mhurhangee/patent-ind-claim-en huggingface dataset:
A furniture component , comprising a wall with at least two opposite, larger side faces and a multitude of narrower front faces (5-8), wherein on the wall between the side faces , at least one takeup space is configured, in which a set of fittings for guiding a movable furniture element is received, and wherein the set of fittings comprises a multitude of fitting components and can be transferred to at least two positions , wherein the first position is a closed position and the second position , an intermediate position or open position, wherein the takeup space comprises, in at least two front faces of the wall , aperture sections where the takeup space is opened outwardly, and wherein the set of fittings is configured and set up such that during transfer of the set of fittings from the first position to the second position , the set of fittings moves at least in the two aperture sections in the at least two front faces , and wherein the fitting components (21-27) are disposed in the closed position within a wall volume opened up by the front faces (5-8) and the side faces , other than attachment members for attaching the movable furniture element to the set of fittings , characterized in that the aperture sections are configured in front faces adjacent to one another, and that the aperture sections are configured adjacent to one another and blending into one another. wherein on the wall between the side faces , at least one takeup space is configured, in which a set of fittings for guiding a movable furniture element is received, and wherein the set of fittings comprises a multitude of fitting components and can be transferred to at least two positions , wherein the first position is a closed position and the second position , an intermediate position or open position, wherein the takeup space comprises, in at least two front faces of the wall , aperture sections where the takeup space is opened outwardly, and wherein the set of fittings is configured and set up such that during transfer of the set of fittings from the first position to the second position , the set of fittings moves at least in the two aperture sections in the at least two front faces , and wherein the fitting components (21-27) are disposed in the closed position within a wall volume opened up by the front faces (5-8) and the side faces , other than attachment members for attaching the movable furniture element to the set of fittings , characterized in that the aperture sections are configured in front faces adjacent to one another, and that the aperture sections are configured adjacent to one another and blending into one another.
A method for calibrating a gas turbine burner for power plants during recondition or production; the method comprising the steps of: a) providing: - a gas turbine burner comprising a plurality of holes configured for injecting gas fuel in an airflow, each hole comprising an outlet having an initial outlet diameter; - a calibrating pin device comprising a pin having a diameter slightly smaller than the initial outlet diameter of each hole and an enlarged base ; the base being provided with a circular projecting V-shaped ring around the pin ; b) deforming the hole outlets by pressing the pin into each hole so that at the outlet of each hole a ring indentation is obtained by the projecting V-shaped ring and so that the outlet of each hole is deformed from the initial outlet diameter to a smaller outlet diameter. a) providing: - a gas turbine burner comprising a plurality of holes configured for injecting gas fuel in an airflow, each hole comprising an outlet having an initial outlet diameter; - a calibrating pin device comprising a pin having a diameter slightly smaller than the initial outlet diameter of each hole and an enlarged base ; the base being provided with a circular projecting V-shaped ring around the pin ; - a gas turbine burner comprising a plurality of holes configured for injecting gas fuel in an airflow, each hole comprising an outlet having an initial outlet diameter; - a calibrating pin device comprising a pin having a diameter slightly smaller than the initial outlet diameter of each hole and an enlarged base ; the base being provided with a circular projecting V-shaped ring around the pin ; b) deforming the hole outlets by pressing the pin into each hole so that at the outlet of each hole a ring indentation is obtained by the projecting V-shaped ring and so that the outlet of each hole is deformed from the initial outlet diameter to a smaller outlet diameter.
An apparatus for optical inspection of parisons intended to be blow moulded to form containers, wherein the parisons are made of plastic material and have a side wall , a closing bottom and a mouth end , the mouth end having on its outside surface a screw thread and an identification code in relief, the parisons being cylindrical in shape and extending along an axis defined by this shape, wherein the apparatus comprises: - a conveyor equipped with a plurality of receiving elements configured to transport corresponding parisons along a predetermined path, wherein, in an inspection station located along the predetermined path, each parison is positioned with its axis aligned with a longitudinal reference axis; - a camera having a viewing axis coinciding with the longitudinal reference axis and located in a stationary position relative to the conveyor , above the mouth end of each of the parisons located in the inspection station, in order to see the interior of the parison ; - an illuminator mounted in a stationary position relative to the conveyor positioned around the viewing axis of the camera and configured to irradiate the outside surface of the mouth end of the parison positioned in the inspection station, wherein the camera has a wide-angle lens and is configured to capture an image of an inside surface of the mouth end of the parison positioned in the inspection station, said image being representative of the screw thread and of the identification code of the parison , shown in transparency, wherein the conveyor has, at least at the receiving elements , a covering layer made of an opaque, light-coloured material and positioned in such a way that when each parison is in the inspection station, a zone of the conveyor bordering on the parison and directed towards the camera is provided with the covering layer so as to cover all the parts of the apparatus having surfaces which fall within the field of vision of the camera. - a conveyor equipped with a plurality of receiving elements configured to transport corresponding parisons along a predetermined path, wherein, in an inspection station located along the predetermined path, each parison is positioned with its axis aligned with a longitudinal reference axis; - a camera having a viewing axis coinciding with the longitudinal reference axis and located in a stationary position relative to the conveyor , above the mouth end of each of the parisons located in the inspection station, in order to see the interior of the parison ; - an illuminator mounted in a stationary position relative to the conveyor positioned around the viewing axis of the camera and configured to irradiate the outside surface of the mouth end of the parison positioned in the inspection station,
An electric bicycle frame, comprising: a down tube with a housing defined therein into which an electric battery pack is inserted, the housing of the down tube has an insertion opening in its upper part for introducing the electric battery pack , characterized in that the insertion opening for inserting the electric battery pack into the housing is established through an upper transverse bar of the frame of the bicycle , the upper transverse bar incorporates at one end a saddle while it has at the opposite end an assembly of stem and handlebar of the bicycle , and the upper transverse bar being connected with the down tube through the end incorporating a saddle to provide rigidity to the frame , a longitudinal axis of the down tube of the frame is shifted with respect to a handlebar of the bicycle such that it allows introducing the electric battery pack into and removing it from the housing of the down tube without interfering with the handlebar . a down tube with a housing defined therein into which an electric battery pack is inserted, the housing of the down tube has an insertion opening in its upper part for introducing the electric battery pack , characterized in that the insertion opening for inserting the electric battery pack into the housing is established through an upper transverse bar of the frame of the bicycle , the upper transverse bar incorporates at one end a saddle while it has at the opposite end an assembly of stem and handlebar of the bicycle , and the upper transverse bar being connected with the down tube through the end incorporating a saddle to provide rigidity to the frame , a longitudinal axis of the down tube of the frame is shifted with respect to a handlebar of the bicycle such that it allows introducing the electric battery pack into and removing it from the housing of the down tube without interfering with the handlebar .
Method for monitoring the fixation of a patient's eye throughout the capture of its biometric measurement data, in which information relating to the fixation is extracted, depending on the different recording modes, from already available or additionally captured recordings and/or data, characterized by the method steps of: a) recording a central retinal OCT scan with absolute fixation information, b) recording a frontal image with relative fixation information at the same time as, or immediately before or after, the central retinal OCT scan with at least partly diffuse lighting, c) recording further frontal images with relative fixation information as continuously as possible over time, d) checking the fixation state on the basis of the central retinal OCT scan, e) should a correct fixation be present, the latter is also assumed for the frontal image recorded in method step b), f) calculating a difference vector for each frontal image recorded in method step c), said difference vector describing the deviations from the frontal image recorded in method step b), g) comparing the calculated difference vectors of the frontal images recorded in method step c) with a defined threshold, wherein h) a correct fixation for the recorded frontal images is assumed if the thresholds are undershot and no correct fixation is assumed if the thresholds are overshot and i) use is only made of the biometric measurement data captured just before, at the same time as or just after the frontal images with the correct fixation. a) recording a central retinal OCT scan with absolute fixation information, b) recording a frontal image with relative fixation information at the same time as, or immediately before or after, the central retinal OCT scan with at least partly diffuse lighting, c) recording further frontal images with relative fixation information as continuously as possible over time, d) checking the fixation state on the basis of the central retinal OCT scan, e) should a correct fixation be present, the latter is also assumed for the frontal image recorded in method step b), f) calculating a difference vector for each frontal image recorded in method step c), said difference vector describing the deviations from the frontal image recorded in method step b), g) comparing the calculated difference vectors of the frontal images recorded in method step c) with a defined threshold, wherein h) a correct fixation for the recorded frontal images is assumed if the thresholds are undershot and no correct fixation is assumed if the thresholds are overshot and i) use is only made of the biometric measurement data captured just before, at the same time as or just after the frontal images with the correct fixation.
Aircraft seat device, with a seat and with a footrest device comprising at least one carrier structure and a foot and/or leg support element which is connected to the seat via the carrier structure , which a passenger may put his leg or his foot into, the footrest device being configured to provide a leg and/or foot support for a further seat that is arranged behind the seat , wherein for a realization of at least two functional positions of the footrest device , the carrier structure is configured to be movable between two main positions, the footrest device comprising at least one footrest element , which is at least configured to provide a support surface for a passenger's foot, wherein the foot and/or leg support element is connected to the footrest element , wherein the foot and/or leg support element is configured to be connected to the seat and/or to the footrest element via at least one form-fit element , wherein the footrest element is made of a solid, flexurally rigid material, the carrier structure comprising at least one holding arm which couples the footrest element with the seat in a pivotable manner, characterised in that the footrest element is rotationally connected to the holding arm . the footrest device comprising at least one footrest element , which is at least configured to provide a support surface for a passenger's foot, wherein the foot and/or leg support element is connected to the footrest element , wherein the foot and/or leg support element is configured to be connected to the seat and/or to the footrest element via at least one form-fit element , wherein the footrest element is made of a solid, flexurally rigid material, the carrier structure comprising at least one holding arm which couples the footrest element with the seat in a pivotable manner, characterised in that the footrest element is rotationally connected to the holding arm .
A plurality of apparatuses for the automatic dispensing of beverages, each apparatus comprising a container of the same type comprising an inner compartment adapted to contain the bottles and vessels from which the liquid is to be drawn, said inner compartment being provided with at least one resting base for said bottles; dispensing means adapted to allow the liquid to be drawn from said bottles and vessels comprising a tap block , adapted to engage the opening of a bottle or similar vessel for beverages and to adjust the release of the beverage contained therein; control and driving means associated with said dispensing means and with means for controlling and managing the dispensing performed, in turn comprising user interface means , wherein said container comprises: a front side comprising an access opening to the inner compartment and a panel comprising said user interface ; two lateral sides, of which at least one lateral side comprises at least one part which lies on a plane inclined by a given angle α with respect to the plane normal to the lying plane of the front side of the container , said angle α being comprised between 30° and 60°, the lateral sides of said container allowing the plurality of apparatuses to be juxtaposed by facing the inclined parts of the lateral sides thereof such that the plurality of apparatuses may be arranged in an arc or a circle. a front side comprising an access opening to the inner compartment and a panel comprising said user interface ; two lateral sides, of which at least one lateral side comprises at least one part which lies on a plane inclined by a given angle α with respect to the plane normal to the lying plane of the front side of the container , said angle α being comprised between 30° and 60°, the lateral sides of said container allowing the plurality of apparatuses to be juxtaposed by facing the inclined parts of the lateral sides thereof such that the plurality of apparatuses may be arranged in an arc or a circle.
A sheath assembly for the insertion of a medical device (130; 230) into a blood vessel, the sheath assembly comprising: an introducer sheath (120; 220); and a variable size repositioning sheath (110; 210; 410) configured to be inserted into a blood vessel and to be adjustable in size in a radial direction, characterized in that the variable size repositioning sheath (110; 210; 410) further comprises a ratchet-type inner repositioning sheath component , and the variable size repositioning sheath (110; 210; 410) is configured to be adjustable in size in a radial direction using the ratchet-type inner repositioning sheath component . an introducer sheath (120; 220); and a variable size repositioning sheath (110; 210; 410) configured to be inserted into a blood vessel and to be adjustable in size in a radial direction, characterized in that the variable size repositioning sheath (110; 210; 410) further comprises a ratchet-type inner repositioning sheath component , and the variable size repositioning sheath (110; 210; 410) is configured to be adjustable in size in a radial direction using the ratchet-type inner repositioning sheath component .
A ceramic substrate comprising: alumina crystals; and zirconia crystals, wherein components are alumina, zirconias containing a stabilizer component, hafnia and zirconia, and a sintering aid component; a mass ratio of A to B is from 89:11 to 93:7, where A is a mass of alumina, and B is a total mass of the zirconias; the sintering aid component is contained within a range of not less than 0.1 parts by mass and not greater than 2.0 parts by mass per total of 100 parts by mass of A and B; an average crystal grain size of the alumina crystals is not less than 1.0 μ m and not greater than 1.5 μ m ; an average crystal grain size of the zirconia crystals is not less than 0.3 μ m and not greater than 0.5 μ m; and a standard deviation of the crystal grain size of the alumina crystals is not greater than 0.7. alumina crystals; and zirconia crystals, wherein components are alumina, zirconias containing a stabilizer component, hafnia and zirconia, and a sintering aid component; a mass ratio of A to B is from 89:11 to 93:7, where A is a mass of alumina, and B is a total mass of the zirconias; the sintering aid component is contained within a range of not less than 0.1 parts by mass and not greater than 2.0 parts by mass per total of 100 parts by mass of A and B; an average crystal grain size of the alumina crystals is not less than 1.0 μ m and not greater than 1.5 μ m ; an average crystal grain size of the zirconia crystals is not less than 0.3 μ m and not greater than 0.5 μ m; and a standard deviation of the crystal grain size of the alumina crystals is not greater than 0.7.
Method of in-vitro diagnosis of an increased risk for contrast-induced nephropathy (CIN) in a patient prior the patient being subjected to coronary angiography or an examination requiring the administration of a contrast medium, characterized in that the concentration of L-kynurenine in serum is determined in a serum sample of that patient and diagnosing an increased risk for death, dialysis treatment, a major adverse renal event (MARE) and/or a major adverse cardiovascular event (MACE) when the concentration of L-kynurenine (KYN) in serum is above a threshold value.
Damping adjusting system , comprising - a guide tube which is arranged in an outer housing and has a lateral outer wall , the inner chamber of which is delimited on an end face by a base part , - at least one magnetic coil arranged between the outer housing and the guide tube , - an electromagnetically movable armature which is guided in the guide tube along a movement axis , - an outer chamber which surrounds the outer housing , - and a ventilation hole , which connects the inner chamber to the outer chamber and is led through the base part and the outer housing , wherein the ventilation hole has two sections which are connected to one another, wherein - a first section is led through the base part , wherein the first section has a first opening arranged on an inner chamber side on the base part and has a second opening arranged on the lateral outer wall , - a second section is led through the outer housing , - the ventilation hole between the guide tube and the outer housing is sealed by a seal running circumferentially around the ventilation hole , characterised in that the first opening is arranged facing in the direction of the movement axis and the second opening is arranged facing perpendicular to the movement axis . - a guide tube which is arranged in an outer housing and has a lateral outer wall , the inner chamber of which is delimited on an end face by a base part , - at least one magnetic coil arranged between the outer housing and the guide tube , - an electromagnetically movable armature which is guided in the guide tube along a movement axis , - an outer chamber which surrounds the outer housing , - and a ventilation hole , which connects the inner chamber to the outer chamber and is led through the base part and the outer housing , wherein the ventilation hole has two sections which are connected to one another, wherein - a first section is led through the base part , wherein the first section has a first opening arranged on an inner chamber side on the base part and has a second opening arranged on the lateral outer wall , - a second section is led through the outer housing , - the ventilation hole between the guide tube and the outer housing is sealed by a seal running circumferentially around the ventilation hole ,
Lamp (1; 100) in the form of a brick for obtaining a light point in a wall with an exterior brick cladding, comprising: - a light source (10; 110) in the form of an LED strip having a strip length and a strip width, the LEDs being distributed in the direction of the strip length; - a lamp body in the shape of a circular segment with a flat base and a convex frame (20") that supports the light source, giving it a corresponding arched shape; and - a diffusing body (12; 112) placed in contact with the light source and made of a translucent or transparent material so as to diffuse the light emitted by the light source, wherein the diffusing body has a substantially parallelepiped shape with a rectangular base, in a proximal wall (14; 114) of the diffusing body facing the light source there being made a recess that houses, with shape-coupling, the lamp body with the light source, wherein the ends of the LED strip are in proximity to the respective ends of the proximal wall. - a light source (10; 110) in the form of an LED strip having a strip length and a strip width, the LEDs being distributed in the direction of the strip length; - a lamp body in the shape of a circular segment with a flat base and a convex frame (20") that supports the light source, giving it a corresponding arched shape; and - a diffusing body (12; 112) placed in contact with the light source and made of a translucent or transparent material so as to diffuse the light emitted by the light source, wherein the diffusing body has a substantially parallelepiped shape with a rectangular base, in a proximal wall (14; 114) of the diffusing body facing the light source there being made a recess that houses, with shape-coupling, the lamp body with the light source,
A method for controlling differentiation of pluripotent stem cells, the method comprising inducing differentiation of the pluripotent stem cells in the presence of laminin 211 or a laminin 211E8 fragment to direct the differentiation toward neural crest cells.