mhurhangee/patent-ind-claim-en huggingface dataset:
A shoulder strap for a leather article, in particular of the bag, satchel, or briefcase type, having a determined length (L1) and delimited between a first end and a second end opposite the first end, a first section of ribbon extending from the first end, a second section of ribbon extending from the second end, and a first loop having a first closed frame to which are attached, on one side the first section of ribbon, opposite the first end, and on an opposite side the second section of ribbon, opposite the second end, the first section of ribbon being provided with a hooking tab at the first end and the first loop further including a second open frame defining a hook rod configured to engage the hook tab in a configuration called tight configuration of the shoulder strap wherein the latter has a usable length (L3) less than its determined length, with the first section of ribbon which is at least partially folded back on itself.
A method for analyzing parts of wind energy assemblies, in particular rotor blades, wherein a hyperspectral camera is used and a spatially resolved spectral signature for a plurality of surface areas of the part to be analyzed is determined with the hyperspectral camera, wherein a determined spatially resolved spectral signature of a surface area is compared with a previously captured spatially resolved spectral signature of the surface area and an error signal is generated in the event of deviations exceeding a predetermined level.
An in vitro method for determining the patient's susceptibility to healthcare-associated infections (HAI), comprising a step of determining the expression level of high sensitivity C-reactive protein (hs-CRP), intestinal-type fatty acid-binding protein (I-FABP) and soluble CD14 (sCD14) in a biological sample obtained from said patient wherein said patient is an elderly individual.
A battery pack comprising: a type-1 battery cell (C1); and a plurality of type-2 battery cells (C2) arranged along a circumference of the type-1 battery cell (C1) to surround the type-1 battery cell (C1), the plurality of type-2 battery cells (C2) being connected in parallel to the type-1 battery cell (C1), each type-2 battery cell (C2) of the plurality of type-2 battery cells (C2) having an output power and a capacity different from an output power and a capacity of the type-1 battery cell (C1), wherein: the output power of the type-1 battery cell (C1) is greater than the output power of each type-2 battery cell (C2) of the plurality of type-2 battery cells (C2), and the capacity of the type-1 battery cell (C1) is less than the capacity of each type-2 battery cell (C2) of the plurality of type-2 battery cells (C2). a type-1 battery cell (C1); and a plurality of type-2 battery cells (C2) arranged along a circumference of the type-1 battery cell (C1) to surround the type-1 battery cell (C1), the plurality of type-2 battery cells (C2) being connected in parallel to the type-1 battery cell (C1), each type-2 battery cell (C2) of the plurality of type-2 battery cells (C2) having an output power and a capacity different from an output power and a capacity of the type-1 battery cell (C1), wherein: the output power of the type-1 battery cell (C1) is greater than the output power of each type-2 battery cell (C2) of the plurality of type-2 battery cells (C2), and the capacity of the type-1 battery cell (C1) is less than the capacity of each type-2 battery cell (C2) of the plurality of type-2 battery cells (C2). the output power of the type-1 battery cell (C1) is greater than the output power of each type-2 battery cell (C2) of the plurality of type-2 battery cells (C2), and the capacity of the type-1 battery cell (C1) is less than the capacity of each type-2 battery cell (C2) of the plurality of type-2 battery cells (C2).
An insulation member for being arranged adjacent to a transformer coil, the insulation member comprising: a flat base comprising a first half and a second half defined along a symmetry plane (YZ), a plurality of discrete spacers projecting from the plane of the base, the spacers being attached to the first half and the second half for allowing a cooling fluid to circulate between the coil and the flat base, wherein the first half comprises at least four zones , each zone having a plurality of spacers arranged according to a predetermined orientation with respect to an orientation axis on the plane of the flat base and perpendicular to the symmetry plane, wherein the orientation of spacers between adjacent zones is different, and wherein a first zone comprises a plurality of spacers at an angle of between 120 - 150 degrees with respect to the orientation axis, a second zone comprises a plurality of spacers oriented at an angle of between 80 - 100 degrees with respect to the orientation axis, a third zone comprises a plurality of spacers oriented at an angle of between 30 - 60 degrees with respect to the orientation axis and a fourth zone comprises a plurality of spacers oriented at an angle of between 120 - 150 degrees with respect to the orientation axis, characterized in that the first, second, third and fourth zones are arranged successively on the flat base from the symmetry plane to the orientation axis. a flat base comprising a first half and a second half defined along a symmetry plane (YZ), a plurality of discrete spacers projecting from the plane of the base, the spacers being attached to the first half and the second half for allowing a cooling fluid to circulate between the coil and the flat base, wherein the first half comprises at least four zones , each zone having a plurality of spacers arranged according to a predetermined orientation with respect to an orientation axis on the plane of the flat base and perpendicular to the symmetry plane, wherein the orientation of spacers between adjacent zones is different, and wherein a first zone comprises a plurality of spacers at an angle of between 120 - 150 degrees with respect to the orientation axis, a second zone comprises a plurality of spacers oriented at an angle of between 80 - 100 degrees with respect to the orientation axis, a third zone comprises a plurality of spacers oriented at an angle of between 30 - 60 degrees with respect to the orientation axis and a fourth zone comprises a plurality of spacers oriented at an angle of between 120 - 150 degrees with respect to the orientation axis, characterized in that the first, second, third and fourth zones are arranged successively on the flat base from the symmetry plane to the orientation axis.
An electromagnetic-wave absorber comprising an electromagnetic-wave absorbing layer in which a plurality of magnetic layers (1a to 1e) are stacked, each magnetic layer (1a to 1e) containing magnetic iron oxide (1a 1 , 1b 1 ) that magnetically resonates at a high frequency in a band equal to or higher than a millimeter-wave band, wherein in each of the magnetic layers (1a to 1e), the magnetic iron oxide (1a 1 , 1b 1 ) in a particulate form is dispersed in a resin binder (1a 2 , 1b 2 ), a value of an anisotropic magnetic field, HA, of the magnetic iron oxide (1a 1 , 1b 1 ) contained in at least one of the magnetic layers (1a to 1e) is different from that of the magnetic iron oxide (1a 1 , 1b 1 ) contained in another of the magnetic layers (1a to 1e), and the input impedance of the magnetic layers (1a to 1e) gradually increases from the electromagnetic-wave incident side along a traveling direction of electromagnetic waves. in each of the magnetic layers (1a to 1e), the magnetic iron oxide (1a 1 , 1b 1 ) in a particulate form is dispersed in a resin binder (1a 2 , 1b 2 ), a value of an anisotropic magnetic field, HA, of the magnetic iron oxide (1a 1 , 1b 1 ) contained in at least one of the magnetic layers (1a to 1e) is different from that of the magnetic iron oxide (1a 1 , 1b 1 ) contained in another of the magnetic layers (1a to 1e), and the input impedance of the magnetic layers (1a to 1e) gradually increases from the electromagnetic-wave incident side along a traveling direction of electromagnetic waves.
An information processing method, applied to a terminal device, wherein a rich execution environment REE and at least two trusted execution environments TEEs are deployed in the terminal device, the REE comprises one or more applications, and the method comprises: when the terminal device obtains a first display request in a first application, obtaining, by the terminal device, the first display request from the first application based on a first trusted user interface TUI trusted application, wherein the first application is any one of the applications in the REE, the first display request is used to display a first interface, the first display request comprises display information of the first interface, the first TUI trusted application is run in a first TEE, and the first TEE is a TEE in the at least two trusted execution environments TEEs; obtaining, by the terminal device, the first display request from the first TUI trusted application based on a first TUI framework, wherein the first TUI framework is run in the first TEE; drawing, by the terminal device, the first interface based on the first TUI framework; obtaining, by the terminal device from the first TUI framework based on a TUI server end, information used to indicate to display the first interface, wherein the TUI server end is run in a second TEE, the second TEE is a TEE in the at least two trusted execution environments TEEs, and a TUI display driver is integrated in the second TEE; and calling, by the terminal device based on the TUI server end, the TUI display driver to display the first interface. when the terminal device obtains a first display request in a first application, obtaining, by the terminal device, the first display request from the first application based on a first trusted user interface TUI trusted application, wherein the first application is any one of the applications in the REE, the first display request is used to display a first interface, the first display request comprises display information of the first interface, the first TUI trusted application is run in a first TEE, and the first TEE is a TEE in the at least two trusted execution environments TEEs; obtaining, by the terminal device, the first display request from the first TUI trusted application based on a first TUI framework, wherein the first TUI framework is run in the first TEE; drawing, by the terminal device, the first interface based on the first TUI framework; obtaining, by the terminal device from the first TUI framework based on a TUI server end, information used to indicate to display the first interface, wherein the TUI server end is run in a second TEE, the second TEE is a TEE in the at least two trusted execution environments TEEs, and a TUI display driver is integrated in the second TEE; and calling, by the terminal device based on the TUI server end, the TUI display driver to display the first interface.
Method for associating a device for detecting a position of a device for placing a window in at least two different states with a remote device via a radio link, characterized in that the method includes the steps of: - placing the remote device in an association mode, - the device for detecting a position of a device for placing a window in at least two different states detecting (E703) a first position of the device for placing a window in at least two different states, which position corresponds to the window being locked, - the device for detecting a position of a device for placing a window in at least two different states activating (E705) a timeout of a predetermined duration, - the device for detecting a position of a device for placing a window in at least two different states detecting (E710, E714) a position different from the position that corresponds to the window being locked, - transferring (E721) a frame, which includes the identifier of the device for detecting the position of a device for placing a window in at least two different states and an item of information representative of a request for association with the remote device, if the detection of the position that corresponds to the window being locked and the detection of the position different from the position that corresponds to the window being locked are performed at least three consecutive times (E719) during the predetermined duration, - the remote device receiving (E801) the frame, - associating (E802) the device for detecting the position of a device for placing a window in at least two states with the remote device. - placing the remote device in an association mode, - the device for detecting a position of a device for placing a window in at least two different states detecting (E703) a first position of the device for placing a window in at least two different states, which position corresponds to the window being locked, - the device for detecting a position of a device for placing a window in at least two different states activating (E705) a timeout of a predetermined duration, - the device for detecting a position of a device for placing a window in at least two different states detecting (E710, E714) a position different from the position that corresponds to the window being locked, - transferring (E721) a frame, which includes the identifier of the device for detecting the position of a device for placing a window in at least two different states and an item of information representative of a request for association with the remote device, if the detection of the position that corresponds to the window being locked and the detection of the position different from the position that corresponds to the window being locked are performed at least three consecutive times (E719) during the predetermined duration, - the remote device receiving (E801) the frame, - associating (E802) the device for detecting the position of a device for placing a window in at least two states with the remote device.
A computer-implemented method of reconstructing an interior room, the method comprising: receiving sensor data indicative of at least one image of at least a part of a room acquired with at least one image sensor of a user device; determining, based on the sensor data, at least a part of a point cloud representative of the at least part of the room and/or representative of one or more objects arranged in the room; reconstructing at least a part of a geometry of the room based on representing at least a portion of the point cloud with one or more base elements associated with one or more parametric models of predefined geometry and/or shape; wherein the geometry of the room is determined based on representing boundaries of the room with a spatial arrangement of a plurality of base elements, characterized by further comprising: optimizing the spatial arrangement of the plurality of base elements based on minimizing and/or reducing a number of base elements utilized for representing all boundaries of the room, wherein one or more base elements are iteratively replaced from a set of selected base elements to determine the spatial arrangement requiring a minimum number of base elements to accurately represent the one or more boundaries of the room. receiving sensor data indicative of at least one image of at least a part of a room acquired with at least one image sensor of a user device; determining, based on the sensor data, at least a part of a point cloud representative of the at least part of the room and/or representative of one or more objects arranged in the room; reconstructing at least a part of a geometry of the room based on representing at least a portion of the point cloud with one or more base elements associated with one or more parametric models of predefined geometry and/or shape; wherein the geometry of the room is determined based on representing boundaries of the room with a spatial arrangement of a plurality of base elements, characterized by further comprising: optimizing the spatial arrangement of the plurality of base elements based on minimizing and/or reducing a number of base elements utilized for representing all boundaries of the room, wherein one or more base elements are iteratively replaced from a set of selected base elements to determine the spatial arrangement requiring a minimum number of base elements to accurately represent the one or more boundaries of the room.
A fixing device for a support of a weaving machine, the fixing device comprising: a fastener comprising a head insertable into a support groove that is recessed in an inclined surface formed on a front portion of a sley of the weaving machine from a front opening of the support groove ; a shank connected to the head and having a pair of projections , each of the projections extending outward in a radial direction of the shank ; and an external-thread portion formed on the shank , wherein the shank protrudes out of the front opening with the head placed in the support groove , and the head is rotated around an axis (P) of the shank with rotation of the shank so that the head is held in the support groove ; and a nut mounted to the external-thread portion ; wherein the shank is insertable through an insertion hole formed in the support so that each projection can contact a hole wall of the insertion hole to regulate a rotation of the fastener , wherein the head has an approximately quadrilateral shape that has a pair of long sides and a pair of short sides , at least one of the short sides has a straight portion , and a distance (M1) between one end of the at least one short side and the axis (P) is longer than a distance (M2) between the other end of the at least one short side and the axis (P), and the straight portion intersects at a right angle an imaginary orthogonal line (Q) that passes through the axis (P). a fastener comprising a head insertable into a support groove that is recessed in an inclined surface formed on a front portion of a sley of the weaving machine from a front opening of the support groove ; a shank connected to the head and having a pair of projections , each of the projections extending outward in a radial direction of the shank ; and an external-thread portion formed on the shank , wherein a head insertable into a support groove that is recessed in an inclined surface formed on a front portion of a sley of the weaving machine from a front opening of the support groove ; a shank connected to the head and having a pair of projections , each of the projections extending outward in a radial direction of the shank ; and an external-thread portion formed on the shank , wherein the shank protrudes out of the front opening with the head placed in the support groove , and the head is rotated around an axis (P) of the shank with rotation of the shank so that the head is held in the support groove ; and a nut mounted to the external-thread portion ; wherein the shank is insertable through an insertion hole formed in the support so that each projection can contact a hole wall of the insertion hole to regulate a rotation of the fastener , wherein the head has an approximately quadrilateral shape that has a pair of long sides and a pair of short sides , at least one of the short sides has a straight portion , and a distance (M1) between one end of the at least one short side and the axis (P) is longer than a distance (M2) between the other end of the at least one short side and the axis (P), and the straight portion intersects at a right angle an imaginary orthogonal line (Q) that passes through the axis (P).
A fuel cell electrode catalyst comprising tin oxide having a catalyst supported thereon, wherein the tin oxide contains antimony and at least one element A selected from the group consisting of tantalum and niobium, wherein the ratio of the number of moles of antimony to the number of moles of tin, i.e., (the number of moles of antimony/the number of moles of tin), is 0.01 to 0.05, and wherein the ratio of the number of moles of the element A to the number of moles of antimony, i.e., [(the number of moles of the element A/the number of moles of antimony)], is 0.2 to 6.
A data processing method, comprising: receiving a service request, wherein the service request is used to request to invoke a meta service, the service request comprises a service parameter that matches metadata of the meta service, and the meta service is a service provided for a user; converting the service request into a cloud service request based on metadata of a cloud service; identifying a target cloud services based on the service parameter, wherein the target cloud services is provided by multiple cloud devices of one or more cloud systems; sending the cloud service request to the target cloud devices, wherein the meta service corresponds to the cloud service; characterized in that the metadata of the meta service has a first preset format, and the metadata of the meta service matches a parameter of the meta service; and the metadata of the cloud service has a second preset format, the metadata of the cloud service matches a parameter of the cloud service, and there is a mapping relationship between the metadata of the cloud service and the metadata of the meta service. receiving a service request, wherein the service request is used to request to invoke a meta service, the service request comprises a service parameter that matches metadata of the meta service, and the meta service is a service provided for a user; converting the service request into a cloud service request based on metadata of a cloud service; identifying a target cloud services based on the service parameter, wherein the target cloud services is provided by multiple cloud devices of one or more cloud systems; sending the cloud service request to the target cloud devices, wherein the meta service corresponds to the cloud service; characterized in that the metadata of the meta service has a first preset format, and the metadata of the meta service matches a parameter of the meta service; and the metadata of the cloud service has a second preset format, the metadata of the cloud service matches a parameter of the cloud service, and there is a mapping relationship between the metadata of the cloud service and the metadata of the meta service.
A method of registering a network entity with a network repository function, NRF, of a 5G core cellular network, the method comprising: transmitting, towards the NRF, a network entity registration request including an identifier of said network entity to be registered, an identifier of the composition of said network entity, the composition being a profile of common attributes of a set or group of such network entities, and specific attributes of said network entity other than those common attributes of the identified composition, and receiving a network entity registration response indicative of such a profile for said network entity composition missing, in response to said response, transmitting, towards said network repository function, a composition profile registration request including said identifier of said network entity composition and said profile for said network entity composition. transmitting, towards the NRF, a network entity registration request including an identifier of said network entity to be registered, an identifier of the composition of said network entity, the composition being a profile of common attributes of a set or group of such network entities, and specific attributes of said network entity other than those common attributes of the identified composition, and receiving a network entity registration response indicative of such a profile for said network entity composition missing, in response to said response, transmitting, towards said network repository function, a composition profile registration request including said identifier of said network entity composition and said profile for said network entity composition.