mhurhangee/ep-ind-claims huggingface dataset:
An atomizer, comprising: an atomizing core; a base provided with an air inlet channel; a sealing member located between the base and the atomizing core, the sealing member being provided with a directing hole configured to guide air into the atomizing core; and a flow guiding member connected to the sealing member; wherein taking a plane perpendicular to an axial direction of the atomizer as a reference plane, a distance between orthographic projections of the flow guiding member and the directing hole on the reference plane is greater than zero. an atomizing core; a base provided with an air inlet channel; a sealing member located between the base and the atomizing core, the sealing member being provided with a directing hole configured to guide air into the atomizing core; and a flow guiding member connected to the sealing member; wherein taking a plane perpendicular to an axial direction of the atomizer as a reference plane, a distance between orthographic projections of the flow guiding member and the directing hole on the reference plane is greater than zero.
A semiconductor substrate structure comprising a semiconductor substrate and a GaN-type layer stack on top of the semiconductor substrate, which GaN-type layer stack comprises at least one buffer layer, a first active layer and a second active layer, at an interface of which first and second active layer active device regions are definable, wherein the semiconductor substrate is present on an insulating layer and is patterned to define trenches according to a predefined pattern, which pattern comprises at least one trench underlying such active device region, said trenches extending from the insulating layer into at least one buffer layer of the GaN-type layer stack, wherein the first and the second active layer are continuous at least within the active device regions, wherein the insulating layer is a buried insulating layer present between a handling wafer and the semiconductor substrate and the trenches extend through the buried insulating layer, therewith exposing the handling wafer, and wherein said semiconductor substrate is a layer of semiconductor material, said semiconductor material being silicon, silicon carbide, silicon germanium or germanium.
A fastening system for attaching a retainer to an elastomer component, comprising a main body element, a first connecting element, and a second connecting element with a connection side facing a base body of said elastomer component and a contact side opposite thereto, wherein said second connecting element is connected to said base body via said connection side, and wherein at least the first or the second connecting element (40, 100) is a thermoplastic connecting element and is, by a partial melting process of the thermoplastic connecting element (40, 100), reversibly connectable to the respective other connecting element (40, 100) or is reversibly disconnectable therefrom by heating in a non-destructive manner; wherein said second connecting element comprises at least one fabric ply of a fabric, and said fabric has the following features: - the thread diameter for the threads of said fabric is in the range between 0.1 mm and 1.3 mm, and - the thread setting is in the range of 50 to 200 threads per decimetre. - the thread diameter for the threads of said fabric is in the range between 0.1 mm and 1.3 mm, and - the thread setting is in the range of 50 to 200 threads per decimetre.
Wiper device having at least one wiper blade and having at least one fluid-dispensing unit, which has at least one nozzle unit, which is arranged on the wiper blade, for dispensing at least one fluid, in particular wiping water, wherein the nozzle unit comprises a nozzle main body which, in a state mounted on the wiper blade, is arranged on an adapter region of the wiper blade and has at least one nozzle element, wherein the nozzle unit has at least one nozzle basic body, which is arranged removably on at least one end region of the wiper blade, characterized in that the nozzle basic body has at least one fixing element which is provided for force- and/or form-fitting tool-free fixing of the nozzle basic body on at least one mounting extension of the wiper blade, wherein the mounting extension is designed in the manner of a tongue and is provided for engagement in the fixing element, which is formed in particular in the manner of a groove, of the nozzle basic body.
Call panel for an elevator, said call panel comprising an essentially planar front surface, wherein the call panel comprises a center panel bounding the front surface, and at least one call pushbutton separate from the center panel and belonging to the front surface, wherein the front surfaces of the center panel and of the at least one call pushbutton form the front surface of the call panel, characterized in that the at least one call pushbutton is arranged to fold in relation to the plane of the center panel, which folding is arranged by directly hinging the center panel and the call pushbutton to each other.
A turbine case cooling system comprising: • a turbine assembly having an inlet and an outlet and surrounded by a turbine casing, wherein the turbine assembly comprises two or three turbine stages (22, 24, 26) in axial series; • an annular structure that is radially spaced from the turbine casing and comprises a downstream end; • an annular duct that is spaced radially outwardly from the turbine casing and radially inwardly from the annular structure; the duct is axially and circumferentially continuous; the annular duct comprises at least one manifold (60, 62, 64) radially spaced from the turbine casing, the at least one manifold (60, 62, 64) having impingement holes through its radially inner wall to selectively impingement cool at least part of the turbine casing; the duct sealingly coupled to the turbine casing at a first end towards the inlet of the axially first turbine stage of the turbine assembly, and a second end of the duct extending axially to or beyond the downstream end of the annular structure and the outlet of the axially last of the turbine stages of the turbine assembly; • wherein the annular structure is configured to define a flow zone with the annular duct; and • wherein the second end of the duct and a radially outer surface of the turbine casing form a turbine case cooling nozzle through which all the impingement cooling air is expelled. • a turbine assembly having an inlet and an outlet and surrounded by a turbine casing, wherein the turbine assembly comprises two or three turbine stages (22, 24, 26) in axial series; • an annular structure that is radially spaced from the turbine casing and comprises a downstream end; • an annular duct that is spaced radially outwardly from the turbine casing and radially inwardly from the annular structure; the duct is axially and circumferentially continuous; the annular duct comprises at least one manifold (60, 62, 64) radially spaced from the turbine casing, the at least one manifold (60, 62, 64) having impingement holes through its radially inner wall to selectively impingement cool at least part of the turbine casing; the duct sealingly coupled to the turbine casing at a first end towards the inlet of the axially first turbine stage of the turbine assembly, and a second end of the duct extending axially to or beyond the downstream end of the annular structure and the outlet of the axially last of the turbine stages of the turbine assembly; • wherein the annular structure is configured to define a flow zone with the annular duct; and • wherein the second end of the duct and a radially outer surface of the turbine casing form a turbine case cooling nozzle through which all the impingement cooling air is expelled.
A method, performed by a gateway, which is connected to a WLAN via a trusted WLAN access and via an S2a interface to a PGW or performed by an ePDG, which is connected to the WLAN via an untrusted WLAN access and via a S2b interface to the PGW, comprising: generating a GTPv2 message and transmitting the generated GTPv2 message over either the S2a or the S2b interface to the PGW; characterized in that the GTPv2 message includes a SSID or an APN of the WLAN in the ULI as standardized in GTPv2 for cellular specific location information.
Electric machine having a stator and a rotor and also an inverter arranged in an inverter housing, wherein the rotor is mounted so as to be rotatable about an axis of rotation with its rotor axis in a first end shield and a second end shield that is arranged in or on the inverter housing, and has an air guiding sleeve embodied with or without blades, at least one intake opening and at least one blow-out opening are arranged in a radially encircling outer surface of the second end shield, and at least two cooling fins are present on the second end shield, wherein a baffle is arranged in such a way between the cooling fins of the second end shield and the stator and also the rotor mounted in the stator that a cooling medium flowing in radially through the at least one intake opening is guided via the air guiding sleeve to the at least one blow-out opening and is redirected by the baffle, wherein the cooling medium is air.
A method of enhancing the recovery of useful potassium chloride slurry from screenbowl centrifuge separation operations comprising adding to the screenbowl centrifuge from 2.5 mg active polymer/kg dry solids ( 0.005 lbs active polymer/ton dry solids) in centrifuge to 350 mg active polymer/kg dry solids ( 0.70 lbs active polymer/ton dry solids) in centrifuge of an anionic copolymer and centrifuging the slurry to separate the flocculated solids from an effluent, characterised in that said anionic copolymer is selected from the group consisting of copolymers of acrylamide and acrylic acid and salts thereof.
A filter element for a smoking article, the filter element comprising a plug of filter material, a tobacco core extending substantially longitudinally through the plug of filter material, characterised by wrapping means wrapped around at least a portion of a longitudinally extending surface of the tobacco core.
Tyre for a heavy-duty vehicle, this tyre comprising a tread having a thickness E of wearable material and a tread surface intended to come into contact with a roadway, this tread having at least one raised element (41, 42), this raised element having a contact face forming part of the tread surface, lateral faces intersecting the contact face along edge corners, each raised element having a height at least equal to the thickness E of wearable material, this at least one raised element (41, 42) comprising a plurality of sipes distributed in the circumferential direction, these sipes being inclined through the thickness of the tread, namely making an angle other than zero degrees with a radial plane (ZZ') perpendicular to the contact face of the raised element (41, 42), these inclined sipes intersecting the contact face of the raised element to form edge corners, these inclined sipes having suitable widths such that they close up at least partially when they enter the contact patch in contact with the roadway, this tyre being characterized in that the material which, when new, forms the radially external part (Ce) of the tread and is intended to be in contact, when new, with a roadway is chosen such that it has the following physical properties: - a tan(δ)max/(G ∗ 25%) ratio is at most equal to 0.065, in which tan(δ)max is the measurement, at 60°C, of the loss factor of the material of which the tread is made, and G ∗ 25% is the complex dynamic shear modulus at 25% strain, expressed in MPa, of this material as obtained according to the recommendations of standard ASTM D 5992-96, and - a deformation at break under tensile testing that is at least equal to 530%, this value being obtained at a temperature of 60°C according to the recommendations of French standard NF T 46-002. - a tan(δ)max/(G ∗ 25%) ratio is at most equal to 0.065, in which tan(δ)max is the measurement, at 60°C, of the loss factor of the material of which the tread is made, and G ∗ 25% is the complex dynamic shear modulus at 25% strain, expressed in MPa, of this material as obtained according to the recommendations of standard ASTM D 5992-96, and - a deformation at break under tensile testing that is at least equal to 530%, this value being obtained at a temperature of 60°C according to the recommendations of French standard NF T 46-002.
A measurement apparatus having two spectral channels for the determination of gas concentrations comprising: - a first and a second light source (102, 104; 302, 304) which transmit light of different wavelength ranges into a measurement path; - a receiver arrangement which receives the light from the light sources (106, 108); - a chopper apparatus which comprises two highly reflecting mirrors (134; 134A) for one of the wavelength ranges and two cut-outs (136; 136A) between the mirrors on the same part circle in the circumferential direction in order to alternately allow the light from the light sources to pass through and/or to deflect the light from the light sources (102, 104) respectively in order to bring the light via the same optical path into the measurement path; and - an evaluation unit for the evaluation of the received signals and for the determination of a gas concentration therefrom, wherein the receiver arrangement has a first and a second receiver (126, 128; 326, 328), with the first receiver (126, 326) being associated with the first light source and the second receiver (128; 328) being associated with the second light source for the reception of the light of a corresponding wavelength range; and wherein the chopper apparatus is also a part of the receiver arrangement and the chopper apparatus separates the light from the same optical path following a passage along the measurement path by deflection of light and/or by allowing the light to pass through and associates this with the corresponding receiver (126 or 128 respectively; 326 or 328 respectively) characterized in that the chopper apparatus is designed as a single chopper wheel (130; 130A) and the mirrors (134; 134A) are formed as sectors of the chopper wheel (130; 130A) and the reflexion surfaces of the mirrors are perpendicular to the rotation axis of the chopper wheel (130; 130A). - a first and a second light source (102, 104; 302, 304) which transmit light of different wavelength ranges into a measurement path; - a receiver arrangement which receives the light from the light sources (106, 108); - a chopper apparatus which comprises two highly reflecting mirrors (134; 134A) for one of the wavelength ranges and two cut-outs (136; 136A) between the mirrors on the same part circle in the circumferential direction in order to alternately allow the light from the light sources to pass through and/or to deflect the light from the light sources (102, 104) respectively in order to bring the light via the same optical path into the measurement path; and - an evaluation unit for the evaluation of the received signals and for the determination of a gas concentration therefrom,
A hard surface cleaner comprising at least one anionic surfactant derived from a metathesis-derived C 10 -C 17 monounsaturated acid, octadecene-1,18-dioic acid, or their ester derivatives and selected from the group consisting of C 10, C 12, C 16, or C 18 sulfonates, C 10 amide sulfonates, sulfonated C 10 fatty ester alkoxylates, sulfonated C 12 mid-EO fatty ester alkoxylates, C 12 amidoamine sulfonates, C 12 or C 18 amidoamine betaine sulfonates, C 10, C 12, C 16, or C 18 amidoamine oxide sulfonates, sulfonated C 18 low-EO fatty ester alkoxylates, C 18 diamidoamine sulfonates, C 18 amidoamine dibetaine sulfonates, C 18 amidoamine diquat sulfonates, sulfo-estolides of C 10 unsaturated fatty acids and C 10 or C 18 saturated fatty acids, sulfo-estolides of C 10 or C 12 unsaturated fatty esters and C 10 or C 12 saturated fatty acids, sulfo-estolides of C 12 unsaturated fatty acids, sulfo-estolides of C 12 unsaturated fatty acids and C 12 or C 18 saturated fatty acids, and sulfo-estolides of C 18 dibasic esters and C 10 fatty acids.
An image calibration method to be performed on an image forming apparatus, comprising: Step S201, outputting a calibration image by the image forming apparatus in response to a calibration instruction inputted by a user, wherein the calibration image includes a calibration pattern and a calibration mark (302, 303, 304, 305, 306, 307); and the calibration mark (302, 303, 304, 305, 306, 307) is configured to mark a calibration event type corresponding to the calibration image; Step S202, according to the calibration mark (302, 303, 304, 305, 306, 307) of the calibration image, determining whether the calibration event type corresponding to the calibration image matches a calibration event type corresponding to a current calibration operation; and Step S203, performing image calibration according to the calibration pattern in the calibration image if the calibration event type corresponding to the calibration image matches the calibration event type corresponding to the current calibration operation; wherein the calibration event type includes a copy calibration mode, the copy calibration mode including concentration calibration, concentration calibration at different print speeds, and concentration calibration at different resolutions. Step S201, outputting a calibration image by the image forming apparatus in response to a calibration instruction inputted by a user, wherein the calibration image includes a calibration pattern and a calibration mark (302, 303, 304, 305, 306, 307); and the calibration mark (302, 303, 304, 305, 306, 307) is configured to mark a calibration event type corresponding to the calibration image; Step S202, according to the calibration mark (302, 303, 304, 305, 306, 307) of the calibration image, determining whether the calibration event type corresponding to the calibration image matches a calibration event type corresponding to a current calibration operation; and Step S203, performing image calibration according to the calibration pattern in the calibration image if the calibration event type corresponding to the calibration image matches the calibration event type corresponding to the current calibration operation; wherein the calibration event type includes a copy calibration mode, the copy calibration mode including concentration calibration, concentration calibration at different print speeds, and concentration calibration at different resolutions.
Tyre comprising a tread having a tread surface and a plurality of studs anchored in the tread and projecting out from the tread surface, characterized in that the mean surface density of studs on the tread surface is at least equal to 6.7 studs per dm 2 and the projecting height H s of each stud or of some of the studs of the plurality of studs is comprised between 0.8 mm and 1.2 mm.
A glass panel comprising: a pair of glass plates (1A, 1B) disposed so as to be opposed to each other with a gap interposed therebetween; and a periphery sealing metal material joining the pair of glass plates (1A, 1B) at a peripheral portion thereof so as to seal the gap in an airtight state, wherein a thermal insulation material having lower thermal conductivity than that of the periphery sealing metal material is mixed in the periphery sealing metal material interposed between opposed inner surfaces of the pair of glass plates (1A, 1B), wherein the thermal insulation material is composed of multiple bubbles. a pair of glass plates (1A, 1B) disposed so as to be opposed to each other with a gap interposed therebetween; and a periphery sealing metal material joining the pair of glass plates (1A, 1B) at a peripheral portion thereof so as to seal the gap in an airtight state, wherein a thermal insulation material having lower thermal conductivity than that of the periphery sealing metal material is mixed in the periphery sealing metal material interposed between opposed inner surfaces of the pair of glass plates (1A, 1B), wherein the thermal insulation material is composed of multiple bubbles.
A liquid formulation comprising a therapeutic agent and a solvent component, wherein the liquid formulation is a solution, which is administered to the vitreous of a subject's eye; the therapeutic agent is 2% (w/w) rapamycin; and the solvent component comprises a mixture of 4% (w/w) ethanol and 94% (w/w) polyethylene glycol 400.
A secondary battery comprising: - an electrode assembly comprising an electrode and a separator; - an exterior accommodating the electrode assembly, the exterior being a pouch-like housing that seals the electrode assembly from the outside; and the exterior comprising an exterior body forming a body of the exterior, and a sealing part sealing an inner space defined by the exterior from an outer space of the exterior; - one or more electrode leads connected to the electrode assembly, - each of the electrode leads comprises an insulation part that is an area surrounded by the exterior, and an exposure part that is an area, which is not surrounded by the exterior, - at least a portion of the exposure part is disposed inside the insulation part by forming a through-hole in a portion of the exterior, such as the insulation part, and - the electrode lead being in the sealing part of the exterior, wherein the sealing part is folded by using a folding part, which is a boundary between the exterior body and the sealing part, as an axis, and wherein the exposure part is disposed inside the sealing part which is folded by using the folding part. - an electrode assembly comprising an electrode and a separator; - an exterior accommodating the electrode assembly, the exterior being a pouch-like housing that seals the electrode assembly from the outside; and the exterior comprising an exterior body forming a body of the exterior, and a sealing part sealing an inner space defined by the exterior from an outer space of the exterior; - one or more electrode leads connected to the electrode assembly, - each of the electrode leads comprises an insulation part that is an area surrounded by the exterior, and an exposure part that is an area, which is not surrounded by the exterior, - at least a portion of the exposure part is disposed inside the insulation part by forming a through-hole in a portion of the exterior, such as the insulation part, and - the electrode lead being in the sealing part of the exterior, wherein the sealing part is folded by using a folding part, which is a boundary between the exterior body and the sealing part, as an axis, and wherein the exposure part is disposed inside the sealing part which is folded by using the folding part.
Counter-current air heat exchanger (20, 30, 40, 50, 60) comprising an outer tube (11, 21, 31, 41, 51, 61) for a first air current and an inner tube (22, 32, 42, 52, 62) manufactured from a flexible material for a counter-directed second air current, which inner tube is placed inside the outer tube, the inner tube being placed at a distance to the outer tube, which distance is defined by spacer means (43, 53, 63) placed and attached only to and along the outer surface of the inner tube so that the inner tube together with the spacer means can both be axially displaced and rotated in relation to the outer tube without the tubes upon said movement being brought in contact with each other, wherein the spacer means (43, 53, 63) are resilient to allow the centring of the inner tube in the outer tube to vary along the heat exchanger, but simultaneously hold the inner tube (22, 32, 42, 52, 62) in a distanced position, and that the inner tube (22, 32, 42, 52, 62) aims at a centred position the heat exchanger being characterized in that said spacer means are formed as, preferably three, elongate cylindrical brushes, which extend either parallel to or helically around the inner tube or in that said spacer means are formed as resilient brush bundles placed in groups, preferably in groups of three brush bundles in each group.