mhurhangee/ep-ind-claims huggingface dataset:
A method of making a pearlescent fabric softener composition wherein the energy density is less than 1 J/m comprising the steps: (a) piping water having a temperature from 5° C to 30° C through a cold water pipe, (b) piping a fluidized fabric softener active composition at a temperature from 60° C to 100° C through a hot active pipe, wherein the fabric softener active is an ester quaternary ammonium compound having an Iodine Value from 15 to 25 (alternatively from 18 - 22); (c) adding an electrolyte to the water, such that the pearlescent fabric softener composition comprises from 500 ppm to 1500 ppm of said electrolye; (d) mixing water received from the cold water pipe and fluidized fabric softener active composition received from the hot active pipe in a mixing zone to form a water / active mixture; (e) feeding the water / active mixture through an orifice under feed pressure to form the pearlescent fabric softener composition. (a) piping water having a temperature from 5° C to 30° C through a cold water pipe, (b) piping a fluidized fabric softener active composition at a temperature from 60° C to 100° C through a hot active pipe, wherein the fabric softener active is an ester quaternary ammonium compound having an Iodine Value from 15 to 25 (alternatively from 18 - 22); (c) adding an electrolyte to the water, such that the pearlescent fabric softener composition comprises from 500 ppm to 1500 ppm of said electrolye; (d) mixing water received from the cold water pipe and fluidized fabric softener active composition received from the hot active pipe in a mixing zone to form a water / active mixture; (e) feeding the water / active mixture through an orifice under feed pressure to form the pearlescent fabric softener composition.
An image compression method for providing reduced tile-boundary distortion comprising: receiving a one-dimensional input signal; determining whether the one-dimensional input signal includes an even number of data elements; if the one-dimensional input signal includes an even number of data elements, performing an extrapolation operation on one of a first or second boundary of the one-dimensional input signal, wherein the extrapolation operation produces one additional data element; performing a mirroring operation on the signal data resulting from the extrapolation operation with regard to the said one of a first or second boundary of the received one- dimensional input signal to produce a mirrored signal; and performing a transform operation on the mirrored signal, wherein the one-dimensional input signal represents a row or column of input image data. receiving a one-dimensional input signal; determining whether the one-dimensional input signal includes an even number of data elements; if the one-dimensional input signal includes an even number of data elements, performing an extrapolation operation on one of a first or second boundary of the one-dimensional input signal, wherein the extrapolation operation produces one additional data element; performing a mirroring operation on the signal data resulting from the extrapolation operation with regard to the said one of a first or second boundary of the received one- dimensional input signal to produce a mirrored signal; and performing a transform operation on the mirrored signal,
A separation fluid for separating multilayer systems containing at least one metal layer and one further layer, the separation fluid comprising a mixture of water, carboxylic acid, carboxylate salt and a passivation agent, wherein the passivation agent is a phosphate, phosphonate, phosphinate salt or a mixture thereof.
Hydraulic system for controlling a stabilizer drive by means of open-loop control, in particular for controlling an angle of attack and/or a pivoting out and in of a stabilizer wing by means of open-loop control, preferably on ships, comprising: a rotary vane motor that changes the angle of attack of the stabilizer wing and a hydraulic cylinder for pivoting the stabilizer wing out and in; a first hydraulic circuit having: a low-pressure circuit and a high-pressure circuit; a device for providing an admission pressure of the low-pressure circuit; two anti-cavitation valves (14a, 14b) separating the low-pressure circuit from the high-pressure circuit; a first hydraulic pump driven by an electric motor and having two connections being integrated in the high-pressure circuit and being hydraulically connected to the rotary vane motor and the hydraulic cylinder; characterized in that the two connections of the first hydraulic pump are each fluidically connected to a first line, the first line being fluidically connected to the rotary vane motor and the hydraulic cylinder, the two connections of the first hydraulic pump each being fluidically connected via a check valve (34a, 36a) to the first line. a rotary vane motor that changes the angle of attack of the stabilizer wing and a hydraulic cylinder for pivoting the stabilizer wing out and in; a first hydraulic circuit having: a low-pressure circuit and a high-pressure circuit; a device for providing an admission pressure of the low-pressure circuit; two anti-cavitation valves (14a, 14b) separating the low-pressure circuit from the high-pressure circuit; a first hydraulic pump driven by an electric motor and having two connections being integrated in the high-pressure circuit and being hydraulically connected to the rotary vane motor and the hydraulic cylinder; characterized in that the two connections of the first hydraulic pump are each fluidically connected to a first line, the first line being fluidically connected to the rotary vane motor and the hydraulic cylinder, the two connections of the first hydraulic pump each being fluidically connected via a check valve (34a, 36a) to the first line. a low-pressure circuit and a high-pressure circuit; a device for providing an admission pressure of the low-pressure circuit; two anti-cavitation valves (14a, 14b) separating the low-pressure circuit from the high-pressure circuit; a first hydraulic pump driven by an electric motor and having two connections being integrated in the high-pressure circuit and being hydraulically connected to the rotary vane motor and the hydraulic cylinder; characterized in that the two connections of the first hydraulic pump are each fluidically connected to a first line, the first line being fluidically connected to the rotary vane motor and the hydraulic cylinder, the two connections of the first hydraulic pump each being fluidically connected via a check valve (34a, 36a) to the first line.
An ink comprising a self-dispersing pigment, polyurethane resin particles, a surfactant, and water, wherein: the self-dispersing pigment is a pigment having a phosphonate group bonded directly or via another atomic group to a surface of the pigment, and the polyurethane resin particles have an anionic functional group content of 0.1 mmol/g or more and 0.4 mmol/g or less on surfaces of the polyurethane resin particles and have a volume average particle size of 10.0 nm or more and 50.0 nm or less, characterized in that the surfactant includes a surfactant represented by a general formula below, wherein, in the general formula, R 1 to R 4 are each independently an alkyl group having 1 to 3 carbon atoms, x and y are each independently 2 to 5, and m + n is 0 to 10, and a mass ratio of an amount of the surfactant represented by the general formula to an amount of the polyurethane resin particles is 0.05 or more and 1.00 or less. the self-dispersing pigment is a pigment having a phosphonate group bonded directly or via another atomic group to a surface of the pigment, and the polyurethane resin particles have an anionic functional group content of 0.1 mmol/g or more and 0.4 mmol/g or less on surfaces of the polyurethane resin particles and have a volume average particle size of 10.0 nm or more and 50.0 nm or less, characterized in that the surfactant includes a surfactant represented by a general formula below, wherein, in the general formula, R 1 to R 4 are each independently an alkyl group having 1 to 3 carbon atoms, x and y are each independently 2 to 5, and m + n is 0 to 10, and a mass ratio of an amount of the surfactant represented by the general formula to an amount of the polyurethane resin particles is 0.05 or more and 1.00 or less. wherein, in the general formula, R 1 to R 4 are each independently an alkyl group having 1 to 3 carbon atoms, x and y are each independently 2 to 5, and m + n is 0 to 10, and a mass ratio of an amount of the surfactant represented by the general formula to an amount of the polyurethane resin particles is 0.05 or more and 1.00 or less.
A chopper assembly for harvesting equipment, said chopper assembly comprising: a rotary chopper device; a chopper grate assembly spaced from the rotary chopper device to form a passageway for crop residue, said chopper grate assembly including a plurality of slots extending in the direction of crop residue flow through said passageway; and a knife bank assembly including a plurality of knife elements aligned with and insertable in said slots, said knife bank assembly being displaceable between a position where said knife elements are fully inserted through said slots into said passageway and a position where they are substantially clear of said passageway; characterized in that the chopper assembly further comprises, a deflector for covering said slots, said deflector being displaceable with said knife elements to uncover said slots as said knife elements are displaced through said slots and into said passageway. a rotary chopper device; a chopper grate assembly spaced from the rotary chopper device to form a passageway for crop residue, said chopper grate assembly including a plurality of slots extending in the direction of crop residue flow through said passageway; and a knife bank assembly including a plurality of knife elements aligned with and insertable in said slots, said knife bank assembly being displaceable between a position where said knife elements are fully inserted through said slots into said passageway and a position where they are substantially clear of said passageway;
A bearing part, in particular a connecting rod eye for a connecting rod for a reciprocating piston combustion engine, wherein a layer system containing at least tin is provided at a surface of the bearing part, wherein an outer, thermally sprayed top layer of the layer system is composed only of tin except for contaminants, and an intermediate layer is provided between the surface of the substrate and the top layer characterized in that the intermediate layer is a zinc-free thermal spray layer which has the following composition, except for unavoidable contaminants: tin - 5% to 30% by weight; aluminum = 0.1% to 5% by weight; iron = at most 1% by weight; copper = difference to 100% by weight. tin - 5% to 30% by weight; aluminum = 0.1% to 5% by weight; iron = at most 1% by weight; copper = difference to 100% by weight.
Screw assembly with a threaded spindle and a spindle nut, where said spindle nut comprises at least one threaded portion with an internal thread, and where said internal thread is configured as a steep thread and engages in an external thread of said threaded spindle, wherein said threaded portion is made of material that has an open-pore structure, and wherein the material is soaked with a glide fluid, characterized in that said glide fluid is synthetic hydrocarbon oil, a mesogenic (liquid-crystal-based) liquid or a fluid mixture containing a mesogenic (liquid-crystal-based) liquid.
A collapsible vessel for containing fluid, the vessel comprising at least two interconnected tubular sections (4, 6, 8) which are configured to move axially with respect to each other upon application of a substantially axial force thereto, such that the vessel is manipulatable between a collapsed configuration in which the sections (4, 6, 8) are substantially nested to form a tube having a first length and an extended configuration in which the sections (4, 6, 8) form a continuous tube having a second length which is greater than the first length, wherein each section (4, 6, 8) comprises an inner wall and an outer wall, and wherein at least one section comprises a circumferential ring which provides a seal between the inner wall of one section and the outer wall of an adjacent section, as the vessel is manipulated between the extended and collapsed configurations, wherein the vessel comprises locking means (50, 60) configured to be reversibly locked while the vessel is in the extended configuration upon the application of a rotational force to at least one section (4, 6, 8), wherein the locking means (50, 60) comprises one or more first locking members disposed on a first section, and one or more second locking members disposed on a corresponding location on an adjacent section, wherein the or each first locking member is configured to engage with the or each second locking members, to thereby lock the sections in the extended configuration, upon application of opposing rotational forces to each section (4, 6, 8), wherein the or each first locking member comprises a first moulding, which is attached to, and extends partially around the circumference of the lowermost portion of an inner facing surface of the section to which it is attached, and wherein the or each second locking member comprises a second moulding, which is attached to, and extends partially around the circumference of the uppermost portion of the outer facing surface of the section to which it is attached. wherein the vessel comprises locking means (50, 60) configured to be reversibly locked while the vessel is in the extended configuration upon the application of a rotational force to at least one section (4, 6, 8), wherein the locking means (50, 60) comprises one or more first locking members disposed on a first section, and one or more second locking members disposed on a corresponding location on an adjacent section, wherein the or each first locking member is configured to engage with the or each second locking members, to thereby lock the sections in the extended configuration, upon application of opposing rotational forces to each section (4, 6, 8), wherein the or each first locking member comprises a first moulding, which is attached to, and extends partially around the circumference of the lowermost portion of an inner facing surface of the section to which it is attached, and wherein the or each second locking member comprises a second moulding, which is attached to, and extends partially around the circumference of the uppermost portion of the outer facing surface of the section to which it is attached.
A method for traffic engineering, TE, in a software defined network, SDN, the method comprising: receiving, by a TE component, first TE information from a core network component in a core network; receiving, by the TE component, second TE information from a radio access network, RAN, component in a RAN; and transmitting, by the TE component, a TE decision to at least one node in the SDN, wherein the TE decision is determined according to the first TE information and the second TE information, and the TE decision comprises at least one end-to-end path solution. receiving, by a TE component, first TE information from a core network component in a core network; receiving, by the TE component, second TE information from a radio access network, RAN, component in a RAN; and transmitting, by the TE component, a TE decision to at least one node in the SDN, wherein the TE decision is determined according to the first TE information and the second TE information, and the TE decision comprises at least one end-to-end path solution.
A grouping method performed by a central unit of a base station, the base station comprising the central unit and at least one distributed unit, wherein each distributed unit among the at least one distributed unit is separately connected to the central unit, wherein the method comprises the steps of: • receiving (step 602) an interference intensity indication reported by the at least one distributed unit; • grouping (step 603) the at least one distributed unit into at least one first distributed unit group based on the interference intensity indication reported by the at least one distributed unit; and • sending (step 604), to a controller in a system comprising said controller and the base station, a distributed unit grouping indication and an interference intensity indication that corresponds to the at least one first distributed unit group, wherein the distributed unit grouping indication is used to indicate the at least one first distributed unit group. • receiving (step 602) an interference intensity indication reported by the at least one distributed unit; • grouping (step 603) the at least one distributed unit into at least one first distributed unit group based on the interference intensity indication reported by the at least one distributed unit; and • sending (step 604), to a controller in a system comprising said controller and the base station, a distributed unit grouping indication and an interference intensity indication that corresponds to the at least one first distributed unit group, wherein the distributed unit grouping indication is used to indicate the at least one first distributed unit group.
Wind turbine comprising a tower, at least one blade and a bearing with a fixed ring fixed to a hub of the wind turbine and a moving ring whereto the blade is fixed by corresponding fixing means where a rear face of the moving ring is in contact with the blade so that a plane defined by said rear face is perpendicular to the longitudinal direction of the blade, wherein the rear face is not perpendicular to the axis of rotation of the bearing characterized in that it comprises bores perpendicular to the rear face which pass through the moving ring adapted to house the fixing means of the blade which are intended to fix said blade to the moving ring.
A refrigerator appliance, comprising: a refrigeration compartment; a condenser; an evaporator in thermal communication with the compartment; a refrigerant; a multi-capacity compressor with a maximum capacity, a minimum capacity, and a nominal capacity; a refrigerant circuit arranged to allow flow of the refrigerant between the condenser, the evaporator and the compressor, the circuit comprising a primary evaporator conduit arranged between the condenser and the evaporator; a primary pressure reducing device arranged within the primary evaporator conduit; a valve system in the evaporator conduit capable of selectively directing or restricting flow of the refrigerant through the evaporator conduit; and a controller for controlling the valve system and the compressor to maintain the refrigeration compartment at any of a plurality of selectable temperatures, wherein the controller is further adapted to operate the compressor upon the initiation of a compressor ON-cycle at a priming capacity above the nominal capacity for a priming duration that is predetermined or calculated; characterized by: a sensor coupled to an evaporator exit that generates a signal indicative of at least one of the temperature and the pressure of the refrigerant at the evaporator exit, and wherein the priming duration is based at least in part on an evaluation of at least one of the temperature and the pressure of the refrigerant at the evaporator exit. a refrigeration compartment; a condenser; an evaporator in thermal communication with the compartment; a refrigerant; a multi-capacity compressor with a maximum capacity, a minimum capacity, and a nominal capacity; a refrigerant circuit arranged to allow flow of the refrigerant between the condenser, the evaporator and the compressor, the circuit comprising a primary evaporator conduit arranged between the condenser and the evaporator; a primary pressure reducing device arranged within the primary evaporator conduit; a valve system in the evaporator conduit capable of selectively directing or restricting flow of the refrigerant through the evaporator conduit; and a controller for controlling the valve system and the compressor to maintain the refrigeration compartment at any of a plurality of selectable temperatures, wherein the controller is further adapted to operate the compressor upon the initiation of a compressor ON-cycle at a priming capacity above the nominal capacity for a priming duration that is predetermined or calculated; characterized by: a sensor coupled to an evaporator exit that generates a signal indicative of at least one of the temperature and the pressure of the refrigerant at the evaporator exit, and wherein the priming duration is based at least in part on an evaluation of at least one of the temperature and the pressure of the refrigerant at the evaporator exit.
A shaving handle system for holding a cartridge comprising: a handle extending longitudinally along a longitudinal handle direction between a distal end and a proximal end; and a connector adapted to rotate around a rocking axis with respect to the handle; characterized in that the connector comprises: two lateral tongues extending forwardly from the proximal end of the handle, and in that the handle comprises: a deflecting means (22A, 25) for flexing either one of the lateral tongues, wherein said lateral tongues are abutting the deflecting means, such that when the connector is rotated in a first direction around the rocking axis with respect to the handle, one of the two lateral tongues is flexed by the deflecting means, and such that when the connector is rotated in a second direction around the rocking axis with respect to the handle, the other of the two lateral tongues is flexed by the deflecting means. a handle extending longitudinally along a longitudinal handle direction between a distal end and a proximal end; and a connector adapted to rotate around a rocking axis with respect to the handle; characterized in that the connector comprises: two lateral tongues extending forwardly from the proximal end of the handle, and in that the handle comprises: a deflecting means (22A, 25) for flexing either one of the lateral tongues, wherein said lateral tongues are abutting the deflecting means, such that when the connector is rotated in a first direction around the rocking axis with respect to the handle, one of the two lateral tongues is flexed by the deflecting means, and such that when the connector is rotated in a second direction around the rocking axis with respect to the handle, the other of the two lateral tongues is flexed by the deflecting means. two lateral tongues extending forwardly from the proximal end of the handle, and in that the handle comprises: a deflecting means (22A, 25) for flexing either one of the lateral tongues, wherein said lateral tongues are abutting the deflecting means, such that when the connector is rotated in a first direction around the rocking axis with respect to the handle, one of the two lateral tongues is flexed by the deflecting means, and such that when the connector is rotated in a second direction around the rocking axis with respect to the handle, the other of the two lateral tongues is flexed by the deflecting means. a deflecting means (22A, 25) for flexing either one of the lateral tongues, wherein said lateral tongues are abutting the deflecting means, such that when the connector is rotated in a first direction around the rocking axis with respect to the handle, one of the two lateral tongues is flexed by the deflecting means, and such that when the connector is rotated in a second direction around the rocking axis with respect to the handle, the other of the two lateral tongues is flexed by the deflecting means.
A self-emulsifying veterinary pour-on liquid anthelmintic composition comprising: a) at least 10% w/v of a benzimidazole anthelmintic; and b) a water-immiscible solvent system, which comprises a lactone solvent, an essential oil, and surfactant. a) at least 10% w/v of a benzimidazole anthelmintic; and b) a water-immiscible solvent system, which comprises a lactone solvent, an essential oil, and surfactant.