mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a chloroformate compound, comprising mixing and reacting a solution of triphosgene with a solution comprising an amine and an alcohol compound in a flow reactor.
A towel, which causes an endothermic reaction with moisture of a human body to remove a thermal feeling, the towel comprising: a first towel member for absorbing moisture, having an exothermic function; and a second towel member having a mesh shape and vaporizing the moisture absorbed in the first towel member by ventilation, wherein the first and second towel members (1,2) are integrated with each other by sewing edges of the first and second towel members (1,2) together, and wherein the mesh of the second towel member is configured to discharge the moisture of the first towel member to an outside, characterized in that contact surfaces of the first and second towel members (1,2) are spaced apart from each other to define an empty space part, and in that the first towel member is formed of a fiber having high absorptiveness and flexibility, and the second towel member is formed of an inflexible fiber. a first towel member for absorbing moisture, having an exothermic function; and a second towel member having a mesh shape and vaporizing the moisture absorbed in the first towel member by ventilation, wherein the first and second towel members (1,2) are integrated with each other by sewing edges of the first and second towel members (1,2) together, and wherein the mesh of the second towel member is configured to discharge the moisture of the first towel member to an outside, characterized in that contact surfaces of the first and second towel members (1,2) are spaced apart from each other to define an empty space part, and in that the first towel member is formed of a fiber having high absorptiveness and flexibility, and the second towel member is formed of an inflexible fiber.
A power transmission control method for a crane, comprising: determining current gear state and specific gear of the crane; determining a working mode of a secondary element from the gear state; looking up a table according to a calculated gear value of the specific gear to determine a displacement attenuation coefficient, if the crane is determined in a forward gear state; and calculating a maximum allowable displacement of the secondary element corresponding to the specific gear according to a maximum displacement value of the secondary element and the displacement attenuation coefficient. determining current gear state and specific gear of the crane; determining a working mode of a secondary element from the gear state; looking up a table according to a calculated gear value of the specific gear to determine a displacement attenuation coefficient, if the crane is determined in a forward gear state; and calculating a maximum allowable displacement of the secondary element corresponding to the specific gear according to a maximum displacement value of the secondary element and the displacement attenuation coefficient.
An effervescent formulation having the following quantitative composition: N-acetylcysteine 600 mg Citric acid 400 mg Sodium bicarbonate 420 mg Sucralose 10 mg Orange flavour 70 mg Total weight 1500 mg
Heat recovery module, in particular for a controlled living space ventilation, having connectors (3, 4, 5, 6) for two air streams (12, 13), having a heat exchanger to transfer the heat from one air stream to the other air stream, having a bypass to guide a bypass air stream to avoid the heat exchanger for at least one of the air streams (12, 13) and having at least one stopper to block the bypass air stream and/or the air stream (12, 13) through the heat exchanger, characterised in that the stopper is formed by a roll cover which blocks the air stream to be blocked in the rolled-out state.
A refrigerating machine oil comprising: a lubricating base oil; a dialkyl hydrogen phosphite having two alkyl groups having 1 to 12 carbon atoms in the molecule; and an epoxy compound, wherein a content of the dialkyl hydrogen phosphite is 0.01% by mass or more based on the total amount of the refrigerating machine oil. a lubricating base oil; a dialkyl hydrogen phosphite having two alkyl groups having 1 to 12 carbon atoms in the molecule; and an epoxy compound, wherein a content of the dialkyl hydrogen phosphite is 0.01% by mass or more based on the total amount of the refrigerating machine oil.
A street furniture comprising: a photovoltaic module of the type comprising a plurality of photovoltaic cells connected together, arranged, at least partially, to define a photovoltaic surface of a convex, domed configuration with respect to the ground, wherein the photovoltaic surface has a lower angle of curvature of its generatrix (Alpha 1) which is greater than the middle angle of curvature of said generatrix (Alpha 2), and the middle angle of curvature of said generatrix (Alpha 2) is greater than the upper angle of curvature of said generatrix (Alpha 3), wherein said photovoltaic surface with a domed configuration is truncated at the top, defining an upper opening; and wherein the photovoltaic surface has the following parameters: - Lower diameter / Height = comprised between the values 1.3 and 1.6, - Upper diameter / Height = comprised between the values 0.5 and 0.9, - Lower angle of curvature of the generatrix (Alpha 1) = comprised between the values 80° and 95°, - Middle angle of curvature of the generatrix (Alpha 2) = comprised between the values 65° and 75°, - Upper angle of curvature of the generatrix (Alpha 3) = comprised between the values 35° and 46°. - Lower diameter / Height = comprised between the values 1.3 and 1.6, - Upper diameter / Height = comprised between the values 0.5 and 0.9, - Lower angle of curvature of the generatrix (Alpha 1) = comprised between the values 80° and 95°, - Middle angle of curvature of the generatrix (Alpha 2) = comprised between the values 65° and 75°, - Upper angle of curvature of the generatrix (Alpha 3) = comprised between the values 35° and 46°.
A DC-DC converter circuit, comprising: a switching circuit with a plurality of primary side switching elements (S1, S2) arranged to be turned ON alternatively with an inactive interval in the switching period where each of the respective switches (S1, S2) is OFF, a transformer, with a primary side winding (np) the output of said switching circuit is applied to said primary winding, the transformer has an output voltage which has been changed by a predetermined voltage change ratio to a secondary side winding (ns); a secondary diode circuit including a plurality of rectifier diodes (D1 to D4), connected to said secondary side winding (ns) of said transformer and having output terminals; a regeneration snubber circuit connected in parallel with said secondary diode circuit, including a series circuit of a discharge blocking diode and a snubber capacitor (Cs), and a regeneration switching element connected in parallel with said discharge blocking diode; a filter circuit (Lo, Ro, Co) connected between output terminals of said secondary diode circuit; characterized by a control unit which is arranged to turn the switching element for regeneration ON a predetermined time period (Tb) within said inactive interval; wherein said predetermined time period (Tb) is set to approximately the time period during which the charge accumulated in said snubber capacitor (Cs) discharges. a switching circuit with a plurality of primary side switching elements (S1, S2) arranged to be turned ON alternatively with an inactive interval in the switching period where each of the respective switches (S1, S2) is OFF, a transformer, with a primary side winding (np) the output of said switching circuit is applied to said primary winding, the transformer has an output voltage which has been changed by a predetermined voltage change ratio to a secondary side winding (ns); a secondary diode circuit including a plurality of rectifier diodes (D1 to D4), connected to said secondary side winding (ns) of said transformer and having output terminals; a regeneration snubber circuit connected in parallel with said secondary diode circuit, including a series circuit of a discharge blocking diode and a snubber capacitor (Cs), and a regeneration switching element connected in parallel with said discharge blocking diode; a filter circuit (Lo, Ro, Co) connected between output terminals of said secondary diode circuit; characterized by a control unit which is arranged to turn the switching element for regeneration ON a predetermined time period (Tb) within said inactive interval; wherein said predetermined time period (Tb) is set to approximately the time period during which the charge accumulated in said snubber capacitor (Cs) discharges.
A hydraulically-operated support device on a vehicle or on a vehicle body, comprising - a support foot which can be moved between and upwardly raised transport position and a downwardly lowered support position, which support foot comprises a placing region which can be placed in the support position on a base surface and a head region remote from the latter, - a hydraulic cylinder with a cylinder housing, in which a piston connected to a piston rod is guided axially displaceable, wherein the piston rod is coupled pivotably with the head region of the support foot, and wherein the cylinder housing of the hydraulic cylinder is fastened immovably to the vehicle or to the vehicle body, preferably to the chassis of the vehicle, - at least one side strut which on the one hand is coupled pivotably to an intermediate region of the support foot lying between the placing region and the head region and on the other hand is pivotably coupled with a coupling point, wherein the coupling point of the at least one side strut is arranged fixed relative to the cylinder housing, in that it is arranged on the cylinder housing or on a part fixedly connected to the cylinder housing characterised in that the cylinder housing is fixedly connected to a fastening flange (6, 23) provided for the fastening to the vehicle or to the vehicle body, and that the fastening flange (6, 23) is fixedly clamped by means of a counter-flange and a plurality of screw connections to a carrier of the vehicle or the vehicle body. - a support foot which can be moved between and upwardly raised transport position and a downwardly lowered support position, which support foot comprises a placing region which can be placed in the support position on a base surface and a head region remote from the latter, - a hydraulic cylinder with a cylinder housing, in which a piston connected to a piston rod is guided axially displaceable, wherein the piston rod is coupled pivotably with the head region of the support foot, and wherein the cylinder housing of the hydraulic cylinder is fastened immovably to the vehicle or to the vehicle body, preferably to the chassis of the vehicle, - at least one side strut which on the one hand is coupled pivotably to an intermediate region of the support foot lying between the placing region and the head region and on the other hand is pivotably coupled with a coupling point, wherein the coupling point of the at least one side strut is arranged fixed relative to the cylinder housing, in that it is arranged on the cylinder housing or on a part fixedly connected to the cylinder housing the cylinder housing is fixedly connected to a fastening flange (6, 23) provided for the fastening to the vehicle or to the vehicle body, and that the fastening flange (6, 23) is fixedly clamped by means of a counter-flange and a plurality of screw connections to a carrier of the vehicle or the vehicle body.
Powder having fire protection properties for powder coating, comprising a powder for powder coating and an addition comprising extracts of Urticaceae, extracts of Cannabaceae and alkaline earth metal oxides; or wet paint having fire protection properties, comprising a wet paint and an addition of extracts of Urticaceae, extracts of Cannabaceae and alkaline earth metal oxides.
A method for loading a measuring device with a measuring means unit by using the kit of any of the claims 13 to 15 comprising the steps of: - inserting at least one portion of the measuring device into a container, said container comprising a plurality of measuring means units; - retrieving one of the measuring means units inside of the container by means of the measuring device; and - retracting at least one portion of the measuring device together with the retrieved measuring means unit out of the container. - inserting at least one portion of the measuring device into a container, said container comprising a plurality of measuring means units; - retrieving one of the measuring means units inside of the container by means of the measuring device; and - retracting at least one portion of the measuring device together with the retrieved measuring means unit out of the container.
A communication and control system for remotely monitoring the internal environmental of a reusable cryogenic container and remotely controlling the container, the system having an OTG-ready microcontroller, the OTG-ready microcontroller having a universal serial bus for connecting to a smart device through a USB Bluetooth or USB Wi Fi link, the system comprising: digital data sensors monitoring the contents of the container and identity of a person having custody of the container, the digital data sensors including an IR diode for exchanging data with a remote IR source, the digital data sensors providing the sensed data to the OTG-ready microcontroller; analog data sensors detecting internal temperature of the container, the analog data sensors providing the sensed data to the OTG-ready microcontroller; and a plurality of active devices (98, 97, 99, 32, 96) connected to outputs of the OTG-ready microcontroller, the plurality of active devices including IR diodes; whereby the OTG-ready microcontroller sends data received by the OTG-ready microcontroller to the smart device and receives data from the smart device, the OTG-ready microcontroller controlling the plurality of active devices and the IR diodes to exchange data with an IR diode on another different cryogenic container. digital data sensors monitoring the contents of the container and identity of a person having custody of the container, the digital data sensors including an IR diode for exchanging data with a remote IR source, the digital data sensors providing the sensed data to the OTG-ready microcontroller; analog data sensors detecting internal temperature of the container, the analog data sensors providing the sensed data to the OTG-ready microcontroller; and a plurality of active devices (98, 97, 99, 32, 96) connected to outputs of the OTG-ready microcontroller, the plurality of active devices including IR diodes; whereby the OTG-ready microcontroller sends data received by the OTG-ready microcontroller to the smart device and receives data from the smart device, the OTG-ready microcontroller controlling the plurality of active devices and the IR diodes to exchange data with an IR diode on another different cryogenic container.
A detection apparatus comprising: an image information input unit to receive input of image information of an abnormal object to be detected; an object characteristic storage device to store a parameter indicating a characteristic of the abnormal object; an object detection unit to detect an abnormal object candidate from the image information by using the parameter; an object storage unit to store the abnormal object candidate; an object display unit to display the abnormal object candidate stored in the object storage unit; a calibration input unit to receive input of calibration information on the abnormal object candidate, and, on a basis of the calibration information, correct the abnormal object candidate stored in the object storage unit; an object characteristic calibration unit to calibrate the parameter stored in the object characteristic storage device, on the basis of the calibration information received by the calibration input unit; and characterized by an inspection result storage unit to store an inspection result of a hammering test for the abnormal object, wherein the inspection result indicates an abnormal location provided by the hammering test, and the object detection unit detects the abnormal object candidate from the image information outside an area of the abnormal location. an image information input unit to receive input of image information of an abnormal object to be detected; an object characteristic storage device to store a parameter indicating a characteristic of the abnormal object; an object detection unit to detect an abnormal object candidate from the image information by using the parameter; an object storage unit to store the abnormal object candidate; an object display unit to display the abnormal object candidate stored in the object storage unit; a calibration input unit to receive input of calibration information on the abnormal object candidate, and, on a basis of the calibration information, correct the abnormal object candidate stored in the object storage unit; an object characteristic calibration unit to calibrate the parameter stored in the object characteristic storage device, on the basis of the calibration information received by the calibration input unit; and characterized by an inspection result storage unit to store an inspection result of a hammering test for the abnormal object, wherein the inspection result indicates an abnormal location provided by the hammering test, and the object detection unit detects the abnormal object candidate from the image information outside an area of the abnormal location.
A method of calibrating a powered seat, the method comprising: receiving a user-input command to begin calibration of the powered seat; and calibrating the powered seat in response to the command, wherein the calibrating includes: storing a first position of at least one seat part or of an actuator coupled to at least one seat part in a memory, wherein the first position is output by a sensor; calculating a second position of the at least one seat part or of the actuator by adding to the first position a difference between a predetermined value of the first position and a predetermined value of the second position; and storing the calculated second position in the memory; characterized in that the difference between the predetermined value of the first position and the predetermined value of the second position is determined before receipt of the command to begin the calibration of the powered seat. receiving a user-input command to begin calibration of the powered seat; and calibrating the powered seat in response to the command, wherein the calibrating includes: storing a first position of at least one seat part or of an actuator coupled to at least one seat part in a memory, wherein the first position is output by a sensor; calculating a second position of the at least one seat part or of the actuator by adding to the first position a difference between a predetermined value of the first position and a predetermined value of the second position; and storing the calculated second position in the memory; storing a first position of at least one seat part or of an actuator coupled to at least one seat part in a memory, wherein the first position is output by a sensor; calculating a second position of the at least one seat part or of the actuator by adding to the first position a difference between a predetermined value of the first position and a predetermined value of the second position; and storing the calculated second position in the memory; characterized in that the difference between the predetermined value of the first position and the predetermined value of the second position is determined before receipt of the command to begin the calibration of the powered seat.
An injectable suspension consisting of a powdered composition consisting of spherical or spheroidal solid particles consisting of more than 90% by mass of non-denatured and uncrosslinked collagen, and less than 10% by mass of an acidic aqueous solution, the diameter of said particle being from 0.05 to 20 μm, in an aqueous solution, and the collagen concentration being from 1 to 200 mg per ml of suspension, for use as a filling material in plastic surgery, urogynecological surgery, laryngoplasty or for use in the repair of cartilage, the repair of joints or an intervertebral disc. and the collagen concentration being from 1 to 200 mg per ml of suspension, for use as a filling material in plastic surgery, urogynecological surgery, laryngoplasty or for use in the repair of cartilage, the repair of joints or an intervertebral disc.
A barrier laminate comprising a paper substrate and a barrier layer formed directly on the paper substrate; wherein the barrier layer is a single layer for blocking gas and moisture simultaneously; wherein the barrier layer comprises one or more polymers or copolymers; and wherein the paper substrate is (a) surface-treated by sizing or coating and (b) calendered at a pressure of 200 kN or higher and a heating roll temperature of 90 °C or higher. wherein the barrier layer is a single layer for blocking gas and moisture simultaneously; wherein the barrier layer comprises one or more polymers or copolymers; and wherein the paper substrate is (a) surface-treated by sizing or coating and (b) calendered at a pressure of 200 kN or higher and a heating roll temperature of 90 °C or higher.
Portable-tool case (20a; 20b; 20c; 20h) having at least one inductive charging receiving region (15a, 17a; 15b, 17b; 15c, 17c; 15d; 15e; 15f; 15h) which is intended to receive a portable-tool rechargeable battery (14a, 16a; 14b, 16b; 14c, 16c; 14d; 14e; 14f; 14h, 16h), introduced into the inductive charging receiving region (15a, 17a; 15b, 17b; 15c, 17c; 15d; 15e; 15f; 15h), at least partially in a vicinity of at least one wall (25a; 28b; 25c; 28h) of the portable-tool case (20a; 20b; 20c; 20h) and to support inductive charging, characterized in that a latent heat storage unit (30a, 40a; 30b, 40b; 30c, 40c, 60c; 30d; 30e; 30f; 30h, 40h) for influencing a temperature of the at least one portable-tool rechargeable battery (14a, 16a; 14b, 16b; 14c, 16c; 14d; 14e; 14f; 14h, 16h) is provided, wherein the latent heat storage unit (30a, 40a; 30b, 40b; 30c, 40c; 30d; 30e; 30f) has at least one latent heat storage element (32a, 34a, 42a; 32b, 42b; 32c, 42c; 32d; 32e; 32f) which is arranged in the vicinity of the wall (25a; 28b; 25c; 28h) at least partially around the at least one inductive charging receiving region (15a, 17a; 15b, 17b; 15c, 17c; 15d; 15e; 15f).
A method of purifying water in a spa comprising: providing an oxidizer generator apparatus for placement in the spa water comprising a housing and an electrode assembly positioned within the housing, the electrode assembly comprising a plurality of vertically disposed electrodes (21, 23), the electrodes being spaced apart so as to define a water flow path between them; positioning the oxidizer generator apparatus in a central opening of a spa filter element; converting A.C. power to a D.C. voltage and current; employing the D.C. voltage and current to cause the oxidizer generator apparatus to operate; and controlling the voltage and/or current supplied to the oxidizer generator apparatus to adjust the amount of purifying agent or agents generated by said oxidizer generator apparatus. providing an oxidizer generator apparatus for placement in the spa water comprising a housing and an electrode assembly positioned within the housing, the electrode assembly comprising a plurality of vertically disposed electrodes (21, 23), the electrodes being spaced apart so as to define a water flow path between them; positioning the oxidizer generator apparatus in a central opening of a spa filter element; converting A.C. power to a D.C. voltage and current; employing the D.C. voltage and current to cause the oxidizer generator apparatus to operate; and controlling the voltage and/or current supplied to the oxidizer generator apparatus to adjust the amount of purifying agent or agents generated by said oxidizer generator apparatus.