mhurhangee/ep-ind-claims huggingface dataset:
An analytical storage device comprising: a container for storing a sample for testing containing gases or volatile organic compounds, the container having a top opening and a rim surrounding the top opening; a cap including a liner for said container top opening, wherein said cap is configured to engage with said container and compress said liner against said rim surrounding the top opening of said container; said liner comprising a layer of polyvinylfluoride or polyvinylidene fluoride at a thickness of 0.01 mm to 0.1 mm and a backing layer of compressible material said layer of compressible material characterized in that layer of compressible material is adhered to said liner by adhesive bonding, wherein said compressible material is selected from a chlorobutyl rubber, a silicone elastomer at the durometer range of 30A to 90A, ethylene-propylene rubber, ethylene-propylene diene rubber, nitrile rubber, polychloroprene rubber, styrene-butadiene rubber or a fluroelastomer. a container for storing a sample for testing containing gases or volatile organic compounds, the container having a top opening and a rim surrounding the top opening; a cap including a liner for said container top opening, wherein said cap is configured to engage with said container and compress said liner against said rim surrounding the top opening of said container; said liner comprising a layer of polyvinylfluoride or polyvinylidene fluoride at a thickness of 0.01 mm to 0.1 mm and a backing layer of compressible material said layer of compressible material characterized in that layer of compressible material is adhered to said liner by adhesive bonding, wherein said compressible material is selected from a chlorobutyl rubber, a silicone elastomer at the durometer range of 30A to 90A, ethylene-propylene rubber, ethylene-propylene diene rubber, nitrile rubber, polychloroprene rubber, styrene-butadiene rubber or a fluroelastomer.
An automatic two-wheeled vehicle comprising an article storage structure, the article storage structure comprising: a cover member which covers a vehicle external side; an article storage portion which is disposed inside the cover member and enables to store an article; a lid member (31, 31A) which opens or closes an opening portion of the article storage portion; a pivot which is provided in the lid member (31, 31A), and which defines a rotational axis along an external surface of the lid member; and a rotary damper which is provided on the rotational axis and which is engaged with one end portion of the pivot so as to dampen a rotation of the lid member (31, 31A); wherein: the cover member includes a rear cover covering a rear surface side of a head pipe at a vehicle front portion, and a ride-on space is defined between the rear cover and a mounting seat; characterised in that the rear cover includes an outer panel situated on an outer side of a vehicle body and an inner panel situated on an inner side of the outer panel, the outer panel and the inner panel being superposed one on the other, in that the rotary damper is held between the outer panel and the inner panel, and in that a fastening stay (60, 70) fastening the pivot and the rotary damper together to the inner panel is provided. a cover member which covers a vehicle external side; an article storage portion which is disposed inside the cover member and enables to store an article; a lid member (31, 31A) which opens or closes an opening portion of the article storage portion; a pivot which is provided in the lid member (31, 31A), and which defines a rotational axis along an external surface of the lid member; and a rotary damper which is provided on the rotational axis and which is engaged with one end portion of the pivot so as to dampen a rotation of the lid member (31, 31A); wherein: the cover member includes a rear cover covering a rear surface side of a head pipe at a vehicle front portion, and a ride-on space is defined between the rear cover and a mounting seat; the cover member includes a rear cover covering a rear surface side of a head pipe at a vehicle front portion, and a ride-on space is defined between the rear cover and a mounting seat; characterised in that the rear cover includes an outer panel situated on an outer side of a vehicle body and an inner panel situated on an inner side of the outer panel, the outer panel and the inner panel being superposed one on the other, in that the rotary damper is held between the outer panel and the inner panel, and in that a fastening stay (60, 70) fastening the pivot and the rotary damper together to the inner panel is provided.
Method of fabricating a grating for a phase contrast imaging apparatus for examining an object of interest, the grating having a primary axis which is arranged in a direction towards a source of radiation when the grating is installed in the imaging apparatus, the method comprising the steps of: writing, with a beam of electromagnetic radiation, at least a first trench into a wafer material; smoothing surfaces of the written first trench by etching technology; wherein the first trench has a depth in a first direction; wherein the first direction is different from the primary axis, such that the first trench is tilted by a first angle with respect to the primary axis. writing, with a beam of electromagnetic radiation, at least a first trench into a wafer material; smoothing surfaces of the written first trench by etching technology; wherein the first trench has a depth in a first direction; wherein the first direction is different from the primary axis, such that the first trench is tilted by a first angle with respect to the primary axis.
A composition comprising a resorcinol-based aryl polyester resin and a siloxane copolymer, wherein the resorcinol-based aryl polyester is according to either the structure shown below wherein R is at least one of C 1-12 alkyl, C 6 -C 24 aryl, alkyl aryl, alkoxy or halogen, n is 0 to 4 and m is on average at least 8, or the structure shown below: wherein R is at least one of C 1-12 alkyl, C 6 -C 24 aryl, alkyl aryl, alkoxy or halogen, n is 0 to 4, R 5 is at least one divalent organic radical, m is on average from 4 to 150, and p is on average from 2 to 200, wherein at least 40 mole % of the total of the moieties and -O-R 5 -O- are said siloxane copolymers selected from siloxane copolymers of polyimide, polyetherimides, polyetherimide sulfones, polysulfones, polyphenylene ether sulfones, polyether sulfones, polyphenylene ethers or polycarbonates, wherein the composition has a peak heat release, as measured by United States Federal Aviation Regulation 25.853, of less than 65 kW/m 2, wherein the composition has a notched Izod impact, as measured by ASTM method D256 of greater than or equal to 2.67 J/cm (5.0 ft-lbs/in).
Packaging container comprising a lid and a receptacle for storing preferably hot fillable foods, in particular food packaging made of plastics material, preferably having a tamper-evident closure which has a tamper-evident tab and is arranged on a skirt which extends from a side wall, the receptacle having a receiving chamber which is delimited by the side wall, and it being possible for the lid, formed as a snap-on or slip-on lid, to be secured on the upper edge of the receptacle, and the receptacle having an anti-twist lock such that a plurality of the receptacles formed as round tubs can be fastened together in the circumferential direction in a stack prior to filling, characterised in that the at least one anti-twist lock of the receptacle is formed by an offset which extends downwards in the side wall thereof towards a contact surface and has two contact edges in the circumferential direction, the anti-twist lock being formed as an outward projection in the side wall and the contact edges extending so as to taper towards one another in the direction of the contact surface.
Cementitious material structure with sensors including at least one substrate, a plurality of sensing elements arranged on the at least one substrate, and further including a waterproofing material layer covering the set formed by the plurality of sensing elements and the at least one substrate, characterized in that it further includes cementitious material involving the whole set formed by the said waterproofing material layer, at least one substrate and plurality of sensing elements, wherein the configuration, the arrangement and the sensor type allow said sensing elements to detect variables external to the cementitious structure based on interaction with a human user.
A water-borne cheese coating composition for reducing blistering of a protective layer comprising - a water-borne polymer dispersion, and/or a water-borne film-forming component which comprises biopolymers, and - a wax additive, wherein the wax additive comprises wax particles which are solid at room temperature, wherein the concentration of the wax additive ranges between 0.1 and 5%, based on dry matter and wherein the cheese coating composition comprises a colourant. - a water-borne polymer dispersion, and/or a water-borne film-forming component which comprises biopolymers, and - a wax additive, wherein the wax additive comprises wax particles which are solid at room temperature,
A cooking oven comprising: at least one heater (22; 22a, 22b); and a reflection device provided in a lower side of the heater and facing the at least one heater (22; 22a, 22b), and having a plurality of regions, each of the plurality of regions having a different respective reflectance against heat generated by the at least one heater (22; 22a, 22b), in order to cook a plurality of cooking materials each having a different cooking temperature, wherein the reflection device is implemented by a shape and an area configured to cover an entire shape and area of the at least one heater (22; 22a, 22b). at least one heater (22; 22a, 22b); and a reflection device provided in a lower side of the heater and facing the at least one heater (22; 22a, 22b), and having a plurality of regions, each of the plurality of regions having a different respective reflectance against heat generated by the at least one heater (22; 22a, 22b), in order to cook a plurality of cooking materials each having a different cooking temperature, wherein the reflection device is implemented by a shape and an area configured to cover an entire shape and area of the at least one heater (22; 22a, 22b).
A system for determining toner color images comprising: a source of print order data from which image data and printing instructions for printing the image data can be determined; a processor that determines a pattern of target colors based upon the image data and the printing instructions and a color gamut that can be formed using a predetermined combination of reflective toner colors, that generates a plurality of reflective toner color images for combination in register to form the pattern of target colors; and that identifies at least one noise evident portion in the pattern of target colors where any unintended density variations will create visual artifacts in the print; wherein the processor further generates a fluorescent toner color image that when printed using a corresponding fluorescent toner applied in the noise-evident portions of the image will generate a diffuse fluorescent color light that reduces the extent to which noise induced variations in density in the noise evident portion are observable; and, adjusts the plurality of reflective toner color images so that the reflective toner color images combine with the fluorescent color image to form the target color image. a source of print order data from which image data and printing instructions for printing the image data can be determined; a processor that determines a pattern of target colors based upon the image data and the printing instructions and a color gamut that can be formed using a predetermined combination of reflective toner colors, that generates a plurality of reflective toner color images for combination in register to form the pattern of target colors; and that identifies at least one noise evident portion in the pattern of target colors where any unintended density variations will create visual artifacts in the print; wherein the processor further generates a fluorescent toner color image that when printed using a corresponding fluorescent toner applied in the noise-evident portions of the image will generate a diffuse fluorescent color light that reduces the extent to which noise induced variations in density in the noise evident portion are observable; and, adjusts the plurality of reflective toner color images so that the reflective toner color images combine with the fluorescent color image to form the target color image.
A toothbrush comprising: a surface and a plurality of protrusions extending from the surface, an optical machine-readable representation of data adapted to be read by a device for processing an image of the optical machine readable representation of data and for extracting the data from the image; characterized in that the optical machine readable representation of data being at least partially defined by the protrusions, and that the protrusions are comprised in a soft tissue cleaner. a surface and a plurality of protrusions extending from the surface, an optical machine-readable representation of data adapted to be read by a device for processing an image of the optical machine readable representation of data and for extracting the data from the image; characterized in that the optical machine readable representation of data being at least partially defined by the protrusions, and that the protrusions are comprised in a soft tissue cleaner.
A method for forming a porous film of an inorganic substance on a base material by spraying dry fine particles, which have been vacuum dried, of an inorganic substance on the base material such that the fine particles are bonded to the base material and bonded to one another, the spraying being performed by an aerosol deposition method in which the dry fine particles are accelerated by using carrier gas such that speed of the dry fine particles accelerated by the carrier gas is 10 m/s to 650 m/s, and sprayed onto the base material, wherein: the fine particles include at least two kinds of fine particles which are small-size particles and large-size particles having different average particle sizes, a ratio between the small-size particles and the large-size particles (small-size particles/large-size particles) in the formed porous film is higher than a ratio between the small-size particles and the large-size particles (small-size particles/large-size particles) in the fine particles to be sprayed on the base material, an average particle size r of the small-size particles satisfies 1 nm ≦ r < 200 nm, and an average particle size R of the large-size particles satisfies 0.2 μm ≤ R ≤ 100 μm, and a mixing ratio of the small-size particles to the large-size particles in the dry fine particles to be sprayed on the base material is 0.5:99.5 to 50:50 (parts by weight). the fine particles include at least two kinds of fine particles which are small-size particles and large-size particles having different average particle sizes, a ratio between the small-size particles and the large-size particles (small-size particles/large-size particles) in the formed porous film is higher than a ratio between the small-size particles and the large-size particles (small-size particles/large-size particles) in the fine particles to be sprayed on the base material, an average particle size r of the small-size particles satisfies 1 nm ≦ r < 200 nm, and an average particle size R of the large-size particles satisfies 0.2 μm ≤ R ≤ 100 μm, and a mixing ratio of the small-size particles to the large-size particles in the dry fine particles to be sprayed on the base material is 0.5:99.5 to 50:50 (parts by weight).
A surgical system for administering an ablation treatment to a patient tissue, comprising: a stabilizer mechanism having an inner recess; and an ablation mechanism disposed within the inner recess of the stabilizer mechanism, the ablation mechanism having a first electrode side and a second electrode side opposing the first electrode side, the ablation mechanism configured to receive a portion of the tissue between the first electrode side and the second electrode side, wherein the stabilizer mechanism is a flexible stabilizer mechanism having the inner recess and where the flexible stabilizer permits the first electrode side and the second electrode side to pull together as tissue is drawn into the inner recess and the ablation mechanism comprises an active electrode assembly disposed along a first side of the inner recess of the stabilizer mechanism, and a return electrode assembly disposed along a second side of the inner recess of the stabilizer mechanism, wherein the active electrode assembly and the return electrode assembly each have multiple electrodes. a stabilizer mechanism having an inner recess; and an ablation mechanism disposed within the inner recess of the stabilizer mechanism, the ablation mechanism having a first electrode side and a second electrode side opposing the first electrode side, the ablation mechanism configured to receive a portion of the tissue between the first electrode side and the second electrode side, wherein the stabilizer mechanism is a flexible stabilizer mechanism having the inner recess and where the flexible stabilizer permits the first electrode side and the second electrode side to pull together as tissue is drawn into the inner recess and the ablation mechanism comprises an active electrode assembly disposed along a first side of the inner recess of the stabilizer mechanism, and a return electrode assembly disposed along a second side of the inner recess of the stabilizer mechanism, wherein the active electrode assembly and the return electrode assembly each have multiple electrodes.
A food-grade encapsulate comprising gelled protein aggregates embedded in a continuous polysaccharide phase, wherein said gelled protein aggregates comprise a micronutrient, and wherein the encapsulate exhibit a size of from 1 micron to 5 mm.
Driverless ground vehicle for conveying loads (11, 13) such as vehicle bodies and/or vehicle parts, comprising a) a vehicle body with a first axle and with a second axle, wherein at least one axle is driveable, b) receiving points for receiving a load (11, 13), wherein a first number of receiving points (24, 26) are arranged in a first region of the vehicle body and a second number of receiving points are arranged in a second region of the vehicle body, characterized in that c) the distance between the first number of receiving points (24, 26) and the second number of receiving points (28, 30) is adjustable. a) a vehicle body with a first axle and with a second axle, wherein at least one axle is driveable, b) receiving points for receiving a load (11, 13), wherein a first number of receiving points (24, 26) are arranged in a first region of the vehicle body and a second number of receiving points are arranged in a second region of the vehicle body, characterized in that c) the distance between the first number of receiving points (24, 26) and the second number of receiving points (28, 30) is adjustable.
(Amended) A lens device comprising: a barrel body which movably holds a focus lens in an optical axis direction; a focus ring provided on an outer circumferential part of the barrel body and having a regulated rotation range; a rotation position detecting unit which detects a rotation position in the rotation range of the focus ring; and control means which perform absolute position control of moving the focus lens to an absolute position corresponding to the rotation position detected by the rotation position detecting unit for rough adjustment and relative position control of moving the focus lens to a relative position for fine adjustment characterized by a touch sensor provided on the outer circumferential part of the barrel body so as to be adjacent to the focus ring; wherein the control means is adapted to perform the relative position control of moving the focus lens to a relative position corresponding to a sliding amount on the touch sensor on an outer circumferential surface in a circumferential direction. a barrel body which movably holds a focus lens in an optical axis direction; a focus ring provided on an outer circumferential part of the barrel body and having a regulated rotation range; a rotation position detecting unit which detects a rotation position in the rotation range of the focus ring; and control means which perform absolute position control of moving the focus lens to an absolute position corresponding to the rotation position detected by the rotation position detecting unit for rough adjustment and relative position control of moving the focus lens to a relative position for fine adjustment characterized by a touch sensor provided on the outer circumferential part of the barrel body so as to be adjacent to the focus ring; wherein the control means is adapted to perform the relative position control of moving the focus lens to a relative position corresponding to a sliding amount on the touch sensor on an outer circumferential surface in a circumferential direction.
A resin composition for producing a composite part, comprising: a. a first resin component comprising a glycidyl ether epoxy resin b. a second resin component comprising a naphthalene based epoxy resin, c. an amino-phenyl fluorene curative, and wherein the epoxy resin components a) and b) contain from 12 to 32 wt% of the second resin component. a. a first resin component comprising a glycidyl ether epoxy resin b. a second resin component comprising a naphthalene based epoxy resin, c. an amino-phenyl fluorene curative, and
An apparatus comprising: an internal optical projection element configured to project light internally towards an eye of a user of the apparatus, wherein the internal optical projection element is a first out-coupling element; an external optical projection element configured to project light externally away from the eye of the user of the apparatus, wherein the external optical projection element is a second out-coupling element, and wherein the first and second out-coupling elements (24, 34) are diffractive elements; one or more optical engines configured to provide light to the internal optical projection element and the external optical projection element; a selective optical filter configured to filter light provided by at least one of the one or more optical engines; and a controller configured to control projection of light by the external optical projection element to coincide with an area corresponding to the pupil of the eye of the user of the apparatus in dependence upon pupil motion and position, wherein the controller comprises an eye-tracking module for tracking pupil motion and position. an internal optical projection element configured to project light internally towards an eye of a user of the apparatus, wherein the internal optical projection element is a first out-coupling element; an external optical projection element configured to project light externally away from the eye of the user of the apparatus, wherein the external optical projection element is a second out-coupling element, and wherein the first and second out-coupling elements (24, 34) are diffractive elements; one or more optical engines configured to provide light to the internal optical projection element and the external optical projection element; a selective optical filter configured to filter light provided by at least one of the one or more optical engines; and a controller configured to control projection of light by the external optical projection element to coincide with an area corresponding to the pupil of the eye of the user of the apparatus in dependence upon pupil motion and position, wherein the controller comprises an eye-tracking module for tracking pupil motion and position.