mhurhangee/ep-ind-claims huggingface dataset:
A back focus adjustment mechanism, comprising a driving device and a positioning and guiding device separately provided, wherein the positioning and guiding device comprises a positioning assembly and a guiding assembly, the guiding assembly is mounted on the positioning assembly, and the driving device is in driving connection with the guiding assembly to drive the guiding assembly to move; wherein the positioning assembly comprises a mounting plate in which a guiding hole is provided, the guiding assembly comprises: a guiding bearing, which is mounted on a first side of the mounting plate and is communicated with the guiding hole; an image sensor fixing plate, which is located on a second side of the mounting plate opposite the first side of the mounting plate; a guiding shaft, which is fixedly provided on the image sensor fixing plate and is provided within the guiding bearing through the guiding hole; and wherein the guiding shaft is moveable relative to the positioning assembly, the driving device and the guiding shaft are provided separately, the driving device can contact the guiding shaft so as to drive the guiding shaft to move in a direction away from the positioning assembly. a guiding bearing, which is mounted on a first side of the mounting plate and is communicated with the guiding hole; an image sensor fixing plate, which is located on a second side of the mounting plate opposite the first side of the mounting plate; a guiding shaft, which is fixedly provided on the image sensor fixing plate and is provided within the guiding bearing through the guiding hole; and wherein the guiding shaft is moveable relative to the positioning assembly, the driving device and the guiding shaft are provided separately, the driving device can contact the guiding shaft so as to drive the guiding shaft to move in a direction away from the positioning assembly.
A compressor for a household appliance, comprising a rotating roller for compressing a gaseous phase of a refrigerant, wherein the roller is lubricated by means of a mixture of oil and the refrigerant being dissolved in the oil, an oil sump for receiving the mixture, and a rotating agitation element which is at least partly submerged in the mixture for agitating it, wherein the compressor further comprises a drive shaft for driving the roller, wherein the agitation element is attached to the drive shaft, wherein the drive shaft comprises a cam which is received in the roller, wherein the drive shaft comprises a central bore which runs along a longitudinal direction of the drive shaft, and characterised in that the cam has an outlet for the mixture and in that the agitation element is a propeller.
An inkjet ink, comprising: water; a wetting agent; a surfactant; a colorant; and a water-dispersible resin, wherein the wetting agent contains at least an amide compound represented by the following structural formula: water; a wetting agent; a surfactant; a colorant; and a water-dispersible resin, wherein the wetting agent contains at least an amide compound represented by the following structural formula:
A method of testing a multi user multiple input multiple output, MU-MIMO, wireless device under test, DUT, supporting a communication protocol, the method comprising: simulating at least one MU-MIMO wireless client supporting said communication protocol and associated with said DUT; generating, by said at least one simulated MU-MIMO wireless client, at least one first simulated channel matrix; receiving, by the at least one simulated MU-MIMO wireless client, a first sounding packet from said DUT, transmitting said at least one first simulated channel matrix from said at least one simulated MU-MIMO wireless client to said DUT in response to said first sounding packet; generating, by said simulated MU-MIMO wireless client, at least one second simulated channel matrix; receiving, by said at least one simulated MU-MIMO wireless client, a second sounding packet transmitted from said DUT; transmitting said at least one second simulated channel matrix from said at least one simulated MU-MIMO wireless client to said DUT responsive to said second sounding packet; wherein said at least one second simulated channel matrix includes a different set of channel parameters than those in said at least one first simulated channel matrix to simulate a spatial movement of said at least one MU-MIMO wireless client. simulating at least one MU-MIMO wireless client supporting said communication protocol and associated with said DUT; generating, by said at least one simulated MU-MIMO wireless client, at least one first simulated channel matrix; receiving, by the at least one simulated MU-MIMO wireless client, a first sounding packet from said DUT, transmitting said at least one first simulated channel matrix from said at least one simulated MU-MIMO wireless client to said DUT in response to said first sounding packet; generating, by said simulated MU-MIMO wireless client, at least one second simulated channel matrix; receiving, by said at least one simulated MU-MIMO wireless client, a second sounding packet transmitted from said DUT; transmitting said at least one second simulated channel matrix from said at least one simulated MU-MIMO wireless client to said DUT responsive to said second sounding packet; wherein said at least one second simulated channel matrix includes a different set of channel parameters than those in said at least one first simulated channel matrix to simulate a spatial movement of said at least one MU-MIMO wireless client.
A composition comprising one or more exogenous MCJ agonist compounds, wherein the or each exogenous MCJ agonist comprises an MCJ polypeptide or a polynucleotide that encodes an MCJ polypeptide, for use in a method of treating a subject with cancer by increasing a chemo-sensitivity of a cancer cell, wherein the exogenous MCJ agonist compound comprises a mitochondrial-targeting peptide that comprises the amino acid sequence set forth as F x RF x KF x RF x K (SEQ ID NO: 39), and wherein the method comprises contacting a cancer cell in the subject with said composition, in an amount effective to increase sensitivity of the cancer cell to one or more chemotherapeutic agents, and further contacting the cancer cell with one or more chemotherapeutic agents. wherein the exogenous MCJ agonist compound comprises a mitochondrial-targeting peptide that comprises the amino acid sequence set forth as F x RF x KF x RF x K (SEQ ID NO: 39), and wherein the method comprises contacting a cancer cell in the subject with said composition, in an amount effective to increase sensitivity of the cancer cell to one or more chemotherapeutic agents, and further contacting the cancer cell with one or more chemotherapeutic agents.
A system (400, 500, 600), comprising: first and second curved reflecting devices (440, 442, 540, 542, 640, 642); a first and second beam splitter (410, 430, 510, 530, 625, 627); and a first and second divergence optical element, wherein the first beam splitter is configured to reflect a first portion of a beam (401B, 601D) towards the first divergence optical element, which begins a first cycle during which the beam travels through the system, and to transmit a second portion of the beam (401C, 601C) towards the second beam splitter, wherein the second beam splitter is configured to reflect a third portion of the beam (401E, 601E) towards the second divergence optical element, which begins a second cycle during which the beam travels through the system, and to transmit a fourth portion of the beam (401F, 601F) to generate at least a portion of the output beam, wherein during the first cycle the first divergence optical element directs the first portion of the beam along a first beam path between the first and second reflecting devices, such that the first portion of the beam traverses between the first and second reflecting devices more than once, wherein during the second cycle the second divergence optical element directs the third portion of the beam along a second beam path between the first and second reflecting devices, such that the third portion of the beam traverses between the first and second reflecting devices more than once, wherein the first cycle ends after traversal between the first and second reflecting devices, such that a first part of the first portion of the beam is reflected by the first beam splitter towards the second beam splitter and a second part of the first portion of the beam is transmitted through the first beam splitter to repeat the first cycle, and wherein the second cycle ends after traversal between the first and second reflecting devices, such that a first part of the third portion of the beam is reflected by the second beam splitter and exits the system to generate another portion of the output beam and a second part of the third portion of the beam is transmitted through the second beam splitter to repeat the second cycle.
A method in a wireless terminal supporting operation on a first wireless technology and a second wireless technology, the method comprising: performing one or more measurements on a received signal of the first wireless technology, wherein the one or more measurements are performed during time periods that overlap time periods during which the wireless terminal transmits signals of the second wireless technology and the one or more measurements comprise channel state information measurements; transmitting, to a first base station, measurement information comprising the one or more measurements; sending, to the first base station, an indication of a periodicity of planned transmission by the wireless terminal of signals of the second wireless technology, for enabling the first base station to perform interference avoidance to avoid interference due to transmissions of signals of the second wireless technology by the wireless terminal to reception of signals of the first wireless technology by the wireless terminal. performing one or more measurements on a received signal of the first wireless technology, wherein the one or more measurements are performed during time periods that overlap time periods during which the wireless terminal transmits signals of the second wireless technology and the one or more measurements comprise channel state information measurements; transmitting, to a first base station, measurement information comprising the one or more measurements; sending, to the first base station, an indication of a periodicity of planned transmission by the wireless terminal of signals of the second wireless technology, for enabling the first base station to perform interference avoidance to avoid interference due to transmissions of signals of the second wireless technology by the wireless terminal to reception of signals of the first wireless technology by the wireless terminal.
A plant support, comprising at least two vertically oriented support members, each of the vertically oriented support members having a lower end and an upper end (6; 16; 17), wherein the at least two vertically oriented support members are connected to each other at their lower ends, the at least two vertically oriented support members are connected to each other at their upper ends the at least two vertically oriented support members form two or more vertical elongated looped members (3, 4), characterized in that the two or more vertical elongated looped members (3, 4) are rotatably connected to each other, and wherein the two or more vertical elongated looped members (3, 4) can be rotated into a common plane for storage and can be rotated into separate planes for use.
A filling line for filling a container with one of a number of different beverages, comprising: a filling transfer line for advancing the container from an upstream position to a downstream position; a water circuit; one or more micro-ingredient towers with a plurality of micro-ingredients therein to fill the container with a plurality of micro-ingredients; and a sweetener circuit with a sweetener nozzle; characterised in that: the water circuit comprises a counter-pressure nozzle to fill the container with carbonated water; the one or more micro-ingredient towers are positioned downstream of the counter-pressure nozzle; and the sweetener nozzle is positioned upstream of the one or more micro-ingredient towers and downstream of the counter-pressure nozzle of the water circuit. a filling transfer line for advancing the container from an upstream position to a downstream position; a water circuit; one or more micro-ingredient towers with a plurality of micro-ingredients therein to fill the container with a plurality of micro-ingredients; and a sweetener circuit with a sweetener nozzle; characterised in that: the water circuit comprises a counter-pressure nozzle to fill the container with carbonated water; the one or more micro-ingredient towers are positioned downstream of the counter-pressure nozzle; and the sweetener nozzle is positioned upstream of the one or more micro-ingredient towers and downstream of the counter-pressure nozzle of the water circuit. the water circuit comprises a counter-pressure nozzle to fill the container with carbonated water; the one or more micro-ingredient towers are positioned downstream of the counter-pressure nozzle; and the sweetener nozzle is positioned upstream of the one or more micro-ingredient towers and downstream of the counter-pressure nozzle of the water circuit.
An endpoint adapted for exchanging time-divided communications with a remote device in form of a collector for collecting meter readings, the endpoint being adapted to perform the following steps: within a predefined frequency band, transmitting a standard meter reading having data defined in accordance with a metering protocol; after a period of time defined in the metering protocol has elapsed, activating a receiver of the endpoint to listen for a message on a designated channel that is known by the remote device; receiving a message from the remote device having a command to execute instructions, determining whether the current command is a linked command via a data item included in the message that is provided by the collector to indicate that the message contains a command that is linked to a subsequent command, transmitting a response message responsive to the command; and when the command is designated as a linked command, activating the receiver after a second period of time defined in the metering protocol has elapsed.
An in-vehicle communication module for operating a keyless entry receiver in a vehicle to recognize a previously unrecognized keyless entry transmitter, said module comprising: a connector configured to make electrical contact with a diagnostic bus of the vehicle; a processor configured to communicate with the diagnostic bus to determine a vehicle identity; a transceiver configured to communicate with an internet server to download programming data corresponding to the vehicle identity; said processor further configured to operate the keyless entry receiver into a learn mode via the diagnostic bus and in accordance with the programming data and, a keyless entry transmitter operable to transmit a keyless entry signal effective for the keyless entry receiver to recognize the keyless entry transmitter wherein the keyless entry transmitter is programmed in accordance with the programming data to transmit the keyless entry signal corresponding to a key-fob profile. a connector configured to make electrical contact with a diagnostic bus of the vehicle; a processor configured to communicate with the diagnostic bus to determine a vehicle identity; a transceiver configured to communicate with an internet server to download programming data corresponding to the vehicle identity; said processor further configured to operate the keyless entry receiver into a learn mode via the diagnostic bus and in accordance with the programming data and, a keyless entry transmitter operable to transmit a keyless entry signal effective for the keyless entry receiver to recognize the keyless entry transmitter wherein the keyless entry transmitter is programmed in accordance with the programming data to transmit the keyless entry signal corresponding to a key-fob profile.
Method for production of an ion-permeable membrane, in particular an ion-exchange membrane, which has at least one profiled surface, wherein a shaping element is brought into contact with an uncured polymer film which contains at least one polymer, generating a preferably regular pattern of identically or differently structured elevations and/or recesses, the shaping element remains in contact with the polymer film until the polymer film is essentially completely cured, and the shaping element is removed not earlier than upon completion of the curing from the cured polymer film, characterized in that as shaping element, a net-like or grid-like, flat structure made of filaments is brought into contact with the uncured polymer film and the uncured polymer film includes at least one organic solvent and the at least one polymer in a fraction of between 5% by weight and 40% by weight.
A discharge arrangement for horizontal filtration equipment, the discharge arrangement comprising a conveyor configured to be provided below the horizontal filtration equipment for receiving discharge material discharged from the horizontal filtration equipment, and a drive for driving the conveyor, characterized in that the drive is configured to enable driving the conveyor in two opposite directions, such that material provided on the conveyor can be discharged at either a first end or a second end depending on the direction in which the conveyor is driven, and that the discharge arrangement further comprises a control unit configured to control the drive to drive the conveyor alternatively in a first direction, which is a direction directed towards the first end, such that the conveyor is configured to discharge material provided on the conveyor at the first end, and in a second direction, which is a direction directed towards the second end, such that the conveyor is configured to discharge material provided on the conveyor at the second end. a conveyor configured to be provided below the horizontal filtration equipment for receiving discharge material discharged from the horizontal filtration equipment, and a drive for driving the conveyor, characterized in that the drive is configured to enable driving the conveyor in two opposite directions, such that material provided on the conveyor can be discharged at either a first end or a second end depending on the direction in which the conveyor is driven, and that the discharge arrangement further comprises a control unit configured to control the drive to drive the conveyor alternatively in a first direction, which is a direction directed towards the first end, such that the conveyor is configured to discharge material provided on the conveyor at the first end, and in a second direction, which is a direction directed towards the second end, such that the conveyor is configured to discharge material provided on the conveyor at the second end.
A method for handling a carrier-film-equipped gasket, which is a method for removing a resinous carrier film from a rubber-only type gasket body in a carrier-film-equipped gasket including a combination of the gasket body and the carrier film, which retains the gasket body, the method comprising: a peeling step of peeling the carrier film from the gasket body against an adhesive force in a state in which the gasket body is fixed to a base (61, 81), and a step of decreasing an adhesion area between the gasket body and the carrier film by pressing the gasket body from a carrier film side by using a pressing device, so that only the pressed portions will remain as the portions where the carrier film and the gasket body adhere to each other, wherein the step of decreasing an adhesion area being preliminary to the peeling step, wherein the peeling step is carried out in the state in which the adhesion area has been decreased. a peeling step of peeling the carrier film from the gasket body against an adhesive force in a state in which the gasket body is fixed to a base (61, 81), and a step of decreasing an adhesion area between the gasket body and the carrier film by pressing the gasket body from a carrier film side by using a pressing device, so that only the pressed portions will remain as the portions where the carrier film and the gasket body adhere to each other, wherein the step of decreasing an adhesion area being preliminary to the peeling step, wherein the peeling step is carried out in the state in which the adhesion area has been decreased.
A method for making an infrared absorbing coating material comprising the steps of: providing SnTe quantum nanoparticles, said snTe quantum nanoparticles comprising stabilizing ligands on a surface of the nanoparticles; fluorinating the surface ligands on the SnTe quantum nanoparticles; providing a fluorinated resin; and embedding the SnTe quantum nanoparticles into the fluorinated resin to produce the infrared absorbing coating material. providing SnTe quantum nanoparticles, said snTe quantum nanoparticles comprising stabilizing ligands on a surface of the nanoparticles; fluorinating the surface ligands on the SnTe quantum nanoparticles; providing a fluorinated resin; and embedding the SnTe quantum nanoparticles into the fluorinated resin to produce the infrared absorbing coating material.
An immiscible liquids separation apparatus comprising: a vessel comprising a first separation chamber and second separation chamber being in first fluid communication with the first separation chamber, the first separation chamber being situated above the second separation chamber; an inlet arranged at the first separation chamber to allow a liquid to flow into the vessel; a low-density liquid outlet arranged on the second separation chamber to allow low-density liquid separated from the liquid to be removed therefrom; and a high-density liquid outlet arranged at the vessel to allow high-density liquid separated from the liquid to flow out of the vessel; characterized in that the vessel further comprises a vertical low-density liquid gap arranged between the first separation chamber and second separation chamber to allow the first fluid communication at a second flow rate of the liquid, the second flow rate being higher than a first flow rate of the liquid. a vessel comprising a first separation chamber and second separation chamber being in first fluid communication with the first separation chamber, the first separation chamber being situated above the second separation chamber; an inlet arranged at the first separation chamber to allow a liquid to flow into the vessel; a low-density liquid outlet arranged on the second separation chamber to allow low-density liquid separated from the liquid to be removed therefrom; and a high-density liquid outlet arranged at the vessel to allow high-density liquid separated from the liquid to flow out of the vessel; characterized in that the vessel further comprises a vertical low-density liquid gap arranged between the first separation chamber and second separation chamber to allow the first fluid communication at a second flow rate of the liquid, the second flow rate being higher than a first flow rate of the liquid.