mhurhangee/ep-ind-claims huggingface dataset:
A method for removing ionic contaminants from a hydrolysable organic solvent selected from the group consisting of an ester, an amide, and a carbonate and mixtures thereof, the method comprising (a) contacting the hydrolysable organic solvent with a mixed bed of ion exchange resin comprising cationic ion exchange resins and anionic ion exchange resins, wherein the anionic ion exchange resins are selected from weak-base anionic ion exchange resins and wherein the weak-base anionic ion exchange resin has primary, secondary or tertiary amine groups on a surface of a base resin bead, wherein the contents of Na, K, Ca, Al, Fe, Ni, Zn, Cu, Cr and Sn in the cationic ion exchange resins and the anionic ion exchange resins are 5ppm or less respectively based on the dry-weight of the cationic ion exchange resins and anionic ion exchange resins; and wherein following contact with the mixed bed of ion exchange resin, the hydrolysable organic solvent comprises 0.1 ppb or less of each of Na, K, Ca, Al, Fe, Ni, Zn, Cu, Sn and Cr.
A method for licensing, comprising: detecting a licensable item on a device; accessing a legacy license associated with the licensable item, wherein the legacy license corresponds to a legacy licensing policy; accessing a layered license associated with the licensable item, wherein the layered license corresponds to a layered licensing policy, and wherein the layered licensing policy provides a licensing feature not provided by the legacy licensing policy; integrating the legacy licensing policy and the layered licensing policy into an integrated license by generating valid unlimited use licenses and applying the unlimited use licenses to all licensable items protected by the layered licensing policy; and enforcing the integrated license by a legacy licensing component operating in combination with a layered licensing component. detecting a licensable item on a device; accessing a legacy license associated with the licensable item, wherein the legacy license corresponds to a legacy licensing policy; accessing a layered license associated with the licensable item, wherein the layered license corresponds to a layered licensing policy, and wherein the layered licensing policy provides a licensing feature not provided by the legacy licensing policy; integrating the legacy licensing policy and the layered licensing policy into an integrated license by generating valid unlimited use licenses and applying the unlimited use licenses to all licensable items protected by the layered licensing policy; and enforcing the integrated license by a legacy licensing component operating in combination with a layered licensing component.
Strength member ply for elastomeric articles of manufacture, wherein the strength members are hybrid cords which form an essentially parallel arrangement within the ply and contain at least one polyester yarn and at least one polyamide yarn, characterized in that the polyester yarn has a fineness of 1440 dtex and the polyamide yarn has a fineness of 1400 dtex, while at least one polyester yarn and at least one polyamide yarn are cabled together at 370 t/m to form a hybrid cord.
A detector (104; 300) for sensing an intensity of an electron beam generated along a path, comprising: an exposed conductor attached to a support which is configured to locate the conductor within a path of an electron beam, a second conductor isolated from the exposed conductor, the conductor being connected to a voltage potential and partly surrounding the exposed conductor to form a plasma shield, the plasma shield having a window by which the exposed conductor is exposed to the electron beam, the window being positioned at least in a direction of the electron beam path; and characterized in that the detector further comprises an insulator formed in an H-shaped configuration, wherein the exposed conductor and the second conductor are isolated from one another by the insulator and wherein the second conductor is not directly exposed to the electron beam. an exposed conductor attached to a support which is configured to locate the conductor within a path of an electron beam, a second conductor isolated from the exposed conductor, the conductor being connected to a voltage potential and partly surrounding the exposed conductor to form a plasma shield, the plasma shield having a window by which the exposed conductor is exposed to the electron beam, the window being positioned at least in a direction of the electron beam path; and characterized in that the detector further comprises an insulator formed in an H-shaped configuration, wherein the exposed conductor and the second conductor are isolated from one another by the insulator and wherein the second conductor is not directly exposed to the electron beam.
An image processing apparatus, comprising a color conversion part configured to conduct a color conversion of image data, and/or a density correction part configured to conduct a density correction of the image data, characterized in that the color conversion part extends an information amount for depicting gradation of output image data, referred to as output value, with respect to the information amount for depicting gradation of the image data to be input, referred to as input value, in the color conversion based on a first minimum information amount possible comprising the number of bits required to depict a gradation in a lattice point interval of the input value in a look up table used for the color conversion, and in that the density correction part extends an information amount for depicting gradation of output image data, referred to as output value, with respect to the information amount for depicting gradation of the image data to be input, referred to as input value, in the density correction, based on a second minimum information amount possible comprising the number of bits required to depict a change amount of a gradation of the input value with respect to a change of one level in a gradation of the output value when an information amount of the input value is the same as the information amount of the output value.
A method to design and generate frequency-specific electrical stimuli for the recording of auditory evoked responses, AER, from human individuals, where the stimuli are generated as a combination of a series of three or more spectral pure tones, each having a specified frequency, amplitude and phase, characterized in that the combination is formed as the sum or the average of the three or more pure tones, and where the frequency difference between the successive pure tones in the series is constant = f s..
Assembly for holding or supporting a timepiece balance spring, including a balance spring stud and a stud-holder, said stud-holder includes means of securing said stud-holder to an escapement mechanism, said balance spring stud including at least one lateral bearing surface defining a direction of holding or supporting a said balance spring, characterized in that said stud-holder is in two parts, and includes a rigid structure carrying said securing means, and a strip spring pressed against said rigid structure, said strip spring including at least one elastic lip defining, with said structure, a chamber for receiving said stud, said elastic lip cooperating with said at least one lateral bearing surface of said stud to hold said stud in an indexed locking position.
A tire comprising: a plurality of buffer recessed portions compression-deformable in a tire radial direction that are arranged in a tire circumferential direction over an entire area in the tire circumferential direction on an outer surface of a buttress portion connected to an end portion of a tread surface portion in a tire width direction, wherein in a plan view of the buttress portion, an opening peripheral edge of the buffer recessed portion has a hexagonal shape including six side portions (41, 42), and the buffer recessed portions adjacent to each other in the tire circumferential direction are arranged such that one of the six side portions (41, 42) of one of the buffer recessed portions faces one of the six side portions (41, 42) of the other of the buffer recessed portions in the tire circumferential direction, characterized in that in the six side portions (41, 42), a length of a facing side portion facing the other buffer recessed portion in the tire circumferential direction is shorter than lengths of other side portions. a plurality of buffer recessed portions compression-deformable in a tire radial direction that are arranged in a tire circumferential direction over an entire area in the tire circumferential direction on an outer surface of a buttress portion connected to an end portion of a tread surface portion in a tire width direction, wherein in a plan view of the buttress portion, an opening peripheral edge of the buffer recessed portion has a hexagonal shape including six side portions (41, 42), and the buffer recessed portions adjacent to each other in the tire circumferential direction are arranged such that one of the six side portions (41, 42) of one of the buffer recessed portions faces one of the six side portions (41, 42) of the other of the buffer recessed portions in the tire circumferential direction, characterized in that in the six side portions (41, 42), a length of a facing side portion facing the other buffer recessed portion in the tire circumferential direction is shorter than lengths of other side portions.
A process for plugging a hydrocarbon well for abandonment, characterised by: a) installing in the well a casing or liner having pre-formed apertures and a closure member or members blocking the apertures; b) during a plugging for abandonment procedure at the end of the life of the well, passing down the well an opening tool and moving the or each closure member with the tool in order to open the apertures; and c) delivering cement through the opened apertures to create a cement plug in an annulus outside the casing or liner. a) installing in the well a casing or liner having pre-formed apertures and a closure member or members blocking the apertures; b) during a plugging for abandonment procedure at the end of the life of the well, passing down the well an opening tool and moving the or each closure member with the tool in order to open the apertures; and c) delivering cement through the opened apertures to create a cement plug in an annulus outside the casing or liner.
A handle of a movable part of a motor vehicle, in particular a door, a tailgate or the like, with a handle member situated on the movable part and accessible for a user from outside, an electronic module having at least one sensor element (31, 32) and an electronic unit, the electronic module being suited to be activated by the user in the vicinity of the handle member and to communicate with an on-board safety system in the motor vehicle, the sensor element (31, 32) as well as the electronic unit, although being connected to one another, being arranged on two different components, the first component being the handle member on which the sensor element (31, 32) is arranged, the second component being a component of the motor vehicle, in particular being the movable part on which the electronic unit is arranged, and the handle member having a cavity and a thin-walled enveloping body, the enveloping body comprising the cavity and serving as a carrier for the sensor element (31, 32), the cavity being component-free and the sensor element being embedded within the enveloping body.
A conveyor monitoring system for monitoring a plurality of conveyor idlers on a conveyor, each conveyor idler having a cylinder with an inner surface and an outer surface, the cylinder rollingly supported on a shaft by a plurality of bearings, the conveyor monitoring system comprising: a plurality of conveyor idler monitoring systems, each comprising: a bearing temperature sensor disposed to measure the temperature of at least one of the bearings; a vibration sensor configured to detect vibration of the conveyor idler; a wireless transmitter in data communication with said bearing temperature sensor and said vibration sensor, said wireless transmitter configured to transmit data from said bearing temperature sensor and said vibration sensor to a wireless receiver; and an energy generator in electrical communication with said wireless transmitter, wherein said energy generator is powered by rotation of the cylinder relative to the shaft; a gateway in wireless data communication with said wireless transmitter of each conveyor idler monitoring system; characterized in that the conveyor monitoring system comprises an application server in data communication with said gateway, said application server is configured to predict an idler failure time for each of the conveyor idlers based on vibration and bearing temperature data gathered by each of said conveyor idler monitoring systems. a plurality of conveyor idler monitoring systems, each comprising: a bearing temperature sensor disposed to measure the temperature of at least one of the bearings; a vibration sensor configured to detect vibration of the conveyor idler; a wireless transmitter in data communication with said bearing temperature sensor and said vibration sensor, said wireless transmitter configured to transmit data from said bearing temperature sensor and said vibration sensor to a wireless receiver; and an energy generator in electrical communication with said wireless transmitter, wherein said energy generator is powered by rotation of the cylinder relative to the shaft; a bearing temperature sensor disposed to measure the temperature of at least one of the bearings; a vibration sensor configured to detect vibration of the conveyor idler; a wireless transmitter in data communication with said bearing temperature sensor and said vibration sensor, said wireless transmitter configured to transmit data from said bearing temperature sensor and said vibration sensor to a wireless receiver; and an energy generator in electrical communication with said wireless transmitter, wherein said energy generator is powered by rotation of the cylinder relative to the shaft; a gateway in wireless data communication with said wireless transmitter of each conveyor idler monitoring system; characterized in that the conveyor monitoring system comprises an application server in data communication with said gateway, said application server is configured to predict an idler failure time for each of the conveyor idlers based on vibration and bearing temperature data gathered by each of said conveyor idler monitoring systems.
A wiper-seal assembly for a cylinder with a cylinder wall and with a rod or piston rod arranged for mutual movement, with a piston wall, wherein the wiper-seal assembly is arranged for mounting in a ring shaped groove in the cylinder wall or the piston wall in front of a seal or a steering and comprises - a ring shaped wiper with - one or more tight-fitting, wiping, lip portions (6, 6a, 6b,...) with an opposite mutual movable cylinder wall or a piston wall wherein the wiper further is arranged for fluid transport from a gap between the cylinder wall and the piston wall outside the ring shaped groove through - a plurality of pressure releasing flow channels in the flow direction and even distributed at the surfaces of the wipers facing the walls (151, 153) and further to the gap between the cylinder wall and the piston rod wall outside and at the opposite side related to the fluid flow in the direction towards the seal or the steering, of the ring shaped groove, characterised in that the wiper-seal assembly further comprises - one or more filters tight-fitting arranged between the wiper and the cylinder wall or the rod/piston rod wall in the groove, arranged for filtering a fluid flowing through. - a ring shaped wiper with - one or more tight-fitting, wiping, lip portions (6, 6a, 6b,...) with an opposite mutual movable cylinder wall or a piston wall wherein the wiper further is arranged for fluid transport from a gap between the cylinder wall and the piston wall outside the ring shaped groove through - a plurality of pressure releasing flow channels in the flow direction and even distributed at the surfaces of the wipers facing the walls (151, 153)
A computer program for updating a current set of stimulation parameters of a neurostimulation, NS, device or a computer-brain interface, CBI, device, comprising instructions which, when being executed by data and signal processing circuitry of the NS device or the CBI device, cause the device to carry out the following steps: applying, via a neurostimulation interface device (102, 104) operably connected to the CBI device or to the NS device, a burst sequence of stimulation pulses (510, 610) to a plurality of afferent sensory neurons targeting a sensory cortex area involved with decoding information transmitted by the NS or CBI device; wherein the sequence of stimulation pulses is associated with the current set of stimulation parameters; and wherein the sequence of stimulation pulses is configured to elicit a bioelectric response in the plurality of afferent sensory neurons; recording, via the neurostimulation interface device, the elicited bioelectric response of the stimulated afferent sensory neurons; deriving, based at least in part on the recorded bioelectric response, a neural excitability profile characterizing a non-linear, dynamic excitation behavior of the plurality of afferent sensory neurons corresponding to the applied sequence of stimulation pulses; and adjusting, based on the derived excitability profile at least one stimulation parameter of the current set of stimulation parameters to obtain an updated set of stimulation parameters. applying, via a neurostimulation interface device (102, 104) operably connected to the CBI device or to the NS device, a burst sequence of stimulation pulses (510, 610) to a plurality of afferent sensory neurons targeting a sensory cortex area involved with decoding information transmitted by the NS or CBI device; wherein the sequence of stimulation pulses is associated with the current set of stimulation parameters; and wherein the sequence of stimulation pulses is configured to elicit a bioelectric response in the plurality of afferent sensory neurons; recording, via the neurostimulation interface device, the elicited bioelectric response of the stimulated afferent sensory neurons; deriving, based at least in part on the recorded bioelectric response, a neural excitability profile characterizing a non-linear, dynamic excitation behavior of the plurality of afferent sensory neurons corresponding to the applied sequence of stimulation pulses; and adjusting, based on the derived excitability profile at least one stimulation parameter of the current set of stimulation parameters to obtain an updated set of stimulation parameters.
Applicator of cosmetic product to keratinous fibres, notably to the eyelashes, the eyebrows and/or the capillary fibres, comprising at least: - a core that extends along a longitudinal axis, - a cosmetic product application element, comprising at least one block of foam attached to the core, the foam being an open-cell polymer foam which on its outer surface has free strands formed by all or part of the edge corners of cells that have been cut through by machining of the foam, the foam having a number of cells per unit length comprised between 10 and 80 PPI. - a core that extends along a longitudinal axis, - a cosmetic product application element, comprising at least one block of foam attached to the core,
A drive unit comprising: an electric unit, the electric unit including a first electric motor for driving, a deceleration mechanism configured to transmit a rotation torque of the first electric motor to a drive wheel, a second electric motor configured to be driven by an internal combustion engine to generate electric power, and an acceleration mechanism configured to transmit a rotation torque of the internal combustion engine to the second electric motor, wherein the first electric motor, the deceleration mechanism, the second electric motor, and the acceleration mechanism are housed in one housing, and in the housing, the first electric motor and the second electric motor are arranged in a front-rear direction of a vehicle with their respective rotation shafts parallel, the deceleration mechanism and the acceleration mechanism are arranged in the front-rear direction of the vehicle, the electric unit and the internal combustion engine are connected in a state of being arranged in a left-right direction of the vehicle, a first rotation shaft which is the rotation shaft of the first electric motor and a second rotation shaft which is the rotation shaft of the second electric motor are located on a front side and a rear side in the front-rear direction of the vehicle with a crankshaft rotation axis which is a rotation axis of a crankshaft of the internal combustion engine interposed therebetween, the drive unit being characterized in that when viewed in the left-right direction of the vehicle, the crankshaft rotation axis is located at a midpoint of a motor connecting line (Amg) which is a line connecting the first rotation shaft and the second rotation shaft. the first electric motor, the deceleration mechanism, the second electric motor, and the acceleration mechanism are housed in one housing, and in the housing, the first electric motor and the second electric motor are arranged in a front-rear direction of a vehicle with their respective rotation shafts parallel, the deceleration mechanism and the acceleration mechanism are arranged in the front-rear direction of the vehicle, the electric unit and the internal combustion engine are connected in a state of being arranged in a left-right direction of the vehicle, a first rotation shaft which is the rotation shaft of the first electric motor and a second rotation shaft which is the rotation shaft of the second electric motor are located on a front side and a rear side in the front-rear direction of the vehicle with a crankshaft rotation axis which is a rotation axis of a crankshaft of the internal combustion engine interposed therebetween, the drive unit being characterized in that when viewed in the left-right direction of the vehicle, the crankshaft rotation axis is located at a midpoint of a motor connecting line (Amg) which is a line connecting the first rotation shaft and the second rotation shaft.
A meter apparatus in which a dial is held in a predetermined position by being sandwiched between an upper case and a lower case fixed to each other, wherein; the dial is provided with a plate spring portion formed by providing two parallel cuts that are substantially parallel in a flat plate portion provided on a circumference of the dial so that the tip end of the plate spring portion does not project from an outer edge of the flat plate portion of the dial, and a bent portion bent at a predetermined angle is provided between the flat plate portion and a display portion positioned inside the flat plate portion; and when the upper case and the lower case are fixed to each other, the dial is configured to be held in the predetermined position in a state in which the plate spring portion is pressed to the upper case side or the lower case side; characterized in that when the upper case and the lower case are fixed to each other, the plate spring portion is pressed into a recess as a clearance portion of the plate spring portion formed in the upper case or the lower case in a position opposite to the plate spring portion of the dial.
Device for filling moulds with reactive resins comprising a dynamic mixer, whose mixing head is composed of a stator and a rotor mounted therein, wherein the stator has resin and curing agent outlet openings located in the bearing gap and the rotor has driver chambers located at the bearing gap, and a valve housing is formed with the stator, and a blocking element, movably guided in the valve housing, is formed with the rotor, characterized in that the rotor and the stator have mating surfaces (7, 8) closing the resin and curing agent outlet openings (4, 5) in at least one blocking position and releasing the resin and curing agent outlet openings in at least one tap position.