mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a planting depth actuator for a planter row unit using the planting depth control system according to any of the claims 7-11, the planter row unit comprising an opener, a gauge wheel mounted on a gauge wheel arm to allow relative movement between the gauge wheel and the opener, an arm contact member arranged to contact the gauge wheel arm, the planting depth actuator being configured to position the arm contact member along a path of movement through an extent of travel and that contacts a gauge wheel arm to change a relative position of the gauge wheel relative to the opener on the planter row unit, the method comprising: controlling the planting depth actuator to position the arm contact member at a first known position along the extent of travel and out of contact with the gauge wheel arm; detecting that the planter row unit is positioned so the gauge wheel and the opener are in a known position relative to one another; controlling the planting depth actuator to move the arm contact member from the first known position to a second position in which the arm contact member is in contact with the gauge wheel arm; identifying how far the arm contact member moved along the extent of travel from the first known position to the second position, to identify the second position as a first calibration point; and adjusting a control curve, used to position the arm contact member to control planting depth of the planter row unit, based on the first calibration point. controlling the planting depth actuator to position the arm contact member at a first known position along the extent of travel and out of contact with the gauge wheel arm; detecting that the planter row unit is positioned so the gauge wheel and the opener are in a known position relative to one another; controlling the planting depth actuator to move the arm contact member from the first known position to a second position in which the arm contact member is in contact with the gauge wheel arm; identifying how far the arm contact member moved along the extent of travel from the first known position to the second position, to identify the second position as a first calibration point; and adjusting a control curve, used to position the arm contact member to control planting depth of the planter row unit, based on the first calibration point.
A cleaning device for a combine harvester comprising at least one fan, an oscillatingly driven sieve frame which has at least an upper sieve and a lower sieve which are arranged in mutually spaced relationship in the sieve frame, and at least one passage portion which directs an air flow produced by the fan from below inclinedly in the direction of the underside of the upper sieve and the lower sieve, wherein arranged beneath the lower sieve and the upper sieve is at least one respective air guide element (32, 40) which has mutually opposite end faces (34, 42) free from regions tapering to a point and at least one side surface (33, 41) connecting said end faces together, which are of different radii of curvature (R1, R2, R3) in relation to the cross-sectional centre point of the air guide element (32, 40), wherein the radii of curvature (R1, R3) of the end faces (34, 42) are greater than the radius of curvature of the at least one side surface (33, 41), wherein a main axis of the respective air guide element (32, 40) has an inclination relative to the respective sieve plane of the upper and lower sieves (14, 15), characterised in that the inclination of the main axis of the respective air guide element (32, 40) is adjustable.
An X2 handover method applied in an LTE system, characterized by comprising: after sending a Handover Request Acknowledge message, a target eNodeB, eNB, setting, for handed-over User Equipment, UE, a flag for indicating whether or not a Sequence Number Status Transfer message is received and setting the flag to be 'not received', wherein the target eNB sets the flag to be 'received' if the target eNB receives the Sequence Number Status Transfer message when waiting for completion of the RRC Connection Reconfiguration by the UE; and after receiving an RRC Connection Reconfiguration Complete message, the target eNB directly sending a Path Switch Request message to a core network without determining whether or not the Sequence Number Status Transfer message is received, wherein the target eNB sets the flag to be 'received' if the target eNB receives the Sequence Number Status Transfer message when waiting for a Path Switch Acknowledge message; the target eNB determining whether or not successfully handed-over services include an Acknowledge Mode, AM, service after receiving the Path Switch Acknowledge message sent from the core network; the target eNB determining that the handover has succeeded if the successfully handed-over services include no AM service; and the target eNB determining whether or not the flag has been set to be 'received' if the successfully handed-over services include an AM service, and determining that the handover has succeeded if the flag has been set to be 'received' or releasing the AM service of the UE if the flag has not been set to be 'received'. after sending a Handover Request Acknowledge message, a target eNodeB, eNB, setting, for handed-over User Equipment, UE, a flag for indicating whether or not a Sequence Number Status Transfer message is received and setting the flag to be 'not received', wherein the target eNB sets the flag to be 'received' if the target eNB receives the Sequence Number Status Transfer message when waiting for completion of the RRC Connection Reconfiguration by the UE; and after receiving an RRC Connection Reconfiguration Complete message, the target eNB directly sending a Path Switch Request message to a core network without determining whether or not the Sequence Number Status Transfer message is received, wherein the target eNB sets the flag to be 'received' if the target eNB receives the Sequence Number Status Transfer message when waiting for a Path Switch Acknowledge message; the target eNB determining whether or not successfully handed-over services include an Acknowledge Mode, AM, service after receiving the Path Switch Acknowledge message sent from the core network; the target eNB determining that the handover has succeeded if the successfully handed-over services include no AM service; and the target eNB determining whether or not the flag has been set to be 'received' if the successfully handed-over services include an AM service, and determining that the handover has succeeded if the flag has been set to be 'received' or releasing the AM service of the UE if the flag has not been set to be 'received'.
An ironing device comprising: - a glove configured to be worn on a user's hand and including at least one contact portion configured to be placed in contact with a garment, - ironing means that are integral with said glove and arranged at least along said contact portion, - control means operatively connected to said ironing means and configured to control the operation of said ironing means, and characterised in that - said ironing means comprise: - at least one resistor distributed over said contact portion and designed to emit heat when electrically powered, and - an outer conductive layer heated by said resistor, wherein said resistor and said outer conductive layer are flexible, which means comprising components and materials suitable for not maintaining a plastic deformation following a deformation by an external force, components and materials that can carry out a plurality of bending cycles and/or compression and/or deformation in general, without showing cracks in the material and similar. - a glove configured to be worn on a user's hand and including at least one contact portion configured to be placed in contact with a garment, - ironing means that are integral with said glove and arranged at least along said contact portion, - control means operatively connected to said ironing means and configured to control the operation of said ironing means, and characterised in that - said ironing means comprise: - at least one resistor distributed over said contact portion and designed to emit heat when electrically powered, and - an outer conductive layer heated by said resistor, wherein said resistor and said outer conductive layer are flexible, which means comprising components and materials suitable for not maintaining a plastic deformation following a deformation by an external force, components and materials that can carry out a plurality of bending cycles and/or compression and/or deformation in general, without showing cracks in the material and similar.
A copper alloy for electronic material comprising 0.5 to 3.0% by mass of Co, 0.1 to 1.0% by mass of Si, and the balance of Cu and inevitable impurities, having a ratio of mass percentages of Co and Si (Co/Si) given as 3.5≤Co/Si≤5.0, having an average particle size of second phase particles, within the range of the particle size of 1 to 50 nm seen in a cross-section taken in parallel with the direction of rolling, of 2 to 10 nm, and having an average distance between the adjacent second phase particles of 10 to 50 nm, the average distance between the adjacent second phase particles being determined from a photograph taken under a transmission electron microscope at 1,000,000× magnification, so that 100 or more second phase particles of 1 to 50 nm in diameter are contained in the field, and (the number of second phase particles in field of observation)÷(area of observation × thickness of sample) is calculated, and the quotient to the one over 3 power (the cube root of the quotient) is determined; optionally further comprising at least any one alloying element selected from the group consisting of Ni, Cr, Sn, P, Mg, Mn, Ag, As, Sb, Be, B, Ti, Zr, Al and Fe, and, with a total content of the alloying element(s) of 2.0% by mass or less, wherein the copper alloy has a 0.2% yield strength of 500 Mpa or larger, an electro-conductivity of 65% IACS or larger, and an MBR/t value, meaning minimum bend radius divided by the thickness, of 0.1 or smaller.
A nonaqueous electrolyte battery comprising: a positive electrode comprising an active material comprising Li 1-x Mn 2-y-z Al y M z O 4 (-0.1 ≤ x ≤ 1, 0.20 ≤ y ≤ 0.35, 0 ≤ z ≤ 0.1, M is at least one metal selected from the group consisting of Mg, Ca, Ti, V, Cr, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, and Sn); a negative electrode comprising an active material comprising a mixture, the mixture comprising a first oxide represented by Li 4+a Ti 5 O 12 (-0.5 ≤ a ≤ 3), and a second oxide of at least one element selected from the group consisting of Al, Co, Cr, Cu, Fe, Mg, Ni, Zn, and Zr in an amount of from 300 ppm to 5000 ppm relative to a weight of the first oxide, the negative electrode comprising the second oxide as particles; and a nonaqueous electrolyte. a positive electrode comprising an active material comprising Li 1-x Mn 2-y-z Al y M z O 4 (-0.1 ≤ x ≤ 1, 0.20 ≤ y ≤ 0.35, 0 ≤ z ≤ 0.1, M is at least one metal selected from the group consisting of Mg, Ca, Ti, V, Cr, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, and Sn); a negative electrode comprising an active material comprising a mixture, the mixture comprising a first oxide represented by Li 4+a Ti 5 O 12 (-0.5 ≤ a ≤ 3), and a second oxide of at least one element selected from the group consisting of Al, Co, Cr, Cu, Fe, Mg, Ni, Zn, and Zr in an amount of from 300 ppm to 5000 ppm relative to a weight of the first oxide, the negative electrode comprising the second oxide as particles; and a nonaqueous electrolyte.
A monitor which is attachable to a dry powder inhaler that contains a blister strip having a plurality of blisters and a plurality of non-numerical indicia, the monitor comprising at least one optical sensor which is configured to read the non-numerical indicia, wherein the optical sensor has a light guide having a proximal end adjacent to the sensor and a distal end remote from the sensor, wherein the distal end is convex.
Method for operating a combustion engine comprising an internal combustion engine, a fresh gas tract, and a cooling system comprising an ambient heat exchanger, a compressor being integrated into the fresh gas tract, and an intercooler, which is additionally integrated into the cooling system, being integrated into the fresh gas tract between the compressor and the internal combustion engine, the temperature of the coolant flowing in the cooling system and entering the intercooler being lowered when the load requirement that is placed on the operation of the internal combustion engine is increased, characterized in that the effectuation of the lowering of the temperature of the coolant is ended again prior to, or at the time of, or after reaching a steady-state operation of the internal combustion engine corresponding to the increased load requirement.
A method for manually regenerating a particulate filter, said particulate filter being incorporated in an exhaust pipe and having an oxidation catalyst preceding the same, fuel addition means being arranged upstream of said oxidation catalyst for addition of fuel to exhaust gas, exhaust throttling means being arranged for throttling of an exhaust passage from an engine, manual regeneration of said particulate filter being started with a vehicle being stopped to throttle the exhaust passage by said exhaust throttling means and thus increase an engine load, fuel addition by said fuel addition means being started after an fuel injection amount is increased to increase temperature of the exhaust gas, captured particulates being burned off by heat from an oxidation reaction of the added fuel on said oxidation catalyst, thereby regenerating said particulate filter, which comprises determining whether the fuel injection amount exceeds a reference value after the starting of the manual regeneration of the particulate filter, and releasing the throttling of the exhaust passage by said exhaust throttling means provided exhaust temperature on an entry side of the particulate filter exceeds a reference temperature and only if said fuel injection amount exceeds the reference value, characterised in that if an auxiliary machine is concurrently in operation upon the starting of the manual regeneration by the driver, the fact that the fuel injection amount exceeds the reference value reveals addition of the load by the auxiliary machine, so that the throttling of the exhaust passage by the exhaust throttling means is released when the exhaust temperature on the entry side of the particulate filter exceeds the reference temperature.
A control information sending method, wherein the method comprises: determining, from a preset set of patterns, a pattern as a first pattern, wherein the preset set of patterns comprises one or more patterns, and the pattern determines an aggregation level that is used for transmitting, in each subframe of multiple subframes, control information and/or determines a resource indicator for a resource that is used for transmitting, in each subframe of the multiple subframes, the control information; determining, according to the first pattern, a resource that is used for transmitting, in each subframe of the multiple subframes, the control information, and mapping the control information to the resource that is used for transmitting, in each subframe of the multiple subframes, the control information; and sending the mapped control information by using a physical channel; characterized in that the determining, from a preset set of patterns, a pattern as a first pattern comprises: determining a characteristic parameter of user equipment, wherein each pattern of the preset set of patterns is corresponding to a characteristic parameter; and determining, according to a correspondence between a characteristic parameter and a pattern, a pattern corresponding to the characteristic parameter of the user equipment as the first pattern, wherein the characteristic parameter is: a reference signal received power range, a channel quality information value or channel quality information range. determining, from a preset set of patterns, a pattern as a first pattern, wherein the preset set of patterns comprises one or more patterns, and the pattern determines an aggregation level that is used for transmitting, in each subframe of multiple subframes, control information and/or determines a resource indicator for a resource that is used for transmitting, in each subframe of the multiple subframes, the control information; determining, according to the first pattern, a resource that is used for transmitting, in each subframe of the multiple subframes, the control information, and mapping the control information to the resource that is used for transmitting, in each subframe of the multiple subframes, the control information; and sending the mapped control information by using a physical channel; characterized in that the determining, from a preset set of patterns, a pattern as a first pattern comprises: determining a characteristic parameter of user equipment, wherein each pattern of the preset set of patterns is corresponding to a characteristic parameter; and determining, according to a correspondence between a characteristic parameter and a pattern, a pattern corresponding to the characteristic parameter of the user equipment as the first pattern, wherein the characteristic parameter is: a reference signal received power range, a channel quality information value or channel quality information range.
Diene block copolymer comprising a linear or branched polyether block comprising, at each end of the block, a branch point to which up to three diene elastomer branches are bonded, characterized in that a - the copolymer has a Mooney viscosity of at least 30 and at most 100, b- the copolymer comprises at least 30% by weight, preferably 35%, of branched macromolecules comprising a polyether block to which at least three diene elastomer blocks are bonded, at most 70% by weight, preferably 65%, of linear macromolecules, c - the polyether block has a number-average molar mass ranging from 150 to 5000 g/mol, and d - each of the two branch points consists of a silicon atom. a - the copolymer has a Mooney viscosity of at least 30 and at most 100, b- the copolymer comprises at least 30% by weight, preferably 35%, of branched macromolecules comprising a polyether block to which at least three diene elastomer blocks are bonded, at most 70% by weight, preferably 65%, of linear macromolecules, at least 30% by weight, preferably 35%, of branched macromolecules comprising a polyether block to which at least three diene elastomer blocks are bonded, at most 70% by weight, preferably 65%, of linear macromolecules, c - the polyether block has a number-average molar mass ranging from 150 to 5000 g/mol, and d - each of the two branch points consists of a silicon atom.
An image recording apparatus comprising: an unwinder that unwinds a sheet-like base material (BM1, BM11, BM12) from a roll around which said base material is cylindrically wound; a recorder that records an image onto a surface of said base material; a take-up part that takes up said base material on which an image has been recorded by said recorder; a first supporter that supports said base material that is being conveyed in a first direction away from said recorder after having been unwound from said unwinder; a surface modifying part that modifies the surface of said base material by energizing the surface of said base material that has passed through said first supporter; and a second supporter that supports said base material that is being conveyed in a second direction toward said recorder after having passed through said surface modifying part, characterised in that said first supporter includes: a table part that supports said base material, and two rollers (R1, R2) that are rotatably provided to support said base material, one of said two rollers is disposed on an upstream side in said first direction of said table part, and the other one of said two rollers is disposed on a downstream side in said first direction of said table part, said first supporter is disposed upwardly from said unwinder, said second supporter is more distant and more upwardly from said unwinder than said first supporter is, and said unwinder is disposed on at least one of a virtual line segment that connects said surface modifying part and said recorder and a normal to the line segment. an unwinder that unwinds a sheet-like base material (BM1, BM11, BM12) from a roll around which said base material is cylindrically wound; a recorder that records an image onto a surface of said base material; a take-up part that takes up said base material on which an image has been recorded by said recorder; a first supporter that supports said base material that is being conveyed in a first direction away from said recorder after having been unwound from said unwinder; a surface modifying part that modifies the surface of said base material by energizing the surface of said base material that has passed through said first supporter; and a second supporter that supports said base material that is being conveyed in a second direction toward said recorder after having passed through said surface modifying part, a table part that supports said base material, and two rollers (R1, R2) that are rotatably provided to support said base material, one of said two rollers is disposed on an upstream side in said first direction of said table part, and the other one of said two rollers is disposed on a downstream side in said first direction of said table part, said first supporter is disposed upwardly from said unwinder, said second supporter is more distant and more upwardly from said unwinder than said first supporter is, and said unwinder is disposed on at least one of a virtual line segment that connects said surface modifying part and said recorder and a normal to the line segment.
Elastic element provided to be arranged in an attachment point for a rail for rail vehicles between the rail and the substrate bearing it, wherein the elastic element has a contact surface assigned to the foot of the rail and a bearing surface assigned to the substrate, and wherein the elastic element has a main body consisting of a material, which behaves elastically flexibly at least in one load direction directed against the contact surface, and comprises at least one damping element (D1 - D4) which is embedded in the elastic material of the main body, characterised in that the damping element (D1 - D4) has at least one contact section (14, 19, 23, 25) assigned to the contact surface which protrudes beyond the contact surface of the elastic element when the elastic element is unloaded, and has at least two support sections (10, 13, 18, 20, 21, 26) assigned to the bearing surface of the elastic element and spaced apart from one another, and in that the contact section (14, 19, 23, 25) is arranged in the region spanned between the support sections (10, 13, 18, 20, 21, 26) by the damping element (D1-D4) and is supported in the load direction elastically flexible in the manner of a bridge.