mhurhangee/ep-ind-claims huggingface dataset:
An error correction device used in a communication system including a transmission device transmitting data of a predetermined transmission rate by distributing the data to first and second transmission lines (I, II) configured in one carrier or one channel band and a reception device receiving the data through the first and second transmission lines, comprising: first and second error correction circuits (8a, 8b) correcting errors of the data transmitted through the first and second transmission lines (I, II) in the reception device; and a reception side combining portion combining the first and second transmission lines (I, II) to the first and second error correction circuits (8a, 8b) in plurality-to-plurality by coupling each of the first and second transmission lines (I, II) to both the first and second error correction circuits (8a, 8b) according to a set ratio in the reception device, wherein the second transmission line has low transmission characteristic that is more vulnerable to noise than the first transmission line, the second error correction circuit has lower error correction capability and power consumption than the first error correction circuit, and the reception side combining portion uses a function for coupling a transmission line to the error correction circuits (8a, 8b) to allocate data of the transmission line, couples the first transmission line to the second error correction circuit at a ratio larger than the first error correction circuit, and couples the second transmission line to the first error correction circuit at a ratio larger than the second error correction circuit. first and second error correction circuits (8a, 8b) correcting errors of the data transmitted through the first and second transmission lines (I, II) in the reception device; and a reception side combining portion combining the first and second transmission lines (I, II) to the first and second error correction circuits (8a, 8b) in plurality-to-plurality by coupling each of the first and second transmission lines (I, II) to both the first and second error correction circuits (8a, 8b) according to a set ratio in the reception device, wherein the second transmission line has low transmission characteristic that is more vulnerable to noise than the first transmission line, the second error correction circuit has lower error correction capability and power consumption than the first error correction circuit, and the reception side combining portion uses a function for coupling a transmission line to the error correction circuits (8a, 8b) to allocate data of the transmission line, couples the first transmission line to the second error correction circuit at a ratio larger than the first error correction circuit, and couples the second transmission line to the first error correction circuit at a ratio larger than the second error correction circuit.
Drawing and/or straightening unit for feeding simultaneously two or more oblong metal products to a machine for working said metal products, comprising at least a first driven roller having a drawing wheel provided with two or more circular throats (17, 19) inside each of which are able to be positioned respective metal products, two or more second contrasting rollers (13, 15), independent from each other in movement and opposite said first driven roller with respect to an axis of feed of said metal products, each of said contrasting roller (13, 15) being adapted to keep one relative of said metal products correctly positioned in the relative throat (17, 19) of said first driven roller during feed, and actuator means (25, 26) operationally associated with said second contrasting rollers (13, 15), and able to move said second contrasting rollers (13, 15) with respect to said first driven roller, in order to vary the distance between said second contrasting rollers (13, 15) and said first driven roller, wherein the actuator means (25, 26) are of the linear type, and each of which is connected to one respective of said second contrasting rollers (13, 15) in order to move it linearly independently from the other second contrasting roller (13, 15) so as to contrast in an independent and optimized manner the relative metal products positioned in the respective throat (17, 19) of the first driven roller, and are able to command, for each second contrasting roller (13, 15), both an initial movement of approach toward the first driven roller, and also the selective and controlled movement, and hence the contrast applied to the metal product, substantially continuously during the feed steps, according to the actual sizes of the respective metal product, wherein sensors members and/or pressure controllers are provided to command the activation of said actuator means (25, 26) so that they act always at the same working pressure.
Rotor rim for an electric machine with at least two solid ring discs, wherein two of the ring discs are arranged on the outside in the axial direction and any number of ring discs are arranged between the outer ring discs, and with a plurality of axially extending tension bolts which connect the ring discs to one another, wherein grooves for receiving a number of rotor poles are arranged on the outer circumference of the ring discs, and wherein at least two tension bolts are provided per rotor pole, and wherein a layer of intermediate ring elements is arranged in each case between two adjacent ring discs, wherein each layer comprises exactly one intermediate ring element per rotor pole, and wherein the intermediate ring elements are arranged in such a way that a ventilation duct is formed between each two intermediate ring elements adjacent in the circumferential direction, which ventilation duct extends from the interior of the rotor rim to the outer circumference of the rotor rim and opens there in the space located between the rotor poles, wherein each intermediate ring element is penetrated by at least two tension bolts, characterised in that each intermediate ring element bears with only a part of its axially oriented surface against the respective adjacent ring discs, wherein the bearing part of the axially oriented surface is in each case raised relative to the remaining part of the axially oriented surface of the same intermediate ring element.
An image processing device (TDx, TDy) comprising: a shake information adjustment unit configured to generate adjusted shake information by adjusting shake information at the time of imaging when input image data constituting a moving image is captured; a shake modification unit configured to perform shake modification processing of the input image data using the adjusted shake information to obtain shake-modified image data; and an association unit configured to associate at least one of the input image data and the shake-modified image data, the shake information at the time of imaging, and shake modification information capable of specifying a processing amount of the shake modification processing; characterized in that the shake modification unit performs processing of cancelling shake removal processing performed at the time of imaging using metadata associated with the input image data with respect to the input image data and then performs the shake modification processing. a shake information adjustment unit configured to generate adjusted shake information by adjusting shake information at the time of imaging when input image data constituting a moving image is captured; a shake modification unit configured to perform shake modification processing of the input image data using the adjusted shake information to obtain shake-modified image data; and an association unit configured to associate at least one of the input image data and the shake-modified image data, the shake information at the time of imaging, and shake modification information capable of specifying a processing amount of the shake modification processing; characterized in that the shake modification unit performs processing of cancelling shake removal processing performed at the time of imaging using metadata associated with the input image data with respect to the input image data and then performs the shake modification processing.
A method for controlling an illumination level of a luminous element of a user interface for an electrical device, comprising: storing, by a processor, information defining a signal corresponding to a desired time-varying illumination level of the luminous element to be perceived by a human observer, wherein the corresponding signal comprises an increasing ramp function and a decreasing ramp function; calculating, by the processor, a time-varying control signal based on the corresponding signal and a nonlinear sensitivity relationship between an actual illumination level and a resulting illumination level perceived by a human eye; and causing, by the processor, the luminous element to be illuminated in accordance with the calculated time-varying control signal, characterized in that the increasing ramp function and the decreasing ramp function comprised in the corresponding signal are an increasing sinusoidal based ramp function and a decreasing sinusoidal-based ramp function, respectively; and the calculated time-varying control signal is calculated by converting the corresponding signal using a compensating function, wherein the compensating function is based on the nonlinear sensitivity relationship between the actual illumination level and the resulting illumination level perceived by the human eye and comprises: Y = L ∗ 903.3 if L ∗ ≤ 8 Y = L ∗ + 16 116 3 if L ∗ > 8 wherein Y is the calculated time-varying control signal; and L* is the corresponding signal. storing, by a processor, information defining a signal corresponding to a desired time-varying illumination level of the luminous element to be perceived by a human observer, wherein the corresponding signal comprises an increasing ramp function and a decreasing ramp function; calculating, by the processor, a time-varying control signal based on the corresponding signal and a nonlinear sensitivity relationship between an actual illumination level and a resulting illumination level perceived by a human eye; and causing, by the processor, the luminous element to be illuminated in accordance with the calculated time-varying control signal, characterized in that the increasing ramp function and the decreasing ramp function comprised in the corresponding signal are an increasing sinusoidal based ramp function and a decreasing sinusoidal-based ramp function, respectively; and the calculated time-varying control signal is calculated by converting the corresponding signal using a compensating function, wherein the compensating function is based on the nonlinear sensitivity relationship between the actual illumination level and the resulting illumination level perceived by the human eye and comprises: Y = L ∗ 903.3 if L ∗ ≤ 8 Y = L ∗ + 16 116 3 if L ∗ > 8 wherein Y is the calculated time-varying control signal; and L* is the corresponding signal. Y is the calculated time-varying control signal; and L* is the corresponding signal.
A carton for holding a plurality of containers, the carton comprising: a plurality of panels (15, 17, 21, 25, 29) that extends at least partially around an interior of the carton; at least one end flap (33, 37, 43, 47, 51, 35, 39, 45, 49, 53) foldably connected to at least one panel of the plurality of panels (15, 17, 21, 25, 29), the at least one end flap at least partially forming a closed end (7, 9) of the carton; at least one handle comprising at least one handle flap (73, 89) foldably connected to the at least one end flap (47, 49, 51, 53) along a first fold line (75, 91) the at least one handle flap (73, 89) comprising a grip portion at least partially defined by the first fold line and a second fold line extending in the at least one handle flap, wherein the first fold line and the second fold line are nonparallel, characterized by the at least one end flap (33, 37, 43, 47, 51, 35, 39, 45, 49, 53) comprises an outer top end flap (47, 49) at least partially overlapping an inner top end flap (51, 53); the at least one handle flap (73, 89) comprises an outer handle flap foldably connected to the outer top end flap (47, 49), and the at least one handle further comprises an inner handle flap foldably connected to the inner top end flap (51, 53); and the outer handle flap at least partially overlaps the inner handle flap. a plurality of panels (15, 17, 21, 25, 29) that extends at least partially around an interior of the carton; at least one end flap (33, 37, 43, 47, 51, 35, 39, 45, 49, 53) foldably connected to at least one panel of the plurality of panels (15, 17, 21, 25, 29), the at least one end flap at least partially forming a closed end (7, 9) of the carton; at least one handle comprising at least one handle flap (73, 89) foldably connected to the at least one end flap (47, 49, 51, 53) along a first fold line (75, 91) the at least one handle flap (73, 89) comprising a grip portion at least partially defined by the first fold line and a second fold line extending in the at least one handle flap, wherein the first fold line and the second fold line are nonparallel,
A beverage preparation machine for use with a beverage preparation capsule, comprising a machine main unit with a casing, a water reservoir, and a brewing head comprising a dispensing outlet for dispensing said beverage into a container placed below said outlet, characterized in that said machine further comprises a base element supporting the main unit (3, 4, 5), and (i) the base element comprises supporting stands with surfaces for supporting said container, said stands having different heights, and (ii) the machine main unit (3, 4, 5) is pivotally mounted onto said base element such that the brewing head can be aligned above any of the supporting surfaces by rotation of said machine main unit. (i) the base element comprises supporting stands with surfaces for supporting said container, said stands having different heights, and (ii) the machine main unit (3, 4, 5) is pivotally mounted onto said base element such that the brewing head can be aligned above any of the supporting surfaces by rotation of said machine main unit.
A blowout preventer comprising: a main body containing a wellbore; a passage transverse to the wellbore; a shearing device located in the passage; a charge that, when activated, propels the shearing device along the passage and across the wellbore; and a concentric seal that extends in the direction of the wellbore to fluidly seal the passage from the wellbore, wherein the passage has two portions, a first portion on a first side of the wellbore and a second portion on a second side of the wellbore, and the shearing device is initially located in the first portion of the passage on the first side of the wellbore; characterised in that the passage comprises a space in the first portion of the passage between an initial location of the shearing device and the wellbore for acceleration of the shearing device, and wherein the space between the initial location of the shearing device and the wellbore is at least as long as half a diameter of the wellbore. a main body containing a wellbore; a passage transverse to the wellbore; a shearing device located in the passage; a charge that, when activated, propels the shearing device along the passage and across the wellbore; and a concentric seal that extends in the direction of the wellbore to fluidly seal the passage from the wellbore, wherein the passage has two portions, a first portion on a first side of the wellbore and a second portion on a second side of the wellbore, and the shearing device is initially located in the first portion of the passage on the first side of the wellbore; characterised in that the passage comprises a space in the first portion of the passage between an initial location of the shearing device and the wellbore for acceleration of the shearing device, and wherein the space between the initial location of the shearing device and the wellbore is at least as long as half a diameter of the wellbore.
A low-frequency therapy wearing band allowing a low-frequency therapy device including a control box constituted of a case, a power supply, a controller, a low-frequency wave output unit, and a control switch to be connected thereto to provide a low-frequency stimulus to a body part of a wearer to enable physical therapy, the wearing band comprising outer yarn shaped as a cylinder by continuously knitting fiber yarn loops and knitted with fiber yarn, inner yarn knitted with covering yarn, and pile yarn formed of a conductive fiber, knitted at inner surfaces of the inner yarn, and configured to apply a low-frequency stimulus while tightly contacting a skin when a cable of the low-frequency therapy device is connected to electrode terminals protruding from a surface to transmit a negative low-frequency current and a positive low-frequency current to the pile yarn, characterized in that each inner yarn includes metallic copper yarn as a core material and a covering yarn formed by winding coat yarn formed of nylon or polyester around the copper yarn, and wherein the copper yarn is configured to be heated when it receives a current as a cable of the low-frequency therapy device is connected to the electrode terminals of the wearing band.
A connection tool for a tongue manipulation device system, the tool comprising: - a connector configured to be coupled to a tongue advancer tether; - a tension meter configured to be coupled to the connector; - a tensioner configured to apply a tension or pulling force to the connector via the tension meter, wherein the tension meter is further configured to indicate when a determined tension or pulling force is applied to the connector such that the tongue advancer tether is kept taut, and to indicate when an applied tension is too high or too low for the tether. - a connector configured to be coupled to a tongue advancer tether; - a tension meter configured to be coupled to the connector; - a tensioner configured to apply a tension or pulling force to the connector via the tension meter, wherein the tension meter is further configured to indicate when a determined tension or pulling force is applied to the connector such that the tongue advancer tether is kept taut, and to indicate when an applied tension is too high or too low for the tether.
A support assembly comprising: a first slide rail assembly comprising a first rail and a second rail movable relative to the first rail; a second slide rail assembly comprising a third rail and a fourth rail movable relative to the third rail; a first cable management device mounted to the second rail of the first slide rail assembly and the fourth rail of the second slide rail assembly; and a second cable management device (28, 200, 300) comprising a first cable management arm (50, 310) and a second cable management arm (52, 312), the first cable management arm (50, 310) being mounted to the first rail of the first slide rail assembly, and the second cable management arm (52, 312) being mounted to the second rail of the first slide rail assembly; wherein the support assembly is characterized by: the first slide rail assembly having a first middle rail movably connecting the first rail and the second rail, so as to extend a movement range of the second rail relative to the first rail, the second slide rail assembly further comprising a second middle rail moveably connecting the third rail and the fourth rail, so as to extend a movement range of the fourth rail relative to the third rail, the second cable management device (28, 200, 300) further comprising at least one support bar (58, 202, 302), the at least one support bar (58, 202, 302) being configured to support one of the first cable management arm (50, 310) and the second cable management arm (52, 312). a first slide rail assembly comprising a first rail and a second rail movable relative to the first rail; a second slide rail assembly comprising a third rail and a fourth rail movable relative to the third rail; a first cable management device mounted to the second rail of the first slide rail assembly and the fourth rail of the second slide rail assembly; and a second cable management device (28, 200, 300) comprising a first cable management arm (50, 310) and a second cable management arm (52, 312), the first cable management arm (50, 310) being mounted to the first rail of the first slide rail assembly, and the second cable management arm (52, 312) being mounted to the second rail of the first slide rail assembly; wherein the support assembly is characterized by: the first slide rail assembly having a first middle rail movably connecting the first rail and the second rail, so as to extend a movement range of the second rail relative to the first rail, the second slide rail assembly further comprising a second middle rail moveably connecting the third rail and the fourth rail, so as to extend a movement range of the fourth rail relative to the third rail, the second cable management device (28, 200, 300) further comprising at least one support bar (58, 202, 302), the at least one support bar (58, 202, 302) being configured to support one of the first cable management arm (50, 310) and the second cable management arm (52, 312).
A method for reusing water in a water bearing machine, in particular a laundry treating machine or dishwasher, wherein said method comprises the step of a surfactant adsorption treatment of the water by at least one adsorbent medium during a recirculation of the water, so that contaminants of the water are adsorbed by the at least one adsorbent medium, and wherein a regeneration phase is performed after a time period, in which regeneration phase the at least one adsorbent medium is regenerated by a regenerant solution, wherein the adsorbent medium includes at least one synthetic resin of a polymeric type, wherein the network of the synthetic resin is provided with at least one functional chemical group, wherein the network of the synthetic resin is provided with at least one amine functional group, wherein the laundry treating machine comprises a recirculation circuit for said recirculation of the water comprising a washing tub, a resin cartridge, a recirculation pump and a two-ways valve, wherein the recirculation circuit is driven by the recirculation pump, wherein the resin cartridge is bypassed by a bypass pipe arranged in parallel to said resin cartridge, wherein the two-ways valve switches between the resin cartridge and the parallel bypass pipe, and wherein the adsorbent medium is in the resin cartridge, characterized in that the surfactant adsorption treatment is applied to rinse water of the laundry treating machine, wherein the rinse water is continuously purified during a rinsing phase. wherein the adsorbent medium includes at least one synthetic resin of a polymeric type, wherein the network of the synthetic resin is provided with at least one functional chemical group, wherein the network of the synthetic resin is provided with at least one amine functional group, wherein the laundry treating machine comprises a recirculation circuit for said recirculation of the water comprising a washing tub, a resin cartridge, a recirculation pump and a two-ways valve, wherein the recirculation circuit is driven by the recirculation pump, wherein the resin cartridge is bypassed by a bypass pipe arranged in parallel to said resin cartridge, wherein the two-ways valve switches between the resin cartridge and the parallel bypass pipe, and wherein the adsorbent medium is in the resin cartridge, characterized in that the surfactant adsorption treatment is applied to rinse water of the laundry treating machine, wherein the rinse water is continuously purified during a rinsing phase.