mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising - two separation units A1 and A2 both having the same chromatography matrix and a separation unit B having a chromatography matrix which differs from the chromatography matrix of separation units A1 and A2, all separation units having a fluid inlet and a fluid outlet, whereby there is at least fluid connection between the fluid outlet of separation unit A1 and the fluid inlet of separation unit B and fluid connection between the fluid outlet of separation unit A2 and the fluid inlet of separation unit B - at least one valve in the fluid connection between separation units A1 and A2 and separation unit B that allows to switch between fluid communication between the outlet of separation unit A1 and the fluid inlet of separation unit B and fluid communication between the outlet of separation unit A2 and the fluid inlet of separation unit B. - at least two buffer reservoirs and at least two pumps whereby the buffer reservoirs are at least in fluid connection with the inlets of separation units A1 and A2 and the pumps are used to transport the liquid from the reservoirs to the separation unitsa reservoir containing sample solution that is in fluid connection with the inlets of separation units A1 and A2 - two separation units A1 and A2 both having the same chromatography matrix and a separation unit B having a chromatography matrix which differs from the chromatography matrix of separation units A1 and A2, all separation units having a fluid inlet and a fluid outlet, whereby there is at least fluid connection between the fluid outlet of separation unit A1 and the fluid inlet of separation unit B and fluid connection between the fluid outlet of separation unit A2 and the fluid inlet of separation unit B - at least one valve in the fluid connection between separation units A1 and A2 and separation unit B that allows to switch between fluid communication between the outlet of separation unit A1 and the fluid inlet of separation unit B and fluid communication between the outlet of separation unit A2 and the fluid inlet of separation unit B. - at least two buffer reservoirs and at least two pumps whereby the buffer reservoirs are at least in fluid connection with the inlets of separation units A1 and A2 and the pumps are used to transport the liquid from the reservoirs to the separation unitsa reservoir containing sample solution that is in fluid connection with the inlets of separation units A1 and A2
Resonant mechanism for linear compressors CHARACTERISED in that it comprises: a tubular body; a resonant spring housed within the tubular body; and the tubular body comprising at least one slot set that delimits an axially flexible surface where it is provided an fastening point for the resonant spring. a tubular body; a resonant spring housed within the tubular body; and the tubular body comprising at least one slot set that delimits an axially flexible surface where it is provided an fastening point for the resonant spring.
Method of grouting a manhole cover or a gully top (12,13,14) in a road, wherein in the road around the manhole cover (12, 13, 14) an opening is inserted which is closed with a grouting compound, wherein the grouting compound comprises a filling material and a grouting mortar, characterised in that the filling material consists of homogenous-particle rock.
Method for preparing a graphene based composition, which comprises the steps of: - subjecting a composition that contains water and a graphene precursor to a mechanical treatment and to a chemical treatment in order to form graphene, - wherein the chemical treatment comprises the steps of mixing the composition with an oxidant and an acid; - separating graphene from the mechanically and chemically treated composition to form a graphene based composition, - mixing the composition with a first coupling agent that is capable of reacting with graphene and a second coupling agent that is capable of reacting with graphene and the first coupling agent, - wherein the first coupling agent and/or the second coupling agent comprises an organosilane or an organofunctional siloxane - wherein the graphene is formed by subjecting the composition comprising water and the graphene precursor to at least two mechanical treatments, - wherein the mechanical treatments comprises wet ball milling and sonication, and - wherein the composition is mixed with the first coupling agent and/or the second coupling agent as part of the chemical treatment before the step of separating graphene from the mechanically and chemically treated composition. - subjecting a composition that contains water and a graphene precursor to a mechanical treatment and to a chemical treatment in order to form graphene, - wherein the chemical treatment comprises the steps of mixing the composition with an oxidant and an acid; - separating graphene from the mechanically and chemically treated composition to form a graphene based composition, - mixing the composition with a first coupling agent that is capable of reacting with graphene and a second coupling agent that is capable of reacting with graphene and the first coupling agent, - wherein the first coupling agent and/or the second coupling agent comprises an organosilane or an organofunctional siloxane - wherein the graphene is formed by subjecting the composition comprising water and the graphene precursor to at least two mechanical treatments, - wherein the mechanical treatments comprises wet ball milling and sonication, and - wherein the composition is mixed with the first coupling agent and/or the second coupling agent as part of the chemical treatment before the step of separating graphene from the mechanically and chemically treated composition.
A method for producing a nucleic acid-based seasoning, comprising the following steps and: treating a ribonucleic acid-containing material with a ribonuclease to obtain a ribonucleotide-containing material; and treating the ribonucleotide-containing material with a nucleosidase. treating a ribonucleic acid-containing material with a ribonuclease to obtain a ribonucleotide-containing material; and treating the ribonucleotide-containing material with a nucleosidase.
Anaerobic propulsion device of the hybrid type, the device comprising a segregation device arranged between a reservoir of granules of solid fuel and a combustion chamber, the segregation device being designed to prevent granules of fuel in solid form from passing between the reservoir and the combustion chamber but comprising orifices that allow the passage of fuel once this fuel has become pasty, liquid or vaporized, the reservoir of fuel granules comprising means for applying to the granules a pressure designed to push them toward the segregation device, characterized in that said means consist of a deformable membrane arranged at the surface of the volume of granules.
Diagnostic tool having a diagnostic plug for connection to a vehicle diagnostic socket, the diagnostic tool implementing a communication interface, at least one universal transceiver (USTn) being provided in the diagnostic tool, which universal transceiver (USTn) is connected to a pin of the diagnostic plug via a signal line, the universal transceiver (USTn) comprising a configurable driver block for setting the electrical high level and/or low level of the signal line and a configurable load block for setting an electrical resistance between the signal line and a reference voltage and/or between the signal line and ground, characterized in that a digital multiplexer is provided in the diagnostic tool, which digital multiplexer is connected to the universal transceiver (USTn) and to a data-communication control block and which, according to the communication interface, establishes the required connection between the digital output and input of the universal transceiver (USTn) and the output and inputs of the data-communication control block.
An inner core of foamed material for upholstery for seating and reclining furniture, said inner core comprising wave-shaped longitudinal (3 1, 32) and transverse ribs (4 1, 4 2, 5 1, 5 2), and the waves of the longitudinal (3 1, 3 2) and transverse ribs (4 1, 4 2, 5 1, 5 2) are interlocked, characterised in that two layers (1, 2) are connected together lying one above the other with mutually interlocked waves of the longitudinal (3 1, 3 2) and transverse ribs (4 1, 4 2, 5 1, 5 2), wherein the wave peaks of the layers (1, 2) lie opposite one another.
A control apparatus for a vehicle automatic transmission in which a plurality of gears with different speed ratios are achieved by selectively engaging a plurality of friction engagement devices and a one-way clutch, the control apparatus comprising: a pre-synchronization control portion that executes a pre-synchronization control to transmit torque through a predetermined friction engagement device used to achieve a second predetermined gear at which the one-way clutch is maintained in an idling state, if an acceleration request for accelerating a vehicle is made in a case where the one-way clutch is in the idling state when a first predetermined gear is to be achieved by engaging the one-way clutch, characterized in that if no acceleration request is made in the case where the one-way clutch is in the idling state when the first predetermined gear is to be achieved, the pre-synchronization control portion does not execute the pre-synchronization control, so that the torque is not transmitted through the predetermined friction engagement device. a pre-synchronization control portion that executes a pre-synchronization control to transmit torque through a predetermined friction engagement device used to achieve a second predetermined gear at which the one-way clutch is maintained in an idling state, if an acceleration request for accelerating a vehicle is made in a case where the one-way clutch is in the idling state when a first predetermined gear is to be achieved by engaging the one-way clutch, characterized in that if no acceleration request is made in the case where the one-way clutch is in the idling state when the first predetermined gear is to be achieved, the pre-synchronization control portion does not execute the pre-synchronization control, so that the torque is not transmitted through the predetermined friction engagement device.
A fiber optic connector assembly, comprising: a connector housing, at least one multi-fiber ferrule maintained within the connector housing, the at least one multi-fiber ferrule defining a front end for presenting at least one optical fiber for optical connection with at least one other mating ferrule and a rear end for inserting the at least one optical fiber into the ferrule, a biasing member maintained within the connector housing operable for providing a biasing force to the multi-fiber ferrule, characterized by a ferrule holder positioned between the at least one multi-fiber ferrule and the biasing member, wherein the ferrule holder defines a first end for seating the biasing member and a second end for contacting the at least one multi-fiber ferrule at a pair of pivot point protrusions on the at least one multi-fiber ferrule which engages a pair of pivot point holders on the ferrule holder, wherein the biasing force is not applied to the rear end of the multi-fiber ferrule. a connector housing, at least one multi-fiber ferrule maintained within the connector housing, the at least one multi-fiber ferrule defining a front end for presenting at least one optical fiber for optical connection with at least one other mating ferrule and a rear end for inserting the at least one optical fiber into the ferrule, a biasing member maintained within the connector housing operable for providing a biasing force to the multi-fiber ferrule, characterized by a ferrule holder positioned between the at least one multi-fiber ferrule and the biasing member, wherein the ferrule holder defines a first end for seating the biasing member and a second end for contacting the at least one multi-fiber ferrule at a pair of pivot point protrusions on the at least one multi-fiber ferrule which engages a pair of pivot point holders on the ferrule holder, wherein the biasing force is not applied to the rear end of the multi-fiber ferrule. wherein the ferrule holder defines a first end for seating the biasing member and a second end for contacting the at least one multi-fiber ferrule at a pair of pivot point protrusions on the at least one multi-fiber ferrule which engages a pair of pivot point holders on the ferrule holder, wherein the biasing force is not applied to the rear end of the multi-fiber ferrule.
A terminal communication display method, comprising: when detecting that a terminal user is communicating with a contact, a central processor module retrieving communication statistics information of the terminal user with the contact in a program storage module and sending the communication statistics information to a user interface management module; the user interface management module displaying the communication statistics information after receiving the communication statistics information; after the communication of the terminal user with the contact ends, the central processor module updating and storing the communication statistics information into the program storage module; wherein, the communication statistics information comprises: contact frequency information of the terminal user with the contact; characterised in that the method further comprises: the central processor sending a contact reminder notification to the user interface management module when the contact frequency in the contact frequency information is less than a preset contact frequency threshold; after receiving the contact reminder notification, the user interface management module displaying the contact reminder message on a screen of the terminal. when detecting that a terminal user is communicating with a contact, a central processor module retrieving communication statistics information of the terminal user with the contact in a program storage module and sending the communication statistics information to a user interface management module; the user interface management module displaying the communication statistics information after receiving the communication statistics information; after the communication of the terminal user with the contact ends, the central processor module updating and storing the communication statistics information into the program storage module; wherein, the communication statistics information comprises: contact frequency information of the terminal user with the contact; characterised in that the method further comprises: the central processor sending a contact reminder notification to the user interface management module when the contact frequency in the contact frequency information is less than a preset contact frequency threshold; after receiving the contact reminder notification, the user interface management module displaying the contact reminder message on a screen of the terminal. the central processor sending a contact reminder notification to the user interface management module when the contact frequency in the contact frequency information is less than a preset contact frequency threshold; after receiving the contact reminder notification, the user interface management module displaying the contact reminder message on a screen of the terminal.
A surgical instrument, comprising: (a) a shaft assembly having a plurality of conductive components (1410, 1412, 1414), wherein each conductive component of the plurality of conductive components is configured with a floating voltage; (b) an end effector positioned at a distal end of the shaft assembly, wherein the end effector is operable to apply energy to tissue of a patient; (c) a console operable to power the end effector; (d) a conductor assembly disposed within the shaft assembly and configured to transfer power from the console to the end effector, wherein the conductor assembly includes a ground return path; and (e) a plurality of voltage sensors (1466, 1468, 1470), wherein each conductive component of the plurality of conductive components is configured to couple with a corresponding voltage sensor of the plurality of voltage sensors and with the ground return path, wherein the plurality of voltage sensors are operable to measure a voltage potential difference of the coupled conductive component relative to a ground potential defined by the ground return path; wherein the console is configured to initiate a corrective action based on the measured voltage potential difference. (a) a shaft assembly having a plurality of conductive components (1410, 1412, 1414), wherein each conductive component of the plurality of conductive components is configured with a floating voltage; (b) an end effector positioned at a distal end of the shaft assembly, wherein the end effector is operable to apply energy to tissue of a patient; (c) a console operable to power the end effector; (d) a conductor assembly disposed within the shaft assembly and configured to transfer power from the console to the end effector, wherein the conductor assembly includes a ground return path; and (e) a plurality of voltage sensors (1466, 1468, 1470), wherein each conductive component of the plurality of conductive components is configured to couple with a corresponding voltage sensor of the plurality of voltage sensors and with the ground return path, wherein the plurality of voltage sensors are operable to measure a voltage potential difference of the coupled conductive component relative to a ground potential defined by the ground return path;
System (140, 145, 150) for protecting an electrical device connectable to an electric line system, the line system comprising a multiplicity of successive sections (205, 210, 305, 310, 315), an impedance transition taking place at the end of one of the sections (205, 210, 305, 310, 315), and the system (140, 145, 150) comprising the following: - a signal generator for generating a signal in the line system; - a sampling device for sampling a signal reflected at the impedance transition in the line system; - a determining device which is set up to determine a physical length (L1, L2) of one of the sections (205, 210, 305, 310, 315) on the basis of the signal and the reflected signal; and - a control device for limiting a functionality of the device if the determined physical length deviates from a predetermined length by more than a predetermined amount. - a signal generator for generating a signal in the line system; - a sampling device for sampling a signal reflected at the impedance transition in the line system; - a determining device which is set up to determine a physical length (L1, L2) of one of the sections (205, 210, 305, 310, 315) on the basis of the signal and the reflected signal; and - a control device for limiting a functionality of the device if the determined physical length deviates from a predetermined length by more than a predetermined amount.
A cover assembly comprising: a mouthpiece including one end, that is configured to come into contact with a mouth of a user, and another end opposite to the one end, the mouthpiece configured to move to an open position and a closed position by rotation of the mouthpiece around the other end; and an accommodation unit for accommodating the one end of the mouthpiece in the closed position, wherein the accommodation unit comprises: a button unit comprising a body, the button unit configured to contact the one end of the mouthpiece and to be displaced in a longitudinal direction based on the one end being pressed; and a locking unit comprising a body, the body of the locking unit comprising a first portion that is configured to contact the one end of the mouthpiece and a second portion that is configured to contact the button unit, and wherein the second portion of the body of the locking unit comprises a sliding portion that is an inclined surface, and the body of the button unit comprises an inclined surface that has a shape corresponding to the sliding portion. a mouthpiece including one end, that is configured to come into contact with a mouth of a user, and another end opposite to the one end, the mouthpiece configured to move to an open position and a closed position by rotation of the mouthpiece around the other end; and an accommodation unit for accommodating the one end of the mouthpiece in the closed position, wherein the accommodation unit comprises: a button unit comprising a body, the button unit configured to contact the one end of the mouthpiece and to be displaced in a longitudinal direction based on the one end being pressed; and a locking unit comprising a body, the body of the locking unit comprising a first portion that is configured to contact the one end of the mouthpiece and a second portion that is configured to contact the button unit, and a button unit comprising a body, the button unit configured to contact the one end of the mouthpiece and to be displaced in a longitudinal direction based on the one end being pressed; and a locking unit comprising a body, the body of the locking unit comprising a first portion that is configured to contact the one end of the mouthpiece and a second portion that is configured to contact the button unit, and wherein the second portion of the body of the locking unit comprises a sliding portion that is an inclined surface, and the body of the button unit comprises an inclined surface that has a shape corresponding to the sliding portion.
A phased array antenna, comprising: a plurality of layers,; wherein the plurality of layers include: a radiating layer placed on a first surface of a first dielectric layer, wherein the radiating layer includes radiating elements additively deposited on the first surface of the first dielectric layer; a feed layer operationally coupled to a second surface of the first dielectric layer; a second dielectric layer having a first surface operationally coupled to a power and control layer and a second surface operationally coupled to a ground layer; wherein the second surface of the second dielectric layer rests on the ground layer, wherein the power and control layer is deposited directly on the second dielectric layer; characterized in that an adhesive layer operationally couples the feed layer to the power and control layer, the first dielectric layer and the second dielectric layer are formed of liquid crystal polymer, and wherein the plurality of layers is fabricated using an additive process such that the phased array antenna is planar and flexible so as to be conformed to a curvilinear surface. a plurality of layers,; wherein the plurality of layers include: a radiating layer placed on a first surface of a first dielectric layer, wherein the radiating layer includes radiating elements additively deposited on the first surface of the first dielectric layer; a feed layer operationally coupled to a second surface of the first dielectric layer; a radiating layer placed on a first surface of a first dielectric layer, wherein the radiating layer includes radiating elements additively deposited on the first surface of the first dielectric layer; a feed layer operationally coupled to a second surface of the first dielectric layer; a second dielectric layer having a first surface operationally coupled to a power and control layer and a second surface operationally coupled to a ground layer; wherein the second surface of the second dielectric layer rests on the ground layer, wherein the power and control layer is deposited directly on the second dielectric layer; characterized in that an adhesive layer operationally couples the feed layer to the power and control layer, the first dielectric layer and the second dielectric layer are formed of liquid crystal polymer, and wherein the plurality of layers is fabricated using an additive process such that the phased array antenna is planar and flexible so as to be conformed to a curvilinear surface.