mhurhangee/ep-ind-claims huggingface dataset:
A banding system for an agricultural baler, the banding system configured to move a banding element around a crop package to band the crop package, the banding system comprising: a support member (75, 80, 90, 95) including a support surface configured to support the crop package, the support member (75, 80, 90, 95) including a channel defined by an opening in the support surface, the channel further defined by a first surface opposite a second surface and a third surface extending between the first and second surfaces (125, 130), wherein a distance between the first and second surfaces (125, 130) varies from the third surface to the opening; and a bander unit configured to move the banding element within the channel to band the crop package, wherein the first surface at least partially defines an angled surface relative to the second surface, and wherein the first surface is positioned closest to the second surface at an apex of the angled surface, and wherein the apex of the angled surface is located closer to the opening than to the third surface, wherein the first surface includes a protrusion extending toward the second surface such that a first width of the channel defined by the opening is equal to or greater than a second width of the channel defined between the protrusion and the second surface, characterized in that the protrusion defines a first protrusion surface extending toward the second surface to the apex, wherein the first protrusion surface is obliquely angled relative to the support surface and the second surface, wherein the protrusion defines a second protrusion surface extending away from the second surface and the apex toward the support surface, and the second protrusion surface is obliquely angled relative to the support surface, the first protrusion surface, and the second surface, and the first and second protrusion surfaces (155, 160) are linear. a support member (75, 80, 90, 95) including a support surface configured to support the crop package, the support member (75, 80, 90, 95) including a channel defined by an opening in the support surface, the channel further defined by a first surface opposite a second surface and a third surface extending between the first and second surfaces (125, 130), wherein a distance between the first and second surfaces (125, 130) varies from the third surface to the opening; and a bander unit configured to move the banding element within the channel to band the crop package, wherein the first surface at least partially defines an angled surface relative to the second surface, and wherein the first surface is positioned closest to the second surface at an apex of the angled surface, and wherein the apex of the angled surface is located closer to the opening than to the third surface, wherein the first surface includes a protrusion extending toward the second surface such that a first width of the channel defined by the opening is equal to or greater than a second width of the channel defined between the protrusion and the second surface,
A hair dryer, the hair dryer comprising: an air inlet; a motor; a blade assembly; a heated air outlet; and a heat transmissive member, the heat transmissive member having a composite coating on a surface thereof, the composite coating having ceramic and lava rock incorporated therein; characterized in that a protective coating is disposed on the composite coating. an air inlet; a motor; a blade assembly; a heated air outlet; and a heat transmissive member, the heat transmissive member having a composite coating on a surface thereof, the composite coating having ceramic and lava rock incorporated therein; characterized in that a protective coating is disposed on the composite coating.
APZT-based ferroelectric thin film-forming composition used to form a PZT-based ferroelectric thin film, the composition comprising: a PZT precursor; a diol; one of polyvinyl pyrrolidones and a polyethylene glycol; and water, wherein a ratio of the PZT precursor in 100 wt% of the composition is 17 wt% to 35 wt% in terms of oxides, a ratio of the diol to 100 wt% of the composition is 16 wt% to 56 wt%, a ratio of the one of the polyvinyl pyrrolidones and the polyethylene glycol to 1 mol of the PZT precursor is 0.01 to 0.25 mol in terms of monomers, a ratio of the water to 1 mol of the PZT precursor is 0.5 to 3 mol, and the composition does not further contain a linear monoalcohol having 6 to 12 carbon chains which has a ratio of 0.6 to 10 wt% with respect to 100 wt% of the composition. a PZT precursor; a diol; one of polyvinyl pyrrolidones and a polyethylene glycol; and water, wherein a ratio of the PZT precursor in 100 wt% of the composition is 17 wt% to 35 wt% in terms of oxides, a ratio of the diol to 100 wt% of the composition is 16 wt% to 56 wt%, a ratio of the one of the polyvinyl pyrrolidones and the polyethylene glycol to 1 mol of the PZT precursor is 0.01 to 0.25 mol in terms of monomers, a ratio of the water to 1 mol of the PZT precursor is 0.5 to 3 mol, and the composition does not further contain a linear monoalcohol having 6 to 12 carbon chains which has a ratio of 0.6 to 10 wt% with respect to 100 wt% of the composition.
A miR-376b (hsa-miR-376b) or an inhibitor thereof, for use in treatment of at least one disease involving autophagy abnormalities alone or in combination with other conventional treatments of diseases, where said inhibitor is a nucleic acid molecule comprising a sequence that is at least 70% complementary to a contiguous 5' to 3' sequence of a mature miRNA,.
A process for the production of 1,1,1,2,2-pentachloropropane from 1,1,2-trichloropropane, the process comprising dehydrochlorinating the trichlorinated alkane and subjecting the product stream of the dehydrochlorination to sequential chlorination and/or further dehydrochlorination steps.
An implantable spinal setting device (26, 46, 60), particularly for spinal osteosynthesis and the treatment of scolioses, comprising a substantially flat elongated element (27, 47, 61) of predetermined main width, having first (27a, 47a, 61a) and second (27b, 47b, 61b) ends, designed to be disposed around a portion of a vertebral body, a setting support (20, 31, 48) having front (23, 33, 50) and rear (34, 51) portions, characterized in that it comprises an attachment zone (25, 34, 51) to which said first end (27a, 47a, 61a) is firmly attached or capable of being firmly attached, a first blocking element (24, 32, 49), mounted on said setting support (20, 31, 48) so as to be capable of translating between said front (23, 33, 50) and rear (34, 51) portions, delimiting front (30, 35, 52) and rear (29, 36, 53) passage zones with said front and rear portions, respectively, allowing passage of said second free end, and a support and guidance means (25, 39, 56) of said elongated element, in that in operation the second free end passes at least once in said front and rear zones and on said support and guidance means (25, 39, 56) by passing around, at least partially, a connecting rod and a portion of a vertebral body for the removable firm attachment of said connecting rod with said setting support (20, 31, 48), and in that the tension exerted on the second free end allows the displacement of the first blocking element (24, 32, 49) toward the front portion (23, 33, 50) and, correlatively, the convergence of said portion of the vertebral body toward said connecting rod.
A dust cup assembly comprising: a casing having a central chamber, a dedusting chamber and a dust collecting chamber, wherein the central chamber is configured to have an upright columnar shape and comprises an air exhaust chamber and a mounting chamber in communication with each other in an up-and-down direction, the dedusting chamber is configured to have a closed annular cross section and surrounds the air exhaust chamber by one circle, the dust collecting chamber is located below the dedusting chamber, has a non-closed annular cross section and surrounds the mounting chamber by less than a circle; a negative pressure device, wherein at least a majority of the negative pressure device is provided in the mounting chamber and used to suck airflow from the environment into the casing; and a dedusting device provided in the dedusting chamber to remove dust from the sucked airflow; wherein a lower portion of the air exhaust chamber is configured as an expansion pipe segment, and an upper end of the negative pressure device extends into the expansion pipe segment. a casing having a central chamber, a dedusting chamber and a dust collecting chamber, wherein the central chamber is configured to have an upright columnar shape and comprises an air exhaust chamber and a mounting chamber in communication with each other in an up-and-down direction, the dedusting chamber is configured to have a closed annular cross section and surrounds the air exhaust chamber by one circle, the dust collecting chamber is located below the dedusting chamber, has a non-closed annular cross section and surrounds the mounting chamber by less than a circle; a negative pressure device, wherein at least a majority of the negative pressure device is provided in the mounting chamber and used to suck airflow from the environment into the casing; and a dedusting device provided in the dedusting chamber to remove dust from the sucked airflow; wherein a lower portion of the air exhaust chamber is configured as an expansion pipe segment, and an upper end of the negative pressure device extends into the expansion pipe segment.
A device for supplying a fuel cell battery comprising - a first feed line for supplying a first gaseous reactant in a first reactant flow; - a second supply line for supplying a second gaseous reactant in a second reactant flow; - a monitoring element which is designed such that it can generate an error signal in dependence on a parameter of the first reactant flow, said error signal indicating an insufficient first reactant flow; - an automatic firing device which can receive the monitoring signal; - a shut-off element which is arranged in the second supply line, which is controllable by the automatic firing device and which is provided to interrupt the second reactant flow; and - a bridging device which can adopt an active state and an inactive state and which is designed and arranged such that the monitoring element can generate the error signal in dependence on a parameter of the first reactant flow in the inactive state, and a functional monitoring element reliably generates the error signal in the active state. - a first feed line for supplying a first gaseous reactant in a first reactant flow; - a second supply line for supplying a second gaseous reactant in a second reactant flow; - a monitoring element which is designed such that it can generate an error signal in dependence on a parameter of the first reactant flow, said error signal indicating an insufficient first reactant flow; - an automatic firing device which can receive the monitoring signal; - a shut-off element which is arranged in the second supply line, which is controllable by the automatic firing device and which is provided to interrupt the second reactant flow; and - a bridging device which can adopt an active state and an inactive state and which is designed and arranged such that the monitoring element can generate the error signal in dependence on a parameter of the first reactant flow in the inactive state, and a functional monitoring element reliably generates the error signal in the active state.
A method for calibrating a system for acquiring images of biometric features of individuals, said system comprising a viewfinder and an optics for detecting the position of an object in space, characterized in that said calibration method comprises the determination of a control law to be applied to the viewfinder to sight the object depending on its position, said position being determined in a reference frame of the detection optics and the control law comprising two angular controls (C y, C p) and a focus control (Cd) of the viewfinder, expressed as a function of the relative positions between the object to be sighted and a concurrent point of all lines of sight of the viewfinder, the calibration method comprising the steps consisting of: - sighting, with the viewfinder, objects located at least at six different reference positions (P i) known in the reference frame of the detection optics and noting the corresponding controls (C yi, C pi, C di) for each reference position, - from the reference positions (P i) and the corresponding controls (C yi, C pi, C di) for each reference position, determining (200, 200') the position of the concurrent point of the lines of sight and the control law (C y, C p) by minimizing a function of the second derivative of the control law by taking into account, as constraints, the controls (C yi, C pi, C di), noted for the various sighted points (P i). - sighting, with the viewfinder, objects located at least at six different reference positions (P i) known in the reference frame of the detection optics and noting the corresponding controls (C yi, C pi, C di) for each reference position, - from the reference positions (P i) and the corresponding controls (C yi, C pi, C di) for each reference position, determining (200, 200') the position of the concurrent point of the lines of sight and the control law (C y, C p) by minimizing a function of the second derivative of the control law by taking into account, as constraints, the controls (C yi, C pi, C di), noted for the various sighted points (P i).
A method comprising: removing a section of a gas turbine engine component comprising a superalloy material; and installing a replacement section comprising a superalloy material in place of the removed section using a braze containing no boron or silicon, wherein the braze has the following composition by weight percent: Nickel 55 - 65, Titanium 15 - 25, and Chromium 15 - 25, wherein the weight percentages of Nickel, Titanium, and Chromium sum to 100 weight percent. removing a section of a gas turbine engine component comprising a superalloy material; and installing a replacement section comprising a superalloy material in place of the removed section using a braze containing no boron or silicon, wherein the braze has the following composition by weight percent: Nickel 55 - 65, Titanium 15 - 25, and Chromium 15 - 25, wherein the weight percentages of Nickel, Titanium, and Chromium sum to 100 weight percent.
An information processing apparatus comprising a data processing unit configured to execute a reproduction process of a disc-recorded data, read disc type information recorded on a disc, wherein the disc type information includes zone setting information by which it is possible to determine whether the disc is a single-zone disc composed of a single transfer rate zone or a plural-zone disc composed of a plurality of different transfer rate zones, grasp a recorded data configuration on the disc on the basis of the read disc type information, and execute data readout and reproduction processes at a transfer rate according to the grasped recorded data configuration, execute, when the disc is a single-zone disc composed of a single transfer rate zone, the data readout and reproduction processes in the entire region of the disc by the same algorithm, and execute, when the disc is a plural-zone disc composed of a plurality of different transfer rate zones, the data readout and reproduction processes on the individual zones of the disc using different algorithms.
Method for securing compliance of an effectively installed current parameter value of an industrial switching device with the display of said value on the device itself, wherein the switching device parameter is adjustable by means of an adjusting device on the device itself and additionally via remote adjustment by means of an actuator, which is activated in response to remote adjustment of the parameter value and updates the adjusting device accordingly, and wherein the parameter value is displayed by a separate display, characterised in that the parameter value shown on the display is read from the adjusting device of the switching device.
Agricultural mixer (500, 501) comprising a transmission group, at least one mixing tank and at least one auger housed in said tank, wherein the transmission group is operatively connected to the at least one auger in such a way as to guide the rotary movement thereof, wherein the transmission group comprises: - an input device suitable to receive the rotary movement from a movement system, for example from a motor group of the agricultural mixer or a motor vehicle, comprising: i) an input shaft; ii) a first input gear operatively connected to the input shaft; iii) a second input gear controllable in connection with the input shaft by means of a clutch input group; - an output device suitable to transmit the rotary motion of the input device to the auger; m) an output shaft; n) a first output gear meshed with the first input gear and controllable in connection to the output shaft by means of a clutch output group; l) a second output gear operatively connected to the output shaft and meshed with the second input gear; wherein the input shaft and the output shaft are operatively connected to each other by means of the first gears (110; 210) upon action of the second clutch group or by the second gears (120; 220) on action of the first clutch group. - an input device suitable to receive the rotary movement from a movement system, for example from a motor group of the agricultural mixer or a motor vehicle, comprising: i) an input shaft; ii) a first input gear operatively connected to the input shaft; iii) a second input gear controllable in connection with the input shaft by means of a clutch input group; i) an input shaft; ii) a first input gear operatively connected to the input shaft; iii) a second input gear controllable in connection with the input shaft by means of a clutch input group; - an output device suitable to transmit the rotary motion of the input device to the auger; m) an output shaft; n) a first output gear meshed with the first input gear and controllable in connection to the output shaft by means of a clutch output group; l) a second output gear operatively connected to the output shaft and meshed with the second input gear; wherein the input shaft and the output shaft are operatively connected to each other by means of the first gears (110; 210) upon action of the second clutch group or by the second gears (120; 220) on action of the first clutch group. m) an output shaft; n) a first output gear meshed with the first input gear and controllable in connection to the output shaft by means of a clutch output group; l) a second output gear operatively connected to the output shaft and meshed with the second input gear; wherein the input shaft and the output shaft are operatively connected to each other by means of the first gears (110; 210) upon action of the second clutch group or by the second gears (120; 220) on action of the first clutch group.
A thermal transfer sheet, comprising: a substrate; a release layer; and a transfer layer in that order, wherein the release layer contains at least one of alumina and alumina hydrate, and a binder resin, wherein a solid content ratio of the at least one of alumina and alumina hydrate to the binder resin, as alumina or alumina hydrate, to binder resin, is from 7/3 or more and 9/1 or less by mass, and wherein the transfer layer includes a peeling layer. a substrate; a release layer; and a transfer layer in that order, wherein the release layer contains at least one of alumina and alumina hydrate, and a binder resin, wherein a solid content ratio of the at least one of alumina and alumina hydrate to the binder resin, as alumina or alumina hydrate, to binder resin, is from 7/3 or more and 9/1 or less by mass, and wherein the transfer layer includes a peeling layer.
A control apparatus for an internal combustion engine having a fuel injection valve for directly injecting fuel into a combustion chamber formed with at least a cylinder and a piston, the control apparatus controlling fuel injection from the fuel injection valve, the control apparatus comprising: means for performing divisional injection control including executing a plurality of fuel injections in one cycle; means for computing a basic amount of fuel injection based on an operating state; means for computing a change in the amount of fuel based on the operating state; and means for distributing the change in the amount of fuel to the plurality of the fuel injections based on injection times at which the plurality of the fuel injections are executed characterized in that the change in the amount of fuel is distributed to a plurality of fuel injections of the same stroke period and the change in the amount of fuel in the fuel injection made with an injection pulse width at an injection time at a most advanced angle in an intake stroke period or at a most retarded angle in a compression stroke period in the plurality of the fuel injections is set smallest in comparison with the changes in the amounts of fuel at the other injection times in the same stroke period. means for performing divisional injection control including executing a plurality of fuel injections in one cycle; means for computing a basic amount of fuel injection based on an operating state; means for computing a change in the amount of fuel based on the operating state; and means for distributing the change in the amount of fuel to the plurality of the fuel injections based on injection times at which the plurality of the fuel injections are executed characterized in that the change in the amount of fuel is distributed to a plurality of fuel injections of the same stroke period and the change in the amount of fuel in the fuel injection made with an injection pulse width at an injection time at a most advanced angle in an intake stroke period or at a most retarded angle in a compression stroke period in the plurality of the fuel injections is set smallest in comparison with the changes in the amounts of fuel at the other injection times in the same stroke period.
A laser processing method, comprising the steps of: preparing a material to be processed; and forming a modified area in said material to be processed, by irradiating said material to be processed with a pulsed laser beam, characterized in that said pulsed laser beam has a continuous spectrum and is generated using a Raman scattering effect on pulsed laser that is a seed laser of said laser beam, wherein in said step of forming a modified area, pulsed laser beam is focused with a lens, thereby forming a focusing line constituted by a plurality of continuously distributed focuses that are obtained by predetermined bands forming said continuous spectrum of said laser beam, and said material to be processed is irradiated with said laser beam such that at least a part of said focusing line is located on a surface of said material to be processed, thereby forming said modified area on an axis of said focusing line. preparing a material to be processed; and forming a modified area in said material to be processed, by irradiating said material to be processed with a pulsed laser beam, characterized in that said pulsed laser beam has a continuous spectrum and is generated using a Raman scattering effect on pulsed laser that is a seed laser of said laser beam, wherein in said step of forming a modified area, pulsed laser beam is focused with a lens, thereby forming a focusing line constituted by a plurality of continuously distributed focuses that are obtained by predetermined bands forming said continuous spectrum of said laser beam, and said material to be processed is irradiated with said laser beam such that at least a part of said focusing line is located on a surface of said material to be processed, thereby forming said modified area on an axis of said focusing line.