mhurhangee/ep-ind-claims huggingface dataset:
An electrically driven vehicle (1G, 1G') equipped with a battery usable for running, comprising a power generation unit of engine driven type for charging the battery, at least an engine of the power generation unit being detachably mounted to the electrically driven vehicle (1G, 1G'); a source for running configured to be supplied with power from the battery; a key switch as vehicle drive operation means for making at the same time an operation request to the power generation unit and an operation request to the source for running; operation request determination means for determining whether the operation request to the power generation unit is made; stop means for bringing the power generation unit to a stopped state in a case where there is no operation request to the power generation unit, as well as when the power generation unit is installed in or removed from the electrically driven vehicle, the vehicle being characterized in that said stop means comprise: electromagnetic function generation means that faces the power generation unit installed in the vehicle (1G, 1G'), for generating an electromagnetic function in a case where no operation request to the source for running is made, and configured so as to be switched off when the key switch is switched on; and a contact positioned where the power generation unit in the installed state faces the electromagnetic function generating means, wherein the operation of the power generation unit is permitted when the contact is turned on and inhibited when the contact is off, and wherein the contact is turned on when the electromagnetic function generation means is off and turned off when the electromagnetic function generation means is on. electromagnetic function generation means that faces the power generation unit installed in the vehicle (1G, 1G'), for generating an electromagnetic function in a case where no operation request to the source for running is made, and configured so as to be switched off when the key switch is switched on; and a contact positioned where the power generation unit in the installed state faces the electromagnetic function generating means, wherein the operation of the power generation unit is permitted when the contact is turned on and inhibited when the contact is off, and wherein the contact is turned on when the electromagnetic function generation means is off and turned off when the electromagnetic function generation means is on.
A testing device for conducting electromagnetic testing of a structure, said testing device comprising: a sensor; a presentation interface; a user input interface; a memory device; and a processor coupled in communication with the sensor, the presentation interface, the user input interface, and the memory device, the processor programmed to cause the testing device to: present to a user, prior to a test session, at least one demonstrative instruction for conducting a test session using the testing device; and present to the user during a test session at least one test instruction for use of the testing device combining both instructional material and user-operable controls and including an image of an exemplary simulated data view with an actual live data view displayed side-by-side with the exemplary simulated data view for comparison. a sensor; a presentation interface; a user input interface; a memory device; and a processor coupled in communication with the sensor, the presentation interface, the user input interface, and the memory device, the processor programmed to cause the testing device to: present to a user, prior to a test session, at least one demonstrative instruction for conducting a test session using the testing device; and present to the user during a test session at least one test instruction for use of the testing device combining both instructional material and user-operable controls and including an image of an exemplary simulated data view with an actual live data view displayed side-by-side with the exemplary simulated data view for comparison. present to a user, prior to a test session, at least one demonstrative instruction for conducting a test session using the testing device; and present to the user during a test session at least one test instruction for use of the testing device combining both instructional material and user-operable controls and including an image of an exemplary simulated data view with an actual live data view displayed side-by-side with the exemplary simulated data view for comparison.
A polynucleotide that encodes a modified foot-and-mouth disease virus (FMDV) 3C protease; wherein the modified FMDV 3C protease comprises an amino acid substitution of L127 of a wild-type FMDV 3C protease; wherein when the polynucleotide is expressed in a host cell the modified FMDV 3C protease exhibits decreased host cell toxicity compared to an unmodified FMDV 3C protease.
Method for the removal of circulating tumor cells from a cell suspension, comprising the steps: - a cell suspension provided, containing a mixture of cells and tumor cells to be removed, is incubated for an incubation period with biocompatibly coated magnetic nanoparticles and - after the expiration of the incubation period, cells loaded with magnetic nanoparticles and free magnetic nanoparticles are magnetically removed from the incubated cell suspension, characterized in that - the cell suspension is adjusted to an incubation temperature higher than 32°C and is kept at the incubation temperature during the incubation over the incubation period of less than 20 minutes, - the magnetic nanoparticles used have an average diameter of 20 to 40 nm and are coated with dextran, derivates of dextran or carboxymethyldextran and - the incubation is carried out without addition of a stop solution at the end of the incubation period. - a cell suspension provided, containing a mixture of cells and tumor cells to be removed, is incubated for an incubation period with biocompatibly coated magnetic nanoparticles and - after the expiration of the incubation period, cells loaded with magnetic nanoparticles and free magnetic nanoparticles are magnetically removed from the incubated cell suspension, - the cell suspension is adjusted to an incubation temperature higher than 32°C and is kept at the incubation temperature during the incubation over the incubation period of less than 20 minutes, - the magnetic nanoparticles used have an average diameter of 20 to 40 nm and are coated with dextran, derivates of dextran or carboxymethyldextran and - the incubation is carried out without addition of a stop solution at the end of the incubation period.
A multi-speed drive for a supercharger, comprising: a stationary shaft (30, 65, 165); a planetary gear mechanism with a sun gear assembly (83, 183), a plurality of planet gears (130, 230) mounted on a planet carrier (118, 218), and a ring gear (107, 207), all mounted for rotation on the stationary shaft; a rotary-mechanical drive input being received by either the ring gear or the planet carrier, and a rotary-mechanical drive output being provided by the planet carrier when the ring gear receives the input, or by the ring gear when the planet carrier receives the input; a one-way roller clutch (87, 187) disposed coaxially with the planetary gear mechanism, between the sun gear assembly and the stationary shaft; and, a hydraulically-actuated, clutch assembly (150/152, 250/252) mounted coaxially with the planetary gear mechanism on the stationary shaft, and operably engaging the sun gear assembly and the ring gear to change a gear ratio of the multi-speed drive. a stationary shaft (30, 65, 165); a planetary gear mechanism with a sun gear assembly (83, 183), a plurality of planet gears (130, 230) mounted on a planet carrier (118, 218), and a ring gear (107, 207), all mounted for rotation on the stationary shaft; a rotary-mechanical drive input being received by either the ring gear or the planet carrier, and a rotary-mechanical drive output being provided by the planet carrier when the ring gear receives the input, or by the ring gear when the planet carrier receives the input; a one-way roller clutch (87, 187) disposed coaxially with the planetary gear mechanism, between the sun gear assembly and the stationary shaft; and, a hydraulically-actuated, clutch assembly (150/152, 250/252) mounted coaxially with the planetary gear mechanism on the stationary shaft, and operably engaging the sun gear assembly and the ring gear to change a gear ratio of the multi-speed drive.
Method for assisting a driver when parking a motor vehicle, having the steps of: - positioning the motor vehicle in a parking area which has a plurality of rows of parking spaces each with a plurality of parking spaces for the motor vehicle and a plurality of driving lanes for approaching the rows of parking spaces, - using a receiving device of the motor vehicle to receive environmental data which describe an environment of at least one of the driving lanes, characterized by the following further steps of - using an evaluation device of the motor vehicle to determine whether the at least one of the driving lanes is bounded on one side or on both sides by one of the rows of parking spaces in each case on the basis of the received environmental data, - outputting a first driving trajectory for a drive along the at least one driving lane if the at least one of the driving lanes is bounded on both sides by one of the rows of parking spaces in each case, and - outputting a second driving trajectory for a drive along the at least one driving lane if the at least one driving lane is bounded on one side by one of the rows of parking spaces. - positioning the motor vehicle in a parking area which has a plurality of rows of parking spaces each with a plurality of parking spaces for the motor vehicle and a plurality of driving lanes for approaching the rows of parking spaces, - using a receiving device of the motor vehicle to receive environmental data which describe an environment of at least one of the driving lanes, - using an evaluation device of the motor vehicle to determine whether the at least one of the driving lanes is bounded on one side or on both sides by one of the rows of parking spaces in each case on the basis of the received environmental data, - outputting a first driving trajectory for a drive along the at least one driving lane if the at least one of the driving lanes is bounded on both sides by one of the rows of parking spaces in each case, and - outputting a second driving trajectory for a drive along the at least one driving lane if the at least one driving lane is bounded on one side by one of the rows of parking spaces.
A fuel actuation system comprising: a servo valve including a torque motor and at least one screen; a metering valve (220; 600) fluidly connected to the SV; and an electronic engine control operatively connected to the SV, the EEC being configured and disposed to: determine a travel distance of the MV (220; 600) and at least one of a pressure of a fuel and a temperature of the fuel; and store the travel distance of the MV (220; 600) and the at least one of the pressure of the fuel and the temperature of the fuel to a memory to generate a travel distance history and at least one of a fuel temperature history and a fuel pressure history, characterised in that the EEC is further configured and disposed to: determine a level of degradation of the fuel actuation system based on the travel distance history and the at least one of the fuel temperature history and the fuel pressure history. a servo valve including a torque motor and at least one screen; a metering valve (220; 600) fluidly connected to the SV; and an electronic engine control operatively connected to the SV, the EEC being configured and disposed to: determine a travel distance of the MV (220; 600) and at least one of a pressure of a fuel and a temperature of the fuel; and store the travel distance of the MV (220; 600) and the at least one of the pressure of the fuel and the temperature of the fuel to a memory to generate a travel distance history and at least one of a fuel temperature history and a fuel pressure history, characterised in that the EEC is further configured and disposed to: determine a level of degradation of the fuel actuation system based on the travel distance history and the at least one of the fuel temperature history and the fuel pressure history. determine a travel distance of the MV (220; 600) and at least one of a pressure of a fuel and a temperature of the fuel; and store the travel distance of the MV (220; 600) and the at least one of the pressure of the fuel and the temperature of the fuel to a memory to generate a travel distance history and at least one of a fuel temperature history and a fuel pressure history, characterised in that the EEC is further configured and disposed to: determine a level of degradation of the fuel actuation system based on the travel distance history and the at least one of the fuel temperature history and the fuel pressure history.
An automatic system for closing windows or doors, comprising: - a counter-plate installable on a fixed frame and provided with a first member that is mobile with respect to the counter-plate; - a lock-body installable on a door or window leaf and provided with closing means mobile between a release configuration, in which the closing means engage the counter-plate when the counter-plate is proximal to the lock-body, and a retained configuration, in which the closing means are maintained internally of the lock-body and do not engage the counter-plate, said lock-body having a front portion destined to face said counter-plate; - a switch housed in the lock-body for activating a switching of the closing means at least between the retained configuration and the release configuration, characterised in that it comprises: a second member solidly fixed to the lock-body so that, when the lock-body is proximal to the counter-plate, said second member exchanges, with the first member, an attraction force of a magnetic type which nears said first member to the lock-body so that it interacts magnetically with the switch for activating the automatic switching of the closing means between the retained configuration and the release configuration, said switch being distinct and separate from said second member. - a counter-plate installable on a fixed frame and provided with a first member that is mobile with respect to the counter-plate; - a lock-body installable on a door or window leaf and provided with closing means mobile between a release configuration, in which the closing means engage the counter-plate when the counter-plate is proximal to the lock-body, and a retained configuration, in which the closing means are maintained internally of the lock-body and do not engage the counter-plate, said lock-body having a front portion destined to face said counter-plate; - a switch housed in the lock-body for activating a switching of the closing means at least between the retained configuration and the release configuration,
A process for producing an infant food product comprising a protein ingredient and a vegetable ingredient wherein, in a first stage, a vegetable ingredient is cooked, and a protein ingredient is cooked separately from the vegetable ingredient to provide precooked ingredients, and in a second stage, the pre-cooked ingredients are mixed and, after mixing, are submitted to UHT processing to sterilize the product, which product is aseptically filled in containers thereafter.
An electrode for an energy storage device comprising a conductive substrate, an intermediate layer, and an active material layer in this order, wherein the intermediate layer includes a conductive agent, polyolefin, and a binder, and a content of the polyolefin with respect to a content of the conductive agent in the intermediate layer is 2 times or more and 20 times or less by mass ratio, characterized in that both said conductive agent and said polyolefin have a particulate shape, and the particle size of the polyolefin is larger than the particle size of the conductive agent, wherein the particle size means a value D50 at which a volume-based cumulative distribution calculated in accordance with JIS-Z-8819-2 is 50% and wherein the content of the binder in the intermediate layer is 5% by mass or more and 30% by mass or less. wherein the intermediate layer includes a conductive agent, polyolefin, and a binder, and a content of the polyolefin with respect to a content of the conductive agent in the intermediate layer is 2 times or more and 20 times or less by mass ratio, characterized in that both said conductive agent and said polyolefin have a particulate shape, and the particle size of the polyolefin is larger than the particle size of the conductive agent, wherein the particle size means a value D50 at which a volume-based cumulative distribution calculated in accordance with JIS-Z-8819-2 is 50% and wherein the content of the binder in the intermediate layer is 5% by mass or more and 30% by mass or less.
A method for transmitting a message by an inter-working function, IWF in a message transmission system, the method comprising: receiving, at the IWF identified by a representative mobile subscriber integrated services digital network number, R-MSISDN, a message including the R-MSISDN and an address of a recipient terminal; extracting, at the IWF, the address of the recipient terminal from the message; acquiring, at the IWF, routing information using the address of the recipient terminal; rebuilding, at the IWF, the message using the routing information; and transmitting, at the IWF, the rebuilt message to the recipient terminal based on the routing information. receiving, at the IWF identified by a representative mobile subscriber integrated services digital network number, R-MSISDN, a message including the R-MSISDN and an address of a recipient terminal; extracting, at the IWF, the address of the recipient terminal from the message; acquiring, at the IWF, routing information using the address of the recipient terminal; rebuilding, at the IWF, the message using the routing information; and transmitting, at the IWF, the rebuilt message to the recipient terminal based on the routing information.
A recording device, comprising: a conveyance mechanism by which a recording medium can be conveyed intermittently; a turret to which a plurality of take-up spindles (14, 15) for taking up the recording medium are provided; rotational mechanisms (30, 31) of the take-up spindles; a rotational mechanism (13, 29) of the turret; and one of: a recording mechanism for recording by reciprocatingly scanning a recording head in a direction that intersects with a direction of conveyance of the recording medium by the conveyance mechanism; and a recording mechanism for recording by scanning a recording head along a direction of conveyance of the recording medium by the conveyance mechanism; characterized by a control unit adapted to control the rotational mechanisms of the take-up spindles and the rotational mechanism of the turret so as to cause the take-up spindles and/or the turret to be rotated intermittently so as to correspond to the intermittent conveyance by the conveyance mechanism. a conveyance mechanism by which a recording medium can be conveyed intermittently; a turret to which a plurality of take-up spindles (14, 15) for taking up the recording medium are provided; rotational mechanisms (30, 31) of the take-up spindles; a rotational mechanism (13, 29) of the turret; and one of: a recording mechanism for recording by reciprocatingly scanning a recording head in a direction that intersects with a direction of conveyance of the recording medium by the conveyance mechanism; and a recording mechanism for recording by scanning a recording head along a direction of conveyance of the recording medium by the conveyance mechanism; characterized by a recording mechanism for recording by reciprocatingly scanning a recording head in a direction that intersects with a direction of conveyance of the recording medium by the conveyance mechanism; and a recording mechanism for recording by scanning a recording head along a direction of conveyance of the recording medium by the conveyance mechanism; characterized by a control unit adapted to control the rotational mechanisms of the take-up spindles and the rotational mechanism of the turret so as to cause the take-up spindles and/or the turret to be rotated intermittently so as to correspond to the intermittent conveyance by the conveyance mechanism.
A circuit for detecting the amount of phase shift applied to an RF signal to produce a phase shifted RF signal in an RF signal path, the circuit comprising: a phase shifter operable to apply a phase shift to a reference signal to produce a phase shifted reference signal, wherein the reference signal is used in the RF signal path for generating the RF signal; a phase detector operable to detect a phase difference between the phase shifted RF signal and the phase shifted reference signal, wherein the phase detector input range, within which a difference in phase at its inputs can accurately be measured, is reduced at a frequency of the phase shifted RF signal compared to a frequency lower than the frequency of the phase shifted RF signal, characterized in that the circuit comprises a controller operable to control the phase shifter to set the phase of the phase shifted reference signal so that the phase difference between the phase shifted RF signal and the phase shifted reference signal falls within the reduced input range of the phase detector. a phase shifter operable to apply a phase shift to a reference signal to produce a phase shifted reference signal, wherein the reference signal is used in the RF signal path for generating the RF signal; a phase detector operable to detect a phase difference between the phase shifted RF signal and the phase shifted reference signal, wherein the phase detector input range, within which a difference in phase at its inputs can accurately be measured, is reduced at a frequency of the phase shifted RF signal compared to a frequency lower than the frequency of the phase shifted RF signal, characterized in that the circuit comprises a controller operable to control the phase shifter to set the phase of the phase shifted reference signal so that the phase difference between the phase shifted RF signal and the phase shifted reference signal falls within the reduced input range of the phase detector.
A process of removing or preventing biofouling in a volume of an aqueous liquid or on a surface in contact with an aqueous liquid, comprising i) providing an aqueous composition (antifouling stock solution) containing urea and an active bromine source comprising an item selected from the group consisting of BrCl, halogenated alkylhydantoin selected from BC-DMH (bromochloro dimethylhydantoin), DB-DMH (dibromo dimethylhydantoin), BC-MEH (bromochloro methylethylhydantoin), DB-MEH (dibromo methylethylhydantoin), and a mixture of a bromide or HBr with an oxidizer, wherein the molar ratio urea/bromine is at least 1/1, and the pH of said aqueous composition is acidic; ii) optionally diluting said stock solution with water, thereby obtaining a working solution; and iii) contacting said volume or said surface with said stock solution or said working solution. i) providing an aqueous composition (antifouling stock solution) containing urea and an active bromine source comprising an item selected from the group consisting of BrCl, halogenated alkylhydantoin selected from BC-DMH (bromochloro dimethylhydantoin), DB-DMH (dibromo dimethylhydantoin), BC-MEH (bromochloro methylethylhydantoin), DB-MEH (dibromo methylethylhydantoin), and a mixture of a bromide or HBr with an oxidizer, wherein the molar ratio urea/bromine is at least 1/1, and the pH of said aqueous composition is acidic; ii) optionally diluting said stock solution with water, thereby obtaining a working solution; and iii) contacting said volume or said surface with said stock solution or said working solution.