mhurhangee/ep-ind-claims huggingface dataset:
Fly-screen roller blind comprising a fly screen, which is rolled up to form a roll that has a longitudinal axis, and comprising a spring shaft, which extends inside the roll, characterised in that each of the opposing ends of the fly-screen roller blind, with respect to a longitudinal axis of the roll, is encompassed by a cap outer wall of an end cap that extends in the direction of the longitudinal axis, over a portion of the length of the fly-screen roller blind which corresponds to less than half of the fly-screen roller blind, and so as to cover the roll, such that a portion of the length of the roll is exposed, and in that, surrounded by the cap outer wall, a mandrel is provided which extends in the direction of the longitudinal axis, the mandrel interacting with the spring shaft.
A method of preparing a compound of Formula 1, the method comprising synthesizing the compound of Formula 1 by subjecting a compound of Formula 2 to a hydrogenation reaction in the presence of a metal catalyst through continuous flow synthesis under substantially water-free reaction conditions: wherein, in Formulae 1 and 2, R 1 to R 3 are each independently C=O, α-OH, β-OH, or H, R 4 is H or an α-C 1-6 alkyl, R 5 is OH or NHCH 2 COOH, at least one of R 1 to R 3 is α-OH or β-OH, R 6 to R 8 are each independently C=O, α-OH, β-OH, or H, R 4 is H or an α-C 1-6 alkyl, R 5 is OH or NHCH 2 COOH, at least one of R 6 to R 8 is C=O, wherein the at least one C=O of R 6 to R 8 is reduced to α-OH or β-OH through the hydrogenation reaction, wherein the term "substantially water-free reaction conditions" means that the moisture content under reaction conditions is less than 5 % w/v and wherein the reaction solution comprises a base. R 1 to R 3 are each independently C=O, α-OH, β-OH, or H, R 4 is H or an α-C 1-6 alkyl, R 5 is OH or NHCH 2 COOH, at least one of R 1 to R 3 is α-OH or β-OH, R 6 to R 8 are each independently C=O, α-OH, β-OH, or H, R 4 is H or an α-C 1-6 alkyl, R 5 is OH or NHCH 2 COOH, at least one of R 6 to R 8 is C=O, wherein the at least one C=O of R 6 to R 8 is reduced to α-OH or β-OH through the hydrogenation reaction, wherein the term "substantially water-free reaction conditions" means that the moisture content under reaction conditions is less than 5 % w/v and wherein the reaction solution comprises a base.
An IM-5 molecular sieve, characterized in that the IM-5 molecular sieve is in the form of a hollow sphere, the hollow sphere having an outer diameter of 2-15 μm, preferably 2-10 μm, more preferably 4-8 μm.
A foot pedal control for a surgical system, comprising: a base; a treadle mounted for rotational yaw movement relative to the base and having a generally planar foot platform; and a pair of guides mounted on the treadle flanking and extending upward from the foot platform, at least one of the guides being movable to adjust the lateral spacing therebetween and accommodate variable foot widths on the foot platform therebetween, characterized in that the foot pedal control comprises a sensor that tracks the yaw movements of the treadle and generates an electronic signal therefor; wherein the at least one adjustable guide is also adjustable in an anterior-posterior direction. a base; a treadle mounted for rotational yaw movement relative to the base and having a generally planar foot platform; and a pair of guides mounted on the treadle flanking and extending upward from the foot platform, at least one of the guides being movable to adjust the lateral spacing therebetween and accommodate variable foot widths on the foot platform therebetween, characterized in that the foot pedal control comprises a sensor that tracks the yaw movements of the treadle and generates an electronic signal therefor; wherein the at least one adjustable guide is also adjustable in an anterior-posterior direction.
A foot exercising device for exerting pressure on at least heel, middle foot bones and toes to perform foot correction exercises, comprising: - a foot support comprising - an elevated footrest to support a foot of a person thereon, wherein the elevated footrest forms a positive elevation between a heel and toes of the foot; characterized in that the foot support further comprises - a lift wedge to be arranged on the elevated footrest and operable to receive at least one toe thereon to form a positive elevation between middle foot bones and the corresponding toes of the foot, wherein the lift wedge is rotatable in operation to change a position thereof on the elevated footrest; and - a tilting arrangement comprising - a pair of spaced apart fixed plates (112, 114) coupled to the elevated footrest; - at least one movable plate (116, 118) hingedly coupled to the fixed plates; - a centre plate coupled with the at least one movable plate, the centre plate operable to receive a calf of the person, and - a rod pivotally coupled to the centre plate and operable to tilt the centre plate to exert pressure on at least the heel, the middle foot bones and the toes to perform foot correction exercises. - a foot support comprising - an elevated footrest to support a foot of a person thereon, wherein the elevated footrest forms a positive elevation between a heel and toes of the foot; characterized in that the foot support further comprises - a lift wedge to be arranged on the elevated footrest and operable to receive at least one toe thereon to form a positive elevation between middle foot bones and the corresponding toes of the foot, wherein the lift wedge is rotatable in operation to change a position thereof on the elevated footrest; and - a tilting arrangement comprising - a pair of spaced apart fixed plates (112, 114) coupled to the elevated footrest; - at least one movable plate (116, 118) hingedly coupled to the fixed plates; - a centre plate coupled with the at least one movable plate, the centre plate operable to receive a calf of the person, and - a rod pivotally coupled to the centre plate and operable to tilt the centre plate to exert pressure on at least the heel, the middle foot bones and the toes to perform foot correction exercises.
A remote maintenance server for remotely maintaining at least one maintenance point provided with an air conditioner having a plurality of indoor units (154-1, 151-1, 151-2) performing air conditioning and at least one outdoor unit connected to the indoor units to drive the indoor units, the remote maintenance server comprising: a communication unit configured to perform communication with the at least one maintenance point; and a controller configured to control the communication unit to detect a first indoor unit being continuously operated during a specific time period or a second indoor unit being operated during a non-operating time period corresponding to at least one maintenance point among the plurality of indoor units when a waste operation mode is activated, and transmit a control command for controlling the operation of the detected first indoor unit or second indoor unit to the at least one maintenance point, wherein the controller stops the operation of the first indoor unit and the second indoor unit through the control command or controls at least one of an operation rate, a set temperature for the plurality of indoor units (154-1, 151-1, 151-2) and a compression capacity of a compressor contained in the air conditioner according to a control setting value. a communication unit configured to perform communication with the at least one maintenance point; and a controller configured to control the communication unit to detect a first indoor unit being continuously operated during a specific time period or a second indoor unit being operated during a non-operating time period corresponding to at least one maintenance point among the plurality of indoor units when a waste operation mode is activated, and transmit a control command for controlling the operation of the detected first indoor unit or second indoor unit to the at least one maintenance point, wherein the controller stops the operation of the first indoor unit and the second indoor unit through the control command or controls at least one of an operation rate, a set temperature for the plurality of indoor units (154-1, 151-1, 151-2) and a compression capacity of a compressor contained in the air conditioner according to a control setting value.
Anti-overflow device comprising: a first electrode and a second electrode, spaced apart from each other; an insulator with a cavity arranged on an outer surface of the insulator, the first electrode being installed inside the insulator, and comprising a projecting portion protruding from a bottom wall of the cavity, characterised in that: the distance between a side wall of the cavity and an outer surface of the projecting portion of the first electrode gradually increases from the bottom wall of the cavity in a direction extending towards an opening of the cavity. a first electrode and a second electrode, spaced apart from each other; an insulator with a cavity arranged on an outer surface of the insulator, the first electrode being installed inside the insulator, and comprising a projecting portion protruding from a bottom wall of the cavity, characterised in that: the distance between a side wall of the cavity and an outer surface of the projecting portion of the first electrode gradually increases from the bottom wall of the cavity in a direction extending towards an opening of the cavity.
A device for adjusting the relative rotational angular position of nested cam shafts in a combustion engine, said device comprising: (a) a shaft arrangement comprising a first cam shaft and a second cam shaft, one of which extends at least in an axial shaft portion in the other, and which can be rotated relative to each other; (b) a phase setter which is assembled as an assembly unit on an axial end of the shaft arrangement and comprises a stator, which is non-rotationally connected to the first cam shaft, and a rotor which can be rotary-driven by the stator and can be adjusted in its rotational angle relative to the stator; (c) a connecting device (2a, 14, 21; 2a, 14, 45; 2a, 14, 55) which fastens the phase setter to the shaft arrangement in relation to the axial direction and connects the rotor non-rotationally to the second cam shaft; and (d) a drive wheel (10; 40; 50), which is rotationally fixed to the first cam shaft and the stator, for rotary-driving the first cam shaft and the stator; (e) wherein a cam shaft engaging structure (12; 41; 51), which is rotationally fixed to the first cam shaft, and a phase setter engaging structure (6; 46; 56) which is rotationally fixed to the stator are pushed axially into each other in a rotational blocking engagement and connect the stator, secured against rotating, to the first cam shaft in a positive fit; characterised in that (f) the drive wheel forms the cam shaft engaging structure. (a) a shaft arrangement comprising a first cam shaft and a second cam shaft, one of which extends at least in an axial shaft portion in the other, and which can be rotated relative to each other; (b) a phase setter which is assembled as an assembly unit on an axial end of the shaft arrangement and comprises a stator, which is non-rotationally connected to the first cam shaft, and a rotor which can be rotary-driven by the stator and can be adjusted in its rotational angle relative to the stator; (c) a connecting device (2a, 14, 21; 2a, 14, 45; 2a, 14, 55) which fastens the phase setter to the shaft arrangement in relation to the axial direction and connects the rotor non-rotationally to the second cam shaft; and (d) a drive wheel (10; 40; 50), which is rotationally fixed to the first cam shaft and the stator, for rotary-driving the first cam shaft and the stator; (e) wherein a cam shaft engaging structure (12; 41; 51), which is rotationally fixed to the first cam shaft, and a phase setter engaging structure (6; 46; 56) which is rotationally fixed to the stator are pushed axially into each other in a rotational blocking engagement and connect the stator, secured against rotating, to the first cam shaft in a positive fit; characterised in that (f) the drive wheel forms the cam shaft engaging structure.
An apparatus compliant at least in part with a Peripheral Component Interface Express 'PCIe' standard comprising logic that is part of an upstream port, the logic configured to: determine whether the apparatus is in a first link state; determine whether an indication that the apparatus is to transition to a second link state, the second link state to consume less power than the first link state, has been received in response to the determination that the apparatus is in the first link state; and transition from the first link state to the second link state in response to the determination that the indication has been received, wherein: the logic is further configured to determine whether a service latency requirement of a downstream port coupled with the upstream port is less than a threshold; and to transition from the first link state to the second link state in response to the determination that the indication has been received and the determination that the service latency requirement of the downstream port coupled with the upstream port is less than the threshold; characterized in that the logic is further configured to: disable a receiver circuitry, a transmitter circuitry, and a phase locked loop 'PLL', and to enable an Alternating Current 'AC' common mode circuitry of the upstream port. determine whether the apparatus is in a first link state; determine whether an indication that the apparatus is to transition to a second link state, the second link state to consume less power than the first link state, has been received in response to the determination that the apparatus is in the first link state; and transition from the first link state to the second link state in response to the determination that the indication has been received, wherein: the logic is further configured to determine whether a service latency requirement of a downstream port coupled with the upstream port is less than a threshold; and to transition from the first link state to the second link state in response to the determination that the indication has been received and the determination that the service latency requirement of the downstream port coupled with the upstream port is less than the threshold; characterized in that the logic is further configured to: disable a receiver circuitry, a transmitter circuitry, and a phase locked loop 'PLL', and to enable an Alternating Current 'AC' common mode circuitry of the upstream port.
An opener and closure device for opening and closing a door on a frame, the device comprising: · a handle that is fitted on said door by mounting means that are mounted to pivot on said door; and · two bars that are connected mechanically to a movable driver; said handle including an actuator tab that is adapted to co-operate with an interaction portion of the driver; and said actuator tab of the handle and said driver being arranged relative to each other in such a manner that movement of the driver, caused by the movement of the two bars while closing the door on the frame, causes said interaction portion to move away from said actuator tab of the handle, said interaction portion of the driver and said actuator tab of the handle thus not being in contact; said device being characterized in that: · said mounting means for mounting the handle comprise a pivot pin that is arranged at a first longitudinal end of said handle and that extends from the handle along a pivot axis, and snapfastener means that are arranged at the second longitudinal end of the handle and that are adapted to be snap-fastened on a shaft that is secured to the door; and · arranged in the proximity of the second longitudinal end of the handle, the device further includes locking means for locking the handle on the door, which locking means are movable between a first position in which they allow the handle to pivot, and a second position in which they prevent the handle from pivoting. · a handle that is fitted on said door by mounting means that are mounted to pivot on said door; and · two bars that are connected mechanically to a movable driver; said handle including an actuator tab that is adapted to co-operate with an interaction portion of the driver; and said actuator tab of the handle and said driver being arranged relative to each other in such a manner that movement of the driver, caused by the movement of the two bars while closing the door on the frame, causes said interaction portion to move away from said actuator tab of the handle, said interaction portion of the driver and said actuator tab of the handle thus not being in contact; said device being characterized in that: · said mounting means for mounting the handle comprise a pivot pin that is arranged at a first longitudinal end of said handle and that extends from the handle along a pivot axis, and snapfastener means that are arranged at the second longitudinal end of the handle and that are adapted to be snap-fastened on a shaft that is secured to the door; and · arranged in the proximity of the second longitudinal end of the handle, the device further includes locking means for locking the handle on the door, which locking means are movable between a first position in which they allow the handle to pivot, and a second position in which they prevent the handle from pivoting.
Transferring carriage of vehicles for automatic mechanical parking systems comprising: - at least a frame; - means of handling of said carriage; and - at least a device of centering, raising and keeping of the wheel of a vehicle; - said device comprises at least a couple of clamp elements and at least a movable support; each couple of clamp elements being supported by said movable support; said movable support being translatable transversally for positioning said clamp elements of a same couple in proximity of a wheel of an axle of a vehicle; - said transferring carriage being characterized in that the device of centering, raising and keeping of the wheel of a vehicle is designed for performing, the centering, the raising and the keeping of the two wheels of an axle of a vehicle by means of a single transversal movement towards outside of the carriage of the movable supports and of the couples of clamp elements integral therewith. - at least a frame; - means of handling of said carriage; and - at least a device of centering, raising and keeping of the wheel of a vehicle; - said device comprises at least a couple of clamp elements and at least a movable support; each couple of clamp elements being supported by said movable support; said movable support being translatable transversally for positioning said clamp elements of a same couple in proximity of a wheel of an axle of a vehicle; - said transferring carriage being characterized in that the device of centering, raising and keeping of the wheel of a vehicle is designed for performing, the centering, the raising and the keeping of the two wheels of an axle of a vehicle by means of a single transversal movement towards outside of the carriage of the movable supports and of the couples of clamp elements integral therewith.
A method for controlling a switch mode power supply, SMPS, comprising: comparing an SMPS output voltage to upper and lower reference voltage thresholds at first and second comparators (211, 212) to generate first and second comparator outputs over a plurality of sampling intervals during each cycle of a fixed frequency pulse width modulated, PWM, signal, wherein a frequency of a clock input is higher than the frequency of the PWM signal in order to achieve sufficient sampling resolution; monitoring the first and second comparator outputs with dedicated counters to detect excursion counts identifying for how many sampling intervals the SMPS output voltage exceeds the respective upper and lower reference voltage thresholds during each cycle of the fixed frequency PWM signal; evaluating the excursion counts from the dedicated counters with a non-linear multi-step digital control loop detection sequence to generate duty cycle adjustment instructions for controlling each duty cycle of the fixed frequency PWM signal, wherein the non-linear multi-step digital control loop detection sequence is implemented as a programming code sequence; adjusting each duty cycle of the fixed frequency PWM signal in response to a corresponding duty cycle adjustment instruction; and supplying the fixed frequency PWM signal to drive a gate of a power switch transistor, so that the output voltage (VOUT) stays between the upper and lower reference voltage thresholds. comparing an SMPS output voltage to upper and lower reference voltage thresholds at first and second comparators (211, 212) to generate first and second comparator outputs over a plurality of sampling intervals during each cycle of a fixed frequency pulse width modulated, PWM, signal, wherein a frequency of a clock input is higher than the frequency of the PWM signal in order to achieve sufficient sampling resolution; monitoring the first and second comparator outputs with dedicated counters to detect excursion counts identifying for how many sampling intervals the SMPS output voltage exceeds the respective upper and lower reference voltage thresholds during each cycle of the fixed frequency PWM signal; evaluating the excursion counts from the dedicated counters with a non-linear multi-step digital control loop detection sequence to generate duty cycle adjustment instructions for controlling each duty cycle of the fixed frequency PWM signal, wherein the non-linear multi-step digital control loop detection sequence is implemented as a programming code sequence; adjusting each duty cycle of the fixed frequency PWM signal in response to a corresponding duty cycle adjustment instruction; and supplying the fixed frequency PWM signal to drive a gate of a power switch transistor, so that the output voltage (VOUT) stays between the upper and lower reference voltage thresholds.