mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a veneer strand from several layers of individual veneers in the course of the production of laminated veneer lumber, comprising a package conveying device transferring the veneer packages (1, 3) formed from the veneers to a strand laying station and a strand transport device receiving the veneer strand from the strand laying station, wherein the strand laying station comprises at least one roller conveyor device and a roller lifting device for forming a veneer strand from the veneer packages (1, 3), and the veneer strand is pressed subsequently divided into cycles or continuously in a press, characterized by the sequence of the following method steps: 1.1 the first veneer package is transferred by the package conveying device of the roller conveyor device and the roller lifting device into the strand laying station, 1.2the first veneer package is lifted off at least partially from the roller conveyor device through the roller lifting device, 1.3during or after the lifting operation, the first veneer package is received from the roller lifting device by a supporting device moving out of a rest position into an engaged position, 1.4the roller lifting device is then moved back to the initial position to the roller conveyor device, and 1.5a second veneer package is received by the roller conveyor device and the roller lifting device from the package conveying device, wherein 1.6the roller conveyor device and/or the roller lifting device position the second veneer package in such a way that the supporting device deposits the first veneer package with its edges facing against the production direction to form a veneer strand on edges of the second veneer package facing in the production direction, wherein 1.7during or after the depositing the supporting device moves again from the engaged position to a rest position. 1.1 the first veneer package is transferred by the package conveying device of the roller conveyor device and the roller lifting device into the strand laying station, 1.2the first veneer package is lifted off at least partially from the roller conveyor device through the roller lifting device, 1.3during or after the lifting operation, the first veneer package is received from the roller lifting device by a supporting device moving out of a rest position into an engaged position, 1.4the roller lifting device is then moved back to the initial position to the roller conveyor device, and 1.5a second veneer package is received by the roller conveyor device and the roller lifting device from the package conveying device, wherein 1.6the roller conveyor device and/or the roller lifting device position the second veneer package in such a way that the supporting device deposits the first veneer package with its edges facing against the production direction to form a veneer strand on edges of the second veneer package facing in the production direction, wherein 1.7during or after the depositing the supporting device moves again from the engaged position to a rest position.
A method comprising: for an interlaced I-frame (1100; 1130) in a video sequence, decoding a bitplane signaled at frame layer of a bitstream for the interlaced I-frame, wherein the bitplane represents field/frame transform types for plural macroblocks (1000; 1131, 1132; 1161, 1162) of the interlaced I-frame; and for an interlaced P-frame in the video sequence, for each of at least one but not all of plural macroblocks of the interlaced P-frame, processing a per macroblock field/frame transform type bit signaled at macroblock layer of the bitstream, wherein the interlaced P-frame includes one or more intra macroblocks and one or more inter macroblocks that are coded in the bitstream, and wherein the per macroblock field/frame transform type bit is signaled for each of the one or more intra macroblocks but none of the one or more inter macroblocks that are coded in the bitstream. for an interlaced I-frame (1100; 1130) in a video sequence, decoding a bitplane signaled at frame layer of a bitstream for the interlaced I-frame, wherein the bitplane represents field/frame transform types for plural macroblocks (1000; 1131, 1132; 1161, 1162) of the interlaced I-frame; and for an interlaced P-frame in the video sequence, for each of at least one but not all of plural macroblocks of the interlaced P-frame, processing a per macroblock field/frame transform type bit signaled at macroblock layer of the bitstream, wherein the interlaced P-frame includes one or more intra macroblocks and one or more inter macroblocks that are coded in the bitstream, and wherein the per macroblock field/frame transform type bit is signaled for each of the one or more intra macroblocks but none of the one or more inter macroblocks that are coded in the bitstream.
Laser-markable polymers and coatings, characterised in that they comprise spherical TiO 2 particles as laser additive, where the TiO 2 particles are coated on the surface with an antimony-doped tin dioxide layer (Sn,Sb)O 2 and the TiO 2 particles have a D 25 value of ≥ 0.15 μm, a D 50 value of 0.15-1 μm, a number-weighted particle size of ≤ 4 μm, measured at the D 95 by means of laser diffraction, and the polymer is a thermoplastic, thermoset, elastomer or silicone, and the polymer additionally comprises one or more coloured pigments and/or dyes and the antimony content in the tin dioxide layer of the additive is 0.1 - 60 mol%, based on the tin dioxide.
A scroll compressor comprising: a compression mechanism including: a fixed scroll and an orbiting scroll; and a housing to which the fixed scroll is fastened; a casing having first (16, 54) and second spaces, the first space (16, 54) having a pressure equal to a pressure of a high-pressure fluid discharged from the compression mechanism, the second space having a lower pressure than the first space (16, 54); a drive shaft coupled to the compression mechanism; a rolling bearing configured to support the drive shaft inside the first space; a bearing oil supply path (78, 79) through which a lubricant is supplied to the rolling bearing; and an oil collection member disposed below the rolling bearing inside the first space to collect the lubricant that has lubricated the rolling bearing; characterized in that it further comprises an oil collection path through which the lubricant is introduced from the oil collection member in the first space into the second space, wherein the second space is a back pressure space formed between the fixed scroll and the housing. a compression mechanism including: a fixed scroll and an orbiting scroll; and a housing to which the fixed scroll is fastened; a casing having first (16, 54) and second spaces, the first space (16, 54) having a pressure equal to a pressure of a high-pressure fluid discharged from the compression mechanism, the second space having a lower pressure than the first space (16, 54); a drive shaft coupled to the compression mechanism; a rolling bearing configured to support the drive shaft inside the first space; a bearing oil supply path (78, 79) through which a lubricant is supplied to the rolling bearing; and an oil collection member disposed below the rolling bearing inside the first space to collect the lubricant that has lubricated the rolling bearing; characterized in that it further comprises an oil collection path through which the lubricant is introduced from the oil collection member in the first space into the second space, wherein the second space is a back pressure space formed between the fixed scroll and the housing.
A method for blind detecting an enhanced physical downlink control channel, EPDCCH, by a user equipment, UE, the method comprising: determining a location of at least one first candidate EPDCCH in a common search space using first parameters; performing a blind detection for the at least one first candidate EPDCCH in the common search space based on the determined location of the at least one of the first EPDCCH; determining a location of at least one second candidate EPDCCH in a UE specific search space using second parameters; and performing a blind detection for the at least one second candidate EPDCCH in the UE specific search space based on the determined location of the at least one second candidate EPDCCH, wherein the common search space and the UE specific search space comprise a plurality of enhanced control channel elements, ECCEs, and the plurality of ECCEs comprised in the common search space and the UE specific search space is defined by a time resource and a frequency resource in a sub-frame for transmission of the EPDCCH, and wherein the first parameters comprise a number of physical resource block, PRB, pairs for each of first candidate EPDCCH sets, and a location of a combination of the PRB pairs for the first candidate EPDCCH sets is determined through signaling information received from a base station. determining a location of at least one first candidate EPDCCH in a common search space using first parameters; performing a blind detection for the at least one first candidate EPDCCH in the common search space based on the determined location of the at least one of the first EPDCCH; determining a location of at least one second candidate EPDCCH in a UE specific search space using second parameters; and performing a blind detection for the at least one second candidate EPDCCH in the UE specific search space based on the determined location of the at least one second candidate EPDCCH, wherein the common search space and the UE specific search space comprise a plurality of enhanced control channel elements, ECCEs, and the plurality of ECCEs comprised in the common search space and the UE specific search space is defined by a time resource and a frequency resource in a sub-frame for transmission of the EPDCCH, and wherein the first parameters comprise a number of physical resource block, PRB, pairs for each of first candidate EPDCCH sets, and a location of a combination of the PRB pairs for the first candidate EPDCCH sets is determined through signaling information received from a base station.
A retainer comprising two annular retaining plates (27A, 27B) combined with each other, the two annular retaining plates each having semispherical bulging portions arranged at predetermined intervals along a circumferential direction of the retainer, the semispherical bulging portions of the two annular retaining plates, which face each other, forming a pocket having a ring-like shape, for retaining a ball, wherein the pocket comprises a ball non-contact portion formed in a ball facing surface of the pocket at a center portion in a pocket axial direction, the ball non-contact portion being defined by a recess extending in a retainer circumferential direction, and wherein the following relationship is set: A / B + C = 0.70 to 0.90 where "A" represents a retainer circumferential length of the ball non-contact portion, "B" represents a diameter of the ball, and "C" represents a gap formed between the ball and the ball facing surface of the pocket, and wherein the following relationship is set: D / E = 0.25 to 0.40 where "D" represents a retainer radial length of the ball non-contact portion, and "E" represents an entire length of the pocket in the retainer radial direction, and wherein the following relationship is set: F / G = 0.30 to 0.40 where "F" represents a depth of the recess, which defines the ball non-contact portion, and "G" represents a thickness of each of the semispherical bulging portions (27A, 27B) of the two annular retaining plates, and wherein the retainer is made of metal and is formed by press working, and wherein an opening edge of the recess in the retainer radial direction, which defines the ball non-contact portion, is formed into a rounded shape, characterized in that the curvature of the rounded shape is set to 0.05 to 0.30 mm. wherein the pocket comprises a ball non-contact portion formed in a ball facing surface of the pocket at a center portion in a pocket axial direction, the ball non-contact portion being defined by a recess extending in a retainer circumferential direction, and wherein the following relationship is set: A / B + C = 0.70 to 0.90 where "A" represents a retainer circumferential length of the ball non-contact portion, "B" represents a diameter of the ball, and "C" represents a gap formed between the ball and the ball facing surface of the pocket, and wherein the following relationship is set: D / E = 0.25 to 0.40 where "D" represents a retainer radial length of the ball non-contact portion, and "E" represents an entire length of the pocket in the retainer radial direction, and wherein the following relationship is set: F / G = 0.30 to 0.40 where "F" represents a depth of the recess, which defines the ball non-contact portion, and "G" represents a thickness of each of the semispherical bulging portions (27A, 27B) of the two annular retaining plates, and wherein the retainer is made of metal and is formed by press working, and wherein an opening edge of the recess in the retainer radial direction, which defines the ball non-contact portion, is formed into a rounded shape, characterized in that the curvature of the rounded shape is set to 0.05 to 0.30 mm.
A user terminal comprising: a reception section configured to receive, from a radio base station, resource information indicating a resource for transmission of a signal, from the radio base station to the user terminal, said signal being used for at least one of a synchronization procedure and a cell recognition performed by the user terminal; and a control section configured to determine, based on the resource information received from the radio base station, that the resource indicated by the resource information is not for uplink transmission from the user terminal to the radio base station, without performing, by the user terminal, blind decoding a downlink control channel transmitted by the radio base station to the user terminal in the indicated resource, and wherein the reception section is configured to receive, from the radio base station, the resource information by broadcast information. a reception section configured to receive, from a radio base station, resource information indicating a resource for transmission of a signal, from the radio base station to the user terminal, said signal being used for at least one of a synchronization procedure and a cell recognition performed by the user terminal; and a control section configured to determine, based on the resource information received from the radio base station, that the resource indicated by the resource information is not for uplink transmission from the user terminal to the radio base station, without performing, by the user terminal, blind decoding a downlink control channel transmitted by the radio base station to the user terminal in the indicated resource, and wherein the reception section is configured to receive, from the radio base station, the resource information by broadcast information.
A method for fabricating an electrostatic capacitance-type acceleration sensor having a capacitor which electrostatic capacitance between a movable electrode and a fixed electrode (2 c1, 2 c2) changes according to displacement of the movable electrode, the method comprising steps of: forming a groove on at least one of one surface of an insulative substrate on which the fixed electrode is formed as a film and one surface of a semiconductor substrate to which the insulative substrate is joined, the one surface of the insulative substrate being on an opposite side of the other surface thereof on which the fixed electrode is formed as the film, and the insulative substrate being joined to the one surface of the semiconductor substrate; forming a hole in the semiconductor substrate so as to penetrate from the one surface to the other surface of the semiconductor substrate, at a position communicating with a passage formed by the groove; and forming an electrode extraction hole (8 c1, 8 c2) for electrically connecting the fixed electrode to the semiconductor substrate, in the insulative substrate so as to penetrate from the one surface to the other surface of the insulative substrate, at a position communicating with the passage formed by the groove. forming a groove on at least one of one surface of an insulative substrate on which the fixed electrode is formed as a film and one surface of a semiconductor substrate to which the insulative substrate is joined, the one surface of the insulative substrate being on an opposite side of the other surface thereof on which the fixed electrode is formed as the film, and the insulative substrate being joined to the one surface of the semiconductor substrate; forming a hole in the semiconductor substrate so as to penetrate from the one surface to the other surface of the semiconductor substrate, at a position communicating with a passage formed by the groove; and forming an electrode extraction hole (8 c1, 8 c2) for electrically connecting the fixed electrode to the semiconductor substrate, in the insulative substrate so as to penetrate from the one surface to the other surface of the insulative substrate, at a position communicating with the passage formed by the groove.
A method for translating at a data scheme and protocol adapter, hereinafter DSP adapter, communications received from one or more Front-End, hereinafter FE, servers into corresponding communications understandable by one or more Back-End, hereinafter BE, repositories, the method comprising the steps of: receiving at an interface unit an FE query from an FE server; determining an FE query pattern fulfilled by the FE query; checking by a processing unit whether the FE query pattern exists for the FE query in an accessible memory; where the FE query pattern does not exist in the accessible memory, transforming the FE query pattern into a corresponding BE query pattern; where the FE query pattern exists in the accessible memory, obtaining the corresponding BE query pattern from the accessible memory; and building up by the processing unit a corresponding BE query understandable by a BE repository by setting data, which fit a BE data scheme, into the BE query pattern. receiving at an interface unit an FE query from an FE server; determining an FE query pattern fulfilled by the FE query; checking by a processing unit whether the FE query pattern exists for the FE query in an accessible memory; where the FE query pattern does not exist in the accessible memory, transforming the FE query pattern into a corresponding BE query pattern; where the FE query pattern exists in the accessible memory, obtaining the corresponding BE query pattern from the accessible memory; and building up by the processing unit a corresponding BE query understandable by a BE repository by setting data, which fit a BE data scheme, into the BE query pattern.
A nebuliser to deliver a medicament comprising: a housing having a reservoir for the medicament; an aerosol generator that can be supplied the medicament from the reservoir, wherein the generator aerosolizes at least a portion of the medicament into an aerosol, wherein the aerosol generator comprises a vibratable member having a plurality of apertures extending between a first surface and a second surface thereof, and a drive circuit for the aerosol generator; wherein the medicament is supplied from the reservoir to the aerosol generator by gravitational flow; a gas venting inlet to permit a gas to enter the nebuliser and form a mixture with the aerosol; and a passage (20, 24) through which the mixture of the aerosol and the gas is delivered to an outlet port of the nebuliser; characterized in that, the apertures in the vibratable member are sized to aerosolize the medicament by ejecting droplets of medicament such that about 70% or more of the droplets by weight have a size in the range from about 1μm to about 6μm, the nebuliser comprises a mouthpiece connected to the outlet port, the housing has a baffle to direct the mixture of the gas and the aerosol to the outlet port, the baffle comprising an inclined surface oriented to cause aerosol to flow to the outlet port, and the housing comprises an aerosol rainout trap. a housing having a reservoir for the medicament; an aerosol generator that can be supplied the medicament from the reservoir, wherein the generator aerosolizes at least a portion of the medicament into an aerosol, wherein the aerosol generator comprises a vibratable member having a plurality of apertures extending between a first surface and a second surface thereof, and a drive circuit for the aerosol generator; wherein the medicament is supplied from the reservoir to the aerosol generator by gravitational flow; a gas venting inlet to permit a gas to enter the nebuliser and form a mixture with the aerosol; and a passage (20, 24) through which the mixture of the aerosol and the gas is delivered to an outlet port of the nebuliser; characterized in that, the apertures in the vibratable member are sized to aerosolize the medicament by ejecting droplets of medicament such that about 70% or more of the droplets by weight have a size in the range from about 1μm to about 6μm, the nebuliser comprises a mouthpiece connected to the outlet port, the housing has a baffle to direct the mixture of the gas and the aerosol to the outlet port, the baffle comprising an inclined surface oriented to cause aerosol to flow to the outlet port, and the housing comprises an aerosol rainout trap.
A door-type thrust reverser (1, 100) comprising at least one stationary structure, whereon at least one door is pivotally mounted between a closing position in which it closes the reverser and constitutes a part of an external cowling, and an opening position in which it opens a passage, with a lateral opening, in the stationary structure and is able to at least partially block a flow of air generated by a turbojet engine so as to ensure the reorientation thereof, characterized in that the stationary structure also bears at least two sets of cascades able to be covered by the door when in closing position, said set of cascades being disposed laterally at either side of the door and extending along said opening in a substantially longitudinal direction of the reverser.