mhurhangee/ep-ind-claims huggingface dataset:
A process for producing reclaimed water comprising: bringing ozone into contact with raw water to enhance coagulability of a solid matter contained in the raw water; injecting a coagulant into the raw water to coagulate the solid matter; and membrane-filtering the coagulated solid matter, wherein a residual ozone concentration in the raw water before a separation membrane is measured; ozone is injected from an ozone generator so that the residual ozone concentration in the raw water before the separation membrane is in a given range; and an amount of the coagulant to be injected is increased when an ozone demand exceeds capacity of an ozone generator due to deterioration in quality of the raw water and the residual ozone concentration falls below a given value. bringing ozone into contact with raw water to enhance coagulability of a solid matter contained in the raw water; injecting a coagulant into the raw water to coagulate the solid matter; and membrane-filtering the coagulated solid matter,
A communication device for handling a 3GPP LTE transmission in an unlicensed band, comprising: a storage unit for storing instructions of: performing a first transmission using a hybrid automatic repeat request, HARQ, process in a first subframe of an unlicensed band to a network; receiving a first downlink control information, DCI, for the HARQ process in a first control channel in a second subframe of the unlicensed band in response to the first transmission from the network, wherein a distance between the first subframe and the second subframe is greater than four subframes, wherein the network determines the second subframe in which the DCI is transmitted on a carrier of the unlicensed band when the network detects that the carrier is not busy or not occupied; and performing a second transmission using the HARQ process in a third subframe of the unlicensed band to the network according to the first DCI; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit. a storage unit for storing instructions of: performing a first transmission using a hybrid automatic repeat request, HARQ, process in a first subframe of an unlicensed band to a network; receiving a first downlink control information, DCI, for the HARQ process in a first control channel in a second subframe of the unlicensed band in response to the first transmission from the network, wherein a distance between the first subframe and the second subframe is greater than four subframes, wherein the network determines the second subframe in which the DCI is transmitted on a carrier of the unlicensed band when the network detects that the carrier is not busy or not occupied; and performing a second transmission using the HARQ process in a third subframe of the unlicensed band to the network according to the first DCI; and performing a first transmission using a hybrid automatic repeat request, HARQ, process in a first subframe of an unlicensed band to a network; receiving a first downlink control information, DCI, for the HARQ process in a first control channel in a second subframe of the unlicensed band in response to the first transmission from the network, wherein a distance between the first subframe and the second subframe is greater than four subframes, wherein the network determines the second subframe in which the DCI is transmitted on a carrier of the unlicensed band when the network detects that the carrier is not busy or not occupied; and performing a second transmission using the HARQ process in a third subframe of the unlicensed band to the network according to the first DCI; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit.
A modified red blood cell, wherein the modification comprises an association complex comprising a drug and a recombinant carrier protein for the drug, wherein the uncomplexed form of the drug is capable of passing the red blood cell membrane and wherein the uncomplexed recombinant carrier protein is an immunophillin.
A vibration damper comprising: a first mounting member connected to one of a vibration generating portion and a vibration receiving portion; a second mounting member connected to the other of the vibration generating portion and the vibration receiving portion; an elastic body provided between the first mounting member and the second mounting member to connect the first mounting member and the second mounting member in an elastically deformable manner; a pressure-receiving liquid chamber filled with a magnetism responsive fluid, at least a portion of an inner wall of the pressure-receiving liquid chamber being formed of the elastic body; a secondary liquid chamber, a portion of a partition wall thereof being formed deformable such that an inner volume of the secondary liquid chamber can be increased/decreased in accordance with change in an inner pressure; an orifice communicating between the pressure-receiving liquid chamber and the secondary liquid chamber to allow the magnetism responsive fluid to pass therethrough; a coil provided around the orifice, for magnetizing the magnetism responsive fluid inside the orifice when the coil is electrically activated; and a control unit for controlling electric activation of the coil, characterised in that the vibration damper further comprises a yoke forming member comprising a hollowed column portion, plural through holes penetrating through the hollowed column portion to configure the hollowed column portion into a lotus root-like shape. a first mounting member connected to one of a vibration generating portion and a vibration receiving portion; a second mounting member connected to the other of the vibration generating portion and the vibration receiving portion; an elastic body provided between the first mounting member and the second mounting member to connect the first mounting member and the second mounting member in an elastically deformable manner; a pressure-receiving liquid chamber filled with a magnetism responsive fluid, at least a portion of an inner wall of the pressure-receiving liquid chamber being formed of the elastic body; a secondary liquid chamber, a portion of a partition wall thereof being formed deformable such that an inner volume of the secondary liquid chamber can be increased/decreased in accordance with change in an inner pressure; an orifice communicating between the pressure-receiving liquid chamber and the secondary liquid chamber to allow the magnetism responsive fluid to pass therethrough; a coil provided around the orifice, for magnetizing the magnetism responsive fluid inside the orifice when the coil is electrically activated; and a control unit for controlling electric activation of the coil, characterised in that the vibration damper further comprises a yoke forming member comprising a hollowed column portion, plural through holes penetrating through the hollowed column portion to configure the hollowed column portion into a lotus root-like shape.
A system comprising an aerosol collector for collecting pathogens from air and an analysis apparatus for determining the type and/or quantity of at least one of the collected pathogens, wherein the aerosol collector comprises at least one cooling apparatus which has at least one condensation surface on whose upper surface a condensate can be formed, wherein the cooling apparatus comprises an electrical cooling, wherein the electrical cooling comprises at least one Peltier element, wherein the aerosol collector furthermore comprises at least one collection apparatus in which the condensate formed at the condensation surface of the cooling apparatus is collected, characterized in that the condensation surface is designed as movable, wherein the aerosol collector has a control unit which controls a movement of the condensation surface. wherein the aerosol collector furthermore comprises at least one collection apparatus in which the condensate formed at the condensation surface of the cooling apparatus is collected, characterized in that the condensation surface is designed as movable, wherein the aerosol collector has a control unit which controls a movement of the condensation surface.
An electromagnetic-wave-absorbing filter to be wound around a conductor cable, comprising an electromagnetic-wave-absorbing layer, an insulating layer, and an electromagnetic-wave-shielding layer in this order from inside; characterized in that said electromagnetic-wave-absorbing layer is constituted by a laminate of at least two electromagnetic-wave-absorbing films (111, 112); each of said electromagnetic-wave-absorbing films (111, 112) comprises a single- or multi-layer thin metal film (111b, 112b) formed on a surface of a plastic film (111a, 112a), said thin metal film (111b, 112b) being provided with pluralities of substantially parallel, intermittent, linear scratches with irregular widths and intervals in plural directions; said linear scratches in each of said electromagnetic-wave-absorbing films (111, 112) have an acute crossing angle θs in a range of 30-90°; the linear scratches (113 1) in one electromagnetic-wave-absorbing film is crossing the linear scratches (113 2) in the other electromagnetic-wave-absorbing film; said two electromagnetic-wave-absorbing films (111, 112) have different lengths in a longitudinal direction of said conductor cable; and an L 2 /L 1 ratio, wherein L 1 is the length of a longer electromagnetic-wave-absorbing film, and L 2 is the length of a shorter electromagnetic-wave-absorbing film, being 30-70%.
A data communication method for use in an LTE-based vehicle-to-everything, V2X, communication device of a vehicle, the method including: receiving a positioning system signal; determining coarse timing synchronization according to the received positioning system signal; detecting a V2X synchronization signal in accordance with the coarse timing synchronization; in response to detecting a V2X synchronization signal that originates from a V2X device installed in infrastructure, determining fine timing synchronization based on the detected V2X synchronization signal; and transmitting or receiving a V2X application message according to the determined fine timing synchronization. receiving a positioning system signal; determining coarse timing synchronization according to the received positioning system signal; detecting a V2X synchronization signal in accordance with the coarse timing synchronization; in response to detecting a V2X synchronization signal that originates from a V2X device installed in infrastructure, determining fine timing synchronization based on the detected V2X synchronization signal; and transmitting or receiving a V2X application message according to the determined fine timing synchronization.
A method of assembling fitting arrangements (11, 13), in particular fitting arrangements (11, 13) for windows, doors, furniture or the like, wherein fitting arrangements (11, 13) of at least a first configuration and a second configuration different therefrom are assembled, using an assembly apparatus which comprises a track and a plurality of runners which are movably arranged at the track and which each have least one holder for temporarily arranging one or more respective fitting elements (15, 17, 19, 21, 39) and which can be individually controlled to make a movement along the track in order to run through a plurality of assembly stations provided along the track, characterized in that, for the assembly of a respective fitting arrangement of the first configuration, the runners of a group of runners are controlled to arrange themselves in a first relative arrangement with respect to one another and to move, in particular while maintaining the first relative arrangement, from assembly station to assembly station; and in that, for the assembly of a respective fitting arrangement of the second configuration, the runners of one group, in particular the same group, of runners are controlled to arrange themselves in a second relative arrangement with respect to one another that is different from the first relative arrangement and to move, in particular while maintaining the second relative arrangement, from assembly station to assembly station.
A selfie device, comprising: a clamping mechanism configured to clamp a mobile phone, a telescopic rod, a handle sleeved on an outside of the telescopic rod, and a wireless remote; wherein the clamping mechanism comprises an upper clamping part, a lower clamping part, and an elasticity stretching part providing a restoring force for the upper clamping part; the elasticity stretching part is connected to both the upper clamping part and the lower clamping part; the lower clamping part is arranged on a top end of the telescopic rod; wherein an accommodating cavity for accommodating the wireless remote is arranged inside the handle; the selfie device is characterized in that the wireless remote is detachably sandwiched between the upper clamping part and the lower clamping part; the lower clamping part, the elasticity stretching part, and the wireless remote are accommodated in the accommodating cavity through folding of the telescopic rod. a clamping mechanism configured to clamp a mobile phone, a telescopic rod, a handle sleeved on an outside of the telescopic rod, and a wireless remote;
A modular directional valve assembly of mixed type, comprising a plurality of through type elements (E1, E2) and a plurality of load sensing flow sharing elements (E3, E4) connectable to respective utilities; the valve assembly arranged for: a. being connectable to high pressure lines (P1, P2) and relative supply systems, b. being connectable to a low pressure line, to discharge, c. being connectable to a load sensing signal line, d. the plurality of through type elements (E1, E2) connectable to a constant displacement pump, e. the plurality of load sensing flow sharing elements (E3, E4) connectable to a load sensing variable displacement pump, wherein the modular direction valve assembly further comprises an adding element, connected to said through type elements (E1, E2) and load sensing flow sharing elements (E3, E4); said adding element comprising a two-way and two-position piloted spool and a one-way valve which allows the flow from a carry-over line to the load line but not the other way round by connecting the carry over line of the through group type elements (E1, E2) to the load line of the load sensing flow sharing elements (E3, E4), the piloted spool, in its end positions, connecting the carry over line to a low pressure tank or closing such connection, characterized in that the piloted spool is subjected to the pressure of the load sensing signal line of the load sensing flow sharing elements (E3, E4); wherein in the absence of flow rates from said through type elements (E1, E2) and in saturated conditions of said load sensing flow sharing elements (E3, E4) the amount of flow rate needed to fill the difference between the flow rate required by the utilities of the load sensing flow sharing elements (E3, E4) and the maximum flow rate supplied by the high pressure line is withdrawn from the carry over line of the group of elements of through type (E1, E2) by making the piloted spool choke the connection between the carry over line and the low pressure tank. a. being connectable to high pressure lines (P1, P2) and relative supply systems, b. being connectable to a low pressure line, to discharge, c. being connectable to a load sensing signal line, d. the plurality of through type elements (E1, E2) connectable to a constant displacement pump, e. the plurality of load sensing flow sharing elements (E3, E4) connectable to a load sensing variable displacement pump,
A computer implemented method for operating a marine vessel comprising: determining that the marine vessel is approaching an end of a first sail line; and determining a turn path from the end of the first sail line to a beginning of a second sail line, wherein the turn path is dynamically determined based on at least one of a current direction and a current magnitude of a current in water so as to maintain tension in an array of seismic streamer cables towed behind the marine vessel. determining that the marine vessel is approaching an end of a first sail line; and determining a turn path from the end of the first sail line to a beginning of a second sail line, wherein the turn path is dynamically determined based on at least one of a current direction and a current magnitude of a current in water so as to maintain tension in an array of seismic streamer cables towed behind the marine vessel.
A method of performing machine type communication, called MTC hereinafter, for a communication device in a wireless communication system, the method comprising: performing a first MTC with a cell of a network of the wireless communication system by using a first subband resource of a plurality of subband resources; and performing a second MTC with the cell of the network by using a second subband resource of the plurality of subband resources, after performing the first MTC; characterized by the method further comprising: switching a carrier frequency of the communication device from a carrier frequency of the first subband resource to a carrier frequency of the second subband resource, before performing the second MTC with the cell of the network, when the second subband resource is not in a maximum bandwidth supported by the communication device. performing a first MTC with a cell of a network of the wireless communication system by using a first subband resource of a plurality of subband resources; and performing a second MTC with the cell of the network by using a second subband resource of the plurality of subband resources, after performing the first MTC; characterized by the method further comprising: switching a carrier frequency of the communication device from a carrier frequency of the first subband resource to a carrier frequency of the second subband resource, before performing the second MTC with the cell of the network, when the second subband resource is not in a maximum bandwidth supported by the communication device.
A process for producing an aryl ester of arylthionocarboxylic acid represented by Formula: wherein Ar 1 and Ar 2 independently represent an optionally substituted aryl group; the process comprising reacting a halogenated thiocarbonyl compound represented by Formula: wherein Ar 1 is as defined above and X is halogen, with an arylated metal compound represented by Formula: Ar 2 -M wherein Ar 2 is as defined above and M is an alkali metal or monovalent copper. wherein Ar 1 and Ar 2 independently represent an optionally substituted aryl group; the process comprising reacting a halogenated thiocarbonyl compound represented by Formula: wherein Ar 1 is as defined above and X is halogen, with an arylated metal compound represented by Formula: Ar 2 -M wherein Ar 2 is as defined above and M is an alkali metal or monovalent copper.
Mobility aid for persons with limited mobility, comprising at least the following components: - a frame, - Frame legs which are connected to the frame at a first end and at whose second end (2") ball rollers are arranged, characterized in that, - a hip lock or lumbar lock, which is connected to the frame via a return mechanism in the form of a spring and via a holder - wherein the hip lock, supported by the return mechanism, can be automatically returned from a seated position to an engaged position when the person stands up, in which the hip lock is fixed in an initial position, - a seat with an integrated brake release mechanism, wherein - the seat, when actuated by the person standing up, interacts with the hip lock, the return mechanism and the holder in such a way that the brake release mechanism can be triggered. - a frame, - Frame legs which are connected to the frame at a first end and at whose second end (2") ball rollers are arranged, characterized in that, - a hip lock or lumbar lock, which is connected to the frame via a return mechanism in the form of a spring and via a holder - wherein the hip lock, supported by the return mechanism, can be automatically returned from a seated position to an engaged position when the person stands up, in which the hip lock is fixed in an initial position, - a seat with an integrated brake release mechanism, wherein - the seat, when actuated by the person standing up, interacts with the hip lock, the return mechanism and the holder in such a way that the brake release mechanism can be triggered.
A method for communication device discovery and coordination of data channel selection between a first device and a second device in a Wireless Personal Area Network (WPAN), the method comprising: scanning the discovery channel by the first and second devices; and transmitting a set of discovery beacon blocks by the first and second devices in a discovery channel using an asynchronous contention based medium access mechanism, such that discovery beacons are transmitted in the discovery channel using contention based medium access without using a synchronized superframe structure in the discovery channel; and coordinating between the first and second devices to select a data channel by exchanging channel selection command frames in the discovery channel using the asynchronous contention based medium access mechanism. scanning the discovery channel by the first and second devices; and transmitting a set of discovery beacon blocks by the first and second devices in a discovery channel using an asynchronous contention based medium access mechanism, such that discovery beacons are transmitted in the discovery channel using contention based medium access without using a synchronized superframe structure in the discovery channel; and coordinating between the first and second devices to select a data channel by exchanging channel selection command frames in the discovery channel using the asynchronous contention based medium access mechanism.
A method for fabricating a fluidic device comprising the steps of: forming a nanofluidic area on a substrate, the nanofluidic area comprising a plurality of nanochannels formed in the substrate; forming a microfluidic area on said substrate, the microfluidic area comprising a plurality of microposts formed on the substrate; and using diffraction gradient lithography to form a gradient interface area between said nanofluidic area and said microfluidic area), wherein the gradient interface area is formed as a gradual slope in height from the substrate from the microfluidic area to the nanofluidic area, and characterised in that the gradient interface area and the nanofluidic area comprise a plurality of branched channels that are split into smaller and smaller branches to provide decreasing lateral gradient distances between channels providing a lateral gradient. forming a nanofluidic area on a substrate, the nanofluidic area comprising a plurality of nanochannels formed in the substrate; forming a microfluidic area on said substrate, the microfluidic area comprising a plurality of microposts formed on the substrate; and using diffraction gradient lithography to form a gradient interface area between said nanofluidic area and said microfluidic area), wherein the gradient interface area is formed as a gradual slope in height from the substrate from the microfluidic area to the nanofluidic area, and characterised in that the gradient interface area and the nanofluidic area comprise a plurality of branched channels that are split into smaller and smaller branches to provide decreasing lateral gradient distances between channels providing a lateral gradient.