mhurhangee/ep-ind-claims huggingface dataset:
A method of regulating an outlet coolant temperature of a genset and an inlet coolant temperature of the genset, the genset comprising an engine, a generator, and at least one controller, the method comprising: determining a load condition of the genset; selecting an operating mode from between a first mode associated with a first load condition and a second mode associated with a second load condition responsive to determining the load condition of the genset, wherein the first mode and the second mode are configured to determine a target inlet coolant temperature using one or more control loops; determining, using the selected operating mode, the target inlet coolant temperature using a target outlet coolant temperature and the outlet coolant temperature; and regulating the outlet coolant temperature based on the determined target inlet coolant temperature and the inlet coolant temperature by adjusting an operation of one or more coolant valves. determining a load condition of the genset; selecting an operating mode from between a first mode associated with a first load condition and a second mode associated with a second load condition responsive to determining the load condition of the genset, wherein the first mode and the second mode are configured to determine a target inlet coolant temperature using one or more control loops; determining, using the selected operating mode, the target inlet coolant temperature using a target outlet coolant temperature and the outlet coolant temperature; and regulating the outlet coolant temperature based on the determined target inlet coolant temperature and the inlet coolant temperature by adjusting an operation of one or more coolant valves.
Use of a composition for promoting dedifferentiation of induced pluripotent stem cells from differentiated cells in culture, wherein the composition comprises a peptide represented by an amino acid sequence of Formula 1 below as an active ingredient: [Formula 1] GKCSTRGRKX 1 X 2 RRKK wherein X 1 and X 2 are cysteine or methionine.
An antibody having a binding specificity to PD-L1, comprising (i) the variable light chain sequence of SEQ ID NO: 1; and (ii) the variable heavy chain sequence of SEQ ID NO: 2. (i) the variable light chain sequence of SEQ ID NO: 1; and (ii) the variable heavy chain sequence of SEQ ID NO: 2.
Automatic seal - having a housing, - having a sealing bar, - having at least two modules which have a moving mechanism (41, 42, 43) for moving the sealing bar parallel to the housing between a release position and a sealing position, a module carrier and a push rod, - wherein the module carrier is mounted in or on the housing, - wherein the push rod is displaceably guided in or on the module carrier, - wherein the push rod is coupled to the moving mechanism (41, 42, 43) in order to transmit a movement of the push rod to the moving mechanism (41, 42, 43), - wherein the sealing bar is connected to the housing via the moving mechanisms (41, 42, 43) and the module carrier, and - having a trigger upon which a force can be exerted for moving the sealing bar out of the release position into the sealing position and which is coupled to the push rods, characterised in that each module has a guiding means for guiding the push rod. - having a housing, - having a sealing bar, - having at least two modules which have a moving mechanism (41, 42, 43) for moving the sealing bar parallel to the housing between a release position and a sealing position, a module carrier and a push rod, - wherein the module carrier is mounted in or on the housing, - wherein the push rod is displaceably guided in or on the module carrier, - wherein the push rod is coupled to the moving mechanism (41, 42, 43) in order to transmit a movement of the push rod to the moving mechanism (41, 42, 43), - wherein the module carrier is mounted in or on the housing, - wherein the push rod is displaceably guided in or on the module carrier, - wherein the push rod is coupled to the moving mechanism (41, 42, 43) in order to transmit a movement of the push rod to the moving mechanism (41, 42, 43), - wherein the sealing bar is connected to the housing via the moving mechanisms (41, 42, 43) and the module carrier, and - having a trigger upon which a force can be exerted for moving the sealing bar out of the release position into the sealing position and which is coupled to the push rods,
Handle device for operating doors, windows and the like, comprising a first element which is rotatable about an axis of rotation, a second element, at least one engaging member and a coupling device which is connected to the first and the second element and is designed to selectively allow or prevent relative rotation about the axis of rotation between the first and the second element, the coupling device comprising an outer coupling member (3, 50) and an inner coupling member (5, 31), which is concentrically accommodated, rotatable about the axis of rotation, in the outer coupling member, wherein the at least one engaging member is radially displaceable in the inner coupling member (5, 31), characterized by - an activating member (12, 60) which is accommodated in the inner coupling member and axially displaceable therein, parallel to the axis of rotation, - the engaging member and activating member having interacting contact surfaces (12b, 12c, 61, 63) in order, during axial displacement of the activating member, to press the engaging member into a radially projecting position for simultaneous engagement with the inner and outer coupling member. - an activating member (12, 60) which is accommodated in the inner coupling member and axially displaceable therein, parallel to the axis of rotation, - the engaging member and activating member having interacting contact surfaces (12b, 12c, 61, 63) in order, during axial displacement of the activating member, to press the engaging member into a radially projecting position for simultaneous engagement with the inner and outer coupling member.
A load measurement method for measuring a load that arises when a suction tube, which is for picking up and holding a component via the suction of air, and a pipe, which holds the suction tube internally so as to be relatively movable with a tip section of the suction tube protruding from the pipe, move relative to each other by a specified amount, wherein the suction tube is biased in a direction extending downwards from the lower end of the pipe by the elastic force of a spring such that by applying a force to the tip of the suction tube against the elastic force of the spring a retreat operation is performed, in which the suction tube retreats inside the pipe, the load measurement method comprising: a moving step of moving a suction nozzle, which comprises the suction tube and the pipe, and/or a rigid body in a direction to approach each other by the specified amount using a predetermined set load while the tip section of the suction tube is in contact with the rigid body, so as to trigger the retreat operation, wherein the predetermined set load is set smaller than a load that will damage the suction nozzle; a determination step of determining that the state of the relative movement between pipe and suction tube is good, in a case in which the suction tube has retreated inside pipe by the specified amount in the moving step; and a load measuring step for using a load sensor to measure a load that arises during the retreat operation while the tip section of the suction tube and the load sensor are in contact in a case in which the suction nozzle and/or the load sensor are moved in a direction to approach each other, with the tip section of the suction tube and the load sensor facing each other, and on condition that it has been determined that the state of the relative movement between pipe and suction tube is good in the determination step. a moving step of moving a suction nozzle, which comprises the suction tube and the pipe, and/or a rigid body in a direction to approach each other by the specified amount using a predetermined set load while the tip section of the suction tube is in contact with the rigid body, so as to trigger the retreat operation, wherein the predetermined set load is set smaller than a load that will damage the suction nozzle; a determination step of determining that the state of the relative movement between pipe and suction tube is good, in a case in which the suction tube has retreated inside pipe by the specified amount in the moving step; and a load measuring step for using a load sensor to measure a load that arises during the retreat operation while the tip section of the suction tube and the load sensor are in contact in a case in which the suction nozzle and/or the load sensor are moved in a direction to approach each other, with the tip section of the suction tube and the load sensor facing each other, and on condition that it has been determined that the state of the relative movement between pipe and suction tube is good in the determination step.
Automation controller comprising - a processor, onto which an operating system is loaded, - a first interface module with at least a first Ethernet channel and a second Ethernet channel, which are connected to a first selection circuit, - a second interface module with at least a first Ethernet channel and a second Ethernet channel, which are connected to a second selection circuit, - a first network interface for the connection to a first network and a second network interface for the connection to a second network, - connection means designed to connect the selection circuits (Mux1, Mux2) with the network interfaces (P1, P2), - a first register with a first register value (HWIF1) and a second register with a second register value (HWIF2), here the selection circuits (Mux1, Mux2) are designed to assign the Ethernet channels (E11,...,E22) to the network interfaces (P1, P2) in accordance with the register values (HWIF1, HWIF2), characterised in that the operating system is designed to generate a number in a definable cycle and that a query means is present, which is designed to apply a logical function to the register values (HWIF1, HWIF2) with the number with each cycle, as a result of which a return value (ZZ') is produced, the operating system is further designed to apply the logical function to the return value (ZZ') with the number, as a result of which the register values (HWIF1', HWIF2') are produced again, furthermore code instructions are present, which are designed to compare the reproduced register values (HWIF1', HWIF2') with test values (CV_HWIF1, CV_HWIF2) and in the event of a variance to move the automation controller into a safe state. - a processor, onto which an operating system is loaded, - a first interface module with at least a first Ethernet channel and a second Ethernet channel, which are connected to a first selection circuit, - a second interface module with at least a first Ethernet channel and a second Ethernet channel, which are connected to a second selection circuit, - a first network interface for the connection to a first network and a second network interface for the connection to a second network, - connection means designed to connect the selection circuits (Mux1, Mux2) with the network interfaces (P1, P2), - a first register with a first register value (HWIF1) and a second register with a second register value (HWIF2), here the selection circuits (Mux1, Mux2) are designed to assign the Ethernet channels (E11,...,E22) to the network interfaces (P1, P2) in accordance with the register values (HWIF1, HWIF2),
A method for managing SIM Toolkit, STK, application behavior for a multi-directory file, DF, integrated circuit card, multi-DF ICC, the method comprising: obtaining radio access technology, RAT, information for a first RAT on which a mobile communication device is camped; selecting a first DF in the multi-DF ICC corresponding to the first RAT on which the mobile communication device is camped; issuing an STK command to the mobile communication device by the multi-DF ICC in a format of the DF corresponding to the first RAT; camping on a second RAT during processing of the command; selecting a second DF in the multi-DF ICC corresponding to the second RAT on which the mobile communication device is camped; and completing the processing of the STK command in a format of the second DF in the multi-DF ICC corresponding to the second RAT. obtaining radio access technology, RAT, information for a first RAT on which a mobile communication device is camped; selecting a first DF in the multi-DF ICC corresponding to the first RAT on which the mobile communication device is camped; issuing an STK command to the mobile communication device by the multi-DF ICC in a format of the DF corresponding to the first RAT; camping on a second RAT during processing of the command; selecting a second DF in the multi-DF ICC corresponding to the second RAT on which the mobile communication device is camped; and completing the processing of the STK command in a format of the second DF in the multi-DF ICC corresponding to the second RAT.
A contents data playing device comprising a security chip configured to receive a request to acquire a contents key or to decrypt contents data, wherein the security chip includes a storage unit configured to store firmware data including a firmware program, and a firmware update management unit (13, 132) configured to, in response to the request, determine whether to update the firmware data based on a comparison between expiration information set for the firmware data and time information received via a network, and to reject the request when the firmware data is to be updated, wherein the firmware program causes the security chip to function as a contents key acquisition control unit configured to acquire, via the network, the contents key for decrypting the contents data, and a decryption unit configured to decrypt the contents data by using the contents key. a storage unit configured to store firmware data including a firmware program, and a firmware update management unit (13, 132) configured to, in response to the request, determine whether to update the firmware data based on a comparison between expiration information set for the firmware data and time information received via a network, and to reject the request when the firmware data is to be updated, wherein a contents key acquisition control unit configured to acquire, via the network, the contents key for decrypting the contents data, and a decryption unit configured to decrypt the contents data by using the contents key.
A method of controlling a cooking device, comprising the steps of: a) receiving, by a control unit of the cooking device, a desired cooking process for cooking a food to be cooked; b) acquiring at least one current quantity-relevant parameter from the control unit or an input device, the current quantity-relevant parameter acquired being the use and, if applicable, the quantity of browning-promoting substances; c) determining, by the control unit, a device-specifically optimum quantity of the food to be cooked, taking into account device-specific performance data of the cooking device, the currently available power of the cooking device, the installation site of the cooking device and/or the environment of the cooking device, and based on the desired cooking process and the quantity-relevant parameters, wherein the control unit - increases the optimum quantity if the use of browning-promoting substances is detected, and d) subsequently outputting, by means of output means, the optimum quantity determined. a) receiving, by a control unit of the cooking device, a desired cooking process for cooking a food to be cooked; b) acquiring at least one current quantity-relevant parameter from the control unit or an input device, the current quantity-relevant parameter acquired being the use and, if applicable, the quantity of browning-promoting substances; c) determining, by the control unit, a device-specifically optimum quantity of the food to be cooked, taking into account device-specific performance data of the cooking device, the currently available power of the cooking device, the installation site of the cooking device and/or the environment of the cooking device, and based on the desired cooking process and the quantity-relevant parameters, wherein the control unit - increases the optimum quantity if the use of browning-promoting substances is detected, and - increases the optimum quantity if the use of browning-promoting substances is detected, and d) subsequently outputting, by means of output means, the optimum quantity determined.
A device for generating thermal neutrons for neutron scattering experiments, comprising an accelerator or laser driven neutron source and a moderator for the moderation of neutrons of the neutron source (2, 3), characterized in that there are one or more channels in the moderator which extend(s) from an inner area in the moderator to the surface of the moderator, characterized in that the inner area is at or in the maximum flux of thermal neutrons.
A telematic-box device for motor vehicles that comprises a module for connection to mobile-communication networks, a satellite location module, and a sensor (70; 71) configured for detecting the acceleration and braking parameters of the motor vehicle, said device being characterized in that it comprises autonomous supply means of the type including a rechargeable accumulator associated in a relationship of energy exchange with a solar panel integrated in said telematic box, and a microcontroller module configured for managing at least said module for connection to mobile-communication networks, said satellite location module, and said sensor (70; 71) configured for detecting the acceleration and braking parameters of the motor vehicle, it being possible to set each of said microcontroller module, said module for connection to mobile-communication networks, said satellite location module, and said sensor (70; 71) configured for detecting the acceleration and braking parameters of the motor vehicle selectively between an active-operation mode and one or more reduced-operation modes in which they implement saving of energy as compared to the active-operation mode.
A dental prosthesis formed of a composition comprising a polymeric material, the prosthesis comprising one or more locating formations adapted to receive a dental implant fixture or dental abutment, the or each locating formation comprising a recess comprising a first recess portion formed in the polymeric material of the prosthesis, and a second recess portion provided in a sleeve located in the prosthesis, characterised in that the recess has an inverted frustum-shape.
A wear member attachment system for use with an excavation implement, the system comprising: a connector that releasably secures a wear member to the excavation implement, the connector including: a) an elongated housing, b) a first engagement member extendable and retractable relative to the housing, wherein the first engagement member comprises oppositely facing slots laterally disposed relative to the housing, and wherein the slots are configured to align with projections in the wear member, and c) a second engagement member extendable and retractable relative to the housing, wherein the first engagement member extends relative to the housing when the second engagement member retracts relative to the housing, wherein the first engagement member retracts relative to the housing when the second engagement member extends relative to the housing, wherein the first and second engagement members (44a, 44c) are configured to displace longitudinally relative to the housing in response to rotation of the first and second engagement members (44a, 44c) relative to the housing. a connector that releasably secures a wear member to the excavation implement, the connector including: a) an elongated housing, b) a first engagement member extendable and retractable relative to the housing, wherein the first engagement member comprises oppositely facing slots laterally disposed relative to the housing, and wherein the slots are configured to align with projections in the wear member, and c) a second engagement member extendable and retractable relative to the housing, a) an elongated housing, b) a first engagement member extendable and retractable relative to the housing, wherein the first engagement member comprises oppositely facing slots laterally disposed relative to the housing, and wherein the slots are configured to align with projections in the wear member, and c) a second engagement member extendable and retractable relative to the housing, wherein the first engagement member extends relative to the housing when the second engagement member retracts relative to the housing, wherein the first engagement member retracts relative to the housing when the second engagement member extends relative to the housing, wherein the first and second engagement members (44a, 44c) are configured to displace longitudinally relative to the housing in response to rotation of the first and second engagement members (44a, 44c) relative to the housing.
A solder material containing: a solder layer composed of either a metal material containing an alloy including Sn content of 40 mass% and more, or a metal material including Sn content of 100 mass%; and a covering layer covering the surface of the solder layer, the solder material being a sphere having a diameter of 1 to 1000μm, wherein the covering layer includes a SnO film which is formed outside the solder layer and a SnO 2 film which is formed outside the SnO film, and a thickness of the covering layer is more than 0nm and equal to or less than 4.5nm. a solder layer composed of either a metal material containing an alloy including Sn content of 40 mass% and more, or a metal material including Sn content of 100 mass%; and a covering layer covering the surface of the solder layer, the solder material being a sphere having a diameter of 1 to 1000μm, wherein the covering layer includes a SnO film which is formed outside the solder layer and a SnO 2 film which is formed outside the SnO film, and a thickness of the covering layer is more than 0nm and equal to or less than 4.5nm.
Reactor with reactor shell, reaction space and cooling space and with fluid-tight, separate supply lines for at least one fluid reactant and for a cooling fluid, characterized in that there are at least two supply lines for the cooling fluid each having at least one channel and column structure folded above one another with current reversal, where the reactor has at least a discharge line for the warmed cooling fluid, which has at least one channel and column structure folded above one another with current reversal, where a channel structure means an elongated cavity parallel to the flow direction in the reaction space and a column structure means an elongated cavity perpendicular to the flow direction in the reaction space, where a column structure is part of the conduction of the cooling fluid, which connects two channel structures and thus enables a fluid-tight conduction of the cooling fluid, where the reaction space is loaded with a catalyst, where the cooling space succeds to the supply line of the cooling fluid, extends until the discharge line and runs parallel to the reaction space.