mhurhangee/ep-ind-claims huggingface dataset:
A lighting apparatus, comprising: a heat sink having a first surface; an LED printed circuit board having second and third opposing surfaces, wherein the second surface is disposed on the first surface of the heat sink and wherein the third surface has at least one LED light source disposed thereon; an integrated lens-housing member having a transparent upper wall disposed to receive light emitted by the at least one LED light source; a pressure-transfer member having a support structure extending generally in the direction from the LED printed circuit board to the transparent upper wall of the integrated lens- housing member and further having a pressure-transfer surface connected to the support structure, wherein the support structure defines an aperture, and wherein the pressure-transfer surface is disposed on the third surface of said LED printed circuit board and further disposed proximate to the LED light source; and an optic member disposed in the aperture defined by the support structure of the pressure-transfer member, characterized in that the integrated lens-housing member is compressively coupled to the pressure- transfer member, such that a force exerted by the integrated lens-housing member is transferred via the pressure-transfer member to the pressure-transfer surface so as to press the LED printed circuit board toward the first surface of the heat sink, so as to provide for heat transfer from the LED printed circuit board to the heat sink. a heat sink having a first surface; an LED printed circuit board having second and third opposing surfaces, wherein the second surface is disposed on the first surface of the heat sink and wherein the third surface has at least one LED light source disposed thereon; an integrated lens-housing member having a transparent upper wall disposed to receive light emitted by the at least one LED light source; a pressure-transfer member having a support structure extending generally in the direction from the LED printed circuit board to the transparent upper wall of the integrated lens- housing member and further having a pressure-transfer surface connected to the support structure, wherein the support structure defines an aperture, and wherein the pressure-transfer surface is disposed on the third surface of said LED printed circuit board and further disposed proximate to the LED light source; and an optic member disposed in the aperture defined by the support structure of the pressure-transfer member, characterized in that the integrated lens-housing member is compressively coupled to the pressure- transfer member, such that a force exerted by the integrated lens-housing member is transferred via the pressure-transfer member to the pressure-transfer surface so as to press the LED printed circuit board toward the first surface of the heat sink, so as to provide for heat transfer from the LED printed circuit board to the heat sink.
A torque transmission member (113, 223) for a universal joint, the torque transmission member (113, 223) being configured of a sintered body that contains as a main component a β-sialon represented by a compositional formula of Si 6-Z Al Z O Z N 8-Z and satisfying 0.1 ≤ z ≤ 3.5 and has a remainder formed of an impurity, the torque transmission member (113, 223) having a contact surface (113A, 223A) serving as a surface contacting another member, characterized by said surface (113A, 223A) being included in a portion having a high density layer (113B, 113D, 223B, 223D) higher in density than an inner portion (113C, 223C), wherein said high density layer (113B, 113D, 223B, 223D) has a surface included in a portion having a higher density layer (113D, 223D) higher in density than another portion of said high density layer (113B, 113D, 223B, 223D).
A terminal assembly structure comprising: a crimp terminal having a bottom part, a crimp portion comprising a pair of crimping pieces on both sides of the bottom part configured to crimp and connect a core wire of an electric wire and a fastening portion configured to be fastened by a fastening member; a holder and an insulator assembled inside the holder, the insulator is configured to guide the fastening portion of the crimp terminal when the crimp terminal is assembled and fastened to the holder, wherein the insulator comprises a bottom wall and a pair of side walls erected from both sides of the bottom wall, and a pair of detection ribs provided at the positions on the pair of side walls to be opposed to the pair of crimping pieces of the crimp terminal, the pair of detection ribs being configured to interfere with the crimp portion when the crimp terminal is assembled to the holder in a reversed orientation, wherein the reversed orientation corresponds to a state in which the pair of crimping pieces of the crimp portion are positions on a lower side towards the bottom wall of the insulator and come into contact with the pair of detection ribs. a crimp terminal having a bottom part, a crimp portion comprising a pair of crimping pieces on both sides of the bottom part configured to crimp and connect a core wire of an electric wire and a fastening portion configured to be fastened by a fastening member; a holder and an insulator assembled inside the holder, the insulator is configured to guide the fastening portion of the crimp terminal when the crimp terminal is assembled and fastened to the holder, wherein the insulator comprises a bottom wall and a pair of side walls erected from both sides of the bottom wall, and a pair of detection ribs provided at the positions on the pair of side walls to be opposed to the pair of crimping pieces of the crimp terminal, the pair of detection ribs being configured to interfere with the crimp portion when the crimp terminal is assembled to the holder in a reversed orientation, wherein the reversed orientation corresponds to a state in which the pair of crimping pieces of the crimp portion are positions on a lower side towards the bottom wall of the insulator and come into contact with the pair of detection ribs.
Battery device, comprising at least one battery unit (10; 10'; 10") having a housing that receives an electrochemical device, wherein the housing comprises a container and a cover for the container and the housing has arranged thereon a recess, the boundary walls (46a; 46b; 46c) of which are set back from the exterior sides of walls (22; 24a; 32) of the housing outside the recess and wherein at least one electrical connection is arranged at the recess, wherein the cover comprises a first region which is substantially planar and is surrounded by a sloping region, characterized in that arranged on a bottom of the container, on an exterior side thereof, is a recess surrounded by a wall, said recess being adapted to the shape of the cover, wherein the recess is configured as a centring recess for a stack assembly (90; 126) including a plurality of battery units (10; 10'; 10"), wherein the battery units (10; 10'; 10") in the stack assembly (90; 126) are electrically interconnected.
An electro-optic phase modulator, intended to modulate the optical phase of a lightwave incident on said modulator, including: - an electro-optic substrate comprising an entrance face and an exit face, - an optical waveguide continuously rectilinear from a guide entrance end located on said entrance face of the substrate to a guide exit end located on said exit face of the substrate, said optical waveguide having an optical refractive index (n g) higher than the optical refractive index (n s) of the substrate and being adapted to guide said incident lightwave partially coupled in said optical waveguide into a guided lightwave propagating along the optical path of said optical waveguide between said guide entrance end and exit end, and - at least two modulation electrodes (131, 132) arranged parallel to said waveguide, so as, when a modulation voltage (V m (t)) is applied between said modulation electrodes (131, 132), to introduce a modulation phase-shift, function of said modulation voltage (V m (t)), on said guided lightwave propagating in said optical waveguide, - means able to reduce the optical refractive index (n s) of said electro-optic substrate in the vicinity of the waveguide, characterized in that said means comprises electric polarization means (131, 132; 141, 142, 151, 152) for the electric polarization of said electro-optic substrate adapted to generate a permanent electric field in the electro-optic substrate, said means being able to reduce the optical refractive index (n s) of said electro-optic substrate in the vicinity of the waveguide. - an electro-optic substrate comprising an entrance face and an exit face, - an optical waveguide continuously rectilinear from a guide entrance end located on said entrance face of the substrate to a guide exit end located on said exit face of the substrate, said optical waveguide having an optical refractive index (n g) higher than the optical refractive index (n s) of the substrate and being adapted to guide said incident lightwave partially coupled in said optical waveguide into a guided lightwave propagating along the optical path of said optical waveguide between said guide entrance end and exit end, and - at least two modulation electrodes (131, 132) arranged parallel to said waveguide, so as, when a modulation voltage (V m (t)) is applied between said modulation electrodes (131, 132), to introduce a modulation phase-shift, function of said modulation voltage (V m (t)), on said guided lightwave propagating in said optical waveguide, - means able to reduce the optical refractive index (n s) of said electro-optic substrate in the vicinity of the waveguide, characterized in that said means comprises electric polarization means (131, 132; 141, 142, 151, 152) for the electric polarization of said electro-optic substrate adapted to generate a permanent electric field in the electro-optic substrate, said means being able to reduce the optical refractive index (n s) of said electro-optic substrate in the vicinity of the waveguide.
A tyre for vehicle wheels comprising a tread band having a tread pattern in which there are defined: - a central region of said tread band extending circumferentially across an equatorial plane of said tyre over a width equal to about 60% of an effective width of said tread band; - a first and a second shoulder region (6, 7) which extend at the opposing sides of said central region in an axially external position of said tread band, respectively, wherein said tread band comprises: - a plurality of main grooves which are arranged in succession over the circumferential extension of said tread band and do not intersect with each other, each of said main grooves extending from said central region, through said first or alternatively said second shoulder region (6, 7), in order to open at a lateral edge (8, 9) of said tread band; - at least one plurality of secondary grooves (20, 21) which are arranged in succession over the circumferential extension of said tread band, said secondary grooves extending in a substantially circumferential direction between consecutive pairs of said main grooves; and wherein any radial plane (R, S) comprising the axis of said tyre intersects at said central region with at least four of said main grooves, and characterised in that, with reference to the entire circumferential extension of said tread band, the central region surface-area in which said number of main grooves which are intersected by said any radial plane (R, S) is greater than five is a portion less than 15% of the total surface-area of said central region. - a central region of said tread band extending circumferentially across an equatorial plane of said tyre over a width equal to about 60% of an effective width of said tread band; - a first and a second shoulder region (6, 7) which extend at the opposing sides of said central region in an axially external position of said tread band, respectively, wherein said tread band comprises: - a plurality of main grooves which are arranged in succession over the circumferential extension of said tread band and do not intersect with each other, each of said main grooves extending from said central region, through said first or alternatively said second shoulder region (6, 7), in order to open at a lateral edge (8, 9) of said tread band; - at least one plurality of secondary grooves (20, 21) which are arranged in succession over the circumferential extension of said tread band, said secondary grooves extending in a substantially circumferential direction between consecutive pairs of said main grooves; and
A motor operated valve control device connected with a motor operated valve comprising a rotor with a rotor core, and a magnetic sensor, wherein the magnetic sensor faces a sensor magnet provided on an upper end face of the rotor core and detects a rotation angle value of the sensor magnet, the motor operated valve control device configured to adjust a valve opening degree by rotating the rotor, the motor operated valve control device comprising: a rotation detecting unit for detecting a rotation angle of the rotor by obtaining the rotation angle value from the magnetic sensor; and a rotation control unit for moving the rotor toward a predetermined stop position by providing instructions on a rotating speed and a rotating direction of the rotor, wherein in control of movement of the rotor to the stop position, the rotation control unit is configured to lower the rotating speed of the rotor when a difference between a reference angle value indicating a rotation angle at a reference position of the rotor and a detected rotation angle of the rotor is smaller than a first threshold, characterized in that the rotation control unit is configured to increase the rotating speed of the rotor after lowering the rotating speed of the rotor, when the difference between the detected rotation angle of the rotor and the reference angle value is equal to or larger than the first threshold.
A blade storage unit having a blade repository for storing a blade, a repository opening being provided for introducing the blade into the blade repository, a grinding device being provided for grinding a blade edge of the blade, at least one blade sensor (6, 23) being provided for detecting the blade introduced at least in part through the repository opening into the blade repository, at least one transport unit (12, 13) being provided for transporting the grinding device along a transport path, characterised in that the grinding device has at least one first grinding element having a first grinding surface and a second grinding element having a second grinding surface, and that at least one adjusting unit is provided for adjusting the first grinding element and the second grinding element transversely to the transport path, so that at least during a first transport of the grinding device along the transport path a first distance between the first grinding surface and the second grinding surface is smaller than a second distance between the first grinding surface and the second grinding surface during a second transport of the grinding device along the transport path.
A thermoplastic resin sheet having water repellence, comprising a textured layer having a microscopic texture on one surface; and a water repellent layer formed at a roughly constant thickness on the one surface side of the textured layer; wherein at least a surface portion on the one surface side of the textured layer is a crosslinked material that maintains a microscopic texture even after heated drawing, and the water repellent layer consists of an olefinic copolymer resin comprising hydrophobic oxide microparticles.
A method of expressing a gene of interest in a plant comprising transforming a plant cell with a DNA construct comprising a promoter sequence, said promoter sequence having a nucleic acid sequence selected from the group consisting of the sequences set forth in SEQ ID NOs: 3, wherein said promoter sequence is operably linked to a second nucleic acid sequence encoding a functional protein, and regenerating a transformed plant.
A non-hanged swing on a wheel mechanism comprising: - a stabile floor construction consisting of curved profiles interconnected perpendicularly by straight profiles creating special H-shape; - a footrest panel connected to straight profiles of said floor construction; - wherein a top construction consisting of oppositely curved profiles, right and left connecting profiles, is freely placed on a wheel mechanism (41,42,22) of movement; - two opposite benches (11,12,14) that are securely connected on said top construction; - a table mounted on said top construction disposed horizontally above said footrest panel between the benches (11,12,14); - a wheel mechanism (41,42,22) of movement consisting of four wheels, which are by two fixedly mounted to the ends of the left and right rods and positioned between floor and top constructions (1;2) on U-shape rails allowing the horizontal movement left and right comparing to normal position of a swing; characterised in that on each straight profile inverted U-shaped profile is added, wherein said inverted U-shaped profile is supported in the middle by another small piece of profile. - a stabile floor construction consisting of curved profiles interconnected perpendicularly by straight profiles creating special H-shape; - a footrest panel connected to straight profiles of said floor construction; - wherein a top construction consisting of oppositely curved profiles, right and left connecting profiles, is freely placed on a wheel mechanism (41,42,22) of movement; - two opposite benches (11,12,14) that are securely connected on said top construction; - a table mounted on said top construction disposed horizontally above said footrest panel between the benches (11,12,14); - a wheel mechanism (41,42,22) of movement consisting of four wheels, which are by two fixedly mounted to the ends of the left and right rods and positioned between floor and top constructions (1;2) on U-shape rails allowing the horizontal movement left and right comparing to normal position of a swing;
A wood adhesive comprising: i) a formaldehyde, a phenol and an alkaline hydroxide; or i') a phenol formaldehyde resin; ii) and a high residual content lignin, wherein the HRC lignin has an ash content of 12.9 to 30 wt% ash and a pH of greater than 8 to 11.2. i) a formaldehyde, a phenol and an alkaline hydroxide; or i') a phenol formaldehyde resin; ii) and a high residual content lignin,
A method of producing a pouch containing tobacco, wherein the method comprises the steps of: providing a pouch comprising a pocket having a mouth for providing access to the interior of the pocket and having a closure strip extending along the mouth; filling the pocket with tobacco via the mouth; and sealing the closure strip such that at least one channel is retained to allow for fluid communication between the interior and exterior of the pocket. providing a pouch comprising a pocket having a mouth for providing access to the interior of the pocket and having a closure strip extending along the mouth; filling the pocket with tobacco via the mouth; and sealing the closure strip such that at least one channel is retained to allow for fluid communication between the interior and exterior of the pocket.
A charge storage circuit for a pixel, the circuit comprising: a charge storage node; first and second transistors (8,10) for selectively isolating the charge storage node from a first voltage input for supplying a data voltage, the first and second transistors being series-connected, the source of the first transistor being connected to the first voltage input, and the gate of the first transistor being connected to a first gate line (11, 11 a); a third transistor connected between (i) a second voltage input and (ii) a first node between the first transistor and the second transistor, a gate of the third transistor being connected to the charge storage node; a scan driver connected to the first gate line; a data driver connected to the first voltage input; and a power supply line connected to the second voltage input; characterised in that: the first transistor and the third transistor are substantially matched with one another; the power supply line supplies a voltage to the second voltage input that is greater than the highest data voltage of the data driver, and in a voltage holding mode the scan driver and the data driver co-operate such that a gate-source bias voltage applied to the first transistor is equal or substantially equal to a gate-source bias voltage applied to the third transistor, whereby the first transistor and the third transistor operate as a voltage follower circuit (8,30) for replicating a voltage at the charge storage node at the first node thereby to reduce the drain-source voltage across the second transistor. a charge storage node; first and second transistors (8,10) for selectively isolating the charge storage node from a first voltage input for supplying a data voltage, the first and second transistors being series-connected, the source of the first transistor being connected to the first voltage input, and the gate of the first transistor being connected to a first gate line (11, 11 a); a third transistor connected between (i) a second voltage input and (ii) a first node between the first transistor and the second transistor, a gate of the third transistor being connected to the charge storage node; a scan driver connected to the first gate line; a data driver connected to the first voltage input; and a power supply line connected to the second voltage input; characterised in that: the first transistor and the third transistor are substantially matched with one another; the power supply line supplies a voltage to the second voltage input that is greater than the highest data voltage of the data driver, and in a voltage holding mode the scan driver and the data driver co-operate such that a gate-source bias voltage applied to the first transistor is equal or substantially equal to a gate-source bias voltage applied to the third transistor, whereby the first transistor and the third transistor operate as a voltage follower circuit (8,30) for replicating a voltage at the charge storage node at the first node thereby to reduce the drain-source voltage across the second transistor.
Floating cryogenic storage structure comprising a hull with a center line extending in a length direction and two longitudinal side walls (22,23), the structure comprising at least three spherical storage tanks (27,28,33,34), two tanks (27,28) being situated with their midpoints (29,30) on spaced apart longitudinal positions (T1,T2) along a first line extending in the length direction at a first side of the center line and a third tank being situated with its midpoint on a longitudinal position on a second line extending in the length direction at a second side of the center line, characterised in that a transverse distance (Wt) between the first and second lines (L1,L2) is not larger than a diameter of the tanks and the longitudinal position of the midpoint of the third tank is situated between the longitudinal positions (T1,T2) of the midpoints of the first and second tanks.