mhurhangee/ep-ind-claims huggingface dataset:
A liquid container comprising a cup including a brim, a floor, and a side wall extending from the brim toward the floor, the side wall including a frustoconical inner surface cooperating with the floor to form an interior liquid reservoir chamber of the cup, the brim including a curved outer boundary surface mating with an uppermost portion of the frustoconical inner surface of the side wall and extending away from the uppermost portion, the curved outer boundary surface of the brim having a rounded shape in vertical cross section that extends along a generally circular path and subtends an angle of at least 180°, the curved outer boundary surface of the brim having an annular inner sealing portion adjacent to the frustoconical inner surface of the side wall, an annular outer sealing portion (20IIIE) away from the inner sealing portion, and an annular middle seating portion interposed between the annular inner and outer sealing portions (20IE; 20IIIE), and a lid including a central closure and a brim mount coupled to the central closure and configured to be mounted on the curved outer boundary surface of the brim to retain the central closure in a position closing a mouth opening into the interior liquid reservoir chamber formed in the cup, the brim mount including a first seal ring arranged to engage the uppermost portion of the frustoconical inner surface of the side wall to establish a first annular liquid flow barrier between the lid and the cup, and a fourth seal ring arranged to engage the annular outer sealing portion (20IIIE) of the curved outer boundary surface of the brim to establish a fourth annular liquid flow barrier between the lid and the cup; characterised by: a second seal ring arranged to engage the annular inner sealing portion of the curved outer boundary surface of the brim to establish a second annular liquid flow barrier between the lid and the cup, and a third seal ring arranged to engage the annular middle sealing portion of the curved outer boundary surface of the brim to establish a third annular liquid flow barrier between the lid and the cup. a second seal ring arranged to engage the annular inner sealing portion of the curved outer boundary surface of the brim to establish a second annular liquid flow barrier between the lid and the cup, and a third seal ring arranged to engage the annular middle sealing portion of the curved outer boundary surface of the brim to establish a third annular liquid flow barrier between the lid and the cup.
A method for performing admission control in a communications network, the method comprising: receiving, at a communications node, a request for an entity or service for admission to the communications network; calculating resources, characterised in that the step of calculating resources include: estimating a first future resource use for current entities and services in the communications network, wherein the services can be broken down into a plurality of sub-lists of services; and estimating a second future resource use for the entity or service received in the request; determining admission to the communications network of the received request based at least in part on the step of calculating resources; using a partitionable booking window, if admission is allowed for the received request, for booking the first and second future resource uses based at least in part on the step of calculating resources; and scheduling the first and second future resources into a plurality of transition time interval slots in the partitionable booking window. receiving, at a communications node, a request for an entity or service for admission to the communications network; calculating resources, characterised in that the step of calculating resources include: estimating a first future resource use for current entities and services in the communications network, wherein the services can be broken down into a plurality of sub-lists of services; and estimating a second future resource use for the entity or service received in the request; estimating a first future resource use for current entities and services in the communications network, wherein the services can be broken down into a plurality of sub-lists of services; and estimating a second future resource use for the entity or service received in the request; determining admission to the communications network of the received request based at least in part on the step of calculating resources; using a partitionable booking window, if admission is allowed for the received request, for booking the first and second future resource uses based at least in part on the step of calculating resources; and scheduling the first and second future resources into a plurality of transition time interval slots in the partitionable booking window.
Connecting device for connecting a sensor to a unit containing a fluid, comprising a first mounting section to which the sensor is mountable, a second mounting section mountable to the unit, a central section located between the first and second mounting sections (1a, 1b), and a leakage ring covering the central section which is sealed and rotatable relative to the central section, wherein the leakage ring has a leakage outlet on its periphery, characterized in that the leakage ring is designed to be rotatable after alignment of the sensor by means of rotation of the connecting device, wherein by rotating the leakage ring relative to the central section the leakage outlet is arranged in a region of a lowest position of the periphery of the leakage ring in an operating position so that any fluid present can drain, and in that the central section has a plurality of holes on its periphery, and in that the leakage ring has a circumferential groove and an outwardly directed outlet bore, the groove covering all bores of the central section and being connected to the outlet bore and forms the leakage outlet of the leakage ring together with the outlet bore. a first mounting section to which the sensor is mountable, a second mounting section mountable to the unit, a central section located between the first and second mounting sections (1a, 1b), and a leakage ring covering the central section which is sealed and rotatable relative to the central section, wherein the leakage ring has a leakage outlet on its periphery, characterized in that the leakage ring is designed to be rotatable after alignment of the sensor by means of rotation of the connecting device, wherein by rotating the leakage ring relative to the central section the leakage outlet is arranged in a region of a lowest position of the periphery of the leakage ring in an operating position so that any fluid present can drain, and in that the central section has a plurality of holes on its periphery, and in that the leakage ring has a circumferential groove and an outwardly directed outlet bore, the groove covering all bores of the central section and being connected to the outlet bore and forms the leakage outlet of the leakage ring together with the outlet bore.
A polylactide-urethane copolymer obtainable by a process, which comprises the step of contacting: • an α, ω dihydroxyl polylactide prepolymer of general formula I wherein: X is NH or O, R is an aryl group, n and n' are integer numbers which are substantially the same and which are comprised in the range from 20 to 140, • a diisocyanate compound of general formula II wherein: R' is an alkyl or an aryl group and • an amine or an alcohol of general formula III R"-[-X'] 2 wherein: R" is an aryl group and X' is NH 2 or OH • an α, ω dihydroxyl polylactide prepolymer of general formula I wherein: X is NH or O, R is an aryl group, n and n' are integer numbers which are substantially the same and which are comprised in the range from 20 to 140, X is NH or O, R is an aryl group, n and n' are integer numbers which are substantially the same and which are comprised in the range from 20 to 140, • a diisocyanate compound of general formula II wherein: R' is an alkyl or an aryl group and • an amine or an alcohol of general formula III R"-[-X'] 2 wherein: R" is an aryl group and X' is NH 2 or OH
A compound for use in the treatment of a ocular disease; wherein the compound is: wherein the ocular disease is selected from the group consisting of proliferative vitreoretinopathy, uveitis, glaucoma, age related macular degeneration, and diabetes related ocular disease. wherein the compound is: wherein the ocular disease is selected from the group consisting of proliferative vitreoretinopathy, uveitis, glaucoma, age related macular degeneration, and diabetes related ocular disease.
A pointer illumination structure, comprising: a pointer body which includes a shaft and a pointer for indicating a measuring value according to its rotation around the shaft; a bearing which rotatably supports the shaft of the pointer body; a rotation driving mechanism for rotating the pointer body which is supported by the bearing; a containing cover which contains the rotation driving mechanism; and a light source for illuminating the pointer of the pointer body, wherein the bearing is formed of a light-transmissive material through which a light from the light source can pass, and the bearing is integrally formed with the containing cover at a position more adjacent to the light source than the shaft of the pointer body, on an optical path of the light, characterized in that the pointer illumination structure comprising an output gear to which the rotation is transmitted from the rotation driving mechanism, a through hole being formed in the output gear, wherein the bearing is in a shape protruding from the containing cover toward the pointer body, and inserted into one end side of the through hole of the output gear thereby to rotatably support the output gear, and the shaft of the pointer body is inserted into the other end side of the through hole of the output gear to be fixedly attached to the output gear. a pointer body which includes a shaft and a pointer for indicating a measuring value according to its rotation around the shaft; a bearing which rotatably supports the shaft of the pointer body; a rotation driving mechanism for rotating the pointer body which is supported by the bearing; a containing cover which contains the rotation driving mechanism; and a light source for illuminating the pointer of the pointer body, wherein the bearing is formed of a light-transmissive material through which a light from the light source can pass, and the bearing is integrally formed with the containing cover at a position more adjacent to the light source than the shaft of the pointer body, on an optical path of the light, characterized in that the pointer illumination structure comprising an output gear to which the rotation is transmitted from the rotation driving mechanism, a through hole being formed in the output gear, wherein the bearing is in a shape protruding from the containing cover toward the pointer body, and inserted into one end side of the through hole of the output gear thereby to rotatably support the output gear, and the shaft of the pointer body is inserted into the other end side of the through hole of the output gear to be fixedly attached to the output gear.
A production process for a multilayer composite, in which one or more layers are firstly applied to a substrate by coating using a liquid component, the coated multilayer composite is dried thereafter and the dried multilayer composite is thereafter rolled up, wherein the installation is cleaned as a final step, wherein the air circulation of each drying zone (T1, T2) is set entirely to fresh air supply during the drying of the coated multilayer composite in the drying oven having at least two drying zones (T1, T2) and each individual drying zone has a conditioning of the supplied fresh air flow that can be controlled independently of all other drying zones, wherein the air entering through an air supply is applied to the multilayer composite to be dried via a combined heating-nozzle system and wherein the interior of each drying zone (T1, T2) is embodied with spray nozzles for spraying a cleaning fluid for controlled cleaning purposes, and wherein the interior of the drying oven does not have dead space, wherein all corners and nooks that are susceptible to the deposition of possible contaminants are either excluded by appropriate technical designs or screened from contaminants penetrating therein by suitable cover elements, wherein all transport rollers, by means of which the coated multilayer composite is moved through the drying oven and the individual drying zones (T1 to Tx), are embodied as hollow shafts and equipped with spray nozzles, wherein the transport rollers embodied as hollow shafts and equipped with spray nozzles are connected to a high-pressure pump, which pumps the cleaning fluid through the transport rollers and into the spray nozzles integrated into the transport rollers, and wherein the cleaning fluid flows together in the lower housing part of the drying oven, which lower housing part has a design that tapers in a conical fashion toward the bottom, from where said cleaning fluid is drained via an outflow or returned to the high-pressure pump with the aid of a pump or removed.
An orthosis comprising: a footplate having a heel portion including a heel end, a midfoot portion, a longitudinal axis extending between-the heel portion and the midfoot portion, and a first deflection zone defined along a length of the footplate anterior of the heel portion and through which the footplate is arranged to flex during gait to accommodate dorsiflexion of a foot of a user positioned on the footplate; at least one strut connected to the heel portion and extending upwardly therefrom; and said footplate being configured to be positioned in a shoe or other footwear having a heel lift of a predetermined amount in which the heel portion extends a distance above a lowermost portion or transition point whereat the footplate extends upwardly to form the first deflection zone, the at least one strut being oriented at an acute angle (α) relative to a perpendicular line arranged relative to a support surface along which footwear extends, wherein the orthosis comprises a connecting portion connecting the at least one strut to the heel end of the heel portion characterized in that the connecting portion is connecting the at least one strut to the heel end of the heel portion such that the at least one strut is obliquely oriented at an angle (θ) along a line of progression of the footplate relative to the longitudinal axis of the footplate to accommodate a defined rotation of the foot relative to the longitudinal axis during gait, said line of progression being normal to the connecting portion. a footplate having a heel portion including a heel end, a midfoot portion, a longitudinal axis extending between-the heel portion and the midfoot portion, and a first deflection zone defined along a length of the footplate anterior of the heel portion and through which the footplate is arranged to flex during gait to accommodate dorsiflexion of a foot of a user positioned on the footplate; at least one strut connected to the heel portion and extending upwardly therefrom; and said footplate being configured to be positioned in a shoe or other footwear having a heel lift of a predetermined amount in which the heel portion extends a distance above a lowermost portion or transition point whereat the footplate extends upwardly to form the first deflection zone, the at least one strut being oriented at an acute angle (α) relative to a perpendicular line arranged relative to a support surface along which footwear extends, wherein the orthosis comprises a connecting portion connecting the at least one strut to the heel end of the heel portion characterized in that the connecting portion is connecting the at least one strut to the heel end of the heel portion such that the at least one strut is obliquely oriented at an angle (θ) along a line of progression of the footplate relative to the longitudinal axis of the footplate to accommodate a defined rotation of the foot relative to the longitudinal axis during gait, said line of progression being normal to the connecting portion.
A method of RNA sequencing, wherein said method comprises: (i) providing RNA; (ii) generating (a) single-stranded first DNA strand(s) (cDNA), which is/are complementary to the RNA, by subjecting the RNA to reverse transcription by using a reverse transcriptase, a first set of random oligonucleotide primers, and the RNA of step (i); (iii) generating a second DNA strand by using a DNA polymerase, a second set of random oligonucleotide primers, and the single-stranded cDNA of (ii); (iv) ligating adapters to the double-stranded DNA of step (iii); and (v) sequencing the generated DNA, wherein a) the first set of random oligonucleotide primers comprises a covalently coupled moiety at its/their 5' terminal nucleotide, which blocks ligation at the 5' terminus of the generated first DNA strand; or b) the second set of random oligonucleotide primers comprises a covalently coupled moiety at its/their 5' terminal nucleotide, which blocks ligation at the 5' terminus of the generated second DNA strand. (i) providing RNA; (ii) generating (a) single-stranded first DNA strand(s) (cDNA), which is/are complementary to the RNA, by subjecting the RNA to reverse transcription by using a reverse transcriptase, a first set of random oligonucleotide primers, and the RNA of step (i); (iii) generating a second DNA strand by using a DNA polymerase, a second set of random oligonucleotide primers, and the single-stranded cDNA of (ii); (iv) ligating adapters to the double-stranded DNA of step (iii); and (v) sequencing the generated DNA, a) the first set of random oligonucleotide primers comprises a covalently coupled moiety at its/their 5' terminal nucleotide, which blocks ligation at the 5' terminus of the generated first DNA strand; or b) the second set of random oligonucleotide primers comprises a covalently coupled moiety at its/their 5' terminal nucleotide, which blocks ligation at the 5' terminus of the generated second DNA strand.
An image acquisition module, comprising: a lens; a first moving component, comprising: a first magnetic component fixedly arranged on the lens, and a first coil fixedly arranged on a housing of the image acquisition module, wherein the first coil is configured to generate a magnetic field when applied with a first driving signal, and configured to drive the first magnetic component and the lens to move through the magnetic field; a light transmission component, configured to transmit ambient light to the lens through at least one reflection; and a second moving component, comprising: a second magnetic component fixedly arranged on the light transmission component, and a second coil fixedly arranged on the housing, wherein the second coil is configured to generate a magnetic field when applied with a second driving signal, and configured to drive the second magnetic component and the light transmission component to move through the magnetic field. a lens; a first moving component, comprising: a first magnetic component fixedly arranged on the lens, and a first coil fixedly arranged on a housing of the image acquisition module, wherein the first coil is configured to generate a magnetic field when applied with a first driving signal, and configured to drive the first magnetic component and the lens to move through the magnetic field; a light transmission component, configured to transmit ambient light to the lens through at least one reflection; and a second moving component, comprising: a second magnetic component fixedly arranged on the light transmission component, and a second coil fixedly arranged on the housing, wherein the second coil is configured to generate a magnetic field when applied with a second driving signal, and configured to drive the second magnetic component and the light transmission component to move through the magnetic field.
A friction clutch plate (41, 42) that is arranged to face a contact object (61, 62) so as to be relatively rotatable and relatively movable, comprising: a contact surface (61b, 62b) configured to be able to contact the contact object (61, 62) via lubricant; and a minute groove open at the contact surface (61b, 62b) and formed of a plurality of groove portions having a predetermined groove pitch, wherein a ratio of a contact area of the contact surface (61b, 62b) to an area obtained by adding an opening area of the minute groove to the contact area of the contact surface (61b, 62b) is 90% to 96% in an initial state, characterized in that the minute groove is set such that the groove pitch of the plurality of groove portions falls within the range of 400 μm to 600 μm. a contact surface (61b, 62b) configured to be able to contact the contact object (61, 62) via lubricant; and a minute groove open at the contact surface (61b, 62b) and formed of a plurality of groove portions having a predetermined groove pitch, wherein a ratio of a contact area of the contact surface (61b, 62b) to an area obtained by adding an opening area of the minute groove to the contact area of the contact surface (61b, 62b) is 90% to 96% in an initial state, characterized in that the minute groove is set such that the groove pitch of the plurality of groove portions falls within the range of 400 μm to 600 μm.
An injection moulding system for forming an oven liner with a split line on at least one side of an interior surface thereof, the system comprising: a first mould tool defining a cavity, with a depth extending in a depth direction into the cavity, perpendicular to the plane of an opening into the cavity, width in a width direction and height in a height direction, with the depth, width and height directions being mutually perpendicular; and a wedge collapsing tool, wherein the first mould tool has a substantially rectangular end face with dimensions corresponding to width and height of the cavity and has a hot feed located at a centroid of its end face; the wedge collapsing tool is received in the cavity so as to contact and engage with an external periphery of the first mould tool at selected locations in order to define a volume into which hot material feed is injected, characterised in that the wedge collapsing tool comprises at least a first wedge-shaped part and a second wedge-shaped part, whereby, when the wedge collapsing tool is received in the cavity, the first wedge-shaped and second wedge-shaped parts are in slidable contact with on e another and are fully separable from one another, and the width of the first wedge-shaped part of the wedge collapsing tool in the width direction is at least 0.1 mm less than the width of the second wedge-shaped part of the wedge collapsing tool in the width direction, such that the combined thicknesses of the portions of the volume between the first part and side faces of the cavity on either side thereof in the width direction are at least 0.1 mm greater than the combined thicknesses of the portions of the volume between the second part and the side faces of the cavity on either side thereof in the width direction.
A computer implemented method for determining slip status of a drill string, the method comprising: obtaining a hook load data at predetermined time intervals; characterised by further comprising: determining temporal variation of hook load between the predetermined time intervals using the hook load data; and determining a slip status of the drill string corresponding to each of the temporal variation of hook load by comparing each of the temporal variation of hook load with a threshold value of noise in the drill string, wherein the threshold value of noise in the drill string is determined based on predetermined parameters of the drill string. determining temporal variation of hook load between the predetermined time intervals using the hook load data; and determining a slip status of the drill string corresponding to each of the temporal variation of hook load by comparing each of the temporal variation of hook load with a threshold value of noise in the drill string, wherein the threshold value of noise in the drill string is determined based on predetermined parameters of the drill string.