mhurhangee/ep-ind-claims huggingface dataset:
A sealing composition for insulating porous layers, comprising: polymer containing a cationic functional group and having a weight average molecular weight of from 2,000 to 1,000,000; a benzotriazole compound; and a solvent wherein a content of the benzotriazole compound in the sealing composition is from 3 ppm by mass to 200 ppm by mass; wherein the sealing composition has a pH of from 3.0 to 6.5; and wherein the cationic functional group is an amino group or a quaternary ammonium group. polymer containing a cationic functional group and having a weight average molecular weight of from 2,000 to 1,000,000; a benzotriazole compound; and a solvent wherein a content of the benzotriazole compound in the sealing composition is from 3 ppm by mass to 200 ppm by mass; wherein the sealing composition has a pH of from 3.0 to 6.5; and wherein the cationic functional group is an amino group or a quaternary ammonium group.
A system comprising: - a device for calculating construction assistance information, - a vibratory hammer construction machine, and - a display unit configured to display a result of calculation of the calculation unit which the device for calculating construction assistance information has, wherein the device comprises: an acquisition unit configured to acquire information, which contains at least values indicating a eccentricity force Fi of a vibratory hammer which a vibratory hammer construction machine imparts to a construction object, the number of impacts N, and a depth d of penetration of the construction object, from the vibratory hammer construction machine characterized in that, the system comprises a calculation unit configured to calculate a value of a product of the eccentricity force Fi and the number of impacts N divided by penetration depth d of the construction object, and to calculate an accumulated impact force Ev on the basis of the eccentricity force Fi, the accumulated impact force Ev indicating a work load of construction caused by the vibratory hammer, wherein Ev is given by: E v = ∑ i = 1 N F i / d wherein the eccentricity force Fi, the number of impacts N, and the penetration depth d is contained in the information acquired by the acquisition unit, and wherein the device determines the end of construction of the construction object by the vibratory hammer construction machine when the accumulated impact force Ev calculated by the calculation unit is equal to or greater than a predetermined value. - a device for calculating construction assistance information, - a vibratory hammer construction machine, and - a display unit configured to display a result of calculation of the calculation unit which the device for calculating construction assistance information has, an acquisition unit configured to acquire information, which contains at least values indicating a eccentricity force Fi of a vibratory hammer which a vibratory hammer construction machine imparts to a construction object, the number of impacts N, and a depth d of penetration of the construction object, from the vibratory hammer construction machine characterized in that, the system comprises a calculation unit configured to calculate a value of a product of the eccentricity force Fi and the number of impacts N divided by penetration depth d of the construction object, and to calculate an accumulated impact force Ev on the basis of the eccentricity force Fi, the accumulated impact force Ev indicating a work load of construction caused by the vibratory hammer, wherein Ev is given by: E v = ∑ i = 1 N F i / d wherein the eccentricity force Fi, the number of impacts N, and the penetration depth d is contained in the information acquired by the acquisition unit, and wherein the device determines the end of construction of the construction object by the vibratory hammer construction machine when the accumulated impact force Ev calculated by the calculation unit is equal to or greater than a predetermined value.
A pad for disc brakes for railway vehicles comprising a fixing plate, which has a "dovetail" shape, and a friction element, which is made of a composite organic material and is fixed to said fixing plate; said pad being characterized in that it comprises at least one metal reinforcement element having a variable cross-section, which is longitudinally fixed on a surface of said fixing plate, said surface being covered by said friction element so that said metal reinforcement element extends inside said friction element.
An analysis method of content of boron introduced into a cathode active material, the method comprising: preparing a cathode active material sample into which boron is introduced; dissolving the cathode active material sample in water to obtain a first liquid layer and a first precipitate and treating the first liquid layer with acid, and then analyzing the resulting solution by inductively coupled plasma optical emission spectroscopy (ICP-OES) to determine the concentration of boron; dissolving the first precipitate in water to obtain a second liquid layer and a second precipitate and treating the second liquid layer with acid, and then analyzing the resulting solution by ICP-OES to determine the concentration of boron; and adding acid and hydrogen peroxide to the second precipitate, and then analyzing the resulting solution by ICP-OES to determine the concentration of boron. preparing a cathode active material sample into which boron is introduced; dissolving the cathode active material sample in water to obtain a first liquid layer and a first precipitate and treating the first liquid layer with acid, and then analyzing the resulting solution by inductively coupled plasma optical emission spectroscopy (ICP-OES) to determine the concentration of boron; dissolving the first precipitate in water to obtain a second liquid layer and a second precipitate and treating the second liquid layer with acid, and then analyzing the resulting solution by ICP-OES to determine the concentration of boron; and adding acid and hydrogen peroxide to the second precipitate, and then analyzing the resulting solution by ICP-OES to determine the concentration of boron.
A wind turbine rotor blade with a blade root, a blade tip and an aerodynamic profile which is formed in a longitudinal portion of the rotor blade and comprises a pressure side, a suction side, a leading edge, a chord and a trailing edge with a suction side endpoint where the suction side and the trailing edge of the profile converge, and a pressure side endpoint, spaced apart from the suction side endpoint, where the pressure side and the trailing edge converge, wherein an angle α between the chord and the trailing edge is smaller than 90° and the suction side endpoint is arranged nearer to the leading edge in the direction of the chord than the pressure side endpoint, characterised in that at least in a part of the longitudinal portion a tangent to the suction side through the suction side endpoint and a tangent to the pressure side through the pressure side endpoint intersect each other in an angle β and diverge with increasing distance from the leading edge, so that downstream angles defined by the tangents (38, 40) diverge on the endpoints (32, 34) of the trailing edge.
A sanitary fitting comprising a fitting housing, a control cartridge which is arranged in an end region of a fitting housing and defines a longitudinal axis, and a fitting cap which covers an end, on this side, of the fitting housing, the fitting cap having a through-passage, through which an actuating shaft of the control cartridge is connected to an actuating lever which is arranged outside the fitting cap, said actuating shaft being pivotable about a pivot axis that runs at right angles to the longitudinal axis, the actuating shaft being pivotable about the longitudinal axis, and a deformable, annular covering element being provided, which is fastened by way of a first rim, facing the control cartridge, to a support ring arranged on the control cartridge, and engages in a sealing manner by way of a second rim around the actuating shaft, or a connecting element seated thereon, in order to prevent contaminants from penetrating into the control cartridge, characterized in that the support ring is rotatable about the longitudinal axis together with the actuating shaft.
A nozzle for a floor cleaning device, suitable for both wet and dry cleaning, the nozzle comprising: an airflow inlet at a front end of the nozzle, a rear wheel at a rear end of the nozzle, and characterized by a detachable wet cleaning device that, if mounted underneath the rear wheel of the nozzle, lifts a rear end of the nozzle, wherein the detachable wet cleaning device is arranged for being provided with a removable mopping substrate, wherein the detachable wet cleaning device has a liquid container for containing a liquid for wetting the removable mopping substrate. an airflow inlet at a front end of the nozzle, a rear wheel at a rear end of the nozzle, and characterized by a detachable wet cleaning device that, if mounted underneath the rear wheel of the nozzle, lifts a rear end of the nozzle, wherein the detachable wet cleaning device is arranged for being provided with a removable mopping substrate, wherein the detachable wet cleaning device has a liquid container for containing a liquid for wetting the removable mopping substrate.
Elongated feed beam for use on a drill rig, which feed beam is a closed profiled beam of a light metal or a light metal alloy made from a hollow extruded profile with a substantially rectangular cross section with an upper wall, a lower wall and two side walls, the feed beam including two pairs of external guide beads (8, 9), one pair arranged to guide the movement of a drilling machine or a sled on which the drilling machine is placed along the feed beam, and one pair arranged to guide the movement of the feed beam with respect to a feed beam holder, characterised in that the individual external guide beads (8, 9) are placed on either side of the upper wall and the lower wall at the locations where said upper or lower wall meets the opposed side walls (13, 14), the guide beads (8, 9) having a substantially prismatic cross section with two substantially planar support surfaces (21, 22) that are joined by an edge and inclined with respect to each other with an angle (θ) of 45° to 100°, such that the edge constitutes the outermost parts of the beads (8, 9).
A filler feed wire for additive fabrication comprising: a laser conductive element along the length of the filler feed wire that conducts a laser energy to a distal end of the filler feed wire; and a filler material along the length of the filler feed wire adapted to be added to a melt pool for additive fabrication, welding or cladding. a laser conductive element along the length of the filler feed wire that conducts a laser energy to a distal end of the filler feed wire; and a filler material along the length of the filler feed wire adapted to be added to a melt pool for additive fabrication, welding or cladding.
A control apparatus for a vehicle, the vehicle including a dog clutch including a synchromesh mechanism, the synchromesh mechanism including a sleeve and a synchronizer ring, the sleeve being pressed against the synchronizer ring by a predetermined pressing force to be synchronized with the synchronizer ring when engagement of the dog clutch is determined, and then the dog clutch being engaged, the control apparatus characterized by comprising: an electronic control unit configured to: (a) in engaging the dog clutch, cause a first pressing force to act on the sleeve, the first pressing force being required to engage the sleeve with the synchronizer ring; (b) after causing the first pressing force to act on the sleeve, cause a second pressing force to act on the sleeve, the second pressing force being smaller than the first pressing force, a synchronized state of the sleeve with the synchronizer ring being kept by the second pressing force under a condition that no torque is input to the sleeve; and (c) while causing the second pressing force to act on the sleeve, input torque from a driving force source of the vehicle to the sleeve. an electronic control unit configured to: (a) in engaging the dog clutch, cause a first pressing force to act on the sleeve, the first pressing force being required to engage the sleeve with the synchronizer ring; (b) after causing the first pressing force to act on the sleeve, cause a second pressing force to act on the sleeve, the second pressing force being smaller than the first pressing force, a synchronized state of the sleeve with the synchronizer ring being kept by the second pressing force under a condition that no torque is input to the sleeve; and (c) while causing the second pressing force to act on the sleeve, input torque from a driving force source of the vehicle to the sleeve. (a) in engaging the dog clutch, cause a first pressing force to act on the sleeve, the first pressing force being required to engage the sleeve with the synchronizer ring; (b) after causing the first pressing force to act on the sleeve, cause a second pressing force to act on the sleeve, the second pressing force being smaller than the first pressing force, a synchronized state of the sleeve with the synchronizer ring being kept by the second pressing force under a condition that no torque is input to the sleeve; and (c) while causing the second pressing force to act on the sleeve, input torque from a driving force source of the vehicle to the sleeve.
A process for removing acetylene and optionally one or more of the components selected from the group consisting of oxygen, nitrogen oxides and dienes from a gas mixture comprising acetylene and optionally one or more of the components selected from the group consisting of oxygen, nitrogen oxides and dienes, and also hydrogen, one or more olefins which are not dienes and optionally further gas constituents, in which the gas mixture is brought into contact with a catalyst in a reaction zone, wherein the catalyst comprises copper sulfide.
A system comprising: a mobile machine for collecting a plurality of bales (10, 12) dispersed across a ground surface; and one or more computing devices configured to - receive location information for the plurality of bales (10, 12), the location information including a location of each of the bales, automatically determine a preferred path for collecting the bales (10, 12) using the location information, and present information about the preferred path to an operator of the mobile machine; characterized in that the one or more computing devices are further configured to - receive orientation information for the plurality of bales (10, 12), the orientation information including an orientation of each of the bales, and automatically determine the preferred path for collecting the bales (10, 12) using the location and orientation information. a mobile machine for collecting a plurality of bales (10, 12) dispersed across a ground surface; and one or more computing devices configured to - receive location information for the plurality of bales (10, 12), the location information including a location of each of the bales, automatically determine a preferred path for collecting the bales (10, 12) using the location information, and present information about the preferred path to an operator of the mobile machine; receive location information for the plurality of bales (10, 12), the location information including a location of each of the bales, automatically determine a preferred path for collecting the bales (10, 12) using the location information, and present information about the preferred path to an operator of the mobile machine; characterized in that the one or more computing devices are further configured to - receive orientation information for the plurality of bales (10, 12), the orientation information including an orientation of each of the bales, and automatically determine the preferred path for collecting the bales (10, 12) using the location and orientation information.
A roof, ceiling or façade opening with a base part having a frame part and a cover part mounted on the base part so as to be pivotable about a pivot axis for movement between a closed position and at least one open position, and with a drive for driven pivoting of the cover part about the pivot axis relative to the base part, wherein the drive comprises a linear actuator for selectively applying a compressive or a tensile force as well as a lever gear for converting the compressive or the tensile force into a pivoting movement of the cover part, wherein the linear actuator is pivotably mounted with a first bearing point in a first pivot bearing rigidly formed with the base part relative to the base part and is pivotably connected with a second bearing point to a lever arm of the lever gear, wherein the lever gear has a lifting lever arm mounted at a first connection point in a straight guide with the cover part and at a second connection point in a pivot bearing formed rigidly with the base part so as to be pivotable relative to the base part, and a control lever arm mounted at a first connection point in a second pivot bearing formed rigidly with the base part so as to be pivotable relative to the base part, characterised in that the control lever arm is movably connected to the lifting lever arm via a link guide (15, 16).
A pneumatic disc brake for a utility vehicle, comprising: - a brake calliper that fits over a brake disc; - a pneumatic brake cylinder that is connected in an airtight manner to the brake calliper; - it being possible to move a brake lever that is arranged in a calliper interior of the brake calliper from a non-braking position into a braking position by means of a tappet that is arranged in a tappet chamber of the brake cylinder; - there being arranged in an airtight pressure chamber of the disc brake, the volume of this pressure chamber changing proportionally to a stroke movement of the tappet, a pressure sensor that is connected to a first interface of an evaluation unit and monitors a pressure that changes with the stroke movement of the tappet during braking; characterised in that - the pressure chamber takes the form of the tappet chamber, this tappet chamber being separated from the cylinder interior and the calliper interior of the brake calliper by an airtight separating device. - a brake calliper that fits over a brake disc; - a pneumatic brake cylinder that is connected in an airtight manner to the brake calliper; - it being possible to move a brake lever that is arranged in a calliper interior of the brake calliper from a non-braking position into a braking position by means of a tappet that is arranged in a tappet chamber of the brake cylinder; - there being arranged in an airtight pressure chamber of the disc brake, the volume of this pressure chamber changing proportionally to a stroke movement of the tappet, a pressure sensor that is connected to a first interface of an evaluation unit and monitors a pressure that changes with the stroke movement of the tappet during braking; - the pressure chamber takes the form of the tappet chamber, this tappet chamber being separated from the cylinder interior and the calliper interior of the brake calliper by an airtight separating device.
A method for identifying a mask for a patient, the method comprising: receiving, by a processing unit, a plurality of images of a patient's face; analyzing, by the processing unit, the plurality of images to generate a temporal model of the patient's face, wherein the temporal model is a numeric representation of the patient's face including 3-D information and time-based variations of the 3-D information; determining, by the processing unit, a mask for the patient using the temporal model of the patient's face; identifying, by the processing unit, the mask to the patient via an output device in communication with the processing unit, wherein the mask is for use in receiving a flow of a treatment gas to the airway of the patient, wherein the plurality of images include the patient's face in a plurality of differing expressions, wherein the plurality of differing expressions includes smiling, frowning, grimacing and pouting. receiving, by a processing unit, a plurality of images of a patient's face; analyzing, by the processing unit, the plurality of images to generate a temporal model of the patient's face, wherein the temporal model is a numeric representation of the patient's face including 3-D information and time-based variations of the 3-D information; determining, by the processing unit, a mask for the patient using the temporal model of the patient's face; identifying, by the processing unit, the mask to the patient via an output device in communication with the processing unit, wherein the mask is for use in receiving a flow of a treatment gas to the airway of the patient, wherein the plurality of images include the patient's face in a plurality of differing expressions, wherein the plurality of differing expressions includes smiling, frowning, grimacing and pouting.
A subsea boosting system for use with a direct current power system, said system comprising a plurality of subsea boosting modules, each of the plurality of subsea boosting modules comprising: a housing defining at least one interior chamber; a fluid pump disposed within said at least one interior chamber; an electric motor disposed within said at least one interior chamber and drivingly coupled to said fluid pump; and a plurality of power components disposed within said at least one interior chamber and configured to deliver power to said electric motor, wherein said housing defines a plurality of interior chambers, said electric motor and said fluid pump are disposed in a first chamber of said plurality of interior chambers, and said plurality of power components are disposed in at least a second chamber of said plurality of interior chambers. a housing defining at least one interior chamber; a fluid pump disposed within said at least one interior chamber; an electric motor disposed within said at least one interior chamber and drivingly coupled to said fluid pump; and a plurality of power components disposed within said at least one interior chamber and configured to deliver power to said electric motor, wherein said housing defines a plurality of interior chambers, said electric motor and said fluid pump are disposed in a first chamber of said plurality of interior chambers, and said plurality of power components are disposed in at least a second chamber of said plurality of interior chambers.
A controlled release drug delivery system having a dispersion of inter and intra multilamellar vesicular composition for use in the treatment of dermal problems such as psoriasis, said system comprising a biphasic arrangement such that the outer phase comprises an aqueous hydrocolloidal gelling agent which constitutes the interlamellar phase and an inner phase which comprises multiple lipoidal vesicles constituting the intralamellar phase, such that the drug contained in said vesicular composition disperses into both the phases in critically defined concentrations of 70% to 80% in the said inner phase and 20% to 30% in the said outer phase. a biphasic arrangement such that the outer phase comprises an aqueous hydrocolloidal gelling agent which constitutes the interlamellar phase and an inner phase which comprises multiple lipoidal vesicles constituting the intralamellar phase,