mhurhangee/patent-ind-claim-en huggingface dataset:
An antagonist of the cannabinoid receptor CB1 selected from a neutral antagonist or an inverse agonist of the cannabinoid receptor CB1, for use in the prevention or treatment of a disease associated with neuronal dendritic abnormalities, wherein said dendritic abnormalities are not caused by an external stimulus, but due to an impaired maturation of the neuronal dendritic plasticity.
A method in a user equipment, UE , the method comprising: the UE communicating with a network including a plurality of logical networks, the UE communicating with a first logical network of the plurality of logical networks using a plurality of antennas of the UE ; and the UE communicating with the first logical network with a first set of antennas and communicating with a second logical network of the plurality of logical networks with a second set of antennas, wherein the first set of antennas includes at least one of the plurality of antennas of the UE and the second set of antennas includes at least one of the plurality of antennas of the UE , the antennas of the first set not being included in the antennas of the second set, wherein the method further comprises: the UE transmitting an indication to the network of a change of usage of the UE ; the UE receiving a request from the network to allocate the at least one antenna of the plurality of antennas for communicating with the second logical network , wherein receiving the request to allocate the at least one antenna of the plurality of antennas for communication with the second logical network comprises: receiving an indication of a number of antennas that should be allocated for communicating with the second logical network ; and in response to the request, the UE performing said allocating. the UE communicating with a network including a plurality of logical networks, the UE communicating with a first logical network of the plurality of logical networks using a plurality of antennas of the UE ; and the UE communicating with the first logical network with a first set of antennas and communicating with a second logical network of the plurality of logical networks with a second set of antennas, wherein the first set of antennas includes at least one of the plurality of antennas of the UE and the second set of antennas includes at least one of the plurality of antennas of the UE , the antennas of the first set not being included in the antennas of the second set, the UE transmitting an indication to the network of a change of usage of the UE ; the UE receiving a request from the network to allocate the at least one antenna of the plurality of antennas for communicating with the second logical network , wherein receiving the request to allocate the at least one antenna of the plurality of antennas for communication with the second logical network comprises: receiving an indication of a number of antennas that should be allocated for communicating with the second logical network ; and in response to the request, the UE performing said allocating.
Fault current sensor for a fault current protective device for monitoring an electrical consumer for a vehicle , wherein the fault current sensor has the following features: a measuring device for measuring a differential current between a first electrical current in an electrical supply conductor , which leads from a control device for controlling the electrical consumer to the electrical consumer , and a second electrical current in an electrical return conductor , which leads away from the electrical consumer ; and a signalling device (536, 538; 636) for signalling a fault current to the control device via the supply conductor on the basis of a comparison of the measured differential current with a threshold value, characterized in that the signalling device has a switch for load switching and a defined load , wherein the defined load is connected to the return conductor in an electrically conductive manner, wherein the switch is designed, in an open switching position, to interrupt the supply conductor and to connect it to the defined load . a measuring device for measuring a differential current between a first electrical current in an electrical supply conductor , which leads from a control device for controlling the electrical consumer to the electrical consumer , and a second electrical current in an electrical return conductor , which leads away from the electrical consumer ; and a signalling device (536, 538; 636) for signalling a fault current to the control device via the supply conductor on the basis of a comparison of the measured differential current with a threshold value, characterized in that the signalling device has a switch for load switching and a defined load , wherein the defined load is connected to the return conductor in an electrically conductive manner, wherein the switch is designed, in an open switching position, to interrupt the supply conductor and to connect it to the defined load .
A mobile communication method implemented by user equipment, UE, or a mobile communications apparatus deployed in UE, comprising: sending an attach request message to a mobility management entity; wherein the attach request message comprises a first UE security capability; receiving (S41) a non-access stratum, NAS, security mode command message from the mobility management entity, wherein the NAS security mode command message carries a first hash value of the attach request message received by the mobility management entity, an integrity algorithm used by the mobility management entity, a key identifier, and a first non-access stratum message authentication code, NAS-MAC, of the NAS security mode command message and a second UE security capability; calculating (S42) a second NAS-MAC of the NAS security mode command message, and a second hash value of the sent attach request message; determining (S43, S44) whether the second NAS-MAC is consistent with the first NAS-MAC, the first UE security capability is consistent with the second UE security capability and the second hash value is consistent with the first hash value; and if the second NAS-MAC is consistent with the first NAS-MAC, the first UE security capability is consistent with the second UE security capability, and the second hash value is inconsistent with the first hash value, sending (S47) a NAS security mode complete message to the mobility management entity; wherein the NAS security mode complete message carries the sent attach request message. sending an attach request message to a mobility management entity; wherein the attach request message comprises a first UE security capability; receiving (S41) a non-access stratum, NAS, security mode command message from the mobility management entity, wherein the NAS security mode command message carries a first hash value of the attach request message received by the mobility management entity, an integrity algorithm used by the mobility management entity, a key identifier, and a first non-access stratum message authentication code, NAS-MAC, of the NAS security mode command message and a second UE security capability; calculating (S42) a second NAS-MAC of the NAS security mode command message, and a second hash value of the sent attach request message; determining (S43, S44) whether the second NAS-MAC is consistent with the first NAS-MAC, the first UE security capability is consistent with the second UE security capability and the second hash value is consistent with the first hash value; and if the second NAS-MAC is consistent with the first NAS-MAC, the first UE security capability is consistent with the second UE security capability, and the second hash value is inconsistent with the first hash value, sending (S47) a NAS security mode complete message to the mobility management entity; wherein the NAS security mode complete message carries the sent attach request message.
A battery module , comprising: a plurality of battery cells , each having electrode terminals respectively formed at an upper portion and a lower portion thereof; a module case configured to accommodate the plurality of battery cells and having a plurality of exposure holes configured to expose the upper portion or the lower portion of the battery cell ; a screen member located at any one or more of an upper portion and a lower portion of the module case and having a plate shape, the screen member being configured to have a ventilation hole with a smaller size than the exposure hole ; and a connection plate interposed between the screen member and the module case and having electric conductivity, the connection plate including a body portion having a plate shape extending in a horizontal direction, a connection portion extending from the body portion to contact the electrode terminal , and a connection hole formed by opening a part of the body portion so that the connection portion is located in the opening thereof, wherein the module case includes a plurality of cover portions configured to protrude toward the connection plate from an outer circumference of the plurality of exposure holes , respectively, the cover portion having a hollow and being shaped to have an open top end. a plurality of battery cells , each having electrode terminals respectively formed at an upper portion and a lower portion thereof; a module case configured to accommodate the plurality of battery cells and having a plurality of exposure holes configured to expose the upper portion or the lower portion of the battery cell ; a screen member located at any one or more of an upper portion and a lower portion of the module case and having a plate shape, the screen member being configured to have a ventilation hole with a smaller size than the exposure hole ; and a connection plate interposed between the screen member and the module case and having electric conductivity, the connection plate including a body portion having a plate shape extending in a horizontal direction, a connection portion extending from the body portion to contact the electrode terminal , and a connection hole formed by opening a part of the body portion so that the connection portion is located in the opening thereof, wherein the module case includes a plurality of cover portions configured to protrude toward the connection plate from an outer circumference of the plurality of exposure holes , respectively, the cover portion having a hollow and being shaped to have an open top end.
A display apparatus for use in displaying images to a viewer within a vehicle, comprising: a transparent optical waveguide display unit arranged for receiving collimated image-bearing light into the optical waveguide display unit, for guiding the received light therealong to an output area thereof, and for outputting from the output area the image-bearing light to present a first image viewable in the far-field; and a light-emitting display screen for displaying a second image viewable in the near-field and arranged in relation to the output area of the optical waveguide display unit such that an image displayed thereby is visible through the output area, for the combining of the second image from the display screen with said first viewable image; characterised wherein the light-emitting display screen is attached to the optical waveguide display unit at one or more places along an edge or edges of the optical waveguide display unit , in which the optical waveguide display unit is arranged to receive from an image capture device image-bearing light which bears an image of an external scene, and to display the scene as the first image in combination with the second image. a transparent optical waveguide display unit arranged for receiving collimated image-bearing light into the optical waveguide display unit, for guiding the received light therealong to an output area thereof, and for outputting from the output area the image-bearing light to present a first image viewable in the far-field; and a light-emitting display screen for displaying a second image viewable in the near-field and arranged in relation to the output area of the optical waveguide display unit such that an image displayed thereby is visible through the output area, for the combining of the second image from the display screen with said first viewable image; characterised wherein the light-emitting display screen is attached to the optical waveguide display unit at one or more places along an edge or edges of the optical waveguide display unit , in which the optical waveguide display unit is arranged to receive from an image capture device image-bearing light which bears an image of an external scene, and to display the scene as the first image in combination with the second image.
A sewing machine for closing an open end of a tubular knitted article, that comprises a frame , a knitting head mounted on the frame , and a thread cutter movably mounted on the frame , wherein the knitting head has a needle , a needle-shaped hook and a knot making peg for forming thread knots , the thread cutter being used to cut the thread knots ; wherein the thread cutter is configured in a fashion that enables its movement relative to the knitting head ; and the sewing machine is characterized in that the thread cutter is mounted on a cutter arm rotatable connected to the frame , and is equipped to move along a circular trace.
A configured grant confirmation method, comprising: receiving, by a terminal, a configured grant activation state management message sent by a network side device; wherein the configured grant activation state management message is used to activate or deactivate one or more sets of configured grants configured by the network side device for the terminal, and the configured grants are configured grants on a Uu link between the terminal and a cellular network and/or configured grants on a direct communication link between terminals; sending, by the terminal, a configured grant confirmation message to the network side device, wherein the configured grant confirmation message is used for determining a link type corresponding to the configured grant activation state management message successfully received by the terminal, wherein the link type comprises a Uu link and/or a direct communication link. receiving, by a terminal, a configured grant activation state management message sent by a network side device; wherein the configured grant activation state management message is used to activate or deactivate one or more sets of configured grants configured by the network side device for the terminal, and the configured grants are configured grants on a Uu link between the terminal and a cellular network and/or configured grants on a direct communication link between terminals; sending, by the terminal, a configured grant confirmation message to the network side device, wherein the configured grant confirmation message is used for determining a link type corresponding to the configured grant activation state management message successfully received by the terminal, wherein the link type comprises a Uu link and/or a direct communication link.
A method for carrying out a roll change, wherein a web , which runs off an old roll , of a substrate to be processed is pressed against a new roll , which is provided with an adhesive point, of the substrate to be printed, wherein the web , which runs off the old roll , which runs off, is severed at a cutting edge after pressing against the adhesive point of the new roll and after forming an adhesive bond between web , which runs off, and new roll , wherein at least one tail with an extension from the adhesive point to the cutting edge remains mostly on the adhesive point , characterized in that, when using a fluid-repellent substrate, an adhesive-free liquid is applied to the new roll and/or to the side of the tail facing the web , at least in a partial surface of the tail .
A method for managing unicast and multicast services switching by a wireless mobile entity (120; 602) capable of both unicast and multicast signaling, the method comprising: receiving a content via dedicated unicast transmission; determining whether to switch from receiving the content via the dedicated unicast transmission to receiving the content via multicast transmission; switching receiving the content via dedicated unicast transmission to multicast transmission in response to determining to switch; and wherein: either the content via dedicated unicast transmission is received via an over-the-top, OTT, service over unicast or a packet switched streaming service, PSS, over unicast and the determining to switch is based on a received hypertext transfer protocol, HTTP, redirect message ; or the content via dedicated unicast transmission is received via real time transport protocol, RTP, streaming and the determining to switch is based on received RTP control protocol, RTCP, messages . receiving a content via dedicated unicast transmission; determining whether to switch from receiving the content via the dedicated unicast transmission to receiving the content via multicast transmission; switching receiving the content via dedicated unicast transmission to multicast transmission in response to determining to switch; and wherein: either the content via dedicated unicast transmission is received via an over-the-top, OTT, service over unicast or a packet switched streaming service, PSS, over unicast and the determining to switch is based on a received hypertext transfer protocol, HTTP, redirect message ; or the content via dedicated unicast transmission is received via real time transport protocol, RTP, streaming and the determining to switch is based on received RTP control protocol, RTCP, messages . either the content via dedicated unicast transmission is received via an over-the-top, OTT, service over unicast or a packet switched streaming service, PSS, over unicast and the determining to switch is based on a received hypertext transfer protocol, HTTP, redirect message ; or the content via dedicated unicast transmission is received via real time transport protocol, RTP, streaming and the determining to switch is based on received RTP control protocol, RTCP, messages .
Method for manufacturing a native emission matrix comprising the following steps: a) providing a base structure comprising successively a substrate , a layer of nid GaN , a layer of doped In(x)GaN with x from 0 to 8% and an epitaxy repeat layer of not intentionally doped In(x)GaN , b1) structuring a first mesa (S1) in the base structure comprising a part of the layer of nid GaN , the layer of doped In(x)GaN and the epitaxy repeat layer of not intentionally doped In(x)GaN , b2) structuring a second mesa (S2) in the base structure , the second mesa comprising a part of the layer of doped In(x)GaN and the epitaxy repeat layer of not intentionally doped In(x)GaN , the first mesa (S1) being electrically insulated from the second mesa (S2), c) electrochemically porosifying the layer of doped In(x)GaN of the second mesa (S2), d1) depositing a first stack on the epitaxy repeat layer of not intentionally doped In(x)GaN of the first mesa , by means of which a first LED structure is obtained emitting at a first wavelength, d2) depositing a second stack on the epitaxy repeat layer of not intentionally doped In(x)GaN , of the second mesa (S2), by means of which a second LED structure is obtained emitting at a second wavelength. a) providing a base structure comprising successively a substrate , a layer of nid GaN , a layer of doped In(x)GaN with x from 0 to 8% and an epitaxy repeat layer of not intentionally doped In(x)GaN , b1) structuring a first mesa (S1) in the base structure comprising a part of the layer of nid GaN , the layer of doped In(x)GaN and the epitaxy repeat layer of not intentionally doped In(x)GaN , b2) structuring a second mesa (S2) in the base structure , the second mesa comprising a part of the layer of doped In(x)GaN and the epitaxy repeat layer of not intentionally doped In(x)GaN , the first mesa (S1) being electrically insulated from the second mesa (S2), c) electrochemically porosifying the layer of doped In(x)GaN of the second mesa (S2), d1) depositing a first stack on the epitaxy repeat layer of not intentionally doped In(x)GaN of the first mesa , by means of which a first LED structure is obtained emitting at a first wavelength, d2) depositing a second stack on the epitaxy repeat layer of not intentionally doped In(x)GaN , of the second mesa (S2), by means of which a second LED structure is obtained emitting at a second wavelength.
A modular cassette (300; 400; 3800) for separating a composite fluid into at least two component parts thereof during centrifugation, the cassette comprising: a fluid inlet portion ; at least one fluid separation portion (304; 406; 3808,3810; 4406); at least one media chamber (306; 408; 3802; 4402) in fluid communication with the fluid separation portion; a fluid collection portion ; at least one fluidic channel configured to form a fluid communication between at least two components of the cassette; at least one wax valve (2800; 2900; 3000; 3100, 3300) configured to close at least one of the fluidic channels and at least one heating element configured to actuate the at least one wax valve wherein the at least one wax valve comprises undulating flow channel portions (2806; 2906; 3008; 3104; 3304; 3306). a fluid inlet portion ; at least one fluid separation portion (304; 406; 3808,3810; 4406); at least one media chamber (306; 408; 3802; 4402) in fluid communication with the fluid separation portion; a fluid collection portion ; at least one fluidic channel configured to form a fluid communication between at least two components of the cassette; at least one wax valve (2800; 2900; 3000; 3100, 3300) configured to close at least one of the fluidic channels and at least one heating element configured to actuate the at least one wax valve wherein the at least one wax valve comprises undulating flow channel portions (2806; 2906; 3008; 3104; 3304; 3306).
A negative electrode active material for a non-aqueous electrolyte rechargeable battery, comprising a silicon oxide composite, the silicon oxide composite containing i) silicon, ii) a silicon oxide represented by general formula SiO x (0<x<2), and iii) Mg 2 SiO 4 , wherein the silicon oxide composite exhibits at least one 2 theta diffraction peak in each of the ranges of 27° to 32° by the silicon and 21° to 23.5° by the Mg 2 SiO 4 , in the X-ray diffraction analysis, and wherein, in the X-ray diffraction analysis of the silicon oxide composite, the range of the relative ratio between the intensity of a 2 theta diffraction peak belonging to Si , I Si , and the intensity of a 2 theta diffraction peak belonging to Mg 2 SiO 4 , I Mg2SiO4 , is 0 < I Mg2SiO4 / I Si < 1.0; wherein there is no peak corresponding to SiO 2 crystals in the range of 21° to 23.5° in the X-ray diffraction analysis. i) silicon, ii) a silicon oxide represented by general formula SiO x (0<x<2), and iii) Mg 2 SiO 4 , wherein the silicon oxide composite exhibits at least one 2 theta diffraction peak in each of the ranges of 27° to 32° by the silicon and 21° to 23.5° by the Mg 2 SiO 4 , in the X-ray diffraction analysis, and wherein, in the X-ray diffraction analysis of the silicon oxide composite, the range of the relative ratio between the intensity of a 2 theta diffraction peak belonging to Si , I Si , and the intensity of a 2 theta diffraction peak belonging to Mg 2 SiO 4 , I Mg2SiO4 , is 0 < I Mg2SiO4 / I Si < 1.0; wherein there is no peak corresponding to SiO 2 crystals in the range of 21° to 23.5° in the X-ray diffraction analysis.
A kit comprising a collagen composition and a buffer solution wherein the buffer solution comprises a base and is capable of polymerizing the collagen using a single mixing step comprising mixing the collagen composition with the buffer solution.