mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reducing order-dependent errors of a randomized time-interleaved analog-to-digital converter, ADC, comprising a plurality of sub-ADCs able to, according to a pseudo-random sequence, sample an analog input signal and produce digital outputs, the method comprising: determining a first order information associated with a first digital output from a first sub-ADC of the plurality of sub-ADCs; determining a second order information associated with a second digital output from a second sub-ADC of the plurality of sub-ADCs, wherein the second order information is different from the first order information; determining a first order-dependent error coefficient associated with the first digital output based on the first order information and on a pattern of sub-ADC(s) that were selected before and/or after the first sub-ADC, and corresponding to a mismatch error of the first sub-ADC with respect to one or more other sub-ADCs in the plurality of sub-ADCs; determining a second order-dependent error coefficient associated with the second digital output based on the second order information and on a pattern of sub-ADC(s) that were selected before and/or after the second sub-ADC, and corresponding to a mismatch error of the second sub-ADC with respect to one or more other sub-ADCs in the plurality of sub-ADCs; and calibrating the time-interleaved analog-to-digital converter using the first and second order-dependent error coefficients. determining a first order information associated with a first digital output from a first sub-ADC of the plurality of sub-ADCs; determining a second order information associated with a second digital output from a second sub-ADC of the plurality of sub-ADCs, wherein the second order information is different from the first order information; determining a first order-dependent error coefficient associated with the first digital output based on the first order information and on a pattern of sub-ADC(s) that were selected before and/or after the first sub-ADC, and corresponding to a mismatch error of the first sub-ADC with respect to one or more other sub-ADCs in the plurality of sub-ADCs; determining a second order-dependent error coefficient associated with the second digital output based on the second order information and on a pattern of sub-ADC(s) that were selected before and/or after the second sub-ADC, and corresponding to a mismatch error of the second sub-ADC with respect to one or more other sub-ADCs in the plurality of sub-ADCs; and calibrating the time-interleaved analog-to-digital converter using the first and second order-dependent error coefficients.
Device for processing foetal heart rate data (D-RCF) from a foetal heart rate record, said data being obtained through a foetal heart rate recording device, said device comprising: - a module (MD-FCB) for determination of a reference heart rate, taking as input the foetal heart rate data (D-RCF) and delivering a reference heart rate value (vFCB); - a module (M-Fct) for fractionation of said data, as a function of a fractionation parameter (P-Fract) and the reference heart rate value (vFCB); ∘ means for determining a number of episodes of high variation of heart beats, the determining means taking as input the data constituting the recording of the foetal heart rate and delivering at least one value representative of a number of episodes of high variation (vNbHV); ∘ means for determining a number of episodes of low variation of heart beats, the determining means taking as input the data constituting the recording of the foetal heart rate and delivering at least one value representative of a number of episodes of low variation (vNbBV); - a module (M-CALC) for calculation of at least one representative characteristic of the foetal heart rate data (D-RCF) as a function of the reference heart rate value (vFCB); the device being characterised in that the calculation module comprises means for calculating a ratio between the number of episodes of high variation (vNbHV) and the number of episodes of low variation (vNbBV), the ratio being called ratio of episodes of variation (rEV). - a module (MD-FCB) for determination of a reference heart rate, taking as input the foetal heart rate data (D-RCF) and delivering a reference heart rate value (vFCB); - a module (M-Fct) for fractionation of said data, as a function of a fractionation parameter (P-Fract) and the reference heart rate value (vFCB); ∘ means for determining a number of episodes of high variation of heart beats, the determining means taking as input the data constituting the recording of the foetal heart rate and delivering at least one value representative of a number of episodes of high variation (vNbHV); ∘ means for determining a number of episodes of low variation of heart beats, the determining means taking as input the data constituting the recording of the foetal heart rate and delivering at least one value representative of a number of episodes of low variation (vNbBV); ∘ means for determining a number of episodes of high variation of heart beats, the determining means taking as input the data constituting the recording of the foetal heart rate and delivering at least one value representative of a number of episodes of high variation (vNbHV); ∘ means for determining a number of episodes of low variation of heart beats, the determining means taking as input the data constituting the recording of the foetal heart rate and delivering at least one value representative of a number of episodes of low variation (vNbBV); - a module (M-CALC) for calculation of at least one representative characteristic of the foetal heart rate data (D-RCF) as a function of the reference heart rate value (vFCB);
A controller for a motor vehicle comprising: means for receiving information indicative of a current vehicle speed; means for receiving information indicative of an amount of brake force a braking system of the vehicle is developing or is capable of developing; means for receiving information indicative of a gradient of a driving surface on which the vehicle is driving; and torque transmission reduction means for causing a powertrain torque reduction operation to be performed in which the controller causes one or more components in a torque transmission path from a torque delivery device to one or more driven wheels of the vehicle to assume a torque reduction condition in which torque transmission from the torque delivery device to the one or more driven wheels is reduced or substantially terminated; the controller being configured automatically to cause the torque reduction operation to be performed in dependence at least in part on the information indicative of current vehicle speed, information indicative of brake force amount and information indicative of driving surface gradient the controller being further configured to determine, in dependence on the brake force information and gradient information, whether the amount of brake force would be sufficient to hold the vehicle stationary should the vehicle come to a halt on the current driving surface, the controller being configured to not to allow the torque reduction operation to take place if the amount of brake force would not be sufficient to hold the vehicle stationary on the current driving surface. means for receiving information indicative of a current vehicle speed; means for receiving information indicative of an amount of brake force a braking system of the vehicle is developing or is capable of developing; means for receiving information indicative of a gradient of a driving surface on which the vehicle is driving; and torque transmission reduction means for causing a powertrain torque reduction operation to be performed in which the controller causes one or more components in a torque transmission path from a torque delivery device to one or more driven wheels of the vehicle to assume a torque reduction condition in which torque transmission from the torque delivery device to the one or more driven wheels is reduced or substantially terminated; the controller being configured automatically to cause the torque reduction operation to be performed in dependence at least in part on the information indicative of current vehicle speed, information indicative of brake force amount and information indicative of driving surface gradient the controller being further configured to determine, in dependence on the brake force information and gradient information, whether the amount of brake force would be sufficient to hold the vehicle stationary should the vehicle come to a halt on the current driving surface, the controller being configured to not to allow the torque reduction operation to take place if the amount of brake force would not be sufficient to hold the vehicle stationary on the current driving surface.
An implant extractor comprising: a first arm having a proximal end , a distal end for attachment to a first jaw , and a second arm having a proximal end and a distal end , wherein the first arm further comprises: an adjustment mechanism that includes: an adjuster , and a lever having a proximal end engaged with the adjuster and a distal end pivotably connected to the second arm; and wherein the implant extractor further comprises a link pivotably connected to the first and second arms, the link having a distal end for attachment to a seconc jaw , characterised in that the proximal end of the first arm is configured for attachment to an extraction device . a first arm having a proximal end , a distal end for attachment to a first jaw , and a proximal end , a distal end for attachment to a first jaw , and a second arm having a proximal end and a distal end , wherein the first arm further comprises: an adjustment mechanism that includes: an adjuster , and a lever having a proximal end engaged with the adjuster and a distal end pivotably connected to the second arm; and an adjuster , and a lever having a proximal end engaged with the adjuster and a distal end pivotably connected to the second arm; and wherein the implant extractor further comprises a link pivotably connected to the first and second arms, the link having a distal end for attachment to a seconc jaw , characterised in that the proximal end of the first arm is configured for attachment to an extraction device .
A serum-free cell culture medium comprising: a Wnt agonist including a complex of a Wnt protein and an afamin, and an R-spondin; and at least one selected from the group consisting of a mitogenic growth factor, a bone morphogenetic protein (BMP) inhibitor, a transforming growth factor-β (TGF-β) inhibitor, and a p38 inhibitor. a Wnt agonist including a complex of a Wnt protein and an afamin, and an R-spondin; and at least one selected from the group consisting of a mitogenic growth factor, a bone morphogenetic protein (BMP) inhibitor, a transforming growth factor-β (TGF-β) inhibitor, and a p38 inhibitor.
A clip device for left atrial appendage isolation, formed by first and second jaws, designed so that they are parallel in a closed position and overlap each other in length, and a clamping element installed between the first ends of the first and second jaws, which is designed to hold the first and second jaws in a clamped position, wherein the clip device is equipped with a connecting device , wherein the clamping element is designed to contain a first hinge , and the connecting device comprises a second hinge , the first and second hinges being connected to the corresponding ends of the first jaw , characterized in that the clamping element is further designed to move the first and second jaws from a diverged position to the clamped position and to rotate the specified first jaw relative to the second jaw made fixed, at an angle ranging 0° to 180°, while the first hinge is made controllable.
A method for operating an electronic device having a plurality of displays, the method comprising: sensing pressure of an input to at least one of the plurality of displays; if the sensed pressure is equal to or greater than a threshold, executing a first function in correspondence with the input; and if the sensed pressure is less than the threshold, executing a second function different from the first function in correspondence with the input, wherein the sensing of the pressure of the input comprises: sensing pressure of a first input to a first display among the plurality of displays, and sensing pressure of a second input to a second display among the plurality of displays, and wherein the executing of the first function comprises executing a function corresponding to the pressure of the first input and the pressure of the second input. sensing pressure of an input to at least one of the plurality of displays; if the sensed pressure is equal to or greater than a threshold, executing a first function in correspondence with the input; and if the sensed pressure is less than the threshold, executing a second function different from the first function in correspondence with the input, wherein the sensing of the pressure of the input comprises: sensing pressure of a first input to a first display among the plurality of displays, and sensing pressure of a second input to a second display among the plurality of displays, and sensing pressure of a first input to a first display among the plurality of displays, and sensing pressure of a second input to a second display among the plurality of displays, and wherein the executing of the first function comprises executing a function corresponding to the pressure of the first input and the pressure of the second input.
A microparticle immobilized on a solid support, wherein said microparticle is further covalently attached to: (i) a ligand domain through a first linker; and (ii) a nucleic acid domain through a second linker; wherein said nucleic acid domain is an encoding tag identifying said ligand domain; wherein said second linker is cleavable and said first linker is not cleavable under a condition that said second linker is cleavable; and said first linker comprises -C(O)NH- or -NHC(O)-, and said second linker comprises -C(O)O- or -OC(O)-. (i) a ligand domain through a first linker; and (ii) a nucleic acid domain through a second linker;
Piston compressor for compressing a gas, which is separable from a drive device, comprising an inlet valve , which is arranged between an inlet line for gas to be compressed and a compression chamber of the piston compressor , and an outlet valve , which is arranged between the compression chamber of the piston compressor and an outlet line for compressed gas, characterised in that the inlet valve has a valve seat in a planar form and a valve tongue in a curved form, such that the valve tongue bears sealingly against the valve seat only after an elastic deformation brought about by the pressure in the compression chamber and, in dependence upon the pressure difference on both sides of the valve, thereby closes or is lifted off the valve seat, and the inlet valve forms a venting device , through which compressed gas, which passes from the outlet line back into the compression chamber during the separation of the piston compressor from the drive device, can be discharged from the compression chamber .
A reinforced license plate, comprising at least one sheet with logotypes and alphanumeric characters printed thereon and a transparent plate which protects and improves the appearance , is characterized by comprising a metallic lower base having a peripheral reinforcement, an intermediate sheet manufactured from reflective material incorporating logotypes and alphanumeric characters that are printed thereon, and a transparent upper plate which protects and improves the appearance of the intermediate sheet, all of them being attached to one another by means of laminating.
Syringe for obtaining a target volume of blood, the syringe comprising a housing , a piston within the housing, wherein the housing comprises a first visual indicator for indicating a target volume of blood to be filled into the housing, wherein the piston comprises a second visual indicator , wherein the first visual indicator has a first width, wherein the second visual indicator has a second width, wherein the first and second widths are identical, wherein the housing comprises a plurality of additional visual indicators each indicating a respective volume filled into the housing, and wherein the width of the plurality of additional visual indicators is different to the width of the first and second visual indicators. a housing , a piston within the housing, wherein the housing comprises a first visual indicator for indicating a target volume of blood to be filled into the housing, wherein the piston comprises a second visual indicator , wherein the first visual indicator has a first width, wherein the second visual indicator has a second width, wherein the first and second widths are identical, wherein the housing comprises a plurality of additional visual indicators each indicating a respective volume filled into the housing, and wherein the width of the plurality of additional visual indicators is different to the width of the first and second visual indicators.
A power supply system comprising: a magnetic energy recovery switch ; a frequency setting device ; a control device ; and a pseudo-resonant element , the system converting direct-current power into alternating-current power, and supplying the alternating-current power to an inductive load , wherein the magnetic energy recovery switch comprises: one or a plurality of first capacitors; and a plurality of switches (U, X, V, Y), wherein the frequency setting device sets an output frequency of the magnetic energy recovery switch , wherein the control device controls an on and off operation of the plurality of switches (U, X, V, Y) based on an output frequency set by the frequency setting device , wherein the magnetic energy recovery switch recovers magnetic energy stored in the inductive load and stores the magnetic energy as electrostatic energy in the first capacitor, and supplies the stored electrostatic energy to the inductive load , by on and off of the plurality of switches (U, X, V, Y), wherein the pseudo-resonant element is constituted of at least one passive element including a second capacitor, and wherein the plurality of switches (U, X, V, Y) switch on and off when a voltage of both ends of the first capacitor is zero; the power supply system being characterized in that the first capacitor is disposed in series with respect to the inductive load , wherein the second capacitor is connected in series with respect to the inductive load on the inductive load side, and wherein a value of an inductive reactance on the inductive load side exceeds a value of a capacitive reactance on the inductive load side.
Contact element for plugging-in of a mating contact element along a plug-in direction (E), the contact element having: -- a plug-in opening for plugging-in of the mating contact element ; -- at least one contact lamella for electrical contacting of the mating contact element ; -- a clamping sleeve which is displaceable relative to the at least one contact lamella along the plug-in direction (E), between a first position (P1) and a second position (P2); wherein the clamping sleeve and the at least one contact lamella are operatively connected to one another in such a way that, during the displacement of the clamping sleeve from the first position (P1) into the second position (P2), the at least one contact lamella is displaced radially inwards in a radial direction (R) perpendicular to the plug-in direction (E); wherein the clamping sleeve has a run-on element which, in a projection through the plug-in opening along the plug-in direction (E), at least partially covers the plug-in opening such that, when the mating contact element is plugged into the contact element , the mating contact element abuts against the run-on element and, when the mating contact element is plugged in further, the clamping sleeve is displaced in the direction of the second position (P2) by means of the run-on element , wherein, on the clamping sleeve , provision is made of a first securing element , which prevents displacement of the clamping sleeve from the first position (P1) in the direction of the second position (P2) when there is no mating contact element plugged into the contact element . -- a plug-in opening for plugging-in of the mating contact element ; -- at least one contact lamella for electrical contacting of the mating contact element ; -- a clamping sleeve which is displaceable relative to the at least one contact lamella along the plug-in direction (E), between a first position (P1) and a second position (P2); wherein the clamping sleeve and the at least one contact lamella are operatively connected to one another in such a way that, during the displacement of the clamping sleeve from the first position (P1) into the second position (P2), the at least one contact lamella is displaced radially inwards in a radial direction (R) perpendicular to the plug-in direction (E); wherein the clamping sleeve has a run-on element which, in a projection through the plug-in opening along the plug-in direction (E), at least partially covers the plug-in opening such that, when the mating contact element is plugged into the contact element , the mating contact element abuts against the run-on element and, when the mating contact element is plugged in further, the clamping sleeve is displaced in the direction of the second position (P2) by means of the run-on element , wherein, on the clamping sleeve , provision is made of a first securing element , which prevents displacement of the clamping sleeve from the first position (P1) in the direction of the second position (P2) when there is no mating contact element plugged into the contact element .
A method for controlling a lifting device which moves a load along a first movement direction (X) and along a second movement direction (Y) within a specified working area of the lifting device in accordance with a specified trajectory (T) from a starting point (A) to an end point (E), characterized in that at a command time point (t k ) during the movement of the load , the end point (E) is changed to a new end point (E n ), in that, taking into account specified kinematic constraints of the lifting device , an individual movement (TE X , TE Y ) is planned for the first movement direction (X) and for the second movement direction (Y) respectively, which individual movement determines the further movement of the load along the respective movement direction (X, Y) from the command time point (t k ) onwards, wherein the individual movements (TE X , TE Y ) each end in a projection (E n ', E n ") of the new end point (E n ) onto the respective movement direction (X, Y), and in that the planned individual movements (TE X , TE Y ) are executed in accordance with a specified movement sequence in order to move the load further along the first movement direction (X) and further along the second movement direction (Y) in accordance with a replanning trajectory (TU) resulting from the movement sequence of the planned individual movements (TE X , TE Y ).