mhurhangee/patent-ind-claim-en huggingface dataset:
An optoelectronic device (5; 40; 45; 50; 55; 60) comprising: a support having a first surface ; a first assembly (A) of first light-emitting diodes (DEL), each first light-emitting diode comprising a first wire-shaped, conical or frustoconical semiconductor element , made of a first material, covered by a shell comprising an active layer adapted to emit most of the radiation delivered by the first light-emitting diode and resting on a second surface of a first pad made of a second material different from the first material and favoring the growth of the semiconductor elements, each first pad further comprising a third surface opposite to the second surface; and a first conductive layer (18; 56) connecting first pads and extending at least over a portion of the second surface or of the third surface of each first pad, the first conductive layer and/or the first pads resting on the support; an insulating layer extending on the first conductive layer ; and a first electrode (30, 30 1 ) covering each shell and further extending on the insulating layer; wherein the first pads rest on the support and wherein the first conductive layer extends on the support between the first pads and covers a portion of the second surface of each first pad, the first conductive layer being open at the locations of each first semiconductor element or wherein the first conductive layer rests on the first surface and wherein each first pad rests on the first conductive layer on the side of the third surface . a support having a first surface ; a first assembly (A) of first light-emitting diodes (DEL), each first light-emitting diode comprising a first wire-shaped, conical or frustoconical semiconductor element , made of a first material, covered by a shell comprising an active layer adapted to emit most of the radiation delivered by the first light-emitting diode and resting on a second surface of a first pad made of a second material different from the first material and favoring the growth of the semiconductor elements, each first pad further comprising a third surface opposite to the second surface; and a first conductive layer (18; 56) connecting first pads and extending at least over a portion of the second surface or of the third surface of each first pad, the first conductive layer and/or the first pads resting on the support; an insulating layer extending on the first conductive layer ; and a first electrode (30, 30 1 ) covering each shell and further extending on the insulating layer; wherein the first pads rest on the support and wherein the first conductive layer extends on the support between the first pads and covers a portion of the second surface of each first pad, the first conductive layer being open at the locations of each first semiconductor element or wherein the first conductive layer rests on the first surface and wherein each first pad rests on the first conductive layer on the side of the third surface .
An electrical connector comprising: wiring with multiple wires , each wire having a conductor covered in insulation , each wire having a stripped portion exposing the conductors , wherein the stripped portions are stacked on top of one another; and a housing having first and second housing portions the first housing portion receiving the stripped portions , and the second housing portion includes a spring configured to urge the stripped portions into engagement with one another when the first and second housing portions are secured to another in an assembled connector condition; wherein the spring has a curved portion engaging the stripped portion and terminating in opposing ends that are received in a slot in the second housing portion ; characterized in that the electrical connector further comprises an external electrical terminal mounted to the housing and electrically connected to the stripped portions , wherein the external electrical terminal includes a leg extending into the first housing portion to engage the stripped portion on a side opposite the spring and wherein the first housing portion is formed around the leg. wiring with multiple wires , each wire having a conductor covered in insulation , each wire having a stripped portion exposing the conductors , wherein the stripped portions are stacked on top of one another; and a housing having first and second housing portions the first housing portion receiving the stripped portions , and the second housing portion includes a spring configured to urge the stripped portions into engagement with one another when the first and second housing portions are secured to another in an assembled connector condition; wherein the spring has a curved portion engaging the stripped portion and terminating in opposing ends that are received in a slot in the second housing portion ; characterized in that the electrical connector further comprises an external electrical terminal mounted to the housing and electrically connected to the stripped portions , wherein the external electrical terminal includes a leg extending into the first housing portion to engage the stripped portion on a side opposite the spring and wherein the first housing portion is formed around the leg.
A method of data transfer via a data and power connection comprising: determining whether a data transmission error is detected via the data and power connection ; and in response to a determination that a data transmission error is detected via the data and power connection, decreasing current across the data and power connection; wherein decreasing current across the data and power connection comprises, with a policy manager of the power source device , increasing a voltage output of the power source device to decrease a current on at least one power supply line. determining whether a data transmission error is detected via the data and power connection ; and in response to a determination that a data transmission error is detected via the data and power connection, decreasing current across the data and power connection; wherein decreasing current across the data and power connection comprises, with a policy manager of the power source device , increasing a voltage output of the power source device to decrease a current on at least one power supply line.
An infusion safety device comprising a tag reader which is adapted to read a medication tag provided at an infusion medication reservoir , in particular during the whole infusion, comprising a processing unit which is connected with said tag reader and is provided to be connected with an infusion pump in which an infusion protocol is stored and is adapted to recognize a change of the medication reservoir , to read out the infusion protocol from the infusion pump, to cause said tag reader to carry out a reading operation at the latest in case it recognizes a change of the medication reservoir and to give an alarm in case there is no match between the medication read by said tag reader and the medication required by the infusion protocol, characterized by a controller which is adapted to cause the tag reader to carry out a reading operation and to determine the reading frequency both depending on if the power is supplied by the mains or by a battery.
A method for establishing, at a first electronic device , a logical link control protocol, LLCP, link with a second electronic device in a Near Field Communication, NFC, network, the method comprising: sending , to the second electronic device, a logical link control, LLC, protocol data unit, PDU for a service discovery, the LLCP PDU including a parameter list of one or more services registered in the first electronic device; and receiving , from the second electronic device, a response LLCP PDU corresponding to the LLCP PDU, the response LLCP PDU including a parameter list of the one or more services registered in the second electronic device; and establishing the LLCP link between the first electronic device and the second electronic device based on the response LLCP PDU, wherein each of the LLCP PDU and the response LLCP PDU includes a destination service access point, DSAP, address field, a PDU type, PTYPE, field, a source service access point, SSAP, address field and a information field, wherein the PTYPE field follows the DSAP address field, the SSAP address field follows the PTYPE field, and the information field follows the SSAP address field, and wherein the parameter list for the one or more services registered in the first electronic device is included in a information field in the LLC PDU, and the parameter list for the one or more services registered in the second electronic device is included in a information field in the response LLC PDU. sending , to the second electronic device, a logical link control, LLC, protocol data unit, PDU for a service discovery, the LLCP PDU including a parameter list of one or more services registered in the first electronic device; and receiving , from the second electronic device, a response LLCP PDU corresponding to the LLCP PDU, the response LLCP PDU including a parameter list of the one or more services registered in the second electronic device; and establishing the LLCP link between the first electronic device and the second electronic device based on the response LLCP PDU, wherein each of the LLCP PDU and the response LLCP PDU includes a destination service access point, DSAP, address field, a PDU type, PTYPE, field, a source service access point, SSAP, address field and a information field, wherein the PTYPE field follows the DSAP address field, the SSAP address field follows the PTYPE field, and the information field follows the SSAP address field, and wherein the parameter list for the one or more services registered in the first electronic device is included in a information field in the LLC PDU, and the parameter list for the one or more services registered in the second electronic device is included in a information field in the response LLC PDU.
A computer-implemented method for transmitting a glucose measure automatically from a handheld glucose meter to a diabetes management application residing on a portable computing device , comprising: - determining, by the glucose meter , a blood glucose measure from a test strip inserted into a port of the glucose meter , the test strip having a reaction site for receiving a sample of blood from a patient; - displaying, by the glucose meter , a measurement result interface on a display of the glucose meter , where the measurement result interface includes a numeric value for the glucose measure and is displayed in response to the determination of the blood glucose measure; and - transmitting, by the glucose meter , a message via a wireless data link to the diabetes management application ; characterized in that - transmission of the message occurs automatically in response to navigating away from the measurement result interface; and in that the method further comprises: - tagging, by the glucose meter , the glucose measure with a unique sequence number, where the sequence number is determined from a counter residing on the glucose meter ; and - incrementing, by the glucose meter , the counter after the step of tagging the glucose measure with a sequence number. - determining, by the glucose meter , a blood glucose measure from a test strip inserted into a port of the glucose meter , the test strip having a reaction site for receiving a sample of blood from a patient; - displaying, by the glucose meter , a measurement result interface on a display of the glucose meter , where the measurement result interface includes a numeric value for the glucose measure and is displayed in response to the determination of the blood glucose measure; and - transmitting, by the glucose meter , a message via a wireless data link to the diabetes management application ; - transmission of the message occurs automatically in response to navigating away from the measurement result interface; and - tagging, by the glucose meter , the glucose measure with a unique sequence number, where the sequence number is determined from a counter residing on the glucose meter ; and - incrementing, by the glucose meter , the counter after the step of tagging the glucose measure with a sequence number.
A method performed by a base station in a wireless communication system, the method comprising: transmitting , , to a terminal, first information on a parameter N which is a number of paging frames in a discontinuous reception, DRX, cycle, second information on a parameter Offset which is a paging frame offset, and third information on a parameter Ns which is a number of paging occasions, POs, per paging frame; and transmitting, to the terminal, downlink control information, DCI, for paging in a PO of a paging frame, wherein the first information and the second information are used for indicating the paging frame, wherein the first information and the third information are used for indicating an index for the PO, the PO including one or more physical downlink control channel, PDCCH, monitoring occasions for paging, wherein a system frame number, SFN, of the paging frame is based on Equation 1: SFN + Offset mod T = T div N * UE_ID mod N wherein the index for the PO, i_s, is based on Equation 2: i_s = floor UE_ID/N mod Ns and wherein the T is the DRX cycle, and the UE_ID is an identity of the terminal. transmitting , , to a terminal, first information on a parameter N which is a number of paging frames in a discontinuous reception, DRX, cycle, second information on a parameter Offset which is a paging frame offset, and third information on a parameter Ns which is a number of paging occasions, POs, per paging frame; and transmitting, to the terminal, downlink control information, DCI, for paging in a PO of a paging frame, wherein the first information and the second information are used for indicating the paging frame, wherein the first information and the third information are used for indicating an index for the PO, the PO including one or more physical downlink control channel, PDCCH, monitoring occasions for paging, wherein a system frame number, SFN, of the paging frame is based on Equation 1: SFN + Offset mod T = T div N * UE_ID mod N wherein the index for the PO, i_s, is based on Equation 2: i_s = floor UE_ID/N mod Ns and wherein the T is the DRX cycle, and the UE_ID is an identity of the terminal.
A method for manufacturing an airfoil (400; 500; 980) of a gas turbine engine , the method comprising: forming a main body core (652; 872), the main body core including a feed cavity core portion , the main body core configured to form at least a part of an airfoil including an airfoil body (402; 502), a platform (404; 504), and an attachment element (410; 510); the method characterised by comprising: forming a platform circuit core (654; 871) having a platform core extension (660; 873), wherein the platform circuit core is configured to form a cooling circuit (442; 542; 983) in the platform, wherein at least one of the feed cavity core portion and the platform core extension comprises a notch (662; 874); assembling the platform circuit core to the main body core such that the platform core extension engages with the feed cavity core portion at the notch; casting the airfoil using the assembled platform circuit core and main body core; and removing a platform core extension element (444; 544; 982) that is formed at the location of the notch. forming a main body core (652; 872), the main body core including a feed cavity core portion , the main body core configured to form at least a part of an airfoil including an airfoil body (402; 502), a platform (404; 504), and an attachment element (410; 510); the method characterised by comprising: forming a platform circuit core (654; 871) having a platform core extension (660; 873), wherein the platform circuit core is configured to form a cooling circuit (442; 542; 983) in the platform, wherein at least one of the feed cavity core portion and the platform core extension comprises a notch (662; 874); assembling the platform circuit core to the main body core such that the platform core extension engages with the feed cavity core portion at the notch; casting the airfoil using the assembled platform circuit core and main body core; and removing a platform core extension element (444; 544; 982) that is formed at the location of the notch. forming a platform circuit core (654; 871) having a platform core extension (660; 873), wherein the platform circuit core is configured to form a cooling circuit (442; 542; 983) in the platform, wherein at least one of the feed cavity core portion and the platform core extension comprises a notch (662; 874); assembling the platform circuit core to the main body core such that the platform core extension engages with the feed cavity core portion at the notch; casting the airfoil using the assembled platform circuit core and main body core; and removing a platform core extension element (444; 544; 982) that is formed at the location of the notch.
A rotating seal assembly for sealing between co-rotating parts of a gas turbine engine characterized in that it comprises: at least two annular sections (88A-F) forming a complete circumference, wherein each of the at least two annular sections (88A-F) is a separate part and includes a radially-outer-facing sealing surface and an annular slot disposed on a radially outer side of each of the at least two annular sections (88A-F); and a spring disposed within the annular slot , wherein the spring exerts a biasing force radially inward on the at least two annular sections (88A-F) to limit radial expansion of the at least two annular sections (88A-F). at least two annular sections (88A-F) forming a complete circumference, wherein each of the at least two annular sections (88A-F) is a separate part and includes a radially-outer-facing sealing surface and an annular slot disposed on a radially outer side of each of the at least two annular sections (88A-F); and a spring disposed within the annular slot , wherein the spring exerts a biasing force radially inward on the at least two annular sections (88A-F) to limit radial expansion of the at least two annular sections (88A-F).
One or more agents capable of regulating contractility of myometrial tissue for use in a therapeutic method for regulating contractility of myometrial tissue, wherein the one or more agents are contained or encapsulated within a polymeric delivery vehicle conjugated with one or more molecules recognizing and/or capable of binding, directly or indirectly, to the oxytocin receptor.
An antibody or a functional fragment thereof that binds specifically to both human immunoglobulin-like transcript 2 (ILT2) and human immunoglobulin-like transcript 4 (ILT4), comprising: a heavy chain variable region comprising a heavy chain variable region CDR1 (VH-CDR1), a heavy chain variable region CDR2 (VH-CDR2), and a heavy chain variable region CDR3 (VH-CDR3) from the amino acid sequence of SEQ ID NO:144; and a light chain variable region comprising a light chain variable region CDR1 (VL-CDR1), a light chain variable region CDR2 (VL-CDR2), and a light chain variable region CDR3 (VL-CDR3) from the amino acid sequence of SEQ ID NO:145; wherein the VH-CDR1, VH-CDR2, VH-CDR3, VL-CDR1, VL-CDR2, and VL-CDR3 are determined according to the Kabat, Chothia, Contact, IMGT, or AbM numbering systems.
A filling machine for the hot filling of containers with food-type liquids, which comprises a line for feeding the containers to be filled to at least one supporting plate and a line for unloading the filled container from said supporting plate , above said at least one supporting plate there being a filling head , which is associated with a respective valve assembly which is adapted to convey the liquid from a containment tank into the container to be filled, said valve assembly being associated with a feeder conduit which is internally hollow and is associated with a suction conduit which is provided with at least one suction inlet which is designed to determine the level of the liquid inside said container , said feeder conduit being functionally associated with a flow control element , said filling head comprising a sealing element which has a first sealing body which defines a chamber and is designed to engage hermetically against the upper edge of said container , the first sealing body being associated with a vent which is adapted to pass between a position for sealing the chamber for passing liquid from said supply feeder conduit toward said container and a position for venting in which at least one port is defined for the passage of air from said chamber for passing liquid toward the outside, means being provided for actuating the suction of the liquid from said container by way of said suction conduit which are functionally associated with a device for activating said vent from said position for sealing to said position for venting, said filling machine being characterized by comprising an element for moving said suction conduit between an inactive position, in which it is arranged with its lower edge above the lower edge of said first sealing body , and an active position, in which said lower edge of said suction conduit is arranged below the lower edge of said first sealing body .
Vanadium redox rechargeable battery comprising: a first vanadium-mixture and a second vanadium mixture; the first vanadium mixture containing a surface that composes of a negative electrode includes a solid first vanadium compound, whose oxidation number changes between 2 and 3 due to oxidation and reduction reactions; the second vanadium mixture containing a surface that composes of a negative electrode includes a solid second vanadium compound, whose oxidation number changes between 5 and 4 due to reduction and oxidation reactions; wherein the first vanadium compound is at least one compound selected from the group consisting of sulfate, chloride, fluoride and complex salt of vanadium; and wherein the second vanadium compound is at least one compound selected from the group consisting of sulfate, chloride, fluoride and complex salt of vanadium, characterized in that the first vanadium compound and the second vanadium compound are supported and dried on a surface of a conductive material. a first vanadium-mixture and a second vanadium mixture; the first vanadium mixture containing a surface that composes of a negative electrode includes a solid first vanadium compound, whose oxidation number changes between 2 and 3 due to oxidation and reduction reactions; the second vanadium mixture containing a surface that composes of a negative electrode includes a solid second vanadium compound, whose oxidation number changes between 5 and 4 due to reduction and oxidation reactions; wherein the first vanadium compound is at least one compound selected from the group consisting of sulfate, chloride, fluoride and complex salt of vanadium; and wherein the second vanadium compound is at least one compound selected from the group consisting of sulfate, chloride, fluoride and complex salt of vanadium, characterized in that the first vanadium compound and the second vanadium compound are supported and dried on a surface of a conductive material.