mhurhangee/ep-ind-claims huggingface dataset:
A binding machine comprising: a wire feeding unit configured to feed a wire; a cutting unit configured to cut the wire wound on an object; a binding unit configured to twist the wire wound on the object and cut by the cutting unit; at least one motor configured to drive one or more of the wire feeding unit, the cutting unit and the binding unit; and a control unit configured to limit a current (Va) flowing through the motor (80, 31), in response to a battery voltage of a battery, in a section in which a large amount of current flows through the motor, as compared with a section in which a small amount of current flows through the motor, while the current flows from the battery to the motor; whereby the control unit is configured to limit the current flowing through the motor, based on a magnitude between a motor current value (Va) flowing through the motor and a current limit threshold value (Vr), characterized in that the current limit threshold value (Vr) is lowered or increased based on the number of times of the series of binding operations counted by the control unit after a reel replacement and initialization operation, wherein the current limit threshold value (Vr) is low until a predetermined number of times of the series of binding operations and is high after the predetermined number of times of the series of binding operations. a wire feeding unit configured to feed a wire; a cutting unit configured to cut the wire wound on an object; a binding unit configured to twist the wire wound on the object and cut by the cutting unit; at least one motor configured to drive one or more of the wire feeding unit, the cutting unit and the binding unit; and a control unit configured to limit a current (Va) flowing through the motor (80, 31), in response to a battery voltage of a battery, in a section in which a large amount of current flows through the motor, as compared with a section in which a small amount of current flows through the motor, while the current flows from the battery to the motor; whereby the control unit is configured to limit the current flowing through the motor, based on a magnitude between a motor current value (Va) flowing through the motor and a current limit threshold value (Vr), characterized in that the current limit threshold value (Vr) is lowered or increased based on the number of times of the series of binding operations counted by the control unit after a reel replacement and initialization operation, wherein the current limit threshold value (Vr) is low until a predetermined number of times of the series of binding operations and is high after the predetermined number of times of the series of binding operations.
An image forming method comprising: a charging step of charging a photosensitive member for holding thereon an electrostatic latent image; an exposure step of forming an electrostatic latent image on the photosensitive member by imagewise exposure; a developing step of developing the electrostatic latent image with a toner developing device, to form a toner image; and a transfer step of transferring to a transfer material the toner image formed on the surface of the photosensitive member; wherein the toner has toner particles containing at least a binder resin and a colorant, and inorganic fine powder; the photosensitive member has on its surface a plurality of depressed portions which are independent of one another, and openings of the depressed portions have an average minor-axis diameter Lpc, as determined in accordance with the description, satisfying the following expression: Dg < Lpc < Dt where Dt represents a weight-average particle diameter of the toner, and Dg represents a maximum number-average particle diameter among number-average particle diameters of one or two or more types of inorganic fine powder constituting the inorganic fine powder, wherein Dg and Dt are, determined in accordance with the description; and the toner has an average circularity, as determined in accordance with the description, of 0.925 or more and 0.995 or less. a charging step of charging a photosensitive member for holding thereon an electrostatic latent image; an exposure step of forming an electrostatic latent image on the photosensitive member by imagewise exposure; a developing step of developing the electrostatic latent image with a toner developing device, to form a toner image; and a transfer step of transferring to a transfer material the toner image formed on the surface of the photosensitive member; wherein the toner has toner particles containing at least a binder resin and a colorant, and inorganic fine powder; the photosensitive member has on its surface a plurality of depressed portions which are independent of one another, and openings of the depressed portions have an average minor-axis diameter Lpc, as determined in accordance with the description, satisfying the following expression: Dg < Lpc < Dt where Dt represents a weight-average particle diameter of the toner, and Dg represents a maximum number-average particle diameter among number-average particle diameters of one or two or more types of inorganic fine powder constituting the inorganic fine powder, wherein Dg and Dt are, determined in accordance with the description; and the toner has an average circularity, as determined in accordance with the description, of 0.925 or more and 0.995 or less.
A composition comprising: a blend of 85 to 95 wt% of a first polymer fraction and 5 to 15 wt% of a second polymer fraction, said wt%s determined on the basis of total weight of the blend; wherein said first polymer fraction has Mooney viscosity of at least 50 MU (ML, 1+8 @ 150°C); wherein said second polymer fraction has Mooney viscosity that is at least 150 MU (ML, 1+8 @ 150°C) greater than the Mooney viscosity of the first polymer fraction; wherein each of the first and second polymer fractions independently comprises units derived from ethylene, one or more C 3 - C 20 α-olefins, and, optionally, one or more non-conjugated polyenes; and further wherein the blend has the following properties: (i) Mooney viscosity within the range of 70 to 100 MU (ML, 1+8 @ 150°C); (ii) Mooney Relaxation Area measured using the ML rotor (MLRA/ML) measured at 150°C within the range of 10 to 15 sec; (iii) MWD (Mw(Light Scattering)/Mn(Differential Refractive Index)) within the range of 4 to 7; and (iv) Branching index of 6 to 10, measured by Rubber Process Analyzer at 150°C, 0.63 radian/ second and 1000% oscillation amplitude. wherein said first polymer fraction has Mooney viscosity of at least 50 MU (ML, 1+8 @ 150°C); wherein said second polymer fraction has Mooney viscosity that is at least 150 MU (ML, 1+8 @ 150°C) greater than the Mooney viscosity of the first polymer fraction; wherein each of the first and second polymer fractions independently comprises units derived from ethylene, one or more C 3 - C 20 α-olefins, and, optionally, one or more non-conjugated polyenes; and further wherein the blend has the following properties: (i) Mooney viscosity within the range of 70 to 100 MU (ML, 1+8 @ 150°C); (ii) Mooney Relaxation Area measured using the ML rotor (MLRA/ML) measured at 150°C within the range of 10 to 15 sec; (iii) MWD (Mw(Light Scattering)/Mn(Differential Refractive Index)) within the range of 4 to 7; and (iv) Branching index of 6 to 10, measured by Rubber Process Analyzer at 150°C, 0.63 radian/ second and 1000% oscillation amplitude. (i) Mooney viscosity within the range of 70 to 100 MU (ML, 1+8 @ 150°C); (ii) Mooney Relaxation Area measured using the ML rotor (MLRA/ML) measured at 150°C within the range of 10 to 15 sec; (iii) MWD (Mw(Light Scattering)/Mn(Differential Refractive Index)) within the range of 4 to 7; and (iv) Branching index of 6 to 10, measured by Rubber Process Analyzer at 150°C, 0.63 radian/ second and 1000% oscillation amplitude.
Disc brake, in particular for a motor vehicle, comprising an application device, a brake calliper, in particular a sliding calliper, overlapping a brake disc, preferably a pad wear adjusting device, an adapter with guide surfaces, which are placed opposite one another in the circumferential direction of the brake disc and between which is guided on both sides of the brake disc at least one brake pad each with a backing plate for displacement parallel to an axis of rotation of the brake disc, the brake pads being actuable by an application force, and further comprising a resetting device each, which supports the at least one brake pad with the backing plate on each guide surface with at least one resetting section, wherein each resetting device comprises at least two resetting elements fitted to the back of the backing plate of the respective at least one brake pad, characterised in that the resetting devices have resetting forces of different value on different sides of the brake disc.
In a wireless communication system comprising a Base Station (101, 1300) connected with a mobile unit, a method of detecting the presence of a specific mobile unit in a coverage area (102, 103, 104) of at least one neighboring Base Station (107, 108, 109) characterised by: the Base Station (101, 1300) connected with the mobile unit provides, to the at least one neighboring Base Station (107, 108, 109), information about the connection with the mobile unit, including coarse TOD and a device address for the mobile unit; at the at least one neighboring Base Station (107, 108, 109), receiving the information and generating, from the coarse TOD and the device address, a list of frequencies in which the mobile unit is likely to transmit; and at the at least one neighboring Base Station (107, 108, 109), checking for a signal transmitted by the mobile unit according to the list of frequencies. the Base Station (101, 1300) connected with the mobile unit provides, to the at least one neighboring Base Station (107, 108, 109), information about the connection with the mobile unit, including coarse TOD and a device address for the mobile unit; at the at least one neighboring Base Station (107, 108, 109), receiving the information and generating, from the coarse TOD and the device address, a list of frequencies in which the mobile unit is likely to transmit; and at the at least one neighboring Base Station (107, 108, 109), checking for a signal transmitted by the mobile unit according to the list of frequencies.
Contact arrangement for an electrical switching device having a longitudinal axis (z), wherein the contact arrangement comprises a first contact (3a, 4a) and a mating second contact (3b, 4b), wherein the first contact comprises at least one contact finger (3a, 4a), wherein for closing and opening the electric switching device at least one of the first contact and the mating second contact (3a, 3b; 4a, 4b) is movable parallel to the longitudinal axis (z) and cooperates with the other contact (3b, 3a; 4b, 4a), characterized in that a deflector (6; 7a; 11, 14) is provided, which elastically deflects the at least one contact finger (3a, 4a) in a radial direction away from the axis (z) prior to or while closing the electrical switching device, that further the deflector is movable parallel to the longitudinal axis (z) between a first position corresponding to a pre-deflection position of the contact finger (3a, 4a), in which the contact finger (3a, 4a) is elastically deflected by the deflector radially outward with respect to the longitudinal axis (z), when the electrical switching device is in an opened configuration, and a second position corresponding to an end position of the second arcing contact, in which the deflector does not deflect the contact finger (3a, 4a), when the electrical switching device is in a closed configuration, and that the deflector is adapted to be moved from the first position into the second position by the second arcing contact when the electrical switching device is being closed.
A wireless communications device comprising: a first housing including an LTE modem and a plurality of LTE antennas; a second housing including at least one network communications assembly comprising a Wi-Fi unit and Wi-Fi antennas, wherein a first thermal distribution plate is affixed to the first housing and a second thermal distribution plate is affixed to the second housing, and the first housing and second housing are moveably joined via a separation interface permitting movement of the first housing and second housing with respect to each other between a closed position and one or more open positions, wherein a third thermal distribution plate is affixed to the separation interface wherein the third thermal distribution plate is thermally coupled to the first and/or second thermal distribution plate in at least one of the one or more open positions. a first housing including an LTE modem and a plurality of LTE antennas; a second housing including at least one network communications assembly comprising a Wi-Fi unit and Wi-Fi antennas, wherein a first thermal distribution plate is affixed to the first housing and a second thermal distribution plate is affixed to the second housing, and the first housing and second housing are moveably joined via a separation interface permitting movement of the first housing and second housing with respect to each other between a closed position and one or more open positions, wherein a third thermal distribution plate is affixed to the separation interface wherein the third thermal distribution plate is thermally coupled to the first and/or second thermal distribution plate in at least one of the one or more open positions.
Method for establishing a wireless connection between a first transmitter-receiver in a trailer vehicle with an electronic brake system on the one hand and at least one second transmitter-receiver outside of the trailer vehicle on the other hand, wherein the first transmitter-receiver is associated with an electronic control unit (14, 22) in the trailer vehicle, and wherein the trailer vehicle is coupled to a tractor vehicle and there is a wired connection by means of which signals can be transmitted from the tractor vehicle to the trailer vehicle, wherein the method has the following steps: a) in the tractor vehicle a trigger signal is generated and transmitted by cable to the control unit (14, 22) in the trailer vehicle, b) following the input of the trigger signal into the control unit (14, 22) of the trailer vehicle, the first transmitter-receiver establishes a provisional connection with the at least one second transmitter-receiver, c) the at least one second transmitter-receiver indicates the provisional connection or a different type of confirmation request by means of an output unit, d) if a signal arrives in the control unit (14, 22) in the trailer vehicle as an acknowledgement of the confirmation request within a defined time period, a continuous connection is established by the control unit (14, 22) between the first transmitter-receiver and the second transmitter-receiver. a) in the tractor vehicle a trigger signal is generated and transmitted by cable to the control unit (14, 22) in the trailer vehicle, b) following the input of the trigger signal into the control unit (14, 22) of the trailer vehicle, the first transmitter-receiver establishes a provisional connection with the at least one second transmitter-receiver, c) the at least one second transmitter-receiver indicates the provisional connection or a different type of confirmation request by means of an output unit, d) if a signal arrives in the control unit (14, 22) in the trailer vehicle as an acknowledgement of the confirmation request within a defined time period, a continuous connection is established by the control unit (14, 22) between the first transmitter-receiver and the second transmitter-receiver.
One or more computer-readable media comprising computer-executable instructions for video digital fingerprinting, the computer-executable instructions comprising instructions for: temporally desynchronizing, using frame interpolation methods, a video to be protected, wherein temporally desynchronizing consists of performing a pseudorandom sampling of the time domain to generate new video frames at arbitrary time indices from video frames uniformly sampled along the time axis; secondly spatially desynchronizing the video on each video frame; and creating a fingerprinted copy of the video as modified by the temporal and spatial desynchronizations, wherein desynchronizations are designed to result in generation of perceptual artifacts if a plurality of fingerprinted copies are recombined into a colluded video. temporally desynchronizing, using frame interpolation methods, a video to be protected, wherein temporally desynchronizing consists of performing a pseudorandom sampling of the time domain to generate new video frames at arbitrary time indices from video frames uniformly sampled along the time axis; secondly spatially desynchronizing the video on each video frame; and creating a fingerprinted copy of the video as modified by the temporal and spatial desynchronizations, wherein desynchronizations are designed to result in generation of perceptual artifacts if a plurality of fingerprinted copies are recombined into a colluded video.
A method of generating a desired gas 702, comprising: • introducing a matrix 107 comprising media containing a parent compound 105 and an inert media 106 into an effusion tube 100 comprising a first zone 101 and a second zone 102, wherein the first zone 101 comprises a micro-porous metal tube, and a closed end 103, wherein the second zone 102 comprises a non-porous metal tube, and an open end 104, and • heating the effusion tube 100, thereby producing a desired gas 702. • introducing a matrix 107 comprising media containing a parent compound 105 and an inert media 106 into an effusion tube 100 comprising a first zone 101 and a second zone 102, wherein the first zone 101 comprises a micro-porous metal tube, and a closed end 103, wherein the second zone 102 comprises a non-porous metal tube, and an open end 104, and • heating the effusion tube 100, thereby producing a desired gas 702.
Composition comprising, in aqueous solution, at least one protein comprising at least one antibody fragment, and at least one viscosity-reducing agent soluble in water, chosen from the group consisting of cytidine, 2'-deoxycytidine, uridine, 2'-deoxyuridine, thymidine, ribothymidine, alone or as a mixture.
Modular thermosiphon (20, 50, 70, 100), comprising a plurality of fin-like cuboid-like thermosiphon modules (10, 28, 30, 32) with a respective condenser side (22, 52, 72, 102) and evaporator side (26, 56, 76, 104) which are separated from one another by an outer barrier wall (12, 38, 40, 42, 58, 60, 62, 78, 80, 82) which runs transversely with respect to the fins, a plurality of thermosiphon modules (10, 28, 30, 32) being arranged adjacently, and the respective outer barrier walls (12, 38, 40, 42, 58, 60, 62, 78, 80, 82) running in a common plane (24, 54, 74) in a manner bordering one another, which common plane (24, 54, 74) separates the condenser sides (22, 52, 72, 102) and the evaporator sides (26, 56, 76, 104) from one another, the barrier walls (12, 38, 40, 42, 58, 60, 62, 78, 80, 82) being angled on their respective adjacently arranged sides in such a way that a respective common angled contact face (44, 46, 64, 66, 84, 86) is formed by way of the angled side sections, characterized in that the angled side sections are of resilient configuration, such that a pressing force of side sections which border one another is brought about as a result.
A perf and wash system for plugging a casing and wellbore, the perf and wash system comprising: a cleaning tool having at least one nozzle making a first angle with a longitudinal axis of the system; a perforating gun assembly having at least one shaped charge making a second angle with the longitudinal axis; and a plug connected with a first end to the cleaning tool and with a second end, opposite to the first end, to the perforating gun assembly, wherein the first angle is substantially equal to the second angle and the first and second angles are different than 90 degrees. a cleaning tool having at least one nozzle making a first angle with a longitudinal axis of the system; a perforating gun assembly having at least one shaped charge making a second angle with the longitudinal axis; and a plug connected with a first end to the cleaning tool and with a second end, opposite to the first end, to the perforating gun assembly, wherein the first angle is substantially equal to the second angle and the first and second angles are different than 90 degrees.
A process for the production of vinylaromatic block copolymers via anionic polymerization, characterized in that the polymerization of a vinylaromatic uses a modified n-alkyllithium initiator which is obtainable via reaction, at a temperature of from -20 to 100°C, of n-alkyllithium, dissolved in an inert solvent, with a 1,3-diene in a molar ratio of from 1:1 to 1:10.
Method for manufacturing solid particles, from a liquid or semi-liquid or pasty food composition, according to which the following measures are implemented: - providing a rotary chopping device (cutter), which is equipped with a bowl and chopping blades and can receive the composition to be processed; - supplying a cryogenic liquid, which is liquid nitrogen, to the interior space of the bowl by means of a delivery pipe, the end of which has at least one spray nozzle; - the diameter of the pipe and of the spray nozzle being such that the cryogen is provided at a pressure of less than or equal to 1 bar and at a speed in the range from 0.5 to 1.5 m/s; - the cryogenic liquid being injected in the upper portion of the device. - providing a rotary chopping device (cutter), which is equipped with a bowl and chopping blades and can receive the composition to be processed; - supplying a cryogenic liquid, which is liquid nitrogen, to the interior space of the bowl by means of a delivery pipe, the end of which has at least one spray nozzle; - the diameter of the pipe and of the spray nozzle being such that the cryogen is provided at a pressure of less than or equal to 1 bar and at a speed in the range from 0.5 to 1.5 m/s; - the cryogenic liquid being injected in the upper portion of the device.
A sitting means comprising at least two towels, the towels each comprising at least two holes, the sitting means further comprising at least one anchoring means, wherein the number, the shape and dimensions of the towels, the number and the positions of the holes in these towels and the number and dimensions of the at least one anchoring means are predetermined to enable forming of a predefined pattern on the ground surface with the towels, characterized in that said at least one anchoring means is adapted to be arranged through the openings of the towels and to be anchored in the ground, and wherein each of the anchoring means comprises at least two pin structures which are adapted at their free outer ends to enable being driven into the ground and which are connected at their other outer ends to a towel holder adapted to be able to rest on the upper surface of the one or more towels, so holding these against the ground surface.