mhurhangee/ep-ind-claims huggingface dataset:
A control device for a rotary machine which is driven by a turbine output torque which is an output of a turbine and an electric motor output torque which is an output of an induction motor, the control device comprising: a required output setting unit configured to set a required torque for driving the rotary machine; an output determination unit configured to determine whether the turbine output torque of the turbine has reached a lower limit of a stable output range of the turbine; and a drive source command unit configured to drive the turbine and the induction motor, wherein when, while the turbine output torque is increasing, the output determination unit determines that the turbine output torque (Tt) has reached the lower limit of the stable output range of the turbine, the drive source command unit starts up the induction motor and sets the electric motor output torque (Tm) to a minimum torque or higher, in which the induction motor is capable of outputting in a stable state, and the drive source command unit sets the turbine output torque (Tt) to a value obtained by subtracting the electric motor output torque (Tm) from the required torque. a required output setting unit configured to set a required torque for driving the rotary machine; an output determination unit configured to determine whether the turbine output torque of the turbine has reached a lower limit of a stable output range of the turbine; and a drive source command unit configured to drive the turbine and the induction motor, wherein when, while the turbine output torque is increasing, the output determination unit determines that the turbine output torque (Tt) has reached the lower limit of the stable output range of the turbine, the drive source command unit starts up the induction motor and sets the electric motor output torque (Tm) to a minimum torque or higher, in which the induction motor is capable of outputting in a stable state, and the drive source command unit sets the turbine output torque (Tt) to a value obtained by subtracting the electric motor output torque (Tm) from the required torque.
A base station for a second network comprising means for: receiving, from at least one user equipment in a cell of the second network, first network connection information for the at least one user equipment, said first network connection information comprising information indicating why a connection to the first network was terminated; and using said first network connection information to determine whether to adjust at least one threshold value, said at least one threshold value used to control user equipment communication with the first network; wherein the first network is a wireless local area network and the second network is a cellular network. receiving, from at least one user equipment in a cell of the second network, first network connection information for the at least one user equipment, said first network connection information comprising information indicating why a connection to the first network was terminated; and using said first network connection information to determine whether to adjust at least one threshold value, said at least one threshold value used to control user equipment communication with the first network; wherein the first network is a wireless local area network and the second network is a cellular network.
An arrangement intended to be mounted at a vehicle intended for forestry, comprising a load-bearing part and driving wheels, where the arrangement comprises at least two extra wheels that can be individually controlled in the vertical direction and that are mounted at the vehicle in order to distribute the weight of the vehicle, the gross weight of the vehicle including its payload weight, over more areas of the support, the ground, and in this way improve the distribution of weight and reduce the pressure exerted against the support, the ground, characterised in that each of the individually controlled extra wheels comprises a pair of wheels and is subject to a driving force.
A power tool comprising: an inner housing having an inlet port for introducing lubricant; a cap for closing the inlet port, the cap comprising at least one engaging member configured to engage the inlet port when the cap is displaced to a locked position; and an outer casing for mounting to the inner housing; characterised in that the cap comprises at least one protrusion for cooperating with the outer casing of the power tool to fix the cap in said locked position. an inner housing having an inlet port for introducing lubricant; a cap for closing the inlet port, the cap comprising at least one engaging member configured to engage the inlet port when the cap is displaced to a locked position; and an outer casing for mounting to the inner housing; characterised in that the cap comprises at least one protrusion for cooperating with the outer casing of the power tool to fix the cap in said locked position.
A method comprising: heating a backside of a substrate using a furnace enclosure, wherein a frontside of the substrate is outside the furnace enclosure, wherein the heating of the backside of the substrate with the furnace enclosure heats the frontside of the substrate to a surface temperature by heat conduction from the backside of the substrate to the frontside of the substrate; and depositing an environmental barrier coating on the frontside of the substrate via a thermal spray device while the backside of the substrate is heated using the furnace enclosure, wherein the surface temperature of the frontside of the substrate is selected to control at least one of a porosity of the deposited EBC or a weight percent of a crystalline phase in the deposited EBC. heating a backside of a substrate using a furnace enclosure, wherein a frontside of the substrate is outside the furnace enclosure, wherein the heating of the backside of the substrate with the furnace enclosure heats the frontside of the substrate to a surface temperature by heat conduction from the backside of the substrate to the frontside of the substrate; and depositing an environmental barrier coating on the frontside of the substrate via a thermal spray device while the backside of the substrate is heated using the furnace enclosure, wherein the surface temperature of the frontside of the substrate is selected to control at least one of a porosity of the deposited EBC or a weight percent of a crystalline phase in the deposited EBC.
method of manufacturing a multi-layer wooden wall from planks arranged crosswise at right angles to one another in alternate layers consisting of a number of planks of equal width that adhere to one another edgewise along their longer edges which are cut to a same length, arranged into a stack on an even surface of an assembly base, whereby the stack consists of 5 to 17 layers of planks, until the wall of required thickness is obtained, whereby the stack of planks is stabilised on the sides and from the top by exerting a pressure of 200 to 600 kg/m 2 on it by means of pressure clamps, which is transferred to the side walls and base of the stack so that the individual layers adhere to one another thoroughly and form the wall with the top and bottom layers parallel to one another, and then 1 to 5 holes are made through all the layers of the planks in a stack on a plank width "A" to join each layer, with their axes of symmetry inclined at an angle higher than 0° up to 45° to the longitudinal and/or side edges of a stack planks, and then pins are driven in the holes and a stack joined in that manner is sized to obtain correct thickness and door and/or window openings are cut out in it, as needed, and pins from door and/or window cut-outs are pushed out in the direction opposite to the pinning direction and the planks reclaimed are reused for arranging wall layers that form the next stack, which is again subjected to the process of joining all the layers by drilling the next diagonal holes and driving in pins, and then the process is repeated until the wall without openings or the wall with the openings is obtained.
Palovarotene ( -4-(2-{3-[(1H-pyrazole-1-yl)methyl]-5,5,8,8 tetramethyl-5,6,7,8-tetrahydronaphthalene-2-yl}vinyl)benzoic acid), or a pharmaceutically acceptable salt thereof, for use in a method of treating a subject with multiple osteochondroma.
A system for assessing performance of a plurality of devices (1R, 2R, 3R, 1L, 2L, 3L), the system comprising: a chamber (PART A) housing a device holder configured to hold the plurality of devices, the chamber having a chamber wall defining an opening that is sealed with a window; a light source (PART B) configured to emit light that enters the chamber through the window to shine on the plurality of devices in the device holder, wherein the plurality of devices are a plurality of organometal halide perovskite solar cells; a switch board (PART C) coupled to the device holder for allowing selection of a device among the plurality of devices for measurement; a DC voltage supply (PART G) coupled to the switch board to apply voltage to the device; a source/measure unit (PART D) coupled to the switch board for measuring current of the device; and a computer (PART F) implemented with a software program including computer executable instructions to control at least the SMU (PART C), the DC voltage supply (PART G), the switch board (PART C), and the light source (PART B), to obtain at least one of first current-versus-voltage (I-V) data based on a first procedure and second I-V data based on a second procedure for analyzing hysteresis behavior of the device. a chamber (PART A) housing a device holder configured to hold the plurality of devices, the chamber having a chamber wall defining an opening that is sealed with a window; a light source (PART B) configured to emit light that enters the chamber through the window to shine on the plurality of devices in the device holder, wherein the plurality of devices are a plurality of organometal halide perovskite solar cells; a switch board (PART C) coupled to the device holder for allowing selection of a device among the plurality of devices for measurement; a DC voltage supply (PART G) coupled to the switch board to apply voltage to the device; a source/measure unit (PART D) coupled to the switch board for measuring current of the device; and a computer (PART F) implemented with a software program including computer executable instructions to control at least the SMU (PART C), the DC voltage supply (PART G), the switch board (PART C), and the light source (PART B), to obtain at least one of first current-versus-voltage (I-V) data based on a first procedure and second I-V data based on a second procedure for analyzing hysteresis behavior of the device.
An ironing system comprising a steam generating device comprising a steam chamber provided with a coating comprising a coating base material with metal particles at least partly embedded in the coating base material, wherein the coating base material comprises a mixed metal silicate compound, wherein the mixed metal silicate compound comprises an alkali metal element and a first metal element, wherein the metal particles comprise a second metal element, and wherein the first metal element and the second metal element are the same chemical element of the periodic table of the elements.
An article of manufacture including code for a hardware transaction that is implemented entirely in processor hardware of a processor, and a software transaction that stores speculative transactional data in a software transactional memory within a system memory separate from the processor hardware, the code configured to cause, when run by said processor, operations to be performed, the operations comprising: initiating, by the hardware transaction capable of execution in a hardware transactional memory that is entirely within the processor hardware, a request to access a memory location, wherein the hardware transaction and the software transaction are capable of accessing memory locations; characterised in that, the operations include performing an operation by the software transaction executing in the software transactional memory, the operation including to change a virtual memory address used to access the requested memory location to a new virtual memory address, providing information used by the software transaction indicating the new virtual memory address to access the requested memory location and determining, by one software transaction, whether there is a new virtual memory address to use to access one memory location and wherein the operation causes a return of a fault to the hardware transaction request in response to the hardware transaction not using the new virtual memory address to access the requested memory location after the virtual memory address for the requested memory location is changed. initiating, by the hardware transaction capable of execution in a hardware transactional memory that is entirely within the processor hardware, a request to access a memory location, wherein the hardware transaction and the software transaction are capable of accessing memory locations;
A mixing device for cyclically imparting a force on an external surface of a bag for agitating a content of the bag, the mixing device comprising: a lever supported so as to be able to pivot about a pivot; a weight provided on a first side of the lever; a driver arranged to cooperate with the lever; a motor for moving the driver to lift the first side of the lever with the weight against gravity and to drop the first side against the external surface of the bag; and a holder for supporting the mixing device such that the first side of the lever can contact the external surface of the bag in the drop motion. a lever supported so as to be able to pivot about a pivot; a weight provided on a first side of the lever; a driver arranged to cooperate with the lever; a motor for moving the driver to lift the first side of the lever with the weight against gravity and to drop the first side against the external surface of the bag; and a holder for supporting the mixing device such that the first side of the lever can contact the external surface of the bag in the drop motion.
A control device, comprising: a cyclic communication part configured to perform communication according to a preset cyclic period; a message communication part configured to perform communication that need not conform to the cyclic period; and a communication management part configured to manage a communication schedule for the cyclic communication part and the message communication part, wherein, when it is detected that control data scheduled to be communicated is data for preferentially selecting communication in the cyclic communication part, the communication management part detects a communication state of the cyclic communication part, and stores the control data in the cyclic communication part when cyclic communication according to the cyclic period is possible depending on the communication state, and stores the control data in the message communication part when the cyclic communication according to the cyclic period is not possible depending on the communication state, characterized in that the control data comprises first control data in which an arrival guarantee time is set according to the cyclic period and second control data in which an arrival guarantee time longer than the cyclic period is set, wherein the arrival guarantee time is a longest time within which the control data should arrive in order for a target slave device to operate normally, and wherein the control data for selecting the storing is the second control data. a cyclic communication part configured to perform communication according to a preset cyclic period; a message communication part configured to perform communication that need not conform to the cyclic period; and a communication management part configured to manage a communication schedule for the cyclic communication part and the message communication part, wherein, when it is detected that control data scheduled to be communicated is data for preferentially selecting communication in the cyclic communication part, the communication management part detects a communication state of the cyclic communication part, and stores the control data in the cyclic communication part when cyclic communication according to the cyclic period is possible depending on the communication state, and stores the control data in the message communication part when the cyclic communication according to the cyclic period is not possible depending on the communication state, characterized in that the control data comprises first control data in which an arrival guarantee time is set according to the cyclic period and second control data in which an arrival guarantee time longer than the cyclic period is set, wherein the arrival guarantee time is a longest time within which the control data should arrive in order for a target slave device to operate normally, and wherein the control data for selecting the storing is the second control data.
A mass spectrometer and/or ion mobility spectrometer comprising: a first device configured to generate aerosol, smoke or vapour from a target to be analysed, said aerosol, smoke or vapour comprising analyte; a collision assembly (209; 215; 226) located within a vacuum chamber, the collision assembly having a substantially cylindrical, rod-shaped, coil-shaped, helical or spiral-shaped surface; and (i) a device arranged and adapted to direct the aerosol, smoke or vapour onto said substantially cylindrical, rod-shaped, coil-shaped, helical or spiral-shaped surface of the collision assembly (209; 215; 226) so as to generate or release a plurality of analyte ions; or (ii) a device arranged and adapted to supply a matrix to the aerosol, smoke or vapour so as to cause said analyte to be diluted by or dissolved in the matrix, and a device arranged and adapted to accelerate droplets of the diluted or dissolved analyte onto said substantially cylindrical, rod-shaped, coil-shaped, helical or spiral-shaped surface of the collision assembly (209; 215; 226) so as to generate or release a plurality of analyte ions. a first device configured to generate aerosol, smoke or vapour from a target to be analysed, said aerosol, smoke or vapour comprising analyte; a collision assembly (209; 215; 226) located within a vacuum chamber, the collision assembly having a substantially cylindrical, rod-shaped, coil-shaped, helical or spiral-shaped surface; and (i) a device arranged and adapted to direct the aerosol, smoke or vapour onto said substantially cylindrical, rod-shaped, coil-shaped, helical or spiral-shaped surface of the collision assembly (209; 215; 226) so as to generate or release a plurality of analyte ions; or (ii) a device arranged and adapted to supply a matrix to the aerosol, smoke or vapour so as to cause said analyte to be diluted by or dissolved in the matrix, and a device arranged and adapted to accelerate droplets of the diluted or dissolved analyte onto said substantially cylindrical, rod-shaped, coil-shaped, helical or spiral-shaped surface of the collision assembly (209; 215; 226) so as to generate or release a plurality of analyte ions. (i) a device arranged and adapted to direct the aerosol, smoke or vapour onto said substantially cylindrical, rod-shaped, coil-shaped, helical or spiral-shaped surface of the collision assembly (209; 215; 226) so as to generate or release a plurality of analyte ions; or (ii) a device arranged and adapted to supply a matrix to the aerosol, smoke or vapour so as to cause said analyte to be diluted by or dissolved in the matrix, and a device arranged and adapted to accelerate droplets of the diluted or dissolved analyte onto said substantially cylindrical, rod-shaped, coil-shaped, helical or spiral-shaped surface of the collision assembly (209; 215; 226) so as to generate or release a plurality of analyte ions.
A method comprising: assigning, by a network node within a network, a label to a specific link to a further network node such that any packet whose label stack includes the label assigned to the specific link is forwarded to the further network node by way of the specific link; enabling a plurality of label-switched paths to use the same label assigned to the specific link instead of assigning another label to the specific link for another label-switched path by sharing labels across the plurality of label-switched paths; receiving, at the network node, a packet from another network node within the network; identifying, within the packet, a label stack that includes a plurality of labels that collectively represent at least a portion of a label-switched path within the network; popping, from the label stack, the label that corresponds to the specific link to the further network node; and upon popping the label from the label stack, forwarding the packet to the further network node by way of the specific link. assigning, by a network node within a network, a label to a specific link to a further network node such that any packet whose label stack includes the label assigned to the specific link is forwarded to the further network node by way of the specific link; enabling a plurality of label-switched paths to use the same label assigned to the specific link instead of assigning another label to the specific link for another label-switched path by sharing labels across the plurality of label-switched paths; receiving, at the network node, a packet from another network node within the network; identifying, within the packet, a label stack that includes a plurality of labels that collectively represent at least a portion of a label-switched path within the network; popping, from the label stack, the label that corresponds to the specific link to the further network node; and upon popping the label from the label stack, forwarding the packet to the further network node by way of the specific link.
Automotive or architectural solar-control glazing that comprises a glass substrate and a solar-control thin-film multilayer, acting on solar radiation so as to enable solar protection and/or thermal insulation of the passenger compartment or dwelling, said thin-film multilayer incorporating a film selectively absorbing infrared radiation having a wavelength longer than 800 nm, said absorbing film consisting of a titanium oxide substituted with a dopant element X chosen from Nb or Ta, the atomic percentage [X/Ti+X] lying between 4% and 9% and the thickness of said absorbing film lying between 20 nanometers and 200 nanometers, said multilayer consisting of the following films in succession, starting from the surface of the glass substrate: - one or more lower films for protecting the absorbing film from migration of alkali-metal ions coming from the glass substrate, having a geometrical thickness in total lying between 5 and 150 nm; - said absorbing film consisting of a titanium oxide substituted with a doping element X chosen from Nb or Ta, preferably Nb; and - one or more upper films for protecting the absorbing film against oxygen in the air, especially during a heat treatment such as a temper or an anneal, the film or films in total having a geometrical thickness lying between 5 and 150 nm. - one or more lower films for protecting the absorbing film from migration of alkali-metal ions coming from the glass substrate, having a geometrical thickness in total lying between 5 and 150 nm; - said absorbing film consisting of a titanium oxide substituted with a doping element X chosen from Nb or Ta, preferably Nb; and - one or more upper films for protecting the absorbing film against oxygen in the air, especially during a heat treatment such as a temper or an anneal, the film or films in total having a geometrical thickness lying between 5 and 150 nm.