mhurhangee/ep-ind-claims huggingface dataset:
An aircraft system comprising a first structure, a second structure coupled to the first structure and movable between first and second positions relative to the first structure, and an electrical connector for providing an electrical connection running between respective components (16, 18) housed within the first and second structures (12, 14), the electrical connector comprising a cable harness housed within the first structure, and a connector body coupled to an end of the cable harness, the connector body extending through an aperture formed in the first structure, and the connector body coupled to the second structure such that movement of the second structure between the first and second positions relative to the first structure causes the connector body to move through the aperture, wherein: the connector body is fixedly attached to the second structure; and the system further comprises a guide within the first structure arranged to enable the cable harness to sweep in a predetermined range of motion as the second structure moves between the first and second positions, characterised in that: the guide defines a track which enables motion of the cable harness, with respect to the track, in a direction substantially corresponding to the direction of extent of the connector body in use. the connector body is fixedly attached to the second structure; and the system further comprises a guide within the first structure arranged to enable the cable harness to sweep in a predetermined range of motion as the second structure moves between the first and second positions, characterised in that: the guide defines a track which enables motion of the cable harness, with respect to the track, in a direction substantially corresponding to the direction of extent of the connector body in use.
A viewing system comprising a first display and a first optical assembly comprising a first optical relay and a first partially transparent optical mixer, said first optical relay comprising a first front lens, the first optical assembly being arranged to form a second image at infinity of a first image displayed by the first display, the viewing system being intended to be worn on the head of a user, the first optical mixer being disposed in front of one of the two eyes of said user in operating conditions, the exit optical pupil of the first assembly being disposed level with said eye, the optical axis of the first optical assembly corresponding to the light ray of the central field of view passing through the centre of the optical pupil, the first optical mixer being a thin strip with substantially parallel curved faces, each face being defined by a polynomial rule or by a file of points defining a free form, the viewing system being characterised in that: the incline of the first optical mixer on the optical axis is approximately 35 degrees; the distance separating the exit pupil from the point of intersection between the optical axis and the first optical mixer is approximately 60 millimetres; in the operating position, the incline of the mean optical axis between the first optical mixer and the first front lens, in a vertical plane and relative to a straight line joining the centres of the two eyes, is approximately 25 degrees, so that the first optical relay is located level with the forehead and above the other eye of the user, in a crossed position with the first optical mixer. the incline of the first optical mixer on the optical axis is approximately 35 degrees; the distance separating the exit pupil from the point of intersection between the optical axis and the first optical mixer is approximately 60 millimetres; in the operating position, the incline of the mean optical axis between the first optical mixer and the first front lens, in a vertical plane and relative to a straight line joining the centres of the two eyes, is approximately 25 degrees, so that the first optical relay is located level with the forehead and above the other eye of the user, in a crossed position with the first optical mixer.
A temperature sensor package (100A, 100B) comprising: a temperature sensor having a first side and a second side, wherein the first side of the temperature sensor includes an active region configured for coupling with a target area for temperature measurement of an object; and a circuit board (102A, 102B) having a first side and a second side, the first side of the circuit board (102A, 102B) being an underside of the circuit board, the underside of the circuit board attached to the second side of the temperature sensor so the active region of the temperature sensor faces away from the circuit board, and overlap with the circuit board (102A,102B) in a direction perpendicular to the circuit board, wherein the circuit board (102A, 102B) provides thermal insulation between the active region of the temperature sensor and an environment on the second side of the circuit board. a temperature sensor having a first side and a second side, wherein the first side of the temperature sensor includes an active region configured for coupling with a target area for temperature measurement of an object; and a circuit board (102A, 102B) having a first side and a second side, the first side of the circuit board (102A, 102B) being an underside of the circuit board, the underside of the circuit board attached to the second side of the temperature sensor so the active region of the temperature sensor faces away from the circuit board, and overlap with the circuit board (102A,102B) in a direction perpendicular to the circuit board, wherein the circuit board (102A, 102B) provides thermal insulation between the active region of the temperature sensor and an environment on the second side of the circuit board.
Device for taking a sample of liquid by capillarity, comprising a channel for flow of the liquid delimited by two internal walls (3, 4) of the device between which a channel bottom extends, the distance separating the two internal walls (3, 4) decreasing in the direction of the channel bottom, the channel extending between a first collecting end, open onto the outside of the device and able to receive the liquid, and a second end, so as to enable the liquid to flow by capillarity along the channel bottom from the first end towards the second end, the channel comprising, at the second end, a blocking means (9, 17) able to block the flow of liquid in the channel from the first end towards the second end.
A gripper for the gripping and held conveying of objects, with a first gripper jaw and with a second gripper jaw, which can assume an open and a closed condition relative to one another and which can exert a clamping force onto the object to be gripped, and with at least one control element (25, 35) which acts upon the first gripper jaw and/or the second gripper jaw, wherein the control element (25, 35) is designed as a cam guide which comprises a functional contour with at least one arcuate contour segment (102a-d) and which is capable of interacting with a switch means (72, 74, 91, 92, 114, 115), characterised in that a restoring force in direction of the closed condition acts onto the first gripper jaw and the second gripper jaw, and at least one of the gripper jaws (20, 30) comprises a jaw body which is elastically deformable and is mounted on the gripper body such that the jaw body assumes a defined, spatial position without a force action upon the control element (25, 35), and elastically deforms given the application of a force onto the control element (25, 35).
A method for producing a chemical product, said method comprising filtering a culture liquid of vanillin-resistant yeast through a separation membrane while retaining or refluxing unfiltered liquid in said culture liquid, and adding a fermentation feedstock to said culture liquid, to perform continuous fermentation under conditions at a pH of not more than 3.5, wherein, as said yeast, yeast whose culture liquid obtained under the following Conditions (a) shows an absorbance at 600 nm of not less than 20% of the absorbance at 600 nm of a culture liquid obtained under the following Conditions (b) is used: Conditions (a): 40 hours of culture in YPAD medium supplemented with vanillin (final concentration, 1 g/L) (absorbance at 600 nm at the beginning of the culture, 0.2); Conditions (b): culture under the same conditions as in Conditions (a) except that the YPAD medium does not contain vanillin. Conditions (a): 40 hours of culture in YPAD medium supplemented with vanillin (final concentration, 1 g/L) (absorbance at 600 nm at the beginning of the culture, 0.2); Conditions (b): culture under the same conditions as in Conditions (a) except that the YPAD medium does not contain vanillin.
A compressive knitted fabric item (1, 1', 1") consisting of at least one stitch-forming basic knitting thread, at least one inserted and/or knitted elastic weft thread, and at least one plush thread plaited, at least in certain sections, onto the basic knitting thread and forming plush loops, wherein the at least one plush thread is an adhesive thread in order to give the compressive knitted fabric item (1, 1', 1") an anti-slip effect, characterized in that the adhesive thread is a silicone, elastane or rubber thread.
An air conditioner, comprising: an air blasting fan driven by a motor; a plurality of outlets (22a, 22b) for blowing off air-conditioned air from the fan; a shutter for opening and closing at least one of the outlets (22a, 22b); a shutter driving section for driving the shutter; a fan control section for controlling a rotation speed of the fan via the motor; and a shutter control section for controlling the shutter driving section, characterized in that the shutter control section is configured such that, when the rotating speed of the fan is a prescribed rotation speed or higher at a time of opening or closing the shutter in operation of the fan, the shutter driving section is controlled by the shutter control section in such a way that the shutter is opened and closed at a high speed in a first section and at a low speed lower than the high speed in a second section, wherein the first section is a portion of an opening/closing section ranged from a fully closed position to a fully opened position of the shutter and is located on a side of the fully closed position, and wherein the second section is a residual portion of the opening/closing section and is located on a side of the fully opened position, and when the rotating speed of the fan is lower than the prescribed rotation speed at the time of opening or closing the shutter in operation of the fan, the shutter driving section is controlled by the shutter control section in such a way that the shutter is opened and closed at a low speed or at a high speed in the opening/closing section. an air blasting fan driven by a motor; a plurality of outlets (22a, 22b) for blowing off air-conditioned air from the fan; a shutter for opening and closing at least one of the outlets (22a, 22b); a shutter driving section for driving the shutter; a fan control section for controlling a rotation speed of the fan via the motor; and a shutter control section for controlling the shutter driving section, characterized in that the shutter control section is configured such that, when the rotating speed of the fan is a prescribed rotation speed or higher at a time of opening or closing the shutter in operation of the fan, the shutter driving section is controlled by the shutter control section in such a way that the shutter is opened and closed at a high speed in a first section and at a low speed lower than the high speed in a second section, wherein the first section is a portion of an opening/closing section ranged from a fully closed position to a fully opened position of the shutter and is located on a side of the fully closed position, and wherein the second section is a residual portion of the opening/closing section and is located on a side of the fully opened position, and when the rotating speed of the fan is lower than the prescribed rotation speed at the time of opening or closing the shutter in operation of the fan, the shutter driving section is controlled by the shutter control section in such a way that the shutter is opened and closed at a low speed or at a high speed in the opening/closing section.
A method of screening for susceptibility to, or detecting, gestational diabetes mellitus in a subject, wherein the subject is 6-17 weeks pregnant, the method comprising: measuring the amount of a metabolic marker present in a test sample of urine obtained from the subject; comparing the amount of the metabolic marker present in the test sample to a control sample; identifying a subject as susceptible to, or having, diabetes if the amount of marker present in the test sample is increased or decreased relative to the control sample; wherein the metabolic marker comprises 1-methylhistidine; wherein the, or each, metabolic marker concentration is normalized with respect to a selected normalizing marker selected from creatinine or osmolality. measuring the amount of a metabolic marker present in a test sample of urine obtained from the subject; comparing the amount of the metabolic marker present in the test sample to a control sample; identifying a subject as susceptible to, or having, diabetes if the amount of marker present in the test sample is increased or decreased relative to the control sample; wherein the metabolic marker comprises 1-methylhistidine; wherein the, or each, metabolic marker concentration is normalized with respect to a selected normalizing marker selected from creatinine or osmolality.
A method for shading and texturing computer graphic images in a tile based rendering system using dynamically rendered textures comprising the steps of: deriving screen space geometry for a texture to be dynamically rendered; passing the screen space geometry for the texture to a tiling unit, to generate texture parameters for each of a plurality of texture tiles; deriving screen space geometry for a scene that references the texture to be dynamically rendered; passing the screen space geometry for the scene to the tiling unit, to generate an object list for each of a plurality of scene tiles; and rendering a scene tile from the tiling unit using the object list, the rendering comprising: issuing a texture request for the texture to be dynamically rendered to a texture sampling unit; calculating, for the texture request, an X and Y address for texture fetch; determining which texture tile of the plurality of texture tiles the texture fetch is within; reading a corresponding valid flag for the texture tile from a table in memory to determine whether the texture tile has been rendered; and switching to dynamically rendering texture data for the texture tile if the valid flag indicates that the texture tile has not been rendered. deriving screen space geometry for a texture to be dynamically rendered; passing the screen space geometry for the texture to a tiling unit, to generate texture parameters for each of a plurality of texture tiles; deriving screen space geometry for a scene that references the texture to be dynamically rendered; passing the screen space geometry for the scene to the tiling unit, to generate an object list for each of a plurality of scene tiles; and rendering a scene tile from the tiling unit using the object list, the rendering comprising: issuing a texture request for the texture to be dynamically rendered to a texture sampling unit; calculating, for the texture request, an X and Y address for texture fetch; determining which texture tile of the plurality of texture tiles the texture fetch is within; reading a corresponding valid flag for the texture tile from a table in memory to determine whether the texture tile has been rendered; and switching to dynamically rendering texture data for the texture tile if the valid flag indicates that the texture tile has not been rendered. issuing a texture request for the texture to be dynamically rendered to a texture sampling unit; calculating, for the texture request, an X and Y address for texture fetch; determining which texture tile of the plurality of texture tiles the texture fetch is within; reading a corresponding valid flag for the texture tile from a table in memory to determine whether the texture tile has been rendered; and switching to dynamically rendering texture data for the texture tile if the valid flag indicates that the texture tile has not been rendered.
A self-cooled brushless DC motor capable of being attached to a wall surface of a high temperature chamber through two or more attachment portions, and including a shaft arranged to extend into the high temperature chamber, the self-cooled motor comprising: the shaft, the shaft being supported by a bearing so as to be rotatable about a rotation axis extending in a vertical direction; a rotor arranged to rotate together with the shaft; a stator arranged radially opposite the rotor; a housing arranged to support the bearing and the stator; and an impeller arranged axially below the rotor, and arranged to rotate together with the shaft to generate an air current traveling radially outward; wherein the housing includes: a base portion arranged axially above the rotor; the two or more attachment portions, each attachment portion being arranged radially outward of the rotor; and a substantially cylindrical cover portion arranged to join the base portion and the attachment portions to each other; a lower end of each attachment portion is arranged at a level lower than that of the impeller; the base portion includes an air inlet; and the cover portion includes an air outlet arranged between adjacent ones of the attachment portions, and arranged to connect a space radially inside the housing and a space radially outside the housing with each other; the self-cooled motor further comprising a circuit board arranged between the base portion and the rotor, wherein the circuit board includes a board vent hole defined therein. the shaft, the shaft being supported by a bearing so as to be rotatable about a rotation axis extending in a vertical direction; a rotor arranged to rotate together with the shaft; a stator arranged radially opposite the rotor; a housing arranged to support the bearing and the stator; and an impeller arranged axially below the rotor, and arranged to rotate together with the shaft to generate an air current traveling radially outward; wherein the housing includes: a base portion arranged axially above the rotor; the two or more attachment portions, each attachment portion being arranged radially outward of the rotor; and a substantially cylindrical cover portion arranged to join the base portion and the attachment portions to each other; a base portion arranged axially above the rotor; the two or more attachment portions, each attachment portion being arranged radially outward of the rotor; and a substantially cylindrical cover portion arranged to join the base portion and the attachment portions to each other; a lower end of each attachment portion is arranged at a level lower than that of the impeller; the base portion includes an air inlet; and the cover portion includes an air outlet arranged between adjacent ones of the attachment portions, and arranged to connect a space radially inside the housing and a space radially outside the housing with each other; the self-cooled motor further comprising a circuit board arranged between the base portion and the rotor, wherein the circuit board includes a board vent hole defined therein.
A cylinder head for a water-cooled multi-cylinder internal combustion engine having holes for receiving screws for connection to a crankcase and having a base and a cover which delimit a cooling water channel which is penetrated by gas exchange channels and per cylinder by a duct which accommodates a spark plug or an injection nozzle, wherein the base is provided with feed openings for cooling water in the region of the transverse planes containing the holes, which cooling water flows through the cylinder head in the longitudinal direction, and reinforcing ribs which extend transversely to the lengthwise flow of cooling water and which deflect the flow downwards are formed on the cover of the cooling water channel, characterised in that arranged in the transverse planes containing the holes are web-like intermediate decks which extend in the transverse direction and which delimit, with the adjacent combustion chamber roof, a flat wide gap for the passage of the cooling water, in order to guide the flow of upwardly directed cooling water from the feed openings sideways against the adjacent combustion chamber roof.
A windscreen wiper arm, particularly for automobiles, being able to oscillate upwardly and downwardly between a downward position and an upward position, wherein said windscreen wiper arm at one end thereof is arranged to be pivotally connected to a mounting head mounted on a drive shaft, and wherein said windscreen wiper arm at another end thereof is rigidly connected to an adapter arranged to be connected, with the interposition of a joint part, to an elongated wiper blade to be placed in abutment with a windscreen to be wiped, wherein said adapter, at the location of its connection to said wiper blade, has a U-shaped cross-section with a base and two spaced-apart legs (16,17), wherein said windscreen wiper arm is provided with a nozzle for spraying a washing liquid onto said windscreen to be wiped, wherein said nozzle is detachably connected to said adapter, wherein at least one protrusion (24,25) of the nozzle engages into a corresponding hole (19,20) in one of the legs of the U-shaped cross-section of the adapter, said protrusion (24,25) extending inwardly in a direction towards said adapter, said protrusion (24,25) having a shank passing through said hole (19,20), as well as an enlarged head abutting an inner wall of said leg provided with said hole (19,20), characterized in that said joint part is provided with a slit in which said enlarged head rests for blocking any movement of said protrusion (24,25) in a direction towards said windscreen to be wiped and in a direction away from said windscreen to be wiped.
A radio base station (10a, 10b) configured to receive an uplink signal using a time division duplexing scheme, comprising: a) an estimation section configured to estimate, based on received radio resource information, an interference level that the uplink signal receives in a plurality of subframes of which a UL/DL configuration differs among cells (Cla, C1b; C2); and b) a transmission section (102, 101) configured to transmit information about the interference level, wherein the information about the interference level comprises interference levels in the plurality of subframes. a) an estimation section configured to estimate, based on received radio resource information, an interference level that the uplink signal receives in a plurality of subframes of which a UL/DL configuration differs among cells (Cla, C1b; C2); and b) a transmission section (102, 101) configured to transmit information about the interference level, wherein the information about the interference level comprises interference levels in the plurality of subframes.
A solid suspension for use in bone regeneration and/or the repair of bone defects, comprising a source of strontium cations and a source of zinc cations, wherein the source of zinc cations comprises zinc oxide; and wherein the solid suspension is suitable for injection.