mhurhangee/patent-ind-claim-en huggingface dataset:
Continuously operating press , comprising - two endlessly circulating steel belts drawing pressed material through the press , which form a pressing gap between them for pressing the pressed material , - temperature-controlled heating plates supporting the steel belts , - a roller bearing support arranged between the steel belts and the heating plates , - a plurality of frames arranged transversely to the direction of rotation of the steel belts for absorbing the pressing forces, which are inserted via a plurality of hydraulic working cylinders arranged in a row (R) per frame for pressing the pressed material into a material board and for setting the pressing gap directly into the heating plate , and - a control system for controlling and/or regulating the operation of the press , characterized in that a measuring device is provided for detecting the raw density profile via the board thickness of the material board , the control system is set up to control and/or regulate the working cylinders along the press in accordance with a press curve, and the control system comprises an analyzing device which is set up to receive the measured values recorded by the measuring device , to analyze the recorded raw density profile, as an actual raw density profile, with regard to deviations from a target raw density profile, and to determine, based on the analysis, changes to be made to the press curve along the press in order to approximate or match the actual raw density profile to the target raw density profile. - two endlessly circulating steel belts drawing pressed material through the press , which form a pressing gap between them for pressing the pressed material , - temperature-controlled heating plates supporting the steel belts , - a roller bearing support arranged between the steel belts and the heating plates , - a plurality of frames arranged transversely to the direction of rotation of the steel belts for absorbing the pressing forces, which are inserted via a plurality of hydraulic working cylinders arranged in a row (R) per frame for pressing the pressed material into a material board and for setting the pressing gap directly into the heating plate , and - a control system for controlling and/or regulating the operation of the press , characterized in that a measuring device is provided for detecting the raw density profile via the board thickness of the material board , the control system is set up to control and/or regulate the working cylinders along the press in accordance with a press curve, and the control system comprises an analyzing device which is set up to receive the measured values recorded by the measuring device , to analyze the recorded raw density profile, as an actual raw density profile, with regard to deviations from a target raw density profile, and to determine, based on the analysis, changes to be made to the press curve along the press in order to approximate or match the actual raw density profile to the target raw density profile.
An inclination guide for use with an implant insertion tool during a surgical procedure, the inclination guide comprising a body, the body comprising: a clip configured to be coupled to a mounting surface of the implant insertion tool , wherein the clip defines an interior volume and an imaginary tool axis that extends through the interior volume ; an elongated riser extending from the clip away from the imaginary tool axis to a first joint ; and characterized in that : the body is a unitary body; the unitary body further comprises: an elongated indicator extending from the first joint of the elongated riser to a distal end , wherein the elongated indicator and the imaginary tool axis define an indication angle , wherein the indication angle is predetermined and fixed. a clip configured to be coupled to a mounting surface of the implant insertion tool , wherein the clip defines an interior volume and an imaginary tool axis that extends through the interior volume ; an elongated riser extending from the clip away from the imaginary tool axis to a first joint ; and characterized in that : the body is a unitary body; the unitary body further comprises: an elongated indicator extending from the first joint of the elongated riser to a distal end , wherein the elongated indicator and the imaginary tool axis define an indication angle , wherein the indication angle is predetermined and fixed. the body is a unitary body; the unitary body further comprises: an elongated indicator extending from the first joint of the elongated riser to a distal end , wherein the elongated indicator and the imaginary tool axis define an indication angle , wherein the indication angle is predetermined and fixed.
A method of manufacturing a transformer, comprising: using a stencil, performing a printing process that deposits a magnetic paste onto a first side of a laminate structure , and that deposits the magnetic paste into and fills an opening that extends from the first side of the laminate structure to an opposite second side of the laminate structure , wherein the laminate structure comprises a primary winding (PW) and a secondary winding (SW) that encircle the opening ; curing the magnetic paste to form a first transformer core piece having: a first portion that extends along the first side of the laminate structure , and a second portion that fills the opening of the laminate structure ; joining a second transformer core piece to a side of the second portion of the first transformer core piece and the opposite side of the laminate structure to form the transformer. using a stencil, performing a printing process that deposits a magnetic paste onto a first side of a laminate structure , and that deposits the magnetic paste into and fills an opening that extends from the first side of the laminate structure to an opposite second side of the laminate structure , wherein the laminate structure comprises a primary winding (PW) and a secondary winding (SW) that encircle the opening ; curing the magnetic paste to form a first transformer core piece having: a first portion that extends along the first side of the laminate structure , and a second portion that fills the opening of the laminate structure ; joining a second transformer core piece to a side of the second portion of the first transformer core piece and the opposite side of the laminate structure to form the transformer.
A method for controlling wheel torques of a vehicle to provide a desired vehicle yaw torque during a cornering event, the method comprising: - determining lateral acceleration data ( LatAcc ) indicative of the lateral acceleration of the vehicle; - retrieving present wheel torque data ( PtTq ) indicative of the wheel torques presently applied to each of the wheels by the power train of the vehicle; - retrieving a desired longitudinal wheel torque ( TxReq ) value based on driver input; - retrieving a target vehicle yaw ( M zReq ) torque value based on driver input; - determining a set of indirect yaw torque parameters ( a,k ) indicative of the indirect vehicle yaw torque contribution from lateral wheel forces based on the present wheel torque data ( PtTq ) and the lateral acceleration data ( LatAcc ) and a model comprising at least one relation between indirect yaw torque and longitudinal wheel torque distribution between the front axis wheels and the rear axis wheels for at the least one pair of wheel torque data and lateral acceleration data, - calculating a required torque for the front axis wheels and a required torque for the rear axis wheels such that the desired longitudinal wheel torque and the target vehicle yaw ( M zReq ) is provided taking into account the set of indirect yaw torque parameters, and - applying the calculated torques to the respective individual wheels. - determining lateral acceleration data ( LatAcc ) indicative of the lateral acceleration of the vehicle; - retrieving present wheel torque data ( PtTq ) indicative of the wheel torques presently applied to each of the wheels by the power train of the vehicle; - retrieving a desired longitudinal wheel torque ( TxReq ) value based on driver input; - retrieving a target vehicle yaw ( M zReq ) torque value based on driver input; - determining a set of indirect yaw torque parameters ( a,k ) indicative of the indirect vehicle yaw torque contribution from lateral wheel forces based on the present wheel torque data ( PtTq ) and the lateral acceleration data ( LatAcc ) and a model comprising at least one relation between indirect yaw torque and longitudinal wheel torque distribution between the front axis wheels and the rear axis wheels for at the least one pair of wheel torque data and lateral acceleration data, - calculating a required torque for the front axis wheels and a required torque for the rear axis wheels such that the desired longitudinal wheel torque and the target vehicle yaw ( M zReq ) is provided taking into account the set of indirect yaw torque parameters, and - applying the calculated torques to the respective individual wheels.
A processor system, comprising: one or more logic units configured to: receive a processor instruction identifying a first floating point number to be multiplied with a second floating point number, wherein the first floating point number is a 32-bit floating point number; decompose the first floating point number into a first group of a plurality of component numbers, wherein a number of bits used to represent the first floating point number is greater than a number of bits used to represent any component number in the first group of the plurality of component numbers; and decompose the second floating point number into a second group of a plurality of component numbers, wherein a number of bits used to represent the second floating point number is greater than a number of bits used to represent any component number in the second group of the plurality of component numbers; and one or more multiplication units configured to: multiply the component numbers of the first group with the component numbers of the second group to determine intermediate multiplication results that are summed together to determine an effective result that represents a result of multiplying the first floating point number with the second floating point number, characterized in that each of the one or more multiplication units is a 21-bit floating point unit. receive a processor instruction identifying a first floating point number to be multiplied with a second floating point number, wherein the first floating point number is a 32-bit floating point number; decompose the first floating point number into a first group of a plurality of component numbers, wherein a number of bits used to represent the first floating point number is greater than a number of bits used to represent any component number in the first group of the plurality of component numbers; and decompose the second floating point number into a second group of a plurality of component numbers, wherein a number of bits used to represent the second floating point number is greater than a number of bits used to represent any component number in the second group of the plurality of component numbers; and one or more multiplication units configured to: multiply the component numbers of the first group with the component numbers of the second group to determine intermediate multiplication results that are summed together to determine an effective result that represents a result of multiplying the first floating point number with the second floating point number, characterized in that each of the one or more multiplication units is a 21-bit floating point unit. multiply the component numbers of the first group with the component numbers of the second group to determine intermediate multiplication results that are summed together to determine an effective result that represents a result of multiplying the first floating point number with the second floating point number, characterized in that each of the one or more multiplication units is a 21-bit floating point unit.
A critical system, in particular a critical flight system, of the type including a control pathway (COM) including an actuation unit comprising an induction motor having a nonlinear behavior, that is able to be controlled by applying an input quantity (u) and whose state is characterized by a measured output quantity y, which is measured by appropriate sensors , the measured output quantity y corresponding to currents i a and i b in the motor and to the angular position θ m of the rotor of the motor, characterized in that , the behavior of the actuation unit being described by a flat nonlinear model, for which there exists an equivalent linear model making it possible to go from an input quantity ν to a flat output quantity (z, ẑ) the system includes a monitoring pathway (MON) for the control pathway, having an estimation unit that includes: - a module for passing to the reference plane dq , taking the measured output vector y as input, applying the passage matrix (P) on the current i a and i b to obtain currents i d and i q , and outputting a measured flat output quantity z, the components of which are a first flat output z 1 , corresponding to the current i d , and a second flat output z 2 , corresponding to the angular position θ m, - a module for linearization by dynamic inversion able, from the measured flat output quantity z, to calculate the input quantity of the equivalent linear model; - a module for estimating an estimated flat output quantity ( ẑ ) from the input quantity of the equivalent linear model, based on said equivalent linear model; and - a module for computing a residual based on the estimated flat output quantity ( ẑ ) and the measured flat output quantity (z). - a module for passing to the reference plane dq , taking the measured output vector y as input, applying the passage matrix (P) on the current i a and i b to obtain currents i d and i q , and outputting a measured flat output quantity z, the components of which are a first flat output z 1 , corresponding to the current i d , and a second flat output z 2 , corresponding to the angular position θ m, - a module for linearization by dynamic inversion able, from the measured flat output quantity z, to calculate the input quantity of the equivalent linear model; - a module for estimating an estimated flat output quantity ( ẑ ) from the input quantity of the equivalent linear model, based on said equivalent linear model; and - a module for computing a residual based on the estimated flat output quantity ( ẑ ) and the measured flat output quantity (z).
A polyol composition for forming flexible polyurethane foam comprising a polyol component having a number average molecular weight of 2,500 or more, a catalyst, a foam stabilizer, a foaming agent, and a crosslinking agent, wherein water is contained as the foaming agent, wherein a sugar alcohol having a number average molecular weight of 120 or more and less than 2,500 is contained as the crosslinking agent, wherein the content of the sugar alcohol with respect to 100 parts by mass of the polyol component is 0.1 to 5.0 parts by mass, and wherein no divalent tin catalyst is contained. wherein water is contained as the foaming agent, wherein a sugar alcohol having a number average molecular weight of 120 or more and less than 2,500 is contained as the crosslinking agent, wherein the content of the sugar alcohol with respect to 100 parts by mass of the polyol component is 0.1 to 5.0 parts by mass, and wherein no divalent tin catalyst is contained.
A substrate supporting unit comprising: a shaft ; a first heater located in the shaft and configured to heat an upper portion of the shaft; and a stage located over the shaft and comprising: a first plate ; a second plate over the first plate ; and a second heater between the first plate and the second plate , characterized in that a cross-sectional area of the first heater is smaller than a cross-sectional area of the second heater . a shaft ; a first heater located in the shaft and configured to heat an upper portion of the shaft; and a stage located over the shaft and comprising: a first plate ; a second plate over the first plate ; and a second heater between the first plate and the second plate , characterized in that a cross-sectional area of the first heater is smaller than a cross-sectional area of the second heater . a first plate ; a second plate over the first plate ; and a second heater between the first plate and the second plate , characterized in that a cross-sectional area of the first heater is smaller than a cross-sectional area of the second heater .
A vacuum pump , in particular a turbomolecular pump , comprising a rotor rotatable about an axis of rotation , a sensor and a control and/or evaluation unit , wherein the sensor is provided for detecting a magnetic field and is connected to the control and/or evaluation unit , wherein the control and/or evaluation unit is configured to evaluate the detected magnetic field and to take a measure on the basis of the evaluation in dependence on at least one condition, characterized in that the control and/or evaluation device is configured to interrupt a power supply to the vacuum pump , in particular a power supply to a drive which sets the rotor into rotation, for a predefinable time period so that the sensor can detect an external magnetic field which is not generated by the vacuum pump itself which is in operation and the control and/or evaluation device is configured to take the measure only on the basis of a magnetic field detected during the interruption of the power supply.
A high-grip tire rubber composition comprising 100 parts by mass of a solid rubber (A), the solid rubber (A) comprising not less than 60 mass% of a styrene butadiene rubber with 20 mass% or more styrene content, 0.1 to 90 parts by mass of a modified liquid diene rubber (B) having a functional group derived from a silane compound represented by the formula below, and 20 to 150 parts by mass of a filler (C), the modified liquid diene rubber (B) satisfying the following (i) and (ii): (i) the weight average molecular weight (Mw) is 15,000 to 120,000, and (ii) the vinyl content is not more than 70 mol%, wherein R 1 is a C 1-6 divalent alkylene group, and R 2 , R 3 and R 4 are each independently a methoxy group, an ethoxy group, a phenoxy group, a methyl group, an ethyl group or a phenyl group, with the proviso that at least one of R 2 , R 3 and R 4 is a methoxy group, an ethoxy group or a phenoxy group. (i) the weight average molecular weight (Mw) is 15,000 to 120,000, and (ii) the vinyl content is not more than 70 mol%, wherein R 1 is a C 1-6 divalent alkylene group, and R 2 , R 3 and R 4 are each independently a methoxy group, an ethoxy group, a phenoxy group, a methyl group, an ethyl group or a phenyl group, with the proviso that at least one of R 2 , R 3 and R 4 is a methoxy group, an ethoxy group or a phenoxy group.
A system useable to barricade a door , comprising: an anchor comprising an upper portion and a lower portion , wherein the upper portion comprises a first key on a first vertical planar surface , and wherein the lower portion is configured to be insertable in an opening in a floor proximate to an inside surface of the door ; and a lock affixable to the door , wherein the lock comprises a stop , a key plate , and a cross member , wherein when the lock is affixed to the door the stop is configured to be proximate to an outside surface of the door and the key plate is configured to be proximate to the inside surface of the door , and wherein the key plate comprises a second key on a second vertical planar surface , wherein the upper portion is configured to engage the key plate by connection of the first and second keys when the lower portion is inserted in the opening in the floor , wherein inserting the lower portion in the opening in the floor and thereby connecting the first and second keys brings the first and second vertical planar surfaces into contact, and wherein the cross member is configured to connect the stop and the key plate through an opening in the door . an anchor comprising an upper portion and a lower portion , wherein the upper portion comprises a first key on a first vertical planar surface , and wherein the lower portion is configured to be insertable in an opening in a floor proximate to an inside surface of the door ; and a lock affixable to the door , wherein the lock comprises a stop , a key plate , and a cross member , wherein when the lock is affixed to the door the stop is configured to be proximate to an outside surface of the door and the key plate is configured to be proximate to the inside surface of the door , and wherein the key plate comprises a second key on a second vertical planar surface , wherein the upper portion is configured to engage the key plate by connection of the first and second keys when the lower portion is inserted in the opening in the floor , wherein inserting the lower portion in the opening in the floor and thereby connecting the first and second keys brings the first and second vertical planar surfaces into contact, and wherein the cross member is configured to connect the stop and the key plate through an opening in the door .
An electrosurgical wand comprising: an elongate housing that defines a handle end and a distal end ; a first discharge aperture on the distal end of the elongate housing, the first discharge aperture fluidly coupled to a first fluid conduit , and the first fluid conduit within the elongate housing ; a first active electrode of conductive material disposed on the distal end of the elongate housing; a first return electrode of conductive material disposed within the first fluid conduit proximate to the first aperture such that at least some fluid flowing in the first fluid conduit contacts the first return electrode before discharging through the first discharge aperture toward the first active electrode ; and an aspiration aperture on the distal end of the elongate housing fluidly coupled to an aspiration conduit , the aspiration conduit within the elongate housing , characterized in that at least a portion of the first active electrode extends over the first discharge aperture . an elongate housing that defines a handle end and a distal end ; a first discharge aperture on the distal end of the elongate housing, the first discharge aperture fluidly coupled to a first fluid conduit , and the first fluid conduit within the elongate housing ; a first active electrode of conductive material disposed on the distal end of the elongate housing; a first return electrode of conductive material disposed within the first fluid conduit proximate to the first aperture such that at least some fluid flowing in the first fluid conduit contacts the first return electrode before discharging through the first discharge aperture toward the first active electrode ; and an aspiration aperture on the distal end of the elongate housing fluidly coupled to an aspiration conduit , the aspiration conduit within the elongate housing , characterized in that at least a portion of the first active electrode extends over the first discharge aperture .
Ultrasonic rolling/knurling and cutting device for a hot-melt article, the device comprising a shoe with, on the one hand, a first part receiving a pivoting support on which is attached an ultrasonic assembly comprising a sonotrode connected to a frequency converter and, on the other hand, a second part receiving a counter-tool oppositely aligned with the sonotrode and a cutting blade , characterised in that it comprises a frequency generator and a fan , rigidly attached to the support , the frequency generator supplies the frequency converter and the fan , the fan being intended to blow out an airflow at a point of contact between the sonotrode and the counter-tool .