mhurhangee/ep-ind-claims huggingface dataset:
A road paver comprising: a screed assembly configured to lay a mat of paving material; a tank configured to store a coolant, and a nebulizer device configured to receive the coolant from the tank and to nebulize the coolant into a coolant fog in an environment of the road paver characterized in that the coolant fog extends until a height of about 0.7 m, particularly about 1.0 m, more particularly about 1.50 m, whereby the height being measured in a vertical direction from a top surface of the laid mat of paving material. a screed assembly configured to lay a mat of paving material; a tank configured to store a coolant, and a nebulizer device configured to receive the coolant from the tank and to nebulize the coolant into a coolant fog in an environment of the road paver characterized in that the coolant fog extends until a height of about 0.7 m, particularly about 1.0 m, more particularly about 1.50 m, whereby the height being measured in a vertical direction from a top surface of the laid mat of paving material.
A microparticle sorting microchip comprising: a main channel through which a microparticle-containing fluid flows; a first waste channel, a second waste channel, and a trap channel, the trap channel coaxially communicating with the main channel, wherein the trap channel branches, at a branch point, into the first waste channel, the second waste channel, and a central channel which is connected to a pressure chamber; and a gate channel intersecting the central channel of the trap channel at a point downstream of the branch point, wherein the trap channel has an opening portion intersecting the gate channel, and a cross-sectional area of the trap channel upstream of the opening portion is smaller than a cross-sectional area of the trap channel downstream of the opening portion, along a direction in which the microparticle-containing fluid flows. a main channel through which a microparticle-containing fluid flows; a first waste channel, a second waste channel, and a trap channel, the trap channel coaxially communicating with the main channel, wherein the trap channel branches, at a branch point, into the first waste channel, the second waste channel, and a central channel which is connected to a pressure chamber; and a gate channel intersecting the central channel of the trap channel at a point downstream of the branch point, wherein the trap channel has an opening portion intersecting the gate channel, and a cross-sectional area of the trap channel upstream of the opening portion is smaller than a cross-sectional area of the trap channel downstream of the opening portion, along a direction in which the microparticle-containing fluid flows.
A method of wireless communication of a base station, comprising: determining a beam configuration for a data transmission, the beam configuration including a first beam associated with a first beam direction and a second beam associated with a second beam direction; transmitting signaling that indicates the beam configuration for the data transmission to a user equipment, UE; and transmitting or receiving the data transmission based at least in part on the beam configuration, the data transmission including at least one code block in a resource block, RB, wherein the at least one code block includes a first set of bits in a first set of symbols of the RB and a second set of bits of the at least one code block in a second set of different symbols of the RB; and wherein the transmitting or receiving the data transmission comprises: transmitting or receiving the first set of bits via the first beam in the first beam direction in the first set of symbols of the RB; and transmitting or receiving the second set of bits via the second beam in the second beam direction in the second set of symbols of the RB. determining a beam configuration for a data transmission, the beam configuration including a first beam associated with a first beam direction and a second beam associated with a second beam direction; transmitting signaling that indicates the beam configuration for the data transmission to a user equipment, UE; and transmitting or receiving the data transmission based at least in part on the beam configuration, the data transmission including at least one code block in a resource block, RB, wherein the at least one code block includes a first set of bits in a first set of symbols of the RB and a second set of bits of the at least one code block in a second set of different symbols of the RB; and wherein the transmitting or receiving the data transmission comprises: transmitting or receiving the first set of bits via the first beam in the first beam direction in the first set of symbols of the RB; and transmitting or receiving the second set of bits via the second beam in the second beam direction in the second set of symbols of the RB. transmitting or receiving the first set of bits via the first beam in the first beam direction in the first set of symbols of the RB; and transmitting or receiving the second set of bits via the second beam in the second beam direction in the second set of symbols of the RB.
A label tape (101; 101-L) for producing a label (T; L) to be affixed to an object to be affixed comprising: a first detection target mark formed into a first print form; and a second detection target mark formed into a second print form different from said first print form, a plurality of sections arranged along a longitudinal direction of the label tape; and a plurality of RFID circuit elements (To) arranged with a regularity of tag array in a predetermined correlation with a fixed pitch (Pp) at a plurality of portions in the tape longitudinal direction, wherein the plurality of RFID circuit elements (To) have an IC circuit part that stores information and an antenna that performs transmission/reception of information, respectively; wherein said first detection target mark and said second detection target mark are arranged alternately one by one with a fixed pitch, said sections are divided with each other by one of said first detection target mark and said second detection target mark; and said RFID circuit element is (i) located on every one section; or (ii) located on every two sections; or (iii) located on every three sections. a first detection target mark formed into a first print form; and a second detection target mark formed into a second print form different from said first print form, a plurality of sections arranged along a longitudinal direction of the label tape; and a plurality of RFID circuit elements (To) arranged with a regularity of tag array in a predetermined correlation with a fixed pitch (Pp) at a plurality of portions in the tape longitudinal direction, wherein the plurality of RFID circuit elements (To) have an IC circuit part that stores information and an antenna that performs transmission/reception of information, respectively; wherein said first detection target mark and said second detection target mark are arranged alternately one by one with a fixed pitch, said sections are divided with each other by one of said first detection target mark and said second detection target mark; and said RFID circuit element is (i) located on every one section; or (ii) located on every two sections; or (iii) located on every three sections. (i) located on every one section; or (ii) located on every two sections; or (iii) located on every three sections.
A liquid nicotine formulation for use in an aerosol-generating system, the nicotine formulation comprising: one or more water-miscible polyhydric alcohols, wherein the nicotine formulation has a water-miscible polyhydric alcohol content of greater than or equal to about 5 percent by weight; and one or more low molar mass metal salts, wherein the one or more low molar mass metal salts are selected from the group consisting of metal cinnamates, metal cycloheptanecarboxylates, metal levulinates, metal propanoates, metal stearates and metal undecanoates. one or more water-miscible polyhydric alcohols, wherein the nicotine formulation has a water-miscible polyhydric alcohol content of greater than or equal to about 5 percent by weight; and one or more low molar mass metal salts, wherein the one or more low molar mass metal salts are selected from the group consisting of metal cinnamates, metal cycloheptanecarboxylates, metal levulinates, metal propanoates, metal stearates and metal undecanoates.
Sealing assembly for sealing a transition between a rotating and stationary machine element (11; 19, 20) of a system for the handling of bottles or similar containers, in particular for sealing the transition between the rotating and the stationary parts of a housing of a system, separating a sterile space or region from a non-sterile space or region, for cold aseptic filling, wherein the sealing assembly comprises the rotating and the stationary machine elements (11; 19, 20) as well as at least one siphon seal allowing for a relative movement between the machine elements (11; 19, 20), which comprises at least one ring channel concentrically surrounding an axis of the rotating machine element, with a sealing or blocking fluid, at the stationary machine element (19, 20), as well as at least one ring-shaped wall element, extending into the ring channel and into the sealing or blocking fluid present there, on the other rotating machine element, with at least one nozzle opening or nozzle (50, 51), open to the ring channel, for the introduction of a cleaning and/or sterilisation medium for a cleaning and/or sterilising of the at least one siphon seal in a CIP cleaning process and/or SIP sterilisation process, characterised in that the at least one nozzle opening or nozzle (50, 51) is provided at a ring body of the siphon seal, secured to the rotating machine element and comprising the wall section.
A piston for an internal combustion engine, comprising: a piston body forming a crown portion and a skirt portion, the skirt portion including a bore that is arranged to receive a pin for connecting the piston to a connecting rod, the crown portion forming a bowl surrounded by a flat crown surface having an annular shape, the bowl and the flat crown surface meeting along a circular edge surrounding a rim of the bowl; an annular protrusion disposed within the bowl adjacent the rim, the annular protrusion having a generally convex shape in cross section created by an upper, inwardly extending surface and a lower, inwardly extending surface that meet along a convex apex; and a recirculation surface formed within the bowl adjacent the annular protrusion, the recirculation surface meeting the lower, inwardly extending surface along an inflection edge, the recirculation surface having a generally circular cross section and a centerpoint that is disposed below the inflection edge, wherein the recirculation surface forms a toroidal cavity within the bowl, the toroidal cavity being disposed low within the bowl. a piston body forming a crown portion and a skirt portion, the skirt portion including a bore that is arranged to receive a pin for connecting the piston to a connecting rod, the crown portion forming a bowl surrounded by a flat crown surface having an annular shape, the bowl and the flat crown surface meeting along a circular edge surrounding a rim of the bowl; an annular protrusion disposed within the bowl adjacent the rim, the annular protrusion having a generally convex shape in cross section created by an upper, inwardly extending surface and a lower, inwardly extending surface that meet along a convex apex; and a recirculation surface formed within the bowl adjacent the annular protrusion, the recirculation surface meeting the lower, inwardly extending surface along an inflection edge, the recirculation surface having a generally circular cross section and a centerpoint that is disposed below the inflection edge, wherein the recirculation surface forms a toroidal cavity within the bowl, the toroidal cavity being disposed low within the bowl.
Downhole apparatus comprising: a body defining a through bore and having ends adapted for coupling to a support string; radially extendable cutters mounted on the body and being movable between retracted and extended configurations; the extendable cutters being normally retracted by the provision of a cutter return spring; a cutter-extending piston mounted within the body bore and movable in response to actuating fluid pressure, wherein movement of the cutter-extending piston in a first direction causes the cutters to extend, and movement of the cutter-extending piston in a second direction causes the cutters to retract; and a cutter-retaining piston mounted within the body bore and configured to work in opposition to the cutter-extending piston in response to actuating fluid pressure, wherein the cutter-retaining piston has a larger effective area than the cutter-extending piston; wherein the cutter-retaining piston includes a cam and a cam follower arrangement and is configured to be cycled between a first configuration and a second configuration by cycling fluid pressure, wherein in the first configuration the cutter-retaining piston is restrained allowing the cutter-extending piston to move in the first and second directions in response to actuating fluid pressure, and in the second configuration the cutter-retaining piston is configured to be translated by actuating fluid pressure to exert a force on the cutter-extending piston, in combination with the cutter return spring, to move the cutter-extending piston in the second direction and maintain the cutters in the retracted configuration. a body defining a through bore and having ends adapted for coupling to a support string; radially extendable cutters mounted on the body and being movable between retracted and extended configurations; the extendable cutters being normally retracted by the provision of a cutter return spring; a cutter-extending piston mounted within the body bore and movable in response to actuating fluid pressure, wherein movement of the cutter-extending piston in a first direction causes the cutters to extend, and movement of the cutter-extending piston in a second direction causes the cutters to retract; and a cutter-retaining piston mounted within the body bore and configured to work in opposition to the cutter-extending piston in response to actuating fluid pressure, wherein the cutter-retaining piston has a larger effective area than the cutter-extending piston;
A method for determining a wind turbine layout in a wind power plant comprising a plurality of wind turbines, the method comprising the steps of: - generating a plurality of random layout candidates (201-203, 300), each layout candidate (201-203, 300) fulfilling a set of basic requirements, - performing a pre-screening process on each of the plurality of random layout candidates (201-203, 300), the pre-screening process including general optimization of the layout candidates (201-203, 300), - based on the pre-screening process, selecting a subset of layout candidates, - performing detailed optimization on the layout candidates of the selected subset of layout candidates, including repositioning of a group of wind turbines until it reaches equilibrium, and - based on the detailed optimization, selecting an optimized layout for the wind power plant among the optimized layout candidates of the subset of layout candidates. - generating a plurality of random layout candidates (201-203, 300), each layout candidate (201-203, 300) fulfilling a set of basic requirements, - performing a pre-screening process on each of the plurality of random layout candidates (201-203, 300), the pre-screening process including general optimization of the layout candidates (201-203, 300), - based on the pre-screening process, selecting a subset of layout candidates, - performing detailed optimization on the layout candidates of the selected subset of layout candidates, including repositioning of a group of wind turbines until it reaches equilibrium, and - based on the detailed optimization, selecting an optimized layout for the wind power plant among the optimized layout candidates of the subset of layout candidates.
A chocolate based appetite suppressant composition, wherein a chocolate ingredient is 20% to 99.9% by weight or volume; wherein the chocolate ingredient is at least one ingredient selected from the group consisting of dark chocolate, milk chocolate, white chocolate and sugar free chocolate, and combinations thereof; at least one plant extract or powder ingredient; and wherein the plant extract or powder is derived from at least one selected from the group consisting of Achyranthes, Irvingia gabonensis, Adansonia digitata Lin, and combinations thereof. a chocolate ingredient is 20% to 99.9% by weight or volume; wherein the chocolate ingredient is at least one ingredient selected from the group consisting of dark chocolate, milk chocolate, white chocolate and sugar free chocolate, and combinations thereof; wherein the chocolate ingredient is at least one ingredient selected from the group consisting of dark chocolate, milk chocolate, white chocolate and sugar free chocolate, and combinations thereof; at least one plant extract or powder ingredient; and wherein the plant extract or powder is derived from at least one selected from the group consisting of Achyranthes, Irvingia gabonensis, Adansonia digitata Lin, and combinations thereof. wherein the plant extract or powder is derived from at least one selected from the group consisting of Achyranthes, Irvingia gabonensis, Adansonia digitata Lin, and combinations thereof.
A surgical suturing device, comprising: a shaft; a forked guide tip (148, 158) coupled to the shaft and having a plurality of legs (62, 64), wherein each of the plurality of legs (62, 64) comprises: a proximal end (70, 72) having a substantially concave shape with respect to a longitudinal axis of the shaft such that the forked legs (62, 64) are curved in a concave fashion with respect to the longitudinal axis passing over the forked legs (62, 64); an anatomical variation (74, 76) including an arch sized and shaped to fit on a papillary muscle; and a distal end (66, 68); a plurality of needles (90A, 90B), each of the plurality of needles (90A, 90B) corresponding to a different one of the plurality of legs (62, 64); characterized by a pledget holder located between the proximal end (70, 72) and the anatomical variation (74, 76), the pledget holder holding a pledget; and an actuator configured to move the needles (90A, 90B) out of the proximal ends of the legs (62, 64), through the pledget held in the pledget holder, and then through a tissue bite area defined by the arch of the anatomical variation (74, 76). a shaft; a forked guide tip (148, 158) coupled to the shaft and having a plurality of legs (62, 64), wherein each of the plurality of legs (62, 64) comprises: a proximal end (70, 72) having a substantially concave shape with respect to a longitudinal axis of the shaft such that the forked legs (62, 64) are curved in a concave fashion with respect to the longitudinal axis passing over the forked legs (62, 64); an anatomical variation (74, 76) including an arch sized and shaped to fit on a papillary muscle; and a distal end (66, 68); a proximal end (70, 72) having a substantially concave shape with respect to a longitudinal axis of the shaft such that the forked legs (62, 64) are curved in a concave fashion with respect to the longitudinal axis passing over the forked legs (62, 64); an anatomical variation (74, 76) including an arch sized and shaped to fit on a papillary muscle; and a distal end (66, 68); a plurality of needles (90A, 90B), each of the plurality of needles (90A, 90B) corresponding to a different one of the plurality of legs (62, 64); characterized by a pledget holder located between the proximal end (70, 72) and the anatomical variation (74, 76), the pledget holder holding a pledget; and an actuator configured to move the needles (90A, 90B) out of the proximal ends of the legs (62, 64), through the pledget held in the pledget holder, and then through a tissue bite area defined by the arch of the anatomical variation (74, 76).
Multi Fluid Injection Mixer for injecting gas and/or liquid as admixture fluid to gas and/or liquid flowing through a pipe, and homogeneously mixing the admixture fluids and pipe fluids, said injection mixer constituting a section of the pipe, the injection mixer is comprising: at least one contacting element (2, 2a, 2b) having at least one contacting surface facing and deflecting some of the pipe fluid flow, forming a constriction to the internal cross-section of the pipe, such that the pipe fluid flow is accelerated and fluid flowing in the vicinity of said surface is deflected to flow along the surface until the surface ends over a sharp edge (4, 4a, 4b) at the point of maximum constriction and flow velocity, at least one injection element (3, 3a, 3b) arranged with a fluid connection to said surface of the contacting element, such that admixture fluid can be injected onto said surface and along said surface be entrained by the flowing pipe fluid over the sharp edge, but for a contacting element formed as a contracting pipe section at least two injection elements are provided, characterized in that the contacting element is formed as one or more inverse cones or inverse cone cross-section rings. at least one contacting element (2, 2a, 2b) having at least one contacting surface facing and deflecting some of the pipe fluid flow, forming a constriction to the internal cross-section of the pipe, such that the pipe fluid flow is accelerated and fluid flowing in the vicinity of said surface is deflected to flow along the surface until the surface ends over a sharp edge (4, 4a, 4b) at the point of maximum constriction and flow velocity, at least one injection element (3, 3a, 3b) arranged with a fluid connection to said surface of the contacting element, such that admixture fluid can be injected onto said surface and along said surface be entrained by the flowing pipe fluid over the sharp edge, but for a contacting element formed as a contracting pipe section at least two injection elements are provided, characterized in that the contacting element is formed as one or more inverse cones or inverse cone cross-section rings.
A method of controlling a lighting device to generate a dynamic light effect, the method comprising: - receiving an image, - selecting a first area in the received image based on first selection criteria, - selecting a sequence of sub-areas (260, 262, 264) in the first area based on second selection criteria, - extracting a set of color values (270, 280, 290), each color value extracted from a sub-area in the sequence of sub-areas; and - controlling the lighting device based on the extracted set of color values to render a dynamic light effect, the method being characterised in that the selecting the first area in the received image based on the first selection criteria comprises: - detecting, using image processing, a salient feature as an object in the received image; and - selecting as the first area an area comprising the detected object. - receiving an image, - selecting a first area in the received image based on first selection criteria, - selecting a sequence of sub-areas (260, 262, 264) in the first area based on second selection criteria, - extracting a set of color values (270, 280, 290), each color value extracted from a sub-area in the sequence of sub-areas; and - controlling the lighting device based on the extracted set of color values to render a dynamic light effect, the method being characterised in that the selecting the first area in the received image based on the first selection criteria comprises: - detecting, using image processing, a salient feature as an object in the received image; and - selecting as the first area an area comprising the detected object.