mhurhangee/ep-ind-claims huggingface dataset:
An improved flow cytometer system for isolating non-human sperm cells according to their sex comprising: a. a cell source which supplies non-human sperm cells to be analyzed by the flow cytometer; b. a chemically coordinated sheath fluid source which creates a sheath fluid environment for said non-human sperm cells which is selected to be coordinated with both a pre-sort and a post-sort sperm cell fluid environment, wherein said sheath fluid comprises a citrate; c. a nozzle through which said non-human sperm cells pass while subjected to said sheath fluid environment; d. an oscillator which acts upon said sheath fluid as it passes through said nozzle; e. a sperm cell sensing system which responds to said cells; f. a sorter discrimination system which acts to sort said non-human sperm cells according to their sex; and g. a collector into which said non-human sperm cells sorted according to their sex are placed, and wherein the collector is a stream-matched container which is designed as to match the geometry of the stream of the sex-sorted sperm cells, wherein the stream-matched container has an elliptically shaped orifice, an angled or coordinated presentation such that side walls of the container are parallel to falling streams of the sperm cells or the container has an inner diameter opening of at least 15 mm. a. a cell source which supplies non-human sperm cells to be analyzed by the flow cytometer; b. a chemically coordinated sheath fluid source which creates a sheath fluid environment for said non-human sperm cells which is selected to be coordinated with both a pre-sort and a post-sort sperm cell fluid environment, wherein said sheath fluid comprises a citrate; c. a nozzle through which said non-human sperm cells pass while subjected to said sheath fluid environment; d. an oscillator which acts upon said sheath fluid as it passes through said nozzle; e. a sperm cell sensing system which responds to said cells; f. a sorter discrimination system which acts to sort said non-human sperm cells according to their sex; and g. a collector into which said non-human sperm cells sorted according to their sex are placed, and wherein the collector is a stream-matched container which is designed as to match the geometry of the stream of the sex-sorted sperm cells, wherein the stream-matched container has an elliptically shaped orifice, an angled or coordinated presentation such that side walls of the container are parallel to falling streams of the sperm cells or the container has an inner diameter opening of at least 15 mm.
A door hinge having a damping function, comprising: a housing, a first rotating shaft, a second rotating shaft, a U-shaped rotating shaft, a hinge cup, a linkage member, a torsion spring, a connector, a supporting structure, and a damping structure, wherein one end of the linkage member is rotationally provided in the housing by means of the first rotating shaft, and the other end of the linkage member is rotationally connected to the hinge cup by means of one arm of the U-shaped rotating shaft, wherein the hinge cup is fixable on the door plank, wherein one end of the connector is rotationally provided in the housing by means of the second rotating shaft, and the other end of the connector is rotationally connected to the hinge cup by means of the other arm of the U-shaped rotating shaft, wherein the torsion spring is fitted over the second rotating shaft, one end of the torsion spring is fixed to the linkage member, and the other end of the torsion spring abuts against the linkage member, characterised in that the supporting structure is fixed to the linkage member, wherein the damping structure is supported by the supporting structure and moves in the housing along with the supporting structure, wherein a piston rod of the damping structure can abut against the torsion spring, thereby increasing the resetting resistance to the torsion spring. a housing, a first rotating shaft, a second rotating shaft, a U-shaped rotating shaft, a hinge cup, a linkage member, a torsion spring, a connector, a supporting structure, and a damping structure, wherein one end of the linkage member is rotationally provided in the housing by means of the first rotating shaft, and the other end of the linkage member is rotationally connected to the hinge cup by means of one arm of the U-shaped rotating shaft, wherein the hinge cup is fixable on the door plank, wherein one end of the connector is rotationally provided in the housing by means of the second rotating shaft, and the other end of the connector is rotationally connected to the hinge cup by means of the other arm of the U-shaped rotating shaft, wherein the torsion spring is fitted over the second rotating shaft, one end of the torsion spring is fixed to the linkage member, and the other end of the torsion spring abuts against the linkage member, characterised in that the supporting structure is fixed to the linkage member, wherein the damping structure is supported by the supporting structure and moves in the housing along with the supporting structure, wherein a piston rod of the damping structure can abut against the torsion spring, thereby increasing the resetting resistance to the torsion spring.
Cylindrical fragmentation charge with an ignition device, at least one explosive charge (HE1, HE2) and with an igniter, positioned axially on the main axis, for the initiation of at least one booster (B1, B2), the central-axial igniter of the cylindrical fragmentation charge comprising an axially arranged booster, which has at least one axial damping element lying opposite the igniter and covering the booster, characterized in that the booster has at least one further damping element, radially surrounding the booster and at least partially covering it in the direction of the main axis.
A head-mounted display device comprising: a plurality of optical elements in optical communication, the plurality of optical elements being configured, during operation of the head-mounted display device, to project an image in a field of view of a user wearing the head-mounted display device, wherein a first optical element of the plurality of optical elements is configured to receive light from a second optical element of the plurality of optical elements; wherein the first optical element defines a grating at along a periphery of the first optical element, the grating comprising: a plurality of protrusions extending from a base portion of the first optical element, the protrusions comprising a first material having a first optical dispersion profile for visible wavelengths of light, and each of the protrusions comprising a first surface opposite the base portion of the first optical element, and a second material disposed between at least some of the plurality of protrusions along the base portion of the first optical element, the second material having a second optical dispersion profile for visible wavelengths of light, wherein there is an absence of any additional material on the first surfaces of the protrusions. a plurality of optical elements in optical communication, the plurality of optical elements being configured, during operation of the head-mounted display device, to project an image in a field of view of a user wearing the head-mounted display device, wherein a first optical element of the plurality of optical elements is configured to receive light from a second optical element of the plurality of optical elements; wherein the first optical element defines a grating at along a periphery of the first optical element, the grating comprising: a plurality of protrusions extending from a base portion of the first optical element, the protrusions comprising a first material having a first optical dispersion profile for visible wavelengths of light, and each of the protrusions comprising a first surface opposite the base portion of the first optical element, and a second material disposed between at least some of the plurality of protrusions along the base portion of the first optical element, the second material having a second optical dispersion profile for visible wavelengths of light, wherein there is an absence of any additional material on the first surfaces of the protrusions. a plurality of protrusions extending from a base portion of the first optical element, the protrusions comprising a first material having a first optical dispersion profile for visible wavelengths of light, and each of the protrusions comprising a first surface opposite the base portion of the first optical element, and a second material disposed between at least some of the plurality of protrusions along the base portion of the first optical element, the second material having a second optical dispersion profile for visible wavelengths of light, wherein there is an absence of any additional material on the first surfaces of the protrusions.
A method of a central unit-control plane, CU-CP, included in a secondary node, SN, or secondary gNB, SgNB, in a wireless communication system supporting evolved universal terrestrial radio access and new radio dual connectivity, EN-DC, the method comprising: receiving, from a master node, MN, or master eNB, MeNB, a first message for requesting the SgNB to allocate a radio resource for a bearer; transmitting, to a central unit-user plane, CU-UP, included in the SgNB, a second message including indication information indicating whether a packet data convergence protocol, PDCP, version of the bearer has been changed; and characterizing by: transmitting, to the CU-UP, a third message including count information on a PDCP sequence number, SN, for a packet received through the bearer, wherein the indication information is generated based on the first message, and wherein the packet received through the bearer is aligned at the CU-UP based on at least one of the indication information or the count information. receiving, from a master node, MN, or master eNB, MeNB, a first message for requesting the SgNB to allocate a radio resource for a bearer; transmitting, to a central unit-user plane, CU-UP, included in the SgNB, a second message including indication information indicating whether a packet data convergence protocol, PDCP, version of the bearer has been changed; and characterizing by: transmitting, to the CU-UP, a third message including count information on a PDCP sequence number, SN, for a packet received through the bearer, wherein the indication information is generated based on the first message, and wherein the packet received through the bearer is aligned at the CU-UP based on at least one of the indication information or the count information. transmitting, to the CU-UP, a third message including count information on a PDCP sequence number, SN, for a packet received through the bearer, wherein the indication information is generated based on the first message, and wherein the packet received through the bearer is aligned at the CU-UP based on at least one of the indication information or the count information.
A gas turbine engine defining an axial direction, a radial direction, and a circumferential direction, the gas turbine engine comprising: a fan including a fan frame; a core including a core frame and one or more rotatable shafts; a gearbox mechanically connecting one of the one or more shafts of the core to the fan; and a coupling system for mounting the gearbox within the gas turbine engine, the coupling system comprising: a flexible coupling connected to at least one of the fan frame or the core frame; a torque frame connected to the flexible coupling and the gearbox; and a deflection limiter loosely attaching the flexible coupling to the gearbox, the deflection limiter providing for an axial range of motion, a radial range of motion, and a circumferential range of motion between the gearbox and the frame to which the flexible coupling is attached; characterised in that the deflection limiter blocks movement of the gearbox past the axial range of motion, past the radial range of motion, and past the circumferential range of motion. a fan including a fan frame; a core including a core frame and one or more rotatable shafts; a gearbox mechanically connecting one of the one or more shafts of the core to the fan; and a coupling system for mounting the gearbox within the gas turbine engine, the coupling system comprising: a flexible coupling connected to at least one of the fan frame or the core frame; a torque frame connected to the flexible coupling and the gearbox; and a flexible coupling connected to at least one of the fan frame or the core frame; a torque frame connected to the flexible coupling and the gearbox; and a deflection limiter loosely attaching the flexible coupling to the gearbox, the deflection limiter providing for an axial range of motion, a radial range of motion, and a circumferential range of motion between the gearbox and the frame to which the flexible coupling is attached; characterised in that the deflection limiter blocks movement of the gearbox past the axial range of motion, past the radial range of motion, and past the circumferential range of motion.
Device for producing a battery cell with an electrode stack, which is produced from at least one half cell (18, 18'), in which the half cell (18, 18') is formed from two separator films (11, 15; 11', 15') and an electrode sheet (14, 14') arranged in a pocket between the separator films (11, 15; 11', 15'), with a holder for a roll of a first separator film web, a vacuum belt, onto which the first separator film web may be laid, a handling device for laying at least one electrode sheet onto the first separator film web, a holder for a roll of a second separator film web, a device for connecting both separator films (11, 15) outside the electrochemically active area of the electrode sheet and a cutting device for cutting out half cells from the connected separator film webs (11, 15), characterised in that the cutting device is a laser cutting device and the device for connecting the separator films (11, 15) is a laser welding device, which is the laser cutting device at the same time.
Method of tufting a fabric, in particular carpet, by using a tufting machine having a needle bar shiftable in a needle bar longitudinal direction, a plurality of needles being provided on the needle bar following each other in the needle bar longitudinal direction, each needle being individually selectable for carrying out a stitch and thereby generating a pile on a backing fabric movable in a working direction of the tufting machine, the method comprising generating a plurality of rows (R1-R13) of piles extending substantially in the working direction and lines (L1-L3) of piles extending substantially in the needle bar longitudinal direction and substantially perpendicular with respect to the working direction, each intersection of the rows (R1-13) of piles and the lines (L1-L3) of piles defining a pile location where a pile is or can be generated on the backing fabric, the method being characterized by comprising the steps of: providing such a yarn threading on the needle bar that consecutive groups of needles following each other in the needle bar longitudinal direction and comprising the same predetermined number of needles are generated, the needles of each group having yarns of different properties threaded therethrough, the number of yarns of different properties associated with each group being less than the number of needles within each group, such that, within each group, at least two needles have yarns of the same property threaded therethrough, at at least one pile location, generating at least two piles by different needles by positioning a first needle having a yarn threaded therethrough at this pile location and penetrating the backing fabric with the first needle for generating a first pile, and, after having generated the first pile, positioning a second needle having a yarn threaded therethrough at this pile location and penetrating the backing fabric with the second needle for generating a second pile. providing such a yarn threading on the needle bar that consecutive groups of needles following each other in the needle bar longitudinal direction and comprising the same predetermined number of needles are generated, the needles of each group having yarns of different properties threaded therethrough, the number of yarns of different properties associated with each group being less than the number of needles within each group, such that, within each group, at least two needles have yarns of the same property threaded therethrough, at at least one pile location, generating at least two piles by different needles by positioning a first needle having a yarn threaded therethrough at this pile location and penetrating the backing fabric with the first needle for generating a first pile, and, after having generated the first pile, positioning a second needle having a yarn threaded therethrough at this pile location and penetrating the backing fabric with the second needle for generating a second pile.
Method for producing a flat steel product from a medium manganese steel having a manganese content of 4 to 12, preferably more than 5 to less than 10 wt.% and with a TRIP/TWIP effect, comprising the steps of: - cold-rolling a hot or cold strip, - annealing the cold-rolled hot or cold strip at 500 to 840°C for 1 min. to 24 h, - rerolling or skin-pass rolling the annealed hot or cold strip to form a flat steel product with a degree of deformation between 0.3% and 60% and with a yield strength that is at least 50 MPa higher than before the rerolling or skin-passing. - cold-rolling a hot or cold strip, - annealing the cold-rolled hot or cold strip at 500 to 840°C for 1 min. to 24 h, - rerolling or skin-pass rolling the annealed hot or cold strip to form a flat steel product with a degree of deformation between 0.3% and 60% and with a yield strength that is at least 50 MPa higher than before the rerolling or skin-passing.
A method for reforming a glass sleeve comprising: a. providing a tube made of glass, the tube having a longitudinal axis and an inner surface enclosing a space; b. heating the tube to a temperature within the softening range of the glass; c. introducing a shaping tool having at least two opposing fingers (22, 24, 26, 28) into the enclosed space, the opposing fingers (22, 24, 26, 28) extending radially; d. moving the at least two opposing fingers (22, 24, 26, 28) against the inner surface along a radial axis to reform the tube, to form a first portion; and e. moving the at least two opposing fingers (22, 24, 26, 28) apart, deviating from the radial axis, to reform the tube, to form a second portion. a. providing a tube made of glass, the tube having a longitudinal axis and an inner surface enclosing a space; b. heating the tube to a temperature within the softening range of the glass; c. introducing a shaping tool having at least two opposing fingers (22, 24, 26, 28) into the enclosed space, the opposing fingers (22, 24, 26, 28) extending radially; d. moving the at least two opposing fingers (22, 24, 26, 28) against the inner surface along a radial axis to reform the tube, to form a first portion; and e. moving the at least two opposing fingers (22, 24, 26, 28) apart, deviating from the radial axis, to reform the tube, to form a second portion.
An item of packaging for a plurality of elongate products, the item of packaging comprising: a containment component having a substantially planar peripheral region, a first recessed reservoir within the peripheral region, the first recessed reservoir having a length configured to accommodate an elongate dimension of an elongate product to be dispensed from the item of packaging and a width configured to accommodate a plurality of said elongate products in parallel, and a closure component, substantially planar, fastened to the peripheral region of the containment component so as to enclose the first recessed reservoir, the closure component comprising a first weakened line having at least a portion that is substantially parallel to a lengthways edge along the length of the first recessed reservoir, wherein the item of packaging is configured to be openable into an open configuration by braking the closure component along the first weakened line as to establish an elongate opening that extends the length of the first recessed reservoir parallel to the lengthways edge of the first recessed reservoir and that extends a part of the width of the first recessed reservoir, said opening providing access to the first recessed reservoir and wherein the item of packaging is characterised in that the containment component comprises a finger recess for receiving at least a part of a finger of a user, the finger recess being directly adjacent, contiguous with and shorter than the lengthways edge of the first recessed reservoir. a containment component having a substantially planar peripheral region, a first recessed reservoir within the peripheral region, the first recessed reservoir having a length configured to accommodate an elongate dimension of an elongate product to be dispensed from the item of packaging and a width configured to accommodate a plurality of said elongate products in parallel, and a closure component, substantially planar, fastened to the peripheral region of the containment component so as to enclose the first recessed reservoir, the closure component comprising a first weakened line having at least a portion that is substantially parallel to a lengthways edge along the length of the first recessed reservoir, wherein the item of packaging is configured to be openable into an open configuration by braking the closure component along the first weakened line as to establish an elongate opening that extends the length of the first recessed reservoir parallel to the lengthways edge of the first recessed reservoir and that extends a part of the width of the first recessed reservoir, said opening providing access to the first recessed reservoir and wherein the item of packaging is characterised in that the containment component comprises a finger recess for receiving at least a part of a finger of a user, the finger recess being directly adjacent, contiguous with and shorter than the lengthways edge of the first recessed reservoir.
A composition for optical materials containing a ring compound (a), an episulfide compound (b) and sulfur (c), wherein in the composition for optical materials, the content of the ring compound (a) is 5 to 70% by mass, the content of the episulfide compound (b) is 20 to 90% by mass and the content of the sulfur (c) is 1 to 39% by mass, wherein the ring compound (a) is at least one substance selected from the group consisting of dithiirane, 1,2-dithietane, 1,3-dithietane, trithietane, 1,2,3-trithiolane, 1,2,4-trithiolane, tetrathiolane, 1,2,3-trithiane, 1,2,4-trithiane, 1,2,3,4-tetrathiane, 1,2,4,5-tetrathiane, 1,2,3,4-tetrathiepane, 1,2,3,5-tetrathiepane, 1,2,4,5-tetrathiepane, 1,2,4,6-tetrathiepane, 1,2,3,4,5-pentathiepane, 1,2,3,4,6-pentathiepane, 1,2,3,5,6-pentathiepane, hexathiepane, diselecyclobutane, triselecyclobutane, triselecyclopentane, tetraselecyclopentane, diselecyclohexane, tetraselecyclohexane, pentaselecyclohexane, tetraselecycloheptane, pentaselecycloheptane, hexaselecycloheptane, ditellurocyclobutane, tritellurocyclobutane, tritellurocyclopentane, tetratellurocyclopentane, tetratellurocyclohexane, pentatellurocyclohexane, tetratellurocycloheptane, pentatellurocycloheptane, and hexatellurocycloheptane.