mhurhangee/patent-ind-claim-en huggingface dataset:
A table saw comprising: a base assembly ; a table assembly supported by the base assembly, the table assembly defining a workpiece support plane ; a saw assembly supported by at least one of the table assembly and the base assembly, the saw assembly including a saw blade extending through the table assembly; and a fence assembly disposed on the table assembly, the fence assembly comprising a fixed rail connected to the table assembly, a sliding rail slidingly connected to the fixed rail, and a fence attached to the sliding rail, wherein the fence comprises a fence mount disposable on the sliding rail, a fence beam , having a fence plane (FP), connected to the fence mount and a lock mechanism disposed on the fence mount for locking the fence mount on the sliding rail, wherein the fence can be disposed on the sliding rail in a first position where the fence beam is between first and second ends of the sliding rail, and a second position where the fence beam is not between the first and second ends of the sliding rail, characterised in that the fence plane (FP) is substantially perpendicular to the workpiece support plane in both the first position and the second position. a base assembly ; a table assembly supported by the base assembly, the table assembly defining a workpiece support plane ; a saw assembly supported by at least one of the table assembly and the base assembly, the saw assembly including a saw blade extending through the table assembly; and a fence assembly disposed on the table assembly, the fence assembly comprising a fixed rail connected to the table assembly, a sliding rail slidingly connected to the fixed rail, and a fence attached to the sliding rail, wherein the fence comprises a fence mount disposable on the sliding rail, a fence beam , having a fence plane (FP), connected to the fence mount and a lock mechanism disposed on the fence mount for locking the fence mount on the sliding rail, wherein the fence can be disposed on the sliding rail in a first position where the fence beam is between first and second ends of the sliding rail, and a second position where the fence beam is not between the first and second ends of the sliding rail, characterised in that the fence plane (FP) is substantially perpendicular to the workpiece support plane in both the first position and the second position.
A radiation curable composition for additive fabrication comprising: a) from 40 to 95 wt.%, based on the total weight of the composition, of a urethane methacrylate oligomer having at least one polymerizable group, wherein the urethane methacrylate oligomer is the reaction product of a diisocyanate, a polyol, and a hydroxy-functional methacrylate, and wherein the urethane methacrylate oligomer has a number average molecular weight (M n ) from 750 to 4000 g/mol; b) an effective quantity of a monofunctional reactive diluent monomer; c) from 2 to 20 wt.%, based on the total weight of the composition, of a methacrylate-functional network building agent (NBA) comprising a number average of greater than 1.5 polymerizable groups; wherein at least one of the polymerizable groups of the methacrylate-functional NBA is able to (co)polymerize with the at least one polymerizable group of the urethane methacrylate oligomer, and wherein the methacrylate-functional NBA possesses an M n value that is less than the M n value of the urethane methacrylate oligomer and higher than the M n of the reactive diluent monomer; d) optionally, one or more photoinitiators; and e) optionally, one or more additives; wherein M n is measured by size exclusion chromatography (SEC) calibrated with a polystyrene standard in tetrahydrofuran. a) from 40 to 95 wt.%, based on the total weight of the composition, of a urethane methacrylate oligomer having at least one polymerizable group, wherein the urethane methacrylate oligomer is the reaction product of a diisocyanate, a polyol, and a hydroxy-functional methacrylate, and wherein the urethane methacrylate oligomer has a number average molecular weight (M n ) from 750 to 4000 g/mol; wherein the urethane methacrylate oligomer is the reaction product of a diisocyanate, a polyol, and a hydroxy-functional methacrylate, and wherein the urethane methacrylate oligomer has a number average molecular weight (M n ) from 750 to 4000 g/mol; b) an effective quantity of a monofunctional reactive diluent monomer; c) from 2 to 20 wt.%, based on the total weight of the composition, of a methacrylate-functional network building agent (NBA) comprising a number average of greater than 1.5 polymerizable groups; wherein at least one of the polymerizable groups of the methacrylate-functional NBA is able to (co)polymerize with the at least one polymerizable group of the urethane methacrylate oligomer, and wherein the methacrylate-functional NBA possesses an M n value that is less than the M n value of the urethane methacrylate oligomer and higher than the M n of the reactive diluent monomer; wherein at least one of the polymerizable groups of the methacrylate-functional NBA is able to (co)polymerize with the at least one polymerizable group of the urethane methacrylate oligomer, and wherein the methacrylate-functional NBA possesses an M n value that is less than the M n value of the urethane methacrylate oligomer and higher than the M n of the reactive diluent monomer; d) optionally, one or more photoinitiators; and e) optionally, one or more additives;
Computer-implemented method for reproducing noise components of lossy recorded operating signals of a technical system (TS), wherein a) input operating signals for a control device of the technical system (TS) and target operating signals for controlling the technical system (TS) are lossy recorded, b) on the basis of the recorded operating signals (CSI, CST), a neural network (NN, BNN) is trained to reproduce a recorded target operating signal (CST) and a statistical distribution of a stochastic component of the recorded target operating signal (CST) on the basis of a recorded input operating signal (CSI), c) a current input operating signal (SI) of the technical system (TS) is supplied to the trained neural network (NN, BNN), d) an output signal (OST) having a noise component modelled on the statistical distribution is generated on the basis of the supplied current input operating signal (SI) and a noise signal (NS), and e) the output signal (OST) is output as the current target operating signal for controlling the technical system (TS). a) input operating signals for a control device of the technical system (TS) and target operating signals for controlling the technical system (TS) are lossy recorded, b) on the basis of the recorded operating signals (CSI, CST), a neural network (NN, BNN) is trained to reproduce a recorded target operating signal (CST) and a statistical distribution of a stochastic component of the recorded target operating signal (CST) on the basis of a recorded input operating signal (CSI), c) a current input operating signal (SI) of the technical system (TS) is supplied to the trained neural network (NN, BNN), d) an output signal (OST) having a noise component modelled on the statistical distribution is generated on the basis of the supplied current input operating signal (SI) and a noise signal (NS), and e) the output signal (OST) is output as the current target operating signal for controlling the technical system (TS).
A memory device comprising: a memory array including a plurality of bit cells , wherein each bit cell of the plurality of bit cells is configured to switch between a first state and a second state; a short detection component configured to identify at least one bit cell of the plurality of bit cells fixed in one of the first or second states, wherein the short detection component is configured to identify the at least one bit cell based at least in part on a comparison of a reference voltage representing a reference resistance with a corresponding voltage representing a resistance associated with the at least one bit cell being sampled; and an inversion component configured to determine that a state of a first data bit to be stored in the at least one bit cell differs from the fixed state of the at least one bit cell ; and invert the first data bit, in response to determining that the state of the first data bit differs from the fixed state of the at least one bit cell . a memory array including a plurality of bit cells , wherein each bit cell of the plurality of bit cells is configured to switch between a first state and a second state; a short detection component configured to identify at least one bit cell of the plurality of bit cells fixed in one of the first or second states, wherein the short detection component is configured to identify the at least one bit cell based at least in part on a comparison of a reference voltage representing a reference resistance with a corresponding voltage representing a resistance associated with the at least one bit cell being sampled; and an inversion component configured to determine that a state of a first data bit to be stored in the at least one bit cell differs from the fixed state of the at least one bit cell ; and invert the first data bit, in response to determining that the state of the first data bit differs from the fixed state of the at least one bit cell .
Reinforcement member for a vehicle comprising a body made of a press hardened steel having a tensile strength greater or equal to 1200 MPa coated with a zinc-based coating or with an aluminum-based coating, said body extending along a main direction (A), the reinforcement member further comprising at least one tab extending from the body along a transversal direction (B) forming a non-zero angle (α) with the main direction (A), the bend between the body and the tab defining an intrados and an extrados , characterized in that said tab is made of a cold bent part of the body , the elongation of the extrados being comprised between 10% and 25%.
Final drive for a motor vehicle, comprising a first input shaft , a second input shaft , a first output shaft and a second output shaft , wherein the first input shaft is permanently coupled to the first output shaft by means of a first ring gear transmission and the second input shaft is permanently coupled to the second output shaft by means of a second ring gear transmission , wherein the first input shaft and the second input shaft are arranged coaxially to one another and the first output shaft and the second output shaft extend from the respective ring gear transmission in opposite directions, and wherein axes of rotation of the two input shafts and axes of rotation of the two output shafts lie in an axial plane and a plane perpendicular to the axial plane and containing the axes of rotation of the two input shafts form an angle of at least 75° and at most 90° with the axes of rotation of the output shafts , wherein in a transmission housing of the final drive a bearing element secured to the transmission housing is arranged, which has a first bearing projection and a second bearing projection , wherein on the first bearing projection a first ring gear of the first ring gear transmission connected rigidly to the first output shaft is mounted and on the second bearing projection a second ring gear of the second ring gear transmission rigidly connected to the second output shaft is mounted, characterised in that the transmission housing is configured as multiple parts and has a first housing shell and a second housing shell , wherein the bearing element designed separately from the transmission housing is secured on opposite sides of a contact plane on the one hand on the first housing shell and on the other hand on the second housing shell .
A vehicle comprising: a connection unit configured to connect a power cable ; a lid of said connection unit ; a first lock unit configured to lock connection between said connection unit and said power cable ; a second lock unit configured to lock said lid to a closed state; and a drive device configured to drive both said first and second lock units to a locked state when at least one of first and second conditions is established, said first condition permitting said first lock unit to be locked, said second condition permitting said second lock unit to be locked; a cable lock switch configured to allow a user to operate said first lock unit ; and a lid lock switch configured to allow the user to operate said second lock unit , wherein: said first condition is established when said power cable is connected to said connection unit , said first lock unit is unlocked and said cable lock switch is operated; and said second condition is established when said power cable is disconnected from said connection unit , said lid is in the closed state, said second lock unit is unlocked, and said lid lock switch is operated. a connection unit configured to connect a power cable ; a lid of said connection unit ; a first lock unit configured to lock connection between said connection unit and said power cable ; a second lock unit configured to lock said lid to a closed state; and a drive device configured to drive both said first and second lock units to a locked state when at least one of first and second conditions is established, said first condition permitting said first lock unit to be locked, said second condition permitting said second lock unit to be locked; a cable lock switch configured to allow a user to operate said first lock unit ; and a lid lock switch configured to allow the user to operate said second lock unit , wherein: said first condition is established when said power cable is connected to said connection unit , said first lock unit is unlocked and said cable lock switch is operated; and said second condition is established when said power cable is disconnected from said connection unit , said lid is in the closed state, said second lock unit is unlocked, and said lid lock switch is operated. said first condition is established when said power cable is connected to said connection unit , said first lock unit is unlocked and said cable lock switch is operated; and said second condition is established when said power cable is disconnected from said connection unit , said lid is in the closed state, said second lock unit is unlocked, and said lid lock switch is operated.
A razor assembly , comprising: at least one shaving blade having a cutting edge; a blade housing configured to accommodate the at least one shaving blade such that a width direction of the blade housing is in parallel with a longitudinal direction of the cutting edge and comprising an inlet portion disposed on a rear surface of the blade housing , a discharge portion , and a communication portion configured to communicate the inlet portion to the discharge portion ; a cover member configured to cover at least a portion of a rear surface of the blade housing ; and an aid supplying member configured to deliver a shaving aid to the inlet portion , wherein the shaving aid, which is delivered from the aid supplying member to the inlet portion , passes through the communication portion and is discharged from the discharge portion , characterised in that the communication portion has a recessed shape with an open side on the rear surface of the blade housing , and wherein the open side of the communication portion is closed by the cover member . at least one shaving blade having a cutting edge; a blade housing configured to accommodate the at least one shaving blade such that a width direction of the blade housing is in parallel with a longitudinal direction of the cutting edge and comprising an inlet portion disposed on a rear surface of the blade housing , a discharge portion , and a communication portion configured to communicate the inlet portion to the discharge portion ; a cover member configured to cover at least a portion of a rear surface of the blade housing ; and an aid supplying member configured to deliver a shaving aid to the inlet portion , wherein the shaving aid, which is delivered from the aid supplying member to the inlet portion , passes through the communication portion and is discharged from the discharge portion , characterised in that the communication portion has a recessed shape with an open side on the rear surface of the blade housing , and wherein the open side of the communication portion is closed by the cover member .
A transmission mode switching method for transmission mode switching in a combined cell, comprising: monitoring , by user equipment, UE, pilot signals sent by at least two nodes, wherein the pilot signals sent by the different nodes are different, and the pilot signals are used for differentiating the at least two nodes; and sending , by the UE, a physical layer measurement result report to a base station, NodeB, if the UE determines, according to the detected pilot signals, that measurement results of the pilot signals of the at least two nodes meet a preset trigger condition, so that the NodeB performs downlink transmission mode switching, wherein the preset trigger condition is: the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls within a preset threshold range; or the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls beyond a preset threshold range; wherein the parameter value of the pilot signals is any one of the following: a strength difference of the pilot signals, a channel quality difference, and a path gain difference. monitoring , by user equipment, UE, pilot signals sent by at least two nodes, wherein the pilot signals sent by the different nodes are different, and the pilot signals are used for differentiating the at least two nodes; and sending , by the UE, a physical layer measurement result report to a base station, NodeB, if the UE determines, according to the detected pilot signals, that measurement results of the pilot signals of the at least two nodes meet a preset trigger condition, so that the NodeB performs downlink transmission mode switching, wherein the preset trigger condition is: the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls within a preset threshold range; or the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls beyond a preset threshold range; wherein the parameter value of the pilot signals is any one of the following: a strength difference of the pilot signals, a channel quality difference, and a path gain difference.
A braking system for a trailer of a vehicle having a towing vehicle and a trailer , the trailer having: at least four ground engaging wheels , each having an associated brake actuator, the first and second wheels being supported on opposing sides of a first axle and the third and fourth wheels being supported on opposing sides of a second axle, the braking system having a control system including: a first braking valve system for supplying a first pressure to the brake actuator of the first wheel , a second braking valve system for supplying a second pressure to the brake actuator of the second wheel , and a second axle valve system for supplying a third pressure to the brake actuators of the third and fourth wheels , characterised in that the control system is operable to control the first braking valve system independently from the second braking valve system such that the brake actuators of the first and second wheels are independently operable, and the second axle valve system is configured to adopt the pressure of a dominant braking valve system, so that the third pressure corresponds to the pressure from the dominant braking valve system, wherein the dominant braking valve system is the one of the first and second braking valve systems supplying the lowest pressure, wherein the control system is operable to implement a synchronisation threshold to control the difference between the first pressure and the second pressure. at least four ground engaging wheels , each having an associated brake actuator, the first and second wheels being supported on opposing sides of a first axle and the third and fourth wheels being supported on opposing sides of a second axle, the braking system having a control system including: a first braking valve system for supplying a first pressure to the brake actuator of the first wheel , a second braking valve system for supplying a second pressure to the brake actuator of the second wheel , and a second axle valve system for supplying a third pressure to the brake actuators of the third and fourth wheels , a first braking valve system for supplying a first pressure to the brake actuator of the first wheel , a second braking valve system for supplying a second pressure to the brake actuator of the second wheel , and a second axle valve system for supplying a third pressure to the brake actuators of the third and fourth wheels , characterised in that the control system is operable to control the first braking valve system independently from the second braking valve system such that the brake actuators of the first and second wheels are independently operable, and the second axle valve system is configured to adopt the pressure of a dominant braking valve system, so that the third pressure corresponds to the pressure from the dominant braking valve system, wherein the dominant braking valve system is the one of the first and second braking valve systems supplying the lowest pressure, wherein the control system is operable to implement a synchronisation threshold to control the difference between the first pressure and the second pressure.
A production method for thermoplastic resin composite material in which main base material containing thermoplastic resin and sheet-like shaped auxiliary base material are integrally molded and are made into composite material, the production method comprising the steps of: heating the auxiliary base material; disposing the heated auxiliary base material in a mold ; disposing the main base material on the heated auxiliary base material disposed in the mold; closing the mold, and integrally molding the heated auxiliary base material and the main base material by pressing together the heated auxiliary base material and the main base material in the mold; and taking out the integrally-molded thermoplastic resin composite material from the mold, wherein the method further comprises: pressing the auxiliary base material against the mold, after the step of disposing the heated auxiliary base material in the mold, and before the step of disposing the main base material in the mold. heating the auxiliary base material; disposing the heated auxiliary base material in a mold ; disposing the main base material on the heated auxiliary base material disposed in the mold; closing the mold, and integrally molding the heated auxiliary base material and the main base material by pressing together the heated auxiliary base material and the main base material in the mold; and taking out the integrally-molded thermoplastic resin composite material from the mold, wherein the method further comprises: pressing the auxiliary base material against the mold, after the step of disposing the heated auxiliary base material in the mold, and before the step of disposing the main base material in the mold.