mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a mobility management entity, MME, to redirect a wireless transmit receive unit, WTRU, to a dedicated core network, CN, node, the method comprising: determining, based on a change in subscription information, that the WTRU should be redirected to the dedicated CN node; re-allocating a global unique temporary identity, GUTI, to the WTRU in response to receiving a service request for a connection from the WTRU, wherein the GUTI indicates the dedicated CN node; and transmitting, to the WTRU, the GUTI. determining, based on a change in subscription information, that the WTRU should be redirected to the dedicated CN node; re-allocating a global unique temporary identity, GUTI, to the WTRU in response to receiving a service request for a connection from the WTRU, wherein the GUTI indicates the dedicated CN node; and transmitting, to the WTRU, the GUTI.
A display apparatus comprising: a liquid crystal panel ; a reflective sheet in which a hole is formed; and a light source module exposed through the hole , wherein the light source module comprises: a board disposed in parallel with the reflective sheet , where a first surface of the board is toward the reflective sheet , a light emitting diode provided in an area defined by the hole on the first surface of the board , a feed pad provided on the first surface of the board and contacting the light emitting diode , an insulating dome provided in the area defined by the hole on the first surface of the board and covering the light emitting diode , and at least one antistatic member for protecting the light emitting diode from electrostatic discharges and provided in the area defined by the hole on the first surface of the board , without contacting the light emitting diode and characterized in that the at least one antistatic member is provided outside an area defined by an outline of the insulating dome. a liquid crystal panel ; a reflective sheet in which a hole is formed; and a light source module exposed through the hole , wherein the light source module comprises: a board disposed in parallel with the reflective sheet , where a first surface of the board is toward the reflective sheet , a light emitting diode provided in an area defined by the hole on the first surface of the board , a feed pad provided on the first surface of the board and contacting the light emitting diode , an insulating dome provided in the area defined by the hole on the first surface of the board and covering the light emitting diode , and at least one antistatic member for protecting the light emitting diode from electrostatic discharges and provided in the area defined by the hole on the first surface of the board , without contacting the light emitting diode and characterized in that the at least one antistatic member is provided outside an area defined by an outline of the insulating dome. a board disposed in parallel with the reflective sheet , where a first surface of the board is toward the reflective sheet , a light emitting diode provided in an area defined by the hole on the first surface of the board , a feed pad provided on the first surface of the board and contacting the light emitting diode , an insulating dome provided in the area defined by the hole on the first surface of the board and covering the light emitting diode , and at least one antistatic member for protecting the light emitting diode from electrostatic discharges and provided in the area defined by the hole on the first surface of the board , without contacting the light emitting diode and characterized in that the at least one antistatic member is provided outside an area defined by an outline of the insulating dome.
Apparatus to automatically insert a liquid inside components of inhalers, in particular cartomizers for electronic cigarettes, wherein each of said components comprises a body , preferably of a tubular shape, defining an internal cavity that extends along a longitudinal axis (C), closed at one of its ends and configured to receive said liquid, a tubular element and a bushing being arranged within the internal cavity , and a cotton felted cloth being housed within an annular space between the tubular element and the bushing , said apparatus comprising injection means having at least one injector , wherein said at least one injector comprises an injector head placed at one of its ends and having a substantially symmetrical conformation with respect to its symmetrical axis (Z) and configured to cooperate with said internal cavity of said body , and at least one injection needle configured to come out of said injection head in order to inject said liquid into the internal cavity , while said injection head is stationary with respect to said body , arranging itself with the axis of symmetry (Z) substantially coinciding with the longitudinal axis (C) of said internal cavity characterized in that the injection head has an external diameter that is smaller than the internal diameter of the internal cavity and in that said at least one injection needle comprises three vertical injection needles arranged at angular offsets to each other of 120° and at a certain distance from the symmetrical axis (Z), so that said three vertical injection needles can contemporaneously be inserted into the felted cloth between the tubular element and the bushing to inject into said felted cloth the liquid.
A polyamine selected from the group consisting of N,N'-diaminopropyl-2-methyl-cyclohexane-1,3-diamine and N,N'-diaminopropyl-4-methylcyclohexane-1,3-diamine.
A current sensor comprising: a conductor ; an insulation layer in contact with the conductor ; a shield layer spaced from the conductor by the insulation layer and coupled to a reference potential; a semiconductor substrate having a first surface in contact with the shield layer and a second opposing surface disposed distal from the shield layer , wherein an edge of the insulation layer extends beyond an edge of the conductor , the shield layer and the semiconductor substrate ; a magnetic field sensing circuit comprising a magnetic field sensing element supported by the first or second surface of the substrate , wherein the reference potential to which the shield layer is coupled is a reference potential of the magnetic field sensing circuit; and a via extending through the semiconductor substrate to couple the shield layer to the second surface of the semiconductor substrate , wherein the shield layer is coupled to the reference potential through the via . a conductor ; an insulation layer in contact with the conductor ; a shield layer spaced from the conductor by the insulation layer and coupled to a reference potential; a semiconductor substrate having a first surface in contact with the shield layer and a second opposing surface disposed distal from the shield layer , wherein an edge of the insulation layer extends beyond an edge of the conductor , the shield layer and the semiconductor substrate ; a magnetic field sensing circuit comprising a magnetic field sensing element supported by the first or second surface of the substrate , wherein the reference potential to which the shield layer is coupled is a reference potential of the magnetic field sensing circuit; and a via extending through the semiconductor substrate to couple the shield layer to the second surface of the semiconductor substrate , wherein the shield layer is coupled to the reference potential through the via .
An emissions abatement system for an engine system having an engine and an after-treatment system, the emissions abatement system being configured for operation in an off-highway vehicle and comprising a controller arranged to: a. receive an input indicative of an intent to start the vehicle, b. upon receipt of said input, activate a heating component to raise an operating temperature of at least a portion of the after-treatment system, c. determine when the after-treatment system has reached a first heated condition, d. once the first heated condition has been reached, direct the engine to be started and direct the vehicle to operate in a first mode; e. determine when the after-treatment system has reached a second heated condition, and f. once the second heated condition has been reached, direct the vehicle to operate in a second mode; wherein in the first mode, the vehicle is controlled to maintain the load on the engine below a predetermined load threshold. a. receive an input indicative of an intent to start the vehicle, b. upon receipt of said input, activate a heating component to raise an operating temperature of at least a portion of the after-treatment system, c. determine when the after-treatment system has reached a first heated condition, d. once the first heated condition has been reached, direct the engine to be started and direct the vehicle to operate in a first mode; e. determine when the after-treatment system has reached a second heated condition, and f. once the second heated condition has been reached, direct the vehicle to operate in a second mode;
Method for assisting a driver of a commercial vehicle, wherein the commercial vehicle , as seen in the vehicle transverse direction (y), laterally on the outside on each vehicle side has in each case at least one side marker light , and wherein a closed-loop and/or open-loop control device is provided and is used to control the lighting of the side marker lights in a closed-loop and/or open-loop manner, wherein the closed-loop and/or open-loop control device , in the event of a warning situation of the commercial vehicle , is switched into a warning flashing mode in which the side marker lights are controlled in such a way that they display a flashing warning signal, and wherein, so long as the warning flashing mode is switched off and the headlights of the commercial vehicle are switched on, the closed-loop and/or open-loop control device automatically switches into a basic mode in which the side marker lights are controlled in such a way that they display a permanent light signal, wherein the commercial vehicle has a loading and/or unloading mechanism which can be used to load and/or unload the commercial vehicle , and wherein a loading and/or unloading operation of the commercial vehicle constitutes a warning situation, wherein a loading and/or unloading detection device is provided and is used to detect and/or identify a loading and/or unloading operation of the commercial vehicle , wherein the closed-loop and/or open-loop control device automatically switches into the warning flashing mode in the event of a loading and/or unloading operation being detected and/or identified, and wherein the loading and/or unloading mechanism has a level control device which is used to adjust the level of the commercial vehicle in a defined manner starting from a basic position in order to load and/or unload the commercial vehicle .
A vehicle being a ground effect road vehicle having a nose region and an underside and being supported on a running surface, the ground effect road vehicle characterised in that it comprises a first duct configured to channel air from a first outlet at the underside of the nose region of the vehicle to a second outlet located in the nose region away from the underside of the vehicle, the first outlet being directed in a forward direction so that when the vehicle is in forward motion air is channelled into the first duct by the first outlet from underneath the vehicle and the underside of the vehicle in front of the first outlet is at a lower pressure than the underside of the vehicle behind the first outlet, the vehicle being configured so that the underside of the vehicle is in sufficient proximity to the running surface so that a flow of air entering the region between the underside of the vehicle and the running surface is accelerated in the region between the underside of the vehicle and the running surface to generate downforce on the vehicle.
A method of sanitizing an agricultural facility comprising multiple rooms suitable for housing both livestock and humans, wherein at least one room of the agricultural facility includes a lighting system comprising a first lighting element for providing a first light and a second lighting element for providing a second light, the method comprising: monitoring the at least one room of the agricultural facility with a sensor to detect that a human is present in the at least one room; providing the first light in the room having a first spectral content when the human is present; and providing the second light in the room having a second spectral content within a narrow range of wavelengths to inhibit bacteria growth when the human is not detected. monitoring the at least one room of the agricultural facility with a sensor to detect that a human is present in the at least one room; providing the first light in the room having a first spectral content when the human is present; and providing the second light in the room having a second spectral content within a narrow range of wavelengths to inhibit bacteria growth when the human is not detected.
A method of transferring a session of a service type, and for which suitable plural bearers for the media being sent during the session have been set up and assigned respective QCI values, from a packet switched access network to a circuit switched access network, the method comprising: at a Mobility Management Entity , receiving (S4) from a gateway node a service type indicator, the service type indicator being in addition to the QCI values assigned to the plural bearers set up for the session, and identifying a type of service being used in the session handled by the Mobility Management Entity and being associated with the plural bearers used for the session, the service type indicator being associated with those plural bearers set up for the session, wherein the set of types of service comprises a video call, a voice call, a facsimile message, an IP Multimedia Subsystem priority message and a circuit switched data; at the Mobility Management Entity , receiving from an eNodeB an indication that the session is to be transferred from the packet switched network to the circuit switched access network; at the Mobility Management Entity , determining (S6) the bearers associated with the session using the service type indicator, and initiating transfer of the session using those bearers. at a Mobility Management Entity , receiving (S4) from a gateway node a service type indicator, the service type indicator being in addition to the QCI values assigned to the plural bearers set up for the session, and identifying a type of service being used in the session handled by the Mobility Management Entity and being associated with the plural bearers used for the session, the service type indicator being associated with those plural bearers set up for the session, wherein the set of types of service comprises a video call, a voice call, a facsimile message, an IP Multimedia Subsystem priority message and a circuit switched data; at the Mobility Management Entity , receiving from an eNodeB an indication that the session is to be transferred from the packet switched network to the circuit switched access network; at the Mobility Management Entity , determining (S6) the bearers associated with the session using the service type indicator, and initiating transfer of the session using those bearers.
A method comprising: receiving, from a requesting device or a server computer in communication with the requesting device , a first location sharing request associated with a user; sending a notification to a companion device associated with the user; receiving, from the companion device , a location of the companion device , a list of one or more devices associated with the user that are paired with the companion device and a connection status for at least one of the one or more paired devices , the connection status indicating whether or not there is a direct communication link established between the paired device and the companion device ; sending a notification to each disconnected paired device based on the connection status; receiving, from the disconnected paired device , a location of the disconnected device and data indicating whether or not the device is worn or carried by the user; and responsive to the data indicating that the device is worn or carried by the user, sending to the requesting device or the server computer the location of the disconnected device, and responsive to the data indicating that the device is not worn or carried by the user, sending to the requesting device or server computer the location of the companion device . receiving, from a requesting device or a server computer in communication with the requesting device , a first location sharing request associated with a user; sending a notification to a companion device associated with the user; receiving, from the companion device , a location of the companion device , a list of one or more devices associated with the user that are paired with the companion device and a connection status for at least one of the one or more paired devices , the connection status indicating whether or not there is a direct communication link established between the paired device and the companion device ; sending a notification to each disconnected paired device based on the connection status; receiving, from the disconnected paired device , a location of the disconnected device and data indicating whether or not the device is worn or carried by the user; and responsive to the data indicating that the device is worn or carried by the user, sending to the requesting device or the server computer the location of the disconnected device, and responsive to the data indicating that the device is not worn or carried by the user, sending to the requesting device or server computer the location of the companion device .
Circuit arrangement for a smoke sensor with a measuring chamber and an optical transmitter which transmits a measuring signal into the measuring chamber , comprising - a photodiode for the optical measurement of particles in the measuring chamber , and - an input amplifier , wherein - the input amplifier is fed with an input current generated by the photodiode , - the input amplifier has a feedback from an output of the input amplifier to an input of the input amplifier, the feedback comprising a feedback network formed by at least one capacitance and at least one switch ; characterized in that the circuit arrangement comprises an input switch to disconnect the photodiode from the input amplifier and to enable a test mode in which the input amplifier is only fed by a compensation current source . - a photodiode for the optical measurement of particles in the measuring chamber , and - an input amplifier , wherein - the input amplifier is fed with an input current generated by the photodiode , - the input amplifier has a feedback from an output of the input amplifier to an input of the input amplifier, the feedback comprising a feedback network formed by at least one capacitance and at least one switch ;
A method performed by a first terminal performing vehicle-to-everything, V2X, communication with a second terminal in a wireless communication system, the method comprising: receiving, from a core network entity , information on at least one security policy respectively corresponding to at least one PC5 unicast link, wherein the at least one PC5 unicast link is associated with at least one V2X service; transmitting, to the second terminal , a direct communication request message including the at least one security policy for initiating the V2X communication; and activating a security of the at least one PC5 unicast link, based on the information on the at least one security policy. receiving, from a core network entity , information on at least one security policy respectively corresponding to at least one PC5 unicast link, wherein the at least one PC5 unicast link is associated with at least one V2X service; transmitting, to the second terminal , a direct communication request message including the at least one security policy for initiating the V2X communication; and activating a security of the at least one PC5 unicast link, based on the information on the at least one security policy.
A balloon catheter comprising: an elongated catheter shaft having proximal and distal ends , wherein the catheter shaft defines a longitudinal axis extending between the proximal and distal ends; an inflatable balloon located close to the distal end of the catheter shaft, wherein the balloon comprises a polymeric material having a surface with a first therapeutic agent disposed thereon; and an elastomeric sheath comprising an elastomeric material having a surface with a second therapeutic agent disposed thereon; wherein in a first configuration the inflatable balloon is located within the elastomeric sheath such that expansion of the inflatable balloon to an inflated state expands the elastomeric sheath, and wherein in a second configuration the inflatable balloon is located outside of the elastomeric sheath, and further wherein the balloon and the elastomeric sheath are configured for movement relative to each other along the longitudinal axis between the first configuration and the second configuration when deployed within a body lumen. an elongated catheter shaft having proximal and distal ends , wherein the catheter shaft defines a longitudinal axis extending between the proximal and distal ends; an inflatable balloon located close to the distal end of the catheter shaft, wherein the balloon comprises a polymeric material having a surface with a first therapeutic agent disposed thereon; and an elastomeric sheath comprising an elastomeric material having a surface with a second therapeutic agent disposed thereon; wherein in a first configuration the inflatable balloon is located within the elastomeric sheath such that expansion of the inflatable balloon to an inflated state expands the elastomeric sheath, and wherein in a second configuration the inflatable balloon is located outside of the elastomeric sheath, and further wherein the balloon and the elastomeric sheath are configured for movement relative to each other along the longitudinal axis between the first configuration and the second configuration when deployed within a body lumen.
A refrigerator comprising a dispenser disposed at a front side of a door used to close and open a storage space, the dispenser dispensing water or ice according to a user's manipulation, wherein the dispenser comprises: a manipulation member at least a part of which is spaced apart from a recessed inner surface of the dispenser so as to be manipulated for receiving water or ice; and a first light emitting unit disposed between the inner surface of the dispenser and the manipulation member to emit light, characterized in that a second light emitting unit is disposed at a side of the dispenser to emit light toward an inside of the dispenser. a manipulation member at least a part of which is spaced apart from a recessed inner surface of the dispenser so as to be manipulated for receiving water or ice; and a first light emitting unit disposed between the inner surface of the dispenser and the manipulation member to emit light, characterized in that a second light emitting unit is disposed at a side of the dispenser to emit light toward an inside of the dispenser.
A process for manufacturing a three-dimensional object from a powder by selective sintering using electromagnetic radiation, characterized in that the powder comprises 100% used, unfused cake material as recycled PEKK, herein defined as used, unfused cake material PEKK that has been used at least once in an SLS process, after the bed temperature and laser power have been determined for the recycled PEKK powder.