mhurhangee/ep-ind-claims huggingface dataset:
A front fairing for a scooter, the scooter having a front fork assembly including a triple tree and a plurality of forks, the front fairing comprising: a fairing body partially defining a shape of the front fairing, the fairing body including a frontward surface and a rearward surface configured to be connected to the front fork assembly; a first connecting member disposed on the rearward surface; at least two second connecting members disposed on the rearward surface, the first connecting member provides temporary connection to the triple tree so that the front fairing is configured to be detachable from the triple tree, and each second connecting member provides temporary connection to one of the forks so that the front fairing is configured to be detachable from the forks, wherein the first connecting member and the second connecting members are shaped integrally with the fairing body within the same mold, and wherein said temporary connections are formed by no more than six connection points in total, characterized in that the rearward surface is engaged with a rear fairing member, the rear fairing member and the rearward surface forming an enclosure to provide a space for storing the scooter's one or more component. a fairing body partially defining a shape of the front fairing, the fairing body including a frontward surface and a rearward surface configured to be connected to the front fork assembly; a first connecting member disposed on the rearward surface; at least two second connecting members disposed on the rearward surface, the first connecting member provides temporary connection to the triple tree so that the front fairing is configured to be detachable from the triple tree, and each second connecting member provides temporary connection to one of the forks so that the front fairing is configured to be detachable from the forks, wherein the first connecting member and the second connecting members are shaped integrally with the fairing body within the same mold, and wherein said temporary connections are formed by no more than six connection points in total, characterized in that the rearward surface is engaged with a rear fairing member, the rear fairing member and the rearward surface forming an enclosure to provide a space for storing the scooter's one or more component.
An isolated polypeptide having transgalactosylating activity and comprising an amino acid sequence having at least 68% sequence identity to the amino acid sequence of the mature polypeptide of SEQ ID NO: 2, wherein the length of the polypeptide is 500 to 1250 amino acids.
A heat-insulating tile of ceramic material for a combustion chamber of a gas turbine, comprising a first face, a second face, sides adjacent to the first face and to the second face and anchorage seats on the sides; characterized in that the anchorage seats are defined by respective recesses open on the first face and delimited by respective coupling surfaces sloping from the first face to a respective one of the sides; the sides of the heat-insulating tiles additionally having, at the respective anchorage seats, indentations shaped so that, when the heat-insulating tile is arranged with one of the sides contiguous to one of the sides of another identical heat-insulating tile, the two contiguous heat-insulating tiles define between them a gap configured to receive an anchorage device, the gap being open at the bottom and allowing the passage of the anchorage device.
A reporter transcription unit population comprising polynucleotide RTUs, each RTU comprising a reporter sequence; a processing tag comprising a nucleotide or combination of nucleotides located in the reporter sequence; and a cis-regulatory element operably linked to the reporter sequence, wherein transcription of the reporter sequence is modulated by the cis-regulatory element; and wherein the reporter sequences of any two RTUs in the population, outside of the processing tags, are identical or substantially identical by exhibiting sequence identity of 90% or greater, wherein the processing tags are identical between any two RTUs in the population, wherein the RTU population comprises two or more polynucleotide RTUs operably linked to non-identical cis-regulatory elements, and wherein the reporter sequences of any two RTUs operably linked to non-identical cis-regulatory elements are distinguishable by the locations of the processing tags in the reporter sequences.
A cell imaging device comprising: a sample cell comprising an internal space for holding a liquid sample containing cells; an imaging unit comprising an objective lens and configured to take images of cells contained in the liquid sample held in the internal space; and a first drive unit configured to move the sample cell in a first direction; characterised in that: the cell imaging device further comprises: a second drive unit configured to move the objective lens in a second direction that is different from the first direction; and a controller configured to control the first drive unit, and the second drive unit to move the sample cell and the objective lens in the first direction and the second direction, respectively, and control the imaging unit to take images of cells contained in the liquid sample held in the internal space at a plurality of imaging positions, while the sample cell and the objective lens are continually moving in the first direction and the second direction, respectively. a sample cell comprising an internal space for holding a liquid sample containing cells; an imaging unit comprising an objective lens and configured to take images of cells contained in the liquid sample held in the internal space; and a first drive unit configured to move the sample cell in a first direction; characterised in that: the cell imaging device further comprises: a second drive unit configured to move the objective lens in a second direction that is different from the first direction; and a controller configured to control the first drive unit, and the second drive unit to move the sample cell and the objective lens in the first direction and the second direction, respectively, and control the imaging unit to take images of cells contained in the liquid sample held in the internal space at a plurality of imaging positions, while the sample cell and the objective lens are continually moving in the first direction and the second direction, respectively.
A camera device comprising: a light output unit configured to output IR (infrared) light; a light input unit including a plurality of pixels each having a first receiving unit and a second receiving unit and configured to be input with light output from the light output unit and then reflected from an object; a calculating unit configured to calculate a distance from the object using a difference in amounts of light input to the first receiving unit and the second receiving unit of the light input unit; a first lens and a second lens disposed between the light output unit and the object; and a power source unit configured to apply a first voltage to the first lens and to apply a second voltage to the second lens, characterized in that, a refracting direction of the the first lens is adjusted to be different from a refracting direction of the second lens according to the first voltage applied to the first lens and the second voltage applied to the second lens, wherein light output from the light output unit is refracted in a first direction by the first lens, and light output from the light output unit is refracted in a second direction by the second lens, and wherein the first direction differs from the second direction. a light output unit configured to output IR (infrared) light; a light input unit including a plurality of pixels each having a first receiving unit and a second receiving unit and configured to be input with light output from the light output unit and then reflected from an object; a calculating unit configured to calculate a distance from the object using a difference in amounts of light input to the first receiving unit and the second receiving unit of the light input unit; a first lens and a second lens disposed between the light output unit and the object; and a power source unit configured to apply a first voltage to the first lens and to apply a second voltage to the second lens, characterized in that, a refracting direction of the the first lens is adjusted to be different from a refracting direction of the second lens according to the first voltage applied to the first lens and the second voltage applied to the second lens, wherein light output from the light output unit is refracted in a first direction by the first lens, and light output from the light output unit is refracted in a second direction by the second lens, and wherein the first direction differs from the second direction.
A welding machine of the flash welding type for welding a tail of a first longitudinal metal product to a head of a second longitudinal metal product along a feeding direction of said longitudinal metal products, the machine comprising a carriage adapted to slide along the feeding direction, said carriage supporting - a first structure fixed to said carriage; - first clamping means (3, 4), provided on said first structure, for clamping the tail of the first metal product or the head of the second metal product; - a second structure; - second clamping means (6, 7), provided on said second structure, for clamping the head of the second metal product or the tail of the first metal product; wherein first adjustment means are provided for moving the second structure close to, or away from the first structure along said feeding direction; characterised in that said second structure is connected to said first structure so as to slide, parallel to the feeding direction, with respect both to the first structure and the carriage; and in that second adjustment means are provided for adjusting, along a plane transversal to said feeding direction, the position of the second structure with respect to the first structure by means of a lifting of the second structure, in order to align said tail and said head. - a first structure fixed to said carriage; - first clamping means (3, 4), provided on said first structure, for clamping the tail of the first metal product or the head of the second metal product; - a second structure; - second clamping means (6, 7), provided on said second structure, for clamping the head of the second metal product or the tail of the first metal product; wherein first adjustment means are provided for moving the second structure close to, or away from the first structure along said feeding direction; characterised in that said second structure is connected to said first structure so as to slide, parallel to the feeding direction, with respect both to the first structure and the carriage; and in that second adjustment means are provided for adjusting, along a plane transversal to said feeding direction, the position of the second structure with respect to the first structure by means of a lifting of the second structure, in order to align said tail and said head.
A baffle assemblable with a support, the baffle comprising: a baffle body installed in an inner space of a tank for a vehicle to reduce noise flow noise, and having a plurality of through holes that are spaced apart from each other, with a fastening portion being formed on an inner circumferential surface of each of the through holes; and a support having a columnar shape, the support being fitted into a through hole to pass through the through hole, the support having on an outer circumferential surface thereof an engagement portion that is coupled to the fastening portion, so that the support is fastened to the baffle body while passing through the baffle body, the support being secured at both ends thereof to opposite sides of an inner surface of the tank, respectively, thus supporting the tank to maintain a shape of the inner space of the tank, characterised in that a first engagement portion is formed on an upper surface of the fastening portion to protrude upwards, a second engagement portion is formed along the hollow portion of the fastening portion to be spaced apart from the first engagement portion, and a first engagement step is formed between the first engagement portion and the second engagement portion. a baffle body installed in an inner space of a tank for a vehicle to reduce noise flow noise, and having a plurality of through holes that are spaced apart from each other, with a fastening portion being formed on an inner circumferential surface of each of the through holes; and a support having a columnar shape, the support being fitted into a through hole to pass through the through hole, the support having on an outer circumferential surface thereof an engagement portion that is coupled to the fastening portion, so that the support is fastened to the baffle body while passing through the baffle body, the support being secured at both ends thereof to opposite sides of an inner surface of the tank, respectively, thus supporting the tank to maintain a shape of the inner space of the tank, characterised in that a first engagement portion is formed on an upper surface of the fastening portion to protrude upwards, a second engagement portion is formed along the hollow portion of the fastening portion to be spaced apart from the first engagement portion, and a first engagement step is formed between the first engagement portion and the second engagement portion.
A suction hopper dredger, comprising a hopper for collecting and precipitating solids in dredged material, the hopper being provided with an overflow including a pipe for transporting liquid from the hopper to the environment of the dredger and a valve for adjusting flow through the pipe, characterized in that the valve comprises an inflatable element located in the pipe.
Box for receiving and depositing fibre-optic and/or copper cables, wherein the box comprises at least one housing and at least one lid, wherein the lid is fastened so as to be pivotable on the housing, wherein the lid is fastened so as to be releasable from the housing, wherein the lid has at least one receptacle element for an axle element, wherein the housing has the at least one axle element, wherein the at least one axle element is receivable by the receptacle element, characterized in that the at least one axle element in a manner parallel with a pivot axis is displaceable relative to the receptacle element, wherein the box has at least one spring element, wherein if and when the at least one axle element from an initial position of the at least one axle element has been displaced relative to the receptacle element, a restoring force in a direction parallel with the pivot axis is exertable on the at least one axle element or on the receptacle element by means of the at least one spring element, wherein the spring element is injection-moulded to the axle element.
An apparatus, comprising: a plenum into which a fluid is exhausted, the plenum including opposing walls (51, 52) and an intermediate wall extending between the opposing walls, the intermediate wall including a wall section toward which the exhausted fluid is directed, the wall section comprising a bottom-most wall of the plenum relative to a gravitation direction, and including first sections, second sections interposed between the first sections and a flow splitter interposed between the second sections, and a plane of the second sections being recessed with respect to the gravitational direction from a plane of the first sections and the flow splitter extending from one of the opposing walls to the other of the opposing walls to thereby span the intermediate wall and protruding from the plane of the second sections. a plenum into which a fluid is exhausted, the plenum including opposing walls (51, 52) and an intermediate wall extending between the opposing walls, the intermediate wall including a wall section toward which the exhausted fluid is directed, the wall section comprising a bottom-most wall of the plenum relative to a gravitation direction, and including first sections, second sections interposed between the first sections and a flow splitter interposed between the second sections, and a plane of the second sections being recessed with respect to the gravitational direction from a plane of the first sections and the flow splitter extending from one of the opposing walls to the other of the opposing walls to thereby span the intermediate wall and protruding from the plane of the second sections.
An amine functional compound comprising i. least one segment consisting of at least one ether unit E and at least one ester unit, wherein the ether units and ester units are connected by an ether link or by an ester link, and wherein the sum of the number of ether units and ester units is at least three, and wherein the ether units and ester units are arranged in random order, wherein the at least one segment has a molar ratio between the ester units and the ether units in the range 19: 1 to 1: 1, and ii. at least one amine group ii. selected from a tertiary amine group, a salt of a tertiary amine group and a quaternary ammonium group, wherein the at least one segment is covalently linked to a polymerization starter moiety comprising the at least one amine group ii. i. least one segment consisting of at least one ether unit E and at least one ester unit, wherein the ether units and ester units are connected by an ether link or by an ester link, and wherein the sum of the number of ether units and ester units is at least three, and wherein the ether units and ester units are arranged in random order, wherein the at least one segment has a molar ratio between the ester units and the ether units in the range 19: 1 to 1: 1, and ii. at least one amine group ii. selected from a tertiary amine group, a salt of a tertiary amine group and a quaternary ammonium group,
A liquid discharging apparatus comprising: a transport section for a medium; a line head in which nozzles discharging liquid are arrayed in an intersecting direction that intersects a direction of transporting the medium; a sensor that is capable of detecting an end portion of the medium in the intersecting direction; and a controller that controls discharging of the liquid, wherein the line head is movable in the intersecting direction, and wherein the controller sets a position of the line head in the intersecting direction based on a detection result of the sensor, characterized in that the sensor is a scan sensor that is capable of detecting an end portion of the medium in the intersecting direction by being moved in the intersecting direction, and the controller controls movement in the intersecting direction of the scan sensor. a transport section for a medium; a line head in which nozzles discharging liquid are arrayed in an intersecting direction that intersects a direction of transporting the medium; a sensor that is capable of detecting an end portion of the medium in the intersecting direction; and a controller that controls discharging of the liquid, wherein the line head is movable in the intersecting direction, and wherein the controller sets a position of the line head in the intersecting direction based on a detection result of the sensor, characterized in that the sensor is a scan sensor that is capable of detecting an end portion of the medium in the intersecting direction by being moved in the intersecting direction, and the controller controls movement in the intersecting direction of the scan sensor.
A filter comprising: an outer filter having a first media; an inner filter disposed within the outer filter and having a second media; and a barrier (16a, 16b) disposed between the outer filter with the first media and the inner filter with the second media, the barrier (16a, 16b) configured to direct fluid flow between the first and second media, wherein said fluid comprises a working fluid and an undesired fluid, the barrier (16a, 16b) configured to create a flow path between the first and second media, such that a working fluid, which is desired to pass through the first and second media, is directed by the barrier (16a, 16b) and flows downward along an outer surface of the barrier (16a, 16b) towards the bottom of the barrier (16a, 16b) after the working fluid has passed through the first media, flows around the bottom of the barrier (16a, 16b), flows upward towards the second media and then flows through the second media, and such that another fluid, which is not desired to pass through the second media, is directed by the barrier (16a, 16b) and separated from the working fluid, characterized in that the barrier (16a, 16b) includes a bottom wall that flares toward and below the outer filter. an outer filter having a first media; an inner filter disposed within the outer filter and having a second media; and a barrier (16a, 16b) disposed between the outer filter with the first media and the inner filter with the second media, the barrier (16a, 16b) configured to direct fluid flow between the first and second media, wherein said fluid comprises a working fluid and an undesired fluid, the barrier (16a, 16b) configured to create a flow path between the first and second media, such that a working fluid, which is desired to pass through the first and second media, is directed by the barrier (16a, 16b) and flows downward along an outer surface of the barrier (16a, 16b) towards the bottom of the barrier (16a, 16b) after the working fluid has passed through the first media, flows around the bottom of the barrier (16a, 16b), flows upward towards the second media and then flows through the second media, and such that another fluid, which is not desired to pass through the second media, is directed by the barrier (16a, 16b) and separated from the working fluid, characterized in that the barrier (16a, 16b) includes a bottom wall that flares toward and below the outer filter.