mhurhangee/patent-ind-claim-en huggingface dataset:
A user equipment, UE, comprising: means for selecting a Visited Public Land Mobile Network, VPLMN, associated with a preferred Public Land Mobile Network, PLMN, list configured by a Home Public Land Mobile Network, HPLMN, ; means for identifying a network slice not supported by the selected VPLMN; and means for receiving a network slice aware PLMN exceptions list from the HPLMN; means for selecting another VPLMN that supports the network slice, wherein the another VPLMN is not associated with the preferred PLMN list but is associated with the network slice aware PLMN exceptions list, only when no VPLMN in the preferred PLMN list supports the network slice; means for determining that the identified network slice supported by the another VPLMN that is associated with the network slice aware PLMN exceptions list is no longer required; and means for selecting a VPLMN associated with the preferred PLMN list during a next idle time of user equipment if the user equipment is currently connected and transferring data on the another VPLMN. means for selecting a Visited Public Land Mobile Network, VPLMN, associated with a preferred Public Land Mobile Network, PLMN, list configured by a Home Public Land Mobile Network, HPLMN, ; means for identifying a network slice not supported by the selected VPLMN; and means for receiving a network slice aware PLMN exceptions list from the HPLMN; means for selecting another VPLMN that supports the network slice, wherein the another VPLMN is not associated with the preferred PLMN list but is associated with the network slice aware PLMN exceptions list, only when no VPLMN in the preferred PLMN list supports the network slice; means for determining that the identified network slice supported by the another VPLMN that is associated with the network slice aware PLMN exceptions list is no longer required; and means for selecting a VPLMN associated with the preferred PLMN list during a next idle time of user equipment if the user equipment is currently connected and transferring data on the another VPLMN.
A device for protecting a person from an electrical signal , comprising: a sensor device wearable by the person to be protected, comprising at least one sensor configured for determining a magnitude representative of an electrical signal of an electrically activatable object acting on the person , a switching device configured for assuming at least a first operating state and a second operating state, the first operating state enabling transmission of the electrical signal of the electrically activatable object to the person to be protected, and the second operating state not enabling transmission of the electrical signal of the electrically activatable object to the person to be protected, and a control device controlling the switching device based on an output signal of the at least one sensor , so that the switching device selectively assumes the first operating state or the second operating state depending on the output signal of the at least one sensor , characterized in that at least a third operating state is provided, and the control device is configured to deactivate a part of the electrically activatable object in the second operating state, and to assume the third operating state depending on the output signal of the at least one sensor , and to deactivate at least one further part of the electrically activatable object in the third operating state. a sensor device wearable by the person to be protected, comprising at least one sensor configured for determining a magnitude representative of an electrical signal of an electrically activatable object acting on the person , a switching device configured for assuming at least a first operating state and a second operating state, the first operating state enabling transmission of the electrical signal of the electrically activatable object to the person to be protected, and the second operating state not enabling transmission of the electrical signal of the electrically activatable object to the person to be protected, and a control device controlling the switching device based on an output signal of the at least one sensor , so that the switching device selectively assumes the first operating state or the second operating state depending on the output signal of the at least one sensor ,
Monopile foundation for an offshore structure, in particular for a wind turbine (W), with a foundation pile for supporting the structure and a foundation reinforcement adjoining the outside of the foundation pile and designed for subsequently attaching to the foundation pile , wherein the foundation reinforcement has a sleeve , a collar and at least one support , wherein the sleeve is assigned to the foundation pile and the collar is held spaced apart outwards from the sleeve via the at least one support , wherein the foundation pile has a foundation section (GA) for insertion into the seabed (M) and a reinforcement section (VA) for connecting the foundation pile to the sleeve above the seabed (M) and wherein the collar and/or the sleeve is designed for at least partial insertion into the seabed (M), characterised in that in the region of the reinforcement section (VA), a feed-through opening is provided in the foundation pile and in that the sleeve of the foundation reinforcement is provided in the reinforcement section (VA) so as to not seal the feed-through opening .
A vehicle lighting device comprising a first light guide and a second light guide each adapted to emit at least a part of a lighting function, said two guides being two separate parts, said first light guide comprising: - a main light guide part comprising an entry diopter intended to receive light rays from a light source and a main exit diopter , the main guide part being such that a portion of the light rays (R 1 ) passing through the entry diopter are guided to the main output diopter, - a fixing part fixing said main part to the second light guide and extending between said main part and the second guide so that one of the guides supports the other one in said lighting device. - a main light guide part comprising an entry diopter intended to receive light rays from a light source and a main exit diopter , the main guide part being such that a portion of the light rays (R 1 ) passing through the entry diopter are guided to the main output diopter, - a fixing part fixing said main part to the second light guide and extending between said main part and the second guide so that one of the guides supports the other one in said lighting device.
A polyisocyanate composition, which is derived from 1,6-hexamethylene diisocyanate, comprising: an isocyanurate structure, and a multimer derived from 1-nylon compound having UV-absorption in a region corresponding to diisocyanate undecamer or higher-order multimers at a retention time of less than 10 minutes in a spectrum measured by gel permeation chromatography as described in " Measurement of Height Ratio of UV-Absorption Peak" in the description, and a height ratio (B)/(A) of a UV-absorption peak height (B) of the multimer derived from 1-nylon compound to a UV-absorption peak height of a diisocyanate trimer equivalent (A) at a retention time of 11.7 minutes in the spectrum is in a range of 1.0 to 20.5 wherein the polyisocyanate composition is prepared by isocyanurating the diisocyanate with an isocyanurate catalyst while adding an alcohol continuously, and wherein a molar ratio (Z)/(X) of an uretdione structure (Z) to the isocyanurate structure (X) is in a range of 0.01/100 to 40/100. an isocyanurate structure, and a multimer derived from 1-nylon compound having UV-absorption in a region corresponding to diisocyanate undecamer or higher-order multimers at a retention time of less than 10 minutes in a spectrum measured by gel permeation chromatography as described in " Measurement of Height Ratio of UV-Absorption Peak" in the description, and a height ratio (B)/(A) of a UV-absorption peak height (B) of the multimer derived from 1-nylon compound to a UV-absorption peak height of a diisocyanate trimer equivalent (A) at a retention time of 11.7 minutes in the spectrum is in a range of 1.0 to 20.5 wherein the polyisocyanate composition is prepared by isocyanurating the diisocyanate with an isocyanurate catalyst while adding an alcohol continuously, and wherein a molar ratio (Z)/(X) of an uretdione structure (Z) to the isocyanurate structure (X) is in a range of 0.01/100 to 40/100.
A bearing assembly for a drive shaft of a fluid pump, the bearing assembly comprising: a bearing component which defines a bearing surface for the drive shaft , in use, the drive shaft and the bearing surface together defining a fluid volume for receiving lubricating fluid, in use, to lubricate contact between the bearing surface and the drive shaft , the bearing assembly further comprising a temperature modification device for varying the temperature of fluid in the fluid volume so as to vary the viscosity of the fluid in the fluid volume , thereby to vary the friction between the bearing surface and the drive shaft and wherein, the bearing assembly includes a bearing support which supports the bearing component , characterised in that , the temperature modification device extends around only a part of the circumference of the bearing support and wherein, the part of the circumference includes a region substantially diametrically opposed to a point of maximum load on the bearing assembly . a bearing component which defines a bearing surface for the drive shaft , in use, the drive shaft and the bearing surface together defining a fluid volume for receiving lubricating fluid, in use, to lubricate contact between the bearing surface and the drive shaft , the bearing assembly further comprising a temperature modification device for varying the temperature of fluid in the fluid volume so as to vary the viscosity of the fluid in the fluid volume , thereby to vary the friction between the bearing surface and the drive shaft and wherein, the bearing assembly includes a bearing support which supports the bearing component , characterised in that , the temperature modification device extends around only a part of the circumference of the bearing support and wherein, the part of the circumference includes a region substantially diametrically opposed to a point of maximum load on the bearing assembly .
An injection molded shaft comprising a first torque applied part formed at one end in an axial direction, a second torque applied part formed at another end in the axial direction, and a shaft body connecting the first torque applied part to the second torque applied part along a direction of a shaft core wherein the shaft body includes a first connecting part formed integrally with the first torque applied part , a second connecting part formed integrally with the second torque applied part , a core part extending from the first connecting part to the second connecting part along the shaft core , a plurality of first framework parts formed at regular intervals along the direction of the shaft core in the core part between the first connecting part and the second connecting part , each of the first framework parts having a discoid cross section orthogonal to the axial direction, characterized in that the core part has a crisscross cross section orthogonal to the axial direction, and the shaft body includes a second framework part disposed in a portion partitioned by the first connecting part , the first framework part adjacent to the first connecting part , and the core part , the second framework part extending across the first connecting part , the first framework part , and the core part like a diagonal brace, a third framework part disposed in a portion partitioned by a pair of the first framework parts adjacent to each other and the core part , the third framework part extending across the pair of first framework parts and the core part like a diagonal brace, and a fourth framework part disposed in a portion partitioned by the second connecting part , the first framework part adjacent to the second connecting part , and the core part , the fourth framework part extending across the second connecting part , the first framework part , and the core part like a diagonal brace.
A cyclic oligosaccharide represented by the following general formula : wherein the cyclic oligosaccharide consists of constituent units, wherein the constituent units are glucoses or derivatives thereof, and wherein the constituent units are linked by β-1,4 glucosidic bonds; and wherein R represents a hydrogen atom or a substituent thereof, a plurality of the Rs may be identical or different, and n represents an integer of 0 to 3. wherein the cyclic oligosaccharide consists of constituent units, wherein the constituent units are glucoses or derivatives thereof, and wherein the constituent units are linked by β-1,4 glucosidic bonds; and wherein R represents a hydrogen atom or a substituent thereof, a plurality of the Rs may be identical or different, and n represents an integer of 0 to 3.
A connection assembly for a battery module (A), wherein the connection assembly comprising: a connecting sheet , the connecting sheet electrically connect battery cells constituting the battery module (A); and an insulating film , a plurality of the connecting sheets are mounted onto the insulating film , and are insulated from each other; wherein the insulating film is provided with a weakened portion , and when the insulating film is subjected to external force greater than a specified value, the insulating film is deformed and/or broken at a position of the weakened portion ; wherein the weakened portion is configured to prevent the exposure of the plurality of the connecting sheets ; wherein the insulating film comprises a first insulating film and a second insulating film ; along a height direction (Z) of the connection assembly , at least part of the connecting sheet is located between the first insulating film and the second insulating film ; the first insulating film and the second insulating film each are provided with the weakened portion , and along the height direction (Z) of the connection assembly , the weakened portion of the first insulating film is arranged corresponding to the weakened portion of the second insulating film ; and characterized in that along the height direction (Z) of the connection assembly , the weakened portion of the first insulating film and the weakened portion of the second insulating film are arranged in a staggered manner. a connecting sheet , the connecting sheet electrically connect battery cells constituting the battery module (A); and an insulating film , a plurality of the connecting sheets are mounted onto the insulating film , and are insulated from each other; wherein the insulating film is provided with a weakened portion , and when the insulating film is subjected to external force greater than a specified value, the insulating film is deformed and/or broken at a position of the weakened portion ; wherein the weakened portion is configured to prevent the exposure of the plurality of the connecting sheets ; wherein the insulating film comprises a first insulating film and a second insulating film ; along a height direction (Z) of the connection assembly , at least part of the connecting sheet is located between the first insulating film and the second insulating film ; the first insulating film and the second insulating film each are provided with the weakened portion , and along the height direction (Z) of the connection assembly , the weakened portion of the first insulating film is arranged corresponding to the weakened portion of the second insulating film ; and characterized in that along the height direction (Z) of the connection assembly , the weakened portion of the first insulating film and the weakened portion of the second insulating film are arranged in a staggered manner.
A computer-implemented method for optimizing a faceprint of a given user comprising a plurality of reference images for performing facial recognition at a client device, the optimization comprising: evaluating a face candidate image of the given user to determine an optimized faceprint of the given user, by: calculating one or more distances between the face candidate and the plurality of reference images of the faceprint of the given user in a plurality of users; selecting the face candidate to determine the optimized faceprint if each reference image of the plurality of reference images has at least a minimal distance to the face candidate; calculating distances between the selected face candidate and reference images in faceprints of other users in the plurality of users, and between the set of reference images of the given user and the reference images in the faceprints of other users in the plurality of users; selecting from the face candidate and the set of reference images, a reduced set of reference images having one or more greatest distances to the reference images in the faceprints of other users in the plurality of users; and providing the reduced set of reference images to the client device as the optimized faceprint; wherein calculating distances between the face candidate and reference images in faceprints of other users in the plurality of users is performed within a network of users having faceprints likely to be used to perform a recognition in images captured at the client device. calculating one or more distances between the face candidate and the plurality of reference images of the faceprint of the given user in a plurality of users; selecting the face candidate to determine the optimized faceprint if each reference image of the plurality of reference images has at least a minimal distance to the face candidate; calculating distances between the selected face candidate and reference images in faceprints of other users in the plurality of users, and between the set of reference images of the given user and the reference images in the faceprints of other users in the plurality of users; selecting from the face candidate and the set of reference images, a reduced set of reference images having one or more greatest distances to the reference images in the faceprints of other users in the plurality of users; and providing the reduced set of reference images to the client device as the optimized faceprint; wherein calculating distances between the face candidate and reference images in faceprints of other users in the plurality of users is performed within a network of users having faceprints likely to be used to perform a recognition in images captured at the client device.
A composition or set of compositions comprising the following components: 1) a CD4+ T cell comprising a CAR (the CAR CD4+ ) comprising: an antigen binding domain; a transmembrane domain; and an intracellular signaling domain; and 2) a CD8+ T cell comprising a CAR (the CAR CD8+ ) comprising: an antigen binding domain; a transmembrane domain; and an intracellular signaling domain; and, wherein the intracellular signaling domain of CAR CD4+ and the intracellular signaling domain of CAR CD8+ differ from one another, further wherein the CAR CD4+ comprises an ICOS domain. 1) a CD4+ T cell comprising a CAR (the CAR CD4+ ) comprising: an antigen binding domain; a transmembrane domain; and an intracellular signaling domain; and an antigen binding domain; a transmembrane domain; and an intracellular signaling domain; and 2) a CD8+ T cell comprising a CAR (the CAR CD8+ ) comprising: an antigen binding domain; a transmembrane domain; and an intracellular signaling domain; and, an antigen binding domain; a transmembrane domain; and an intracellular signaling domain; and,
Method for producing inductively heatable smoking products , wherein the method comprises the following steps: - providing a tobacco product ; - providing a susceptor segment , wherein the susceptor segment has a longitudinal axis (LA) and a cross-section (QS) oriented transversely to the longitudinal axis (LA) with an axial area moment of inertia; - increasing the axial area moment of inertia of the cross-section (QS) of the susceptor segment , in particular by changing the shape of the cross-section, preferably by an in particular deforming punching, embossing and/or rolling process; - positioning the shape-changed susceptor segment in the tobacco product by moving the susceptor segment and the tobacco product relative to one another, whereby the susceptor segment is introduced, in particular pressed, into the tobacco product , wherein - a magazine with prefabricated susceptor segments is provided. - providing a tobacco product ; - providing a susceptor segment , wherein the susceptor segment has a longitudinal axis (LA) and a cross-section (QS) oriented transversely to the longitudinal axis (LA) with an axial area moment of inertia; - increasing the axial area moment of inertia of the cross-section (QS) of the susceptor segment , in particular by changing the shape of the cross-section, preferably by an in particular deforming punching, embossing and/or rolling process; - positioning the shape-changed susceptor segment in the tobacco product by moving the susceptor segment and the tobacco product relative to one another, whereby the susceptor segment is introduced, in particular pressed, into the tobacco product , wherein - a magazine with prefabricated susceptor segments is provided.
At least one computer readable medium having instructions stored thereon, which when executed by one or more processors , cause the processors , in order to perform ink usage estimation for a printing system, to: receive a histogram for each of a plurality of color planes, wherein the histogram is generated from a contone image; automatically select an ink deposition curve which represents an amount of ink in a pixel or per area deposited for different gray levels of a color plane based on printer system settings; generate estimated ink usage data for each of the plurality of color planes based on the histograms and the ink deposition curve; automatically select an updated ink deposition curve based on updated printer system settings; and generate second estimated ink usage data for each of the plurality of color planes based on the histograms and the updated ink deposition curve. receive a histogram for each of a plurality of color planes, wherein the histogram is generated from a contone image; automatically select an ink deposition curve which represents an amount of ink in a pixel or per area deposited for different gray levels of a color plane based on printer system settings; generate estimated ink usage data for each of the plurality of color planes based on the histograms and the ink deposition curve; automatically select an updated ink deposition curve based on updated printer system settings; and generate second estimated ink usage data for each of the plurality of color planes based on the histograms and the updated ink deposition curve.