mhurhangee/ep-ind-claims huggingface dataset:
A network access method comprising: receiving, by a wireless network provisioning server, via a secure tunnel, and from a first strand-mounted wireless access node that is configured to transmit multiple different wireless network identifiers to support multiple virtual wireless networks, a request for a user device to access a virtual wireless network of the first strand-mounted wireless access node, wherein the request comprises a network identifier from the first strand-mounted wireless access node and based on the virtual wireless network to which the user device requests access; assigning, by the wireless network provisioning server and to the user device, a private Internet Protocol, IP, address; communicating, using the private IP address, between the wireless network provisioning server and the user device; converting, by the wireless network provisioning server or another server, the private IP address into a public IP address for communications between the user device and devices on an external public network; and using a separate access radio and mesh radio of the first strand-mounted wireless access node for wireless communications, wherein the access radio is used to communicate with the user device, and the mesh radio is used to communicate with one or more secondary wireless mesh access nodes. receiving, by a wireless network provisioning server, via a secure tunnel, and from a first strand-mounted wireless access node that is configured to transmit multiple different wireless network identifiers to support multiple virtual wireless networks, a request for a user device to access a virtual wireless network of the first strand-mounted wireless access node, wherein the request comprises a network identifier from the first strand-mounted wireless access node and based on the virtual wireless network to which the user device requests access; assigning, by the wireless network provisioning server and to the user device, a private Internet Protocol, IP, address; communicating, using the private IP address, between the wireless network provisioning server and the user device; converting, by the wireless network provisioning server or another server, the private IP address into a public IP address for communications between the user device and devices on an external public network; and using a separate access radio and mesh radio of the first strand-mounted wireless access node for wireless communications, wherein the access radio is used to communicate with the user device, and the mesh radio is used to communicate with one or more secondary wireless mesh access nodes.
A method for electronically locating and tracking persons, animals or objects in a predetermined work area (1, 1a-1i) utilizing a number of base stations associated with said work area, provided with stationary transmitting and receiving devices (21, 22, 25, 26) and a number of transponders added to the persons, animals or objects to be located, provided with transmitting and receiving means (11, 12, 13, 16, 17), wherein in operation each base station generates in the work area (1, 1a-1i) a reference field which can be received by the transponders, and wherein each transponder is provided with means to measure the field strength of reference fields generated by the base stations at the location of the transponder and transmitting means to transmit a signal representing the measured field strength together with an identification code for the respective transponder as a position signal to receiving means (25, 26) provided in the base stations, characterized in that with the base stations by means of substantially horizontally oriented and substantially planar loop shaped coils low-frequency magnetic fields are transmitted with a unique frequency for each base station; that the receiving means (11, 12, 13, 16, 17) of the transponders are configured to receive the X, Y, and Z components of each of the low- frequency magnetic fields; and that the transmitting means of the transponders comprise an ultra-high frequency, UHF, transmitter (16, 17).
A combination of a pyrometallurgical furnace and a weir module for releasable attachment to the pyrometallurgical furnace, wherein the pyrometallurgical furnace including at least one weir attachment section, characterized in that the weir module comprises a discrete structure releasable attachable to the pyrometallurgical furnace, in that the weir module includes at least one furnace engagement section which is releasably engageable to at least one weir attachment section of the pyrometallurgical furnace, in that the furnace engagement section of each weir module includes at least one weir cooling panel configured to cool a selected area of and around the connection between the weir module and the pyrometallurgical furnace, in that each weir attachment section of the pyrometallurgical furnace includes a furnace cooling panel having a complementary configuration to a cooperative weir cooling panel, and in use, is configured to cooperate with the weir cooling panel to cool a selected area of and around the connection between the weir module and the pyrometallurgical furnace.
Device for securing a load in a vehicle comprising a base body a load fastening element, at least two latching elements and an operating section, characterized in that the latching elements each comprise at least one convex portion, wherein the latching elements are arranged to move horizontally and reversibly between a retracted and an extended position relative to the base body, wherein the device further comprises an counter bearing which is arranged to move vertically and reversibly relative to the base body between a lowered position and a raised position, wherein the counter bearing is further adapted to contact the convex portions, wherein the device is arranged so that an actuation of the operating section moves the counter bearing into the lowered position, wherein the counter bearing cooperates with the convex portions of the latching elements during a downward movement in such a way that the latching elements are moved into the retracted position, and wherein the latching elements are further pre-stressed toward the extended position so that the convex portions of the latching elements move the counter bearing to the raised position in the absence of actuation.
An apparatus for preparation and drying of a fuel to produce a pulverous fuel supply comprising: a fuel preparation unit comprising a mill adapted to receive a mixture of fuel and a gas and to prepare the fuel for combustion by milling the fuel to a pulverous state; an output conduit defining an output flow path for a mixture of pulverous fuel and gas from the fuel preparation unit; a phase separator disposed to receive the mixture from the output conduit and to separate the mixture into a gas phase comprising at least a major part of the gas from the mixture and a fuel phase comprising the pulverous fuel; a gas phase conduit defining a flow path for the gas phase from the separator; a heat exchanger fluidly connected to the gas phase conduit to receive and dry the gas phase; a fuel source and a gas source (4, 6) together configured to supply a mixture of fuel and gas to the mill, wherein the gas source supplies a gas at elevated temperature above ambient; wherein the apparatus further comprises a combustion apparatus (13, 14) and a fuel supply conduit to supply the fuel phase comprising the pulverous fuel to the combustion apparatus, the combustion apparatus comprising the combustion chamber of a steam generator, and the gas source comprises a source of optionally preheated air and a supply of flue gas from the combustion chamber. a fuel preparation unit comprising a mill adapted to receive a mixture of fuel and a gas and to prepare the fuel for combustion by milling the fuel to a pulverous state; an output conduit defining an output flow path for a mixture of pulverous fuel and gas from the fuel preparation unit; a phase separator disposed to receive the mixture from the output conduit and to separate the mixture into a gas phase comprising at least a major part of the gas from the mixture and a fuel phase comprising the pulverous fuel; a gas phase conduit defining a flow path for the gas phase from the separator; a heat exchanger fluidly connected to the gas phase conduit to receive and dry the gas phase; a fuel source and a gas source (4, 6) together configured to supply a mixture of fuel and gas to the mill, wherein the gas source supplies a gas at elevated temperature above ambient; wherein the apparatus further comprises a combustion apparatus (13, 14) and a fuel supply conduit to supply the fuel phase comprising the pulverous fuel to the combustion apparatus, the combustion apparatus comprising the combustion chamber of a steam generator, and the gas source comprises a source of optionally preheated air and a supply of flue gas from the combustion chamber.
A method for detecting immunosuppression potential of adipose-derived stem cells comprising measuring the level of mRNA or a protein of at least one gene selected from the group consisting of PTGER2, AGPAT9, ANXA10, IGF2BP3, ITGA11, PAWR, and SFRP2 of adipose-derived stem cells cultured in a medium containing EGF or bFGF; and determining that the immunosuppression potential is higher than that of the control group when the amount of mRNA or a protein of at least one gene selected from the group consisting of ITGA11, PAWR, and SFRP2 is lower than the amount measured in adipose-derived stem cells cultured in a basal medium, which is used as the control group.
A method of obtaining a volatile or semi-volatile natural antioxidant from a comestible byproduct, the method comprising: providing a comestible byproduct including a source of phenolic acid or polyphenolic compounds and optionally grinding the comestible byproduct; toasting the comestible byproduct or optionally ground comestible byproduct for a time and at a temperature effective to volatilize and thermally convert the phenolic acid or polyphenolic compounds of the comestible byproduct or the optionally ground comestible byproduct into volatilized compounds including one or more substituted phenolic compounds; and recovering the volatilized compounds including the one or more substituted phenolic compounds for use as the volatile or semi-volatile natural antioxidant. providing a comestible byproduct including a source of phenolic acid or polyphenolic compounds and optionally grinding the comestible byproduct; toasting the comestible byproduct or optionally ground comestible byproduct for a time and at a temperature effective to volatilize and thermally convert the phenolic acid or polyphenolic compounds of the comestible byproduct or the optionally ground comestible byproduct into volatilized compounds including one or more substituted phenolic compounds; and recovering the volatilized compounds including the one or more substituted phenolic compounds for use as the volatile or semi-volatile natural antioxidant.
A method for access control which comprises the following steps: - an access node receives an identification code from a mobile telephone of a visitor, - after the identification code has been recognized by a control unit as being valid, an access code (6; 7) generated by the control unit is sent to the mobile telephone by the access node, - the access code (6; 7), which is presented on a display (1.1) of the mobile telephone, is detected by means of an optical reader, - after the access code (6; 7) has been recognized as being valid, the access is granted, and - a notification about the arrival of the visitor is sent to a communication unit by the control unit, wherein the notification is sent according to a rule of a user profile, which rule determines that a visited person should be notified. - an access node receives an identification code from a mobile telephone of a visitor, - after the identification code has been recognized by a control unit as being valid, an access code (6; 7) generated by the control unit is sent to the mobile telephone by the access node, - the access code (6; 7), which is presented on a display (1.1) of the mobile telephone, is detected by means of an optical reader, - after the access code (6; 7) has been recognized as being valid, the access is granted, and - a notification about the arrival of the visitor is sent to a communication unit by the control unit, wherein the notification is sent according to a rule of a user profile, which rule determines that a visited person should be notified.
A method for transmitting hybrid automatic repeat request, HARQ, information, comprising: detecting, by a first node, N transmission blocks received from a second node and generating M bits of HARQ information according to a detection result; the M bits of HARQ information being used to indicate a receiving status of the N transmission blocks; among the M bits, M2 bits being used to indicate positions of k erroneous transmission blocks in the N transmission blocks, M2≤M; a length type of M2 including a first length type or a second length type; the first length type indicating a value of M2 being predefined, and the second length type indicating a value of M2 being determined based on k; and transmitting, by the first node, the HARQ information to the second node, wherein if M2<M, then an indication domain of M1 bits of the M bits is used to indicate a value of k or indicate the length type of M2, wherein M1 = M - M2, and wherein if M1 > 1, then the indication domain of the M1 bits is used to indicate the value of k; and if M1=1, then the indication domain of the M1 bits is used to indicate the length type of M2. detecting, by a first node, N transmission blocks received from a second node and generating M bits of HARQ information according to a detection result; the M bits of HARQ information being used to indicate a receiving status of the N transmission blocks; among the M bits, M2 bits being used to indicate positions of k erroneous transmission blocks in the N transmission blocks, M2≤M; a length type of M2 including a first length type or a second length type; the first length type indicating a value of M2 being predefined, and the second length type indicating a value of M2 being determined based on k; and transmitting, by the first node, the HARQ information to the second node, wherein if M2<M, then an indication domain of M1 bits of the M bits is used to indicate a value of k or indicate the length type of M2, wherein M1 = M - M2, and wherein if M1 > 1, then the indication domain of the M1 bits is used to indicate the value of k; and if M1=1, then the indication domain of the M1 bits is used to indicate the length type of M2.
A relay device in a manufacturing system provided with a host computer configured to perform control via communication based on a SECS/GEM protocol on a first network, and multiple devices (11, 13, 14, 15) configured to perform communication via a non-SECS/GEM protocol that is not based on SECS/GEM on a second network, the relay device comprising: means for protocol converting processing configured for performing conversion between the SECS/GEM protocol and the non-SECS/GEM protocol when data is communicated between the host computer and each of the multiple devices; and means for transfer processing configured for setting multiple Transmission Control Protocol, TCP, ports corresponding to each of the multiple devices, receiving, at a first interface connected to the first network, transmission data sent from the host computer to each of the multiple devices via the TCP port corresponding to the device that is a transmission destination for the transmission data, setting as the transmission destination a destination IP address corresponding to the TCP port number, and transferring the data via a second interface connected to the second network after the protocol converting processing to a device in accordance with the transmission port, characterized in that the transmission destination is further changed based on a number of a function and/or a number of a stream specifying contents of the transmission data set based on standards of the SECS/GEM protocol set inside the transmission data sent from the host computer. means for protocol converting processing configured for performing conversion between the SECS/GEM protocol and the non-SECS/GEM protocol when data is communicated between the host computer and each of the multiple devices; and means for transfer processing configured for setting multiple Transmission Control Protocol, TCP, ports corresponding to each of the multiple devices, receiving, at a first interface connected to the first network, transmission data sent from the host computer to each of the multiple devices via the TCP port corresponding to the device that is a transmission destination for the transmission data, setting as the transmission destination a destination IP address corresponding to the TCP port number, and transferring the data via a second interface connected to the second network after the protocol converting processing to a device in accordance with the transmission port, characterized in that the transmission destination is further changed based on a number of a function and/or a number of a stream specifying contents of the transmission data set based on standards of the SECS/GEM protocol set inside the transmission data sent from the host computer.
A beverage preparation machine having a control unit, a flowmeter and a PCB that is connected to the flowmeter, wherein the flowmeter comprises: - an outermost casing (2,4) containing a measuring chamber; - an outermost face on the casing; - a generator (3,36) for generating at the outermost face a signal representative of a flow through the measuring chamber; and - a connection arrangement for fastening the outermost casing directly onto the PCB,and wherein the PCB comprises: - a sensor, such as a hall sensor that is configured to sense said signal from the generator upon connection; and - an arrangement distinct from the sensor for fastening adjacent to the sensor said outermost casing (2,4) of said flowmeter; wherein the PCB extends over and beyond the outermost casing (2,4), and wherein the outermost face comprises a sensor area for receiving the sensor upon connection; characterised in that the connection arrangement is configured for connection against said PCB and is located outside said sensor area; in that the PCB comprises throughopenings; in that said connection arrangement includes a pair of semi-rigid resilient members extending upright from said outermost face, said members being suitable to be fastened to said PCB via corresponding through-openings of said PCB forming anchorage holes for said members; in that the casing (2,3) comprises a spacer for spacing said PCB from the outermost face; and in that said PCB has peripheral cut-outs and a resiliently deformable intermediate member therebetween against which said spacer is urged. - an outermost casing (2,4) containing a measuring chamber; - an outermost face on the casing; - a generator (3,36) for generating at the outermost face a signal representative of a flow through the measuring chamber; and - a connection arrangement for fastening the outermost casing directly onto the PCB,and wherein the PCB comprises: - a sensor, such as a hall sensor that is configured to sense said signal from the generator upon connection; and - an arrangement distinct from the sensor for fastening adjacent to the sensor said outermost casing (2,4) of said flowmeter;
A method for manufacturing a carrier plate (10, 13, 16, 22, 29) for receiving and handling semiconductor products or wafers, wherein woven fiber layers made up of carbon fibers are arranged to form a stack, wherein the woven fiber layers are impregnated with a resin, wherein the resin is cured and pyrolized, wherein the stack is then graphitized, characterized in that a first woven fiber layer of the stack is formed out of a first woven fiber with filament yarns equal to or greater than 12 K, and a second woven fiber layer of the stack is formed out of a second woven fiber with filament yarns equal to or less than 6 K, wherein the stack is machined to form a recess (12, 23, 30) for receiving a semiconductor product, wherein machining takes place at least in a plane of the second woven fabric.
A method of analyzing nucleic acids while maintaining structural context, the method comprising: (a) providing a formalin-fixed paraffin embedded sample comprising nucleic acids, wherein the nucleic acids comprise three dimensional structures; (b) separating portions of the sample into discrete partitions such that portions of the nucleic acid three dimensional structures are also separated into the discrete partitions; (c) obtaining sequence information from the nucleic acids, thereby analyzing nucleic acids while maintaining structural context, wherein the sequence information from nucleic acids within a given discrete partition provides information on interchromosomal interactions between genomic loci. (a) providing a formalin-fixed paraffin embedded sample comprising nucleic acids, wherein the nucleic acids comprise three dimensional structures; (b) separating portions of the sample into discrete partitions such that portions of the nucleic acid three dimensional structures are also separated into the discrete partitions; (c) obtaining sequence information from the nucleic acids, thereby analyzing nucleic acids while maintaining structural context, wherein the sequence information from nucleic acids within a given discrete partition provides information on interchromosomal interactions between genomic loci.