mhurhangee/patent-ind-claim-en huggingface dataset:
An in-mold molding label comprising: a substrate layer (A) containing a thermoplastic resin; an ink-receiving layer (B) containing a polyethylenimine-based polymer; and a printed layer (C) formed using a printing method and containing a polyethylene-based resin as a main component, the printed layer (C) containing 50% by mass or more of the polyethylene-based resin; in this order, wherein the ratio between the thickness of the ink-receiving layer (B) and the thickness of the printed layer (C) is 1:20 to 2:1. a substrate layer (A) containing a thermoplastic resin; an ink-receiving layer (B) containing a polyethylenimine-based polymer; and a printed layer (C) formed using a printing method and containing a polyethylene-based resin as a main component, the printed layer (C) containing 50% by mass or more of the polyethylene-based resin; in this order, wherein the ratio between the thickness of the ink-receiving layer (B) and the thickness of the printed layer (C) is 1:20 to 2:1.
A device for protecting the execution of a cryptographic operation from attacks, said cryptographic operation being implemented by a cryptographic algorithm, said cryptographic operation comprising at least one modular operation between a main base "m" representing a data block and at least one scalar " d " in at least one finite starting group, wherein said device comprises a group determination unit , said group determination unit being configured to: - determine at least one intermediary group " E'" different from said at least one starting group " E ", the number of intermediary groups being equal to the number of starting groups E; - determine at least one final group " E" " from said at least one starting group E and said at least one intermediary group " E' "; the base m being mapped to an auxiliary element "x" in said at least one intermediary group and to an auxiliary base " m" " in said at least one final group "E"", said auxiliary element being determined from a parameter r, the parameter r being determined randomly and/or being an odd parameter and/or a prime parameter; and wherein said device further comprises an execution engine for executing each modular operation, said execution engine comprising: - a first unit configured to perform a first elementary operation in each final group "E"i", the first elementary operation consisting in executing said modular operation between said auxiliary base " m" " and an auxiliary scalar " d a " in each final group E", which provides at least one result, the auxiliary scalar " d a " being determined from the main scalar "d", - a second unit configured to perform a second elementary operation in each starting group " E ", the second elementary operation consisting in executing said modular operation between an additional auxiliary base and an additional auxiliary scalar "d' b " in each starting group, at least one of the additional auxiliary base and of the additional auxiliary scalar "d' b " being determined from the result of the first elementary operation. - determine at least one intermediary group " E'" different from said at least one starting group " E ", the number of intermediary groups being equal to the number of starting groups E; - determine at least one final group " E" " from said at least one starting group E and said at least one intermediary group " E' "; - a first unit configured to perform a first elementary operation in each final group "E"i", the first elementary operation consisting in executing said modular operation between said auxiliary base " m" " and an auxiliary scalar " d a " in each final group E", which provides at least one result, the auxiliary scalar " d a " being determined from the main scalar "d", - a second unit configured to perform a second elementary operation in each starting group " E ", the second elementary operation consisting in executing said modular operation between an additional auxiliary base and an additional auxiliary scalar "d' b " in each starting group, at least one of the additional auxiliary base and of the additional auxiliary scalar "d' b " being determined from the result of the first elementary operation.
A security document comprising a substrate (S) which after it has been put into contact with a staining ink does not recover its original aspect after a chemical treatment, and covered on at least one side by from about 70% to about 90% of a protective varnish (P) and comprising from about 10% to about 30% of one or more varnish-free areas comprising one or more varnish-free indentations (I) on selected area(s) of the security document, wherein in a varnish-free area the protective varnish (P) is present in an amount of less than 30% in comparison with surfaces covered with the protective varnish (P), the percent corresponding to a layer thickness (t) percent compared with the average thickness (T) of the protective varnish (P) layer, and wherein an indentation (I) is a recess in a surface of the security document, the percents being based on the total surface of the one side of the security document.
A method of fracturing a subterranean formation penetrated by a well which comprises: (a) pumping into the well in a single step a fracturing fluid at a pressure sufficient to enlarge or create a fracture in the formation, wherein the fracturing fluid comprises a solid tracer which is immobilized in a composite and which is either hydrocarbon soluble, water soluble or both hydrocarbon soluble and water soluble and further wherein the solid tracer is capable of being gradually solubilized into fluids produced from the well; and (i) wherein the composite further comprises a porous particulate, and the tracer is absorbed into the pores of the porous particulate, or (ii) wherein the tracer is adsorbed onto a water-insoluble adsorbent; or (iii) wherein the composite is compressed with a binder into a solid particulate; or (iv) wherein the composite further comprises a calcined porous metal oxide, and tracer is adsorbed into the interstitial spaces of the porous metal oxide; or (v) wherein the composite is contained within a microemulsion comprising a solvent-surfactant blend; (b) solubilizing the solid tracer into fluids produced from the well over at least six months. (a) pumping into the well in a single step a fracturing fluid at a pressure sufficient to enlarge or create a fracture in the formation, wherein the fracturing fluid comprises a solid tracer which is immobilized in a composite and which is either hydrocarbon soluble, water soluble or both hydrocarbon soluble and water soluble and further wherein the solid tracer is capable of being gradually solubilized into fluids produced from the well; and (i) wherein the composite further comprises a porous particulate, and the tracer is absorbed into the pores of the porous particulate, or (ii) wherein the tracer is adsorbed onto a water-insoluble adsorbent; or (iii) wherein the composite is compressed with a binder into a solid particulate; or (iv) wherein the composite further comprises a calcined porous metal oxide, and tracer is adsorbed into the interstitial spaces of the porous metal oxide; or (v) wherein the composite is contained within a microemulsion comprising a solvent-surfactant blend; (i) wherein the composite further comprises a porous particulate, and the tracer is absorbed into the pores of the porous particulate, or (ii) wherein the tracer is adsorbed onto a water-insoluble adsorbent; or (iii) wherein the composite is compressed with a binder into a solid particulate; or (iv) wherein the composite further comprises a calcined porous metal oxide, and tracer is adsorbed into the interstitial spaces of the porous metal oxide; or (v) wherein the composite is contained within a microemulsion comprising a solvent-surfactant blend; (b) solubilizing the solid tracer into fluids produced from the well over at least six months.
Heat exchanger comprising heat transfer plates formed with patterns such that flow paths are formed between each set of neighbouring heat transfer plates defining heat exchanging areas , and with openings and to form inlets and outlets for fluids to the flow paths, and a gasket groove formed enclosing said heat exchanging area , said heat transfer plate further comprising a pattern of tops and valleys positioned at an outer edge region at the outer circumference of the gasket groove , and wherein the end face between two neighbouring tops is closed , and wherein said heat transfer plate receives a gasket comprising a main portion adapted to be positioned in a gasket groove formed in said heat transfer plate ), and where the gasket comprises a click-on tap adapted to be positioned within a valley , characterized in that said click-on tap comprise a first portion projecting from said main portion and being formed with a recess at its lower surface adapted to fit over a projection formed in the edge region , and a second portion adapted to reach out of the outer edge region .
A tissue-removing catheter comprising: a drive shaft having opposite proximal and distal ends and configured for rotation about a longitudinal axis; a tissue-removing head at the distal end of the drive shaft , wherein the tissue-removing head is configured to rotate about the longitudinal axis, and wherein the tissue-removing head is selectively adjustable from an initial cross-sectional dimension to an expanded cross-sectional dimension larger than the initial cross-sectional dimension; characterised by an elastically deformable member disposed inside the tissue-removing head , wherein the elastically deformable member is selectively elastically compressible to increase a cross-sectional dimension of the elastically deformable member from an initial cross-sectional dimension to an expanded cross-sectional dimension larger than the initial cross-sectional dimension to selectively adjust the tissue-removing head from the initial cross-sectional dimension to the expanded cross-sectional dimension. a drive shaft having opposite proximal and distal ends and configured for rotation about a longitudinal axis; a tissue-removing head at the distal end of the drive shaft , wherein the tissue-removing head is configured to rotate about the longitudinal axis, and wherein the tissue-removing head is selectively adjustable from an initial cross-sectional dimension to an expanded cross-sectional dimension larger than the initial cross-sectional dimension; characterised by an elastically deformable member disposed inside the tissue-removing head , wherein the elastically deformable member is selectively elastically compressible to increase a cross-sectional dimension of the elastically deformable member from an initial cross-sectional dimension to an expanded cross-sectional dimension larger than the initial cross-sectional dimension to selectively adjust the tissue-removing head from the initial cross-sectional dimension to the expanded cross-sectional dimension.
A delivery point sorting device , the device comprising: two feeders for processing mail articles, said two feeders receiving the mail articles and forwarding the mail articles in streams of mail articles; a crossing arrangement for streams of mail articles realized by a converging apparatus, said converging apparatus having elevator modules with divert modules , and merge modules ; said elevator modules configured to distribute the mail articles to respective sorting endpoints ; said divert modules configured to process mail from said two feeders; said merge modules for converging the streams of mail articles from said two feeders; said sorting endpoints disposed downstream of said merge modules for stacking the mail articles received from said merge modules; characterized by at least two virtual machines , each with half of the number of said sorting endpoints; wherein the delivery point sorting device is adapted to preventing simultaneous converging of the stream of mail articles from the at least two feeders, and to use one of said at least two feeders during a first sorting pass to serve both virtual machines. two feeders for processing mail articles, said two feeders receiving the mail articles and forwarding the mail articles in streams of mail articles; a crossing arrangement for streams of mail articles realized by a converging apparatus, said converging apparatus having elevator modules with divert modules , and merge modules ; said elevator modules configured to distribute the mail articles to respective sorting endpoints ; said divert modules configured to process mail from said two feeders; said merge modules for converging the streams of mail articles from said two feeders; said sorting endpoints disposed downstream of said merge modules for stacking the mail articles received from said merge modules; characterized by at least two virtual machines , each with half of the number of said sorting endpoints;
Firearm with detachable barrel , comprising a system housing and a barrel , the barrel having a mounting rail connected thereto and extending in the direction of the longitudinal axis (A) of the barrel, which is suitable for mounting a target optic, wherein the system housing has a receptacle by means of which the barrel is connected to the system housing , wherein the receiver is tubular at least partially in the direction of the longitudinal axis (A) of the barrel and the corresponding internal diameter (d1) of the tube is adapted to the outer circumference of the barrel , so that the barrel can be inserted into the receiver in the direction of the longitudinal axis (A) of the barrel during the assembly of the barrel to the system housing and can be guided out of the receiver in the direction of the longitudinal axis (A) of the barrel during the disassembly of the barrel , and wherein the receptacle has a recess of the pipe circumference which extends in the direction of the longitudinal running axis (A), so that the receptacle describes an open ring shape in cross-section perpendicular to the longitudinal running axis (A) and in the region of the recess , wherein the barrel is axially fixed with respect to the longitudinal axis (A) of the barrel by at least one connecting element , characterised in that the barrel is rotationally fixed with respect to the longitudinal axis (A) of the barrel at least by the fact that the mounting rail extends in its longitudinal direction at least partially within the recess of the receiver .
A battery system comprising: a first battery rack (210-1) comprising a first battery module (220-1) including a first battery (219-1), a first rack management unit (211-1) which is configured to control charging and discharging of the first battery module, and a first rack protection circuit (217-1) which is configured to interrupt current of the first battery module under control of the first rack management unit; and a second battery rack (210-2) comprising a second battery module (220-2) including a second battery (219-2), a second rack management (211-2) unit which is configured to control charging and discharging of the second battery module, and a second rack protection circuit (217-2) which is configured to interrupt current of the second battery module under control of the second rack management unit, and wherein the first and second rack protection circuits are controlled in parallel by the first and second rack management units; and characterised in the the battery system further comprising: a system management unit , wherein the system management unit is configured to apply a control signal to the first and second rack management units and to detect, based on generation of response signals to the control signal, whether the first and second rack management units are in an abnormal state. a first battery rack (210-1) comprising a first battery module (220-1) including a first battery (219-1), a first rack management unit (211-1) which is configured to control charging and discharging of the first battery module, and a first rack protection circuit (217-1) which is configured to interrupt current of the first battery module under control of the first rack management unit; and a second battery rack (210-2) comprising a second battery module (220-2) including a second battery (219-2), a second rack management (211-2) unit which is configured to control charging and discharging of the second battery module, and a second rack protection circuit (217-2) which is configured to interrupt current of the second battery module under control of the second rack management unit, and wherein the first and second rack protection circuits are controlled in parallel by the first and second rack management units; and
The use of a thermoplastic polymer having a melting point below 220 °C as additive in polybutylene terephthalate molding compositions for reducing the necking upon elongation of sheets or films of the polybutylene terephthalate molding composition in thermoforming processes, wherein the thermoplastic polymer having a melting point below 220 °C is selected from the group consisting of polyesters based on aliphatic and aromatic dicarboxylic acids and on aliphatic dihydroxy compounds.
A multifunction garden cart , comprising: a) U-shaped bottom frame comprising a pair of side booms , connected by a front boom ; b) two wheels , each mounted on a respective shaft rigidly attached to the center of a respective one of said side booms of the bottom frame; c) a towing handle comprising a resting support , so that the cart can rest on the two wheels and the resting support , the towing handle being removably connected to the front boom of the bottom frame; d) two vertical booms , each pivotally attached to a respective one of the side booms of the bottom frame, wherein said vertical booms are configured to be positioned vertically or horizontally relative to the bottom frame; and e) a closed square-like top frame for use as support for a builder's bag , the top frame comprising two side booms which are rigidly connected by front and rear connecting booms , the side booms of the top frame being longer than a distance between the front and rear connecting booms , so that handles of the builder's bag can be hanged thereto, said top frame being removably and pivotally attached at the middle of its side booms to the top of said vertical booms . a) U-shaped bottom frame comprising a pair of side booms , connected by a front boom ; b) two wheels , each mounted on a respective shaft rigidly attached to the center of a respective one of said side booms of the bottom frame; c) a towing handle comprising a resting support , so that the cart can rest on the two wheels and the resting support , the towing handle being removably connected to the front boom of the bottom frame; d) two vertical booms , each pivotally attached to a respective one of the side booms of the bottom frame, wherein said vertical booms are configured to be positioned vertically or horizontally relative to the bottom frame; and e) a closed square-like top frame for use as support for a builder's bag , the top frame comprising two side booms which are rigidly connected by front and rear connecting booms , the side booms of the top frame being longer than a distance between the front and rear connecting booms , so that handles of the builder's bag can be hanged thereto, said top frame being removably and pivotally attached at the middle of its side booms to the top of said vertical booms .
A metal detection method using a contactless power supplying device including a primary coil (L1) arranged in a power supplying area (ARz), wherein when an electric instrument (E) is placed in the power supplying area (ARz), the contactless power supplying device excites the primary coil (L1) arranged in the power supplying area (ARz) to cause electromagnetic induction at a secondary coil (L2) of a power receiving device arranged in the electric instrument (E) and supply power to the electric instrument (E), and the contactless power supplying device includes a metal detection coil (Ls) arranged in the power supplying area (ARz), the metal detection method comprising: exciting the metal detection coil (Ls) with a sinusoidal oscillating current having a single fundamental frequency to radiate an electromagnetic wave from the metal detection coil (Ls); and detecting whether or not metal exists in the power supplying area (ARz) from a change in a fundamental frequency of the oscillating current flowing to the metal detection coil (Ls); characterized in that the detecting whether or not metal exists in the power supplying area (ARz) includes detecting that metal exists in the power supplying area (ARz) when a harmonic of the fundamental frequency is generated in the oscillating current. exciting the metal detection coil (Ls) with a sinusoidal oscillating current having a single fundamental frequency to radiate an electromagnetic wave from the metal detection coil (Ls); and detecting whether or not metal exists in the power supplying area (ARz) from a change in a fundamental frequency of the oscillating current flowing to the metal detection coil (Ls); characterized in that the detecting whether or not metal exists in the power supplying area (ARz) includes detecting that metal exists in the power supplying area (ARz) when a harmonic of the fundamental frequency is generated in the oscillating current.
An electronic device comprising: a memory configured to store at least one application; a communication module configured to establish a connection between the electronic device and an external electronic device ; and a processor configured to: execute the at least one application; split data, upon which the at least one application is operable, into a first file and a second file, wherein a size of the first file and a size of the second file are based on a type of the electronic device or the external electronic device; store the first file in the memory , and transmit the second file to the external electronic device through the communication module for storing the second file in the external electronic device . a memory configured to store at least one application; a communication module configured to establish a connection between the electronic device and an external electronic device ; and a processor configured to: execute the at least one application; split data, upon which the at least one application is operable, into a first file and a second file, wherein a size of the first file and a size of the second file are based on a type of the electronic device or the external electronic device; store the first file in the memory , and transmit the second file to the external electronic device through the communication module for storing the second file in the external electronic device . execute the at least one application; split data, upon which the at least one application is operable, into a first file and a second file, wherein a size of the first file and a size of the second file are based on a type of the electronic device or the external electronic device; store the first file in the memory , and transmit the second file to the external electronic device through the communication module for storing the second file in the external electronic device .
A composition comprising the nucleic acids of SEQ ID NOs: 1-9.
A golf club of the putter type comprising a head and a rod (shaft), characterized in that said head is capital "P"-shaped, when viewed from the top while taking the shot, and is provided with a distal portion and a proximal portion, with respect to the rod, wherein said distal portion is heavier and bulkier than the proximal portion, and wherein said distal portion is substantially semi-circular in shape culminating with a thicker part in the middle of the head .