mhurhangee/ep-ind-claims huggingface dataset:
A memory module comprising: a memory, and an error correction logic (112, 308) to detect and correct errors in data stored in the memory, wherein the error correction logic is selectively controllable between an enabled state and a disabled state, wherein the memory is to store data without error protection provided by the memory module if the error correction logic is in the disabled state. and characterised in that the memory includes a plurality of memory devices (110-1 to 110-9), and a subset of the memory devices (110-1 to 110-8) is, if the error correction logic (112, 308) is in the enabled state, to store error correction code for use by the error correction logic (112, 308) and at least another of the memory devices, which is not a memory device of the subset of the memory devices (110-1 to 110-8), is to store error correction code (306, 307) based on data across the memory devices (110-1 to 110-8) of the subset. a memory, and an error correction logic (112, 308) to detect and correct errors in data stored in the memory, wherein the error correction logic is selectively controllable between an enabled state and a disabled state, wherein the memory is to store data without error protection provided by the memory module if the error correction logic is in the disabled state. and characterised in that the memory includes a plurality of memory devices (110-1 to 110-9), and a subset of the memory devices (110-1 to 110-8) is, if the error correction logic (112, 308) is in the enabled state, to store error correction code for use by the error correction logic (112, 308) and at least another of the memory devices, which is not a memory device of the subset of the memory devices (110-1 to 110-8), is to store error correction code (306, 307) based on data across the memory devices (110-1 to 110-8) of the subset.
Spindle locking device for a portable machine tool, having at least one locking unit, which comprises at least one movably mounted locking element for locking a spindle in at least one direction and comprises at least one operating element for actuating the locking element, and having at least one movement activation unit, which pretensions the locking element, at least in an unactuated position of the operating element, in the direction of a locking position of the locking element, characterized in that the locking element is moved by the operating element only into a release position of the locking element in such a way that the operator pivots the operating element, starting from the unactuated position of the operating element about a motional axis of the operating element into the actuated position of the operating element.
A method for offloading traffic from a third generation partnership project, 3GPP, access network to a non-3GPP access point, AP, that is a WiFi AP of a non-3GPP access network implemented by a first 3GPP access network entity (201, 232, 236), the method comprising: the first 3GPP access network entity (201, 232, 236) receiving traffic associated with a wireless transmit receive unit, WTRU, the traffic including: traffic destined for the WTRU, and traffic originating from the WTRU; and on condition that the first 3GPP access network entity (201, 232, 236) has information indicating that subscription information, received by a second 3GPP access network entity, indicates that the received traffic is subject to offload between the 3GPP access network and the non-3GPP access network, the first 3GPP access network entity (201, 232, 236) forwarding the traffic destined for the WTRU to the non-3GPP AP, wherein the traffic destined for the WTRU includes information indicating that the traffic is communicated wirelessly and directly between the WTRU and the non-3GPP AP, wherein the subscription information includes indications of conditions for offloading traffic associated with the WTRU. the first 3GPP access network entity (201, 232, 236) receiving traffic associated with a wireless transmit receive unit, WTRU, the traffic including: traffic destined for the WTRU, and traffic originating from the WTRU; and on condition that the first 3GPP access network entity (201, 232, 236) has information indicating that subscription information, received by a second 3GPP access network entity, indicates that the received traffic is subject to offload between the 3GPP access network and the non-3GPP access network, the first 3GPP access network entity (201, 232, 236) forwarding the traffic destined for the WTRU to the non-3GPP AP, wherein the traffic destined for the WTRU includes information indicating that the traffic is communicated wirelessly and directly between the WTRU and the non-3GPP AP, wherein the subscription information includes indications of conditions for offloading traffic associated with the WTRU.
A computer-implemented method for responding to an anomalous data activity on a computing device, the method comprising: initializing an anomalous data activity service, the anomalous data activity service being an online, machine learning service for identifying whether a data activity is an anomalous data activity, wherein the machine learning service performs adaptive learning based at least in part on confidentiality labels assigned to data items, wherein each of the confidentiality labels identifies a confidentiality level associated with the respective data item; receiving, by the anomalous data activity service, notice of a data activity regarding an item of data by a computer user using the computing device, wherein the item of data is associated with a confidentiality label; evaluating, by the anomalous data activity service, the data activity regarding the item of data to determine whether the data activity is an anomalous data activity, comprising evaluating the data activity in view of the confidentiality label associated with the item of data; upon determining, by the anomalous data activity service, that the data activity regarding the item of data is an anomalous data activity, carrying out a response activity regarding the anomalous data activity; and updating the anomalous data activity service according to the response activity in view of the anomalous data activity. initializing an anomalous data activity service, the anomalous data activity service being an online, machine learning service for identifying whether a data activity is an anomalous data activity, wherein the machine learning service performs adaptive learning based at least in part on confidentiality labels assigned to data items, wherein each of the confidentiality labels identifies a confidentiality level associated with the respective data item; receiving, by the anomalous data activity service, notice of a data activity regarding an item of data by a computer user using the computing device, wherein the item of data is associated with a confidentiality label; evaluating, by the anomalous data activity service, the data activity regarding the item of data to determine whether the data activity is an anomalous data activity, comprising evaluating the data activity in view of the confidentiality label associated with the item of data; upon determining, by the anomalous data activity service, that the data activity regarding the item of data is an anomalous data activity, carrying out a response activity regarding the anomalous data activity; and updating the anomalous data activity service according to the response activity in view of the anomalous data activity.
A downhole communication system for communication between a first and second location in a subsea oil and/or gas well installation, the oil and/or gas well installation comprising: out of hole metallic structure comprising a riser running upwards away from the mudline, and downhole metallic structure running down into the well, wherein the communication system is arranged so that at least part of a signal path for communications between the first and second locations is provided by the downhole metallic structure such that, in use, data to be communicated between the first and second locations is carried by electrical signals in the downhole metallic structure; and the communication system further comprises a noise suppression arrangement arranged for diverting a noise signal generated in the out of hole metallic structure away from the downhole metallic structure, the suppression arrangement comprising at least one seawater electrode electrically connected to the out of hole metallic structure or the downhole metallic structure to create a current flow path to ground via the at least one electrode, wherein the current flow path has an impedance, at the frequency of said electrical signals, which is no larger than 1/10th of the impedance to ground that would be seen at the frequency of said electrical signals from an upper end of the riser via the riser and downhole metallic structure in the absence of the suppression arrangement. out of hole metallic structure comprising a riser running upwards away from the mudline, and downhole metallic structure running down into the well, wherein the communication system is arranged so that at least part of a signal path for communications between the first and second locations is provided by the downhole metallic structure such that, in use, data to be communicated between the first and second locations is carried by electrical signals in the downhole metallic structure; and the communication system further comprises a noise suppression arrangement arranged for diverting a noise signal generated in the out of hole metallic structure away from the downhole metallic structure, the suppression arrangement comprising at least one seawater electrode electrically connected to the out of hole metallic structure or the downhole metallic structure to create a current flow path to ground via the at least one electrode, wherein the current flow path has an impedance, at the frequency of said electrical signals, which is no larger than 1/10th of the impedance to ground that would be seen at the frequency of said electrical signals from an upper end of the riser via the riser and downhole metallic structure in the absence of the suppression arrangement.
Deep eutectic solvent constituted by a mixture of methyltriphenylphosphonium bromide and zinc chloride in a molar ratio from 1:1 to 1:3, preferably 1:2, or a mixture of methyltriphenylphosphonium bromide and nickel nitrate hexahydrate in a molar ratio from 1:1 to 1:3, preferably 1:2.
A method comprising: forming first electrode portions on a substrate; providing a sheet of two dimensional material overlaying at least part of the first electrode portions; forming second electrode portions on a superstrate; positioning the superstrate overlaying the substrate so that the second electrode portions are aligned with the first electrode portions; and laminating the substrate and the superstrate together so that the sheet of two dimensional material is positioned between the aligned first electrode portions and the second electrode portions. forming first electrode portions on a substrate; providing a sheet of two dimensional material overlaying at least part of the first electrode portions; forming second electrode portions on a superstrate; positioning the superstrate overlaying the substrate so that the second electrode portions are aligned with the first electrode portions; and laminating the substrate and the superstrate together so that the sheet of two dimensional material is positioned between the aligned first electrode portions and the second electrode portions.
Method for the oxidation of ammonia contained in an exhaust gas stream, characterized in that the exhaust gas stream is passed over a zeolite which comprises zinc and platinum and which is selected from the group consisting of zeolites of the structure types AEI, AFX, BEA, CHA, ERI, FER, KFI, LEV and MFI, wherein the zinc is present (i) as a zinc cation in ion-exchanged form in the zeolite structure and (ii) as zinc oxide in the zeolite structure and/or on the surface of the zeolite structure and wherein the zeolite has a SAR (silica-to-alumina ratio) value of 2 to 1000.
A razor assembly, for a shaving device having a handle, wherein: the razor assembly is configured for use at a front end of the handle, the razor assembly being adjustable amongst a plurality of fixed settings, each setting dictating the length of hair to be cut from one or more shaving areas; the razor assembly includes a stationary member and an adjustable member in communication with the stationary member, the stationary member having one or more hair cutting edges and the adjustable member having an outer surface for contacting the shaving area; characterized by: the razor assembly includes an actuation member in communication with the stationary member and the adjustable member, the actuation member being operationally configured to set the adjustable member at a plurality of the fixed settings corresponding to a plurality of fixed distances in relation to the stationary member and further configured to maintain alignment between the adjustable member and the stationary member; and wherein the actuation member is a turnable screw type member having an end in turnable communication with an inner surface of the adjustable member and a threaded cylindrical shaft member in operable communication with a threaded aperture of the stationary member. the razor assembly is configured for use at a front end of the handle, the razor assembly being adjustable amongst a plurality of fixed settings, each setting dictating the length of hair to be cut from one or more shaving areas; the razor assembly includes a stationary member and an adjustable member in communication with the stationary member, the stationary member having one or more hair cutting edges and the adjustable member having an outer surface for contacting the shaving area; characterized by: the razor assembly includes an actuation member in communication with the stationary member and the adjustable member, the actuation member being operationally configured to set the adjustable member at a plurality of the fixed settings corresponding to a plurality of fixed distances in relation to the stationary member and further configured to maintain alignment between the adjustable member and the stationary member; and wherein the actuation member is a turnable screw type member having an end in turnable communication with an inner surface of the adjustable member and a threaded cylindrical shaft member in operable communication with a threaded aperture of the stationary member. the razor assembly includes an actuation member in communication with the stationary member and the adjustable member, the actuation member being operationally configured to set the adjustable member at a plurality of the fixed settings corresponding to a plurality of fixed distances in relation to the stationary member and further configured to maintain alignment between the adjustable member and the stationary member; and wherein the actuation member is a turnable screw type member having an end in turnable communication with an inner surface of the adjustable member and a threaded cylindrical shaft member in operable communication with a threaded aperture of the stationary member.
Material that can be used for the detection of at least one alkaline element in cationic form chosen from polymers or inorganic materials, said material being functionalised by at least one group, referred to as group A, comprising one or more aromatic rings, the or all or a portion of said aromatic rings comprising at least one imine substituent and the or all or a portion of said aromatic rings comprising at least one atom carrying a free doublet within the or all or a portion of said rings and/or at least one other substituent different from an imine substituent and comprising at least one atom carrying a free doublet.
Adhesive explosive, having an active body which contains an active charge or primary charge, a detonation device and a module which can be integrated at the lower end of the adhesive explosive, containing an explosive and a hollow charge insert, wherein the cover plate which covers the module serves as a closure cap and can serve for attachment to a target medium, and for transmitting shock waves of the primary charge a projection is provided in the explosive, and the module can be plugged onto the lower part of the charge or screwed or clipped thereto, and the hollow charge insert has an annular shape.
A curable composition comprising more than 80% by mass of a benzoxazine blend, said benzoxazine blend comprising: a non-halogenated, benzoxazine compound in liquid form at temperature range of 20°C-30°C and selected from the following Structure 1 and a multifunctional benzoxazine component comprising one or more benzoxazine compounds with functionality of 2 or greater. a non-halogenated, benzoxazine compound in liquid form at temperature range of 20°C-30°C and selected from the following Structure 1 and a multifunctional benzoxazine component comprising one or more benzoxazine compounds with functionality of 2 or greater.
Support frame configured to bear a heat exchanger comprising a flange for passage of coolant fluid, the frame comprising a side wall in which a slot is produced for the flange to pass through, the side wall comprises at least one rim (34, 36) placed near an end of the slot and characterized in that the rim being arranged at least partially through the slot so as to define an insertion path for the flange which is inclined relative to the normal to the side wall, said rim also being configured to form a pivot point for the flange.
A disinfectant composition comprising: i) an acid; ii) 0.2 wt.% to 5 wt.% of a vinylpyrrolidone copolymer having the following general formula: wherein x, y and z are at least 1; iii) 0.1 wt.% to 3 wt.% of a polyquaternary ammonium polymer containing two or more quaternary ammonium centers; and iv) 0.5 wt.% to 15 wt.% of a cationic surfactant; wherein the composition has a pH of 4.5 or less. i) an acid; ii) 0.2 wt.% to 5 wt.% of a vinylpyrrolidone copolymer having the following general formula: wherein x, y and z are at least 1; iii) 0.1 wt.% to 3 wt.% of a polyquaternary ammonium polymer containing two or more quaternary ammonium centers; and iv) 0.5 wt.% to 15 wt.% of a cationic surfactant;
A stent, comprising at least one portion comprising: a composite material comprising a matrix, and a plurality of particles in the matrix, the particles and the matrix having different chemical compositions, wherein the at least one portion has a surface and the particles protrude from the surface of the at least one portion by an average height of at least about 100 nanometers, and further comprising a coating disposed on the surface of the at least one portion a composite material comprising a matrix, and a plurality of particles in the matrix, the particles and the matrix having different chemical compositions, wherein the at least one portion has a surface and the particles protrude from the surface of the at least one portion by an average height of at least about 100 nanometers, and further comprising a coating disposed on the surface of the at least one portion
A method for dispensing atomic objects from a dispenser, the method comprising: sealing a reaction component at least partially coated with a composition comprising the atomic objects inside an oven with the oven disposed within a pressure-controlled chamber; with the oven disposed within a pressure-controlled chamber, heating the composition comprising the atomic objects to an atomizing reaction temperature to cause an atomizing chemical reaction to occur, wherein (a) the reaction component comprises a material that is a participant in the atomizing chemical reaction, (b) a result of the atomizing chemical reaction is elemental atomic objects deposited on a depositing surface within the oven, and (c) the atomizing reaction temperature is greater than a dispensing threshold temperature; allowing the oven to cool to below the dispensing threshold temperature; and characterised by heating the oven to a dispensing temperature to cause the elemental atomic objects to be dispensed from the oven through a dispensing aperture, wherein the dispensing temperature is less than or equal to the dispensing threshold temperature. sealing a reaction component at least partially coated with a composition comprising the atomic objects inside an oven with the oven disposed within a pressure-controlled chamber; with the oven disposed within a pressure-controlled chamber, heating the composition comprising the atomic objects to an atomizing reaction temperature to cause an atomizing chemical reaction to occur, wherein (a) the reaction component comprises a material that is a participant in the atomizing chemical reaction, (b) a result of the atomizing chemical reaction is elemental atomic objects deposited on a depositing surface within the oven, and (c) the atomizing reaction temperature is greater than a dispensing threshold temperature; allowing the oven to cool to below the dispensing threshold temperature; and characterised by heating the oven to a dispensing temperature to cause the elemental atomic objects to be dispensed from the oven through a dispensing aperture, wherein the dispensing temperature is less than or equal to the dispensing threshold temperature.
A method of forming a casting with a flow passage, comprising: filling a tubular pipe (11, 11-1) with a filler (12, 12-1) to form a smart core; filling opposite ends of the tubular pipe (11, 11-1) with resin; inserting the smart core into a mold having a cavity corresponding to a shape of the casting to be formed; injecting a molten metal into the cavity through a casting process; cutting out the portions of the tubular pipe (11, 11-1) that are filled with resin; and removing the filler (12, 12-1) from the smart core, wherein a hardness of the tubular pipe (11, 11-1) is 70 HV/10 or more, and wherein a material of the tubular pipe (11, 11-1) is A6061-T4, A6061-T6, A6063-T4, or A6063-T6. filling a tubular pipe (11, 11-1) with a filler (12, 12-1) to form a smart core; filling opposite ends of the tubular pipe (11, 11-1) with resin; inserting the smart core into a mold having a cavity corresponding to a shape of the casting to be formed; injecting a molten metal into the cavity through a casting process; cutting out the portions of the tubular pipe (11, 11-1) that are filled with resin; and removing the filler (12, 12-1) from the smart core, wherein a hardness of the tubular pipe (11, 11-1) is 70 HV/10 or more, and wherein a material of the tubular pipe (11, 11-1) is A6061-T4, A6061-T6, A6063-T4, or A6063-T6.
A liquid supplier comprising: a supply port which supplies a liquid to a space between an objective lens and an observation object; and a recovery port which recovers the liquid supplied from the supply port, characterised in that the recovery port is arranged above the supply port so that when the upper end of the level (LQa) of the liquid reaches the height of the recovery port, the liquid is recovered at the position of the recovery port and the height of the level of the liquid is maintained substantially constant. a supply port which supplies a liquid to a space between an objective lens and an observation object; and a recovery port which recovers the liquid supplied from the supply port, characterised in that the recovery port is arranged above the supply port so that when the upper end of the level (LQa) of the liquid reaches the height of the recovery port, the liquid is recovered at the position of the recovery port and the height of the level of the liquid is maintained substantially constant.