mhurhangee/patent-ind-claim-en huggingface dataset:
A security sheet comprising a data sheet and an attachment layer for attaching the data sheet in a security document , wherein: the data sheet is formed from a plurality of plastic layers overlying one another and attached together, and extends between an inner edge and an outer edge , wherein the data sheet comprises a data sheet height extending between the inner and outer edges and a data sheet width perpendicular to the data sheet height; the data sheet is attached to the attachment layer at the inner edge ; the attachment layer comprises a hinge portion located outside of the data sheet and a connection portion extending from the hinge portion into and/or onto the data sheet ; the attachment layer is attached between adjacent plastic layers of the plurality of plastic layers of the data sheet and/or the attachment layer is attached at and/or embedded in an outer surface of the data sheet such that the connection portion is at least partially embedded in the data sheet ; and the inner edge has a nonlinear inner edge profile such that the data sheet height varies along the data sheet width, the inner edge profile being nonlinear by being not straight and by comprising at least one curve and/or at least two straight lines at a non-straight angle to one another; characterised in that at least part of the hinge portion is thicker than the connection portion such that the hinge portion comprises a proximal edge from which the connection portion extends. the data sheet is formed from a plurality of plastic layers overlying one another and attached together, and extends between an inner edge and an outer edge , wherein the data sheet comprises a data sheet height extending between the inner and outer edges and a data sheet width perpendicular to the data sheet height; the data sheet is attached to the attachment layer at the inner edge ; the attachment layer comprises a hinge portion located outside of the data sheet and a connection portion extending from the hinge portion into and/or onto the data sheet ; the attachment layer is attached between adjacent plastic layers of the plurality of plastic layers of the data sheet and/or the attachment layer is attached at and/or embedded in an outer surface of the data sheet such that the connection portion is at least partially embedded in the data sheet ; and the inner edge has a nonlinear inner edge profile such that the data sheet height varies along the data sheet width, the inner edge profile being nonlinear by being not straight and by comprising at least one curve and/or at least two straight lines at a non-straight angle to one another; characterised in that at least part of the hinge portion is thicker than the connection portion such that the hinge portion comprises a proximal edge from which the connection portion extends.
A method for digital counting analysis of a sample potentially containing at least one analyte, wherein the sample has been contacted with a solid phase having a plurality of discrete capture sites, each site being capable of capturing the at least one analyte, which method comprises at least two detection cycles in which the same analyte is labelled or re-labelled with a labelling agent, where each detection cycle comprises the steps of a) triggering a signal from captured and labelled or re-labelled analyte(s), b) recordation of the number and positions of capture sites exhibiting a signal from the captured and labelled or re-labelled analyte(s), and c) before a further detection cycle is performed, deactivation of signal(s) wherein the step of deactivation of signal(s) is selected from i. detaching and removing the labelling agent from the captured analyte, ii. deactivating the ability of the labelling agent to facilitate a signal or iii. the combination of i) and ii). a) triggering a signal from captured and labelled or re-labelled analyte(s), b) recordation of the number and positions of capture sites exhibiting a signal from the captured and labelled or re-labelled analyte(s), and c) before a further detection cycle is performed, deactivation of signal(s) i. detaching and removing the labelling agent from the captured analyte, ii. deactivating the ability of the labelling agent to facilitate a signal or iii. the combination of i) and ii).
A capacitor radio frequency, RF, shielding structure , comprising: a ground plane partially surrounding a coupling capacitor in an RF signal path, the ground plane comprising: a first ground plane portion extending between a positive terminal of the RF signal path and a negative terminal of the RF signal path, and a second ground plane portion extending between the positive terminal and the negative terminal of the RF signal path, the second ground plane portion opposing the first ground plane portion ; and characterized by a patterned shielding layer electrically contacting the first ground plane portion and/or the second ground plane portion , the patterned shielding layer electrically disconnecting a return current path over the patterned shielding layer to confine a return current to flowing over the first ground plane portion or the second ground plane portion . a ground plane partially surrounding a coupling capacitor in an RF signal path, the ground plane comprising: a first ground plane portion extending between a positive terminal of the RF signal path and a negative terminal of the RF signal path, and a second ground plane portion extending between the positive terminal and the negative terminal of the RF signal path, the second ground plane portion opposing the first ground plane portion ; and characterized by a first ground plane portion extending between a positive terminal of the RF signal path and a negative terminal of the RF signal path, and a second ground plane portion extending between the positive terminal and the negative terminal of the RF signal path, the second ground plane portion opposing the first ground plane portion ; and characterized by a patterned shielding layer electrically contacting the first ground plane portion and/or the second ground plane portion , the patterned shielding layer electrically disconnecting a return current path over the patterned shielding layer to confine a return current to flowing over the first ground plane portion or the second ground plane portion .
A molding element for a mold used for manufacturing a tread of a tire having a plurality of contacting elements delimited by a plurality of grooves , the molding element having a molding surface for forming a contact face of the contacting elements intended to come into contact with ground during rolling and a groove forming rib portion for forming the groove comprising two opposed rib side faces for forming two opposed groove side faces and a rib top face connecting two rib side faces for forming a groove bottom , the groove forming rib portion comprising at least one cavity opening to the rib top face and to at least one of the rib side faces for forming a closing device in the groove , the cavity having two opposed cavity faces distant in a direction the groove forming rib portion extending with a distance t, the molding element being characterized in that the molding element comprises at least one cutting means extending and/or projecting in a direction the groove forming rib portion extends for cutting a material filled in the cavity during demolding.
A cleaning liquid usable for cleaning of an ink-jet recording apparatus, the cleaning liquid comprising: a nonionic surfactant, solubility of the nonionic surfactant in water at 20°C being less than 0.2% by mass; a first water-soluble organic solvent of which solubility parameter is not less than 13, wherein the solubility parameter (SP) is defined as SP = ∑ Δ ei / ∑ Δ vi 1 / 2 Δ ei = evaporation energy of an atom and atomic group cal/mol Δ vi = molar volume cm 3 / mol ; a second water-soluble organic solvent of which solubility parameter is less than 12; and water, wherein the cleaning liquid satisfies the following conditions to : X ≥ 0 .1 A − B ≥ 0 B/X ≥ 15 10 ≤ A + B ≤ 60 in the conditions to , X: a content amount (% by mass) of the nonionic surfactant in an entire amount of the cleaning liquid, A: a content amount (% by mass) of the first water-soluble organic solvent in the entire amount of the cleaning liquid, and B: a content amount (% by mass) of the second water-soluble organic solvent in the entire amount of the cleaning liquid, wherein the first water-soluble organic solvent includes at least one selected from the group consisting of: glycerol, diethylene glycol and propylene glycol, and wherein the second water-soluble organic solvent includes at least one selected from the group consisting of: tripropylene glycol, 1,2-hexanediol, triethylene glycol-n-butyl ether and tripropylene glycol-n-butyl ether. a nonionic surfactant, solubility of the nonionic surfactant in water at 20°C being less than 0.2% by mass; a first water-soluble organic solvent of which solubility parameter is not less than 13, wherein the solubility parameter (SP) is defined as SP = ∑ Δ ei / ∑ Δ vi 1 / 2 Δ ei = evaporation energy of an atom and atomic group cal/mol Δ vi = molar volume cm 3 / mol ; a second water-soluble organic solvent of which solubility parameter is less than 12; and water, wherein the cleaning liquid satisfies the following conditions to : X ≥ 0 .1 A − B ≥ 0 B/X ≥ 15 10 ≤ A + B ≤ 60 in the conditions to , X: a content amount (% by mass) of the nonionic surfactant in an entire amount of the cleaning liquid, A: a content amount (% by mass) of the first water-soluble organic solvent in the entire amount of the cleaning liquid, and B: a content amount (% by mass) of the second water-soluble organic solvent in the entire amount of the cleaning liquid, wherein the first water-soluble organic solvent includes at least one selected from the group consisting of: glycerol, diethylene glycol and propylene glycol, and wherein the second water-soluble organic solvent includes at least one selected from the group consisting of: tripropylene glycol, 1,2-hexanediol, triethylene glycol-n-butyl ether and tripropylene glycol-n-butyl ether.
A paper bag for high productivity food processing, comprising near the opening edges in its internal walls, a band of hot-melt adhesive glue , characterized in that the glue is of a food or non-toxic variety, with a quantity of 0.0005 to 0.00135 gr/cm2, and preferably from 0.0009 to 0.00125 gr/cm2 of dry residue, where everything is suitable for coming into contact with foodstuffs, and where said band of adhesive glue is on at least one crosswise fold line of the opening edges for the brick folding of the single-layer paper bag.
A composition comprising at least one recombinant alkaline phosphatase for use in treating a hypophosphatasia (HPP) related seizure in a human subject, wherein the subject has aberrant levels of at least one alkaline phosphatase substrate selected from pyridoxal 5 '-phosphate (PLP), inorganic pyrophosphate (PPi), and phosphoethanolamine (PEA); wherein the subject has been determined to be nonresponsive to vitamin B6 treatment for the seizure; and wherein the human subject has undetectable bone mineralization defects, wherein the at least one recombinant alkaline phosphatase is fused to a negatively charged peptide.
A device for dropping a load attached below an aircraft , such as a fighter aircraft or a combat helicopter, comprising at least: - an expandable system for dropping the load in the form of a pantograph which may take a first stowed position for holding the load , for example within a cargo bay of the aircraft, and a second deployed position for installing the load on the ground or for dropping it in flight by moving the latter away from the aircraft through a vertical push directed downwards, said drop pantograph including at least two pairs of articulated connecting rods connected to each other via fixed and movable pivots forming a connecting rod assembly (20a; 20b), - a cylinder for triggering the pantograph provided with a cylinder rod to which two movable upper pivots of said drop pantograph are connected, characterised in that it further comprises an intermediate cradle for supporting the load , in that the drop pantograph comprises two identical connecting rod assemblies mounted in parallel along the cradle and operating in perfect synchronisation for switching from one position to another and in that the two connecting rod assemblies are disposed on either side of a plane (P) of longitudinal symmetry of the cradle , the cradle being split longitudinally into two portions on each of which a connecting rod assembly is secured, and in that it further comprises a piston indirectly linked to the trigger cylinder and including a piston rod such that, in an extended position of the rod of the trigger cylinder in which the drop pantograph is deployed, the rod of the piston is extended. - an expandable system for dropping the load in the form of a pantograph which may take a first stowed position for holding the load , for example within a cargo bay of the aircraft, and a second deployed position for installing the load on the ground or for dropping it in flight by moving the latter away from the aircraft through a vertical push directed downwards, said drop pantograph including at least two pairs of articulated connecting rods connected to each other via fixed and movable pivots forming a connecting rod assembly (20a; 20b), - a cylinder for triggering the pantograph provided with a cylinder rod to which two movable upper pivots of said drop pantograph are connected,
A data transmission method, comprising: sending, by a first end node, delayed transmission information to a second end node, wherein the delayed transmission information indicates first time information at which the first end node sends first data to the second end node; determining, by the first end node, that the second end node accepts the delayed transmission information; and sending, by the first end node, the first data to the second end node at target time based on the first time information, wherein the target time is determined based on the first time information; or determining, by the first end node, that the second end node refuses the delayed transmission information, and canceling, by the first end node, transmitting the first data. sending, by a first end node, delayed transmission information to a second end node, wherein the delayed transmission information indicates first time information at which the first end node sends first data to the second end node; determining, by the first end node, that the second end node accepts the delayed transmission information; and sending, by the first end node, the first data to the second end node at target time based on the first time information, wherein the target time is determined based on the first time information; or determining, by the first end node, that the second end node refuses the delayed transmission information, and canceling, by the first end node, transmitting the first data.
Method for automatically evaluating the degree of cleanliness of the filtering system in a dishwashing machine comprising a washing zone provided with a washing fluid collection zone (2"'), in which a filter (F) is positioned, said method being characterized in that it comprises the steps of: - acquiring a first digital image representative of a first condition of said filter (F), - digitally processing said first digital image so as to obtain a first processed image , in which said first processed image identifies a first surface value related to the surface area of the collection tank (F") of said filter (F) in a first condition in which said filter (F) is clean, - acquiring a second digital image representative of a second condition of said filter (F), - digitally processing said second digital image so as to obtain a second processed image , in which said second processed image identifies a second surface value related to the surface area of an accumulation of dirt in said collection tank (F") of said filter (F) in a second condition in which said filter (F) contains an accumulation of dirt, - comparing said second surface value with said first surface value for calculating an occlusion percentage value (OCL) of said filter (F) when passing between said first condition and said second condition, - generating a dirt presence signal (Sig) indicative of the presence of an accumulation of dirt in said filter (F), when said occlusion percentage value (OCL) of said filter F exceeds a predefined threshold value, - generating a sound and/or visual signal indicative of a blocked filter condition, when said dirt presence signal (Sig) is generated. - acquiring a first digital image representative of a first condition of said filter (F), - digitally processing said first digital image so as to obtain a first processed image , in which said first processed image identifies a first surface value related to the surface area of the collection tank (F") of said filter (F) in a first condition in which said filter (F) is clean, - acquiring a second digital image representative of a second condition of said filter (F), - digitally processing said second digital image so as to obtain a second processed image , in which said second processed image identifies a second surface value related to the surface area of an accumulation of dirt in said collection tank (F") of said filter (F) in a second condition in which said filter (F) contains an accumulation of dirt, - comparing said second surface value with said first surface value for calculating an occlusion percentage value (OCL) of said filter (F) when passing between said first condition and said second condition, - generating a dirt presence signal (Sig) indicative of the presence of an accumulation of dirt in said filter (F), when said occlusion percentage value (OCL) of said filter F exceeds a predefined threshold value, - generating a sound and/or visual signal indicative of a blocked filter condition, when said dirt presence signal (Sig) is generated.
A hinge of a motor-vehicle mobile part, comprising at least the following elements: - a first hinge element intended to be connected to either a mobile part of a motor-vehicle or a motor-vehicle structure, - a second hinge element intended to be connected to the other of said motor-vehicle structure or said mobile part of the motor-vehicle, - wherein said first and second hinge elements are mounted articulated with respect to each other about a hinge axis (A), characterized in that , - said second hinge element is articulated to said first hinge element by means of an articulation portion having two pins (P) defining the hinge axis (A) and projecting in opposite directions from two sides of said articulation portion of the second hinge element , - said pins (P) are formed in a single piece with the second hinge element , - the first hinge element and the second hinge element are obtained by an additive manufacturing technique in an already reciprocally articulated condition, with said pins (P) mounted with clearance within respective articulation seats (S) formed on two flanges of the first hinge element adjacent to said sides of the second hinge element, so that the two hinge elements are permanently bound to each other, - said hinge also comprising two bushing-shaped members , each interposed between one of said two pins (P) and the respective articulation seat (S). - a first hinge element intended to be connected to either a mobile part of a motor-vehicle or a motor-vehicle structure, - a second hinge element intended to be connected to the other of said motor-vehicle structure or said mobile part of the motor-vehicle, - wherein said first and second hinge elements are mounted articulated with respect to each other about a hinge axis (A), characterized in that , - said second hinge element is articulated to said first hinge element by means of an articulation portion having two pins (P) defining the hinge axis (A) and projecting in opposite directions from two sides of said articulation portion of the second hinge element , - said pins (P) are formed in a single piece with the second hinge element , - the first hinge element and the second hinge element are obtained by an additive manufacturing technique in an already reciprocally articulated condition, with said pins (P) mounted with clearance within respective articulation seats (S) formed on two flanges of the first hinge element adjacent to said sides of the second hinge element, so that the two hinge elements are permanently bound to each other, - said hinge also comprising two bushing-shaped members , each interposed between one of said two pins (P) and the respective articulation seat (S).
Light-emitting unit, LEE, , comprising at least one light-emitting means for emitting light (L) for heating a composite material , wherein the material can be melted and/or softened and/or cured and/or kept liquid on account of the heating, wherein the light emission of the light-emitting means is regionally variably controllable, wherein the LEE is part of an upper shell and/or bottom shell of a tool for producing a component part from the composite material , wherein the LEE has at least one temperature sensor (T) for regionally capturing temperatures of the composite material in the tool and a control unit (C) is provided, which is configured to control the light emission of the at least one light-emitting means in open-loop or closed-loop fashion in dependence on the temperatures capturable by the temperature sensor (T), wherein the LEE is designed to implement a heterogeneous temperature distribution in the composite material so that the composite material is regionally variably heated; wherein the LEE is divided into at least two regions that do not overlap; characterized in that the at least one light-emitting means has at least one light-emitting film, LEF, , whose light emission is regionally controllable. wherein the LEE is part of an upper shell and/or bottom shell of a tool for producing a component part from the composite material , wherein the LEE has at least one temperature sensor (T) for regionally capturing temperatures of the composite material in the tool and a control unit (C) is provided, which is configured to control the light emission of the at least one light-emitting means in open-loop or closed-loop fashion in dependence on the temperatures capturable by the temperature sensor (T), wherein the LEE is designed to implement a heterogeneous temperature distribution in the composite material so that the composite material is regionally variably heated; wherein the LEE is divided into at least two regions that do not overlap; characterized in that the at least one light-emitting means has at least one light-emitting film, LEF, , whose light emission is regionally controllable.