mhurhangee/ep-ind-claims huggingface dataset:
A clutch control device for a work vehicle, comprising: an accelerator pedal operation determination unit that determines as to whether or not an accelerator pedal is being operated; a vehicle speed detection unit that detects a vehicle speed of the work vehicle; a braking force detection unit that detects a braking force of the work vehicle; a determination unit that determines as to whether or not a clutch cutoff condition has been established based upon whether or not the accelerator pedal is being operated, as determined by the accelerator pedal operation determination unit, the vehicle speed of the work vehicle detected by the vehicle speed detection unit and the braking force of the work vehicle detected by the braking force detection unit; and a clutch control unit that controls engagement/release of a clutch (18, 19) so as to release the clutch (18, 19) when the determination unit determines that the clutch cutoff condition has been established, characterized in that the clutch cutoff condition is set so that when the accelerator pedal is being operated, the clutch (18, 19) is released at a lower braking force if the vehicle speed is higher and that when the accelerator pedal is not being operated, the clutches (18, 19) are released at a predetermined braking force regardless of the vehicle speed. an accelerator pedal operation determination unit that determines as to whether or not an accelerator pedal is being operated; a vehicle speed detection unit that detects a vehicle speed of the work vehicle; a braking force detection unit that detects a braking force of the work vehicle; a determination unit that determines as to whether or not a clutch cutoff condition has been established based upon whether or not the accelerator pedal is being operated, as determined by the accelerator pedal operation determination unit, the vehicle speed of the work vehicle detected by the vehicle speed detection unit and the braking force of the work vehicle detected by the braking force detection unit; and a clutch control unit that controls engagement/release of a clutch (18, 19) so as to release the clutch (18, 19) when the determination unit determines that the clutch cutoff condition has been established, characterized in that the clutch cutoff condition is set so that when the accelerator pedal is being operated, the clutch (18, 19) is released at a lower braking force if the vehicle speed is higher and that when the accelerator pedal is not being operated, the clutches (18, 19) are released at a predetermined braking force regardless of the vehicle speed.
A method pertaining to an SCR system for exhaust cleaning, whereby reducing agent is supplied to a feed device which supplies it to a dosing unit for batched supply of reducing agent by means of a valve arrangement (350, 360) at a consumption point in the SCR system, characterised by the steps of - continuously determining the cumulative number of doses injected by said dosing unit, - continuously comparing (s420, s430) said cumulative number of doses injected with a predetermined numerical value, and - delivering an indication when said cumulative number of doses injected exceeds said predetermined numerical value. - continuously determining the cumulative number of doses injected by said dosing unit, - continuously comparing (s420, s430) said cumulative number of doses injected with a predetermined numerical value, and - delivering an indication when said cumulative number of doses injected exceeds said predetermined numerical value.
A mask system comprising: a set of at least two and preferably four cushions, arranged to suit different face sizes, wherein the at least two cushions each comprise an aperture that receives the patient's nose and mouth, wherein a lower portion of the aperture that receives the patient's mouth defines a mouth width, and wherein the at least two cushions have the same mouth width. a set of at least two and preferably four cushions, arranged to suit different face sizes, wherein the at least two cushions each comprise an aperture that receives the patient's nose and mouth, wherein a lower portion of the aperture that receives the patient's mouth defines a mouth width, and wherein the at least two cushions have the same mouth width.
Weather protection roof, comprising: at least one first scaffolding unit forming a first roof element, wherein the first scaffolding unit comprises at least one first rail element for reception of a flexible panel element; at least one second scaffolding unit forming a second roof element, wherein the second scaffolding unit comprises at least one second rail element for reception of the flexible surface element; wherein both scaffolding units (11, 12) are connected to one another at one of their end faces and form a ridge area; at least one ridge rail element for receiving the flexible surface element, wherein the ridge rail element is arranged on the ridge region and is connected to the first scaffolding unit by a first mounting means and to the second scaffolding unit by a second mounting means in such a way that the rail elements of the scaffolding units (11, 12) and the ridge rail element form a continuous reception for the flexible surface element; characterized in that the mounting means are designed such that the ridge rail element can be arranged on the scaffolding units (11, 12) in a pre-assembly position of the weather protection roof and the weather protection roof can be brought from this pre-assembly position into a final assembly position in which the ridge rail element can be fixed in a final position by the mounting means, wherein the first mounting means and/or the second mounting means comprises a slotted hole screw connection. at least one first scaffolding unit forming a first roof element, wherein the first scaffolding unit comprises at least one first rail element for reception of a flexible panel element; at least one second scaffolding unit forming a second roof element, wherein the second scaffolding unit comprises at least one second rail element for reception of the flexible surface element; wherein both scaffolding units (11, 12) are connected to one another at one of their end faces and form a ridge area; at least one ridge rail element for receiving the flexible surface element, wherein the ridge rail element is arranged on the ridge region and is connected to the first scaffolding unit by a first mounting means and to the second scaffolding unit by a second mounting means in such a way that the rail elements of the scaffolding units (11, 12) and the ridge rail element form a continuous reception for the flexible surface element; characterized in that the mounting means are designed such that the ridge rail element can be arranged on the scaffolding units (11, 12) in a pre-assembly position of the weather protection roof and the weather protection roof can be brought from this pre-assembly position into a final assembly position in which the ridge rail element can be fixed in a final position by the mounting means, wherein the first mounting means and/or the second mounting means comprises a slotted hole screw connection.
A method for receiving data using a user agent, UA, configured to communicate with a wireless communications network using a first and second communication carrier, comprising: receiving from a base station control information on a physical downlink control channel, PDCCH, at a first time interval using the first communication carrier, wherein the PDCCH on the first communication carrier is configured to allocate physical downlink shared channel, PDSCH, resources for both the first communication carrier and the second communication carrier, the control information allocating a PDSCH resource on at least one of the first communication carrier and the second communication carrier, the control information indicating to the UA whether a carrier switch is required, wherein the carrier switch is configured to switch monitoring for control information to the second communication carrier.
A method for preventing gas bubbles in oil flow to enter a high-voltage device configured to be executed in a system, which comprises a gravitational gas bubble filter, which is a closed oil vessel filled with oil and with an oil inlet at the upper part of the vessel and an oil outlet at the lower part of the vessel connected to a channel for the oil flow to the high-voltage device and comprising an enlargement of space for the oil flow, which system further comprises an oil flow generating means, which is an oil pump, and means (12, 13) to generate counter pressure to the oil flow generating means, which means (12, 13) to generate counter pressure is a pressure regulator (12, 13) or a throttle located in respect of the oil flow between the gravitational gas bubble filter and the high-voltage device, in which method velocity of the oil flow is decreased by the gravitational gas bubble filter formed as the closed oil vessel with the oil inlet at the upper part of the vessel and the oil outlet at the lower part of the vessel located in the channel for oil flow and in which oil vessel the velocity of the oil flow decreases or the oil flow stops such, that by the effect of gravity the gas bubbles are separated from the oil flow and the velocity of the oil flow is decreased by the enlargement of space for the oil flow and the gas bubbles of the oil flow are separated from the oil flow based on the effect of gravity, which causes the gas bubbles to move upwards and unite to form gas one or more pockets, and in which method a counter pressure to the oil flow generating means, which is the oil pump, is created at the outlet side of the gravitational gas bubble filter, characterized in that temperature of the oil flow is adjusted to desired temperature before it enters the gravitational gas bubble filter or the temperature of the gravitational gas bubble filter is adjusted to desired temperature with respect to the incoming oil, or both, to ensure that the temperature of the incoming oil is not lower than average temperature of the oil in the gravitational gas bubble filter.
A method for forecasting a farm-level power output of a wind farm having a plurality of wind turbines, the method comprising: collecting actual operational data and site information for the wind farm; predicting forecast operational data for the wind farm for a future time period based on the actual operational data and the site information for the wind farm; generating a model-based power output forecast based on the forecast operational data and the site information; measuring real-time operational data from the wind farm, wherein the real-time operational data comprises at least one of or a combination of the following: power output, torque output, pitch angle, tip speed ratio, yaw angle, and number of wind turbines on-line; adjusting the power output forecast based on the measured real-time operational data; and forecasting the farm-level power output of the wind farm based on the adjusted power output forecast. collecting actual operational data and site information for the wind farm; predicting forecast operational data for the wind farm for a future time period based on the actual operational data and the site information for the wind farm; generating a model-based power output forecast based on the forecast operational data and the site information; measuring real-time operational data from the wind farm, wherein the real-time operational data comprises at least one of or a combination of the following: power output, torque output, pitch angle, tip speed ratio, yaw angle, and number of wind turbines on-line; adjusting the power output forecast based on the measured real-time operational data; and forecasting the farm-level power output of the wind farm based on the adjusted power output forecast.
A method for manufacturing an extruded polystyrene foam, the method comprising: preparing a flame retardant composition comprising a brominated styrene-butadiene polymer, a stabilizer, and a styrenic resin excluding the brominated styrene-butadiene polymer, the brominated styrene-butadiene polymer being contained in an amount of 30 to 80 wt% when the total weight of the flame retardant composition is 100 wt%, the flame retardant composition having a TGA (thermogravimetric analysis) 5 wt% reduction temperature of 255 to 270°C, wherein as the stabilizer in the flame retardant composition, at least two stabilizers selected from the group consisting of epoxy compounds, phenolic stabilizers, polyhydric alcohol partial esters, and hindered amine stabilizers are contained; and performing extrusion-foaming with the flame retardant composition, a styrenic resin, and a foaming agent. preparing a flame retardant composition comprising a brominated styrene-butadiene polymer, a stabilizer, and a styrenic resin excluding the brominated styrene-butadiene polymer, the brominated styrene-butadiene polymer being contained in an amount of 30 to 80 wt% when the total weight of the flame retardant composition is 100 wt%, the flame retardant composition having a TGA (thermogravimetric analysis) 5 wt% reduction temperature of 255 to 270°C, wherein as the stabilizer in the flame retardant composition, at least two stabilizers selected from the group consisting of epoxy compounds, phenolic stabilizers, polyhydric alcohol partial esters, and hindered amine stabilizers are contained; and performing extrusion-foaming with the flame retardant composition, a styrenic resin, and a foaming agent.
An earthquake protective server rack for housing servers, said server rack comprising: a lower server rack frame, the lower server rack frame comprising a first linear modules that permits horizontal movement along a first axis and a second linear module that permits horizontal movement along a second axis, the first axis and the second axis being perpendicular axes; an upper server rack frame mounted upon the lower server rack frame, the upper server rack frame comprising a housing for at least one server; wherein the first and the second linear modules (30/36) are configured to permit relative displacement between the upper server rack frame and the lower server rack frame; wherein the first linear module is mounted upon the second linear module; and said server rack characterized by further comprising: a dampening layer, said dampening layer being situated between said first linear module and said second linear module. a lower server rack frame, the lower server rack frame comprising a first linear modules that permits horizontal movement along a first axis and a second linear module that permits horizontal movement along a second axis, the first axis and the second axis being perpendicular axes; an upper server rack frame mounted upon the lower server rack frame, the upper server rack frame comprising a housing for at least one server; wherein the first and the second linear modules (30/36) are configured to permit relative displacement between the upper server rack frame and the lower server rack frame; wherein the first linear module is mounted upon the second linear module; and said server rack characterized by further comprising: a dampening layer, said dampening layer being situated between said first linear module and said second linear module.
A refill for a device for treating the hair, comprising: - a body having a cavity that is formed at least partially by two opposite walls (34, 36; 38, 40) and a bottom and opens towards the outside by way of an opening, and - an applicator member that is inserted into the cavity in the body along an insertion axis and extends out of the cavity through the opening, the applicator member preferably being impregnated with product, at least one of the walls (34, 36; 38, 40) and the bottom comprising at least one coupling relief that engages with the applicator member in order to prevent it from being extracted from the cavity, this coupling relief being asymmetrical relative to a median transverse plane for the latter such that the force for inserting the applicator member into the cavity is weaker than the extraction force, the insertion and extraction of the applicator member being done in the same direction, but in opposite senses. - a body having a cavity that is formed at least partially by two opposite walls (34, 36; 38, 40) and a bottom and opens towards the outside by way of an opening, and - an applicator member that is inserted into the cavity in the body along an insertion axis and extends out of the cavity through the opening, the applicator member preferably being impregnated with product,
A computer implemented method of sharing content among multiple user devices (102A, 102B, 102C), the method comprising: accessing by a server, information on physical proximity of at least two user devices (102A, 102B, 102C); determining, by the server, membership in a device group of a user device, comprising: identifying candidate device groups in the vicinity of the user device using the physical proximity information; determining a score for each of the candidate device groups based on previous interactions of the user device with the candidate device groups; selecting a device group based on the score; associating the user device to the selected device group; and subscribing the user device to all real time changes detected for the selected device group; receiving content from the user device over a communication network; and forwarding the content received from the user device over the communication network to other user devices (102B, 102C) of the selected device group. accessing by a server, information on physical proximity of at least two user devices (102A, 102B, 102C); determining, by the server, membership in a device group of a user device, comprising: identifying candidate device groups in the vicinity of the user device using the physical proximity information; determining a score for each of the candidate device groups based on previous interactions of the user device with the candidate device groups; selecting a device group based on the score; associating the user device to the selected device group; and subscribing the user device to all real time changes detected for the selected device group; identifying candidate device groups in the vicinity of the user device using the physical proximity information; determining a score for each of the candidate device groups based on previous interactions of the user device with the candidate device groups; selecting a device group based on the score; associating the user device to the selected device group; and subscribing the user device to all real time changes detected for the selected device group; receiving content from the user device over a communication network; and forwarding the content received from the user device over the communication network to other user devices (102B, 102C) of the selected device group.
A method for forming a carbon composite preform comprising: loading a fibrous preform comprising oxidized polyacrylonitrile fibers extending in multiple directions and having pores extending therethrough into a stack having a first plate, a second plate and a spacer; wherein the oven is heated to a temperature not to exceed 180°C as compression is applied to the stack, prior to a carbonization step to compress a thickness of the fibrous preform; wherein the compression pressure is between 34.47 kPa (5 lbs/in 2 (psi)) and 1034.21 kPa (150 psi); and after the heating and compression, carbonizing the fibrous preform in the carbonization step by heating the fibrous preform in a furnace to convert the fibers of the fibrous preform into carbon fibers. loading a fibrous preform comprising oxidized polyacrylonitrile fibers extending in multiple directions and having pores extending therethrough into a stack having a first plate, a second plate and a spacer; wherein the oven is heated to a temperature not to exceed 180°C as compression is applied to the stack, prior to a carbonization step to compress a thickness of the fibrous preform; wherein the compression pressure is between 34.47 kPa (5 lbs/in 2 (psi)) and 1034.21 kPa (150 psi); and after the heating and compression, carbonizing the fibrous preform in the carbonization step by heating the fibrous preform in a furnace to convert the fibers of the fibrous preform into carbon fibers.
A scroll-type fluid machine comprising: a main body unit having a main body casing, a fixed scroll, and an orbiting scroll provided to face the fixed scroll to make an orbiting motion; and a motor unit having a drive shaft connected to the main body unit to drive the main body unit and a motor casing, wherein a fastening member which fastens the main body unit and the motor unit is provided, wherein the drive shaft protrudes from the motor casing and is attached to a slewing bearing of the main body unit via an eccentric part provided on the motor unit side, the motor casing and the main body casing have positioning holes into which a positioning member is inserted on respective mating surfaces, characterized in that the positioning member is a separate body from the fastening member, and a dimensional difference in an axial direction between an end surface of the slewing bearing on the motor casing side and an insertion port of the positioning hole on the main body casing side is smaller than a difference between a protruding dimension of the drive shaft in the axial direction from the insertion port of the positioning hole on the motor casing side and a protruding dimension of the positioning member from the insertion port of the positioning hole on the motor casing side or on the main body casing side. a main body unit having a main body casing, a fixed scroll, and an orbiting scroll provided to face the fixed scroll to make an orbiting motion; and a motor unit having a drive shaft connected to the main body unit to drive the main body unit and a motor casing, wherein a fastening member which fastens the main body unit and the motor unit is provided, wherein the drive shaft protrudes from the motor casing and is attached to a slewing bearing of the main body unit via an eccentric part provided on the motor unit side, the motor casing and the main body casing have positioning holes into which a positioning member is inserted on respective mating surfaces, characterized in that the positioning member is a separate body from the fastening member, and a dimensional difference in an axial direction between an end surface of the slewing bearing on the motor casing side and an insertion port of the positioning hole on the main body casing side is smaller than a difference between a protruding dimension of the drive shaft in the axial direction from the insertion port of the positioning hole on the motor casing side and a protruding dimension of the positioning member from the insertion port of the positioning hole on the motor casing side or on the main body casing side.