mhurhangee/ep-ind-claims huggingface dataset:
A separator with a heat resistant insulation layer for a non-aqueous electrolyte lithium ion secondary battery, comprising: a porous substrate; and a heat resistant insulation layer formed on one surface or both surfaces of the porous substrate and containing inorganic particles and a binder, wherein a content mass ratio of the inorganic particles to the binder in the heat resistant insulation layer is in a range from 99:1 to 85:15, and a BET specific surface area of the inorganic particles is in a range from 3 m 2 /g to 15 m 2 /g, characterized in that a ratio of a moisture content per mass of the binder in % to the BET specific surface area of the inorganic particles in m 2 /g is in the range from 1 to 1.8, wherein the moisture content per mass of the binder is measured by a coulometric titration method with a Karl Fischer moisture meter, and the binder measured by the coulometric titration method is kept under air atmosphere at a temperature of 25°C and at relative humidity of 50% for 24 hours, and wherein the binder is at least one of carboxymethylcellulose and salt thereof. a porous substrate; and a heat resistant insulation layer formed on one surface or both surfaces of the porous substrate and containing inorganic particles and a binder, wherein a content mass ratio of the inorganic particles to the binder in the heat resistant insulation layer is in a range from 99:1 to 85:15, and a BET specific surface area of the inorganic particles is in a range from 3 m 2 /g to 15 m 2 /g, characterized in that a ratio of a moisture content per mass of the binder in % to the BET specific surface area of the inorganic particles in m 2 /g is in the range from 1 to 1.8, wherein the moisture content per mass of the binder is measured by a coulometric titration method with a Karl Fischer moisture meter, and the binder measured by the coulometric titration method is kept under air atmosphere at a temperature of 25°C and at relative humidity of 50% for 24 hours, and wherein the binder is at least one of carboxymethylcellulose and salt thereof.
A connector for use with a tissue shaver having a handle that has an inner lumen for removing fluid and tissue from the device, the connector comprising: a housing (232, 234) having proximal and distal ends (232a, 232b), the proximal end having a drive feature for coupling to a driver disposed in the handle of the tissue shaver, and the distal end having a drive feature for coupling to a corresponding drive feature on a proximal end of an inner shaft of a tissue shaver such that actuation of the driver is effective to rotate the inner shaft, the housing (232, 234) further having a lumen formed therein and extending between an entry port formed in the distal end of the housing for receiving fluid from an inner shaft of a tissue shaver, and an exit port formed in a sidewall of the housing at a location distal to the proximal end of the housing for directing fluid away from the handle of the tissue shaver, wherein the proximal end of the housing has a first mating feature formed thereon and is configured to removably fit the handle of the tissue shaver, and the distal end of the housing has a second mating feature formed thereon and is configured to removably fit a shaft assembly of the tissue shaver, wherein the proximal end of the housing is sealed to prevent tissue and fluid flowing through the lumen in the housing from contacting the handle of the tissue shaver when mated to the housing. a housing (232, 234) having proximal and distal ends (232a, 232b), the proximal end having a drive feature for coupling to a driver disposed in the handle of the tissue shaver, and the distal end having a drive feature for coupling to a corresponding drive feature on a proximal end of an inner shaft of a tissue shaver such that actuation of the driver is effective to rotate the inner shaft, the housing (232, 234) further having a lumen formed therein and extending between an entry port formed in the distal end of the housing for receiving fluid from an inner shaft of a tissue shaver, and an exit port formed in a sidewall of the housing at a location distal to the proximal end of the housing for directing fluid away from the handle of the tissue shaver, wherein the proximal end of the housing has a first mating feature formed thereon and is configured to removably fit the handle of the tissue shaver, and the distal end of the housing has a second mating feature formed thereon and is configured to removably fit a shaft assembly of the tissue shaver, wherein the proximal end of the housing is sealed to prevent tissue and fluid flowing through the lumen in the housing from contacting the handle of the tissue shaver when mated to the housing.
A handle for controlling the opening of a motor vehicle door leaf, comprising a gripping portion, a member forming a counterweight against an inertia of the gripping portion, which member forming a counterweight is mounted separately from the opening control in an inertia direction inwardly to the vehicle, the handle further comprising a blocking member in an inertia direction outwardly to the vehicle adapted to take on a position for blocking the opening control, such that it comprises an arrangement of the counterweight producing a driving of the blocking member towards its blocking position under the effect of a separation of the counterweight with respect to the opening control.
A method for testing effectiveness of a von Willebrand Factor used in treating von Willebrand disease in a subject comprising measuring VWF cleavage fragments in a blood sample from the subject before and after treatment, wherein an increase in VWF cleavage fragments after the treatment indicates that endogenous a disintegrin and metalloproteinase with a thrombospondin type 1 motif, member 13 (ADAMTS13) in the subject is cleaving the VWF and wherein a decrease or absence of VWF cleavage fragments after the treatment indicates that endogenous ADAMTS 13 in the subject is not cleaving the VWF, and wherein the VWF cleavage fragments are generated by the activity of ADAMTS 13, and wherein the VWF cleavage is carried out under shear stress.
An image providing device for providing a mosaic image of an original image divided into a plurality of regions, the image providing device comprising: an acquisition means arranged to acquire an image specified by a user; a first search means arranged to search for a region of the plurality of regions of the original image where the acquired image can be assigned, wherein the region searched for satisfies conditions of visual similarity to the acquired image; a first assignment means arranged to assign the acquired image to the region searched for by the first search means; a dividing means arranged to further divide a region, among the plurality of regions, to which no image is assigned into a plurality of regions (210a, 210b, 210c, 210d) when there is no region satisfying the conditions where the acquired image can be assigned as a result of the search by the first search means; a second assignment means arranged to assign the acquired image to a region satisfying the conditions where the acquired image can be assigned among the plurality of regions formed by the division by the dividing means (210a, 210b,210c,210d); and a presentation means arranged to, on the basis of the assignment by the first assignment means or the second assignment means, cause a mosaic image in which the acquired image is placed to be presented. an acquisition means arranged to acquire an image specified by a user; a first search means arranged to search for a region of the plurality of regions of the original image where the acquired image can be assigned, wherein the region searched for satisfies conditions of visual similarity to the acquired image; a first assignment means arranged to assign the acquired image to the region searched for by the first search means; a dividing means arranged to further divide a region, among the plurality of regions, to which no image is assigned into a plurality of regions (210a, 210b, 210c, 210d) when there is no region satisfying the conditions where the acquired image can be assigned as a result of the search by the first search means; a second assignment means arranged to assign the acquired image to a region satisfying the conditions where the acquired image can be assigned among the plurality of regions formed by the division by the dividing means (210a, 210b,210c,210d); and a presentation means arranged to, on the basis of the assignment by the first assignment means or the second assignment means, cause a mosaic image in which the acquired image is placed to be presented.
Apparatus for calibrating and cooling of a plastic film or plate, comprising at least two cooling or calibration rollers, with a cooling section downstream of the rollers, the downstream cooling section consisting of successively arranged roller pairs (2, 3, 4), characterised in that the roller pairs (2, 3, 4) are combined to modules, the rollers of the roller pairs (2, 3, 4) and/or the roller pairs (2, 3, 4) being adjustable relative to one another such that between the quasi-flow through the nip and the quasi-rotation around the roller, the rollers can be arranged in all possible combinations, the rollers being driven individually or together, the rollers being tempered.
A computer-implemented method (300, 400) comprising: receiving electronic signals for an event on a mobile device; identifying a keyword for the event from the electronic signals; retrieving and displaying supplemental information for the event based upon the identified keyword; determining a context for a mobile device based on the received electronic signals and the keyword, wherein the context is either a personal context or a work context; and automatically switching the mobile device between different operational modes with the computing device in response to and based upon whether the determined context is the personal context or the work context. receiving electronic signals for an event on a mobile device; identifying a keyword for the event from the electronic signals; retrieving and displaying supplemental information for the event based upon the identified keyword; determining a context for a mobile device based on the received electronic signals and the keyword, wherein the context is either a personal context or a work context; and automatically switching the mobile device between different operational modes with the computing device in response to and based upon whether the determined context is the personal context or the work context.
A motor device comprising: a motor that has a rotary shaft; a motor housing in a tubular shape which is bottomed so as to have a bottom portion and an opening portion, in which the motor is housed; a substrate on which various electronic components that control power supply to the motor are mounted; a motor cover in a tubular shape which is roofed so as to have a roof portion and an opening portion, in which the substrate is housed and which is provided so as to cover the opening portion of the motor housing; a sensor magnet provided at an end portion of the rotary shaft on a side of the substrate; a magnetic sensor provided on a surface of the substrate on a side of the motor so as to face the sensor magnet, the magnetic sensor generating an electric signal that matches a magnetic field from the sensor magnet; and a power source filter provided on the substrate on a side opposite to the motor as one of the various electronic components, the power source filter generating leakage flux, characterized in that the motor cover is provided integrally with a wall portion that surrounds at least a portion of the power source filter on a side of the magnetic sensor, the wall portion is a housing portion that projects from the roof portion of the motor cover toward a side opposite to the motor; at least a portion of the power source filter is housed in the housing portion, and the motor cover is made of a magnetic body. a motor that has a rotary shaft; a motor housing in a tubular shape which is bottomed so as to have a bottom portion and an opening portion, in which the motor is housed; a substrate on which various electronic components that control power supply to the motor are mounted; a motor cover in a tubular shape which is roofed so as to have a roof portion and an opening portion, in which the substrate is housed and which is provided so as to cover the opening portion of the motor housing; a sensor magnet provided at an end portion of the rotary shaft on a side of the substrate; a magnetic sensor provided on a surface of the substrate on a side of the motor so as to face the sensor magnet, the magnetic sensor generating an electric signal that matches a magnetic field from the sensor magnet; and a power source filter provided on the substrate on a side opposite to the motor as one of the various electronic components, the power source filter generating leakage flux, characterized in that the motor cover is provided integrally with a wall portion that surrounds at least a portion of the power source filter on a side of the magnetic sensor, the wall portion is a housing portion that projects from the roof portion of the motor cover toward a side opposite to the motor; at least a portion of the power source filter is housed in the housing portion, and the motor cover is made of a magnetic body.
A multifunctional optical device based on a two-dimensional photonic crystal and on a magneto-optical resonator, comprising a two-dimensional photonic crystal in which an arrangement of waveguides and one resonant cavity are inserted, wherein the arrangement of waveguides consists of four waveguides; characterized in that the four waveguides of the arrangement are connected to the resonant cavity and orientated towards the center of the resonant cavity so that the waveguides of three pairs of adjacent waveguides are separated by an angle equal to 60 degrees.
Use of liner for protecting sensitive adhesives, the liner having a carrier comprising a film layer, which is formed by at least one polymeric film made from polyester in particular, and also having a barrier layer, which is applied to the film layer and which has a barrier effect with respect to oxygen and water vapour and also with respect to other harmful gases, and which is formed from at least one polymeric film, as selected from the group of PUR, PP, PET, PVC, PVDC, PEN, PAN, EVOH, PA, PA6 or, in particular, PA with nanocomposites, the barrier layer having a • O 2 permeability < 0.1 g/m 2 /24 h, more particularly <0.01 g/m 2 /24 h, especially <0.005 g/m 2 /24 h (measured at 23°C and 50% relative humidity) • H 2 O permeability < 0.1 g/m 2 /24 h, more particularly <0.01 g/m 2 /24 h, especially <0.005 g/m 2 /24 h (measured at 37.8°C and 90% relative humidity), there being an adhesive or a double-sided adhesive tape applied on the free-lying side of the barrier layer, the adhesive present on the free-lying side of the barrier layer being a reactive adhesive which is equipped with functional groups. • O 2 permeability < 0.1 g/m 2 /24 h, more particularly <0.01 g/m 2 /24 h, especially <0.005 g/m 2 /24 h (measured at 23°C and 50% relative humidity) • H 2 O permeability < 0.1 g/m 2 /24 h, more particularly <0.01 g/m 2 /24 h, especially <0.005 g/m 2 /24 h (measured at 37.8°C and 90% relative humidity),
An absorbent article comprising an absorbent member and a topsheet (2, 102) which is arranged on a skin-facing surface side of the absorbent member, the absorbent member including an absorbent core (40, 140) and a core wrap sheet (41, 141) which covers at least a skin-facing surface of the absorbent core (40, 140), wherein the topsheet (2, 102) has a large number of projections which protrude toward the skin of a wearer, the absorbent core (40, 140) has a slit (5, 105) extending in a predetermined direction and having an opening (50, 150) on a non-skin-facing surface (40b, 140b) side of the absorbent core (40, 140), wherein the slit (5, 105) does not pierce the absorbent core (40, 140) in a thickness direction and wherein a forming material of the absorbent core (40, 140) is accumulated between the slit (5, 105) and the portion of the core wrap sheet (41, 141) which covers the skin-facing surface of the absorbent core (40, 140), and wherein a portion of the absorbent core (40, 140) which is adjacent to the slit (5, 105) in a thickness direction of the absorbent core (40, 140) is not consolidated, and a portion of the core wrap sheet (41, 141) which covers the skin-facing surface of the absorbent core (40, 140) has a liquid permeation time of a low viscosity liquid, as measured in the following method, of 2.5 seconds or less, <Measurement Method of Liquid Permeation Time of Low Viscosity Liquid> wherein the liquid permeation time of a low viscosity liquid is measured using two cylinders (91, 92) having an inside diameter of 35 mm, whose upper and lower ends are open, are arranged up and down bringing axis of the both cylinders in line, a sheet to be measured (core wrap sheet) is put between the upper and bottom cylinders, and, while that condition is kept, 40 g ± 1 g of physiological saline is supplied into the upper cylinder, the 40 g ± 1 g of physiological saline being poured into the upper cylinder at once without pausing from a container including the physiological saline, thereby supplying the saline into the upper cylinder, wherein the physiological saline supplied permeates through the sheet to be measured or is absorbed into the sheet to be measured, whereby it disappears from the upper cylinder, and wherein a time until a liquid surface of the physiological saline reaches a position of a surface of the sheet to be measured from the supply starting time of the physiological saline is measured, and the time is defined as a liquid permeation time.
An isolated nucleic acid molecule comprising a first portion, wherein the first portion is no more than 30 nucleotides in length; a second portion, wherein the second portion has a sequence that is complementary to the first portion; and a loop portion consisting of 12 to 50 nucleotides and comprising between 12 and 32 nucleotides of SEQ ID NO: 1, wherein the loop portion is a sequence designed to circumvent exportin-5 mediated export; wherein the first portion and the second portion are operably linked by means of the loop portion to form a hairpin structure comprising a duplex structure that is 10 to 29 base pairs in length and a loop structure. a first portion, wherein the first portion is no more than 30 nucleotides in length; a second portion, wherein the second portion has a sequence that is complementary to the first portion; and a loop portion consisting of 12 to 50 nucleotides and comprising between 12 and 32 nucleotides of SEQ ID NO: 1, wherein the loop portion is a sequence designed to circumvent exportin-5 mediated export; wherein the first portion and the second portion are operably linked by means of the loop portion to form a hairpin structure comprising a duplex structure that is 10 to 29 base pairs in length and a loop structure.
A flextensional transducer for use underwater, wherein the flextensional transducer comprises a stave made from a material having a lattice structure, wherein the stave bends inwards towards a centre axis of the flextensional transducer at a central portion of the stave, characterized in that the material is an auxetic lattice material.
A personal care composition comprising: (a) glycinate surfactant; (b) polyol; and (c) nonionic surfactant comprising alkyl glucoside, wherein: (i) the weight ratio of the polyol to the glycinate surfactant is no less than 5.4:1; (ii) the composition comprises phenoxyethanol; and (iii) the total amount of the glycinate surfactant and alkyl glucoside is at least 2% by weight of the composition. (a) glycinate surfactant; (b) polyol; and (c) nonionic surfactant comprising alkyl glucoside, (i) the weight ratio of the polyol to the glycinate surfactant is no less than 5.4:1; (ii) the composition comprises phenoxyethanol; and (iii) the total amount of the glycinate surfactant and alkyl glucoside is at least 2% by weight of the composition.
A method for pre-heating a first (461, 761, 862) molding surface of a mold, which mold comprises an open position and a closed position and demarcates, in that closed position, a cavity enclosed between said first (461, 761, 862) pre-heated molding surface and a second (462, 762, 861) molding surface, characterized in that said method comprises the steps of: a. induction heating a part, known as the core (470, 670, 872), outside the mold by placing said part inside a turn (430, 830) through which alternating current flows; b. inserting said core between the molding surfaces (461, 462, 761, 762, 861, 862) of said mold in the open position; c. pre-heating the first (461, 761, 862) molding surface by thermal transfer between said core and said molding surface; d. removing the core and closing the mold. a. induction heating a part, known as the core (470, 670, 872), outside the mold by placing said part inside a turn (430, 830) through which alternating current flows; b. inserting said core between the molding surfaces (461, 462, 761, 762, 861, 862) of said mold in the open position; c. pre-heating the first (461, 761, 862) molding surface by thermal transfer between said core and said molding surface; d. removing the core and closing the mold.
An absorbable/disintegratable, multicomponent, non-migrating endoureteral stent comprising a construct comprising an elastomeric film and a fiber reinforcement, the construct defining at least one position-retaining end, wherein the fiber-reinforcement comprises a) a monofilament coil and a knitted tube of a multifilament yarn, b) a monofilament coil and a braided multifilament yarn, or c) a tube comprising a braided or weft-knitted monofilament yarn, and wherein the construct is tubular with a central main component having a smaller diameter than that of a patient ureter, wherein the at least one position-retaining end is a highly flexible extension of the central main tube, acquiring a loop shape with an open end parallel to the axis of the central main tube after insertion in the patient ureter and the loop can be made co-linear with the central main tube during insertion with an applicator.
Warp-knitting machine having knitting needles, guide needles, and sinker assemblies having knock-over edges and downholders, wherein the knitting needles, the guide needles, and the sinker assemblies are in each case disposed beside one another in a width direction, wherein the sinker assembly has knock-over sinkers and downholders that are separate from the knock-over sinkers and the knock-over sinkers and the downholders on at least part of the respective motion paths thereof are drivable by way of dissimilar movements, characterized in that a downholder drive acts on the downholders in the width direction, by way of which downholder drive the downholders relative to the knock-over sinkers are displaceable in the width direction.