mhurhangee/ep-ind-claims huggingface dataset:
A network communication apparatus that includes a network port for connecting to a telephone line and a communication unit for communicating with an external apparatus via the telephone line, comprising: an auto-shutdown unit configured to execute shutdown processing for stopping supply of electric power to the network communication apparatus when an auto-shutdown shifting time period elapses without receiving a user's operation; and a line detection unit configured to detect whether or not the network port is connected to the telephone line, characterized by further comprising: a selection unit (101, 104) configured to select, based on a user's selection regarding enabling or disabling of auto-shutdown, whether to cause said auto-shutdown unit to execute the shutdown processing so as to enable auto-shutdown, or not to cause said auto-shutdown unit to execute the shutdown processing so as to disable said auto-shutdown; and a notification unit (101, 104) configured to notify a user that the shutdown processing cannot be executed, in a case where to cause said auto-shutdown unit to execute the shutdown processing is selected by said selection unit, and also it is detected by said line detection unit that the network port is connected to the telephone line. an auto-shutdown unit configured to execute shutdown processing for stopping supply of electric power to the network communication apparatus when an auto-shutdown shifting time period elapses without receiving a user's operation; and a line detection unit configured to detect whether or not the network port is connected to the telephone line, characterized by further comprising: a selection unit (101, 104) configured to select, based on a user's selection regarding enabling or disabling of auto-shutdown, whether to cause said auto-shutdown unit to execute the shutdown processing so as to enable auto-shutdown, or not to cause said auto-shutdown unit to execute the shutdown processing so as to disable said auto-shutdown; and a notification unit (101, 104) configured to notify a user that the shutdown processing cannot be executed, in a case where to cause said auto-shutdown unit to execute the shutdown processing is selected by said selection unit, and also it is detected by said line detection unit that the network port is connected to the telephone line. a selection unit (101, 104) configured to select, based on a user's selection regarding enabling or disabling of auto-shutdown, whether to cause said auto-shutdown unit to execute the shutdown processing so as to enable auto-shutdown, or not to cause said auto-shutdown unit to execute the shutdown processing so as to disable said auto-shutdown; and a notification unit (101, 104) configured to notify a user that the shutdown processing cannot be executed, in a case where to cause said auto-shutdown unit to execute the shutdown processing is selected by said selection unit, and also it is detected by said line detection unit that the network port is connected to the telephone line.
A floating solar-powered multi-unit fish cage, comprising (i) a floating planar grid, the grid defining at least two grid interspaces, (ii) at least one or more solar units, and (iii) at least one or more fish cages, wherein (a) at least one fish cage is allocated to at least one grid interspace, (b) at least one solar unit is allocated to at least one grid interspace, at least partially or completely covering said grid interspace, thus forming a solar unit-covered grid interspace, (c) at least one solar unit-covered grid interspace partially spans at least one fish cage forming a partially covered fish cage, (d) the partially covered fish cage allows for caged fish to voluntarily position under the at least one, at least partially solar unit-covered grid interspace, and (e) the at least one solar unit-covered grid interspace provides any of a. electric energy, b. protection of fish from direct solar radiation, c. predator protection for fish, for example, from fish-predatory birds, and d. optionally heat to the water in fish cage, or any combination thereof (i) a floating planar grid, the grid defining at least two grid interspaces, (ii) at least one or more solar units, and (iii) at least one or more fish cages, (a) at least one fish cage is allocated to at least one grid interspace, (b) at least one solar unit is allocated to at least one grid interspace, at least partially or completely covering said grid interspace, thus forming a solar unit-covered grid interspace, (c) at least one solar unit-covered grid interspace partially spans at least one fish cage forming a partially covered fish cage, (d) the partially covered fish cage allows for caged fish to voluntarily position under the at least one, at least partially solar unit-covered grid interspace, and (e) the at least one solar unit-covered grid interspace provides any of a. electric energy, b. protection of fish from direct solar radiation, c. predator protection for fish, for example, from fish-predatory birds, and d. optionally heat to the water in fish cage, or any combination thereof a. electric energy, b. protection of fish from direct solar radiation, c. predator protection for fish, for example, from fish-predatory birds, and d. optionally heat to the water in fish cage,
A method for transmitting an uplink SRS,Sounding Reference Signal, of a user equipment, UE, in an LTE TDD,Time Division Duplex, communication system comprising steps of: a) receiving configuration information related to a period, and an offset for SRS transmission, the configuration information including an SRS index which indicates the period and offset as table 1; b) generating an SRS sequence; and c) when the SRS index indicates the SRS period is 2ms, transmitting the SRS in 2 SCFDMA,Single Carrier Frequency Division Multiple Access, symbols in a half frame, wherein the SRS indices are used for indicating the 2 SCFDMA symbols, and wherein the SRS are transmitted in a first and second SCFDMA symbol in an UpPTS, Uplink Pilot Time Slot, when the UpPTS comprises 2 SCFDMA symbols, and the specific SRS offset index 0 indicates the SRS transmission in the 2 SCFDMA symbols is in the UpPTS, [table 1] Index Period Offset 0-319 320 0-319 320-479 160 0-159 480-559 80 0-79 560-599 40 0-39 600-619 20 0-19 620-629 10 0-9 630-634 5 0-4 635-1023 2 0-9 for TDD a) receiving configuration information related to a period, and an offset for SRS transmission, the configuration information including an SRS index which indicates the period and offset as table 1; b) generating an SRS sequence; and c) when the SRS index indicates the SRS period is 2ms, transmitting the SRS in 2 SCFDMA,Single Carrier Frequency Division Multiple Access, symbols in a half frame,
A process for recombinant expression of native FGF21 with SEQ ID NO:1 and analogues thereof which analogues can be deduced or derived from native human FGF21 with SEQ ID NO:1 by modification of the amino acid sequence said modification being substitution, deletion and/or addition of one or more amino acids which analogues have glucose lowering effect and which analogues have an identity with human FGF21 which is at least 95%, in yeast wherein the yeast used is a pmt2 knock out strain.
A data transmission method, comprising: accessing, by a terminal device, a first network; and when the terminal device needs to move from the first network to a second network, sending, by the terminal device, a first message to a core network element of the first network or sending, by the terminal device, a first RRC message to an access network device of the first network, wherein the first message or the first RRC message is used to indicate that the terminal device is to move from the first network to the second network; and the first network is a public network and the second network is a non-public network, or the first network is a non-public network and the second network is a public network, wherein the first message or the first RRC message comprises one or more of the following information: first time information, immediate pause indication information, or proximity indication information, wherein the first time information is used to indicate that the terminal device is to trigger cross-network movement after first time;, the immediate pause indication information is used to indicate whether to immediately pause transmission of user plane data of the first network of the terminal device; and the proximity indication information is used to indicate that the terminal device is entering or leaving a neighboring area of one or more cells of a non-public network, or the proximity indication information is used to indicate that the terminal device is entering or leaving one or more cells of a non-public network. accessing, by a terminal device, a first network; and when the terminal device needs to move from the first network to a second network, sending, by the terminal device, a first message to a core network element of the first network or sending, by the terminal device, a first RRC message to an access network device of the first network, wherein the first message or the first RRC message is used to indicate that the terminal device is to move from the first network to the second network; and the first network is a public network and the second network is a non-public network, or the first network is a non-public network and the second network is a public network, wherein the first message or the first RRC message comprises one or more of the following information: first time information, immediate pause indication information, or proximity indication information, wherein the first time information is used to indicate that the terminal device is to trigger cross-network movement after first time;, the immediate pause indication information is used to indicate whether to immediately pause transmission of user plane data of the first network of the terminal device; and the proximity indication information is used to indicate that the terminal device is entering or leaving a neighboring area of one or more cells of a non-public network, or the proximity indication information is used to indicate that the terminal device is entering or leaving one or more cells of a non-public network.
Filling line for heat-treating and filling a liquid, comprising a pre-heater for pre-heating the liquid, a heater for heating the liquid after the pre-heating, a cooler for cooling down the liquid after the heating, and a filling unit for filling the liquid, where the filling line is suitable for hot filling and cold filling, where the liquid path from the pre-heater to the filling unit for the hot filling differs from the liquid path from the pre-heater to the filling unit for the cold filling, and the filling line comprises a switching option for switching between the two liquid paths.
A lithium solid battery comprising a solid electrolyte layer having a sulfide glass containing an ion conductor which has a Li element, a P element and a S element, wherein the solid electrolyte layer has an average pore radius calculated by mercury press-in method being 0.0057 μm or less, the sulfide glass has the ion conductor and LiI, with the LiI being in a proportion of 20 mol% or more and 30 mol% or less.
A hinge arrangement (16, 16', 16") for a bonnet of a vehicle, said hinge arrangement (16, 16', 16") in use providing a hinged connection between said bonnet and a body of said vehicle, said hinge arrangement (16, 16', 16") comprising - a first hinge member adapted to be attached, directly or indirectly, to said body of said vehicle, - a second hinge member adapted to be attached, directly or indirectly, to said bonnet, and - a pivot pin, said first hinge member and said second hinge member being pivotally connected to each other by said pivot pin providing said hinged connection, characterized in that said first hinge member comprises a first portion protruding in a forward direction, a lower edge of said first portion being adapted to guide a displacement of said second hinge member during an initial phase of opening said bonnet, said displacement being a combination of a translational displacement having at least a forward component of said second hinge member in relation to said first hinge member and a pivotal displacement of said second hinge member in relation to said first hinge member around said pivot pin. - a first hinge member adapted to be attached, directly or indirectly, to said body of said vehicle, - a second hinge member adapted to be attached, directly or indirectly, to said bonnet, and - a pivot pin,
A racemic or optically active compound represented by the general formula shown below: wherein in the formula, a double line composed of a solid line and a dotted line represents a double bond; Y is CHO, CH(OR 1)(OR 2), CH 2 OH, CH 2 OR 3, COOR 4, CH=NR 5, CN, or CH 2 SR 6; both R 1 and R 2 are alkyl groups having a carbon number of from 1 to 4 or R 1 and R 2 may be combined with each other to form a ring; R 3 is a hydrogen atom or an acyl group having a carbon number of from 1 to 8; R 4 is a hydrogen atom or an alkyl group having a carbon number of from 1 to 4; R 5 is a hydroxyl group or a phenyl group which may have a substituent; R 6 is a hydrogen atom, an alkyl group having a carbon number of from 1 to 4 or an acyl group having a carbon number of from 1 to 8; and * represents an asymmetric carbon atom.
A method for providing, by a relay device, a device management, DM, service, the method comprising: detecting at least one device in a personal area network, PAN, managed by the relay device, identifying information associated with a relay mode for each of the at least one detected devices; providing the DM service from a DM server to the at least one device according to the identified information associated with the relay mode, wherein the relay mode includes at least one of: a transparent mode where the relay device forwards the DM service to the at least one detected device, a proxy mode where the relay device manages the at least one detected device on behalf of the DM server over a DM protocol of the DM server, and an adaptation mode where the relay device manages the at least one detected device on behalf of the DM server over a protocol supportable by the at least one detected device; and establishing a session with the at least one device based on the identified information associated with the relay mode before providing the DM service. detecting at least one device in a personal area network, PAN, managed by the relay device, identifying information associated with a relay mode for each of the at least one detected devices; providing the DM service from a DM server to the at least one device according to the identified information associated with the relay mode, wherein the relay mode includes at least one of: a transparent mode where the relay device forwards the DM service to the at least one detected device, a proxy mode where the relay device manages the at least one detected device on behalf of the DM server over a DM protocol of the DM server, and an adaptation mode where the relay device manages the at least one detected device on behalf of the DM server over a protocol supportable by the at least one detected device; and a transparent mode where the relay device forwards the DM service to the at least one detected device, a proxy mode where the relay device manages the at least one detected device on behalf of the DM server over a DM protocol of the DM server, and an adaptation mode where the relay device manages the at least one detected device on behalf of the DM server over a protocol supportable by the at least one detected device; and establishing a session with the at least one device based on the identified information associated with the relay mode before providing the DM service.
Microprobe for selective electroporation comprising at least two metal electrodes immersed in a glass rod, the glass rod made of a primary glass is 50 μm to 2 mm in diameter, preferably 50 μm to 500 μm, the metal electrodes made of a metal alloy are formed as rods with diameter of 1 μm to 100 μm, preferably 20 μm to 30 μm, wherein endings of those rods are exposed, wherein_the primary glass and the metal alloy are matched in such manner that the temperature difference between the dilatometric softening temperature DTM of the primary glass and the temperature of melting for the metal alloy is not higher than 50°C. the glass rod made of a primary glass is 50 μm to 2 mm in diameter, preferably 50 μm to 500 μm, the metal electrodes made of a metal alloy are formed as rods with diameter of 1 μm to 100 μm, preferably 20 μm to 30 μm, wherein endings of those rods are exposed,
A processing system comprising: a plurality of processor cores including an application core (102a, 102b) and a safety core, wherein the application core is configured to execute an application (110a, 110b) and the safety core is configured to execute a fault detection program, wherein the fault detection program is configured to verify the execution of the application; characterized by a fault detection circuit in communication with the plurality of processor cores, the fault detection circuit comprising: a progress register (214a, 214b) configured to store progress data of the application executed by the application core, wherein the application core is configured to write the progress data to the progress register, and wherein the safety core is configured to read the progress data for verifying the execution of the application; a status register (216a - 216c) configured to store an output of the fault detection program executed by the safety core, wherein the fault detection program is configured to generate the output based on the progress data, and wherein the safety core is configured to write the output to the status register; and a controller configured to read the output stored in the status register, wherein the controller is configured to generate a fault signal when the output indicates a fault in the execution of the application. a plurality of processor cores including an application core (102a, 102b) and a safety core, wherein the application core is configured to execute an application (110a, 110b) and the safety core is configured to execute a fault detection program, wherein the fault detection program is configured to verify the execution of the application; characterized by a fault detection circuit in communication with the plurality of processor cores, the fault detection circuit comprising: a progress register (214a, 214b) configured to store progress data of the application executed by the application core, wherein the application core is configured to write the progress data to the progress register, and wherein the safety core is configured to read the progress data for verifying the execution of the application; a status register (216a - 216c) configured to store an output of the fault detection program executed by the safety core, wherein the fault detection program is configured to generate the output based on the progress data, and wherein the safety core is configured to write the output to the status register; and a controller configured to read the output stored in the status register, wherein the controller is configured to generate a fault signal when the output indicates a fault in the execution of the application.
A liquid distribution method comprising the following steps: providing at least two ferry units, so that each ferry unit is made to reciprocate between an initial workstation and a first workstation; transferring onto each of the ferry units a reactor containing a sample from the initial workstation; adding a reagent into the reactors at the first workstation; recording, as a first cycle, a shortest time window during which a sequence of actions performed by each of the ferry units can be cyclically reproduced, and recording, as a second cycle, a quotient obtained by dividing the first cycle by the number of ferry units, wherein starting from transferring the reactor to one ferry unit for the first time, the reactors are successively transferred to other ferry units staggeredly at intervals of the second cycle; and sequentially removing from the ferry units the reactors for which the mixing processing has been completed, staggeredly at the intervals of the second cycle, and placing another reactor containing the sample onto the ferry unit from which the reactor was removed. providing at least two ferry units, so that each ferry unit is made to reciprocate between an initial workstation and a first workstation; transferring onto each of the ferry units a reactor containing a sample from the initial workstation; adding a reagent into the reactors at the first workstation; recording, as a first cycle, a shortest time window during which a sequence of actions performed by each of the ferry units can be cyclically reproduced, and recording, as a second cycle, a quotient obtained by dividing the first cycle by the number of ferry units, wherein starting from transferring the reactor to one ferry unit for the first time, the reactors are successively transferred to other ferry units staggeredly at intervals of the second cycle; and sequentially removing from the ferry units the reactors for which the mixing processing has been completed, staggeredly at the intervals of the second cycle, and placing another reactor containing the sample onto the ferry unit from which the reactor was removed.
A biological sample processing apparatus comprising: an enclosure; a control unit; and a plurality of sample processing modules (102a-p,200) and at least one module which is a sample preparation module (110m-p,200) held by the enclosure, each sample processing module (102a-p,200) and the sample preparation module (102m-p,200) configured to hold a removable sample cartridge; wherein each of the plurality of sample processing modules and the at least one sample preparation module is removable and independently controllable by the control unit so that different chemical reactions and sample preparation can be run simultaneously in the apparatus; wherein each sample processing module (102a-p,200) is configured to only perform sample processing on a sample within the corresponding removable sample cartridge; each sample processing module (102a-p,200) configured to perform at least one of a plurality of testing processes on the sample within the removable sample cartridge, wherein at least one module (102a-p,200) in the apparatus is configured to perform nucleic acid amplification and detection, and wherein the at least one sample preparation module (102m-p,200) in the apparatus is configured to only perform sample preparation. an enclosure; a control unit; and a plurality of sample processing modules (102a-p,200) and at least one module which is a sample preparation module (110m-p,200) held by the enclosure, each sample processing module (102a-p,200) and the sample preparation module (102m-p,200) configured to hold a removable sample cartridge; wherein each of the plurality of sample processing modules and the at least one sample preparation module is removable and independently controllable by the control unit so that different chemical reactions and sample preparation can be run simultaneously in the apparatus; wherein each sample processing module (102a-p,200) is configured to only perform sample processing on a sample within the corresponding removable sample cartridge; each sample processing module (102a-p,200) configured to perform at least one of a plurality of testing processes on the sample within the removable sample cartridge, wherein at least one module (102a-p,200) in the apparatus is configured to perform nucleic acid amplification and detection, and wherein the at least one sample preparation module (102m-p,200) in the apparatus is configured to only perform sample preparation.