mhurhangee/ep-ind-claims huggingface dataset:
A solenoid assembly, comprising: a pole piece; an armature, including a first portion having a first axial length (AL 1) and a first diameter (D 1), the first portion configured for operative connection with the pole piece; a second portion having a second axial length (L 2) and a second diameter (D 2), the second diameter (D 2) being larger than the first diameter (D 1); and a fin that extends radially outwardly from the second portion, the fin having an axial length (AL 3) that is less than the axial length of the second portion (L 2); and a housing that includes an extension extending radially inwardly from an inner wall of the housing for electromagnetic communication with the fin, wherein the extension has an axial length (AL 6) and a radial length (L E), and the axial length (AL 6) of the extension is less than the radial length (L E) of the extension; characterized in that a gap is provided between the fin and the extension, and the radial length (L E) of the extension is longer than the greatest gap provided between the fin and the extension. a pole piece; an armature, including a first portion having a first axial length (AL 1) and a first diameter (D 1), the first portion configured for operative connection with the pole piece; a second portion having a second axial length (L 2) and a second diameter (D 2), the second diameter (D 2) being larger than the first diameter (D 1); and a fin that extends radially outwardly from the second portion, the fin having an axial length (AL 3) that is less than the axial length of the second portion (L 2); and a housing that includes an extension extending radially inwardly from an inner wall of the housing for electromagnetic communication with the fin, wherein the extension has an axial length (AL 6) and a radial length (L E), and the axial length (AL 6) of the extension is less than the radial length (L E) of the extension; characterized in that a gap is provided between the fin and the extension, and the radial length (L E) of the extension is longer than the greatest gap provided between the fin and the extension.
Device for accessing a vehicle from a platform, the device comprising: - a frame (21, 31) which is arranged so as to be installed in said vehicle, - a horizontal step which is arranged so as to move relative to the frame (21, 31), and - means (23, 33) for driving the horizontal step and the ramp relative to the frame (21, 31), which means are arranged so as to position the horizontal step in the extension of said platform and to form a bridge between the vehicle and the platform, the ramp being supported on the step. - a frame (21, 31) which is arranged so as to be installed in said vehicle, - a horizontal step which is arranged so as to move relative to the frame (21, 31), and - means (23, 33) for driving the horizontal step and the ramp relative to the frame (21, 31), which means are arranged so as to position the horizontal step in the extension of said platform and to form a bridge between the vehicle and the platform, the ramp being supported on the step.
A method for determining a transport block size, TBS, implemented by a terminal device, comprising: receiving downlink control information, DCI, from a network device, wherein the DCI comprises indication information and resource information of a data channel; determining a modulation order and a code rate based on a mapping relationship set and the indication information, and determining number of time-frequency resources based on the resource information of the data channel, wherein the mapping relationship set comprises a correspondence between the indication information and a combination of the modulation order and the code rate; determining a second TBS based on the modulation order, the code rate, the number of the time-frequency resources, and number of transport layers; determining an element in a value set as a first TBS when the second TBS is less than or equal to a reference threshold; and decoding based on the first TBS, the data channel carried on the time-frequency resources, or sending (S30') on the time-frequency resources, the data channel based on the first TBS. receiving downlink control information, DCI, from a network device, wherein the DCI comprises indication information and resource information of a data channel; determining a modulation order and a code rate based on a mapping relationship set and the indication information, and determining number of time-frequency resources based on the resource information of the data channel, wherein the mapping relationship set comprises a correspondence between the indication information and a combination of the modulation order and the code rate; determining a second TBS based on the modulation order, the code rate, the number of the time-frequency resources, and number of transport layers; determining an element in a value set as a first TBS when the second TBS is less than or equal to a reference threshold; and decoding based on the first TBS, the data channel carried on the time-frequency resources, or sending (S30') on the time-frequency resources, the data channel based on the first TBS.
A cartridge casing comprising: a casing tube formed of metal, with a closed end and an open end; the casing tube bounding at least part of a head cap, said head cap entered into the open end of the casing tube; the head cap being fixed relative to the casing tube to form cartridge; wherein the closed end of said casing tube comprises an end wall; which end wall is opposite the head cap end of the cartridge; and wherein said flat end wall comprises a weakened region, characterised in that the end wall is flat, and in that the weakened region is provided as a stamped pattern on the end wall. a casing tube formed of metal, with a closed end and an open end; the casing tube bounding at least part of a head cap, said head cap entered into the open end of the casing tube; the head cap being fixed relative to the casing tube to form cartridge; wherein the closed end of said casing tube comprises an end wall; which end wall is opposite the head cap end of the cartridge; and wherein said flat end wall comprises a weakened region, characterised in that the end wall is flat, and in that the weakened region is provided as a stamped pattern on the end wall.
A rotor blade element (40, 50, 60) adapted for mounting on a wind turbine rotor blade, wherein the wind turbine rotor blade comprises a trailing edge, a suction side and a pressure side, and the blade element (40, 50, 60) comprises a trailing edge (46, 56), a first surface and a second surface, the first surface forming a pressure side surface portion, and the second surface comprising a suction side surface portion and a contact surface for connecting the rotor blade element (40, 50, 60) to the pressure side of the rotor blade, characterised in that the first surface comprises a curvature and/or the suction side surface portion comprises a curvature and/or the contact surface comprises a curvature.
A torsional vibration damper, comprising a damper housing with a ring-channel-shaped working chamber filled with a viscous damping medium, wherein an inertia ring that is freely movable in the circumferential direction is disposed in the working chamber, wherein the inertia ring is supported by at least one plain bearing in the working chamber, wherein the plain bearing is formed by a first coating of the inertia ring that at least partially covers the surface thereof, characterized in that the surface not covered by the first coating is covered by a second coating, wherein the second coating changes its volume depending on the temperature to a much higher degree than the material of which the inertia ring is made.
A lighting unit comprising a light source and a light conversion layer, wherein - the light source comprises a light emitting diode and a first luminescent material layer in physical contact with a light emitting surface of the light emitting diode, wherein the light emitting diode is configured to generate LED light, wherein the first luminescent material layer comprises a first luminescent material, configured to convert at least part of the LED light into luminescent material light having a red component, and wherein the light source is configured to generate light source light having a blue component and having the red component of the luminescent material light; - the light conversion layer comprises a second luminescent material configured to convert at least part of the light source light into second luminescent material light, wherein the light conversion layer is configured at a non-zero distance (d) from the light source; and - wherein the lighting unit is configured to provide white lighting unit light having the blue and the red component of the light source light and having a complementary color component of the second luminescent material light; characterized in that the second luminescent material comprises at least two luminescent materials of the type of M 3 A 5 O 12:Ce 3+, wherein M is selected from the group consisting of Y and Lu, wherein A is selected from the group consisting of Al, and wherein the ratio Y:Lu differ for the at least two luminescent materials. - the light source comprises a light emitting diode and a first luminescent material layer in physical contact with a light emitting surface of the light emitting diode, wherein the light emitting diode is configured to generate LED light, wherein the first luminescent material layer comprises a first luminescent material, configured to convert at least part of the LED light into luminescent material light having a red component, and wherein the light source is configured to generate light source light having a blue component and having the red component of the luminescent material light; - the light conversion layer comprises a second luminescent material configured to convert at least part of the light source light into second luminescent material light, wherein the light conversion layer is configured at a non-zero distance (d) from the light source; and - wherein the lighting unit is configured to provide white lighting unit light having the blue and the red component of the light source light and having a complementary color component of the second luminescent material light; characterized in that
A vehicle control method using a controller for controlling a travel of at least one vehicle from among a plurality of vehicles that stop in a stopping area for allowing users to board and deboard, comprising: the controller setting a stopping order of the plurality of vehicles which indicates the vehicle order at a stop location in the stopping area; acquiring position information of the plurality of vehicles; estimating an arrival order which indicates the order in which the plurality of vehicles arrive at a prescribed location, based on the position information that was acquired; determining whether the arrival order that was estimated differs from the stopping order; upon determining the arrival order is different from the stopping order, controlling the travel of at least one vehicle from among the plurality of vehicles such that the arrival order is the same as the stopping order by a time the plurality of vehicles arrive at the prescribed location; wherein controlling the travel includes at least a control causing the vehicle which is later in the stopping order to arrive at the prescribed location later, and the controller estimates an arrival time at which the vehicle which is later in the stopping order will arrive at the stopping area as a result of controlling the travel, acquires a meeting time of the vehicle which is later in the stopping order and a second user who reserved the vehicle which is later in the stopping order, determines whether the arrival time is later than the meeting time, and upon determining that the arrival time is later than the meeting time, prohibits the control of at least the vehicle which is later in the stopping order. the controller setting a stopping order of the plurality of vehicles which indicates the vehicle order at a stop location in the stopping area; acquiring position information of the plurality of vehicles; estimating an arrival order which indicates the order in which the plurality of vehicles arrive at a prescribed location, based on the position information that was acquired; determining whether the arrival order that was estimated differs from the stopping order; upon determining the arrival order is different from the stopping order, controlling the travel of at least one vehicle from among the plurality of vehicles such that the arrival order is the same as the stopping order by a time the plurality of vehicles arrive at the prescribed location; wherein controlling the travel includes at least a control causing the vehicle which is later in the stopping order to arrive at the prescribed location later, and the controller estimates an arrival time at which the vehicle which is later in the stopping order will arrive at the stopping area as a result of controlling the travel, acquires a meeting time of the vehicle which is later in the stopping order and a second user who reserved the vehicle which is later in the stopping order, determines whether the arrival time is later than the meeting time, and upon determining that the arrival time is later than the meeting time, prohibits the control of at least the vehicle which is later in the stopping order.
Metal-oxide particles containing reversibly blocked isocyanate groups in dispersion, obtainable by reaction of a dispersion of the metal-oxide particles with silanes of the formula where • R'" in each case, independently of one another, denotes a linear or branched alkyl group having 1-8 C atoms. • R'" in each case, independently of one another, denotes a linear or branched alkyl group having 1-8 C atoms.
Method of allocating frequency channels, from among a list of channels, to a plurality of terminals in a multi-beam satellite telecommunications system comprising a satellite and at least one feeder station, the satellite comprising at least one amplifier and at least one antenna, the method comprising the steps of: - Establishing a list of active terminals and, for each terminal, - Determining a first signal-to-noise ratio SNR n for the link between a feeder station and the terminal via the satellite, at least on the basis of an estimate of the attenuation undergone by the signal as a function of the signal propagation conditions, - Removing the terminal from the list of active terminals if the first signal-to-noise ratio is less than a predetermined threshold, - Computing the necessary radiofrequency power of the amplifier associated with the beam illuminating the terminal to obtain the said first signal-to-noise ratio, - Removing the terminal from the list of active terminals if the sum of the necessary radiofrequency powers of all the amplifiers of the satellite exceeds a maximum power capacity threshold, - For each channel selected from the list of frequency channels, i. Computing a signal-to-interference ratio SIR c for the said terminal in the selected channel, ii. If the sum of the first signal-to-noise ratio SNR n and of the signal-to-interference ratio SIR c is less than the said predetermined threshold, allocating the selected channel to the said terminal, iii. Otherwise, selecting another channel. - Establishing a list of active terminals and, for each terminal, - Determining a first signal-to-noise ratio SNR n for the link between a feeder station and the terminal via the satellite, at least on the basis of an estimate of the attenuation undergone by the signal as a function of the signal propagation conditions, - Removing the terminal from the list of active terminals if the first signal-to-noise ratio is less than a predetermined threshold, - Computing the necessary radiofrequency power of the amplifier associated with the beam illuminating the terminal to obtain the said first signal-to-noise ratio, - Removing the terminal from the list of active terminals if the sum of the necessary radiofrequency powers of all the amplifiers of the satellite exceeds a maximum power capacity threshold, - For each channel selected from the list of frequency channels, i. Computing a signal-to-interference ratio SIR c for the said terminal in the selected channel, ii. If the sum of the first signal-to-noise ratio SNR n and of the signal-to-interference ratio SIR c is less than the said predetermined threshold, allocating the selected channel to the said terminal, iii. Otherwise, selecting another channel. i. Computing a signal-to-interference ratio SIR c for the said terminal in the selected channel, ii. If the sum of the first signal-to-noise ratio SNR n and of the signal-to-interference ratio SIR c is less than the said predetermined threshold, allocating the selected channel to the said terminal, iii. Otherwise, selecting another channel.
A diaphragm pump comprising: a housing having a pumping chamber containing fluid to be pumped; a transfer chamber adapted to contain hydraulic fluid, and a hydraulic fluid reservoir in fluid communication with the transfer chamber; a cylinder; a piston sliding in a reciprocating motion in the cylinder, the piston defining an inner piston cavity, the piston cavity having an end; a valve leading to the piston cavity, wherein the valve comprises a valve port; a valve spool slidably mounted in the piston cavity, the valve spool covering the valve port in a first position and uncovering the valve port in a second position; a moveable spacer slidably mounted in the piston cavity intermediate the valve spool and the end of the piston cavity; a diaphragm connected to the valve spool by a plunger and supported by the housing, the diaphragm defining a pumping chamber side and a transfer chamber side, the pumping chamber side at least partially defining the pumping chamber and the transfer chamber side at least partially defining the transfer chamber; characterized by: a first spring in the piston cavity engaging the valve spool and first side of the moveable spacer, the first spring having a first spring constant; a second spring in the piston cavity engaging the end of the piston cavity and a second side of the moveable spacer, the second spring having a second spring constant greater than the first spring constant. a housing having a pumping chamber containing fluid to be pumped; a transfer chamber adapted to contain hydraulic fluid, and a hydraulic fluid reservoir in fluid communication with the transfer chamber; a cylinder; a piston sliding in a reciprocating motion in the cylinder, the piston defining an inner piston cavity, the piston cavity having an end; a valve leading to the piston cavity, wherein the valve comprises a valve port; a valve spool slidably mounted in the piston cavity, the valve spool covering the valve port in a first position and uncovering the valve port in a second position; a moveable spacer slidably mounted in the piston cavity intermediate the valve spool and the end of the piston cavity; a diaphragm connected to the valve spool by a plunger and supported by the housing, the diaphragm defining a pumping chamber side and a transfer chamber side, the pumping chamber side at least partially defining the pumping chamber and the transfer chamber side at least partially defining the transfer chamber; characterized by: a first spring in the piston cavity engaging the valve spool and first side of the moveable spacer, the first spring having a first spring constant; a second spring in the piston cavity engaging the end of the piston cavity and a second side of the moveable spacer, the second spring having a second spring constant greater than the first spring constant. a first spring in the piston cavity engaging the valve spool and first side of the moveable spacer, the first spring having a first spring constant; a second spring in the piston cavity engaging the end of the piston cavity and a second side of the moveable spacer, the second spring having a second spring constant greater than the first spring constant.
A handheld power tool comprising: a handle assembly; a power mechanism (20; 20') connected to the handle assembly; and a working mechanism connected to the power mechanism (20; 20'); wherein the power mechanism (20; 20') comprises a main housing, an inner housing (24; 24') and a motor disposed in the inner housing (24; 24'), the main housing comprises a first air inlet at a side wall thereof, the inner housing comprises an opening (241; 241'), and wherein an airflow channel is located between the main housing and the inner housing (24; 24'), and in communication with the first air inlet, the opening (241; 241') and an inside of the inner housing (24; 24') characterized in that the main housing comprises a top cover located above the inner housing (24; 24'), wherein the inner housing (24; 24') is at least partially located above the motor and wherein the first air inlet is disposed at the top of the top cover and wherein the top cover comprises an extension wall extending downward from the inner side of the top cover, and wherein the extension wall is arranged between the first air inlet and the inner housing (24; 24'). a handle assembly; a power mechanism (20; 20') connected to the handle assembly; and a working mechanism connected to the power mechanism (20; 20'); wherein the power mechanism (20; 20') comprises a main housing, an inner housing (24; 24') and a motor disposed in the inner housing (24; 24'), the main housing comprises a first air inlet at a side wall thereof, the inner housing comprises an opening (241; 241'), and wherein an airflow channel is located between the main housing and the inner housing (24; 24'), and in communication with the first air inlet, the opening (241; 241') and an inside of the inner housing (24; 24') characterized in that the main housing comprises a top cover located above the inner housing (24; 24'), wherein the inner housing (24; 24') is at least partially located above the motor and wherein the first air inlet is disposed at the top of the top cover and wherein the top cover comprises an extension wall extending downward from the inner side of the top cover, and wherein the extension wall is arranged between the first air inlet and the inner housing (24; 24').
A hair styling device, comprising a base member, a holding member and an attaching member, wherein the base member has two mechanical shapes stabilized by different curvature axis in a first stable state and a second stable state, wherein in the first stable state, the base member has a linear structure including a concave surface, a convex surface and two longitudinal ends (11, 12), and having a curved ridge around a longitudinal axis connecting the two longitudinal ends (11, 12), and in the second stable state, the base member has at least one wrap-around cylindrical structure and coiled around a lateral axis substantially perpendicular to the longitudinal axis; the holding member is made of a pliable material, and being longer than the base member in the longitudinal axis; and the attaching member is provided for connecting each of two ends of the holding member to a corresponding one of the longitudinal ends (11, 12) on the convex surface, wherein the holding member wraps over and secures onto the longitudinal ends (11, 12) of the base member on the concave surface by way of the attaching member, such that the entire longitudinal length of the base member is available to hold hair; whereby the hair is styled by being inserted between the base member and the holding member while the base member is in the first stable state, then being rolled together with the base member and the holding member until a desired configuration is achieved, and then being fixed in response to an external force applied to the convex surface of the base member to transform the base member into the second stable state.