mhurhangee/ep-ind-claims huggingface dataset:
An ink composition which forms an insulating film, wherein the ink composition comprises an organic solvent, a polyvinylphenol-based resin, an epoxy resin, a cross-linking aid, and a fluorine-based surfactant; and the content of the cross-linking aid is 0.3% to 10.0% by mass based on the total solid content of the ink composition excluding the extender component, wherein the organic solvent includes a first organic solvent which has vapor pressure of 11.3×10 2 Pa or higher at 20°C and a boiling point of lower than 115°C under atmospheric pressure and a second organic solvent which has a vapor pressure of less than 11.3×10 2 Pa at 20°C, and a boiling point of 115°C or higher under atmospheric pressure; the ink composition includes 5.0% to 90.0% by mass of the first organic solvent, 5.0% to 90.0% by mass of the second organic solvent, a extender component having a volume average particle diameter of 1 nm to 150 nm, wherein the content of the extender component is 20% to 90% by mass based on the total solid content of the composition and the volume average particle diameter is obtained by a dynamic light scattering method, and 0.0% to 5.0% by mass of a silicone-based releasing component; and the ink surface tension is 17 mN/m to 30 mN/m at 25°C, and the ink viscosity is 0.5 mPa·s to 30 mPa·s at 25°C.
A soft cigarette package, comprising: a group of cigarettes; an inner wrapper, which encloses the group of cigarettes and has a top wall; an outer wrapper, which surrounds the inner wrapper on five sides leaves the top wall of the inner wrapper exposed; and a sealing stamp, which has a rectangular shape, at least partially overlaps the top wall of the inner wrapper and comprises a tear-removable portion, which is separated from the remaining part of the sealing stamp by means of a "U"-shaped pre-weakened tear-open line; wherein the sealing stamp is glued to the top wall of the inner wrapper by means of a first glue and at least part of the first glue is applied onto the removable portion; the package is characterized in that: the tear-open line comprises a central portion, which is "U"-shaped and is completely cut, and two lateral portions, which are only partially cut so as to preserve a residual mechanical connection, which must be subsequently ripped; and the first glue is not applied onto the central portion of the tear-open line. a group of cigarettes; an inner wrapper, which encloses the group of cigarettes and has a top wall; an outer wrapper, which surrounds the inner wrapper on five sides leaves the top wall of the inner wrapper exposed; and a sealing stamp, which has a rectangular shape, at least partially overlaps the top wall of the inner wrapper and comprises a tear-removable portion, which is separated from the remaining part of the sealing stamp by means of a "U"-shaped pre-weakened tear-open line; wherein the sealing stamp is glued to the top wall of the inner wrapper by means of a first glue and at least part of the first glue is applied onto the removable portion; the package is characterized in that: the tear-open line comprises a central portion, which is "U"-shaped and is completely cut, and two lateral portions, which are only partially cut so as to preserve a residual mechanical connection, which must be subsequently ripped; and the first glue is not applied onto the central portion of the tear-open line. the tear-open line comprises a central portion, which is "U"-shaped and is completely cut, and two lateral portions, which are only partially cut so as to preserve a residual mechanical connection, which must be subsequently ripped; and the first glue is not applied onto the central portion of the tear-open line.
A method of producing a haploid plant embryo comprising culturing or growing haploid plant material in the presence of an hydroxamic acid compound or a cyclic tetrapeptide which has histone deacetylase inhibitor (HDACi) activity and microspore embryogenesis activity.
A method for de-interleaving, comprising: receiving broadcast data comprising a plurality of columns each consisting of a plurality of cells arranged in sequence in a number of rows in a row direction, wherein the broadcast data are subdivided into a plurality of low-density parity-check, LDPC, blocks; classifying cells of the broadcast data into a plurality of groups by grouping the cells in a unit of a multiple of N in a column direction; performing time de-interleaving in a unit of the group; dividing each of the time de-interleaved groups into cells; and performing cell de-interleaving by re-arranging the plurality of cells divided from each group by jumping at a pre-determined interval, wherein the N is a value that is obtained by dividing a number of cells included in an LDPC block by a number of rows of the LDPC block. receiving broadcast data comprising a plurality of columns each consisting of a plurality of cells arranged in sequence in a number of rows in a row direction, wherein the broadcast data are subdivided into a plurality of low-density parity-check, LDPC, blocks; classifying cells of the broadcast data into a plurality of groups by grouping the cells in a unit of a multiple of N in a column direction; performing time de-interleaving in a unit of the group; dividing each of the time de-interleaved groups into cells; and performing cell de-interleaving by re-arranging the plurality of cells divided from each group by jumping at a pre-determined interval, wherein the N is a value that is obtained by dividing a number of cells included in an LDPC block by a number of rows of the LDPC block.
A process for manufacturing a monolithic metal-organic framework composite body, the process comprising the steps: providing MOF precursors; providing nanoparticles having an average particle size corresponding to an average particle diameter in the range 3-200nm; providing at least one solvent; allowing the reaction of the MOF precursors in the solvent in the presence of the nanoparticles; carrying out a drying stage with a maximum temperature in the drying stage of not more than 80°C to form a monolithic MOF composite body having a smallest dimension of at least 1mm, the MOF composite body comprising MOF crystallites adhered to each other via a binder comprising MOF, and incorporating at least 0.15 vol% and at most 1 vol% of the nanoparticles encapsulated in MOF. providing MOF precursors; providing nanoparticles having an average particle size corresponding to an average particle diameter in the range 3-200nm; providing at least one solvent; allowing the reaction of the MOF precursors in the solvent in the presence of the nanoparticles; carrying out a drying stage with a maximum temperature in the drying stage of not more than 80°C to form a monolithic MOF composite body having a smallest dimension of at least 1mm, the MOF composite body comprising MOF crystallites adhered to each other via a binder comprising MOF, and incorporating at least 0.15 vol% and at most 1 vol% of the nanoparticles encapsulated in MOF.
A treatment instrument for an endoscope comprising a treatment portion having cutting electrodes at a tip of an insertion portion to be inserted into a body, characterized in that: the outer circumferential surface of the treatment portion is formed in a toothed-wheel shape which alternately has peak portions and valley portions; and wherein the cutting electrodes are provided only in the valley portions, the outer circumferential surface of the treatment portion is perpendicular to the longitudinal direction of the insertion portion, and wherein the peak portions are non-conductive. the outer circumferential surface of the treatment portion is formed in a toothed-wheel shape which alternately has peak portions and valley portions; and wherein the cutting electrodes are provided only in the valley portions, the outer circumferential surface of the treatment portion is perpendicular to the longitudinal direction of the insertion portion, and wherein the peak portions are non-conductive.
An automation and control system of a low or medium voltage electric power network, comprising a communication system adapted to connect a substation control device (10, 11) located at a substation (16; 17) of the network to switching devices (18, 19, 20, 24, 25) and to a plurality of Distributed Generation units of the network, for detecting islands in the power network, an island comprising loads and Distributed Generation units that are mutually interconnected on a same voltage level of the power network and disconnected from a main grid supplying the power network via the substation, wherein the automation and control system is adapted to consider all the Distributed Generation units located in between neighbouring switching devices so as to form an Anti Islanding Group, and wherein the substation control device is adapted to: - receive topological information of a sub-network (13; 14) of the power network, - identify, from the topological information, an island (22, 23) within the sub-network, and - send a signal to the Anti Islanding Group of the identified island, the signal either disconnecting the Distributed Generation units of the Anti Islanding Group or changing a control mode of the Distributed Generation units of the Anti Islanding Group from power injection to voltage and frequency control. - receive topological information of a sub-network (13; 14) of the power network, - identify, from the topological information, an island (22, 23) within the sub-network, and - send a signal to the Anti Islanding Group of the identified island, the signal either disconnecting the Distributed Generation units of the Anti Islanding Group or changing a control mode of the Distributed Generation units of the Anti Islanding Group from power injection to voltage and frequency control.
Connection clamp for formwork construction having an inner clamp arm and an outer clamp arm, wherein the two clamp arms (2, 3) each have a clamp jaw and can be moved relative to one another in order to change a clamp width of the connection clamp, and wherein the inner clamp arm has a plug-in portion which is plugged into, and guided in, a guide portion of the outer clamp arm, wherein the inner clamp arm has a cavity at least in its plug-in portion, characterized in that the guide portion of the outer clamp arm engages around the plug-in portion of the inner clamp arm in a more than U-shaped manner, wherein the guide portion has a guide cutout in which a jaw limb of the inner clamp arm can be displaced, and wherein the inner clamp arm is retained, in a direction of longitudinal extent of its jaw limb, in the guide portion of the outer clamp arm in a form-fitting manner.
A catheter hemostasis valve hub comprising: a tubular shell having an outer wall, an internal lumen enclosed by an inner surface of the outer wall extending axially through the shell, the outer wall including a first region having a first thickness and a second region having a second thickness greater than the first thickness; a hemostasis seal disposed within the shell and extending across the internal lumen and fluidly isolating from an external environment a portion of the internal lumen distal to the hemostasis seal, the hemostasis seal having a bore generally aligned with the internal lumen of the shell and a slit extending axially through the hemostasis seal, the slit having a first segment extending radially from the bore toward the first region of the shell and terminating radially inward of the inner surface of the shell outer wall; and an end cap disposed within the shell proximal to the hemostasis seal so as to retain the hemostasis seal within the shell, the end cap having a perimeter and an elongated bore extending axially therethrough having a first portion substantially coaxially aligned with the internal lumen of the shell and a second portion extending radially from the first portion toward the perimeter of the end cap, the second portion terminating radially inward of the perimeter of the end cap so as to define a web section, the web section being positioned adjacent to the first region of the shell, wherein the first portion has a first width and the second portion has a second width generally parallel to and less than the first width of the first portion. a tubular shell having an outer wall, an internal lumen enclosed by an inner surface of the outer wall extending axially through the shell, the outer wall including a first region having a first thickness and a second region having a second thickness greater than the first thickness; a hemostasis seal disposed within the shell and extending across the internal lumen and fluidly isolating from an external environment a portion of the internal lumen distal to the hemostasis seal, the hemostasis seal having a bore generally aligned with the internal lumen of the shell and a slit extending axially through the hemostasis seal, the slit having a first segment extending radially from the bore toward the first region of the shell and terminating radially inward of the inner surface of the shell outer wall; and an end cap disposed within the shell proximal to the hemostasis seal so as to retain the hemostasis seal within the shell, the end cap having a perimeter and an elongated bore extending axially therethrough having a first portion substantially coaxially aligned with the internal lumen of the shell and a second portion extending radially from the first portion toward the perimeter of the end cap, the second portion terminating radially inward of the perimeter of the end cap so as to define a web section, the web section being positioned adjacent to the first region of the shell, wherein the first portion has a first width and the second portion has a second width generally parallel to and less than the first width of the first portion.
A stent delivery system for deploying a stent, the stent delivery system comprising: a first lead screw coupled to a tubular enclosure configured to cover the stent, a second lead screw configured to be selectively coupleable to the stent via a dilator, a handle assembly for advancing and unsheathing the stent, wherein the handle assembly comprises a dual-threaded internal lead screw (275, 278) configured to engage with the first lead screw and the second lead screw, wherein the first lead screw and second lead screw are of opposing handedness such that rotation of the internal lead screw causes longitudinal translation of the tubular enclosure and the stent in opposite directions, and wherein the first lead screw and second lead screw have respective pitches that provide synchronized, opposing longitudinal translation of the tubular enclosure and the stent at a predetermined payout ratio to deploy the stent which is the relative rate at which the tubular enclosure and the stent are moved, characterised in that said dual-threaded internal lead screw has two threads which overlap. a first lead screw coupled to a tubular enclosure configured to cover the stent, a second lead screw configured to be selectively coupleable to the stent via a dilator, a handle assembly for advancing and unsheathing the stent, wherein the handle assembly comprises a dual-threaded internal lead screw (275, 278) configured to engage with the first lead screw and the second lead screw, wherein the first lead screw and second lead screw are of opposing handedness such that rotation of the internal lead screw causes longitudinal translation of the tubular enclosure and the stent in opposite directions, and wherein the first lead screw and second lead screw have respective pitches that provide synchronized, opposing longitudinal translation of the tubular enclosure and the stent at a predetermined payout ratio to deploy the stent which is the relative rate at which the tubular enclosure and the stent are moved, characterised in that said dual-threaded internal lead screw has two threads which overlap.
System with an electromotor, a sensor and/or an electromagnet and with a magnetically active material having at least one magnetically active partial component (10a-c), which forms a contiguous, sponge-like cellular structure that has a pore structure (12a-c) forming the cellular walls of the pores, and which is embodied at least partially open and at least partially closed, wherein the pore structure (12a-c) comprises a texturing (18a-b) having different structures along two different directions, and which has been aftertreated mechanically and/or thermically for achieving the texturing.
A blade outer air seal assembly comprising a blade outer air seal establishing a leading channel that communicates cooling air through at least some of the blade outer air seal, characterised in that: the blade outer air seal has at least one circumferentially extending barrier (78a, 78b) separating the leading channel into a forward portion and an aft portion, wherein cooling air outlets (68a 1, 68a 2) from the leading channel are exclusively coupled to the aft portion.
A pharmaceutical preparation for treatment or prevention of glaucoma or ocular hypertension, comprising 0.001 to 0.01% (w/v) of isopropyl (6-{[4-(pyrazol-1-yl)benzyl] (pyridin-3-ylsulfonyl)aminomethyl}pyridin-2-ylamino) acetate, or a salt thereof.
A cooling system for an internal combustion engine, in particular for a motor vehicle, with a first circuit for a first fluid, wherein the first circuit has a first heat exchanger for a heat exchange between the first and a second fluid, and with a second circuit for a third fluid, wherein the second circuit has a second heat exchanger for a heat exchange between the third and a fourth fluid, wherein a first fluid conveying device for conveying the second fluid through the first heat exchanger and a second fluid conveying device for conveying the fourth fluid through the second heat exchanger are provided, wherein the first and/or the second heat exchanger have a first collecting box and a second collecting box for the first and third fluid, respectively, wherein the first and the second collecting box each have a first fluid connection for the first and third fluid, respectively, and are communicatively connected to one another via at least one heat exchanger element, and that the first and/or second heat exchanger have at least one heat exchanger housing which accommodates the at least one heat exchanger element and carries the second and fourth fluid, respectively, inside, wherein the heat exchanger housing has second fluid connections for the second and fourth fluid, respectively, wherein the second and the fourth fluid are cooling air, the first fluid is a cooling fluid for cooling the internal combustion engine and the third fluid is combustion air for the internal combustion engine and wherein a separating element is provided in order to separate the second and the fourth fluid.
An apparatus for use in assessing strength of at least one knee flexor muscle of a subject, the apparatus including: a) two securing members (121, 122), each securing member (121, 122) configured to secure a respective lower leg of the subject relative to a support; and, b) at least one sensor characterised in that the securing members (121, 122) are configured to secure the lower legs of the subject in a position that is substantially fixed relative to the support when the subject lowers the subject's upper body from a kneeling position to perform an eccentric contraction of the at least one knee flexor muscle; and the at least one sensor is coupled to at least one of the securing members (121, 122) to sense a force applied to the at least one securing member (121, 122) by the subject's knee flexor muscle acting in eccentric contraction while the subject lowers the subject's upper body, the force being indicative of the strength of the at least one knee flexor muscle acting in eccentric contraction. a) two securing members (121, 122), each securing member (121, 122) configured to secure a respective lower leg of the subject relative to a support; and, b) at least one sensor
Swab and container for the collection and sterile storage of biological samples which contain DNA material, wherein the swab contains a sterile receiving surface for collecting the sample, wherein said receiving surface is attached to a carrier which can be removed from the closable container and reintroduced therein after collecting the sample, wherein the carrier is designed as a foam cylinder the first end of which is inserted into a stopper that can be attached to the tube-shaped container that is open on one side and the second end of said foam cylinder is frontally provided with a receiving surface for receiving the sample, characterized in that the container is made of plastic and that it contains, in its cylindrical circumference, at least one gas-permeable bore, in that the at least one bore is provided in a part of the container in. which the carrier inserted into the container is arranged opposite the inner wall of the container and in that the carrier is in contact with the internal wall of the container, while the carrier is gas-permeable.
A method of extending a support system for a maglev vehicle, the support system comprising a first landing gear assembly (110.1) and a second landing gear assembly (110.2), the method comprising the steps of: determining a weight-on-wheels status for each of the first and the second landing gear assemblies (110.1, 110.2); determining a distance from each of the first and second landing gear assemblies (110.1, 110.2) to a support surface; setting a first extension speed for the first landing gear assembly (110.1) and a second extension speed for the second landing gear assembly (110.2); extending the first landing gear assembly (110.1) at the first extension speed until the first landing gear assembly (110.1) reaches a weight-on-wheels condition; and extending the second landing gear assembly (110.2) at the second extension speed until the second landing gear assembly (110.2) reaches the weight-on-wheels condition. determining a weight-on-wheels status for each of the first and the second landing gear assemblies (110.1, 110.2); determining a distance from each of the first and second landing gear assemblies (110.1, 110.2) to a support surface; setting a first extension speed for the first landing gear assembly (110.1) and a second extension speed for the second landing gear assembly (110.2); extending the first landing gear assembly (110.1) at the first extension speed until the first landing gear assembly (110.1) reaches a weight-on-wheels condition; and extending the second landing gear assembly (110.2) at the second extension speed until the second landing gear assembly (110.2) reaches the weight-on-wheels condition.