mhurhangee/ep-ind-claims huggingface dataset:
Process for the separation of a gas rich in carbon dioxide and containing at least one component lighter than carbon dioxide in which the feed gas rich in carbon dioxide is cooled to a subambient temperature in a first heat exchanger, partially condensed and separated to form a gaseous portion and a liquid, sending the liquid portion to the top of a distillation column, removing a liquid stream richer in carbon dioxide than the feed gas from the bottom of the distillation column, removing a gaseous stream less rich in carbon dioxide than the feed gas from the top of the distillation column and warming the gaseous stream in the first heat exchanger, sending the gaseous portion to a heat exchanger in which it condenses at least partially to form a liquid fraction, sending the liquid fraction or a liquid derived therefrom to the top of the distillation column, vaporizing a liquid stream from the bottom of the distillation column outside or within the distillation column to form a gas which is subsequently separated in the distillation column, removing a liquid stream from the bottom of the distillation column, vaporizing at least part of the removed liquid stream in a heat exchanger to form a vapor and warming the vapor formed in the first heat exchanger characterized in that the liquid portion is sent to the top of the distillation column following an expansion step, the liquid stream from the bottom of the distillation column is expanded before vaporization, the heat exchanger to which the gaseous portion is sent is a shell and tube heat exchanger, the tubes of which are surrounded by a bath of carbon dioxide at its triple point, and in which the removed liquid stream is vaporized.
A positive electrode material for non-aqueous electrolyte lithium ion battery, comprising: an oxide containing lithium and nickel; and a lithium compound deposited on a surface of the oxide, the lithium compound covering nickel present on the surface of the oxide, characterized in that said lithium compound is at least one selected from a group consisting of lithium phosphate, lithium phosphorus oxynitride (UPON), Li 2 O-B 2 O 3, Li 2 O-B 2 O 3 -Lil, Li 2 S-SiS 2 -Li 3 PO 4, lithium hydroxide, lithium fluoride, Li 2 S-SiS 2, lithium sulphate, and LiFePO 4. an oxide containing lithium and nickel; and a lithium compound deposited on a surface of the oxide, the lithium compound covering nickel present on the surface of the oxide, characterized in that said lithium compound is at least one selected from a group consisting of lithium phosphate, lithium phosphorus oxynitride (UPON), Li 2 O-B 2 O 3, Li 2 O-B 2 O 3 -Lil, Li 2 S-SiS 2 -Li 3 PO 4, lithium hydroxide, lithium fluoride, Li 2 S-SiS 2, lithium sulphate, and LiFePO 4.
A prepreg preparation device comprising: a flow path-type impregnation part which impregnates, with a resin, a reinforced fiber transferred along a flow path; and a box-type impregnation part which impregnates, with the resin, the reinforced fiber which passes through the flow path-type impregnation part and is transferred through a box-type space, wherein the flow path-type impregnation part and the box-type impregnation part are formed as an integral part within a single mold, wherein the box-type space is connected with an end of the flow path and characterized in that the box-type space is configured in an enclosed configuration such that the inner space except for the areas required for introducing and ejecting the reinforced fiber is fully filled with the resin to store the resin. a flow path-type impregnation part which impregnates, with a resin, a reinforced fiber transferred along a flow path; and a box-type impregnation part which impregnates, with the resin, the reinforced fiber which passes through the flow path-type impregnation part and is transferred through a box-type space, wherein the flow path-type impregnation part and the box-type impregnation part are formed as an integral part within a single mold, wherein the box-type space is connected with an end of the flow path and characterized in that the box-type space is configured in an enclosed configuration such that the inner space except for the areas required for introducing and ejecting the reinforced fiber is fully filled with the resin to store the resin.
A dewaxing buffer, comprising: a buffering agent; an organic solvent selected from the group consisting of: tetrahydrofurfuryl alcohol and methyl tetrahydrofuran; at least one of PEG 200, PEG 300, PEG 400, or PEG 600; and water. a buffering agent; an organic solvent selected from the group consisting of: tetrahydrofurfuryl alcohol and methyl tetrahydrofuran; at least one of PEG 200, PEG 300, PEG 400, or PEG 600; and water.
System for mechanical transmission for a timepiece gear train comprising a first toothless wheel and a second toothless wheel in contact with each other so that one can drive the other by adhesion, characterised in that the first wheel comprises a hub, a peripheral part in contact with the second wheel and elastic arms connecting the hub to the peripheral part, the elastic arms being arranged to press the peripheral part against the second wheel.
An appliance, comprising: a frame defining a channel; a user interface having a console and a front panel, the user interface being operably coupled to the frame; and at least one leveling assembly coupled to the console, wherein the at least one leveling assembly comprises: a bracket housing having a first portion that defines an aperture and a second portion extending orthogonally from the first portion; and a leveler that has a shaft and a knob coupled to the shaft, the leveler extending through the second portion of the bracket housing and defining threads along a length of the shaft, characterised in that the at least one leveling assembly is disposed within the channel and coupled to the frame. a frame defining a channel; a user interface having a console and a front panel, the user interface being operably coupled to the frame; and at least one leveling assembly coupled to the console, wherein the at least one leveling assembly comprises: a bracket housing having a first portion that defines an aperture and a second portion extending orthogonally from the first portion; and a leveler that has a shaft and a knob coupled to the shaft, the leveler extending through the second portion of the bracket housing and defining threads along a length of the shaft, characterised in that the at least one leveling assembly is disposed within the channel and coupled to the frame.
A medical ultrasonic treatment device for generating ultrasonic vibrations and for transmitting the ultrasonic vibrations to a tool which is or can be connected to the ultrasonic treatment device, comprising: an ultrasonic vibration generator with a plurality of piezoelectric elements which are formed as flat cylindrical plates, each having a lateral surface and to which an electric voltage can be applied in order to generate the ultrasonic vibrations, characterized in that contact sections are provided on the piezoelectric elements to supply the plurality of piezoelectric elements with electric voltage, the contact sections being formed by a strip-shaped and flexible circuit board, wherein the piezoelectric elements and the contact sections commonly form a stack in which the strip-shaped and flexible circuit board is deformed by bending, wherein one of the contact sections is arranged between two neighboring piezoelectric elements of the stack and/ or a piezoelectric element of the stack is arranged between two neighboring contact sections.
Process for treating sheet-like elements, obtained by means of an apparatus which comprises: - a coating station provided with depositing means adapted to deposit a thermoplastic material; - a drying station provided with heating means; - a compression station comprising at least one press provided with at least two compression elements (9, 10) placed facing each other; said process comprising: - a coating step, in which at least one sheet-like element traverses said coating station and said depositing means deposit on said sheet-like element a coating layer comprising said thermoplastic material in the liquid state; - after said coating step, a drying step, in which said sheet-like element with said coating layer traverses said drying station and said heating means apply a thermal treatment on said sheet-like element; - after said drying step, a compression step, in which said sheet-like element traverses said compression station and the compression elements (9, 10) of said press compress between them said sheet-like element in order to impress said coating layer on said sheet-like element; said process being characterized in that: in said drying step, said thermal treatment determines a partial drying of said coating layer and said sheet-like element is supplied out of said drying station with said coating layer in an at least partially viscous state; in said compression step, at least one of the compression elements (9, 10) of said press acts on said coating layer in said at least partially viscous state, plastically deforming said coating layer. - a coating station provided with depositing means adapted to deposit a thermoplastic material; - a drying station provided with heating means; - a compression station comprising at least one press provided with at least two compression elements (9, 10) placed facing each other; - a coating step, in which at least one sheet-like element traverses said coating station and said depositing means deposit on said sheet-like element a coating layer comprising said thermoplastic material in the liquid state; - after said coating step, a drying step, in which said sheet-like element with said coating layer traverses said drying station and said heating means apply a thermal treatment on said sheet-like element; - after said drying step, a compression step, in which said sheet-like element traverses said compression station and the compression elements (9, 10) of said press compress between them said sheet-like element in order to impress said coating layer on said sheet-like element; in said drying step, said thermal treatment determines a partial drying of said coating layer and said sheet-like element is supplied out of said drying station with said coating layer in an at least partially viscous state; in said compression step, at least one of the compression elements (9, 10) of said press acts on said coating layer in said at least partially viscous state, plastically deforming said coating layer.
Method for operating a mobile device in a railway system with at least one optical waveguide (7,8) which is laid next to at least one railway track, with the optical waveguide being used as a distributed acoustic sensor into which light pulses are fed, and back-scattered light is detected, characterised in that • a mobile device, with a sound generator which can be adjusted with respect to its frequency spectrum in a way which designates a device, is used, • the sound generator is adjusted with respect to its frequency spectrum in a way which designates a device by assigning a frequency selection to the mobile device, • the sound generator transmits sound waves with a frequency spectrum which comprises frequencies of the frequency selection, and • an identification number signal of the mobile device is acquired by detecting the back-scattered light from the detected frequency selection. • a mobile device, with a sound generator which can be adjusted with respect to its frequency spectrum in a way which designates a device, is used, • the sound generator is adjusted with respect to its frequency spectrum in a way which designates a device by assigning a frequency selection to the mobile device, • the sound generator transmits sound waves with a frequency spectrum which comprises frequencies of the frequency selection, and • an identification number signal of the mobile device is acquired by detecting the back-scattered light from the detected frequency selection.
A production method of a cover for mold cleaning produced by applying an unvulcanized rubber composition for mold cleaning on an outer periphery of a raw cover, the method comprising a rubber strip winding step of applying a rubber strip by circumferentially and spirally overlapping and winding a long narrow rubber strip consisting of the unvulcanized rubber composition for mold cleaning from side wall portions to tread shoulder portions of a raw cover for a tire, and a plate-like rubber material winding step of applying a rubber material by once-winding a wide plate-like rubber material consisting of the unvulcanized rubber composition for mold cleaning on a tread center portion of the raw cover for a tire, wherein a gauge of the rubber composition for mold cleaning after vulcanization of the cover for mold cleaning is not less than 1.0 mm.
Method of testing a speed limiting system of a lift installation, in which speed limiting system in normal operation on occurrence of an impermissible movement state of a lift cage a cage brake device is activated in that a limiter traction means connected with a trigger mechanism of the cage brake device is braked by a speed limiter, whereby the traction mechanism of the cage brake device is actuated against a trigger resistance force, wherein for performing the test the limiter traction means is operatively connected with the trigger mechanism by way of a test device (20; 30; 40), which test device (20; 30; 40) has the effect that for overcoming the trigger resistance force of the trigger mechanism a greater traction force is required in the limiter traction means than when the limiter traction means is directly connected with the trigger mechanism.
A method of device discovery in a digital interface network of a type having a first device configured to receive a multimedia data stream sourced from a second device, the method comprising: receiving a device discovery message from the first device at the second device, the device discovery message comprising a device identifier; verifying, by the second device, whether the device discovery message comprises a correct device identifier for the second device; in response to verifying, by the second device, that the device discovery message comprises a correct device identifier for the second device, sending a response to the device discovery message to the first device, the response comprising an acknowledgment of receipt of the device discovery message; receiving a registration key from the first device at the second device subsequent to sending the response to the device discovery message; and providing by the second device and after receiving the registration key, the multimedia data stream to the first device. receiving a device discovery message from the first device at the second device, the device discovery message comprising a device identifier; verifying, by the second device, whether the device discovery message comprises a correct device identifier for the second device; in response to verifying, by the second device, that the device discovery message comprises a correct device identifier for the second device, sending a response to the device discovery message to the first device, the response comprising an acknowledgment of receipt of the device discovery message; receiving a registration key from the first device at the second device subsequent to sending the response to the device discovery message; and providing by the second device and after receiving the registration key, the multimedia data stream to the first device.
A process for preparing a compound represented by the following formula: the process comprising: [Step 1]: adding and dissolving a nitroxide radical compound in an aqueous solution of hydrobromic acid to prepare a solution, which is then cooled to 10°C or lower and stirred, wherein the nitroxide radical compound is one or two compounds selected from the group consisting of the following: 4-hydroxy-2,2,6,6-tetramethylpiperidine 1-oxyl; and 2,2,6,6-tetramethylpiperidine 1-oxyl; [Step 2]: simultaneously adding the following (a) and (b) into the solution of [Step 1] at 10°C or lower under a nitrogen or argon gas atmosphere: (a) an aqueous solution of a compound represented by the following formula or a hydrate of the salt: and (b) an aqueous solution of an alkali metal nitrite or an alkaline earth metal nitrite; and the step of subsequently neutralizing the resulting compound with an aqueous alkali solution, followed by treatment with p-toluenesulfonic acid to obtain the compound represented by formula. [Step 1]: adding and dissolving a nitroxide radical compound in an aqueous solution of hydrobromic acid to prepare a solution, which is then cooled to 10°C or lower and stirred, wherein the nitroxide radical compound is one or two compounds selected from the group consisting of the following: 4-hydroxy-2,2,6,6-tetramethylpiperidine 1-oxyl; and 2,2,6,6-tetramethylpiperidine 1-oxyl; adding and dissolving a nitroxide radical compound in an aqueous solution of hydrobromic acid to prepare a solution, which is then cooled to 10°C or lower and stirred, wherein the nitroxide radical compound is one or two compounds selected from the group consisting of the following: 4-hydroxy-2,2,6,6-tetramethylpiperidine 1-oxyl; and 2,2,6,6-tetramethylpiperidine 1-oxyl; 4-hydroxy-2,2,6,6-tetramethylpiperidine 1-oxyl; and 2,2,6,6-tetramethylpiperidine 1-oxyl; [Step 2]: simultaneously adding the following (a) and (b) into the solution of [Step 1] at 10°C or lower under a nitrogen or argon gas atmosphere: (a) an aqueous solution of a compound represented by the following formula or a hydrate of the salt: and (b) an aqueous solution of an alkali metal nitrite or an alkaline earth metal nitrite; and the step of subsequently neutralizing the resulting compound with an aqueous alkali solution, followed by treatment with p-toluenesulfonic acid to obtain the compound represented by formula. simultaneously adding the following (a) and (b) into the solution of [Step 1] at 10°C or lower under a nitrogen or argon gas atmosphere: (a) an aqueous solution of a compound represented by the following formula or a hydrate of the salt: and (b) an aqueous solution of an alkali metal nitrite or an alkaline earth metal nitrite; and the step of subsequently neutralizing the resulting compound with an aqueous alkali solution, followed by treatment with p-toluenesulfonic acid to obtain the compound represented by formula. (a) an aqueous solution of a compound represented by the following formula or a hydrate of the salt: and (b) an aqueous solution of an alkali metal nitrite or an alkaline earth metal nitrite; and
A method for detecting physical separation between a first device and a second device, said method, characterizing by: identifying a moving state of the first device; sending a motion signal to the second device responsive to identifying the moving state of the first device; collecting a first set of motion data for the first device responsive to identifying the moving state, the first set of motion data comprising accelerometer data; receiving a second set of motion data from a second device responsive to identifying the moving state and responsive to the motion signal, the second set of motion data comprising accelerometer data; comparing the first and second sets of motion data to determine a motion consistency metric, the motion consistency metric indicating whether the first and second devices are experiencing the same motion characteristics; and generating an alert signal responsive to the motion consistency metric being less than a predetermined threshold. identifying a moving state of the first device; sending a motion signal to the second device responsive to identifying the moving state of the first device; collecting a first set of motion data for the first device responsive to identifying the moving state, the first set of motion data comprising accelerometer data; receiving a second set of motion data from a second device responsive to identifying the moving state and responsive to the motion signal, the second set of motion data comprising accelerometer data; comparing the first and second sets of motion data to determine a motion consistency metric, the motion consistency metric indicating whether the first and second devices are experiencing the same motion characteristics; and generating an alert signal responsive to the motion consistency metric being less than a predetermined threshold.
Battery module for a motor vehicle, comprising at least one battery cell, a negative pole, a positive pole, a charging transistor that conducts a discharging current, a discharging transistor that conducts a charging current, and a management system for controlling and monitoring the at least one battery cell and the transistors (60, 70), wherein the transistors (60, 70) are electrically connected in series with the at least one battery cell, and wherein a node between the transistors (60, 70) is electrically connected to a supply input of the management system, wherein the charging transistor is electrically connected between one of the poles (21, 22) and the node, and wherein the discharging transistor is electrically connected between the at least one battery cell and the node. a negative pole, a positive pole, a charging transistor that conducts a discharging current, a discharging transistor that conducts a charging current, and a management system for controlling and monitoring the at least one battery cell and the transistors (60, 70), wherein the transistors (60, 70) are electrically connected in series with the at least one battery cell, and wherein a node between the transistors (60, 70) is electrically connected to a supply input of the management system, wherein the charging transistor is electrically connected between one of the poles (21, 22) and the node, and wherein the discharging transistor is electrically connected between the at least one battery cell and the node.
A wearable smart device, comprising: an orientation structure configured to position the wearable device relative to a user's face; a camera secured by the orientation structure to capture images of the user's mouth in a direction parallel to or at an angle of less than about +/- 45 degrees relative to a reference plane that passes through or includes the front of the user's eyes and the user's mouth; a processor configured to receive the images and to map the images of the user's mouth to animation parameters including mouth movements associated with an avatar model, the mapping having been produced during a training stage to relate specific user actions to specific animation parameters based on user actions captured simultaneously by the camera and by a reference camera positioned in front of the user to capture full face images of the user. an orientation structure configured to position the wearable device relative to a user's face; a camera secured by the orientation structure to capture images of the user's mouth in a direction parallel to or at an angle of less than about +/- 45 degrees relative to a reference plane that passes through or includes the front of the user's eyes and the user's mouth; a processor configured to receive the images and to map the images of the user's mouth to animation parameters including mouth movements associated with an avatar model, the mapping having been produced during a training stage to relate specific user actions to specific animation parameters based on user actions captured simultaneously by the camera and by a reference camera positioned in front of the user to capture full face images of the user.