mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a phosphorus-containing ligand, comprising: mixing a phosphorus chloride compound as shown in Formula, first polypyridine ionic liquid-loaded porous microspheres with a first organic solvent to obtain a first mixture, and mixing a compound as shown in Formula with a second organic solvent to obtain a second mixture; and mixing the first mixture with the second mixture in a reaction device to make the first mixture react with the second mixture to obtain a reaction mixture, removing generated hydrogen chloride from the reaction device, filtrating the reaction mixture to obtain a filter liquor after a reaction of the first mixture and the second mixture, and treating the filter liquor to obtain the phosphorus-containing ligand, wherein in Formula, X and Y are independently selected from substituted aryloxy groups or nitrogen-containing heterocyclic groups, in Formula, Z is a multivalent aliphatic hydrocarbon group or a multivalent aromatic hydrocarbon group comprising at least one substituent group, wherein the at least one substituent group is selected from hydrogen atom, halogen atoms, C 1 -C 10 alkyl group, C 1 -C 10 alkoxy group, C 1 -C 10 alkanoyl group, aryl group, heteroaryl group, cyano group, or nitro group, and n is an integer in a range of 1 to 8. mixing a phosphorus chloride compound as shown in Formula, first polypyridine ionic liquid-loaded porous microspheres with a first organic solvent to obtain a first mixture, and mixing a compound as shown in Formula with a second organic solvent to obtain a second mixture; and mixing the first mixture with the second mixture in a reaction device to make the first mixture react with the second mixture to obtain a reaction mixture, removing generated hydrogen chloride from the reaction device, filtrating the reaction mixture to obtain a filter liquor after a reaction of the first mixture and the second mixture, and treating the filter liquor to obtain the phosphorus-containing ligand, wherein in Formula, X and Y are independently selected from substituted aryloxy groups or nitrogen-containing heterocyclic groups, in Formula, Z is a multivalent aliphatic hydrocarbon group or a multivalent aromatic hydrocarbon group comprising at least one substituent group, wherein the at least one substituent group is selected from hydrogen atom, halogen atoms, C 1 -C 10 alkyl group, C 1 -C 10 alkoxy group, C 1 -C 10 alkanoyl group, aryl group, heteroaryl group, cyano group, or nitro group, and n is an integer in a range of 1 to 8.
A method of operation of an electronic device system comprising: detecting a drag performed on a touch screen, the drag having a first direction from a starting point and an ending point; defining a stretchable cursor (402) extendable based on the drag, the stretchable cursor having a cursor length, a cursor direction, a starting portion, and an ending portion at the ending point and larger than the starting portion at the starting point; displaying the stretchable cursor on the touch screen, the stretchable cursor stretched across a centerline (1502) on the touch screen, wherein the centerline bisects the touch screen; detecting whether a second direction of the drag is opposite the first direction; and moving a starting position of the stretchable cursor toward the centerline and away from the starting point when the second direction is opposite the first direction, wherein if the starting position of the stretchable cursor reaches the centerline its position becomes fixed wherein a process of increasing or decreasing a predetermined parameter of the electronic device system based on the direction and length of the cursor is performed. detecting a drag performed on a touch screen, the drag having a first direction from a starting point and an ending point; defining a stretchable cursor (402) extendable based on the drag, the stretchable cursor having a cursor length, a cursor direction, a starting portion, and an ending portion at the ending point and larger than the starting portion at the starting point; displaying the stretchable cursor on the touch screen, the stretchable cursor stretched across a centerline (1502) on the touch screen, wherein the centerline bisects the touch screen; detecting whether a second direction of the drag is opposite the first direction; and moving a starting position of the stretchable cursor toward the centerline and away from the starting point when the second direction is opposite the first direction, wherein if the starting position of the stretchable cursor reaches the centerline its position becomes fixed wherein a process of increasing or decreasing a predetermined parameter of the electronic device system based on the direction and length of the cursor is performed.
A server comprising: one or more processors; and one or more computer-readable media storing computer-executable instructions that, when executed, cause the one or more processors to perform acts comprising: in response to receiving a request, from a device, to transmit an allocation of funds from a payment account to the device as electronic money, generating at least an authorization key associated with the allocation, and transmitting the electronic money to the device with payment information that includes the at least an authorization key associated with the allocation, the allocation of funds being a predetermined amount that is less than the amount of available funds in the payment account; and in response to receiving a request from a payee for a payment of electronic money originating from the device, transmitting a payment to the payee, wherein the request for a payment originates from the device and is encrypted by at least the authorization key and the payment is transmitted after decryption of the request and verification that a balance of the allocation of the funds is not exhausted by previous payments from the device and the payment does not exceed a balance of the allocation of funds. one or more processors; and one or more computer-readable media storing computer-executable instructions that, when executed, cause the one or more processors to perform acts comprising: in response to receiving a request, from a device, to transmit an allocation of funds from a payment account to the device as electronic money, generating at least an authorization key associated with the allocation, and transmitting the electronic money to the device with payment information that includes the at least an authorization key associated with the allocation, the allocation of funds being a predetermined amount that is less than the amount of available funds in the payment account; and in response to receiving a request from a payee for a payment of electronic money originating from the device, transmitting a payment to the payee, in response to receiving a request, from a device, to transmit an allocation of funds from a payment account to the device as electronic money, generating at least an authorization key associated with the allocation, and transmitting the electronic money to the device with payment information that includes the at least an authorization key associated with the allocation, the allocation of funds being a predetermined amount that is less than the amount of available funds in the payment account; and in response to receiving a request from a payee for a payment of electronic money originating from the device, transmitting a payment to the payee,
Rear spoiler for a motor vehicle with a rear spoiler body for influencing a vehicle flow dynamics, wherein the rear spoiler body has, on one surface, a recess to receive and a means to fasten at least one antenna of the motor vehicle, characterised in that the recess is provided on a side facing a vehicle body in the installed position of the rear spoiler body such that the vehicle body and the rear spoiler body, in the installed position of the rear spoiler body, together form a cavity in which the receiving portion of the antenna is provided.
Particle separator which is designed to separate solid particles from a particle-battery-gas mixture introduced at overpressure at an inlet and to release the battery gas at an outlet, characterized in that the particle separator comprises a gas channel wound helically in an axial direction (z), which gas channel fluidically connects the inlet to the outlet, the gas channel having a particle ejector at the outlet end, which particle ejector is open in a radial direction (y) and is designed to allow particles to pass through, characterized in that the gas channel is formed by a screw arranged in a riser pipe, the screw having a screw helix wound around an axial screw spindle, the riser pipe having a radially inwardly projecting thread wound so as to correspond to the screw helix, the riser pipe being gas-permeably closed on the inlet side by means of a sieve plate and being widened in a funnel shape on the outlet side in an outlet trumpet, and the particle ejector being arranged as a radial slot in the casing of the riser pipe in the region of the outlet trumpet. characterized in that the particle separator comprises a gas channel wound helically in an axial direction (z), which gas channel fluidically connects the inlet to the outlet, the gas channel having a particle ejector at the outlet end, which particle ejector is open in a radial direction (y) and is designed to allow particles to pass through, characterized in that the gas channel is formed by a screw arranged in a riser pipe, the screw having a screw helix wound around an axial screw spindle, the riser pipe having a radially inwardly projecting thread wound so as to correspond to the screw helix, the riser pipe being gas-permeably closed on the inlet side by means of a sieve plate and being widened in a funnel shape on the outlet side in an outlet trumpet, and the particle ejector being arranged as a radial slot in the casing of the riser pipe in the region of the outlet trumpet.
Method for nitriding a component of a fuel injection system, said component being subject to high pressure and being composed of an alloyed steel, characterized by the following method steps: - activating the component in inorganic acid, - pre-oxidizing the component in an oxygen-containing atmosphere between 380°C and 420°C, - nitriding the component between 520°C and 570°C at a high first nitriding potential K N,1 in the ε nitride range, - nitriding the component between 520°C and 570°C at a low second nitriding potential K N,2 in the γ' nitride range, wherein the nitriding potential is defined as K N = p NH 3 p H 2 3 / 2 - activating the component in inorganic acid, - pre-oxidizing the component in an oxygen-containing atmosphere between 380°C and 420°C, - nitriding the component between 520°C and 570°C at a high first nitriding potential K N,1 in the ε nitride range, - nitriding the component between 520°C and 570°C at a low second nitriding potential K N,2 in the γ' nitride range,
A test system comprising: an antenna configured to receive a first electromagnetic wave having a first frequency, and convert the first electromagnetic wave to a first electrical signal having the first frequency, the antenna being configured to receive the first electromagnetic wave from a Doppler radar unit at a distance from the test system; a signal generator configured to generate a second electrical signal having a second frequency; and a mixer configured to mix the first electrical signal and second electrical signal to produce a third electrical signal having a third frequency that is a sum of or difference between the second frequency and first frequency, the third frequency representing a Doppler-shifted frequency caused by reflection of the first electromagnetic wave by a target at a distance from the Doppler radar unit, wherein the antenna is further configured to convert the third electrical signal to a second electromagnetic wave having the third frequency, and transmit the second electromagnetic wave back to the Doppler radar unit for calculation of a speed representing that of the target as a function of the first frequency and third frequency; wherein the signal generator is an audio signal generator configured to generate a sinusoidal audio signal as the second electrical signal. an antenna configured to receive a first electromagnetic wave having a first frequency, and convert the first electromagnetic wave to a first electrical signal having the first frequency, the antenna being configured to receive the first electromagnetic wave from a Doppler radar unit at a distance from the test system; a signal generator configured to generate a second electrical signal having a second frequency; and a mixer configured to mix the first electrical signal and second electrical signal to produce a third electrical signal having a third frequency that is a sum of or difference between the second frequency and first frequency, the third frequency representing a Doppler-shifted frequency caused by reflection of the first electromagnetic wave by a target at a distance from the Doppler radar unit, wherein the antenna is further configured to convert the third electrical signal to a second electromagnetic wave having the third frequency, and transmit the second electromagnetic wave back to the Doppler radar unit for calculation of a speed representing that of the target as a function of the first frequency and third frequency; wherein the signal generator is an audio signal generator configured to generate a sinusoidal audio signal as the second electrical signal.
A method for performing an operation of write access to a memory area of a chip card by a computer system, wherein a cryptographic method for transferring an access command and/or the data to be written from the computer system to the chip card is performed, wherein the cryptographic method is based on a symmetric key, the chip card generates an identification, the identification is transferred to the computer system, and the computer system generates the symmetric key, which is individual to the chip card, from the identification and a key of the computer system, characterised in that a key pair (120, 122) for performing an asymmetric encryption method and a certificate for the key pair are stored on the chip card, wherein the certificate is personalised, updated and/or expanded by the write access.
A computer-implemented method to provide blurring in an image, the method comprising: obtaining an input image; generating a plurality of mipmap images based on the input image, wherein generating the plurality of mipmap images includes, for each mipmap image, applying a blur to each particular pixel of a plurality of pixels derived from the input image, wherein the blur is applied to each particular pixel based on a depth of the particular pixel into a scene depicted by the input image and based on a respective focal plane associated with the particular pixel; obtaining data indicating an output focal plane depth for an output focal plane of an output image; determining blurred output pixel values of the output image using at least one selected mipmap image of the plurality of mipmap images, including, for each designated pixel of a set of pixels of the input image, selecting the at least one selected mipmap image based on a depth of the designated pixel and based on the output focal plane depth; and causing the output image to be displayed on a display device. obtaining an input image; generating a plurality of mipmap images based on the input image, wherein generating the plurality of mipmap images includes, for each mipmap image, applying a blur to each particular pixel of a plurality of pixels derived from the input image, wherein the blur is applied to each particular pixel based on a depth of the particular pixel into a scene depicted by the input image and based on a respective focal plane associated with the particular pixel; obtaining data indicating an output focal plane depth for an output focal plane of an output image; determining blurred output pixel values of the output image using at least one selected mipmap image of the plurality of mipmap images, including, for each designated pixel of a set of pixels of the input image, selecting the at least one selected mipmap image based on a depth of the designated pixel and based on the output focal plane depth; and causing the output image to be displayed on a display device.
A control unit for an unbalanced mass adjusting device in a vibration machine, in particular in a ground compaction machine, - with an adjusting cylinder that is hydraulically adjustable for setting a relative position of unbalanced masses rotating in opposite directions in the vibration machine, and - with a control valve for adjusting the adjusting cylinder so as to set the vibration behaviour of the vibration machine, characterized by a control unit for controlling the control valve by means of a pulse width modulation signal in order to set the relative position of the unbalanced masses as a function of the duty cycle of the pulse width modulation signal by moving the adjusting cylinder back and forth during the period duration of the pulse width modulation signal depending on the state of the pulse width modulation signal. - with an adjusting cylinder that is hydraulically adjustable for setting a relative position of unbalanced masses rotating in opposite directions in the vibration machine, and - with a control valve for adjusting the adjusting cylinder so as to set the vibration behaviour of the vibration machine,
A plasticizer composition comprising a triblend of: a. diethylene glycol dibenzoate present in amounts ranging from 10 to 90 wt.%, b. dipropylene glycol dibenzoate present in amounts ranging from 1 to 50 wt.%, and c. 1, 2- propylene glycol dibenzoate present in amounts ranging from 10 to 90 wt.%, based upon the total weight of the triblend. a. diethylene glycol dibenzoate present in amounts ranging from 10 to 90 wt.%, b. dipropylene glycol dibenzoate present in amounts ranging from 1 to 50 wt.%, and c. 1, 2- propylene glycol dibenzoate present in amounts ranging from 10 to 90 wt.%,
Rotation unit comprising a first guide, a second guide, a support table, having a first point, constrained to slide on said first guide, and a second point constrained to slide along said second guide, and motion actuation means of said table, characterized in that said motion actuation means comprise a rack, made as an arc of a circumference having the geometric center on said second point, said rack being integral to said table in correspondence of said second point, a slide prismatically sliding on said second guide, said slide being rotatably coupled with said table in correspondence of said second point, and a motorized pinion, associated with said slide and engaged with said rack, said pinion being adapted to determine, with its actuation, the relative rotation between said table and said slide.
An enclosure for growing plants, said enclosure comprising: a) a transparent panel for admitting daylight into the enclosure a plurality of lighting assemblies for growing plants, wherein each lighting assembly comprises; b) a first light source provided inside the enclosure for supplementing the daylight admitted into the enclosure, said light source emitting light predominantly in a wavelength range of from 600 nm to 750 nm; c) a second light source inside the enclosure, said second light source emitting light predominantly in a second wavelength range of 375 to 500 nm; and d) a controller for controlling the output of the second light source independent from the output of the first light source; and e) a means for cooling at least the first light source, wherein the means for cooling comprises, a tube, and a cooling liquid flowing through the tube, wherein said plurality of said light assemblies is arranged in a two-dimensional grid. a) a transparent panel for admitting daylight into the enclosure a plurality of lighting assemblies for growing plants, wherein each lighting assembly comprises; b) a first light source provided inside the enclosure for supplementing the daylight admitted into the enclosure, said light source emitting light predominantly in a wavelength range of from 600 nm to 750 nm; c) a second light source inside the enclosure, said second light source emitting light predominantly in a second wavelength range of 375 to 500 nm; and d) a controller for controlling the output of the second light source independent from the output of the first light source; and e) a means for cooling at least the first light source, wherein the means for cooling comprises, a tube, and a cooling liquid flowing through the tube,
A dispensing system having a dispenser for portions of a material web wound to form a roll that have to be severed, and having at least one refill comprising a material web wound on a roll and two bearing journals (4, 5), each bearing journal being an end part of a support bar projecting from the roll at both sides, wherein at least one of the two bearing journals has a mating surface which is not configured as a rotation surface, wherein the roll is disposed rotatably on the central region of the support bar, wherein the dispenser displays a guide (21, 24) which ends in a dispensing position and begins with a counter surface to the mating surface for each journal having a mating surface, such that inserting the roll into the dispenser is only possible when the mating surface and its counter surface coincide, and wherein the counter surface of the guide on the dispenser extends from the commencement position into the dispensing position such that the support bar is rotationally fixed, characterized in that the bearing journal has an end-side groove, and the guide on the dispenser is formed by a projecting ridge onto which the groove can be pushed, and that the winding of the material web encloses the central region of the support bar such that a breakaway torque of at most 0.2 Nm and a follow-on torque between 0.0025 Nm and 0.1 Nm effective after overcoming the breakaway torque is to be introduced for drawing off the material web.
An electric heating fragrance diffuser comprising: a body being hollow and provided with an accommodating space inside, and wherein a power source and an electric wire are arranged in the accommodating space; and a fragrance diffusing device including a fragrance holder, a fragrance box, and an electric heating plate, wherein the fragrance holder is disposed in the accommodating space and defines upper and lower edges in a vertical direction, wherein the fragrance holder is provided with a first hole communicating with upper and lower edges of the fragrance holder, wherein the upper edge of the fragrance holder is recessed with a fragrance groove surrounding the first hole, wherein the fragrance box is detachably arranged in the fragrance groove, and wherein the electric heating plate is connected to the lower edge of the fragrance holder and provided with a second hole aligned with the first hole. a body being hollow and provided with an accommodating space inside, and wherein a power source and an electric wire are arranged in the accommodating space; and a fragrance diffusing device including a fragrance holder, a fragrance box, and an electric heating plate, wherein the fragrance holder is disposed in the accommodating space and defines upper and lower edges in a vertical direction, wherein the fragrance holder is provided with a first hole communicating with upper and lower edges of the fragrance holder, wherein the upper edge of the fragrance holder is recessed with a fragrance groove surrounding the first hole, wherein the fragrance box is detachably arranged in the fragrance groove, and wherein the electric heating plate is connected to the lower edge of the fragrance holder and provided with a second hole aligned with the first hole.