mhurhangee/ep-ind-claims huggingface dataset:
A device for blowing gas on a face of traveling strip material, the device comprising at least one hollow box having its wall facing towards the corresponding face of the strip material fitted with a plurality of blow orifices enabling gas to be directed towards said face of the strip material, the device being characterized in that the hollow box is also fitted laterally on at least one side thereof relative to a midplane perpendicular to the plane in the strip with a movable shutter member ( 60, 70) having the function of selectively shutting some of the blow orifices in order to adapt the width of the blow zone to the width of the corresponding strip material, said movable shutter member having an edge (54, 64, 74) adjacent to the inside surface of the wall fitted with the blow orifices, and an edge (55, 65, 75) adjacent to a side wall of the hollow box, in which the distance separating the inside surface from the wall equipped with the blow orifices of the at least part of the movable shutter member (60,70) which is in abutment against an element integral with the side wall of the hollow box changes during a modification of the relative position of the movable closure member and of the wall equipped with blowing orifices.
An ion-conducting membrane comprising a first layer and a second layer, wherein the first layer comprises a perfluorosulphonic acid polymer and the second layer comprises a sulphonated hydrocarbon polymer, characterised in that the ion-conducting membrane has a total thickness of from 5μm to 50μm and the second layer has a total thickness of 2μm or less.
Bearing comprising: - an outer ring defining a first continuous raceway, - an inner ring, said outer and inner rings each having a central axis (C-C), the central axes (C-C) of the outer and inner rings (11, 12) being parallel with one another, said outer and inner rings (11, 12) being radially spaced apart by an annular space, - a row of rolling bodies disposed in the annular space and coupling said inner ring and said outer ring in rotation, the inner ring comprises a first ring part and a second ring part displaceable relative to one another between an assembled configuration in which the first and second ring parts (21, 22) together form a second continuous raceway, and an open configuration in which the first ring part and the second ring part (21, 22) are at a distance from one another so that rolling bodies of the row of rolling bodies can then be introduced into and/or removed from the annular space, a part of the second raceway (23, 24) being provided on each of the first and second ring parts (21, 22), said first and second raceways (15, 16) co-operating with each of the rolling bodies of the row of rolling bodies, and each of the first and second ring parts (21, 22) of the inner ring extending across an angular sector equal to 360° about the central axis of the inner ring, characterised in that the inner ring further comprises a third ring part designed to be joined to a member so as to form an interface piece between the member and the assembly formed by the first ring part, second ring part and outer ring, the third ring part being displaceable relative to the second ring part between an assembled configuration in which the third ring part is secured to the second ring part, and an open configuration in which the third ring part is at a distance from the second ring part, and in that the first, second and third ring parts are joined to one another by means of fixing members (25, 38) co-operating with fixing orifices provided in the first and second and third ring parts. - an outer ring defining a first continuous raceway, - an inner ring, said outer and inner rings each having a central axis (C-C), the central axes (C-C) of the outer and inner rings (11, 12) being parallel with one another, said outer and inner rings (11, 12) being radially spaced apart by an annular space, - a row of rolling bodies disposed in the annular space and coupling said inner ring and said outer ring in rotation, an assembled configuration in which the first and second ring parts (21, 22) together form a second continuous raceway, and an open configuration in which the first ring part and the second ring part (21, 22) are at a distance from one another so that rolling bodies of the row of rolling bodies can then be introduced into and/or removed from the annular space, an assembled configuration in which the third ring part is secured to the second ring part, and an open configuration in which the third ring part is at a distance from the second ring part,
Modular, tunnel like channel segment of a run through cleaning device through which mass parts are movable in longitudinal direction along a cleaning path (W R) in a channel interior, which constructively defines an at least partly curvilinear course of the cleaning path (W R), characterized in that the channel segment constitutes an enclosed portion due to the channel interior at least in circumferential direction and due to the curvilinear course of the cleaning path (W R), a mutual attachment of neighboring mass parts to face sides is changeable from a plane attachment to a punctual attachment during a movement through the channel interior. the channel segment constitutes an enclosed portion due to the channel interior at least in circumferential direction and due to the curvilinear course of the cleaning path (W R), a mutual attachment of neighboring mass parts to face sides is changeable from a plane attachment to a punctual attachment during a movement through the channel interior.
Window mounting element for mounting on a window, in particular a skylight, with a housing having at least one recess overlapping the window, at least one power consumer and an electrical energy store for providing electrical energy for operating the power consumer, wherein the housing comprises two spaced-apart spars (5,6) delimiting the recess, which form a guide device for a cover and/or adjoin such a cover, wherein the cover is movable along a travel path by means of the power consumer, which is in the form of a drive, characterized in that the energy store is fastened removably to an outer side of the housing, which outer side faces the recess, via a releasable positive-lock connection and connects the spars (5, 6) to one another.
A device for an electronic aerosol provision system, wherein the device comprises a housing, said housing comprising a chassis section and a hatch section, wherein the hatch section is connected to the chassis section and moveable between a first position and a second position, wherein when in the first position a biasing cam is biased against the hatch section, the hatch section being prevented from moving to the second position by a releasable lug, wherein the hatch section includes a sleeve for receiving an aerosol forming component.
A cell specifying method in a cellular mobile communication system which includes a mobile station and base stations forming cells, and which operates in a first state in which the mobile station has not established a connection with a base station and in a second state in which the connection has been established with any of base stations, the method comprising: storing, by the mobile station, cell selection history including selection history of the cells performed in accordance with first criteria for cell reselection in the first state; transmitting, by the mobile station, the cell selection history to the base station of a second cell when performing a handover from a first cell to the second cell in accordance with second criteria for handover in the second state; referring, by the base station of the second cell, to the transmitted cell selection history, and specifying a cell in which the first criteria and the second criteria are not aligned from among the first cell and the second cell based on the cell selection history, when it is determined that the mobile station has performed the handover from the first cell to the second cell in a predetermined period after a transition from the first state to the second state. storing, by the mobile station, cell selection history including selection history of the cells performed in accordance with first criteria for cell reselection in the first state; transmitting, by the mobile station, the cell selection history to the base station of a second cell when performing a handover from a first cell to the second cell in accordance with second criteria for handover in the second state; referring, by the base station of the second cell, to the transmitted cell selection history, and specifying a cell in which the first criteria and the second criteria are not aligned from among the first cell and the second cell based on the cell selection history, when it is determined that the mobile station has performed the handover from the first cell to the second cell in a predetermined period after a transition from the first state to the second state.
A method for managing track crossovers implemented by at least one device for tracking mobile objects comprising a group of at least one sensor, the tracking of mobile objects consisting in estimating a set of tracks corresponding to the various mobile objects perceived by the group of at least one sensor, each track corresponding to a set of successive plots representing the motion of a given mobile object, said method being characterized in that it comprises, for each track at a given time, a step Etp1 of testing intended to determine whether the track in question is ambiguous or not at the given time, a track k being considered unambiguous at the time t I if it verifies the relationship: ∑ j = 1 j ≠ k K q ^ l − 1 j g C ^ l − 1 k + A ^ l − 1 k t l − t l − 1 − C ^ l − 1 j − A ^ l − 1 j t l − t l − 1 < ε. r ^ l − 1 k or if for any track j≠k it verifies the relationship: ‖ C ^ l − 1 k + A ^ l − 1 k t l − t l − 1 − C ^ l − 1 j − A ^ l − 1 j t l − t l − 1 ‖ > S in which relationships: K is the total number of tracks created up to the time I-1, q ^ l − 1 j is the estimate of the proportion of plots classified in track j up to the time I-1, g(.) is a probability density, C ^ l − 1 j = Â l − 1 j t l − 1 + B ^ l − 1 j is the estimate of the position vector of the track j at the time t I-1, Â l − 1 j is the estimate of the velocity of the track j at the time t I-1 and B ^ l − 1 j the estimate of the position vector of the track j at the time t=0, r ^ l − 1 k = q ^ l − 1 " k / c where q ^ l − 1 " k is the estimate of the proportion of the plots X n classified in a track far removed from the track k and c the integral of the range of the admissible measurements |∥.∥| represents the norm defined for a vector X =( x p) by ‖ X ‖ = sup x p σ p, where σ p is the standard deviation for the p th component of X in the density g, S is a preset threshold, and, if the track is ambiguous, a step Etp2 of specific processing of the estimate of the track. K is the total number of tracks created up to the time I-1, q ^ l − 1 j is the estimate of the proportion of plots classified in track j up to the time I-1, g(.) is a probability density, C ^ l − 1 j = Â l − 1 j t l − 1 + B ^ l − 1 j is the estimate of the position vector of the track j at the time t I-1, Â l − 1 j is the estimate of the velocity of the track j at the time t I-1 and B ^ l − 1 j the estimate of the position vector of the track j at the time t=0, r ^ l − 1 k = q ^ l − 1 " k / c where q ^ l − 1 " k is the estimate of the proportion of the plots X n classified in a track far removed from the track k and c the integral of the range of the admissible measurements |∥.∥| represents the norm defined for a vector X =( x p) by ‖ X ‖ = sup x p σ p, where σ p is the standard deviation for the p th component of X in the density g, S is a preset threshold,
Tube coupling with a flame-retardant device which comprises a housing surrounding the tube coupling and a flame-retardant insert on the inside of the housing, wherein the housing at its axial end sides comprises a wall respectively projecting radially inwardly and divided into sections, wherein the housing can be placed around the tube coupling, characterised in that the flame-retardant insert prior to the assembly of the housing is placed on the inside of the housing and is secured in at least two positions in the region of its circumferential ends on the housing, wherein in the two positions one section (5, 7) of the respective one wall is radially longer than the other sections (4, 6) and is bent around the flame-retardant insert.
A device for wavelength coupling of laser beams (2a,..., 2n) with different wavelengths (λ 1..., λ n), comprising: at least one laser source for generating a plurality of laser beams (2a,.., 2n) and an overlapping device for spatial overlapping of the plurality of laser beams (2a,..., 2n) for forming an overlapped laser beam with a plurality of wavelengths (λ 1,... λ n), further comprising: a feedback device arranged in the beam path of the overlapped laser beam for feeding a radiation proportion of the overlapped laser beam back to the laser source, wherein the feedback device is configured as an output coupling element with a surface partially reflecting the overlapped laser beam, characterized in that the device comprises a phase correction device (12, 15) for phase correction of the radiation proportion reflected back to the laser source, and that the partially reflecting surface of the output coupling element has a curvature. a feedback device arranged in the beam path of the overlapped laser beam for feeding a radiation proportion of the overlapped laser beam back to the laser source, wherein the feedback device is configured as an output coupling element with a surface partially reflecting the overlapped laser beam, characterized in that the device comprises a phase correction device (12, 15) for phase correction of the radiation proportion reflected back to the laser source, and that the partially reflecting surface of the output coupling element has a curvature.
A coupling method to couple an insert and a wrapping sheet to a group of smoking articles in a packaging machine; the coupling method comprises the steps of: feeding the group of smoking articles into a tubular spindle, which is internally hollow and has the shape of a parallelepiped; and laying the insert on an outer surface of the spindle; the coupling method is characterized in that it comprises the further steps of: laying the wrapping sheet on the outer surface of the spindle; and extracting from the spindle the group of smoking articles, the insert and the wrapping sheet together by means of one single common extracting device, so as to lay the insert and the wrapping sheet on the group of smoking articles. feeding the group of smoking articles into a tubular spindle, which is internally hollow and has the shape of a parallelepiped; and laying the insert on an outer surface of the spindle; the coupling method is characterized in that it comprises the further steps of: laying the wrapping sheet on the outer surface of the spindle; and extracting from the spindle the group of smoking articles, the insert and the wrapping sheet together by means of one single common extracting device, so as to lay the insert and the wrapping sheet on the group of smoking articles. laying the wrapping sheet on the outer surface of the spindle; and extracting from the spindle the group of smoking articles, the insert and the wrapping sheet together by means of one single common extracting device, so as to lay the insert and the wrapping sheet on the group of smoking articles.
A method performed by a user equipment, UE, for handling communication in a wireless communication network, wherein the UE is in a connected mode in a first beam connected to a radio network node, the method comprising: - detecting a beam failure of the first beam; - transmitting, to the radio network node, a preamble of a random access procedure in a second beam, wherein the preamble or a random access resource used for the preamble is associated with a beam failure recovery; and - receiving a random access response, RAR, from the radio network node, wherein the RAR comprises an uplink, UL, grant but without a temporary identity that is used by a medium access control, MAC, entity during a random access procedure. - detecting a beam failure of the first beam; - transmitting, to the radio network node, a preamble of a random access procedure in a second beam, wherein the preamble or a random access resource used for the preamble is associated with a beam failure recovery; and - receiving a random access response, RAR, from the radio network node, wherein the RAR comprises an uplink, UL, grant but without a temporary identity that is used by a medium access control, MAC, entity during a random access procedure.
An isolated nucleic acid molecule comprising, or consisting of, the nucleic acid sequence of SEQ ID NO:1, or comprising, or consisting of, a nucleic acid sequence of at least 300 bp having at least 97% identity to said sequence of SEQ ID NO:1, wherein said isolated nucleic acid molecule leads to the specific expression of a gene in rod photoreceptor cells when a nucleic acid sequence coding for said gene is operatively linked to said isolated nucleic acid molecule.
A continuous process for recovering and concentrating valuable components from microalgae, the process comprising: a. obtaining microalgae from a source thereof, b. disrupting the microalgae by agitation in the presence of solid particles to give a conditioned microalgal slurry, and c. treating the resulting conditioned microalgal slurry with an adsorptive bubble separation process to form a stream rich in algal biomass and a stream depleted in algal biomass, wherein disrupting microalgae comprises intimately contacting the microalgae and the solid particles by vibration. a. obtaining microalgae from a source thereof, b. disrupting the microalgae by agitation in the presence of solid particles to give a conditioned microalgal slurry, and c. treating the resulting conditioned microalgal slurry with an adsorptive bubble separation process to form a stream rich in algal biomass and a stream depleted in algal biomass,
A method for controlling append-only-file rewrites, comprising: determining a recovery time to recover a shard of a database from an AOF, the determining comprising adding together the write times for each of a plurality of write operations to the shard; determining whether the recovery time exceeds a recovery time threshold; and when the recovery time is determined to exceed the recovery time threshold, causing an AOF rewrite to be performed. determining a recovery time to recover a shard of a database from an AOF, the determining comprising adding together the write times for each of a plurality of write operations to the shard; determining whether the recovery time exceeds a recovery time threshold; and when the recovery time is determined to exceed the recovery time threshold, causing an AOF rewrite to be performed.
A sliver guide, particularly on a draw frame, carding machine, or comber, having an elongated base body comprising a guide implemented in and/or on a lateral surface of the base body and comprising two guide surfaces (4a, 4b) spaced apart in the axial direction of the base body for guiding a sliver running past the base body between the guide surfaces (4a, 4b) and having a bearing by means of which the base body is supported so that the base body can be rotated about the axial axis thereof, characterized in that the guide surfaces (4a, 4b) extend only partially about a circumference of the base body and are spaced apart from each other in order to receive a sliver spread flat between said surfaces, and that the distance between the two guide surfaces (4a, 4b) continuously decreases in the circumferential direction of the base body.
A water cooled draft beer machine, comprising: a cabinet; a refrigeration circuit inside the cabinet; a water tank arranged inside the cabinet; a cold storage chamber inside the cabinet, the cold storage chamber used to hold a cask; a beer pipe arranged inside the cabinet to connect to the cask, the beer pipe coiled inside the water tank; a beer tap connected to an outside of the cabinet; an outlet end of the beer pipe connected to the beer tap; a refrigeration box arranged in the cold storage chamber; a cold water tube inside the refrigeration box; an inlet end and an outlet end of the cold water tube, both the inlet end and the outlet end of the cold water tube are connected to the water tank; a power mechanism arranged in the cabinet to drive water in the water tank to circulate in the cold water tube; an air inlet and an air outlet located on the refrigeration box, such that in use the cold air in the refrigeration box is blown into the cold storage chamber via the air outlet, and the air in the cold storage chamber will return to the refrigeration box via the air inlet; and a fan arranged inside the refrigeration box to drive air to circulate between the refrigeration box and the cold storage chamber, characterized in that the refrigeration circuit includes a compressor, a condenser, and refrigeration tubes; the refrigeration tubes are coiled inside the water tank; and the cold water tube inside the refrigeration box is coiled. a cabinet; a refrigeration circuit inside the cabinet; a water tank arranged inside the cabinet; a cold storage chamber inside the cabinet, the cold storage chamber used to hold a cask; a beer pipe arranged inside the cabinet to connect to the cask, the beer pipe coiled inside the water tank; a beer tap connected to an outside of the cabinet; an outlet end of the beer pipe connected to the beer tap; a refrigeration box arranged in the cold storage chamber; a cold water tube inside the refrigeration box; an inlet end and an outlet end of the cold water tube, both the inlet end and the outlet end of the cold water tube are connected to the water tank; a power mechanism arranged in the cabinet to drive water in the water tank to circulate in the cold water tube; an air inlet and an air outlet located on the refrigeration box, such that in use the cold air in the refrigeration box is blown into the cold storage chamber via the air outlet, and the air in the cold storage chamber will return to the refrigeration box via the air inlet; and a fan arranged inside the refrigeration box to drive air to circulate between the refrigeration box and the cold storage chamber, characterized in that the refrigeration circuit includes a compressor, a condenser, and refrigeration tubes; the refrigeration tubes are coiled inside the water tank; and the cold water tube inside the refrigeration box is coiled.