mhurhangee/patent-ind-claim-en huggingface dataset:
Vacuum cleaner, in particular hand-held vacuum cleaner, comprising a housing , which provides a dust collection chamber , and a dust separation device , which is arranged in the dust collection chamber , the dust separation device being designed to be rotatable about an axis of rotation , characterised in that the dust separation device is designed to be displaceable in the longitudinal direction of the axis of rotation .
A process for the production of tetrachloromethane comprising catalyzing the chlorination of a feedstream comprising methylene chloride and methyl chloride but not methane, with a free radical catalyst in a reactor, wherein unreacted partially chlorinated methanes and tetrachloromethane are recycled to the chlorination reactor; wherein the process is conducted in a solvent comprising tetrachloromethane produced by the process and recycled to the chlorination reactor; wherein the free radical initiator comprises azobisisobutyronitrile (AIBN), 1,1'-azobis(cyclohexanecarbonitrile), di-tert-butylperoxide, benzoyl peroxide, methyl ethyl ketone peroxide, acetone peroxide or combinations of any number of these, and wherein feedstream conversion rates are maintained at less than 90%.
Registration plate for a vehicle having a two-dimensional registration plate body that has at least one marking field , with at least one marking that is assigned to the marking field of the registration plate body and with a reflective film that is at least regionally metallized, wherein the registration plate body has an opening that is at least partially coverable by a two-dimensional, at least partially electrically conductive carrier , wherein the carrier has an antenna, formed by at least one slot , and a contactlessly readable data carrier that electrically couples to said antenna, and the carrier is embodied as a film which is dimensioned such that it at least regionally overlaps a peripheral region of the opening in the registration plate body .
A method for preventing bidding down attacks during motion of a User Equipment, UE, comprising: sending, by the UE, a Tracking Area Update, TAU, Request to a new Mobility Management Entity, MME , wherein the TAU Request carries stored UE's security capabilities; receiving, by the UE, a Security Mode Command request from the new MME, wherein the Security Mode Command request carries UE's security capabilities and a selected new Non Access Stratum, NAS, security algorithm, wherein the new NAS security algorithm is selected by the new MME according to intersection of NAS security algorithms in the stored UE's security capabilities from the TAU Request, NAS security algorithms supported by the new MME, and NAS security algorithms enabled by a system; and determining, by the UE, that a bidding down attack occurs if the received UE's security capabilities from the new MME are inconsistent with the stored UE's security capabilities . sending, by the UE, a Tracking Area Update, TAU, Request to a new Mobility Management Entity, MME , wherein the TAU Request carries stored UE's security capabilities; receiving, by the UE, a Security Mode Command request from the new MME, wherein the Security Mode Command request carries UE's security capabilities and a selected new Non Access Stratum, NAS, security algorithm, wherein the new NAS security algorithm is selected by the new MME according to intersection of NAS security algorithms in the stored UE's security capabilities from the TAU Request, NAS security algorithms supported by the new MME, and NAS security algorithms enabled by a system; and determining, by the UE, that a bidding down attack occurs if the received UE's security capabilities from the new MME are inconsistent with the stored UE's security capabilities .
An odor-controlling article, comprising: an absorbent substrate having thereon a halo active aromatic sulfonamide compound of Formula (I): wherein R 1 , R 2 , R 3 , R 4 , and R 5 are independently selected from hydrogen, COOR', CON(R") 2 , alkoxy, CN, NO 2 , SO 3 R", halogen, substituted or unsubstituted phenyl, sulfonamide, halosulfonamide, and substituted or unsubstituted C 1 -C 12 alkyl; R' is hydrogen, an alkali metal, an alkaline earth metal, substituted C 1 -C 12 alkyl, or unsubstituted C 1 -C 12 alkyl; and R" is hydrogen or substituted or unsubstituted C 1 -C 12 alkyl, where the two R" groups in CON(R") 2 may be independently selected; X is halogen; M is an alkali or alkaline earth metal; and n is the number of water molecules per molecule of the sulfonamide compound; wherein the halo active aromatic sulfonamide compound is present in the amount of 0.001 to 0.05 wt% of the absorbent substrate. an absorbent substrate having thereon a halo active aromatic sulfonamide compound of Formula (I): wherein R 1 , R 2 , R 3 , R 4 , and R 5 are independently selected from hydrogen, COOR', CON(R") 2 , alkoxy, CN, NO 2 , SO 3 R", halogen, substituted or unsubstituted phenyl, sulfonamide, halosulfonamide, and substituted or unsubstituted C 1 -C 12 alkyl; R' is hydrogen, an alkali metal, an alkaline earth metal, substituted C 1 -C 12 alkyl, or unsubstituted C 1 -C 12 alkyl; and R" is hydrogen or substituted or unsubstituted C 1 -C 12 alkyl, where the two R" groups in CON(R") 2 may be independently selected; X is halogen; M is an alkali or alkaline earth metal; and n is the number of water molecules per molecule of the sulfonamide compound; wherein the halo active aromatic sulfonamide compound is present in the amount of 0.001 to 0.05 wt% of the absorbent substrate.
A surfactant composition comprising component A, component B, component C and component D described below, wherein a total content of the component A, the component B and the component C is 45% by mass or more and 80% by mass or less; a mass ratio (A + B) /C of a total content of the component A and the component B to a content of the component C is from 20/80 to 80/20; and a mass ratio A/B of a content of the component A to a content of the component B is from 98/2 to 45/55, and a viscosity measured by a tuning fork type vibrational viscometer at 25°C is 3000 mPa•s or less, A: an internal olefin sulfonic acid and/or a salt thereof; B: an anionic surfactant other than the component A; C: a nonionic surfactant; and D: water. a total content of the component A, the component B and the component C is 45% by mass or more and 80% by mass or less; a mass ratio (A + B) /C of a total content of the component A and the component B to a content of the component C is from 20/80 to 80/20; and a mass ratio A/B of a content of the component A to a content of the component B is from 98/2 to 45/55, and a viscosity measured by a tuning fork type vibrational viscometer at 25°C is 3000 mPa•s or less, A: an internal olefin sulfonic acid and/or a salt thereof; B: an anionic surfactant other than the component A; C: a nonionic surfactant; and D: water.
A multi-processor system comprising: a first cache (810; 930; 1122, 1102) and a second cache (820; 940; 1123, 1130) having different cache levels (L1, L2) with respect to each other; and at least one processor core configured to determine a placement policy with respect to future operations that are to be performed on a plurality of cache lines stored in the first cache and the second cache , based on reuse information recorded in a behavior history table (870; 970; 1000; 1210), wherein the reuse information is information about reuse of learning cache lines stored in at least one of the first cache and the second cache , wherein the reuse information consists of a single reuse bit that records if a cache line, region or page has been accessed at all after its initial installation or storage at a specific level and wherein only cache lines belonging to certain pages, regions or other type of address ranges, which may be referred to as learning pages, learning regions or learning address ranges, are learning cache lines and wherein the at least one processor core comprises a first core and second core , and the first core and the second core share the first cache and the second cache, characterized in that the behavior history table includes a first core reuse counter and a second core reuse counter , the first core reuse counter is incremented in response to at least one of the learning cache lines being accessed by the first core and the second core reuse counter is incremented in response to at least one of the learning cache lines being accessed by the second core. a first cache (810; 930; 1122, 1102) and a second cache (820; 940; 1123, 1130) having different cache levels (L1, L2) with respect to each other; and at least one processor core configured to determine a placement policy with respect to future operations that are to be performed on a plurality of cache lines stored in the first cache and the second cache , based on reuse information recorded in a behavior history table (870; 970; 1000; 1210), wherein the reuse information is information about reuse of learning cache lines stored in at least one of the first cache and the second cache , wherein the reuse information consists of a single reuse bit that records if a cache line, region or page has been accessed at all after its initial installation or storage at a specific level and wherein only cache lines belonging to certain pages, regions or other type of address ranges, which may be referred to as learning pages, learning regions or learning address ranges, are learning cache lines and wherein the at least one processor core comprises a first core and second core , and the first core and the second core share the first cache and the second cache, characterized in that the behavior history table includes a first core reuse counter and a second core reuse counter , the first core reuse counter is incremented in response to at least one of the learning cache lines being accessed by the first core and the second core reuse counter is incremented in response to at least one of the learning cache lines being accessed by the second core.
A motor comprising: a stator comprising an annular core , stator poles extending from the annular core, and phase windings wound on the stator poles; and a rotor comprising: rotor poles facing ends of the stator poles, a rotor axle extending axially from the rotor to an inside of the annular core, and only one bearing element , being positioned between the rotor axle and the stator, radially within the annular core, to rotationally couple the rotor to the stator; the stator further comprising: a bearing locating member that mounts the bearing element radially and axially inside the annular core, an insulator covering surfaces of the stator poles, the windings being wound onto the stator poles over the insulator, the bearing locating member being integrally formed with the insulator, and a compliant mount positioned between the bearing element and the bearing locating member or between the rotor axle and the bearing element to allow for misalignment between the stator and rotor axes. a stator comprising an annular core , stator poles extending from the annular core, and phase windings wound on the stator poles; and a rotor comprising: rotor poles facing ends of the stator poles, a rotor axle extending axially from the rotor to an inside of the annular core, and only one bearing element , being positioned between the rotor axle and the stator, radially within the annular core, to rotationally couple the rotor to the stator; rotor poles facing ends of the stator poles, a rotor axle extending axially from the rotor to an inside of the annular core, and only one bearing element , being positioned between the rotor axle and the stator, radially within the annular core, to rotationally couple the rotor to the stator; the stator further comprising: a bearing locating member that mounts the bearing element radially and axially inside the annular core, an insulator covering surfaces of the stator poles, the windings being wound onto the stator poles over the insulator, the bearing locating member being integrally formed with the insulator, and a compliant mount positioned between the bearing element and the bearing locating member or between the rotor axle and the bearing element to allow for misalignment between the stator and rotor axes. a bearing locating member that mounts the bearing element radially and axially inside the annular core, an insulator covering surfaces of the stator poles, the windings being wound onto the stator poles over the insulator, the bearing locating member being integrally formed with the insulator, and a compliant mount positioned between the bearing element and the bearing locating member or between the rotor axle and the bearing element to allow for misalignment between the stator and rotor axes.
A wetting mechanism for wetting a tube of a catheter , the wetting mechanism comprising: a housing configured to be positioned initially at or proximal to the tip end of the catheter tube , and wherein the housing comprises: a holding chamber for containing a volume of fluid therein; and a wetting chamber into which at least a portion of the catheter tube is able to be introduced and be moved therethrough to move at least a portion of the catheter tube through the wetting chamber , in use; and wherein the wetting mechanism comprises a fluid release control component for controlling release of the fluid from the holding chamber to the wetting chamber , the fluid release control component comprises a first configuration wherein it prevents release of the fluid from the holding chamber to the wetting chamber and a second configuration wherein it allows release of the fluid from the holding chamber to the wetting chamber , characterised in that the fluid release control component comprises a plug which is linearly moveable within the wetting mechanism between first and second positions corresponding to first and second configurations of the fluid release control component, the plug is configured to be at least partly withdrawn from the wetting mechanism to cause release of fluid from the holding chamber into the wetting chamber and the plug is configured such that it cannot be fully withdrawn from the wetting mechanism . a housing configured to be positioned initially at or proximal to the tip end of the catheter tube , and wherein the housing comprises: a holding chamber for containing a volume of fluid therein; and a wetting chamber into which at least a portion of the catheter tube is able to be introduced and be moved therethrough to move at least a portion of the catheter tube through the wetting chamber , in use; and a holding chamber for containing a volume of fluid therein; and a wetting chamber into which at least a portion of the catheter tube is able to be introduced and be moved therethrough to move at least a portion of the catheter tube through the wetting chamber , in use; and wherein the wetting mechanism comprises a fluid release control component for controlling release of the fluid from the holding chamber to the wetting chamber , the fluid release control component comprises a first configuration wherein it prevents release of the fluid from the holding chamber to the wetting chamber and a second configuration wherein it allows release of the fluid from the holding chamber to the wetting chamber , characterised in that the fluid release control component comprises a plug which is linearly moveable within the wetting mechanism between first and second positions corresponding to first and second configurations of the fluid release control component, the plug is configured to be at least partly withdrawn from the wetting mechanism to cause release of fluid from the holding chamber into the wetting chamber and the plug is configured such that it cannot be fully withdrawn from the wetting mechanism .
Installation for storing cryogenic fluid, in particular liquefied hydrogen, comprising a cryogenic tank buried directly underground with a predetermined depth (P) below the surface of the ground , characterized in that it comprises at least one heat transfer element having a thermal conductivity greater than 10 W/m.K and buried in the ground with a first end situated between the tank and the surface of the ground and a second end situated in a lateral zone around the tank .
System for monitoring the service life of rockets, comprising rockets and at least one companion specimen, characterized in that the at least one companion specimen of each propellant batch is produced, in addition to the rockets , as an independent construction, which is exposed to the same environmental parameters and contains propellant from the same propellant batch as the rockets , wherein the companion specimen has an engine combustion chamber which is filled with a propellant charge from the batch and corresponds to the engine combustion chamber of the rockets which are filled with a propellant charge from the batch, wherein the propellant charge of the companion specimen and the propellant charge of the rockets adhere to the combustion chamber wall and the propellant charge of the companion specimen is provided on the surface adhering to the combustion chamber wall with stress sensors (12 to 15) which are coupled to at least one data acquisition device of the companion specimen .
An electronic apparatus comprising: a storage unit; and a processor configured to: receive a user command requesting sharing content, in response to receiving the user command, search the content for a region comprising security information by comparing the content with a plurality of security information images stored in a security information image database, wherein the plurality of security information images comprise images of components capable of indirectly including the security information projected onto a reflective surface, extract an image corresponding to the security information from the region found as a result of the search performed by the processor , transform the extracted image, based on the security information in the extracted image, and generate second content by synthesizing the transformed extracted image with remaining portions of the content. a storage unit; and a processor configured to: receive a user command requesting sharing content, in response to receiving the user command, search the content for a region comprising security information by comparing the content with a plurality of security information images stored in a security information image database, wherein the plurality of security information images comprise images of components capable of indirectly including the security information projected onto a reflective surface, extract an image corresponding to the security information from the region found as a result of the search performed by the processor , transform the extracted image, based on the security information in the extracted image, and generate second content by synthesizing the transformed extracted image with remaining portions of the content. receive a user command requesting sharing content, in response to receiving the user command, search the content for a region comprising security information by comparing the content with a plurality of security information images stored in a security information image database, wherein the plurality of security information images comprise images of components capable of indirectly including the security information projected onto a reflective surface, extract an image corresponding to the security information from the region found as a result of the search performed by the processor , transform the extracted image, based on the security information in the extracted image, and generate second content by synthesizing the transformed extracted image with remaining portions of the content.
An application-based data interaction method, comprising: sending (S 100), by a preset application installed on a mobile device, a data interaction request; after a preset application-based bridging device receives the data interaction request, establishing (S200), by the mobile device and the bridging device, a first channel for data interaction, wherein the bridging device is configured to provide a network connection for the preset application; establishing (S300), by the bridging device and an application server, a second channel for data interaction; selectively opening (S400) the first channel and the second channel; and when both the first channel and the second channel are open, performing (S500), by the preset application, data interaction with the application server through the first and second channels. sending (S 100), by a preset application installed on a mobile device, a data interaction request; after a preset application-based bridging device receives the data interaction request, establishing (S200), by the mobile device and the bridging device, a first channel for data interaction, wherein the bridging device is configured to provide a network connection for the preset application; establishing (S300), by the bridging device and an application server, a second channel for data interaction; selectively opening (S400) the first channel and the second channel; and when both the first channel and the second channel are open, performing (S500), by the preset application, data interaction with the application server through the first and second channels.
A system configured to be installed in an aircraft, the system comprising: a first functional domain configured to provide a first service; a second functional domain configured to provide a second service; characterized in that the system comprises: a wireless access point configured to be externally managed by a controller and configured to communicate with a mobile terminal ; and a controller configured to communicate with the wireless access point , the first functional domain and the second functional domain , configured to manage the wireless access point and configured to control (405-410) wireless access of the mobile terminal to the first functional domain and the second functional domain . a first functional domain configured to provide a first service; a second functional domain configured to provide a second service; characterized in that the system comprises: a wireless access point configured to be externally managed by a controller and configured to communicate with a mobile terminal ; and a controller configured to communicate with the wireless access point , the first functional domain and the second functional domain , configured to manage the wireless access point and configured to control (405-410) wireless access of the mobile terminal to the first functional domain and the second functional domain . a wireless access point configured to be externally managed by a controller and configured to communicate with a mobile terminal ; and a controller configured to communicate with the wireless access point , the first functional domain and the second functional domain , configured to manage the wireless access point and configured to control (405-410) wireless access of the mobile terminal to the first functional domain and the second functional domain .