mhurhangee/ep-ind-claims huggingface dataset:
A method for applying a ceramic thermal barrier coating material to a part, the method comprising: placing the part in a deposition chamber; applying a first electric potential to the part; evaporating components for forming the material; and ionizing the evaporated components, characterised by: modulating the first electric potential so as to draw the ionized components to the part, wherein the modulating comprises maintaining an ion current density of 2-1000 mA/cm 2, wherein: in a first stage, the ion current density is lower than in a second stage; in the first stage, the ion current density is 0.1-1 mA/cm 2 at the first electric potential of 0.1-10 kV and in the second stage, the ion current density is 10-800 mA/cm 2 at the first electric potential of 0.1-5 kV. placing the part in a deposition chamber; applying a first electric potential to the part; evaporating components for forming the material; and ionizing the evaporated components, in a first stage, the ion current density is lower than in a second stage; in the first stage, the ion current density is 0.1-1 mA/cm 2 at the first electric potential of 0.1-10 kV and in the second stage, the ion current density is 10-800 mA/cm 2 at the first electric potential of 0.1-5 kV.
A vertical take-off and landing aircraft comprising: a fuselage; either: only one wing on each side of the aircraft, each one wing connected to the fuselage; and a plurality of booms mounted to the wings, or only one wing, the only one wing extending across the aircraft, the only one wing connected to the fuselage; and a plurality of booms mounted to the only one wing; a plurality of rotors for providing lift for vertical take-off and landing of the aircraft; a plurality of proprotors tiltable between lift configurations for providing lift for vertical take-off and landing of the aircraft and propulsion configurations for providing forward thrust to the aircraft; and a control system configured to actively alter a tilt of at least one proprotor to generate yawing moments during takeoff, landing and/or hover, wherein one rotor of the plurality of rotors and one proprotor of the plurality of proprotors are mounted to each boom; wherein each boom comprises a front end and a rear end, wherein each boom supports the one proprotor at its front end and the one rotor at its rear end. a fuselage; either: only one wing on each side of the aircraft, each one wing connected to the fuselage; and a plurality of booms mounted to the wings, or only one wing, the only one wing extending across the aircraft, the only one wing connected to the fuselage; and a plurality of booms mounted to the only one wing; only one wing on each side of the aircraft, each one wing connected to the fuselage; and a plurality of booms mounted to the wings, or only one wing, the only one wing extending across the aircraft, the only one wing connected to the fuselage; and a plurality of booms mounted to the only one wing; a plurality of rotors for providing lift for vertical take-off and landing of the aircraft; a plurality of proprotors tiltable between lift configurations for providing lift for vertical take-off and landing of the aircraft and propulsion configurations for providing forward thrust to the aircraft; and a control system configured to actively alter a tilt of at least one proprotor to generate yawing moments during takeoff, landing and/or hover, wherein one rotor of the plurality of rotors and one proprotor of the plurality of proprotors are mounted to each boom; wherein each boom comprises a front end and a rear end, wherein each boom supports the one proprotor at its front end and the one rotor at its rear end.
A recording medium removable from a host device, comprising: wireless communication means for establishing wireless communication with an external device (200, 300) different from the host device by using a wireless communication protocol; and image transmission control means (1201, 125) capable of transmitting image data to the external device via the wireless communication established by said wireless communication means by using an image transmission protocol, characterized by further comprising: determination means for determining either said image transmission control means of the recording medium or image transmission control means of the host device, to which the recording medium is attached, is used to transmit image data via the wireless communication established by said wireless communication means. wireless communication means for establishing wireless communication with an external device (200, 300) different from the host device by using a wireless communication protocol; and image transmission control means (1201, 125) capable of transmitting image data to the external device via the wireless communication established by said wireless communication means by using an image transmission protocol, characterized by further comprising: determination means for determining either said image transmission control means of the recording medium or image transmission control means of the host device, to which the recording medium is attached, is used to transmit image data via the wireless communication established by said wireless communication means. determination means for determining either said image transmission control means of the recording medium or image transmission control means of the host device, to which the recording medium is attached, is used to transmit image data via the wireless communication established by said wireless communication means.
A method for propagating or maintaining human Naïve stem cells, comprising stimulating the MUC1* pathway by culturing the cells with NM23 in the absence of mouse feeder cells or their extracts and in the absence of fibroblast growth factor.
Illumination device comprising an oblong, optical waveguide or a torus-shaped, optical waveguide and one or a number of light sources, or connections for light sources, positioned along the waveguide, said waveguide having a central axis at distance r to the surface of the waveguide, said surface comprising a light entrance surface on which the one or number of light sources, or connections for light sources, are positioned and a curved light exit surface having a non-circular circumference, wherein, viewed along the circumference of the curved surface, the distance r to a first intersection between the entrance surface and the curved exit surface, and a second distance at the second intersection between said surfaces have a different value, during operation light escapes from the waveguide via the curved exit surface in a plane which is substantially perpendicular to the axis of the waveguide.
A dental oven, comprising an oven head, a firing chamber bottom adapted to receive a dental restoration part, and a firing chamber above the firing chamber bottom, the oven head being liftable in relation to the firing chamber bottom, wherein at least one optical sensor is arranged on or in the vicinity of the dental oven laterally of the firing chamber and is directed towards a detection area which extends between the firing chamber bottom and the liftable oven head in the opened state of the oven, wherein the optical sensor comprises an output connection which is connected to an evaluation device for evaluating the dental restoration part and/or a muffle and/or a press plunger and/or a firing tray with regard to its dimension and/or its shape and/or its position, wherein the sensor has a detection area which extends substantially conically from the sensor forwards towards the firing chamber and which extends at least partially in the firing chamber and through which, especially the central longitudinal axis of the firing chamber also extends, and wherein the optical sensor is designed as a CCD unit which is designed as a thermal imaging camera which has its sensitivity maximum in the infrared range, by which especially the temperature of the dental restoration part and/or of the muffle and/or of the press plunger and/or of the firing tray is simultaneously detectable.
Child car seat, comprising means for detecting an impact, first means for applying a predetermined pre-tension on at least one retaining element of said seat (13, 14) and second means for applying a predetermined pre-tension on at least one retaining element of said child; characterised in that it comprises: - first means for limiting the forces mounted on said at least one retaining element of said seat (13, 14), allowing for a controlled displacement of said seat with respect to the vehicle in which it is installed; - second means for limiting the forces mounted on said at least one retaining element of said child, allowing for a second controlled displacement of said seat with respect to said seat, said first and second means for applying a pre-tension being triggered by a command delivered by control means supplied by said means for detecting an impact, and said first and second means for limiting the forces being active as soon as said seat, respectively said child, reaches a predetermined maximum force, said first and second displacements being combined so that the child is displaced with respect to the vehicle according to this combination of displacements. - first means for limiting the forces mounted on said at least one retaining element of said seat (13, 14), allowing for a controlled displacement of said seat with respect to the vehicle in which it is installed; - second means for limiting the forces mounted on said at least one retaining element of said child, allowing for a second controlled displacement of said seat with respect to said seat,
Supply device having at least one outlet for connection of an application instrument, and having a controller, which controls at least one valve (55, 55', 55", 55"'), characterized in that the controller controls the at least one valve (55, 55', 55", 55"') such that, within an application time interval of less than 4 seconds: a) a first fluid is delivered, during at least a first delivery interval, at a first pressure (ph) in a first inflow line; b) a second fluid is delivered, during a second delivery interval, which follows the first delivery interval, at a second pressure (pz) in a second inflow line; and c) the first fluid is delivered, during at least a third delivery interval, at a third pressure (pl) in the first inflow line. a) a first fluid is delivered, during at least a first delivery interval, at a first pressure (ph) in a first inflow line; b) a second fluid is delivered, during a second delivery interval, which follows the first delivery interval, at a second pressure (pz) in a second inflow line; and c) the first fluid is delivered, during at least a third delivery interval, at a third pressure (pl) in the first inflow line.
A dielectric spectroscopy sensing apparatus comprising: a body defining a test volume between a first surface and an opposing second surface spaced from the first surface a distance that allows a fluid to enter the test volume from a fluid inlet, which is communicatively coupled with the test volume, via capillary action, wherein the body is formed from an upper body and a lower body; and electrodes provided on the body including a first sensing electrode on the first surface and configured to receive an input radio frequency signal, a second sensing electrode on the first surface spaced from the first sensing electrode and configured to deliver an output RF signal, and a floating electrode on the second surface; characterised in that the body further comprises: a first fin extending from the upper body and a second fin extending from the lower body defining the test volume; a first insert forming at least a portion of the second fin; and an upper body insert cavity defined in the upper body and configured for receiving the first insert, and a lower body insert cavity defined in the lower body and configured for receiving the first insert; wherein the first insert has at least one of the first sensing electrode and the second sensing electrode disposed thereon. a first fin extending from the upper body and a second fin extending from the lower body defining the test volume; a first insert forming at least a portion of the second fin; and an upper body insert cavity defined in the upper body and configured for receiving the first insert, and a lower body insert cavity defined in the lower body and configured for receiving the first insert; wherein the first insert has at least one of the first sensing electrode and the second sensing electrode disposed thereon.
Connection element for interconnecting at least two workpieces, having - a shaft; - a connection-element head, radially protruding beyond the external side of the shaft, at the one end of the shaft; - a rotational drive configuration on the connection-element head, wherein - in a holding portion of the shaft that emanates from the lower side of the connection-element head at least one pair of closed annular protrusions (26, 28) are disposed thereon, of which - at least one annular protrusion is not completely disposed in a plane that runs perpendicularly to the longitudinal axis of the shaft; and - the spacings between the two annular protrusions (26, 28) of the pair along the circumference are of dissimilar size, or the two annular protrusions of the pair of annular protrusions are disposed so as to be mutually parallel; wherein - a front end of the shaft is configured as a tapered hole-forming portion, characterized in that - a maximum external diameter of the hole-forming portion is between 3% and 10% smaller, in particular 5% smaller, than a maximum external diameter of the annular protrusions (26, 28). - a shaft; - a connection-element head, radially protruding beyond the external side of the shaft, at the one end of the shaft; - a rotational drive configuration on the connection-element head, wherein - in a holding portion of the shaft that emanates from the lower side of the connection-element head at least one pair of closed annular protrusions (26, 28) are disposed thereon, of which - at least one annular protrusion is not completely disposed in a plane that runs perpendicularly to the longitudinal axis of the shaft; and - the spacings between the two annular protrusions (26, 28) of the pair along the circumference are of dissimilar size, or the two annular protrusions of the pair of annular protrusions are disposed so as to be mutually parallel; wherein - a front end of the shaft is configured as a tapered hole-forming portion, characterized in that - a maximum external diameter of the hole-forming portion is between 3% and 10% smaller, in particular 5% smaller, than a maximum external diameter of the annular protrusions (26, 28).
A tugboat for assisting a marine vessel to maneuver, said tugboat comprising: - an engine to drive one or more propulsors, the one or more propulsors having a controllable direction of thrust, - a towing line for establishing a pulling connection between the marine vessel and the tugboat, - a first sensor arrangement configured for sensing a size and direction of a pulling force that the towing line exerts on the tugboat, - a second sensor arrangement configured for sensing an orientation of the tugboat, - a controller configured to receive a signal from said first sensor arrangement and a signal from said second sensor arrangement, - said controller being informed of a size and direction of thrust generated by said one or more propulsors, - said controller being configured to determine if a first safety threshold, associated with said tugboat, is exceeded on the basis of: - the sensed size and direction of thrust generated by said one or more propulsors, - the sensed size and direction of the pulling force, and - the sensed orientation of the tugboat. - an engine to drive one or more propulsors, the one or more propulsors having a controllable direction of thrust, - a towing line for establishing a pulling connection between the marine vessel and the tugboat, - a first sensor arrangement configured for sensing a size and direction of a pulling force that the towing line exerts on the tugboat, - a second sensor arrangement configured for sensing an orientation of the tugboat, - a controller configured to receive a signal from said first sensor arrangement and a signal from said second sensor arrangement, - said controller being informed of a size and direction of thrust generated by said one or more propulsors, - said controller being configured to determine if a first safety threshold, associated with said tugboat, is exceeded on the basis of: - the sensed size and direction of thrust generated by said one or more propulsors, - the sensed size and direction of the pulling force, and - the sensed orientation of the tugboat. - the sensed size and direction of thrust generated by said one or more propulsors, - the sensed size and direction of the pulling force, and - the sensed orientation of the tugboat.
Comfort cassette comprising a pressure box with at least one inlet for inflow of supply air flow to the pressure box and a plurality of outlets for outflow of the supply air flow out of the pressure box, said outlets are arranged along more than two edges (5a, 5b,..5n) of the underside of the pressure box, preferably along four edges of the underside of the pressure box, wherein the outlets form a group (6a, 6b,..6n) of outlets per edge (5a, 5b,..5n) of the pressure box, and respective group (6a, 6b,..6n) of outlets is arranged to stream the supply air flow to a respective mixing chamber (7a, 7b,..7n) per group (6a, 6b,..6n), further the comfort cassette comprises at least one liquidly coupled heat exchanger alternatively arranged to cool or heat a through-flowing air stream by heat exchange, and through which heat exchanger a circulation air flow is arranged to flow from a premises due to induction effect driven by the passage of supply air flow out of the outlets to the respective mixing chamber (7a, 7b,..7n), and the respective mixing chamber (7a, 7b,..7n) is arranged to unite the supply air flow and the, by the heat exchanger conditioned, circulation air flow to a common air stream (L1+L2) and guide the common air stream (L1+L2) to a respective outlet opening (10a, 10b,..10n) for outflow to the premises in different directions, preferably perpendicular to the extent of the sides (11a, 11b,..11n) of the comfort cassette, characterized by that the outlets are arranged according to a configuration which is changeable by that at least one cover member is displaceable arranged in relation to the outlets, and that the cover member is arranged to change the configuration at all groups (6a, 6b,..6n) of outlets simultaneously by a movement of the cover member in only one direction, wherein the supply air flow and thereby also the common air stream (L1+L2) out of the comfort cassette is changeable in more than two directions by only one movement of the cover member.
A method involving an access network and at least one user equipment that support communication over an air interface using a plurality of component carriers, comprising: transmitting, from the access network, in a first field of a first component carrier selected from the plurality of component carriers, information indicating that the first component carrier is an anchor carrier for said at least one user equipment; and transmitting, from the access network, in a second field of the first component carrier, information indicating that at least one second component carrier selected from the plurality of component carriers is allocated as at least one non-anchor carrier for said at least one user equipment, so that said at least one user equipment blindly decodes the first field of the first component carrier to determine whether the first component carrier is its anchor carrier, and in response to a determination that said decoding is succeeded, decodes the second field of the first component carrier to determine whether said at least one second component carrier is at least one non-anchor carrier; wherein the second field comprises an active component carrier indicator, ACCI, field, wherein the first and second field comprised in a PDCCH of the first component carrier. transmitting, from the access network, in a first field of a first component carrier selected from the plurality of component carriers, information indicating that the first component carrier is an anchor carrier for said at least one user equipment; and transmitting, from the access network, in a second field of the first component carrier, information indicating that at least one second component carrier selected from the plurality of component carriers is allocated as at least one non-anchor carrier for said at least one user equipment, so that said at least one user equipment blindly decodes the first field of the first component carrier to determine whether the first component carrier is its anchor carrier, and in response to a determination that said decoding is succeeded, decodes the second field of the first component carrier to determine whether said at least one second component carrier is at least one non-anchor carrier; wherein the second field comprises an active component carrier indicator, ACCI, field, wherein the first and second field comprised in a PDCCH of the first component carrier.
Marine wind turbine comprising a wind turbine and a floating support, the floating support comprising at least one main float and at least one heave plate, the surface area of the horizontal cross section of said heave plate being greater than the surface area Sc of said horizontal cross section of said main float, said heave plate being fixed to the base of said main float and comprising at least one portion having a horizontal cross section that is variable with depth, characterized in that the minimum surface area Sd1 of said horizontal cross section of said heave plate is strictly greater than said surface area Sc of said horizontal cross section of said main float, said heave plate comprising at least one frustoconical shape, the half-angle at the vertex of the cone of said frustoconical shape being between 15 and 60°.
A powder granulation method, comprising: rotating a bottomed cylindrical container (11, 41) that accommodates a powder such that an inner bottom surface (11a, 41a) of the container (11, 41) rotates on a horizontal plane; and supplying a binder to the container (11, 41), characterized in that the method comprises: generating a twist-rope motion in the powder in the container (11, 41) by a plurality of scrapers (13, 14, 15, 43, 44) dividedly arranged so as to abut or come close to each of the inner bottom surface (11a, 41a), inner side face (11b, 41b) and corner (11c, 41c) of both of these faces (11a, 11b, 41a, 41b) of the container (11, 41) in a state where a leading end (a) of each of the scrapers (13, 14, 15, 43, 44) is tilted so as to point in a rotation direction of the container (11, 41).