mhurhangee/ep-ind-claims huggingface dataset:
Composition for use as drier in auto-oxidizable coatings or as accelerator in unsaturated polyester resins, comprising: - a manganese-bearing polymer having a repeating unit according to: - wherein X is one or more groups from the list comprising a hydrocarbon chain, an ester, a polyester, a urethane, a polyurethane, an amide, and a polyamide; - wherein n ≥ 2; and, - at least one donor ligand from the list comprising bidentate, tridentate, pentadentate, and hexadentate nitrogen ligands comprising at least two chelating nitrogen atoms. - a manganese-bearing polymer having a repeating unit according to: - wherein X is one or more groups from the list comprising a hydrocarbon chain, an ester, a polyester, a urethane, a polyurethane, an amide, and a polyamide; - wherein n ≥ 2; and, - wherein X is one or more groups from the list comprising a hydrocarbon chain, an ester, a polyester, a urethane, a polyurethane, an amide, and a polyamide; - wherein n ≥ 2; and, - at least one donor ligand from the list comprising bidentate, tridentate, pentadentate, and hexadentate nitrogen ligands comprising at least two chelating nitrogen atoms.
An engine comprising: a catalyst, an exhaust temperature sensor, and an exhaust throttle device that are disposed on an exhaust upstream side of a DPF; and a control device configured to control the exhaust temperature sensor and the exhaust throttle device to cooperate with each other, characterized in that catalyst activation processing and thereafter DPF regeneration processing are performed under control of the control device, in the catalyst activation processing, a target temperature of exhaust at an exhaust exit of the catalyst is set to be in a first temperature region, and then an opening degree of the exhaust throttle device is controlled, and in the DPF regeneration processing, the target temperature is set to be in a second temperature region, a target temperature of the exhaust at an exhaust inlet of the DPF is set to be in a third temperature region, then an opening degree of the exhaust throttle device is controlled, and unburned fuel is supplied into the exhaust, and the second temperature region is set to be higher than the first temperature region, the third temperature region is set to be higher than the second temperature region, and a temperature difference between the first temperature region and the second temperature region is set to be larger than a temperature difference between the second temperature region and the third temperature region. a catalyst, an exhaust temperature sensor, and an exhaust throttle device that are disposed on an exhaust upstream side of a DPF; and a control device configured to control the exhaust temperature sensor and the exhaust throttle device to cooperate with each other, characterized in that catalyst activation processing and thereafter DPF regeneration processing are performed under control of the control device, in the catalyst activation processing, a target temperature of exhaust at an exhaust exit of the catalyst is set to be in a first temperature region, and then an opening degree of the exhaust throttle device is controlled, and in the DPF regeneration processing, the target temperature is set to be in a second temperature region, a target temperature of the exhaust at an exhaust inlet of the DPF is set to be in a third temperature region, then an opening degree of the exhaust throttle device is controlled, and unburned fuel is supplied into the exhaust, and the second temperature region is set to be higher than the first temperature region, the third temperature region is set to be higher than the second temperature region, and a temperature difference between the first temperature region and the second temperature region is set to be larger than a temperature difference between the second temperature region and the third temperature region.
An air spring for a vehicle, comprising a dust-proof shade, an inner core and a bladder wherein the inner core is in the shape of an upwardly open barrel, the dust-proof shade surrounds an outer side of a sidewall of the inner core, the dust-proof shade encloses a chamber with the sidewall of the inner core, and the bladder is arranged inside the chamber; and characterised in that the sidewall of the inner core is provided with a first breathing hole and a second breathing hole, an inner side of the inner core is in communication with the outside through the first breathing hole, the inner side of the inner core is in communication with the chamber through the second breathing hole, and the first breathing hole and the second breathing hole are both arranged away from a bottom portion of the inner core.
A particle filter for an exhaust line of a diesel engine, the filter comprising channels (11a, 11b) delimited by porous walls impregnated, on the one hand, by a first catalytic coating for the oxidation of the unburnt remains, and, on the other hand, upstream of the first coating, by a second catalytic coating for the selective reduction of the nitrogen oxides in the presence of a reducer, characterized in that the first coating contains materials suitable for adsorbing the nitrogen oxides at low temperature and to desorb them at high temperature, the oxides emitted at low temperature, essentially at the starting of the engine, being trapped by the absorbent materials, then, when the desorption temperature is reached, being released and reduced by the selective reduction catalyst carried by the second coating after retrodiffusion.
A method for evaluating the prognosis of a patient suffering from breast cancer, characterized by comprising the steps: measuring an RNA expression level of snoRNA U50 characterized by the nucleotide sequences identified herein as SEQ ID No. 1, in a sample isolated from the patient; comparing said RNA expression level with a predetermined reference value; and providing a good prognosis when the RNA expression level of the snoRNA U50 is higher than the predetermined reference value and a poor prognosis when the RNA expression level of the snoRNA U50 is lower than the predetermined reference value, wherein a prognosis of stage 1 breast cancer is given when the RNA expression level of the snoRNA U50 is between 400 copies/ng and 225 copies/ng. measuring an RNA expression level of snoRNA U50 characterized by the nucleotide sequences identified herein as SEQ ID No. 1, in a sample isolated from the patient; comparing said RNA expression level with a predetermined reference value; and providing a good prognosis when the RNA expression level of the snoRNA U50 is higher than the predetermined reference value and a poor prognosis when the RNA expression level of the snoRNA U50 is lower than the predetermined reference value, wherein a prognosis of stage 1 breast cancer is given when the RNA expression level of the snoRNA U50 is between 400 copies/ng and 225 copies/ng.
Spacer for spacing apart glass panes of a multi-glazed window, wherein the spacer has a substantially rectangular cross section and is provided with a first, substantially planar base area and a second, substantially planar opposing base area and wherein the first base area is substantially permeable to water vapour and the second base area is substantially impermeable to gases, in particular to water vapour and inert gases, in particular argon and krypton, wherein the second base area comprises at least one vapour barrier to prevent water vapour diffusion through the vapour barrier, characterised by that the vapour barrier is formed by a film of a PE layer and at least one PET-SiOx layer constructed as a laminate.
A method of preparing a lens blank for a further operation of surfacing of said lens blank wherein the lens blank is fastened to a support (SUPP) which includes a support base (BASE) and a support material via which the lens blank is fastened to the support base, the support material being arranged to define a support material shape having a circular periphery, the operation of surfacing being configured to transform the lens blank into a surfaced lens having a surfaced lens shape at the end thereof, the method being implemented using a processing module (PROCESS) and comprising: - determining the surfaced lens shape based on input data, the method being characterised by: - based on the surfaced lens shape, determining a maximum diameter (D MAX) of said support material shape as a function of a predetermined maximum thickness (MaxTh) defining the maximum thickness of the support material which is allowed to be cut into during the surfacing of the lens blank, and - choosing a diameter for the support material shape inferior or equal to said maximum diameter for further fastening of the lens blank to the support by forming the support material so that the support material shape has a diameter corresponding to the chosen diameter. - determining the surfaced lens shape based on input data, - based on the surfaced lens shape, determining a maximum diameter (D MAX) of said support material shape as a function of a predetermined maximum thickness (MaxTh) defining the maximum thickness of the support material which is allowed to be cut into during the surfacing of the lens blank, and - choosing a diameter for the support material shape inferior or equal to said maximum diameter for further fastening of the lens blank to the support by forming the support material so that the support material shape has a diameter corresponding to the chosen diameter.
A method of producing polypropylene-based resin extruded expanded particles, comprising the steps of: (a) melting and kneading, with use of an extruder including a die, a composition containing a blowing agent and a resin mixture that contains a polypropylene-based resin having a branched structure; (b) extruding, through the die, the composition into a region which is a liquid phase and which is at a lower pressure than the extruder; (c) cutting the composition in the region; and (d) obtaining polypropylene-based resin extruded expanded particles, the blowing agent being carbon dioxide, an amount of the blowing agent used being 0.5 parts by weight to 7.0 parts by weight with respect to 100.0 parts by weight of the resin mixture, a temperature A of the composition immediately after entering the die being a melting point of the resin mixture + 0°C to the melting point + 30°C, a temperature B of the liquid phase being 20°C to 90°C, a value T, calculated by the following expression, being 10 to 25: T = (the temperature A) - (the melting point) + (the amount of the blowing agent used) × 2.5 - {(the temperature A - the temperature B) × 0.08} the melting point of the resin mixture being measured by the method defined in the description. (a) melting and kneading, with use of an extruder including a die, a composition containing a blowing agent and a resin mixture that contains a polypropylene-based resin having a branched structure; (b) extruding, through the die, the composition into a region which is a liquid phase and which is at a lower pressure than the extruder; (c) cutting the composition in the region; and (d) obtaining polypropylene-based resin extruded expanded particles, the blowing agent being carbon dioxide, an amount of the blowing agent used being 0.5 parts by weight to 7.0 parts by weight with respect to 100.0 parts by weight of the resin mixture, a temperature A of the composition immediately after entering the die being a melting point of the resin mixture + 0°C to the melting point + 30°C, a temperature B of the liquid phase being 20°C to 90°C, a value T, calculated by the following expression, being 10 to 25: T = (the temperature A) - (the melting point) + (the amount of the blowing agent used) × 2.5 - {(the temperature A - the temperature B) × 0.08} the melting point of the resin mixture being measured by the method defined in the description.
A gasket manufacturing method comprising the steps of: dispensing a gasket material along a bead provided to a base member by moving a dispensing apparatus that dispenses the gasket material relative to the base member; and curing the gasket material dispensed on the bead; wherein the bead includes a plurality of portions each having a different width (W1, W2, W3) in a short direction thereof, and the dispensing apparatus operates in different moving speeds (V1, V2, V3) relative to the base member at each of the plurality of portions, characterized in that the bead includes a portion that is linear in plan view and a portion (111b, 111c) that is curved in plan view, the curved portion (111b, 111c) being wider than the linear portion, and the curved portion (111b, 111c) is provided with portions with different radius of curvature, and, compared to the width in a first portion having a large radius of curvature, the width is larger in a second portion having a smaller radius of curvature than the first portion. dispensing a gasket material along a bead provided to a base member by moving a dispensing apparatus that dispenses the gasket material relative to the base member; and curing the gasket material dispensed on the bead; wherein the bead includes a plurality of portions each having a different width (W1, W2, W3) in a short direction thereof, and the dispensing apparatus operates in different moving speeds (V1, V2, V3) relative to the base member at each of the plurality of portions, characterized in that the bead includes a portion that is linear in plan view and a portion (111b, 111c) that is curved in plan view, the curved portion (111b, 111c) being wider than the linear portion, and the curved portion (111b, 111c) is provided with portions with different radius of curvature, and, compared to the width in a first portion having a large radius of curvature, the width is larger in a second portion having a smaller radius of curvature than the first portion.
A method in a mobile node capable of communicating with networks of a first-type and networks, including a home network of the mobile node, of a second-type, for determining available networks of the second-type, the method comprising: sending, to a first network comprising a network of the first-type, as part of an authentication procedure, an alternative network address identifier, NAI, comprising a value that incorrectly identifies the home network of the mobile node; and in response to the authentication procedure, receiving information from the first network identifying networks of the second-type associated with the first network. sending, to a first network comprising a network of the first-type, as part of an authentication procedure, an alternative network address identifier, NAI, comprising a value that incorrectly identifies the home network of the mobile node; and in response to the authentication procedure, receiving information from the first network identifying networks of the second-type associated with the first network.
Device for effectively compiling commission pallets, having the following features: a) an inward store having mono-material source pallets, b) a station for removing sheathing material of the source pallets, c) a large transport rack for transporting pallets with mono-material pallet goods, d) a small transport rack for transporting pallets with a single layer of mono-material pallet goods, e) a multiplicity of transport vehicles which are supplied with power and are electronically or electrically controlled, respectively, by induction by means of lines which are installed in the ground, for moving a large and/or a small transport rack, wherein the transport vehicle is in each case displaceable below a transport rack (3, 7) and is connectable to the latter by means of a controllable coupling, f) a controllable coupling by means of which a transport rack may be connected to a transport rack, g) a station for transferring a single layer of mono-material pallet goods from a large transport rack to a small transport rack, h) commissioning stations for compiling individual commissioning lots (18, 20, 24), i) elevators for transferring completed commissioning lots to a transport region on an intermediate level. a) an inward store having mono-material source pallets, b) a station for removing sheathing material of the source pallets, c) a large transport rack for transporting pallets with mono-material pallet goods, d) a small transport rack for transporting pallets with a single layer of mono-material pallet goods, e) a multiplicity of transport vehicles which are supplied with power and are electronically or electrically controlled, respectively, by induction by means of lines which are installed in the ground, for moving a large and/or a small transport rack, wherein the transport vehicle is in each case displaceable below a transport rack (3, 7) and is connectable to the latter by means of a controllable coupling, f) a controllable coupling by means of which a transport rack may be connected to a transport rack, g) a station for transferring a single layer of mono-material pallet goods from a large transport rack to a small transport rack, h) commissioning stations for compiling individual commissioning lots (18, 20, 24), i) elevators for transferring completed commissioning lots to a transport region on an intermediate level.
A mill, comprising a body attached to a mill base, wherein the body has a charge pipe, a rotor in the form of a disk with grinding elements, mounted on a drive shaft within the body with clearance relative to its side surface, the mill further comprising a discharge pipe located at the mill base, characterized in that the body is oriented freely in a diametric plane of the axis of rotor rotation with a possibility of its fixing in a shifted position, the rotor from the side of discharge pipe has blades, operating as a classifier and the charge pipe is equipped with a device for regulated supply of air or water into the central part of the rotor.
A method for activating or deactivating automatic functions of an electric parking brake EPB of a motor vehicle by the driver of same, characterized in that a the combination of the successive steps is carried out as follows: - a first step, in which the electric parking brake EPB must be fully engaged, the ignition contact must be active and a pedal previously chosen for this purpose must be released, during which step the driver holds a switch belonging to a control unit of the EPB in position for at least a first predefined time delay, said three-position switch being held in the first position of same; - a second step, in which the electric parking brake EPB must be fully engaged, the ignition contact must be active, during which step the driver holds the pedal down for a time period limited by a second time delay, and concomitantly holds the three-position switch in the third position for at least a third time delay, at the end of which the control circuit switches from the activated state to the deactivated state, or vice versa. - a first step, in which the electric parking brake EPB must be fully engaged, the ignition contact must be active and a pedal previously chosen for this purpose must be released, during which step the driver holds a switch belonging to a control unit of the EPB in position for at least a first predefined time delay, said three-position switch being held in the first position of same; - a second step, in which the electric parking brake EPB must be fully engaged, the ignition contact must be active, during which step the driver holds the pedal down for a time period limited by a second time delay, and concomitantly holds the three-position switch in the third position for at least a third time delay, at the end of which the control circuit switches from the activated state to the deactivated state, or vice versa.
Device for autonomous adjustment of the active length of a balance spring, for an oscillator (4, 5) of the balance/balance spring type, comprising a regulator mounted on a plate of a timepiece movement, by means of a cock in which a balance staff pivots, the balance spring comprising an inner end integral with the balance staff and an outer end integral with a balance spring stud attached to a stud holder, the stud holder being pivotally mounted on the cock concentrically to the balance staff, the regulator being pivotally mounted on the stud holder concentrically to the balance staff and characterized in that the device further includes: - a pivot arm and means for adjusting the active length of the balance spring by pivoting the regulator; - elastic stress means configured to exert an elastic, return-to-position action on the regulator; - an inertia block mounted for free rotation on the cock and connected to the pivot arm of the regulator such that a rotation of the inertia block causes a displacement of the pivot arm of the regulator and simultaneously acts on the means for adjusting the active length of the balance spring. - a pivot arm and means for adjusting the active length of the balance spring by pivoting the regulator; - elastic stress means configured to exert an elastic, return-to-position action on the regulator; - an inertia block mounted for free rotation on the cock and connected to the pivot arm of the regulator such that a rotation of the inertia block causes a displacement of the pivot arm of the regulator and simultaneously acts on the means for adjusting the active length of the balance spring.
Computer-implemented method for determining a level of wear of a tool, wherein an image data set is provided that maps a wear-relevant region of the tool, wherein by means of a computing unit and using an artificial neural network a class of a predetermined quantity of classes is allocated to each image point of a plurality of image points of the image data set, wherein the quantity of classes includes at least one wear class; and based on a result of the allocation at least one characteristic value is determined for the level of wear, characterised in that by means of the computing unit a further proportion of image points, which have been allocated to the at least one wear class, is determined for a column or a row of image points of the plurality of image points; a wear mark width of the column or row is determined based on the further proportion; and a further characteristic value is determined based on the wear mark width. wherein by means of a computing unit and using an artificial neural network a class of a predetermined quantity of classes is allocated to each image point of a plurality of image points of the image data set, wherein the quantity of classes includes at least one wear class; and based on a result of the allocation at least one characteristic value is determined for the level of wear, characterised in that by means of the computing unit a further proportion of image points, which have been allocated to the at least one wear class, is determined for a column or a row of image points of the plurality of image points; a wear mark width of the column or row is determined based on the further proportion; and a further characteristic value is determined based on the wear mark width.