicyclopentadiene (DCPD) by 0.1 part by mass to 100 parts by mass relative to 100 parts by mass of a thermoplastic elastomer component, or (b) said second layer containing additionally a styrene-isobutylene-styrene block copolymer in an amount falling within the range of 10 mass % to 80 mass % of the thermoplastic elastomer component.
A scanning device for scanning food bars (1, 28, 29, 30) for a food processing system, comprising: a conveyor for conveying at least one food bar (1, 28, 29, 30) in a longitudinal direction, and a scanning unit adapted to detect the outer and/or inner shape of the at least one food bar (1, 28, 29, 30), wherein the scanning unit is movable at least along the longitudinal direction, wherein the conveyor comprises a circulating conveyor means (3, 20, 21), and characterized in that a belt gap (16, 26, 27) which is delimited by return pulleys (17, 18) and can be moved in the longitudinal direction is provided in an upper support region of the conveyor, wherein the scanning unit is moved together with the belt gap (16, 26, 27) of the conveyor during scanning and the scanning takes place within the belt gap (16, 26, 27). a conveyor for conveying at least one food bar (1, 28, 29, 30) in a longitudinal direction, and a scanning unit adapted to detect the outer and/or inner shape of the at least one food bar (1, 28, 29, 30), wherein the scanning unit is movable at least along the longitudinal direction, wherein the conveyor comprises a circulating conveyor means (3, 20, 21), and characterized in that a belt gap (16, 26, 27) which is delimited by return pulleys (17, 18) and can be moved in the longitudinal direction is provided in an upper support region of the conveyor, wherein the scanning unit is moved together with the belt gap (16, 26, 27) of the conveyor during scanning and the scanning takes place within the belt gap (16, 26, 27).
A method comprising: positioning an upper pan of an assembly jig over a lower pan of the assembly jig, the lower pan having a plurality of locating pins extending away from the lower pan and the upper pan having a surface with a plurality of holes formed therein, the holes having locations corresponding to locations of the locating pins, each locating pin protruding through its corresponding hole after completion of positioning the upper pan; positioning a plurality of panels into an assembly in which the locations of the panels in the assembly correspond to locations to be occupied by the panels in a completed article, wherein each of said panel locations in the assembly is identified by at least a portion of the locating pins; placing a compressible pad over the panel assembly; removing the upper pan from the lower pan while the compressible pad is in place over the panel assembly; and compressing the upper pan, the panel assembly and the compressible pad at a first temperature in a first pressing operation. positioning an upper pan of an assembly jig over a lower pan of the assembly jig, the lower pan having a plurality of locating pins extending away from the lower pan and the upper pan having a surface with a plurality of holes formed therein, the holes having locations corresponding to locations of the locating pins, each locating pin protruding through its corresponding hole after completion of positioning the upper pan; positioning a plurality of panels into an assembly in which the locations of the panels in the assembly correspond to locations to be occupied by the panels in a completed article, wherein each of said panel locations in the assembly is identified by at least a portion of the locating pins; placing a compressible pad over the panel assembly; removing the upper pan from the lower pan while the compressible pad is in place over the panel assembly; and compressing the upper pan, the panel assembly and the compressible pad at a first temperature in a first pressing operation.