mhurhangee/patent-ind-claim-en huggingface dataset:
A tempering furnace for a glass sheet, which has a conveyor for the glass sheet, a detector providing information required to determine the shape dimensions of a load of glass, a device producing information required to determine the momentary location of the glass sheet inside the tempering furnace, first convection blow means to heat the glass sheet by hot air jets, whereby the first convection blow means include a blower pressurising air sucked from the tempering furnace, air channels to lead air from the blower to blow enclosures which have, in their surfaces facing the glass sheet, blow openings from which air is discharged as jets towards a top surface of the glass sheet, electric elements inside the blow enclosures, warming up air, and second convection blow means, control devices for controlling valves of the second convection blow means based on the shape dimensions of the load of glass and the location of the glass sheet, by means of which second convection blow means pressurised air external to the tempering furnace may be led to blow nozzles from which air is discharged as jets towards a bottom surface of the glass sheet, characterised in that the electric elements and blow enclosures of the first convection blow devices form a plurality of separately-adjustable blow zones in the longitudinal and lateral direction of the tempering furnace, in which the heating effect of the air jets on the glass sheet is arranged to be adjustable by adjusting the feeding of electric current to the electric elements, there being at least 40 pieces (N1) of these separately-adjustable blow zones in the tempering furnace, and the blow nozzles of the second convection blow means of the tempering furnace form a plurality of separately-adjustable blow zones in the longitudinal and lateral direction of the tempering furnace, in which the heating effect on the glass sheet of the jets discharged from the blow nozzles is arranged to be adjustable by adjusting the feeding of an air stream to the blow nozzles, there being at least 40 pieces (N2) of these separately-adjustable blow zones in the tempering furnace.
Wheel support for a motor vehicle comprising a hollow flange and a hollow cylinder which are coaxial, the hollow cylinder being secured to the hollow flange , the outside diameter of the hollow flange being greater than the outside diameter of the hollow cylinder so that the cylinder does not overlap the flange in an annular portion of the hollow flange , the hollow flange having a first face in contact with the cylinder , a second face opposite to the first face , and first tapped holes extending between the first and second faces and passing through the flange , the first tapped holes being arranged on a diameter of the flange in the annular portion , the annular portion comprising first recesses arranged between two successive first tapped holes and extending from the exterior peripheral surface of the flange to the first face of the flange , the support being characterized in that it comprises a rib arranged in each recess so as to stiffen the flange .
Vehicle wheel with a wheel rim 1) and a wheel disc connected to an inner rim of the wheel rim , wherein the wheel disc is connected to the wheel rim by at least one connecting element , which is guided through a through hole of the rim well and inserted in the wheel disc , wherein the through hole is arranged in the tyre seat (1.1) of the rim well and the guided-through connecting element is essentially joined in the direction of the radial extension of the wheel disc assigned to the tyre seat (1.1) on the inner-rim side, characterized in that the wheel disc comprises a blind hole corresponding to the through hole of the rim well, which comprises a receiving passage (6.1), through which the connecting element is guided, and a joining passage (6.2), within which the connecting element is joined.
A mechanical tracking mount , comprising: a plurality of castellations in a semicircular arrangement at a first end of a base member , the base member having a through hole formed at a radial center of the plurality of castellations ; a tracking arm having a shaft extending perpendicular to a long axis of the tracking arm and a set of teeth formed at a position distal to the shaft, the shaft having a notch formed at an end opposite the tracking arm , the shaft dimensioned to be inserted into the through hole ; and a coil torsion spring having a crossbar formed at one end configured to mate with the notch on the shaft, a selector structure formed at another end of the coil torsion spring , the selector structure dimensioned to sit within a castellation of the plurality of castellations , wherein adjusting the position of the selector structure relative to the plurality castellations adjusts the coil torsion coefficient of the coil torsion spring . a plurality of castellations in a semicircular arrangement at a first end of a base member , the base member having a through hole formed at a radial center of the plurality of castellations ; a tracking arm having a shaft extending perpendicular to a long axis of the tracking arm and a set of teeth formed at a position distal to the shaft, the shaft having a notch formed at an end opposite the tracking arm , the shaft dimensioned to be inserted into the through hole ; and a coil torsion spring having a crossbar formed at one end configured to mate with the notch on the shaft, a selector structure formed at another end of the coil torsion spring , the selector structure dimensioned to sit within a castellation of the plurality of castellations , wherein adjusting the position of the selector structure relative to the plurality castellations adjusts the coil torsion coefficient of the coil torsion spring .
A hardenable dental composition for use as dental impression material comprising • component (A) comprising a cationically hardenable compound, • component (B) comprising an initiator being able to initiate the hardening reaction of the cationically hardenable compound, and • component (C) comprising a filler, wherein the filler comprises a filler body and a filler surface, the filler surface comprising side groups with polar moieties, the filler being selected from quartz comprising amino-silane groups, wollastonite comprising amino-silane groups, quartz/kaolin mixture comprising amino-silane groups, quartz comprising epoxy groups, cristobalite comprising amino-silane groups and cristobalite comprising epoxy groups, the cationically hardenable compound comprising a hardenable prepolymer comprising a backbone and reactive side groups, the reactive side groups being characterized by the following formula wherein R represents H, C1-C12 alkyl, C2-C12 alkenyl, C2-C12 alkinyl, C7-C15 alkylaryl, C7-C15 arylalkyl or C3-C12 cycloalkyl, and wherein hydrogen atoms can be replaced by C1 or F and/or wherein up to about 5 carbon atoms may be replaced by atoms or group of atoms selected from O, CO, N or S, E represents a C1 - C18 branched or unbranched hydrocarbon chain wherein up to about 5 carbon atoms can be replaced by atoms or group of atoms selected from O, CO, N or S, G represents a group selected from C(O)O, C(O)NR, C(O), C(O)C(O), C(O)(CH2)mC(O) with m = 1 to 10, C(S)NR or CH2, L represents O, S or NR, with x = 0 or 1, the cationically hardenable compound having on average at least 2 aziridino groups or more and a molecular weight of at least about 500. • component (A) comprising a cationically hardenable compound, • component (B) comprising an initiator being able to initiate the hardening reaction of the cationically hardenable compound, and • component (C) comprising a filler, R represents H, C1-C12 alkyl, C2-C12 alkenyl, C2-C12 alkinyl, C7-C15 alkylaryl, C7-C15 arylalkyl or C3-C12 cycloalkyl, and wherein hydrogen atoms can be replaced by C1 or F and/or wherein up to about 5 carbon atoms may be replaced by atoms or group of atoms selected from O, CO, N or S, E represents a C1 - C18 branched or unbranched hydrocarbon chain wherein up to about 5 carbon atoms can be replaced by atoms or group of atoms selected from O, CO, N or S, G represents a group selected from C(O)O, C(O)NR, C(O), C(O)C(O), C(O)(CH2)mC(O) with m = 1 to 10, C(S)NR or CH2, L represents O, S or NR, with x = 0 or 1,
A dual-aperture zoom camera , comprising: a) a Wide camera with a Wide lens having a Wide effective focal length EFL W and a Tele camera with a Tele lens having a Tele effective focal lengths EFL T ; b) a Wide camera actuator and a Tele camera actuator mounted rigidly on a single rigid base that is flexibly connected to a printed board through flexible elements ; and c) an optical image stabilization (OIS) controller coupled to the Wide and Tele actuators through the rigid base and used to control movement of the rigid base to provide a compensation for tilt of the Wide and Tele lenses according to a camera tilt (CT) input and a user-defined zoom factor (ZF) wherein the OIS controller is coupled to, and receives camera tilt information from, a tilt sensor , wherein the Wide and Tele cameras are separated by a distance of typically 1mm, and wherein the OIS controller is configured to provide a lens movement (LMV) = CT × EFL ZF where CT is the camera tilt in radians and EFL ZF is a zoom-factor dependent effective focal length in millimeters chosen according to the user-defined ZF. a) a Wide camera with a Wide lens having a Wide effective focal length EFL W and a Tele camera with a Tele lens having a Tele effective focal lengths EFL T ; b) a Wide camera actuator and a Tele camera actuator mounted rigidly on a single rigid base that is flexibly connected to a printed board through flexible elements ; and c) an optical image stabilization (OIS) controller coupled to the Wide and Tele actuators through the rigid base and used to control movement of the rigid base to provide a compensation for tilt of the Wide and Tele lenses according to a camera tilt (CT) input and a user-defined zoom factor (ZF) wherein the OIS controller is coupled to, and receives camera tilt information from, a tilt sensor , wherein the Wide and Tele cameras are separated by a distance of typically 1mm, and wherein the OIS controller is configured to provide a lens movement (LMV) = CT × EFL ZF where CT is the camera tilt in radians and EFL ZF is a zoom-factor dependent effective focal length in millimeters chosen according to the user-defined ZF.
An integrated steam cycle power module comprising: a steam turbine arranged to have steam supplied thereto; a steam manifold arranged to have exhaust steam from the steam turbine supplied thereto; at least one heat exchanger arranged to have exhaust steam supplied thereto from the manifold via risers which connect the manifold to a header associated with the heat exchangers ; wherein the steam turbine is situated below the steam manifold and is arranged, in use, to exhaust exhaust steam to the manifold , which exhaust steam is passed to the heat exchanger in order to have heat extracted therefrom; and characterised in that the or each heat exchanger is an air-cooled panel and is substantially vertical and in that the or each heat exchanger panel is arranged to form a substantially planar, substantially vertical, wall along side regions of the module . a steam turbine arranged to have steam supplied thereto; a steam manifold arranged to have exhaust steam from the steam turbine supplied thereto; at least one heat exchanger arranged to have exhaust steam supplied thereto from the manifold via risers which connect the manifold to a header associated with the heat exchangers ; wherein the steam turbine is situated below the steam manifold and is arranged, in use, to exhaust exhaust steam to the manifold , which exhaust steam is passed to the heat exchanger in order to have heat extracted therefrom; and characterised in that the or each heat exchanger is an air-cooled panel and is substantially vertical and in that the or each heat exchanger panel is arranged to form a substantially planar, substantially vertical, wall along side regions of the module .
A computer-implemented method comprising: displaying, by a processor, a graph of a set of interdependent files of an integrated development environment, IDE, project on a computer display, the graph depicting, for each file of the set of interdependent files, a starting point, and ending point, and one or more intermediate checkpoints; wherein the starting point, the ending point, and the one or more intermediate checkpoints each represent a time point; wherein each time point is associated with a state of file contents for said each file; wherein said each file has contents in a current state at a first time point; receiving, by a processor, input that indicates a particular time point that is earlier than the first time point; and re-creating, by a processor, an environment comprising file contents of the set of interdependent files; wherein the file contents in the environment has an historical state associated with the particular time point. displaying, by a processor, a graph of a set of interdependent files of an integrated development environment, IDE, project on a computer display, the graph depicting, for each file of the set of interdependent files, a starting point, and ending point, and one or more intermediate checkpoints; wherein the starting point, the ending point, and the one or more intermediate checkpoints each represent a time point; wherein each time point is associated with a state of file contents for said each file; wherein said each file has contents in a current state at a first time point; receiving, by a processor, input that indicates a particular time point that is earlier than the first time point; and re-creating, by a processor, an environment comprising file contents of the set of interdependent files; wherein the file contents in the environment has an historical state associated with the particular time point.
An implantable chamber (16; 120) designed to be placed under the skin of a patient , comprising: - a hollow main body delimiting an internal volume , the internal volume opening outwards via a main opening , - a septum mounted on the main body to close the main opening , - at least one conduit projecting away from the main body , - a displacement member (36; 124) that is movable relative to the main body , capable of projecting from the main body via the or each conduit and the displacement member (36; 124) being capable of actuating or setting in motion an external object or an organ situated in the body of the patient , - a drive mechanism for driving the displacement member (36; 124) situated in the internal volume of the main body , in order to move the displacement member (36; 124) with respect to the main body , and characterized in that it includes : - a centering member mounted below the septum within the internal volume of the main body , the centering member being a centering cone or centering tube, the centering member being capable of guiding the movement of a tool longitudinally along a centering axis, the drive mechanism including a member rotatably mounted in the internal volume around an axis AA', the displacement member (36; 124) being engaged on the rotating member , and the axis AA' being a centering axis of a tool for actuating the drive mechanism during its insertion through the septum , the septum being designed to be pierced by said tool and the drive mechanism being capable of cooperating with said tool , the axis of rotation of the rotating member being coincident with the centring axis A-A' of the centring cone so that the distal region is guided to the housing when inserting the tool through the septum , the centering cone having an inner surface converging up and down from the septum toward the drive mechanism , the centering cone being adapted to guide the movement of the tool towards the centering axis when the tool has passed through the septum from top to bottom, in order to center the tool on the drive mechanism , the centring cone opening downwards opposite the mechanism . - a hollow main body delimiting an internal volume , the internal volume opening outwards via a main opening , - a septum mounted on the main body to close the main opening , - at least one conduit projecting away from the main body , - a displacement member (36; 124) that is movable relative to the main body , capable of projecting from the main body via the or each conduit and the displacement member (36; 124) being capable of actuating or setting in motion an external object or an organ situated in the body of the patient , - a drive mechanism for driving the displacement member (36; 124) situated in the internal volume of the main body , in order to move the displacement member (36; 124) with respect to the main body , and - a centering member mounted below the septum within the internal volume of the main body , the centering member being a centering cone or centering tube, the centering member being capable of guiding the movement of a tool longitudinally along a centering axis,
A vehicle occupant protection device, comprising: a seat belt device having a selectable force limiter that is configured to switch a force limiter load, which an occupant receives from a seat belt at a time of frontal collision of a vehicle, from a high load to a low load; an airbag device that is configured to deploy an airbag in front of the occupant at the time of frontal collision; a movement direction detector that is configured to detect a direction in which a head region of the occupant will move relative to the vehicle at the time of frontal collision; an initial position detector that is configured to detect a position of the head region prior to the movement; a control unit that is configured to make a determination whether or not the head region will move outside of an area of protection by the airbag based on detection results of the movement direction detector and the initial position detector and, in a case in which the determination is affirmative, to maintain the high load of the force limiter load; characterized in that it further comprises: a severity detector for detecting a severity of the frontal collision, wherein the control unit is configured to maintain the force limiter load at the high load in a case in which a detection result from the severity detector exceeds a preset threshold. a seat belt device having a selectable force limiter that is configured to switch a force limiter load, which an occupant receives from a seat belt at a time of frontal collision of a vehicle, from a high load to a low load; an airbag device that is configured to deploy an airbag in front of the occupant at the time of frontal collision; a movement direction detector that is configured to detect a direction in which a head region of the occupant will move relative to the vehicle at the time of frontal collision; an initial position detector that is configured to detect a position of the head region prior to the movement; a control unit that is configured to make a determination whether or not the head region will move outside of an area of protection by the airbag based on detection results of the movement direction detector and the initial position detector and, in a case in which the determination is affirmative, to maintain the high load of the force limiter load; characterized in that it further comprises: a severity detector for detecting a severity of the frontal collision, wherein the control unit is configured to maintain the force limiter load at the high load in a case in which a detection result from the severity detector exceeds a preset threshold.
A thermoelectric thin-film UV, visible light and infrared radiation sensor, having signal rise time < 10 ns and fall time < 1 μs, comprising: a 100-1000 nm thick thermoelectric active layer , an electrode layer one and an electrode layer two , wherein the electrode layer one is located below the thermoelectric active layer and the electrode layer two is located above the thermoelectric active layer , whereby the sensor is designed so that a thermal gradient can be created and the electrical voltage can be measured perpendicular to the thermoelectric active layer , between the electrode layer one and the electrode layer two , wherein the material of the thermoelectric active layer is a low molecular weight organic compound, selected from the group consisting of metal phthalocyanines, perylene derivatives and polyacene derivatives, so that its thermal conductivity is less than 1 W m K 2 , Seebeck coefficient modulus is greater than 100 μV K and its molecular weight is less than 900 Da.
Seeder element for granular products to be distributed on the ground comprising: - means for opening a furrow in the ground, - means for reclosing the furrow, - a first distribution assembly for a first granular product, comprising a main hopper , first distribution means for distributing a first granular product, connected with said main hopper , first conveying means for conveying said first granular product to the ground, at a first relative distribution position (P1) located between said means for opening the furrow and the means for reclosing the furrow, - at least one additional distribution assembly for at least one additional granular product comprising distribution means capable of depositing said at least one additional granular product at said relative distribution position (P1), and at another relative distribution position (P2) located before said means for opening the furrow, or at another relative distribution position (P3) situated after said means for reclosing the furrow, said additional distribution assembly cooperating with or comprising selection means for the deposition of said at least one additional granular product at one or other of said relative distribution positions (P1), (P2) or (P3), and at the same time at said relative distribution positions (P1) and (P2), (P1) and (P3), or (P2) and (P3). - means for opening a furrow in the ground, - means for reclosing the furrow, - a first distribution assembly for a first granular product, comprising a main hopper , first distribution means for distributing a first granular product, connected with said main hopper , first conveying means for conveying said first granular product to the ground, at a first relative distribution position (P1) located between said means for opening the furrow and the means for reclosing the furrow, - at least one additional distribution assembly for at least one additional granular product comprising distribution means capable of depositing said at least one additional granular product at said relative distribution position (P1), and at another relative distribution position (P2) located before said means for opening the furrow, or at another relative distribution position (P3) situated after said means for reclosing the furrow, said additional distribution assembly cooperating with or comprising selection means for the deposition of said at least one additional granular product at one or other of said relative distribution positions (P1), (P2) or (P3), and at the same time at said relative distribution positions (P1) and (P2), (P1) and (P3), or (P2) and (P3).
An interlayer film for laminated glass having a two or more-layer structure, comprising a first layer containing a polyvinyl acetal resin and a plasticizer and a second layer containing a polyvinyl acetal resin and a plasticizer, the second layer being arranged on a first surface side of the first layer, wherein the content of the hydroxyl group, as measured according to the method in the description, of the polyvinyl acetal resin in the second layer is 32% by mole or more, the first layer further contains silica particles, the ratio of the content of the silica particles in the first layer to the total of the content of the polyvinyl acetal resin in the first layer and the content of the plasticizer in the first layer is 0.03 or more and 0.4 or less, and the thickness of the first layer is 0.4T or less when the thickness of the interlayer film for laminated glass is defined as T.