mhurhangee/patent-ind-claim-en huggingface dataset:
An image processing device comprising: characteristic parameter acquisition means for acquiring characteristic parameters related to characteristics of a printing system ; and halftone process generation means for generating halftone processing rules based on the acquired characteristic parameters of the printing system, wherein the printing system is capable of two or more kinds of halftone processes of which balances of priority for a plurality of requirements required in the halftone processes are different, and each of the halftone processing rules defines processing contents of a corresponding one of the halftone processes, wherein the plurality of requirements includes at least two items of image quality, cost, a halftone generating time, a halftone processing time, tolerance to a system error, or tolerance to environment change. characteristic parameter acquisition means for acquiring characteristic parameters related to characteristics of a printing system ; and halftone process generation means for generating halftone processing rules based on the acquired characteristic parameters of the printing system, wherein the printing system is capable of two or more kinds of halftone processes of which balances of priority for a plurality of requirements required in the halftone processes are different, and each of the halftone processing rules defines processing contents of a corresponding one of the halftone processes, wherein the plurality of requirements includes at least two items of image quality, cost, a halftone generating time, a halftone processing time, tolerance to a system error, or tolerance to environment change.
Chip card with contactless operation, intended to communicate with a chip card reader operating at a resonant frequency F 0 ', said chip card being provided with a card body incorporating at least one antenna connected in series or in parallel with a capacitor, the values of the inductances of the antennae and the capacitance of the capacitor being chosen so as to achieve a resonant frequency F 0 remote enough from the frequency of the signal emitted by the reader to limit radiofrequency communication with the reader, such that the chip card is detuned by default with respect to the reader, and the values of said inductances and capacitor furthermore being chosen so that the connection, in parallel, of a predetermined additional capacitance C d brings the resonant frequency of the card close to the frequency F 0 ' of the signal emitted by said reader, such that the chip card is retuned with the reader, characterized in that the chip card includes a booster antenna provided with a main antenna with inductance L 1 and with a concentrator antenna with inductance L 2 that are connected in series or in parallel with a capacitor C, and in that the values of L 1 , L 2 and C are chosen firstly so as to achieve said resonant frequency F 0 and secondly so that the connection, in parallel, of said predetermined capacitance C d brings the resonant frequency of the card close to said frequency F 0 ' of the signal emitted by said reader.
Method for controlling a heating or cooling system , the system comprising a heat exchanger connected in series with a valve , control means controlling an opening degree of the valve , the method comprising the steps of: forming a difference between a room temperature and a room temperature set point and adjusting the opening degree of the valve based on the difference, characterized in that a memorized steady-state working point of the system is used, a boost value based on the steady-state working point is calculated, wherein upon a change of the room temperature set point the opening degree of the valve is changed, wherein the opening degree of the valve is limited to a degree of opening based on the boost value.
System which has a protective device for an electrical charging cable for connecting two apparatuses during a charging procedure and a receiving apparatus for the protective device , wherein this receiving apparatus is arranged in an outer wall of only one of the two apparatuses, wherein the protective device has a supporting frame and a jacket which are configured to enclose a cavity extending in a longitudinal direction, through which a charging cable can be passed, wherein the supporting frame and the jacket are deformable in the longitudinal direction, wherein a length of the protective device is to be changed and to be adapted between the two apparatuses to a length of the charging cable to be passed through the cavity, characterized in that the protective device has an electrical and/or hydraulic drive and an extendable telescopic guiding rod , wherein the drive is arranged at a first end of the supporting frame , wherein a first end of the guiding rod is arranged at the drive , wherein a second end of the guiding rod is arranged at a second end of the supporting frame , wherein the electrical and/or hydraulic drive is configured to extend or shorten the guiding rod and thus the protective device depending on requirements, and thus to change them, wherein a first end of the protective device is arranged in the receiving apparatus of the one of the two apparatuses, wherein the protective device has at least one fastening device which is configured to connect a second end of the protective device to the other of the two apparatuses, in which the receiving apparatus is not arranged.
A computer implemented method to generate haptic effects on a haptic system, the haptic system comprising an orientation sensor, and a first and a second haptic output devices, the method comprising: obtaining a haptic signal comprising a first haptic effect channel, a second haptic effect channel, a third haptic effect channel and a fourth haptic effect channel; assigning the first haptic effect channel to the first haptic output device on the haptic system and assigning the second haptic effect channel to the second haptic output device on the haptic system when a first orientation is determined by the orientation sensor; assigning the third haptic effect channel to the first haptic output device on the haptic system and assigning the fourth haptic effect channel to the second haptic output device on the haptic system when a second orientation is determined by the orientation sensor; and characterized in that the method further comprises: mixing the third haptic effect channel and the fourth haptic effect channel when the first orientation is determined to generate a mixed channel, and assigning the mixed channel to at least one of the first haptic output device or the second haptic output device. obtaining a haptic signal comprising a first haptic effect channel, a second haptic effect channel, a third haptic effect channel and a fourth haptic effect channel; assigning the first haptic effect channel to the first haptic output device on the haptic system and assigning the second haptic effect channel to the second haptic output device on the haptic system when a first orientation is determined by the orientation sensor; assigning the third haptic effect channel to the first haptic output device on the haptic system and assigning the fourth haptic effect channel to the second haptic output device on the haptic system when a second orientation is determined by the orientation sensor; and characterized in that the method further comprises: mixing the third haptic effect channel and the fourth haptic effect channel when the first orientation is determined to generate a mixed channel, and assigning the mixed channel to at least one of the first haptic output device or the second haptic output device.
A levered landing gear comprising: a first shock strut having a longitudinal axis (LAX); a second shock strut disposed concentrically with the first shock strut along the longitudinal axis (LAX) such that the first shock strut and the second shock strut extend along a common extension axis (EX); and a truck lever coupled to both the first shock strut and the second shock strut such that the second shock strut pivots the truck lever relative to the first shock strut , wherein the second shock strut comprises: a metering pin coupled to a mounting surface of a piston of the second shock strut ; and an orifice plate that cooperates with the metering pin to meter an amount of fluid flow as the second shock strut is compressed; wherein the metering pin includes a first end (340E1) proximate the mounting surface of the piston , a second end (340E2) longitudinally separated from the first end (340E1), and flutes longitudinally arranged on the metering pin between the first end (340E1) and the second end (340E2), the flutes having a varying depth so that a fluid flow through the flutes is greater at the second end (340E2) than fluid flow through the flutes at the first end (340E1) . a first shock strut having a longitudinal axis (LAX); a second shock strut disposed concentrically with the first shock strut along the longitudinal axis (LAX) such that the first shock strut and the second shock strut extend along a common extension axis (EX); and a truck lever coupled to both the first shock strut and the second shock strut such that the second shock strut pivots the truck lever relative to the first shock strut , wherein the second shock strut comprises: a metering pin coupled to a mounting surface of a piston of the second shock strut ; and an orifice plate that cooperates with the metering pin to meter an amount of fluid flow as the second shock strut is compressed; wherein the metering pin includes a first end (340E1) proximate the mounting surface of the piston , a second end (340E2) longitudinally separated from the first end (340E1), and flutes longitudinally arranged on the metering pin between the first end (340E1) and the second end (340E2), the flutes having a varying depth so that a fluid flow through the flutes is greater at the second end (340E2) than fluid flow through the flutes at the first end (340E1) . a metering pin coupled to a mounting surface of a piston of the second shock strut ; and an orifice plate that cooperates with the metering pin to meter an amount of fluid flow as the second shock strut is compressed; wherein the metering pin includes a first end (340E1) proximate the mounting surface of the piston , a second end (340E2) longitudinally separated from the first end (340E1), and flutes longitudinally arranged on the metering pin between the first end (340E1) and the second end (340E2), the flutes having a varying depth so that a fluid flow through the flutes is greater at the second end (340E2) than fluid flow through the flutes at the first end (340E1) .
An air dehumidification system, comprising: - a conditioner for absorbing moisture from air into a liquid desiccant ; - a desiccant dryer for evaporating the absorbed moisture from the liquid desiccant to evaporated moisture; - a condenser for condensing the evaporated moisture; characterized in that the system furthermore comprises: - a heat transfer medium flow circuit arranged such that heat removed from the evaporated moisture during condensation in the condenser is absorbed by the heat transfer medium, and such that said heat is used in evaporation of the absorbed moisture from the liquid desiccant, the heat transfer medium comprising a refrigerant; wherein the condenser comprises at least one cooling tube forming part of the heat transfer medium flow circuit and having a first surface for condensation of the evaporated moisture thereon, wherein the heat transfer medium flow circuit comprises a compressor downstream of the at least one cooling tube . - a conditioner for absorbing moisture from air into a liquid desiccant ; - a desiccant dryer for evaporating the absorbed moisture from the liquid desiccant to evaporated moisture; - a condenser for condensing the evaporated moisture; characterized in that the system furthermore comprises: - a heat transfer medium flow circuit arranged such that heat removed from the evaporated moisture during condensation in the condenser is absorbed by the heat transfer medium, and such that said heat is used in evaporation of the absorbed moisture from the liquid desiccant, the heat transfer medium comprising a refrigerant; wherein the condenser comprises at least one cooling tube forming part of the heat transfer medium flow circuit and having a first surface for condensation of the evaporated moisture thereon, wherein the heat transfer medium flow circuit comprises a compressor downstream of the at least one cooling tube . wherein the condenser comprises at least one cooling tube forming part of the heat transfer medium flow circuit and having a first surface for condensation of the evaporated moisture thereon, wherein the heat transfer medium flow circuit comprises a compressor downstream of the at least one cooling tube .
A method for diagnosing an initial position of a resolver, comprising: a detection step , comprising: detecting a real value of the initial position of the resolver mounted on a motor; a position abnormity determination step , comprising: acquiring an initial position deviation according to the real value and an original value of the initial position of the resolver; and determining, according to a predetermined initial position threshold range, where the initial position deviation is located; characterized in that the method further comprises: a torque abnormity determination step being executed when the initial position deviation falls in the predetermined initial position threshold range, comprising: acquiring a torque deviation according to a torque of the motor and a preset given torque; and comparing the torque deviation with a predetermined torque deviation threshold; and a fault treatment step , comprising: determining whether the initial position of the resolver is normal, according to the times that the initial position deviation exceeds the predetermined initial position threshold range and the times that the torque deviation is greater than the predetermined torque deviation threshold. a detection step , comprising: detecting a real value of the initial position of the resolver mounted on a motor; a position abnormity determination step , comprising: acquiring an initial position deviation according to the real value and an original value of the initial position of the resolver; and determining, according to a predetermined initial position threshold range, where the initial position deviation is located; characterized in that the method further comprises: a torque abnormity determination step being executed when the initial position deviation falls in the predetermined initial position threshold range, comprising: acquiring a torque deviation according to a torque of the motor and a preset given torque; and comparing the torque deviation with a predetermined torque deviation threshold; and a fault treatment step , comprising: determining whether the initial position of the resolver is normal, according to the times that the initial position deviation exceeds the predetermined initial position threshold range and the times that the torque deviation is greater than the predetermined torque deviation threshold. a torque abnormity determination step being executed when the initial position deviation falls in the predetermined initial position threshold range, comprising: acquiring a torque deviation according to a torque of the motor and a preset given torque; and comparing the torque deviation with a predetermined torque deviation threshold; and a fault treatment step , comprising: determining whether the initial position of the resolver is normal, according to the times that the initial position deviation exceeds the predetermined initial position threshold range and the times that the torque deviation is greater than the predetermined torque deviation threshold.
A mobile crane comprising a safety device , which restricts crane work in accordance with respective overhang states of four outriggers of which both overhang length and overhang angle can be varied, the outriggers being attached to a traveling body equipped with a crane boom , the safety device comprising: a permitted work range setting unit that is configured to set, in accordance with whether or not each of the outrigger overhang angles is a reference overhang angle, a permitted work range in which crane work can be carried out within a crane work area having a maximum work radius (R) centered around a turning center of the crane boom ; characterized in that said safety device further comprises: a load-specific work range setting unit that is configured to set, in accordance with whether or not each of the outriggers overhang lengths is a maximum overhang length, a maximum rated total load, RTL, work range which is a range, within the permitted work range, in which at least crane work at a maximum rated total load can be carried out, wherein the crane work area is sectioned into four turning angle ranges of 90 degrees each, in correlation with the four outriggers centered about the turning center ; and the permitted work range setting unit is configured to set the turning angle ranges assigned to the outriggers , at which the overhang angles are the reference overhang angle, to the permitted work range. a permitted work range setting unit that is configured to set, in accordance with whether or not each of the outrigger overhang angles is a reference overhang angle, a permitted work range in which crane work can be carried out within a crane work area having a maximum work radius (R) centered around a turning center of the crane boom ; characterized in that said safety device further comprises: a load-specific work range setting unit that is configured to set, in accordance with whether or not each of the outriggers overhang lengths is a maximum overhang length, a maximum rated total load, RTL, work range which is a range, within the permitted work range, in which at least crane work at a maximum rated total load can be carried out, wherein the crane work area is sectioned into four turning angle ranges of 90 degrees each, in correlation with the four outriggers centered about the turning center ; and the permitted work range setting unit is configured to set the turning angle ranges assigned to the outriggers , at which the overhang angles are the reference overhang angle, to the permitted work range.
A renovation drain system for repairing a concrete drain , comprising a renovation drain , characterized in that the renovation drain system further comprises a liner member including liner to be prepared with impregnating compound, a first branch and a second branch such that the first branch is intended to extend into an inlet pipe of the concrete drain , the second branch is intended to extend into an outlet pipe of the concrete drain, and the liner has a liner hole between the first branch and the second branch , a bushing retaining its shape, and the bushing is intended to be attached to the renovation drain inside the concrete drain , and a collar for attaching the bushing to the liner such that the bushing operates as a third branch in the liner member and the liner hole is located at the bushing and forms together with the bushing an inlet from the renovation drain into the liner member , and the collar adheres to the liner around the liner hole . a renovation drain , characterized in that the renovation drain system further comprises a liner member including liner to be prepared with impregnating compound, a first branch and a second branch such that the first branch is intended to extend into an inlet pipe of the concrete drain , the second branch is intended to extend into an outlet pipe of the concrete drain, and the liner has a liner hole between the first branch and the second branch , a bushing retaining its shape, and the bushing is intended to be attached to the renovation drain inside the concrete drain , and a collar for attaching the bushing to the liner such that the bushing operates as a third branch in the liner member and the liner hole is located at the bushing and forms together with the bushing an inlet from the renovation drain into the liner member , and the collar adheres to the liner around the liner hole .
A machine for tying food products, which comprises a fixed framework which supports supporting means for at least one food product to be tied and is provided with a winding device adapted to wind at least one twine around said food product , said winding device comprising feeding means for feeding said twine , means for moving said feeding means along a circular trajectory around said supporting means , locking means for locking at least one portion of said twine with respect to said fixed framework , and guiding means for guiding said twine toward and around said food product in order to form at least one winding of said twine around said food product , tying means being provided which are adapted to mutually connect a first length of said twine , which extends from said locking means toward said food product , and at least one second length of said twine , which extends from said food product toward said feeding means , said tying means comprising a tying device , which is adapted to tie a connecting knot between said first length and said second length of said twine , and an insertion device for inserting said first length and said second length of said twine , which cooperates with said tying device to feed said tying device with at least one portion of said first length and of said second length of said twine , said insertion device having at least one contact element which is designed to engage said first length and said second length of said twine , said contact element being movable on command between at least an inoperative position, in which it is spaced apart from said first length and said second length of said twine , and an operative position, in which said contact element is in a preset position adapted to allow the engagement of at least one portion of said first length and of said second length of said twine by said tying device , characterized in that it comprises an auxiliary positioning device , which can be activated on command to bring at least one portion of at least one of said lengths of said twine into a grip position located along the region affected by the movement of said contact element between said inoperative position and said operative position.