mhurhangee/ep-ind-claims huggingface dataset:
Method for pressure monitoring a pressure-dependent process comprising the following steps: measuring over time a pressure of the pressure-dependent process, processing the measured pressure by determining if the measured pressure (10, 20) or a filtered pressure obtained from the measured pressure is inside or outside defined pressure ranges (11, 12, 13, 14; 21, 22, 23, 24), each pressure range being defined by a respective lower limit (A, C, E, G) and by a respective upper limit (B, D, F, H), generating a pressure monitoring signal in such a way that the pressure monitoring signal has a first value or first status if the measured pressure or the filtered pressure is inside a respective pressure range (11, 12, 13, 14; 21, 22, 23, 24), the pressure monitoring signal has a second value or second status if the measured pressure or the filtered pressure is outside a respective pressure range (11, 12, 13, 14; 21, 22, 23, 24) violating a safety relevant limit, the pressure monitoring signal has a third value or third status if the measured pressure or the filtered pressure is outside a respective pressure range violating a non-safety relevant limit (B, C, D, E, F, G, H). measuring over time a pressure of the pressure-dependent process, processing the measured pressure by determining if the measured pressure (10, 20) or a filtered pressure obtained from the measured pressure is inside or outside defined pressure ranges (11, 12, 13, 14; 21, 22, 23, 24), each pressure range being defined by a respective lower limit (A, C, E, G) and by a respective upper limit (B, D, F, H), generating a pressure monitoring signal in such a way that the pressure monitoring signal has a first value or first status if the measured pressure or the filtered pressure is inside a respective pressure range (11, 12, 13, 14; 21, 22, 23, 24), the pressure monitoring signal has a second value or second status if the measured pressure or the filtered pressure is outside a respective pressure range (11, 12, 13, 14; 21, 22, 23, 24) violating a safety relevant limit, the pressure monitoring signal has a third value or third status if the measured pressure or the filtered pressure is outside a respective pressure range violating a non-safety relevant limit (B, C, D, E, F, G, H). the pressure monitoring signal has a first value or first status if the measured pressure or the filtered pressure is inside a respective pressure range (11, 12, 13, 14; 21, 22, 23, 24), the pressure monitoring signal has a second value or second status if the measured pressure or the filtered pressure is outside a respective pressure range (11, 12, 13, 14; 21, 22, 23, 24) violating a safety relevant limit, the pressure monitoring signal has a third value or third status if the measured pressure or the filtered pressure is outside a respective pressure range violating a non-safety relevant limit (B, C, D, E, F, G, H).
A mobile terminal, comprising: a flexible display including a first portion, a second portion rotatably positionable relative to the first portion, and a third portion rotatably positionable relative to the second portion; and a controller configured to: cause the display to display first screen information on at least one of the second portion, or the third portion, based on a touch input to at least one of the first portion, the second portion, or the third portion, and based on sensing of an operation to unfold a folded state so that the first, second and third portions (A, B, C) are disposed toward a user, cause the display to display as the first screen information an image, which is included in an album, on the third portion, as a screen information on the second portion thumbnail of images included in the album, including the first screen information, and as a screen information on the first portion, an entire album list including the album that includes the image, wherein in the folded state the first portion is disposed toward the user and the first screen information is displayed on the first portion. a flexible display including a first portion, a second portion rotatably positionable relative to the first portion, and a third portion rotatably positionable relative to the second portion; and a controller configured to: cause the display to display first screen information on at least one of the second portion, or the third portion, based on a touch input to at least one of the first portion, the second portion, or the third portion, and based on sensing of an operation to unfold a folded state so that the first, second and third portions (A, B, C) are disposed toward a user, cause the display to display as the first screen information an image, which is included in an album, on the third portion, as a screen information on the second portion thumbnail of images included in the album, including the first screen information, and as a screen information on the first portion, an entire album list including the album that includes the image, wherein in the folded state the first portion is disposed toward the user and the first screen information is displayed on the first portion.
Bone plate with a plurality of through-holes (161, 162, 163, 171, 172, 173) which extend from an upper side of the bone plate to a lower side thereof facing the bone, with a plate bridge which is to be arranged across a fracture site of the bone and which extends from a first proximal through-hole to a first distal through-hole, wherein a second proximal through-hole is at a greater distance from the plate bridge than the first proximal through-hole, and wherein a third proximal through-hole is at a greater distance from the plate bridge than the second proximal through-hole, wherein the first proximal through-hole has a seat surface which is designed for engagement of a bone screw at a stable angle, characterized in that, in a projection onto a longitudinal centre line of the bone plate, the first proximal distance between the first proximal through-hole and the second proximal through-hole is greater than the second proximal distance between the second proximal through-hole and the third proximal through-hole.
An electric or electronic device comprising a connector for a coaxial cable, wherein the connector comprises: - a front housing, a back housing, and a rotating element hingedly connected to the back housing, the back housing and the rotating element both comprising a cavity (39, 40) for defining a receiving chamber for receiving a coaxial cable to make a low-ohmic contact with the housing of the connector, and - two pins on the rotating element and two slots on the back housing for receiving the two pins of the rotating element, wherein the two pins are held in the two slots by means of one hinge screw; characterized in that the rotating element is oriented such that its longitudinal axis (A RE) is substantially perpendicular to a longitudinal axis (A RC) of the receiving chamber and in that a plane of rotation (P RE) of the rotating element is perpendicular to a longitudinal axis (A RC) of the receiving chamber. - a front housing, a back housing, and a rotating element hingedly connected to the back housing, the back housing and the rotating element both comprising a cavity (39, 40) for defining a receiving chamber for receiving a coaxial cable to make a low-ohmic contact with the housing of the connector, and - two pins on the rotating element and two slots on the back housing for receiving the two pins of the rotating element, wherein the two pins are held in the two slots by means of one hinge screw;
A multiple-width loom that weaves two or more cloths and that comprises a cloth take-up device including a plurality of take-up rollers (21, 22) which are provided in correspondence with the two or more cloths, respectively, the number of the plurality of take-up rollers (21, 22) being the same as the number of the two or more cloths, the plurality of take-up rollers (21, 22) being provided at a take-up side of the loom such that axes of the plurality of take-up rollers (21, 22) are oriented in a width direction of the loom; wherein the cloth take-up device further includes a plurality of driving mechanisms that are provided in correspondence with the plurality of take-up rollers (21, 22), respectively, each driving mechanism including a rotating shaft that is rotationally driven by a driving device and a driving transmission unit that is provided in correspondence with the corresponding take-up roller and that transmits rotation of the rotating shaft to the corresponding take-up roller, characterized in that the plurality of driving mechanisms are capable of independently adjusting driving torques of the respective take-up rollers (21, 22).
A doubly fed induction generator system, comprising: a doubly fed induction generator having a stator including stator windings and a rotor including rotor windings; and a converter coupled to said rotor windings, the converter comprising a plurality of current conducting bridges (202, 204) configured to couple said rotor windings of said doubly fed induction generator to a power grid, wherein said plurality of current conducting bridges (202, 204) comprise at least one controlled current conducting bridge and at least one uncontrolled current conducting bridge. a doubly fed induction generator having a stator including stator windings and a rotor including rotor windings; and a converter coupled to said rotor windings, the converter comprising a plurality of current conducting bridges (202, 204) configured to couple said rotor windings of said doubly fed induction generator to a power grid, wherein said plurality of current conducting bridges (202, 204) comprise at least one controlled current conducting bridge and at least one uncontrolled current conducting bridge.
A work vehicle comprising: a motor unit (21, 22); an inverter circuit configured to provide electric current to the motor unit (21, 22) based on an inverter drive signal; a man-operable tool for adjusting the rotational power of the motor unit (21, 22); an operation amount sensor configured to detect an operation amount of the man-operable tool and output an operation detection signal; a target signal generation unit configured to generate a control target signal for the inverter circuit based on the operation detection signal; an inverter drive signal generation section configured to generate an inverter drive signal based on the control target signal and output the inverter drive signal to the inverter circuit; a vehicle state detection section configured to detect a vehicle state and output a state detection signal; a trouble detection section configured to detect a vehicle trouble based on the state detection signal; and a signal superposition section configured to superpose a pulsatory signal on the control target signal if the trouble detection section detects a vehicle trouble, and to output a resultant superposed control target signal to the inverter drive signal generation section; characterized in that said motor unit (21,22) is a travelling motor unit configured to provide a rotational power to a drive wheel unit; and the traveling motor unit (21, 22) includes a left motor for driving a left drive wheel and a right motor for driving a right drive wheel. a motor unit (21, 22); an inverter circuit configured to provide electric current to the motor unit (21, 22) based on an inverter drive signal; a man-operable tool for adjusting the rotational power of the motor unit (21, 22); an operation amount sensor configured to detect an operation amount of the man-operable tool and output an operation detection signal; a target signal generation unit configured to generate a control target signal for the inverter circuit based on the operation detection signal; an inverter drive signal generation section configured to generate an inverter drive signal based on the control target signal and output the inverter drive signal to the inverter circuit; a vehicle state detection section configured to detect a vehicle state and output a state detection signal; a trouble detection section configured to detect a vehicle trouble based on the state detection signal; and a signal superposition section configured to superpose a pulsatory signal on the control target signal if the trouble detection section detects a vehicle trouble, and to output a resultant superposed control target signal to the inverter drive signal generation section; characterized in that said motor unit (21,22) is a travelling motor unit configured to provide a rotational power to a drive wheel unit; and the traveling motor unit (21, 22) includes a left motor for driving a left drive wheel and a right motor for driving a right drive wheel.
System for controlling the motion of an impulsive-type human-powered vehicle, comprising: - a motor associatable to at least one vehicle driving element, such as a driving wheel, configured for generating a total torque/driving force; - a system for storing energy to be supplied to the motor; - a sensor for detecting the vehicle longitudinal speed (v) and configured for generating a signal representative of said vehicle longitudinal speed; - a module for controlling a main torque/driving force (T') of the motor based on at least the signal representative of the vehicle longitudinal speed (v); - a module for determining the vehicle longitudinal acceleration (Ax) and configured for generating a signal representative of the vehicle longitudinal acceleration; - a module for estimating the presence or absence of a thrust (F k) by the user on the vehicle based on at least said signal representative of vehicle longitudinal acceleration (Ax), configured for supplying to the module for controlling the main torque/driving force (T') an activation signal when it is estimated the absence of the thrust (F k) by the user; characterized in that the estimating module is further configured for supplying a deactivation signal when it is estimated the presence of the thrust (F k) by the user. - a motor associatable to at least one vehicle driving element, such as a driving wheel, configured for generating a total torque/driving force; - a system for storing energy to be supplied to the motor; - a sensor for detecting the vehicle longitudinal speed (v) and configured for generating a signal representative of said vehicle longitudinal speed; - a module for controlling a main torque/driving force (T') of the motor based on at least the signal representative of the vehicle longitudinal speed (v); - a module for determining the vehicle longitudinal acceleration (Ax) and configured for generating a signal representative of the vehicle longitudinal acceleration; - a module for estimating the presence or absence of a thrust (F k) by the user on the vehicle based on at least said signal representative of vehicle longitudinal acceleration (Ax), configured for supplying to the module for controlling the main torque/driving force (T') an activation signal when it is estimated the absence of the thrust (F k) by the user;
A compound of formula VII: wherein: R" is H or C 1 -C 6 alkyl; R x is aryl substituted with: R y is H or C 1 -C 6 alkyl; AA 1 and AA 2 are each independently an amino acid selected from the group consisting of lysine, glutamic acid, tyrosine, and cysteine; X and Z are each independently C 1 -C 8 alkylene, C 2 -C 8 alkenyl, C 2 -C 8 alkynyl, C 1 -C 8 heteroalkyl, C 2 -C 8 heteroalkenyl, C 2 -C 8 heteroalkynyl, C 1 -C 8 alkoxy, or a bond, each of which may be substituted with 0-5 R A; Y is -O-, -S p-, -NH-,, -CH=CH-, -NH-CO-, -NH-CO 2 -, -CO-NH-, -CO 2 -NH-, or a bond; p is 0, 1, or 2; R A, for each occurrence, is CO 2 H. R" is H or C 1 -C 6 alkyl; R x is aryl substituted with: R y is H or C 1 -C 6 alkyl; AA 1 and AA 2 are each independently an amino acid selected from the group consisting of lysine, glutamic acid, tyrosine, and cysteine; X and Z are each independently C 1 -C 8 alkylene, C 2 -C 8 alkenyl, C 2 -C 8 alkynyl, C 1 -C 8 heteroalkyl, C 2 -C 8 heteroalkenyl, C 2 -C 8 heteroalkynyl, C 1 -C 8 alkoxy, or a bond, each of which may be substituted with 0-5 R A; Y is -O-, -S p-, -NH-,, -CH=CH-, -NH-CO-, -NH-CO 2 -, -CO-NH-, -CO 2 -NH-, or a bond; p is 0, 1, or 2; R A, for each occurrence, is CO 2 H.
A device for use within a female urethra for selectively obstructing urine outflow and also allowing urine outflow, the device comprising: a flexible tube that is configured to be inserted into the urethra, wherein the tube has a cross-sectional shape that is biconvex-lens shaped and defines a lumen that has a cross-sectional shape that is biconvex-lens shaped with sharp edges, wherein the lumen has inlet and outlet openings, the tube configured to receive, conduct and discharge urine; wherein the tube is configured such that the tube collapses, thereby occluding the lumen, when the pressure on the urethra surrounding the tube at least meets a threshold pressure, and the lumen is more open when the pressure on the urethra surrounding the tube is at a level below the threshold pressure. a flexible tube that is configured to be inserted into the urethra, wherein the tube has a cross-sectional shape that is biconvex-lens shaped and defines a lumen that has a cross-sectional shape that is biconvex-lens shaped with sharp edges, wherein the lumen has inlet and outlet openings, the tube configured to receive, conduct and discharge urine; wherein the tube is configured such that the tube collapses, thereby occluding the lumen, when the pressure on the urethra surrounding the tube at least meets a threshold pressure, and the lumen is more open when the pressure on the urethra surrounding the tube is at a level below the threshold pressure.
A method for driving an AC motor with alternating currents, wherein a controller uses software or hardware or software/hardware techniques to output control signals to a plurality of switches (M1 - M6) to generate at least two alternating currents with different phases to drive the AC motor, the AC motor has a rotor, a stator and at least two sets of stator coils, the stator generates a plurality stator poles when the at least two sets of stator coils are energized, and the angular distance between two adjacent stator poles is smaller than 90 degrees, the method comprising: driving the at least two sets of stator coils with two alternating currents of the at least two alternating currents to generate two sets of magnetic fields which combine into one set of magnetic field sum so as to drive the rotor, characterized in that the magnetic field sum substantially having no ripples and its change rate of rotation angle or movement being proportional to the change rate of the phase angle of the two alternating currents of the at least two alternating currents, each of the two alternating currents of the at least two alternating currents has a reference current value A and B respectively, and the reference current values A and B are used to generate actually required currents for A-phase and B-phase to drive the AC motor and are calculated by the following equations: B = R sin α / sin θ, A = R cos α − R sin α cos θ / sin θ, wherein α represents an included angle between the magnetic field sum and a stator pole direction, θ represents the angular distance between two adjacent stator poles, R represents the strength of the magnetic field sum, and θ is smaller than 90 degrees. driving the at least two sets of stator coils with two alternating currents of the at least two alternating currents to generate two sets of magnetic fields which combine into one set of magnetic field sum so as to drive the rotor, characterized in that the magnetic field sum substantially having no ripples and its change rate of rotation angle or movement being proportional to the change rate of the phase angle of the two alternating currents of the at least two alternating currents, each of the two alternating currents of the at least two alternating currents has a reference current value A and B respectively, and the reference current values A and B are used to generate actually required currents for A-phase and B-phase to drive the AC motor and are calculated by the following equations: B = R sin α / sin θ, A = R cos α − R sin α cos θ / sin θ, wherein α represents an included angle between the magnetic field sum and a stator pole direction, θ represents the angular distance between two adjacent stator poles, R represents the strength of the magnetic field sum, and θ is smaller than 90 degrees.
A portable stage system (100, 200, 300) comprising: a deck having a through hole extending vertically through the deck; a frame below the deck, the frame having a vertical column; a pin removably extending into the through hole and having a top engagement portion configured to be engaged from above at an upper surface of the pin through the through-hole; and a height adjustment assembly mounted on the frame and attached to the pin, the deck being removably supported on the height adjustment assembly, the height adjustment assembly raising the deck upon rotation of the pin in a first direction; characterized in that the height adjustment assembly comprises a rod portion threadably mounted into a bushing, and in that the pin and the rod portion are connected so that the rotation of the pin also rotates the rod portion, and in that a socket mounts to the rod portion and supports the pin, wherein rotation of the pin provides axial movement of the socket and the pin relative to the bushing and the vertical column. a deck having a through hole extending vertically through the deck; a frame below the deck, the frame having a vertical column; a pin removably extending into the through hole and having a top engagement portion configured to be engaged from above at an upper surface of the pin through the through-hole; and a height adjustment assembly mounted on the frame and attached to the pin, the deck being removably supported on the height adjustment assembly, the height adjustment assembly raising the deck upon rotation of the pin in a first direction; characterized in that the height adjustment assembly comprises a rod portion threadably mounted into a bushing, and in that the pin and the rod portion are connected so that the rotation of the pin also rotates the rod portion, and in that a socket mounts to the rod portion and supports the pin, wherein rotation of the pin provides axial movement of the socket and the pin relative to the bushing and the vertical column.
A spirit level comprising a base body with a first measuring sole and a runner element with a second measuring sole, being connected to the latter and able to move relative to it in its longitudinal direction, wherein the first and the second measuring sole run at the same level, characterized in that a first sliding element emerges from the base body, which interacts by form fitting with the runner element, for a section, and applies force to it in, or approximately in, the normal direction of the measuring soles (52, 54), and a second sliding element emerges from the runner, which interacts by form fitting with the base body, for a section, and applies force to the runner element in, or approximately in, the direction of the measuring soles.