mhurhangee/patent-ind-claim-en huggingface dataset:
A hollow body , comprising a wall of glass which at least partially surrounds an interior volume of the hollow body ; wherein the wall of glass has a wall surface , which comprises a surface region ; wherein at least in the surface region the wall surface has a content of a) N in a range from 0.3 to 10.0 at-%, and b) Si at least 5 at-%, wherein the preceding contents are determined by an X-ray photoelectron spectroscopy; wherein the wall of glass comprises a wall region , which has the surface region ; wherein in the wall region the wall of glass has a content of chemically bound N which is detectable by a time-of-flight secondary ion mass spectrometry; wherein the wall of glass has a wall thickness; wherein in the wall region the wall of glass has the content of chemically bound N throughout a functionalising depth which extends from the wall surface along the wall thickness into the wall of glass ; wherein the functionalising depth is in a range from 5 nm to 10 μm. wherein the wall of glass has a wall surface , which comprises a surface region ; wherein at least in the surface region the wall surface has a content of a) N in a range from 0.3 to 10.0 at-%, and b) Si at least 5 at-%, a) N in a range from 0.3 to 10.0 at-%, and b) Si at least 5 at-%, wherein the preceding contents are determined by an X-ray photoelectron spectroscopy; wherein the wall of glass comprises a wall region , which has the surface region ; wherein in the wall region the wall of glass has a content of chemically bound N which is detectable by a time-of-flight secondary ion mass spectrometry; wherein the wall of glass has a wall thickness; wherein in the wall region the wall of glass has the content of chemically bound N throughout a functionalising depth which extends from the wall surface along the wall thickness into the wall of glass ; wherein the functionalising depth is in a range from 5 nm to 10 μm.
Labeling device for bottles , comprising a strip , characterized in that the strip is in the shape of a spiral and in that it is configured to have a variable geometry between two end positions: - a first position in the general shape of a disc, when the device is placed on a flat surface, such as a table, - a second position in the general shape of a coil, when the device is fitted onto the body of the bottle from the neck, the inner edge surface of the spiral then being in contact with the body of the bottle. - a first position in the general shape of a disc, when the device is placed on a flat surface, such as a table, - a second position in the general shape of a coil, when the device is fitted onto the body of the bottle from the neck, the inner edge surface of the spiral then being in contact with the body of the bottle.
A vehicle luminaire comprising: a light emitting module ; a socket configured to hold the light-emitting module , whereby the light-emitting module is provided at one end side of the socket , and the light-emitting module including: at least one light-emitting element ; a first transistor of which a source is electrically connected to a cathode of the light-emitting element ; and a negative characteristic thermistor which is electrically connected to a gate of the first transistor ; characterized in that the light-emitting module comprises: a positive characteristic thermistor which is electrically connected to the gate of the first transistor or a drain of the first transistor ; and a second transistor of which a collector is electrically connected to the gate of the first transistor , a base is electrically connected to the drain of the first transistor , and an emitter is electrically connected to an output terminal. a light emitting module ; a socket configured to hold the light-emitting module , whereby the light-emitting module is provided at one end side of the socket , and the light-emitting module including: at least one light-emitting element ; a first transistor of which a source is electrically connected to a cathode of the light-emitting element ; and a negative characteristic thermistor which is electrically connected to a gate of the first transistor ; at least one light-emitting element ; a first transistor of which a source is electrically connected to a cathode of the light-emitting element ; and a negative characteristic thermistor which is electrically connected to a gate of the first transistor ; characterized in that the light-emitting module comprises: a positive characteristic thermistor which is electrically connected to the gate of the first transistor or a drain of the first transistor ; and a second transistor of which a collector is electrically connected to the gate of the first transistor , a base is electrically connected to the drain of the first transistor , and an emitter is electrically connected to an output terminal. a positive characteristic thermistor which is electrically connected to the gate of the first transistor or a drain of the first transistor ; and a second transistor of which a collector is electrically connected to the gate of the first transistor , a base is electrically connected to the drain of the first transistor , and an emitter is electrically connected to an output terminal.
Hydraulic control device having a pressure control valve which is arranged in a control housing for rapidly filling a clutch cylinder and regulating a pressure build-up, in the case of which hydraulic control device the pressure control valve has a regulating piston and a modulation piston which are arranged in a concentric bore, and are pressed apart from one another by way of at least one spring , the two pistons being pressed against stops in the control housing in a first starting position, and a retardation device being arranged between an end side of the regulating piston and a regulating return means of the clutch pressure, characterized in that a control geometry is machined into the modulation piston , as a result of which the said modulation piston is additionally active as a retardation piston, and in that the control geometry is produced by way of turning of at least one circumferential groove into the external diameter of the modulation piston in the form of control edges .
Artificial ophthalmic lens that contains an anterior optical surface and a posterior optical surface , where the anterior optical surface and the posterior optical surface have a common optical axis , and at least one of the anterior optical surface and the posterior optical surface is a multifocal optics at least partly comprising a multifocal optical diffractive profile , characterised by that a cross apodized profile part is formed on the diffractive profile , wherein phase shifting elements are provided on the diffractive profile that alternately form the elements of a decreasingly apodized series and an increasingly apodized series in such a way that the decreasing and increasing elements of the two series define envelope curves that meet at a common intersection point .
A protective covering device for machinery or apparatuses where a working element is movable along a translation direction (X); the device comprising a covering wall wherein a first portion and a corresponding second portion of said covering wall are separated from each other by the working element , said first portion comprising a plurality of first covering panels and said second portion comprising a plurality of second covering panels said first and second panels being mechanically connected to each other by means of a frame which defines a movable covering element wherein each movable covering element elongates according to the translation direction (X) increasing in length with respect to each other, from the smallest to the largest, said movable covering elements being configured to translate along the translation direction (X) the one with respect to the other such that the first panel of each movable covering element slidably overlaps partially the first panel of the adjacent shorter movable covering element , and the second panel of each movable covering element slidably overlaps partially the second panel of the longer movable covering element adjacent thereto, the covering device being characterised in that each frame comprises a pair of profiles that are opposite and having a decreasing size section such that the section of the profile of each movable covering element can be slidably fitted into the corresponding profile section of the adjacent longer movable covering element and the latter is configured to slidably receive the corresponding profile section of the adjacent shorter movable covering element , and wherein all first panels are arranged close to the outer edge of the respective profile , while the second panels are arranged close to the inner edge of the respective profile .
A dual light guide, grating-based backlight comprising: a first plate light guide configured to guide a light beam in a first direction and at a non-zero propagation angle; a second plate light guide configured to receive and guide a redirected light beam in a second direction and at a non-zero propagation angle; a redirection coupler configured to redirect the guided light beam of the first plate light guide into the second plate light guide as the redirected light beam in the second direction; and characterized by a diffraction grating configured to diffractively couple out a portion of the redirected light beam from the second plate light guide as a coupled-out light beam directed away from a surface of the second plate light guide at predetermined principal angular direction, wherein the redirection coupler comprises a tilted mirror and a grating coupler , the tilted mirror being tilted relative to a plane or surface of the first plate light guide and configured to reflect the guided light beam received from the first plate light guide toward the grating coupler, , the grating coupler being configured to diffract the reflected light beam from the tilted mirror into the second direction as the redirected light beam to be guided in the second plate light guide . a first plate light guide configured to guide a light beam in a first direction and at a non-zero propagation angle; a second plate light guide configured to receive and guide a redirected light beam in a second direction and at a non-zero propagation angle; a redirection coupler configured to redirect the guided light beam of the first plate light guide into the second plate light guide as the redirected light beam in the second direction; and characterized by a diffraction grating configured to diffractively couple out a portion of the redirected light beam from the second plate light guide as a coupled-out light beam directed away from a surface of the second plate light guide at predetermined principal angular direction, wherein the redirection coupler comprises a tilted mirror and a grating coupler , the tilted mirror being tilted relative to a plane or surface of the first plate light guide and configured to reflect the guided light beam received from the first plate light guide toward the grating coupler, , the grating coupler being configured to diffract the reflected light beam from the tilted mirror into the second direction as the redirected light beam to be guided in the second plate light guide .
An air purification device including a vertical enclosure with lateral air inlets provided with a filtration cell, an air purification reactor including a photocatalysis module including photocatalytic cylinders with at least one UV light source inside, a fan with a motor and a purified air outlet , characterized in that: - the photocatalytic cylinders are disposed vertically, along a vertical plane of the enclosure and facing the lateral air inlets , and said cylinders include walls covered with a photocatalytic medium and having an air permeability; and - the device includes a sealing barrier above the photocatalysis module including at least one opening at the upper cross-section of each of the photocatalytic cylinders of said module, and in that - the air enters the enclosure at the photocatalysis module along an axis substantially transverse to the walls of the photocatalytic cylinders, to then be sucked through the walls of the cylinders inside said cylinders , and exit at the upper cross-sections of said photocatalytic cylinders and through said openings of the sealing barrier determining air outlets from the photocatalysis module to the top of the reactor. - the photocatalytic cylinders are disposed vertically, along a vertical plane of the enclosure and facing the lateral air inlets , and said cylinders include walls covered with a photocatalytic medium and having an air permeability; and - the device includes a sealing barrier above the photocatalysis module including at least one opening at the upper cross-section of each of the photocatalytic cylinders of said module, and in that - the air enters the enclosure at the photocatalysis module along an axis substantially transverse to the walls of the photocatalytic cylinders, to then be sucked through the walls of the cylinders inside said cylinders , and exit at the upper cross-sections of said photocatalytic cylinders and through said openings of the sealing barrier determining air outlets from the photocatalysis module to the top of the reactor.
Cooling device for cooling a power component , comprising: - a cooling housing having a base , a first end face , a second end face , a first lateral face and a second lateral face , which define a receiving area which is designed for the accommodation of the power component, - an inlet for the admission of a cooling medium, - an outlet for discharging a cooling medium, - a first cooling channel , a second cooling channel , a third cooling channel and a fourth cooling channel , wherein the first cooling channel is arranged on the first end face and the second cooling channel is arranged on the second end face , and - wherein the third cooling channel is arranged on the first lateral face and the fourth cooling channel is arranged on the second lateral face , - wherein the first and second cooling channels are respectively fluidically connected to the third and fourth cooling channels , characterized by - a separate first cooling plate and a separate second cooling plate , wherein the first cooling plate is arranged on the first lateral face and the second cooling plate is arranged on the second lateral face , in order to delimit the third and fourth cooling channels , - a third cooling plate , which is arranged on the first end face , and a fourth cooling plate , which is arranged on the second end face , wherein the third cooling plate delimits the first cooling channel and the fourth cooling plate delimits the second cooling channel , and - a cover , which closes the cooling housing , - wherein the cooling housing is configured in one piece. - a cooling housing having a base , a first end face , a second end face , a first lateral face and a second lateral face , which define a receiving area which is designed for the accommodation of the power component, - an inlet for the admission of a cooling medium, - an outlet for discharging a cooling medium, - a first cooling channel , a second cooling channel , a third cooling channel and a fourth cooling channel , wherein the first cooling channel is arranged on the first end face and the second cooling channel is arranged on the second end face , and - wherein the third cooling channel is arranged on the first lateral face and the fourth cooling channel is arranged on the second lateral face , - wherein the first and second cooling channels are respectively fluidically connected to the third and fourth cooling channels , - a separate first cooling plate and a separate second cooling plate , wherein the first cooling plate is arranged on the first lateral face and the second cooling plate is arranged on the second lateral face , in order to delimit the third and fourth cooling channels , - a third cooling plate , which is arranged on the first end face , and a fourth cooling plate , which is arranged on the second end face , wherein the third cooling plate delimits the first cooling channel and the fourth cooling plate delimits the second cooling channel , and - a cover , which closes the cooling housing , - wherein the cooling housing is configured in one piece.
A method for diagnosing vascular disease risk of a human, comprising testing a biological sample of said human for the presence of at least two biomarkers each having a PG-domain different from each other, wherein said PG-domain is an amino acid motif xGxxPG wherein G is a glycine, P is a proline and x is any amino acid, and wherein said biomarkers are selected from the group of C-peptide, fragments of C-peptide, elastin, fragments of elastin, fibrillin, fragments of fibrillin, laminin, fragments of laminin, galectin-3, fragments of galectin-3, POMC, fragments of POMC, COL6A3, fragments of COL6A3, pyrin, fragments of pyrin.
A method for forming a deep draw closure cap for positioning over the upper end of a bottle, the method comprising: - draw forming a first cup (C 1 ) from a planar sheet of metal material defining a base thickness, the first cup (C 1 ) including a first cup base (B 1 ), a first cup wall (W 1 ), and an open end; - performing a first redrawing of the first cup (C 1 ) to form a redrawn cup (C 2 ) having a redrawn cup base (B 2 ) and a redrawn cup wall (W 2 ), and an open end; - further passing the material through an ironing die , wherein the ironing die reduces the thickness of the redrawn cup wall (W 2 ) at least adjacent the open end, - characterized in that after passing the material through the ironing die a thickness of the cup wall adjacent the open end of the cup is less than a thickness of the cup wall adjacent the cup base, and - that the first cup (C 1 ) further includes a first cup flange (F 1 ) extending laterally from the first cup wall (W 1 ). - draw forming a first cup (C 1 ) from a planar sheet of metal material defining a base thickness, the first cup (C 1 ) including a first cup base (B 1 ), a first cup wall (W 1 ), and an open end; - performing a first redrawing of the first cup (C 1 ) to form a redrawn cup (C 2 ) having a redrawn cup base (B 2 ) and a redrawn cup wall (W 2 ), and an open end; - further passing the material through an ironing die , wherein the ironing die reduces the thickness of the redrawn cup wall (W 2 ) at least adjacent the open end, - characterized in that after passing the material through the ironing die a thickness of the cup wall adjacent the open end of the cup is less than a thickness of the cup wall adjacent the cup base, and - that the first cup (C 1 ) further includes a first cup flange (F 1 ) extending laterally from the first cup wall (W 1 ).
A method for designing an anti-reflective structure in which a plurality of nanostructures formed of projected portions on a substrate surface are provided at intervals equal to or less than a visible light wavelength, the method being configured such that an average height of the nanostructures from a flat portion of the substrate surface is 180 nm or greater and 290 nm or less; and a filling rate of the nanostructures , which is a ratio of an area of a bottom surface of the nanostructures to an area of the substrate surface in a plan view of the anti-reflective structure , is defined, in terms of a relationship between the filling rate and a chroma (√(a* 2 + b *2 )) of reflected light from the anti-reflective structure with respect to white light when using the L * a * b * colorimetric system, so as to fall within a range of ±5% of the filling rate at which the chroma takes on a minimum value.
A self ligating orthodontic bracket comprising: a body having a base surface adapted to be affixed to a tooth, said body having a first upper tie wing portion and a second upper tie wing portion said first upper tie wing portion being separated from said second upper tie wing portion by an archwire slot extending through the body in a mesial-distal direction; said second upper tie wing portion having a ridge , said ridge having a front surface adjacent said archwire slot and a back surface; a ligating archwire cover slidably mounted on said first upper tie wing portion said archwire cover having a centrally disposed, forwardly extending flexible locking tab , wherein said locking tab is adapted to flex in a labial direction when said cover is moved from said open position toward a closed position covering said archwire slot and said locking tab engages said ridge , and is adapted to flex in a lingual direction to latch said archwire cover in a closed position thereby covering said archwire slot when said locking tab moves over said ridge , wherein said locking tab comprises a slanted nose portion for engaging said front surface of said ridge and further comprises a hook portion for latching said cover to a back surface of said ridge , characterized in that said first upper tie wing portion includes a groove for engaging said hook portion when said archwire cover is moved from the closed position to the open position. a body having a base surface adapted to be affixed to a tooth, said body having a first upper tie wing portion and a second upper tie wing portion said first upper tie wing portion being separated from said second upper tie wing portion by an archwire slot extending through the body in a mesial-distal direction; said second upper tie wing portion having a ridge , said ridge having a front surface adjacent said archwire slot and a back surface; a ligating archwire cover slidably mounted on said first upper tie wing portion said archwire cover having a centrally disposed, forwardly extending flexible locking tab , wherein said locking tab is adapted to flex in a labial direction when said cover is moved from said open position toward a closed position covering said archwire slot and said locking tab engages said ridge , and is adapted to flex in a lingual direction to latch said archwire cover in a closed position thereby covering said archwire slot when said locking tab moves over said ridge , wherein said locking tab comprises a slanted nose portion for engaging said front surface of said ridge and further comprises a hook portion for latching said cover to a back surface of said ridge , characterized in that said first upper tie wing portion includes a groove for engaging said hook portion when said archwire cover is moved from the closed position to the open position.
A method, comprising: - transmitting, from a device (112, 130-132) to a network node (112, 130-132) of a network and on a wireless link of the network, at least one control message indicative of a timing parameter of a slotted transmission comprising a plurality of active slots and a plurality of inactive slots , and - transmitting, in at least one active slot of the plurality of active slots and on the wireless link, at least one repetition of data (401-403, 411), characterized in that the timing parameter corresponds to a minimum duration of the inactive slots , and the minimum duration is configured based on a time required for a battery of the device (112, 130-132) to recover the battery's power delivery capacity to an interface of the device (112, 130-132) before a next one of the active slots begins. - transmitting, from a device (112, 130-132) to a network node (112, 130-132) of a network and on a wireless link of the network, at least one control message indicative of a timing parameter of a slotted transmission comprising a plurality of active slots and a plurality of inactive slots , and - transmitting, in at least one active slot of the plurality of active slots and on the wireless link, at least one repetition of data (401-403, 411),