mhurhangee/ep-ind-claims huggingface dataset:
A cigarette comprising: a tobacco rod; a supporting segment positioned at a downstream end of the tobacco rod; a cooling segment (330, 410, 420, 430) positioned at a downstream end of the supporting segment; and a mouthpiece positioned at a downstream end of the cooling segment (330, 410, 420, 430), wherein the cooling segment (330, 410, 420, 430) includes a plurality of air channels (411, 421, 431) formed along a longitudinal direction of the cigarette, and the cooling segment (330, 410, 420, 430) has porosity of 50% or less; and wherein the cooling segment includes: a bundle of fibers in which straight fibers of a polymer material are uniformly dispersed and arranged along the longitudinal direction of the cigarette, thereby forming the plurality of air channels; or a bundle of fibers in which crimped fibers of a polymer material are uniformly dispersed and arranged along the longitudinal direction of the cigarette, thereby forming the plurality of air channels; or a bundle of fibers of a polymer material in which a plurality of straight fibers and a plurality of crimped fibers are arranged along the longitudinal direction of the cigarette, thereby forming the plurality of air channels. a tobacco rod; a supporting segment positioned at a downstream end of the tobacco rod; a cooling segment (330, 410, 420, 430) positioned at a downstream end of the supporting segment; and a mouthpiece positioned at a downstream end of the cooling segment (330, 410, 420, 430), wherein the cooling segment (330, 410, 420, 430) includes a plurality of air channels (411, 421, 431) formed along a longitudinal direction of the cigarette, and the cooling segment (330, 410, 420, 430) has porosity of 50% or less; and wherein the cooling segment includes: a bundle of fibers in which straight fibers of a polymer material are uniformly dispersed and arranged along the longitudinal direction of the cigarette, thereby forming the plurality of air channels; or a bundle of fibers in which crimped fibers of a polymer material are uniformly dispersed and arranged along the longitudinal direction of the cigarette, thereby forming the plurality of air channels; or a bundle of fibers of a polymer material in which a plurality of straight fibers and a plurality of crimped fibers are arranged along the longitudinal direction of the cigarette, thereby forming the plurality of air channels. a bundle of fibers in which straight fibers of a polymer material are uniformly dispersed and arranged along the longitudinal direction of the cigarette, thereby forming the plurality of air channels; or a bundle of fibers in which crimped fibers of a polymer material are uniformly dispersed and arranged along the longitudinal direction of the cigarette, thereby forming the plurality of air channels; or a bundle of fibers of a polymer material in which a plurality of straight fibers and a plurality of crimped fibers are arranged along the longitudinal direction of the cigarette, thereby forming the plurality of air channels.
A fusion protein comprising: - domain (a) which is a fragment of the amino acid sequence of oncostatin M or of a mutant form of oncostatin M selected from the group consisting of SEQ. No 6, SEQ. No 7, SEQ. No 8, SEQ. No 9, and SEQ. No 10, and - domain (b) which is the sequence of the Pseudomonas exotoxin A of SEQ. No 11. - domain (a) which is a fragment of the amino acid sequence of oncostatin M or of a mutant form of oncostatin M selected from the group consisting of SEQ. No 6, SEQ. No 7, SEQ. No 8, SEQ. No 9, and SEQ. No 10, and - domain (b) which is the sequence of the Pseudomonas exotoxin A of SEQ. No 11.
An adjustable mounting device for an electronic device, comprising: a base having an outer mounting surface; a bearing holder extending inwardly from the base and forming a socket; a rotatable bearing at least partially received within the socket; an attachment device that extends forwardly from the bearing and that is affixed to the bearing, the attachment device being configured to support an electronic device; and a housing disposed about the bearing holder; characterized in that the socket is formed by a radially expendable inner end of the bearing holder, the adjustable mounting device comprises a ramp disposed about an outer peripheral surface of the bearing holder, and the housing has a rotatably engaging ramp receiving slot disposed at an interior surface of the housing, wherein the housing is rotatably movable into contact with the ramp to bias the bearing holder into frictional engagement with the bearing at the socket and to inhibit angular repositioning of the bearing and the attachment device relative to the base. a base having an outer mounting surface; a bearing holder extending inwardly from the base and forming a socket; a rotatable bearing at least partially received within the socket; an attachment device that extends forwardly from the bearing and that is affixed to the bearing, the attachment device being configured to support an electronic device; and a housing disposed about the bearing holder; characterized in that the socket is formed by a radially expendable inner end of the bearing holder, the adjustable mounting device comprises a ramp disposed about an outer peripheral surface of the bearing holder, and the housing has a rotatably engaging ramp receiving slot disposed at an interior surface of the housing, wherein the housing is rotatably movable into contact with the ramp to bias the bearing holder into frictional engagement with the bearing at the socket and to inhibit angular repositioning of the bearing and the attachment device relative to the base.
A home appliance (28a; 28b), for example a home chiller appliance, comprising a housing (30a; 30b) defining at least one storage space and at least one home appliance door (10a; 10b), which is configured for closing the storage space, the home appliance door (10a; 10b), comprising: at least one base body (12a; 12b), the base body (12a; 12b) defining a main part of the home appliance door (10a; 10b) and configured for covering the storage space completely, for this purpose the base body (12a; 12b) comprises at least one rear wall which faces the storage space and at least one front wall which faces away from the storage space, the base body (12a; 12b) comprising at least one side wall (14a; 14b) with at least one setback (16a; 16b) for defining a door handle recess (18a; 18b), the home appliance door (10a; 10b) further comprises at least one front cover element (26a; 26b) which is implemented separately from the base body (12a; 12b) and connected to the base body (12a; 12b) in an assembled state and covering the front wall of the base body (12a; 12b) characterized by the front cover element and the base body cooperating to form a door handle by directly delimiting and/or forming the door handle, wherein the door handle is covered by and/or hidden by the front cover element, at least when viewed in a direction which is at least substantially perpendicular to the main extension plane of the base body (12a; 12b).
Method for sensitive identification of high-affinity complexes made of two ligands (2, 3, 4, 5, 6, 7) and one receptor, comprising the steps a) interaction of a large number of different complexes made of ligands (2, 3, 4, 5, 6, 7) of a chemical library with at least one receptor in a solution, the ligands (2, 3, 4, 5, 6, 7) of the library having a single-strand DNA (8, 9) or RNA with a base length of more than 10 bases, which is bonded chemically covalently to the ligands (2, 3, 4, 5, 6, 7), and more than 10 bases of the single-strand DNA or RNA of a first part of the ligands (2, 6, 7) being complementary to bases of the single-strand DNA or RNA of a second part of the ligands (3, 4, 5), and the ligands being complexed to form ligand complexes via hybridisation of the DNA (8, 9) or RNA; b) incubation of the solution for a specific period of time, complexes made of ligand complexes and the receptor being produced; c) dissociation of the ligand complexes to form free ligands; d) re-hybridisation of the free ligands to form further ligand complexes; e) incubation of the solution for a specific period of time, further complexes made of the further ligand complexes and the receptor being produced; f) identification of the resulting complexes made of ligand complexes and the receptor, characterised in that incubation takes place at a temperature at which the first part of the ligands (2, 6, 7) and the second part of the ligands (3, 4, 5) are hybridised in the solution to form ligand complexes. a) interaction of a large number of different complexes made of ligands (2, 3, 4, 5, 6, 7) of a chemical library with at least one receptor in a solution, the ligands (2, 3, 4, 5, 6, 7) of the library having a single-strand DNA (8, 9) or RNA with a base length of more than 10 bases, which is bonded chemically covalently to the ligands (2, 3, 4, 5, 6, 7), and more than 10 bases of the single-strand DNA or RNA of a first part of the ligands (2, 6, 7) being complementary to bases of the single-strand DNA or RNA of a second part of the ligands (3, 4, 5), and the ligands being complexed to form ligand complexes via hybridisation of the DNA (8, 9) or RNA; b) incubation of the solution for a specific period of time, complexes made of ligand complexes and the receptor being produced; c) dissociation of the ligand complexes to form free ligands; d) re-hybridisation of the free ligands to form further ligand complexes; e) incubation of the solution for a specific period of time, further complexes made of the further ligand complexes and the receptor being produced; f) identification of the resulting complexes made of ligand complexes and the receptor,
A ball arranging method for a ball bearing, comprising: a ball inserting step of inserting a plurality of balls into one region along a circumferential direction of an annular space formed between an inner ring and an outer ring; a flow stopping step of placing a flow stopping jig on a circumferentially outer side of the one region in the annular space so as to hold the inserted plurality of balls within the one region; and a ball separating step of sequentially inserting, in an axial direction of the inner ring and the outer ring, tip ends of a plurality of working arrows provided to protrude correspondingly to a number of the balls between the plurality of balls while the flow stopping jig is removed from the annular space from a state of being placed in the annular space, so as to arrange the plurality of balls at equal intervals in the circumferential direction, wherein the ball inserting step, the flow stopping step and the ball separating step are performed in this order, characterized in that the flow stopping jig is inserted along the axial direction of the inner ring and the outer ring from an upper side into a space portion without the balls in the annular space and the plurality of working arrows is inserted into the annular space from a lower side, wherein the lower side is arranged opposite to the upper side. a ball inserting step of inserting a plurality of balls into one region along a circumferential direction of an annular space formed between an inner ring and an outer ring; a flow stopping step of placing a flow stopping jig on a circumferentially outer side of the one region in the annular space so as to hold the inserted plurality of balls within the one region; and a ball separating step of sequentially inserting, in an axial direction of the inner ring and the outer ring, tip ends of a plurality of working arrows provided to protrude correspondingly to a number of the balls between the plurality of balls while the flow stopping jig is removed from the annular space from a state of being placed in the annular space, so as to arrange the plurality of balls at equal intervals in the circumferential direction, wherein the ball inserting step, the flow stopping step and the ball separating step are performed in this order, characterized in that the flow stopping jig is inserted along the axial direction of the inner ring and the outer ring from an upper side into a space portion without the balls in the annular space and the plurality of working arrows is inserted into the annular space from a lower side, wherein the lower side is arranged opposite to the upper side.
A rain intensity sensor, the sensor comprising a circuit which includes at least two spaced apart electrically conductive strips, the conductive strips being sufficiently spaced apart such that a raindrop in contact with the conductive strips provides a reduced resistive path therebetween, characterized in that said circuit further includes a first resistor located between the conductive strips, the conductive strips electrically connected in series to said first resistor, wherein the reduced resistive path provided by a raindrop in contact with the conductive strips is electrically parallel with said first resistor.
A conveyor for conveying loads along a conveying direction, comprising: - a frame, - a plurality of rollers mounted in the frame, - a trigger pedal movable between an idle position and an engaged position, - a separator stop movable between a retracted position and a protruding position, and - a coupling between the trigger pedal and the separator stop for transmitting to the separator stop a movement applied to the trigger pedal; wherein the frame has an end portion positioned after the plurality of rollers in the conveying direction and the trigger pedal is arranged within the end portion; and characterized in that in the engaged position, an upper part of the trigger pedal is contained inside a hollow portion of the end portion and the trigger pedal is configured to tilt in the conveying direction towards the interior of the end portion when pressure is exerted on the trigger pedal by the load. - a frame, - a plurality of rollers mounted in the frame, - a trigger pedal movable between an idle position and an engaged position, - a separator stop movable between a retracted position and a protruding position, and - a coupling between the trigger pedal and the separator stop for transmitting to the separator stop a movement applied to the trigger pedal; wherein the frame has an end portion positioned after the plurality of rollers in the conveying direction and the trigger pedal is arranged within the end portion; and
A power turbine rotor assembly comprising: a rotor shaft; a rotor stack surrounding the rotor shaft; and a nut axially retaining the rotor stack; characterized by a split ring (70; 170) engaged with the nut and the rotor shaft, the split ring formed from at least two separate ring segments such that a split exists between each of the separate ring segments, each of the separate ring segments having: an inner ring (72; 172), an outer ring (74; 174), a plurality of inner tabs extending radially inward from the inner ring, the inner tabs circumferentially spaced from each other, and a plurality of outer tabs extending between, and connecting, the inner ring (72; 172) and the outer ring (74; 174). a rotor shaft; a rotor stack surrounding the rotor shaft; and a nut axially retaining the rotor stack; characterized by a split ring (70; 170) engaged with the nut and the rotor shaft, the split ring formed from at least two separate ring segments such that a split exists between each of the separate ring segments, each of the separate ring segments having: an inner ring (72; 172), an outer ring (74; 174), a plurality of inner tabs extending radially inward from the inner ring, the inner tabs circumferentially spaced from each other, and a plurality of outer tabs extending between, and connecting, the inner ring (72; 172) and the outer ring (74; 174). an inner ring (72; 172), an outer ring (74; 174), a plurality of inner tabs extending radially inward from the inner ring, the inner tabs circumferentially spaced from each other, and a plurality of outer tabs extending between, and connecting, the inner ring (72; 172) and the outer ring (74; 174).
A seal between first and second relatively movable members (26,28), the seal comprising an abradable structure on at least one of the relatively movable members (26,28), the abradable structure comprising a metallic foam having pores (66,68), characterised in that the metallic foam having a first region and a second region, the first region of the metallic foam being arranged adjacent to the at least one of the relatively movable members (26,28), the second region of the metallic foam being spaced from the at least one of the relatively movable members (26,28) by the first region of the metallic foam, the pores of the second region of the metallic foam containing an abradable material and the pores of the first region of the metallic foam not containing an abradable material and a layer of abradable material is arranged on the second region of the metallic foam.
A wind turbine power generator, comprising a wound rotor, three-phase, double-fed induction generator comprising: a) a stator including two or more stator segments; b) a rotor rotatably mounted in the stator, the stator being magnetically coupled to the rotor; and c) two or more conversion assemblies, each comprising an AC-DC converter and optionally a DC-AC converter, wherein each of the stator segments is provided with one or more of the conversion assemblies; wherein said two or more conversion assemblies or the AC-DC converters are mechanically attached to said two or more stator segments. wherein each of the stator segments includes one or multiple stator windings; wherein the stator windings of the stator segments are connected individually or in groups to separate ones of the conversion assemblies. a) a stator including two or more stator segments; b) a rotor rotatably mounted in the stator, the stator being magnetically coupled to the rotor; and c) two or more conversion assemblies, each comprising an AC-DC converter and optionally a DC-AC converter, wherein each of the stator segments is provided with one or more of the conversion assemblies;
Station for treating objects in form of vehicle bodies and/or components, in particular for spray-painting vehicle bodies and/or components, comprising a booth with at least one entrance and at least one exit for said objects, a handling system configured for moving the object between the at least one entrance and the at least one exit, at least one robot configured for treating the object in the booth, a support inside the booth configured for supporting the object which enters the booth, which support is motor-driven to rotate about a vertical axis so as to rotate sequentially in respect to the treatment robot the object present on the support, characterized in that the booth has in plan view a polygonal shape with more than four sides with the at least one entrance and the at least one exit being arranged on sides of the booth not facing each to other so that the at least one exit is not aligned with the at least one entrance, the handling system being arranged on the support so as to rotate together therewith so that it may be aligned with the entrance in order to receive the object and with the exit in order to evacuate the object. in form of vehicle bodies and/or components, in particular for spray-painting vehicle bodies and/or components, comprising a booth with at least one entrance and at least one exit for said objects, a handling system configured for moving the object between the at least one entrance and the at least one exit, at least one robot configured for treating the object in the booth, a support inside the booth configured for supporting the object which enters the booth, which support is motor-driven to rotate about a vertical axis so as to rotate sequentially in respect to the treatment robot the object present on the support, characterized in that the booth has in plan view a polygonal shape with more than four sides with the at least one entrance and the at least one exit being arranged on sides of the booth not facing each to other so that the at least one exit is not aligned with the at least one entrance, the handling system being arranged on the support so as to rotate together therewith so that it may be aligned with the entrance in order to receive the object and with the exit in order to evacuate the object.
An assembly for a turbomachine extending about an axis, comprising a radially inner shaft and a radially outer shaft, said shafts (7, 8) being coaxial and extending along the axis, means (11, 15) for coupling the inner and outer shafts (7, 8) in terms of rotation, means for axially holding the inner shaft with respect to the outer shaft means for centring the inner shaft with respect to the outer shaft, characterised in that the means of centring comprise a frustoconical radial centring and axial positioning wedge inserted between a frustoconical centring surface of the inner shaft and a complementary frustoconical centring surface of the outer shaft.
A device for supporting and operating a cable drum, equipped with a rectangular main frame and a locking-release mechanism, characterised in that a sliding carriage equipped with tensioning (11a and 11b) is mounted on the main frame, wherein said sliding carriage is in the shape of a rectangle, open on one side, which is the front part of a sliding carriage, in addition, the main frame is equipped with a locking-release mechanism (10a, 10b) mounted on both sides of the main frame on its longitudinal sides; in the centre of the front transverse part of the main frame there is a winch connected to a drive; in the longitudinal part, the main frame consists of two parallel to each other semi-closed channels mounted upwards with the open part of the channel, and in the centre of each semi-closed channel of the longitudinal part of the main frame there are support rollers, which are attached to the sliding carriage mounted on the main frame; a triangular boom with swivel arms is mounted in the front, open part of the sliding carriage by means of bolts; in the upper part of each of the swivel arms of the triangular boom, clamping yokes (5a, 5b) are mounted, equipped with quadruple bearing sleeves and mounting a support bar secured with threaded cranks (5c, 5d) constituting the closing mechanism of the clamping yokes (5a, 5b); the winch is connected via a cable successively to a first tensioning roller located in the rear transverse part of the main frame, a second tensioning roller located in the rear part of the sliding carriage and to a third tensioning roller located on the triangular boom.
Dispensing closure comprising a base and a cover, being attached to said base by a hinge and being movable between an opened and a closed position, said cover comprising an outer side-wall, wherein said dispensing closure also comprises tamper evident elements, indicating whether said cover had been opened or not, characterized in that the tamper-evident elements comprise a first latch element which is attached to a first region of the inner side of said outer side-wall of said cover and which is movable from a locking position to an unlocking position, and a second latch element being attached to said base, wherein said first and said second latch element are arranged and positioned such that they engage with each other when said cover is in its closed position and when said first latch element is in its locking position, wherein said outer side-wall of said cover comprises a push-button region, said push-button region being connected to the remaining area of said outer side-wall of said cover at least partly by at least one indicator element, wherein said push-button region is arranged such that it can be pushed by a user at least partly in a radial inward direction such that said first latch element is moved into said unlocking position in which said first latch element is out of engagement with said second latch element, while at least one indicator element is destroyed and/or deformed by a movement of said first latch element from its locking position in its unlocking position.