mhurhangee/ep-ind-claims huggingface dataset:
Soil cultivation machine, comprising: - a frame; - a tool for soil cultivation, which tool can be pivoted relative to the frame about a pivot shaft extending transversely to the direction of travel between a working position, in which the tool for soil cultivation is lowered toward the ground, and a non-working position, in which the tool is lifted away from the ground; - a protection device which has a lateral shield which is arranged laterally to the tool in a direction transverse to the direction of travel, at least when the tool is arranged in the working position; and - an actuation device which is associated with the protection device and is configured, when the tool is moved between the working position and the non-working position, to forcibly move the lateral shield relative to the frame between a first position, in which the lateral shield is lowered toward the ground, and a second position, in which the lateral shield is lifted away from the ground; characterized in that - the actuation device has a pivot shaft-side actuation component which couples to the pivot shaft, and a lateral shield-side actuation component which couples to the lateral shield; and - the pivot shaft-side and the lateral shield-side actuation component (11a, 11b) are decoupled from one another when the lateral shield is arranged in the first position, and couple to one another in order to forcibly move the lateral shield from the first into the second position. - a frame; - a tool for soil cultivation, which tool can be pivoted relative to the frame about a pivot shaft extending transversely to the direction of travel between a working position, in which the tool for soil cultivation is lowered toward the ground, and a non-working position, in which the tool is lifted away from the ground; - a protection device which has a lateral shield which is arranged laterally to the tool in a direction transverse to the direction of travel, at least when the tool is arranged in the working position; and - an actuation device which is associated with the protection device and is configured, when the tool is moved between the working position and the non-working position, to forcibly move the lateral shield relative to the frame between a first position, in which the lateral shield is lowered toward the ground, and a second position, in which the lateral shield is lifted away from the ground; - the actuation device has a pivot shaft-side actuation component which couples to the pivot shaft, and a lateral shield-side actuation component which couples to the lateral shield; and - the pivot shaft-side and the lateral shield-side actuation component (11a, 11b) are decoupled from one another when the lateral shield is arranged in the first position, and couple to one another in order to forcibly move the lateral shield from the first into the second position.
A method for producing a powder molded product comprising: a slurry preparation step of preparing a slurry containing a powdery molding raw material, a dispersion medium for dispersing the molding raw material, a dispersant for uniformly dispersing the molding raw material in the dispersion medium, a binder precursor (2a, 2b) for producing an organic binder, which is a synthetic resin, through a chemical reaction, and a reaction promoter for promoting the chemical reaction; a molding step of molding the prepared slurry into a primary powder molded product having a specific shape; and a drying-solidification step of solidifying the slurry by promoting the aforementioned chemical reaction in the primary powder molded product, and removing, through evaporation, the dispersion medium from the primary powder molded product, characterized in that the slurry contains a pseudo-plasticity-imparting agent for imparting pseudo-plasticity to the slurry, and wherein the dispersion medium is nonreactive in the sense that it is not directly responsible for the chemical reaction of the binder precursor (2a, 2b), the dispersant is selected from: a polycarboxylic acid copolymer, a polycarboxylate, a sorbitan fatty acid ester, a polyglycerin fatty acid ester, a phosphate copolymer, a sulfonate copolymer, and a polyurethane-polyester copolymer having tertiary amine, and the pseudo-plasticity-imparting agent is selected from: modified acrylic agents, modified urea agents, and polyamide agents. a slurry preparation step of preparing a slurry containing a powdery molding raw material, a dispersion medium for dispersing the molding raw material, a dispersant for uniformly dispersing the molding raw material in the dispersion medium, a binder precursor (2a, 2b) for producing an organic binder, which is a synthetic resin, through a chemical reaction, and a reaction promoter for promoting the chemical reaction; a molding step of molding the prepared slurry into a primary powder molded product having a specific shape; and a drying-solidification step of solidifying the slurry by promoting the aforementioned chemical reaction in the primary powder molded product, and removing, through evaporation, the dispersion medium from the primary powder molded product, characterized in that the slurry contains a pseudo-plasticity-imparting agent for imparting pseudo-plasticity to the slurry, and wherein the dispersion medium is nonreactive in the sense that it is not directly responsible for the chemical reaction of the binder precursor (2a, 2b), the dispersant is selected from: a polycarboxylic acid copolymer, a polycarboxylate, a sorbitan fatty acid ester, a polyglycerin fatty acid ester, a phosphate copolymer, a sulfonate copolymer, and a polyurethane-polyester copolymer having tertiary amine, and the pseudo-plasticity-imparting agent is selected from: modified acrylic agents, modified urea agents, and polyamide agents.
A method of producing a nanoemulsion comprising nano droplets comprising alkyd, said nano droplets are dispersed in an aqueous liquid, the method comprising the step of: a) providing an alkyd mixture comprising an alkyd and a source of unsaturated hydroxy fatty acid (suhfa), said source comprises: i) a free, unsaturated hydroxy fatty acid (fuhfa), ii) an oligoester of unsaturated hydroxy fatty acid (ouhfa), and/or iii) a hydroxy carboxylic acid ester of i) or ii) (hcuhfa) wherein the hydroxy carboxylic acid has a molecular weight of at most 250 g/mol, b) optionally, adding an alkalizing agent to deprotonate at least some of carboxylic acids of the alkyd mixture, c) forming a nanoemulsion of the alkyd mixture in an aqueous liquid. a) providing an alkyd mixture comprising an alkyd and a source of unsaturated hydroxy fatty acid (suhfa), said source comprises: i) a free, unsaturated hydroxy fatty acid (fuhfa), ii) an oligoester of unsaturated hydroxy fatty acid (ouhfa), and/or iii) a hydroxy carboxylic acid ester of i) or ii) (hcuhfa) wherein the hydroxy carboxylic acid has a molecular weight of at most 250 g/mol, i) a free, unsaturated hydroxy fatty acid (fuhfa), ii) an oligoester of unsaturated hydroxy fatty acid (ouhfa), and/or iii) a hydroxy carboxylic acid ester of i) or ii) (hcuhfa) wherein the hydroxy carboxylic acid has a molecular weight of at most 250 g/mol, b) optionally, adding an alkalizing agent to deprotonate at least some of carboxylic acids of the alkyd mixture, c) forming a nanoemulsion of the alkyd mixture in an aqueous liquid.
A shuttle for a thermostatic valve having a thermostat and first and second seats (54,64), the shuttle comprising: a hub having a first side and a second side axially opposite the first side and defining a plurality of passages extending axially through the hub; and a sealing portion overmolded onto the hub characterized in that: the sealing portion comprises a plurality of ribs extending axially from at least one of the first side, which is configured to seal against the first seat, and the second side, which is configured to seal against the second seat, of the hub. a hub having a first side and a second side axially opposite the first side and defining a plurality of passages extending axially through the hub; and a sealing portion overmolded onto the hub characterized in that: the sealing portion comprises a plurality of ribs extending axially from at least one of the first side, which is configured to seal against the first seat, and the second side, which is configured to seal against the second seat, of the hub. the sealing portion comprises a plurality of ribs extending axially from at least one of the first side, which is configured to seal against the first seat, and the second side, which is configured to seal against the second seat, of the hub.
A transmissive diffuser plate comprising a substrate including a light incident surface on which light is incident and a light emitting surface configured to emit the incident light after transmitting the light, the transmissive diffuser plate comprising: a microlens angle modulation distribution group provided on at least one of the light incident surface and the light emitting surface, wherein the microlens angle modulation distribution group comprises a plurality of microlenses and an angle modulation part having an angle modulation distribution for slightly angle-modulating a direction of main light emitted from each of the plurality of microlenses, when a ratio λ/P of a wavelength λ [μm] of the main light to an average arrangement period P [μm] of the microlenses is denoted by θ [rad], and when the direction of the main light emitted from each of the plurality of microlenses is modulated by a modulation angle α [rad], a ratio α/θ of the modulation angle α to the θ satisfies 0.1 < α/ θ <10.0, and the angle modulation part is a quadrangular pyramid or a quadrangular pyramid frustum, and the plurality of microlenses are supported by a plurality of respective pyramidal surfaces in the angle modulation part. a microlens angle modulation distribution group provided on at least one of the light incident surface and the light emitting surface, wherein the microlens angle modulation distribution group comprises a plurality of microlenses and an angle modulation part having an angle modulation distribution for slightly angle-modulating a direction of main light emitted from each of the plurality of microlenses, when a ratio λ/P of a wavelength λ [μm] of the main light to an average arrangement period P [μm] of the microlenses is denoted by θ [rad], and when the direction of the main light emitted from each of the plurality of microlenses is modulated by a modulation angle α [rad], a ratio α/θ of the modulation angle α to the θ satisfies 0.1 < α/ θ <10.0, and the angle modulation part is a quadrangular pyramid or a quadrangular pyramid frustum, and the plurality of microlenses are supported by a plurality of respective pyramidal surfaces in the angle modulation part.
A transdermal non-patch formulation for use in the treatment of Equine Cushing's disease in an equine comprising pergolide or a salt thereof, and a solvent system comprising one or more solvents selected from dimethyl sulfoxide, N-methylpyrrolidone, dimethylformamide, tetrahydrofuran, benzyl alcohol, acidic water, polypropylene glycol, methanol, a polyoxyethylene sorbitan monoester, water with about 40% of a cyclodextrin, dimethyl isosorbide, a caprylic/capric acid glyceride, or a suitable C 8 -C 10 polyglycolized glyceride, wherein the solubility of said pergolide or salt thereof in said solvent system is 5 mg/ml or higher.
Refrigerated sales cabinet, comprising: a cabinet body providing a refrigerated sales space for supporting refrigerated goods to be presented therein; a plurality of n cabinet doors, which are installed on a front side of a door frame, wherein n is a positive integer; the door frame having a top post, a bottom post, and n+1 upright posts; wherein at least one of the upright posts comprises an air duct allowing to conduct air through the upright post, and wherein at least one fan is fluidly connected to the air duct in order to convey ambient air through the air duct; characterized in that the at least one fan is configured for conveying air from the top of the refrigerated sales cabinet to a lower portion of the refrigerated sales cabinet; and in that the refrigerated sales cabinet comprises an air-liquid-separator, which is configured for separating condensation water from the air-liquid-mixture exiting the air duct. a cabinet body providing a refrigerated sales space for supporting refrigerated goods to be presented therein; a plurality of n cabinet doors, which are installed on a front side of a door frame, wherein n is a positive integer; the door frame having a top post, a bottom post, and n+1 upright posts; wherein at least one of the upright posts comprises an air duct allowing to conduct air through the upright post, and wherein at least one fan is fluidly connected to the air duct in order to convey ambient air through the air duct; characterized in that the at least one fan is configured for conveying air from the top of the refrigerated sales cabinet to a lower portion of the refrigerated sales cabinet; and in that the refrigerated sales cabinet comprises an air-liquid-separator, which is configured for separating condensation water from the air-liquid-mixture exiting the air duct.
Repair device for repairing damage to a container wall located underwater, having a carrier and the following formation: - the carrier has means for securing itself to the container wall, - a repairing die is arranged on the carrier, said repairing die having at least one injection opening and at least one outlet opening and can be pressed against the container wall in a remote-controlled manner in order to cover the damage to the container wall and seal a space formed by the repairing die and container wall, - a reservoir for an adhesive is arranged on the carrier, - a remote-controllable injection device for injecting adhesive from the reservoir into the injection opening of the repairing die is arranged on the carrier such that the space formed by the repairing die and container wall is filled by means of the adhesive. - the carrier has means for securing itself to the container wall, - a repairing die is arranged on the carrier, said repairing die having at least one injection opening and at least one outlet opening and can be pressed against the container wall in a remote-controlled manner in order to cover the damage to the container wall and seal a space formed by the repairing die and container wall, - a reservoir for an adhesive is arranged on the carrier, - a remote-controllable injection device for injecting adhesive from the reservoir into the injection opening of the repairing die is arranged on the carrier such that the space formed by the repairing die and container wall is filled by means of the adhesive.
A device for diagnosing a control device used in a process control system, the device comprising: an energy harvester selected from at least one of: harvesting energy from local heat, recovering energy from local heat, harvesting energy from vibration, recovering energy from vibration, harvesting energy from movement, recovering energy from movement, harvest energy from motion of a valve, harvest energy from an accelerometer, or harvesting energy produced by mechanical movement of the control device; an accelerometer responsive to a motion of the control device and configured to generate a signal when a magnitude of the motion of the control device is greater than a threshold; and a communication module that is configured to (i) receive, from the accelerometer, the signal generated by the accelerometer, (ii) activate, and receive energy harvested by the energy harvester, based on the reception of the signal generated by the accelerometer, and (iii) transmit, after activation, a signal indicative of the magnitude of the motion of the control device being greater than the threshold, wherein the device is physically coupled to the control device. an energy harvester selected from at least one of: harvesting energy from local heat, recovering energy from local heat, harvesting energy from vibration, recovering energy from vibration, harvesting energy from movement, recovering energy from movement, harvest energy from motion of a valve, harvest energy from an accelerometer, or harvesting energy produced by mechanical movement of the control device; an accelerometer responsive to a motion of the control device and configured to generate a signal when a magnitude of the motion of the control device is greater than a threshold; and a communication module that is configured to (i) receive, from the accelerometer, the signal generated by the accelerometer, (ii) activate, and receive energy harvested by the energy harvester, based on the reception of the signal generated by the accelerometer, and (iii) transmit, after activation, a signal indicative of the magnitude of the motion of the control device being greater than the threshold, wherein the device is physically coupled to the control device.
A method of cement-solidifying a waste liquid including radioactive boric acid, comprising: a volume reduction step of adding a sodium hydroxide to the waste liquid to form a solution including radioactive sodium borate and drying the solution to form a dry powder including the radioactive sodium borate; a first kneading step of kneading the dry powder, a kneading water, and a hydraulic solidifying material to form a first kneaded product; and a second kneading step of kneading quartz sand and the first kneaded product to form a second kneaded product, wherein a weight ratio of the quartz sand to the hydraulic solidifying material is 1.5 to 3.0. a volume reduction step of adding a sodium hydroxide to the waste liquid to form a solution including radioactive sodium borate and drying the solution to form a dry powder including the radioactive sodium borate; a first kneading step of kneading the dry powder, a kneading water, and a hydraulic solidifying material to form a first kneaded product; and a second kneading step of kneading quartz sand and the first kneaded product to form a second kneaded product, wherein a weight ratio of the quartz sand to the hydraulic solidifying material is 1.5 to 3.0.
Method for position detection of a material web moving in a movement direction, on which at least one marking is provided, of which the position is used as a criterion for the position detection and which is detected by at least one first sensor that produces at least one measurement signal dependent on the at least one marking and emits therefrom at least one position signal proportional to the position of the at least one marking, wherein the material web is detected by at least one second sensor, characterized in that the at least one second sensor detects at least one velocity component of the material web transversely to the movement direction and emits at least one velocity signal proportional thereto, at least one output signal, which represents position-proportional values even in the event of time-limited failure of the at least one position signal, being calculated from the at least one position signal and the at least one velocity signal.
An operation method of a terminal in a communication network, the operation method comprising: detecting a control channel of a subframe #n transmitted from a base station; obtaining a downlink control information, DCI, for an uplink grant from the control channel; performing channel sensing based on channel access related information included in the DCI; and performing uplink transmission in a subframe #(n+1) to the base station when a result of the channel sensing is an idle state, wherein the subframe #(n+1) is an unlicensed band subframe, n is an integer equal to or greater than 0, and 1 is an integer equal to or greater than 0, characterised in that the channel access related information includes a channel access type, wherein a channel access type 1 indicates that the channel sensing is performed during a period corresponding to a backoff counter selected within a contention window, and a channel access type 2 indicates that the channel sensing is performed during a preconfigured period. detecting a control channel of a subframe #n transmitted from a base station; obtaining a downlink control information, DCI, for an uplink grant from the control channel; performing channel sensing based on channel access related information included in the DCI; and performing uplink transmission in a subframe #(n+1) to the base station when a result of the channel sensing is an idle state, wherein the subframe #(n+1) is an unlicensed band subframe, n is an integer equal to or greater than 0, and 1 is an integer equal to or greater than 0, characterised in that the channel access related information includes a channel access type, wherein a channel access type 1 indicates that the channel sensing is performed during a period corresponding to a backoff counter selected within a contention window, and a channel access type 2 indicates that the channel sensing is performed during a preconfigured period.
A method for detecting the presence of viable fungal endophyte in a plant, the method comprising detecting the presence of a fungal endophyte in a young leaf or extract thereof, from the plant, wherein detecting the presence of the fungal endophyte in the young leaf or extract is indicative of the presence of viable fungal endophyte in the plant, wherein the endophyte is detected by a method that identifies the presence of a particular species or strain of endophyte, wherein at least one primer that hybridizes to a species-specific or strain-specific part of the intergenic region of the ribosomal repeat region of a fungal endophyte is used in a PCR-based method to detect the presence of the endophyte, and wherein the IGS comprises a sequence with at least 70% identity to part of the sequence of any one of SEQ ID NO: 9 to 16.