mhurhangee/ep-ind-claims huggingface dataset:
A utility vehicle that comprises an electronic control unit and a work unit (20 22) and that is configured to run a working area to perform work by the work unit (20, 22), wherein the electronic control unit has a microprocessor and a memory, wherein the microprocessor is configured to function as: a set mowing height inputting unit (44a1) configured to input a mowing height of lawn mowing work set by a user; a desired mowing height setting unit (44a2) configured to set a desired mowing height based on the set mowing height inputted by the set mowing height inputting unit; and a mowing height regulating unit (44a3) configured to regulate height from ground surface of the work unit based on the desired mowing height set by the desired mowing height setting unit, characterized in that, when the set mowing height is input by the user, work is performed at a higher level than the set mowing height, and then the desired mowing height is successively lowered in steps to complete lowering to the set mowing height with consideration to lawn growth condition. a set mowing height inputting unit (44a1) configured to input a mowing height of lawn mowing work set by a user; a desired mowing height setting unit (44a2) configured to set a desired mowing height based on the set mowing height inputted by the set mowing height inputting unit; and a mowing height regulating unit (44a3) configured to regulate height from ground surface of the work unit based on the desired mowing height set by the desired mowing height setting unit, characterized in that, when the set mowing height is input by the user, work is performed at a higher level than the set mowing height, and then the desired mowing height is successively lowered in steps to complete lowering to the set mowing height with consideration to lawn growth condition.
A catalyst comprising a catalyst support and a catalyst metal supported on the catalyst support, wherein the catalyst includes pores having a radius of less than 1 nm and pores having a radius of 1 nm or more, wherein a pore volume of the pores having a radius of less than 1 nm is 0.3 cm 3 /g support or more, and wherein the catalyst metal is supported inside the pores having a radius of 1 nm or more.
Harvesting vehicle for harvesting crops by a user, comprising: - a vehicle frame and transport means connected thereto; - drive means which are configured for driving the transport means and are connected to the vehicle frame, wherein the harvesting vehicle is configured in such a way that it is movable above and over a row of crops, in particular above and over a row of asparagus, by means of the drive means and the transport means; - a user seat which is connected to the vehicle frame, wherein the user seat delimits a working space for the user, and wherein the user seat and the harvesting vehicle are configured in such a way that, at least during use, the user situated in the user seat can harvest at least a part of the crops of the row of crops situated in the working space; characterized in that the harvesting vehicle is provided with: - sensor means for detecting the crops in the row of crops to sense and/or determine a relative location and/or direction of travel of the vehicle with respect to the row of crops; as well as - a control unit which is connected to the sensor means and the drive means and which is configured for controlling the drive means on the basis of the crops detected by the sensor means, wherein the sensor means comprise at least one first sensor member which is configured for detecting at least a part of one or more of the crops, wherein the first sensor member is provided near a first lateral side of the harvesting vehicle, and wherein the sensor means comprise at least one second sensor member (81', 82, 82') which is configured for detecting at least a part of one or more of the crops, wherein the second sensor member (81', 82') is provided near a second lateral side of the harvesting vehicle, opposite the first lateral side. - a vehicle frame and transport means connected thereto; - drive means which are configured for driving the transport means and are connected to the vehicle frame, wherein the harvesting vehicle is configured in such a way that it is movable above and over a row of crops, in particular above and over a row of asparagus, by means of the drive means and the transport means; - a user seat which is connected to the vehicle frame, wherein the user seat delimits a working space for the user, and wherein the user seat and the harvesting vehicle are configured in such a way that, at least during use, the user situated in the user seat can harvest at least a part of the crops of the row of crops situated in the working space; - sensor means for detecting the crops in the row of crops to sense and/or determine a relative location and/or direction of travel of the vehicle with respect to the row of crops; as well as - a control unit which is connected to the sensor means and the drive means and which is configured for controlling the drive means on the basis of the crops detected by the sensor means,
An x-ray detector comprising a number of adjacent detector modules arranged in a configuration having central parts and peripheral parts, wherein the x-ray detector is configured to have higher dose efficiency in the central parts and lower dose efficiency in the peripheral parts according to at least one of the following: - the x-ray detector has a material variation along the detector configuration with a larger thickness, in the direction of incoming x-rays, of detector material in the central parts than in the peripheral parts, - the x-ray detector has a material variation along the detector configuration with a first type of detector material with higher dose efficiency in the central part and a second type of detector material with lower dose efficiency in the peripheral parts, and - the x-ray detector comprises a depth-segmented detector, and a reduced number of depth segments is used in the peripheral parts compared to the central parts and/or the length of each depth segment is reduced in the peripheral parts compared to the central parts. - the x-ray detector has a material variation along the detector configuration with a larger thickness, in the direction of incoming x-rays, of detector material in the central parts than in the peripheral parts, - the x-ray detector has a material variation along the detector configuration with a first type of detector material with higher dose efficiency in the central part and a second type of detector material with lower dose efficiency in the peripheral parts, and - the x-ray detector comprises a depth-segmented detector, and a reduced number of depth segments is used in the peripheral parts compared to the central parts and/or the length of each depth segment is reduced in the peripheral parts compared to the central parts.
A method for continuously producing a conversion product, wherein a starch-containing and/or protein-containing starting material is fed to a mixing chamber and the starting material is applied with a liquid, heated to a processing temperature (T U) of at least 50 °C for converting the starting material to the conversion product, in the form of a pressure jet flowing through a pressure nozzle and thereby being conveyed against a baffle, characterized in that the starting material is fed to the mixing chamber in the form of powder, in particular in the form of flour, starch powder, cereal grains, cereal meal, gelatin powder or gluten powder and is applied with the pressure jet configured as liquid jet when descending in the mixing chamber, and in that the liquid is conveyed through a pressure nozzle with a conveying pressure of at least 10 bar for generating the pressure jet and has a velocity of at least 100 km/h.
A mobile communication method performed in a mobile communication system in which a target mobile station performs a measurement process designated by an operation and maintenance server and reports a result of the measurement process, the method comprising; a step A1 of receiving, from the operation and maintenance server, instruction information for instructing execution of the measurement process, the instruction information including designation of a target area, by a radio base station (eNB); a step A2 of receiving, from a mobility management node, an initial context setup request by the radio base station (eNB), a step B of selecting, by the radio base station (eNB), the target mobile station in the target area on the basis of the instruction information; a step C of determining, by the radio base station (eNB), whether the target mobile station is approved for performing the measurement process; and a step D of instructing, by the radio base station (eNB), the target mobile station to perform the measurement process when it is determined that the target mobile station is approved for performing the measurement process, wherein in the step B, a predetermined number of mobile stations for performing the measurement process are selected from mobile stations in a connected state with the radio base station (eNB) as the target mobile station, wherein in the step C, the radio base station (eNB) determines whether the target mobile station is approved for performing the measurement process, on the basis of the initial context setup request, including information of a mobile station that is approved to perform the measurement process, received from the mobility management node. a step A1 of receiving, from the operation and maintenance server, instruction information for instructing execution of the measurement process, the instruction information including designation of a target area, by a radio base station (eNB); a step A2 of receiving, from a mobility management node, an initial context setup request by the radio base station (eNB), a step B of selecting, by the radio base station (eNB), the target mobile station in the target area on the basis of the instruction information; a step C of determining, by the radio base station (eNB), whether the target mobile station is approved for performing the measurement process; and a step D of instructing, by the radio base station (eNB), the target mobile station to perform the measurement process when it is determined that the target mobile station is approved for performing the measurement process, wherein
A microfluidic mixing device for mixing at least two fluids to form a mixed fluid comprising; a first mixing chamber for receiving the fluids from at least a first and a second fluid path (25, 30); a mixing zone upstream from the mixing chamber having the first and second fluid path; said first and second fluid paths overlapping at first and second discrete points so as to provide mutual fluid communication between the first and second paths at said discrete points (35, 40), wherein a width of the mixing chamber adjacent to an inlet of the first and second fluid paths entering the mixing chamber is equal to or greater than the sum of the widths of the channels of the first and second fluid paths immediately upstream of the mixing chamber, wherein at least one fluid path includes a primary channel and a plurality of divided channels (33, 34) dividing from the primary channel at a first node, and projecting to a second node whereupon said plurality of channels are recombined, characterized in that at least one of said divided channels is of a greater flow capacity than at least one of said remaining divided channels.
A method for electrochemically monitoring the mobility of particles in a fluid in response to an external field, the method comprising: providing fluid in an electrochemical cell, the fluid comprising a sample and particles that can be moved under the influence of the external field, wherein the particles are magnetic; applying an external field, wherein the external field comprises a changing external magnetic field; monitoring an electrical characteristic of the fluid; observing the electrical characteristic caused by particle movement induced by the external field, wherein the magnitude of the electrical characteristic can change due to a change in the mobility of the particles; and detecting a change in the physical state of the fluid or in the mobility of the particles from a change in the magnitude of the electrical characteristic observed. providing fluid in an electrochemical cell, the fluid comprising a sample and particles that can be moved under the influence of the external field, wherein the particles are magnetic; applying an external field, wherein the external field comprises a changing external magnetic field; monitoring an electrical characteristic of the fluid; observing the electrical characteristic caused by particle movement induced by the external field, wherein the magnitude of the electrical characteristic can change due to a change in the mobility of the particles; and detecting a change in the physical state of the fluid or in the mobility of the particles from a change in the magnitude of the electrical characteristic observed.
Method for constructing and viewing the image of a computerised model, comprising steps consisting of: - defining and applying display attributes for objects constituting the model, - storing said attributes in a memory space, - displaying the image on a viewing screen forming a screen plane, and wherein the following actions are carried out: - selecting at least one two-dimensional zone of the image, said zone being located in the screen plane, - displaying the portion of the image located outside of the selected zone, with current display attributes, - determining the list of objects to be displayed by selecting objects of the model being projected in the selected zone, - defining specific display attributes for objects to be displayed in the selected zone, - displaying the portion of image located in the selected zone, with the specific display attributes, and characterised in that: the specific display attributes are locked and it is followed, with the selected zone, the objects for which the specific display attributes have been locked when the positioning of the camera is modified. - defining and applying display attributes for objects constituting the model, - storing said attributes in a memory space, - displaying the image on a viewing screen forming a screen plane, - selecting at least one two-dimensional zone of the image, said zone being located in the screen plane, - displaying the portion of the image located outside of the selected zone, with current display attributes, - determining the list of objects to be displayed by selecting objects of the model being projected in the selected zone, - defining specific display attributes for objects to be displayed in the selected zone, - displaying the portion of image located in the selected zone, with the specific display attributes,
A multifunctional energy saving and carbon reduction apparatus comprising an inlet and an outlet which are connected to a fuel pipe of an automobile, the multifunctional energy saving and carbon reduction apparatus being characterized in that: the inlet and the outlet are located at two ends of an outer pipe, inside the outer pipe is formed an inner space in communication with the inlet and the outlet, a foam layer which is stuffed in the inner space and formed with a plurality of orifices contains a small amount of natural radiation ore powder. the inlet and the outlet are located at two ends of an outer pipe, inside the outer pipe is formed an inner space in communication with the inlet and the outlet, a foam layer which is stuffed in the inner space and formed with a plurality of orifices contains a small amount of natural radiation ore powder.
A steering control unit comprising; a control unit that controls driving of a motor on a basis of an operation state quantity that changes in response to a steering operation that a driver performs to operate a steering mechanism of a vehicle, the motor being a source of an assist force supplied to the steering mechanism, wherein the control unit calculates, on the basis of the operation state quantity, an assist component (Ta*) indicative of the assist force that the motor needs to produce, characterized in that the control unit obtains a vertical force (Fz) that is information about a vertical load on a steered wheel of the vehicle, the vertical load being obtained by a bearing device that rotatably supports the steered wheel and that has a sensor for detecting a force applied to the steered wheel, and the control unit compensates the assist component (Ta*) by using the obtained vertical force (Fz), to reduce a change in load on the driver that is caused when the vertical load on the steered wheel changes.
Method of putting in place a security association of GBA type for a terminal in a mobile telecommunications network, said method comprising the following steps, executed in a network access server for access to the mobile telecommunications network: - reception of a request for attachment to said network from the terminal, and subsequent to said reception: - dispatch of a request to a subscriber server, - reception of a response from said subscriber server comprising an indication that the user profile associated with the terminal supports the security association of GBA type, - dispatch to a bootstrap function server of a request asking for the creation of a security association of GBA type, - receipt of a response from the bootstrap function server, said response comprising GBA authentication data for the security association, - dispatch to the terminal of an attachment acceptance message comprising said GBA authentication data for the security association, which are intended to be used by the terminal during a subsequent connection of the terminal to an application. - reception of a request for attachment to said network from the terminal, and subsequent to said reception: - dispatch of a request to a subscriber server, - reception of a response from said subscriber server comprising an indication that the user profile associated with the terminal supports the security association of GBA type, - dispatch to a bootstrap function server of a request asking for the creation of a security association of GBA type, - receipt of a response from the bootstrap function server, said response comprising GBA authentication data for the security association, - dispatch to the terminal of an attachment acceptance message comprising said GBA authentication data for the security association, which are intended to be used by the terminal during a subsequent connection of the terminal to an application. - dispatch of a request to a subscriber server, - reception of a response from said subscriber server comprising an indication that the user profile associated with the terminal supports the security association of GBA type, - dispatch to a bootstrap function server of a request asking for the creation of a security association of GBA type, - receipt of a response from the bootstrap function server, said response comprising GBA authentication data for the security association, - dispatch to the terminal of an attachment acceptance message comprising said GBA authentication data for the security association, which are intended to be used by the terminal during a subsequent connection of the terminal to an application.
Segmented tube coupling comprising at least two arc-shaped coupling segments; wherein each coupling segment has a bolt plate at each end of said coupling segment; wherein each bolt plate is configured to be mutually connected to an adjacent bolt plate of an adjacent coupling segment; wherein each bolt plate comprises an opening configured to receive the shank of a bolt through said opening; wherein each bolt plate comprises a top surface and a bottom surface; wherein the top surface of each bolt plate preferably comprises a cutout, preferably configured to receive the head of an interface piece, a bolt and/or a nut; and, wherein the first point of contact which is formed when the bottom surfaces of the two bolt plates touch during tightening, is situated on the radially outer side of the bolt plate with respect to the bolt, and wherein, in a completely tightened configuration, the bottom surfaces touch each other over a larger surface than only the first points of contact; and, characterised in that, in the state in which the two arc-shaped coupling elements move towards each other and touch each other, the central angle of one of the arc-shaped coupling segments is greater than 180°, while the central angle of the other is smaller than 180°. wherein each bolt plate comprises an opening configured to receive the shank of a bolt through said opening; wherein each bolt plate comprises a top surface and a bottom surface; wherein the top surface of each bolt plate preferably comprises a cutout, preferably configured to receive the head of an interface piece, a bolt and/or a nut; and, wherein the first point of contact which is formed when the bottom surfaces of the two bolt plates touch during tightening, is situated on the radially outer side of the bolt plate with respect to the bolt, and wherein, in a completely tightened configuration, the bottom surfaces touch each other over a larger surface than only the first points of contact; and, characterised in that, in the state in which the two arc-shaped coupling elements move towards each other and touch each other, the central angle of one of the arc-shaped coupling segments is greater than 180°, while the central angle of the other is smaller than 180°.