mhurhangee/ep-ind-claims huggingface dataset:
A chip matrix (1-10, 4-10) for a sequencing chip, comprising: a wafer (111, 411), wherein the wafer (111, 411) has cutting lines that are evenly distributed on the wafer (111, 411); a first silicon oxide layer (112, 412), wherein the first silicon oxide layer (112, 412) is made of silicon oxide and is formed on an upper surface of the wafer; and a transition metal oxide layer (113, 413), wherein the transition metal oxide layer (113, 413) is made of a transition metal oxide and is formed on an upper surface of the first silicon oxide layer, characterized in that, the transition metal oxide layer (113, 413) consists of a plurality of transition metal oxide spots that are unconnected to each other, the plurality of transition metal oxide spots is connected with amino groups, and the first silicon oxide layer located among the plurality of transition metal oxide spots that are unconnected to each other is connected with polyethylene glycol. a wafer (111, 411), wherein the wafer (111, 411) has cutting lines that are evenly distributed on the wafer (111, 411); a first silicon oxide layer (112, 412), wherein the first silicon oxide layer (112, 412) is made of silicon oxide and is formed on an upper surface of the wafer; and a transition metal oxide layer (113, 413), wherein the transition metal oxide layer (113, 413) is made of a transition metal oxide and is formed on an upper surface of the first silicon oxide layer, characterized in that, the transition metal oxide layer (113, 413) consists of a plurality of transition metal oxide spots that are unconnected to each other, the plurality of transition metal oxide spots is connected with amino groups, and the first silicon oxide layer located among the plurality of transition metal oxide spots that are unconnected to each other is connected with polyethylene glycol.
An in vitro method of differentiating an induced pluripotent stem (iPS) cell into an airway epithelial cell comprising: culturing the iPS cell which is preferably derived from a diseased human cell; more preferably a cystic fibrosis disease-specific human iPS cell, in the absence of serum to induce differentiation into a definitive endoderm cell; culturing the DE cell in the presence of serum to induce differentiation into an anterior foregut endoderm cell, wherein the AFE cell preferably expresses NKX2.1; and culturing the AFE cell in the presence of serum, a cytokine cocktail comprising EGF, KGF, BMP7, BMP4 and IWR-1, and a high concentration of retinoic acid, wherein the high concentration comprises from 0.8 μM to 1.2 μM to induce differentiation of the AFE cell into the airway epithelial cell, wherein the airway epithelial cell expresses Clara cell secretory protein (CCSP), cytokeratin 5, and FOXJ1 airway cell surface markers, and wherein the airway epithelial cell is capable of proliferation in culture for at least 30 days, preferably greater than 30 days, without loss of the airway cell surface markers. culturing the iPS cell which is preferably derived from a diseased human cell; more preferably a cystic fibrosis disease-specific human iPS cell, in the absence of serum to induce differentiation into a definitive endoderm cell; culturing the DE cell in the presence of serum to induce differentiation into an anterior foregut endoderm cell, wherein the AFE cell preferably expresses NKX2.1; and culturing the AFE cell in the presence of serum, a cytokine cocktail comprising EGF, KGF, BMP7, BMP4 and IWR-1, and a high concentration of retinoic acid, wherein the high concentration comprises from 0.8 μM to 1.2 μM to induce differentiation of the AFE cell into the airway epithelial cell, wherein the airway epithelial cell expresses Clara cell secretory protein (CCSP), cytokeratin 5, and FOXJ1 airway cell surface markers, and wherein the airway epithelial cell is capable of proliferation in culture for at least 30 days, preferably greater than 30 days, without loss of the airway cell surface markers.
A video information recording medium containing video data encoded according to MPEG4-AVC, the video data comprising a plurality of video units each of which includes an intra coded I-picture, a predictive coded P-picture including a group of blocks each of which is predicted from one picture and a bi-directionally-predictive coded B-picture including a group of blocks each of which is predicted from two pictures, said medium comprising: a video data recording area for storing said video data comprising said video units, at least one of said video units including an access point P-picture (P5, AP), wherein said access point P-picture (P5, AP) includes a group of blocks each of which is coded by motion compensation prediction using an I-picture located at the beginning of said video unit including said access point P-picture (P5, AP) or a selected one of preceding P-pictures, and pictures necessary for decoding said access point P-picture (P5, AP) do not include any B-picture, wherein any P-pictures, other than access point P-pictures, and any B-pictures following said access point P-picture (P5, AP) in the same video unit are all coded without referring to any picture preceding said access point P-picture (P5, AP); wherein said medium contains an attribute data in a management information region preceding said I-picture, said attribute data including a picture type information having a first value associated with each access point P-picture included in said video unit, and including a picture type information having a second value different from the first value associated with each P-picture included in said video unit that is not an access point P-picture but which is necessary to decode the next access point P-picture (P5, AP). a video data recording area for storing said video data comprising said video units, at least one of said video units including an access point P-picture (P5, AP), wherein said access point P-picture (P5, AP) includes a group of blocks each of which is coded by motion compensation prediction using an I-picture located at the beginning of said video unit including said access point P-picture (P5, AP) or a selected one of preceding P-pictures, and pictures necessary for decoding said access point P-picture (P5, AP) do not include any B-picture, wherein any P-pictures, other than access point P-pictures, and any B-pictures following said access point P-picture (P5, AP) in the same video unit are all coded without referring to any picture preceding said access point P-picture (P5, AP); wherein said medium contains an attribute data in a management information region preceding said I-picture, said attribute data including a picture type information having a first value associated with each access point P-picture included in said video unit, and including a picture type information having a second value different from the first value associated with each P-picture included in said video unit that is not an access point P-picture but which is necessary to decode the next access point P-picture (P5, AP).
Device for fitting a utility van vehicle, characterized in that it comprises a removable floor adaptable to the type of vehicle, and a set of identical removable boxes stackable on top of each other and on the floor, the device being adapted so that a single person can obtain a number of combinations of different assemblies of the set of boxes on the floor, said boxes being assembled on the floor leaving a horizontal space between of them.
A self-contained branch circuit monitor configured for use in a load center, comprising: a sensor coil of wire wound as a toroidal coil about a toroidal core, the toroidal core having a branch circuit wire (3A, 3B) threaded through the toroidal core's center; a flexible printed circuit board wrapped around the toroidal coil's outside circumference; a monitoring circuit formed on the flexible printed circuit board, the monitoring circuit electrically connected to leads (7, 9) from the sensor coil, the monitoring circuit's operation being powered by current induced in the sensor coil from current in the branch circuit wire, the monitoring circuit being configured to use the operating power to sample the current induced in the sensor coil as a measure of the current in the branch circuit wire; and a housing enclosing the self-contained branch circuit monitor, characterised in that: the housing provides a creepage distance to separate the sensor coil from the branch circuit wire operating at a branch circuit voltage level, to protect against forming a partially conducting path of localized deterioration; and in that the self-contained branch circuit monitor has a small form factor adapted to enable fitting in a wiring trough of the load center or in a branch location slot of the load center. a sensor coil of wire wound as a toroidal coil about a toroidal core, the toroidal core having a branch circuit wire (3A, 3B) threaded through the toroidal core's center; a flexible printed circuit board wrapped around the toroidal coil's outside circumference; a monitoring circuit formed on the flexible printed circuit board, the monitoring circuit electrically connected to leads (7, 9) from the sensor coil, the monitoring circuit's operation being powered by current induced in the sensor coil from current in the branch circuit wire, the monitoring circuit being configured to use the operating power to sample the current induced in the sensor coil as a measure of the current in the branch circuit wire; and a housing enclosing the self-contained branch circuit monitor, characterised in that: the housing provides a creepage distance to separate the sensor coil from the branch circuit wire operating at a branch circuit voltage level, to protect against forming a partially conducting path of localized deterioration; and in that the self-contained branch circuit monitor has a small form factor adapted to enable fitting in a wiring trough of the load center or in a branch location slot of the load center. the housing provides a creepage distance to separate the sensor coil from the branch circuit wire operating at a branch circuit voltage level, to protect against forming a partially conducting path of localized deterioration; and in that the self-contained branch circuit monitor has a small form factor adapted to enable fitting in a wiring trough of the load center or in a branch location slot of the load center.
A method for manufacturing containers from preforms made of thermoplastic material by means of a blow-moulding machine comprising at least one tempering device and a forming device comprising at least two forming stations, wherein the preforms are tempered by means of the tempering device on the basis of specifiable first control parameter, and wherein one tempered preform is respectively formed into a container by means of one of the forming stations on the basis of a specifiable second control parameter, wherein at least one of the second control parameters is individually specified for each of the forming stations, characterized in that the forming stations each comprise at least one valve, wherein a valve characteristic of the valve is determined before the valve is installed into the forming station in order to obtain an initial value for the specification of an individual second control parameter assigned to the valve.
A wrapping method to manufacture a pack with a sliding opening comprising a tray, which contains at least one product, and a case, which houses, on the inside, the tray in a sliding manner; the wrapping method comprises the steps of: folding a first blank designed to manufacture the case so as to give the first blank a "U"-shaped conformation having an open upper end; folding a second blank designed to manufacture the tray so as to manufacture the tray; inserting the at least partially formed tray into the first "U"-shaped blank; and completing the folding of the first blank around the tray previously inserted into the first "U"-shaped blank so as to manufacture the case already containing the tray; the wrapping method is characterized in that it comprises the further step of inserting the product into the tray after having inserted the tray into the first "U"-shaped blank and before completing the folding of the first blank. folding a first blank designed to manufacture the case so as to give the first blank a "U"-shaped conformation having an open upper end; folding a second blank designed to manufacture the tray so as to manufacture the tray; inserting the at least partially formed tray into the first "U"-shaped blank; and completing the folding of the first blank around the tray previously inserted into the first "U"-shaped blank so as to manufacture the case already containing the tray; the wrapping method is characterized in that it comprises the further step of inserting the product into the tray after having inserted the tray into the first "U"-shaped blank and before completing the folding of the first blank.
An aqueous ink composition comprising: an aqueous solvent; particles comprising yttria-stabilised zirconia, gadolinium doped ceria or mixtures thereof; a dispersant, wherein the dispersant is an electrostatic dispersant and is present at an amount of 0.1 to 1 mg m -2 of the surface area of the particles; a polymeric binder; and a non-ionic surfactant. an aqueous solvent; particles comprising yttria-stabilised zirconia, gadolinium doped ceria or mixtures thereof; a dispersant, wherein the dispersant is an electrostatic dispersant and is present at an amount of 0.1 to 1 mg m -2 of the surface area of the particles; a polymeric binder; and a non-ionic surfactant.
An aircraft door having: - a leaf comprising a door structure to which an external wall is fixed; - a surround comprising a door frame intended to be fixed to the fuselage of the aircraft; - a support arm of the leaf having an end mounted pivotably on the door frame, this support arm being movable between a closed position, in which the leaf closes the door frame, and an open position, in which the leaf is released from the door frame; - the support arm is connected to a support forearm by a first pivot connection, permitting as sole degree of freedom a rotation between the support forearm and the support arm about a first pivot axis, the support forearm being connected to the leaf by a second pivot connection, permitting as sole degree of freedom a rotation between the leaf and the support forearm about a second pivot axis parallel to the first pivot axis; - the support arm is connected to the door frame by two hinges (13, 14), each of them having a pivot (26, 27) for rotation of the support arm about a third pivot axis, which is parallel to the first pivot axis and to the second pivot axis; this aircraft door being characterized in that: this pivot (26, 27) of each hinge is connected to the door frame by a fastener (22, 23) that is adjustable in translation in a direction of first translation (35, 43) and in a direction of second translation (37, 47), these two directions (35, 37, 43, 47) being orthogonal to each other and orthogonal to the third pivot axis; and in that these rotation pivots (26, 27) of the support arm are translationally adjustable along the third pivot axis. - a leaf comprising a door structure to which an external wall is fixed; - a surround comprising a door frame intended to be fixed to the fuselage of the aircraft; - a support arm of the leaf having an end mounted pivotably on the door frame, this support arm being movable between a closed position, in which the leaf closes the door frame, and an open position, in which the leaf is released from the door frame; - the support arm is connected to a support forearm by a first pivot connection, permitting as sole degree of freedom a rotation between the support forearm and the support arm about a first pivot axis, the support forearm being connected to the leaf by a second pivot connection, permitting as sole degree of freedom a rotation between the leaf and the support forearm about a second pivot axis parallel to the first pivot axis; - the support arm is connected to the door frame by two hinges (13, 14), each of them having a pivot (26, 27) for rotation of the support arm about a third pivot axis, which is parallel to the first pivot axis and to the second pivot axis;
A composite fiber component, comprising: at least one layer of a fiber material; and a thermoplastic matrix impregnating the fiber material, wherein the composite fiber component comprises at least a first region comprising a first number of fiber layers and in which the local degree of consolidation of the composite fiber component is above a first consolidation threshold, and wherein the composite fiber component comprises at least a second region adjacent to the first region comprising a second number of fiber layers that is higher than the first number of fiber layers, in which the local degree of consolidation of the composite fiber component is below a second consolidation threshold, wherein the second consolidation threshold is smaller than the first consolidation threshold, and wherein the second region forms a film hinge and/or wherein the composite fiber component comprises at least one organic sheet or a pre-consolidated sheet. at least one layer of a fiber material; and a thermoplastic matrix impregnating the fiber material, wherein the composite fiber component comprises at least a first region comprising a first number of fiber layers and in which the local degree of consolidation of the composite fiber component is above a first consolidation threshold, and wherein the composite fiber component comprises at least a second region adjacent to the first region comprising a second number of fiber layers that is higher than the first number of fiber layers, in which the local degree of consolidation of the composite fiber component is below a second consolidation threshold, wherein the second consolidation threshold is smaller than the first consolidation threshold, and wherein the second region forms a film hinge and/or wherein the composite fiber component comprises at least one organic sheet or a pre-consolidated sheet.
Method for operating a printing device, in which a fluid intended for a printing operation is fed from a fluid storage container via a feed line to a print head in order that it can be applied to a surface by the print head, where the fluid is conveyed through a purification device in a purification circuit and a contamination factor of a fluid sample in the purification circuit is determined by means of a contamination measurement device, where a printing operation, by means of which the fluid is dispensed from the print head, is only begun after the contamination factor has fallen below a first threshold value, and characterised in that the fluid flowing through the purification circuit can be fed to the print head via the feed line, which branches off from the purification circuit and connects the purification circuit to the print head.
A manure scraper for an animal breeding facility, the scraper comprising: - a body, - a pair of scraping members extending on either side of the body, transversely to a forward direction of travel of the scraper, - a device for brushing the floor, positioned downstream of the scraping members along the forward direction of travel of the scraper, the brushing device comprising two brushes each positioned downstream of a scraping member along the forward direction of travel of the scraper, the brushes being configured to dislodge manure trapped in asperities of the floor after passage of the scraping members; characterised in that the scraper also comprises means for returning the manure scraped by the brushing device, designed to return the manure upstream of the scraping members along the forward direction of travel of the scraper. - a body, - a pair of scraping members extending on either side of the body, transversely to a forward direction of travel of the scraper, - a device for brushing the floor, positioned downstream of the scraping members along the forward direction of travel of the scraper, the brushing device comprising two brushes each positioned downstream of a scraping member along the forward direction of travel of the scraper, the brushes being configured to dislodge manure trapped in asperities of the floor after passage of the scraping members;
A high-frequency treatment device for excising a lesion tissue from a normal tissue, comprising: a tubular body having a front end portion and a rear end portion; an operating handle having a high-frequency port, the operating handle slidably fitted to the body, the operating handle including a main push rod extending through the body; a front tube having a rear end portion connected to the front end portion of the body; an auxiliary push rod rotatably connected to the main push rod, the auxiliary push rod extending into the front tube; a wire fixed to the auxiliary push rod, the wire extending through the front tube; a rotary knob rotatably attached to the body, the auxiliary push rod slidably fitted to the rotary knob, the rotary knob configured to rotate together with the auxiliary push rod and the wire; and an arc-shaped knife fixed to the wire, the knife connected to the high-frequency port of the operating handle via the wire, the auxiliary push rod and the main push rod. a tubular body having a front end portion and a rear end portion; an operating handle having a high-frequency port, the operating handle slidably fitted to the body, the operating handle including a main push rod extending through the body; a front tube having a rear end portion connected to the front end portion of the body; an auxiliary push rod rotatably connected to the main push rod, the auxiliary push rod extending into the front tube; a wire fixed to the auxiliary push rod, the wire extending through the front tube; a rotary knob rotatably attached to the body, the auxiliary push rod slidably fitted to the rotary knob, the rotary knob configured to rotate together with the auxiliary push rod and the wire; and an arc-shaped knife fixed to the wire, the knife connected to the high-frequency port of the operating handle via the wire, the auxiliary push rod and the main push rod.
Cutting device for a wire processing machine for the cutting of wire, comprising a movable blade (15.1) for the cutting of the wire, a cutting bush (6.1) with a first opening (7.1) for guidance of the wire that is to be cut, wherein the first opening has a first internal dimension, and with a second opening having a second internal dimension that differs from the first internal dimension, wherein the first or the second opening can be located in a machining position in which the wire can be sheared by the blade (15.1), characterised in that, the cutting device has an adjustment mechanism for adjusting the cutting bush (6.1) in order to selectively bring the first opening or the second opening of the cutting bush (6.1) into the machining position. the first or the second opening can be located in a machining position in which the wire can be sheared by the blade (15.1), characterised in that, the cutting device has an adjustment mechanism for adjusting the cutting bush (6.1) in order to selectively bring the first opening or the second opening of the cutting bush (6.1) into the machining position.
Watch comprising a middle part which, with a crystal, delimits a watch case, the crystal merely abutting on a shoulder arranged in the watch middle part to which the crystal is bonded, the watch comprising a bezel ultrasonic welded both to the crystal and to the watch middle part.