mhurhangee/patent-ind-claim-en huggingface dataset:
An air guide grille, comprising a plurality of grid strips , wherein the plurality of grid strips are arranged in a plurality of rows, each of the plurality of grid strips comprises an air inlet side edge and an air outlet side edge , wherein the air inlet side edge of the each of the plurality of grid strips is of a corrugated shape, and air inlet side edges of two adjacent rows of grid strips in the plurality of grid strips are provided in a staggered manner along a length direction of a corrugation, so as to form a corrugated air inlet between the two adjacent rows of grid strips ; each of the plurality of grid strips has an air guide surface extending from the air inlet side edge of the corresponding grid strip to the air outlet side edge , along an air guiding direction of the air guide surface, the air guide surface is inclined toward a first direction, and the first direction is parallel to an undulant direction of a corrugation; the undulant direction of the corrugation is an offset direction of a peak of the corrugation with respect to a balancing position, or an offset direction of a valley of the corrugation with respect to the balancing position; each of the plurality of grid strips comprises a plurality of grille base units with the same specifications; characterized in that a first rib is provided at a position, close to an air outlet side edge, of a front side of an air guide surface of each of the plurality of grille base units ; and/or a second rib is provided at a position, close to an air inlet side edge, of a rear surface side of an air guide surface of each of the plurality of grille base units ; a height of the first rib is between 2 mm and 3.5 mm; and/or a height of the second rib is between 0.4 mm and 1.1 mm. each of the plurality of grid strips comprises a plurality of grille base units with the same specifications; characterized in that a first rib is provided at a position, close to an air outlet side edge, of a front side of an air guide surface of each of the plurality of grille base units ; and/or a second rib is provided at a position, close to an air inlet side edge, of a rear surface side of an air guide surface of each of the plurality of grille base units ; a height of the first rib is between 2 mm and 3.5 mm; and/or a height of the second rib is between 0.4 mm and 1.1 mm.
A method for discovering network function (NF) service producers in a hierarchical network , the method comprising: receiving , by a regional NF repository function (NRF) operating in a first region of a hierarchical network , a NF registration request message from a NF service producer operating in the first region; detecting , by the regional NRF , an absence of <NF-Type>lnfo and/or <NF-Type>InfoList attribute data in the NF registration request message; creating , by the regional NRF , an entry in Nrflnfo structure information directed toward a root NRF operating in the hierarchical network , wherein the entry includes an nfinstance identifier that identifies the NF service producer and is mapped to an empty structure field indicative of absent <NF-Type>Info and/or <NF-Type>InfoList attribute data; and sending , by the regional NRF to the root NRF , the Nrflnfo structure information via a registration message or an update registration message. receiving , by a regional NF repository function (NRF) operating in a first region of a hierarchical network , a NF registration request message from a NF service producer operating in the first region; detecting , by the regional NRF , an absence of <NF-Type>lnfo and/or <NF-Type>InfoList attribute data in the NF registration request message; creating , by the regional NRF , an entry in Nrflnfo structure information directed toward a root NRF operating in the hierarchical network , wherein the entry includes an nfinstance identifier that identifies the NF service producer and is mapped to an empty structure field indicative of absent <NF-Type>Info and/or <NF-Type>InfoList attribute data; and sending , by the regional NRF to the root NRF , the Nrflnfo structure information via a registration message or an update registration message.
Neural stem cells for use in a method of treating, by inducing angiogenesis, stroke or spinal cord injury, said method comprising: (a) culturing neural stem cells under a hypoxia condition by treating the neural stem cells with cobalt (II) chloride (CoCl 2 ); and (b) injecting the cultured neural stem cells into a subject, wherein step (b) includes injecting vascular endothelial cells along with the neural stem cells into a subject, and wherein the cultured neural stem cells secrete monocyte chemoattractant protein-1 (MCP-1) or a growth-related oncogene (Gro). (a) culturing neural stem cells under a hypoxia condition by treating the neural stem cells with cobalt (II) chloride (CoCl 2 ); and (b) injecting the cultured neural stem cells into a subject, wherein step (b) includes injecting vascular endothelial cells along with the neural stem cells into a subject, and wherein the cultured neural stem cells secrete monocyte chemoattractant protein-1 (MCP-1) or a growth-related oncogene (Gro).
A machine-implemented method for evolving a trusted pattern from a pattern source using a set of images collected from a pattern-under-test, the method comprising: a) defining, during a trusted registration mode in which an initial trusted template is defined and stored in memory, a set of two or more evolvable image seeds (310 1 , 310 2 , 310 3 , 310 N ) identified from two or more images of a portion of the trusted pattern; b) defining the set of two or more evolvable image seeds as template elements of the initial trusted template; c) applying, during a semi-trusted registration mode in which images of a portion of a pattern-under-test are collected and are evaluated against the initial trusted template, a quality metric to choose which evolvable image seeds to evolve from the set of evolvable image seeds; and d) evolving the chosen evolvable image seeds by adding matching or correlating images of the collected images to each evolvable image seed, thereby producing a built-out evolved image seed comprising the evolvable image seed and the added matching or correlating images; wherein an evolved image seed includes an image of a portion of the trusted pattern and the quality metric for an evolved image seed includes an image size for a portion of the trusted pattern that is represented by that evolved image seed. a) defining, during a trusted registration mode in which an initial trusted template is defined and stored in memory, a set of two or more evolvable image seeds (310 1 , 310 2 , 310 3 , 310 N ) identified from two or more images of a portion of the trusted pattern; b) defining the set of two or more evolvable image seeds as template elements of the initial trusted template; c) applying, during a semi-trusted registration mode in which images of a portion of a pattern-under-test are collected and are evaluated against the initial trusted template, a quality metric to choose which evolvable image seeds to evolve from the set of evolvable image seeds; and d) evolving the chosen evolvable image seeds by adding matching or correlating images of the collected images to each evolvable image seed, thereby producing a built-out evolved image seed comprising the evolvable image seed and the added matching or correlating images;
Method for connecting to a service for a user device , said method comprising: - registering a user with a trusted entity , in the course of which a contact address and a service identifier are associated with a user identifier and stored by the trusted entity in association for subsequent access; - after registration, the device sending (E1), to a server implementing the service, a request to connect to said service, the user identifier with the trusted entity being associated with said request; - said device receiving (E2), from the trusted entity, a response to said request, said response comprising a datum in relation to a uniform resource locator associated with said service and a single-use connection code and being addressed to the contact address associated with the user identifier with the trusted entity when the user registered, the trusted entity storing, in association with the connection code, the user identifier and the service; - said device sending (E3) a request to access a page of the service the address of which corresponds to said datum, the received connection code being associated with said access request; - connecting (E4) to said service for the service identifier associated with the user identifier in the trusted entity, following validation of the connection code by the trusted entity, the user identifier corresponding to the one stored by the trusted entity in association with the connection code. - registering a user with a trusted entity , in the course of which a contact address and a service identifier are associated with a user identifier and stored by the trusted entity in association for subsequent access; - after registration, the device sending (E1), to a server implementing the service, a request to connect to said service, the user identifier with the trusted entity being associated with said request; - said device receiving (E2), from the trusted entity, a response to said request, said response comprising a datum in relation to a uniform resource locator associated with said service and a single-use connection code and being addressed to the contact address associated with the user identifier with the trusted entity when the user registered, the trusted entity storing, in association with the connection code, the user identifier and the service; - said device sending (E3) a request to access a page of the service the address of which corresponds to said datum, the received connection code being associated with said access request; - connecting (E4) to said service for the service identifier associated with the user identifier in the trusted entity, following validation of the connection code by the trusted entity, the user identifier corresponding to the one stored by the trusted entity in association with the connection code.
A method for producing molded articles, comprising a welding step of injecting an injection welding material containing a polyamide around or between butt weld portions of primary molded parts disposed in face-to-face contact, so as to weld the primary molded parts together to form a molded article, the polyamide consisting of dicarboxylic acid units, diamine units and triamine units in an amount of 0.05 to 1 mol% with respect to the total dicarboxylic acid units, wherein the triamine units are N,N-disubstituted amide units, and the dicarboxylic acid units contain 60 to 100 mol% of aromatic dicarboxylic acid units.
A method implemented at an Access and Mobility Management Function, AMF, node for managing a communication of a Non-Access-Stratum, NAS, cause code for a first User Equipment, UE, the method comprising: upon determining that there is a NAS cause code to be communicated to another UE different from the first UE, retrieving (S510) subscription data for the first UE from a Unified Data Management, UDM, node, the subscription data indicating an identifier of a second UE which is a target of the NAS cause code for the first UE, wherein retrieving the subscription data comprises transmitting a subscription data request with an identifier of the first UE to the UDM and receiving a subscription data response including the identifier of the second UE, the NAS cause code being the cause code with which a network rejects a request of the first UE in a NAS response, transmitting (S520) the NAS cause code and the identifier of the second UE to a Short Message Service Function, SMSF, node, receiving (S530) a Short Message Service, SMS, message built with the NAS cause code from the SMSF node, and transmitting (S540) the SMS message to the second UE. upon determining that there is a NAS cause code to be communicated to another UE different from the first UE, retrieving (S510) subscription data for the first UE from a Unified Data Management, UDM, node, the subscription data indicating an identifier of a second UE which is a target of the NAS cause code for the first UE, wherein retrieving the subscription data comprises transmitting a subscription data request with an identifier of the first UE to the UDM and receiving a subscription data response including the identifier of the second UE, the NAS cause code being the cause code with which a network rejects a request of the first UE in a NAS response, transmitting (S520) the NAS cause code and the identifier of the second UE to a Short Message Service Function, SMSF, node, receiving (S530) a Short Message Service, SMS, message built with the NAS cause code from the SMSF node, and transmitting (S540) the SMS message to the second UE.
A hearing aid comprising: a secondary battery having a nominal voltage higher than a nominal voltage of 1.4 V of an air battery; driving components driven by power at different voltages supplied from the secondary battery ; and a transformation unit configured to output charging power of the secondary battery at a voltage suitable for driving each of the driving components ; wherein, at least one of the driving components is a dedicated member driven at the nominal voltage of the secondary battery and, to the dedicated member, the power is directly supplied from the secondary battery , and wherein the hearing aid further includes: a first processing circuit including a charging unit connected to the secondary battery ; and a second processing circuit including a transformation unit , a detection unit configured to detect that the first processing circuit is in an operating state, and a switching controller configured to switch the transformation unit from the operating state to a stopped state only when the detection unit detects that the first processing circuit is in the operating state, wherein the transformation unit is a switching regulator. a secondary battery having a nominal voltage higher than a nominal voltage of 1.4 V of an air battery; driving components driven by power at different voltages supplied from the secondary battery ; and a transformation unit configured to output charging power of the secondary battery at a voltage suitable for driving each of the driving components ; wherein, at least one of the driving components is a dedicated member driven at the nominal voltage of the secondary battery and, to the dedicated member, the power is directly supplied from the secondary battery , and wherein the hearing aid further includes: a first processing circuit including a charging unit connected to the secondary battery ; and a second processing circuit including a transformation unit , a detection unit configured to detect that the first processing circuit is in an operating state, and a switching controller configured to switch the transformation unit from the operating state to a stopped state only when the detection unit detects that the first processing circuit is in the operating state, wherein the transformation unit is a switching regulator.
A guidance robot comprising: a drive section including wheels and a motor to rotate at least one wheel ; a body provided over the drive section and including at least one sensor for autonomous movement; a display unit coupled to the body ; a stationary plate provided at an upper portion of the body ; a rotary member provided over the stationary plate to rotate about a central axis of the stationary plate , the rotary member has an opening; a stopper that extends upward from the stationary plate through the opening of the rotary member , a motor provided at the stationary plate ; and a motor mount that is coupled to the motor , wherein the rotary member is coupled to the motor to rotate on the motor mount , wherein the rotary member includes: an arm that extends over the motor mount with a first end coupled to a rotary shaft of the motor , and a rim that circumferentially extends from a second end of the arm . a drive section including wheels and a motor to rotate at least one wheel ; a body provided over the drive section and including at least one sensor for autonomous movement; a display unit coupled to the body ; a stationary plate provided at an upper portion of the body ; a rotary member provided over the stationary plate to rotate about a central axis of the stationary plate , the rotary member has an opening; a stopper that extends upward from the stationary plate through the opening of the rotary member , a motor provided at the stationary plate ; and a motor mount that is coupled to the motor , wherein the rotary member is coupled to the motor to rotate on the motor mount , wherein the rotary member includes: an arm that extends over the motor mount with a first end coupled to a rotary shaft of the motor , and a rim that circumferentially extends from a second end of the arm . an arm that extends over the motor mount with a first end coupled to a rotary shaft of the motor , and a rim that circumferentially extends from a second end of the arm .
A method of treating stored blood and blood products maximizing shelf life and/or minimizing a transfusion related complication by removing undesirable molecules in the blood and blood products milieu through use of a sorbent, wherein the sorbent has a skeletal density in the range of from 1.1 g/ml to 1.3 g/ml, and wherein the sorbent is a biocompatible copolymer of divinylbenzene and 4-chlorostyrene.
A nonwoven fabric having a three-dimensional pattern obtained by a hydroembossing roll and comprising a wetlaid web comprising about 5% - 45% by weight of regenerated short cut fibers having a dtex in the range 0.7 to 2.2 dtex, and about 55% -95% by weight of natural fibers, whereby the fibers have been hydroentangled using water jets with psi (0.00689476 MPa) to 1200 psi (8.2738 MPa), wherein 10% - 20% of the short cut fibers are in the range 8 -12 mm and 80%-90% are in the range 3 -6 mm and wherein the natural fiber is selected from the group consisting of wood pulp, hemp, flax, cotton, jute, bamboo, sisal, jute, and kapok; which nonwoven fabric, when wetted with liquid 2.5 times the weight of dry nonwoven fabric and aged for more than one week, has a slosh box dispersibility according to EDANA & INDA FG502 (GD4) Guidelines of more than 94% in 5 min and 98% in 10 min, or which nonwoven fabric, when wetted with liquid 2.5 times the weight of dry nonwoven fabric and aged for more than one week has a slosh box dispersibility according to IWSFG Test Methods of more than 95% in 30 min.
Non-invasive pulsatile circulatory support device (1;10;500;600) intended to promote circulation of a blood volume in at least a part (Z) of a subject's body, the device comprising: - a flexible structure , arranged so as to be applied on at least the part of the subject's body, including: i. a distribution layer comprising a first series of pouches adjacent in pairs extending along one another, one of the pouches adjacent in pairs at least partially covering the other of the pouches adjacent in pairs; ii. a generation layer , covering the distribution layer , comprising a second series of inflatable pouches adjacent in pairs extending along one another; and, - means for generating a pulsation fluidially connected to the flexible structure in a leak-tight manner and arranged so as to create pulsation waves in the second series of pouches of the generation layer between the inner and outer layers, characterised in that the first series of pouches of the generation layer including pouches filled with an incompressible fluid enabling the propagation of the pulsation waves created within the generation layer by the means for generating. - a flexible structure , arranged so as to be applied on at least the part of the subject's body, including: i. a distribution layer comprising a first series of pouches adjacent in pairs extending along one another, one of the pouches adjacent in pairs at least partially covering the other of the pouches adjacent in pairs; ii. a generation layer , covering the distribution layer , comprising a second series of inflatable pouches adjacent in pairs extending along one another; and, i. a distribution layer comprising a first series of pouches adjacent in pairs extending along one another, one of the pouches adjacent in pairs at least partially covering the other of the pouches adjacent in pairs; ii. a generation layer , covering the distribution layer , comprising a second series of inflatable pouches adjacent in pairs extending along one another; and, - means for generating a pulsation fluidially connected to the flexible structure in a leak-tight manner and arranged so as to create pulsation waves in the second series of pouches of the generation layer between the inner and outer layers,
A method performed by a wireless device relating to registering with an Internet Protocol Multimedia Subsystem, IMS, network slice or initiating a session using a IMS network slice , the method comprising: sending a message to an IMS node via a radio access network, the message comprising an identifier of a desired IMS network slice , wherein the message is a first registration message for registration of the wireless device with the desired IMS network slice , wherein the message comprises an Internet Protocol Multimedia Private Identity, IMPI, and an Internet Protocol Multimedia Public Identity, IMPU, of the wireless device , wherein each IMS network slice has a separate Serving Call Session Control Function, S-CSCF, wherein sending the message comprises sending the message to a selected Proxy Call Session Control Function, P-CSCF, and the method further comprises selecting the P-CSCF from two or more P-CSCFs based on the identifier of the desired IMS network slice , wherein the IMS node is the appropriate P-CSCF selected, and wherein the P-CSCF may be associated with one or more IMS slices. sending a message to an IMS node via a radio access network, the message comprising an identifier of a desired IMS network slice , wherein the message is a first registration message for registration of the wireless device with the desired IMS network slice , wherein the message comprises an Internet Protocol Multimedia Private Identity, IMPI, and an Internet Protocol Multimedia Public Identity, IMPU, of the wireless device , wherein each IMS network slice has a separate Serving Call Session Control Function, S-CSCF, wherein sending the message comprises sending the message to a selected Proxy Call Session Control Function, P-CSCF, and the method further comprises selecting the P-CSCF from two or more P-CSCFs based on the identifier of the desired IMS network slice , wherein the IMS node is the appropriate P-CSCF selected, and wherein the P-CSCF may be associated with one or more IMS slices.