mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a pet food composition, the method comprising a) mixing a dry ingredient composition, a protein-containing composition, and an alginate composition to provide a first mixture; b) mixing the first mixture with a setting composition to effect a gelation reaction, wherein the setting composition comprises a source of calcium ions; and c) processing the product of the gelation reaction to provide a food product, wherein the food product has a stable structure prior to retort, d) combining the food product with a gravy composition to provide a pet food composition, wherein the pet food composition comprises protein in an amount of less than 25% by weight of the pet food composition on a dry matter basis, and wherein the alginate composition comprises an oil, optionally soybean oil. a) mixing a dry ingredient composition, a protein-containing composition, and an alginate composition to provide a first mixture; b) mixing the first mixture with a setting composition to effect a gelation reaction, wherein the setting composition comprises a source of calcium ions; and c) processing the product of the gelation reaction to provide a food product, wherein the food product has a stable structure prior to retort, d) combining the food product with a gravy composition to provide a pet food composition,
A method of a first device for performing sidelink transmission, the method comprising: performing sidelink communication with more than one destination, wherein each of said more than one destination is associated with a different device; at least one of receiving or selecting a sidelink grant associated with a sidelink transmission; responsive to the sidelink grant, selecting a first destination amongst the more than one destination based upon whether a report signaling that is available for transmission is present and/or a priority of the report signaling, wherein the first destination is associated with the reporting signaling and the selecting the first destination of the more than one destination is performed based upon the first destination being associated with the report signaling, and wherein the report signaling is not associated with a sidelink logical channel and/or wherein the report signaling includes at least Channel Quality Indicator, in the following also referred to as CQI, and/or Rank Indicator, in the following also referred to as RI; and performing the sidelink transmission associated with the sidelink grant to the first destination. performing sidelink communication with more than one destination, wherein each of said more than one destination is associated with a different device; at least one of receiving or selecting a sidelink grant associated with a sidelink transmission; responsive to the sidelink grant, selecting a first destination amongst the more than one destination based upon whether a report signaling that is available for transmission is present and/or a priority of the report signaling, wherein the first destination is associated with the reporting signaling and the selecting the first destination of the more than one destination is performed based upon the first destination being associated with the report signaling, and wherein the report signaling is not associated with a sidelink logical channel and/or wherein the report signaling includes at least Channel Quality Indicator, in the following also referred to as CQI, and/or Rank Indicator, in the following also referred to as RI; and performing the sidelink transmission associated with the sidelink grant to the first destination.
A method of manufacturing a color filter substrate, comprising: preparing a transparent base substrate, the transparent base substrate having a first principal surface and a second principal surface opposite to the first principal surface; forming a color film on the first principal surface of the transparent base substrate, performing an exposure on the color film by illuminating light through a mask plate, and etching the exposed color film to form a plurality of color film patterns, the plurality of color film patterns having intervals therebetween; and forming a black matrix in the intervals between the plurality of color film patterns so that the black matrix fully fills the intervals between the plurality of color film patterns, wherein the step of forming the black matrix comprises: forming a film for the black matrix on the first principal surface of the transparent base substrate with the plurality of color film patterns formed thereon, performing an exposure on the film for the black matrix by illuminating light from the second principal surface side of the transparent base substrate, and etching the exposed film for the black matrix to form the black matrix, characterized in that the color film is exposed by illuminating light from the second principal surface side of the transparent base substrate through the mask plate, and a cross section of each color film pattern taken along a direction perpendicular to the surface of the transparent base substrate has a shape of an inverted isosceles trapezoid. preparing a transparent base substrate, the transparent base substrate having a first principal surface and a second principal surface opposite to the first principal surface; forming a color film on the first principal surface of the transparent base substrate, performing an exposure on the color film by illuminating light through a mask plate, and etching the exposed color film to form a plurality of color film patterns, the plurality of color film patterns having intervals therebetween; and forming a black matrix in the intervals between the plurality of color film patterns so that the black matrix fully fills the intervals between the plurality of color film patterns, wherein the step of forming the black matrix comprises: forming a film for the black matrix on the first principal surface of the transparent base substrate with the plurality of color film patterns formed thereon, performing an exposure on the film for the black matrix by illuminating light from the second principal surface side of the transparent base substrate, and etching the exposed film for the black matrix to form the black matrix, characterized in that the color film is exposed by illuminating light from the second principal surface side of the transparent base substrate through the mask plate, and a cross section of each color film pattern taken along a direction perpendicular to the surface of the transparent base substrate has a shape of an inverted isosceles trapezoid.
A fluid dispenser device comprising: • at least one reservoir that is suitable for containing fluid to be dispensed, • a dispenser member (1; 30), • an actuator member (2; 10) that is suitable for actuating said dispenser member (1; 30), • a dispenser orifice (3; 40) via which the fluid is dispensed, • a dose counter or indicator, characterized in that at least a portion of said dose counter or indicator is made out of a material comprising an aliphatic polyketone. • at least one reservoir that is suitable for containing fluid to be dispensed, • a dispenser member (1; 30), • an actuator member (2; 10) that is suitable for actuating said dispenser member (1; 30), • a dispenser orifice (3; 40) via which the fluid is dispensed, • a dose counter or indicator,
Compressor configured to compress and supply a gas comprising a control unit configured to manage the compressor, wherein the compressor further comprises a wireless coupling unit configured to manage the compressor wirelessly through a user device when the compressor is connected to a pneumatic network comprising one or more pneumatic consumers, characterized in that said control unit is configured to: - detect when one or more pneumatic consumers are inactive for an inactive time period; and - record a compressor power consumption during the inactive time period; and wherein a leakage of the pneumatic network is identified on the basis of the energy consumption, and - reporting the leakage, if identified. wherein the compressor further comprises a wireless coupling unit configured to manage the compressor wirelessly through a user device when the compressor is connected to a pneumatic network comprising one or more pneumatic consumers, characterized in that said control unit is configured to: - detect when one or more pneumatic consumers are inactive for an inactive time period; and - record a compressor power consumption during the inactive time period; and - detect when one or more pneumatic consumers are inactive for an inactive time period; and - record a compressor power consumption during the inactive time period; and wherein a leakage of the pneumatic network is identified on the basis of the energy consumption, and - reporting the leakage, if identified. - reporting the leakage, if identified.
A balloon catheter (100, 200, 300) comprising: a balloon; an outer tube connected to a base end of the balloon; an inner tube (140, 240) disposed inside the outer tube and having a front end connected to a front end of the balloon; a core wire disposed between the outer tube and the inner tube (140, 240); and a protruded-depressed portion (145, 245) formed on an outer periphery of the inner tube (140, 240), characterized in that the protruded-depressed portion (145, 245) comprises protruded portions (145a, 245a) formed by a spirally wound wire (150, 250) of a coil body, and depressed portions (145b, 245b) constituted of a portion of the outer periphery of the inner tube (140, 240) not covered by the spirally wound wire (150, 250), and the core wire has a bulged portion (80, 82) sandwiched between the outer tube and a depressed portion (145b, 245b) of the protruded-depressed portion (145, 245). a balloon; an outer tube connected to a base end of the balloon; an inner tube (140, 240) disposed inside the outer tube and having a front end connected to a front end of the balloon; a core wire disposed between the outer tube and the inner tube (140, 240); and a protruded-depressed portion (145, 245) formed on an outer periphery of the inner tube (140, 240), characterized in that the protruded-depressed portion (145, 245) comprises protruded portions (145a, 245a) formed by a spirally wound wire (150, 250) of a coil body, and depressed portions (145b, 245b) constituted of a portion of the outer periphery of the inner tube (140, 240) not covered by the spirally wound wire (150, 250), and the core wire has a bulged portion (80, 82) sandwiched between the outer tube and a depressed portion (145b, 245b) of the protruded-depressed portion (145, 245).
A distance measurement device comprising: one or more laser sources configured to generate a dual-comb pulse train, the dual-comb pulse train comprising a first comb having a first repetition rate and a second comb having a second repetition rate different from the first repetition rate, and an intensity of the individual pulse trains being modulated by a modulation signal having a modulation frequency equal to a difference between the first repetition rate and the second repetition rate; optical elements (103 - 108) configured to transmit the second comb to a target and to a reference, and to receive and direct a reflected target signal from the target and a reflected reference signal from the reference; one or more detectors (113, 114, 115) configured to detect the reflected target signal sampled by the first comb to create a target interferogram, and to detect the reflected reference signal sampled by the first comb to create a reference interferogram, and to detect the reflected target signal and the reflected reference signal; and a processor configured to determine a time of flight between the target and the reference based on a time difference between the intensity modulation of the target signal and the intensity modulation of the reference signal, and to determine a distance between the target and the reference based on a time difference between the target interferogram and the reference interferogram detected and on the determined the time of flight. one or more laser sources configured to generate a dual-comb pulse train, the dual-comb pulse train comprising a first comb having a first repetition rate and a second comb having a second repetition rate different from the first repetition rate, and an intensity of the individual pulse trains being modulated by a modulation signal having a modulation frequency equal to a difference between the first repetition rate and the second repetition rate; optical elements (103 - 108) configured to transmit the second comb to a target and to a reference, and to receive and direct a reflected target signal from the target and a reflected reference signal from the reference; one or more detectors (113, 114, 115) configured to detect the reflected target signal sampled by the first comb to create a target interferogram, and to detect the reflected reference signal sampled by the first comb to create a reference interferogram, and to detect the reflected target signal and the reflected reference signal; and a processor configured to determine a time of flight between the target and the reference based on a time difference between the intensity modulation of the target signal and the intensity modulation of the reference signal, and to determine a distance between the target and the reference based on a time difference between the target interferogram and the reference interferogram detected and on the determined the time of flight.
An apparatus for the treatment of a treatment part of a component using a fluidised bed of powder fluidised by a gas flow, the component having a treatment part and a non-treatment part, the apparatus including: a treatment chamber for receiving at least a treatment part of the component and for containing the fluidised bed, the treatment chamber comprising a boundary containment surface defined by at least one side wall having an aperture for receiving a treatment part of a component; a fluidising gas inlet for providing fluidising gas to the treatment chamber; a fluidising gas outlet for removing used fluidising gas from the treatment chamber; a powder screen located between the treatment chamber and the fluidising gas outlet, the powder screen operable substantially to prevent loss of powder from the fluidising bed entrained in the fluidising gas removed from the treatment chamber, wherein the fluidising gas inlet is supplied with fluidising gas via a fluidising gas inlet conduit, the fluidising gas inlet conduit being connected to a source of pressurised fluidising gas and the treatment chamber being moveable with respect to the source of pressurised fluidising gas, and wherein a distribution plate is located between the fluidising gas inlet and the treatment chamber, the distribution plate being provided in order to distribute the incoming fluidising gas in order to generate the required fluidised bed. a treatment chamber for receiving at least a treatment part of the component and for containing the fluidised bed, the treatment chamber comprising a boundary containment surface defined by at least one side wall having an aperture for receiving a treatment part of a component; a fluidising gas inlet for providing fluidising gas to the treatment chamber; a fluidising gas outlet for removing used fluidising gas from the treatment chamber; a powder screen located between the treatment chamber and the fluidising gas outlet, the powder screen operable substantially to prevent loss of powder from the fluidising bed entrained in the fluidising gas removed from the treatment chamber, wherein the fluidising gas inlet is supplied with fluidising gas via a fluidising gas inlet conduit, the fluidising gas inlet conduit being connected to a source of pressurised fluidising gas and the treatment chamber being moveable with respect to the source of pressurised fluidising gas, and wherein a distribution plate is located between the fluidising gas inlet and the treatment chamber, the distribution plate being provided in order to distribute the incoming fluidising gas in order to generate the required fluidised bed.
An automobile seat in which a side airbag device is installed, comprising: a seatback at which an outer-side side frame, that structures a portion of a seatback frame, is disposed within an outer-side side support portion of the seat that is positioned at vehicle transverse direction outer side; an inflator that is mounted to the outer-side side frame, and is disposed at a vehicle front side of the outer-side side frame; and a side airbag that accommodates the inflator lit an inner side thereof, and that is disposed within the outer-side side support portion in a folded-up state, and a folded-up one portion of the side airbag is disposed further toward a vehicle front side than the inflator that is disposed at the vehicle front side of the outer-side side frame, and a folded-up remaining portion of the side airbag is disposed further toward a vehicle rear side than the inflator, and the side airbag inflates and expands toward a vehicle front side of the outer-side side support portion due to pressure of gas jetted-out from the inflator. a seatback at which an outer-side side frame, that structures a portion of a seatback frame, is disposed within an outer-side side support portion of the seat that is positioned at vehicle transverse direction outer side; an inflator that is mounted to the outer-side side frame, and is disposed at a vehicle front side of the outer-side side frame; and a side airbag that accommodates the inflator lit an inner side thereof, and that is disposed within the outer-side side support portion in a folded-up state, and a folded-up one portion of the side airbag is disposed further toward a vehicle front side than the inflator that is disposed at the vehicle front side of the outer-side side frame, and a folded-up remaining portion of the side airbag is disposed further toward a vehicle rear side than the inflator, and the side airbag inflates and expands toward a vehicle front side of the outer-side side support portion due to pressure of gas jetted-out from the inflator.
A method for the mechanised manufacture of tied dough blanks from conveyed dough strands, in particular pretzel blanks wherein in a first step a dough strand is received at the dough strand ends by a tying head of a dough-tying device, which is in a gripping position, wherein in a second step the dough strand is stretched in its longitudinal direction by a degree of stretch (d), and the tying head is moved, with the dough strand ends, from the gripping position into a stretching position, wherein in a third step the tying head is moved into a tying position and is rotated, wherein the dough strand is tied, and wherein in a fourth step the tying head is moved into a depositing position in which the dough strand ends are deposited on the rest of the dough strand, characterised in that the dough strand intermediate section between the dough strand ends is held by means of a stationary stop (5, 6), and the dough strand ends of the dough strand are recognised, by means of one or more sensor(s) (38, 39), in a measuring position in the conveying direction in front of the gripping position, and thereupon the gripping of the dough strand ends is actuated by the tying head.
Coupling mechanism for cargo container corner pieces comprising: - a base plate with a longitudinal drilling and a vertical drilling; - two first plates; - a shaft; - two second plates with a hole, characterised in that the two first plates are welded to the base plate, wherein that the shaft is threaded with two different threads, wherein a central gear that once triggered by a key allows the grip of the set and wherein the hole of the two second plates is threaded. - a base plate with a longitudinal drilling and a vertical drilling; - two first plates; - a shaft; - two second plates with a hole, characterised in that the two first plates are welded to the base plate, wherein that the shaft is threaded with two different threads, wherein a central gear that once triggered by a key allows the grip of the set and wherein the hole of the two second plates is threaded.
A profile clamp comprising a clamping band and a first tensioning head arranged at a first end and a second tensioning head arranged at a second end of the clamping band, wherein the first tensioning head comprises a first opening and the second tensioning head comprises a second opening; the profile clamp further comprising a screw, comprising a screw head and a screw body, wherein the screw body is configured to be guided through the first opening and the second opening; the profile clamp further comprising a threaded nut configured to be arranged on the screw body when the screw body is guided through the first opening and the second opening, characterized in that the screw body comprises a first threaded section and a second threaded section and a section of reduced diameter therebetween.
A method of sealing a fastener, comprising depositing successive layers comprising a first coreactive composition directly onto the fastener by three-dimensional printing.
A wind turbine apparatus (1, 101) for use in movement of components of a wind turbine, the wind turbine apparatus comprising an upright support means, the upright support means being adaptable to be set on a surface below a load in use, such that the weight of the load is transferred to the surface, the wind turbine apparatus (1, 101) comprising a load bearing means (2, 102) for engaging a load, the load bearing means (2, 102) being operably coupled with the upright support means and being configured to be moveable laterally when bearing a load, and wherein the wind turbine apparatus (1, 101) further comprises a means (3, 103) for raising and lowering the load bearing means (2, 102), wherein the means (3, 103) for raising or lowering the load bearing means (2, 102) comprises an upright guide apparatus (12, 113a-c) for guiding movement of the load bearing means (2, 102), the upright guide apparatus (12, 113a-c) comprising an elongate rail, the elongate rail being a threaded spindle, and wherein the means (3, 103) for raising and lowering the load bearing means (2, 102) comprises a drive means for raising or lowering the load bearing means (2, 102), the drive means being operable to move the load bearing means (2, 102) along the upright guide apparatus (12, 113a-c), and wherein the means (3, 103) for raising or lowering the load bearing means (2, 102) comprises one or more carriages (14, 114a-c) for carrying the load bearing means (2, 102) along the upright guide apparatus (12, 113a-c), the carriage (14, 114a-c) being operably engaged with the upright guide apparatus (12, 113a-c) characterised in that the drive means is operable to rotate the elongate rail thereby moving the carriage (14, 114a-c) and the load bearing means (2, 102) along the elongate rail.