mhurhangee/ep-ind-claims huggingface dataset:
A media communication method for communicating on a first communication device over a communication network, comprising: progressively encoding, progressively and persistently storing on the first communication device and progressively transmitting media of an outgoing message originated on the first communication device over the communication network, as the media is created; and progressively receiving, progressively and persistently storing on the first communication device and progressively rendering media of an incoming message received over the communication network at the first communication device as the media is progressively received in a real-time rendering mode, wherein the outgoing message and the incoming message are asynchronous messages that are transmitted over the communication network from the first communication device to the second communication device and received over the communication network at the first communication device from the second communication device without first establishing a connection over the communication network between the first communication device and the second communication device. progressively encoding, progressively and persistently storing on the first communication device and progressively transmitting media of an outgoing message originated on the first communication device over the communication network, as the media is created; and progressively receiving, progressively and persistently storing on the first communication device and progressively rendering media of an incoming message received over the communication network at the first communication device as the media is progressively received in a real-time rendering mode, wherein the outgoing message and the incoming message are asynchronous messages that are transmitted over the communication network from the first communication device to the second communication device and received over the communication network at the first communication device from the second communication device without first establishing a connection over the communication network between the first communication device and the second communication device.
A power tool having a transmission that includes a clutch, the clutch comprising: a gear having gear teeth formed on an inner surface, said inner surface associated with an inner diameter of said gear; an annular clutch face formed on a portion of a face of said gear; an annular wall having a first surface and a second surface, said first surface extends from said clutch face, said second surface extends from said first surface and from said inner surface, the tool characterized in that the first surface forms an angle obtuse with said face of said gear. a gear having gear teeth formed on an inner surface, said inner surface associated with an inner diameter of said gear; an annular clutch face formed on a portion of a face of said gear; an annular wall having a first surface and a second surface, said first surface extends from said clutch face, said second surface extends from said first surface and from said inner surface, the tool characterized in that the first surface forms an angle obtuse with said face of said gear.
A method for manufacturing an aluminum alloy section, comprising the following steps of: pre-treating an aluminum alloy section base material; anodizing the pre-treated aluminum alloy section base material to form an oxidation film on the surface of an aluminum alloy section; carrying out anodic electrophoresis treatment on the aluminum alloy section base material to form an electrophoresis paint film on the surface of the aluminum alloy section; curing and roasting the aluminum alloy section; and spraying fluorocarbon paint to the surface of the aluminum alloy section to form a fluorocarbon coating; characterized in that the step comprises the following steps of: spraying fluorocarbon primer to form a fluorocarbon primer coating; and spraying fluorocarbon finish to form a fluorocarbon finish coating; wherein the fluorocarbon primer coating contains acrylic resin, fluorocarbon resin and epoxy resin/polyester resin, in percentage by weight, 10-20% of acrylic resin, 35-50% of fluorocarbon resin and 16-30% of epoxy resin or polyester resin. pre-treating an aluminum alloy section base material; anodizing the pre-treated aluminum alloy section base material to form an oxidation film on the surface of an aluminum alloy section; carrying out anodic electrophoresis treatment on the aluminum alloy section base material to form an electrophoresis paint film on the surface of the aluminum alloy section; curing and roasting the aluminum alloy section; and spraying fluorocarbon paint to the surface of the aluminum alloy section to form a fluorocarbon coating; characterized in that the step comprises the following steps of: spraying fluorocarbon primer to form a fluorocarbon primer coating; and spraying fluorocarbon finish to form a fluorocarbon finish coating; wherein the fluorocarbon primer coating contains acrylic resin, fluorocarbon resin and epoxy resin/polyester resin, in percentage by weight, 10-20% of acrylic resin, 35-50% of fluorocarbon resin and 16-30% of epoxy resin or polyester resin. spraying fluorocarbon primer to form a fluorocarbon primer coating; and spraying fluorocarbon finish to form a fluorocarbon finish coating;
A liquid container that is mountable on a mounting portion of a liquid ejection apparatus, the liquid ejection apparatus having a liquid ejecting portion and an air pressurizing portion, the liquid container comprising: an air inlet port through which a pressurized air can be introduced from the exterior, the air inlet port being adapted to be connected to the air pressurizing portion when the liquid container is mounted on the mounting portion; a liquid outlet port that is adapted to be connected to the liquid ejecting portion when the liquid container is mounted on the mounting portion, wherein the liquid container is configured so that, when an air is introduced into the liquid container through the air inlet port, a liquid (Ik) is sent from the liquid container to the liquid ejecting portion through the liquid outlet port by a pressure generated by the air; a liquid supply port through which the liquid (Ik) can be supplied to the liquid container; and a check valve provided in the liquid supply port, wherein the check valve is adapted to become open when an external pressure of the liquid supply port is greater than an internal pressure of the liquid supply port, and to be closed when the internal pressure is greater than the external pressure, wherein the liquid supply port is connectable to an external tank, the external tank being adapted to retain the liquid (Ik), and the check valve is adapted to close when pressurized air is introduced into the liquid container through the air inlet port, and the check valve is adapted to open when the supply of pressurized air is suspended. an air inlet port through which a pressurized air can be introduced from the exterior, the air inlet port being adapted to be connected to the air pressurizing portion when the liquid container is mounted on the mounting portion; a liquid outlet port that is adapted to be connected to the liquid ejecting portion when the liquid container is mounted on the mounting portion, wherein the liquid container is configured so that, when an air is introduced into the liquid container through the air inlet port, a liquid (Ik) is sent from the liquid container to the liquid ejecting portion through the liquid outlet port by a pressure generated by the air; a liquid supply port through which the liquid (Ik) can be supplied to the liquid container; and a check valve provided in the liquid supply port, wherein the check valve is adapted to become open when an external pressure of the liquid supply port is greater than an internal pressure of the liquid supply port, and to be closed when the internal pressure is greater than the external pressure, wherein the liquid supply port is connectable to an external tank, the external tank being adapted to retain the liquid (Ik), and the check valve is adapted to close when pressurized air is introduced into the liquid container through the air inlet port, and the check valve is adapted to open when the supply of pressurized air is suspended.
Retaining element for a clamp-fixing means, containing a carrier plate for bearing a hose clamp; also containing two limbs (53, 54), which are arranged one beside the other on a first side of the carrier plate; and containing a further limb, which is arranged on a second side of the carrier plate, characterized in that the further limb is arranged between two engagement elements (48, 49) for engaging in one end of the hose, wherein the two limbs (53, 54), which are arranged one beside the other on the first side of the carrier plate, have fixed on them a fixing plate, which has a surface area corresponding essentially to the surface area of the carrier plate, whereby the fixing plate essentially fully covers over the carrier plate.
A radar device, comprising: a receiver adapted to transmit a pulse-shaped radio wave and to receive a corresponding reflection signal as a reception signal; a Doppler processor adapted to generate Doppler processed signals that are signals obtained by separating the reception signal according to Doppler frequencies or signals obtained based on the signals separated; an improvement level calculator adapted to calculate a signal improvement level by comparing an amplitude value of the reception signal with amplitude values of the Doppler processed signals; a signal synthesizer adapted to synthesize the reception signal and the Doppler processed signals; and a display processor adapted to generate a radar image based on the synthesized signal, characterized in that the Doppler processor includes a filter bank adapted to apply a discrete Fourier transformation to a complex-number data series in a direction of sweeps for every range according to the relative speeds with respect to the device, an absolute-value output unit adapted to output an absolute value of the complex-number data, and a logarithmic-value output unit adapted to convert the absolute value into a logarithmic value as an amplitude level, and in that the signal synthesizer is adapted to execute the synthesizing based on the amplitude value of the reception signal for a part of the reception signal where the amplitude value of the reception signal is larger than the amplitude level of the Doppler processed signal, and based on the amplitude level of the Doppler processed signal for other parts of the reception signal. a receiver adapted to transmit a pulse-shaped radio wave and to receive a corresponding reflection signal as a reception signal; a Doppler processor adapted to generate Doppler processed signals that are signals obtained by separating the reception signal according to Doppler frequencies or signals obtained based on the signals separated; an improvement level calculator adapted to calculate a signal improvement level by comparing an amplitude value of the reception signal with amplitude values of the Doppler processed signals; a signal synthesizer adapted to synthesize the reception signal and the Doppler processed signals; and a display processor adapted to generate a radar image based on the synthesized signal, characterized in that the Doppler processor includes a filter bank adapted to apply a discrete Fourier transformation to a complex-number data series in a direction of sweeps for every range according to the relative speeds with respect to the device, an absolute-value output unit adapted to output an absolute value of the complex-number data, and a logarithmic-value output unit adapted to convert the absolute value into a logarithmic value as an amplitude level, and in that the signal synthesizer is adapted to execute the synthesizing based on the amplitude value of the reception signal for a part of the reception signal where the amplitude value of the reception signal is larger than the amplitude level of the Doppler processed signal, and based on the amplitude level of the Doppler processed signal for other parts of the reception signal.
A mast assembly, comprising a tubular mast inserted into a foundation, wherein the inner diameter of the foundation in the region of the top end thereof is larger than the diameter of the mast in this region, characterized in that on the top side of the foundation an annular flange plate is attached, which is screwed to the foundation by means of bolts, wherein in the region of the top end of the foundation a conical annular free space is formed, the outer diameter of which is increased towards an upper opening, wherein the free space is limited by the annular flange plate abutting the top side of the foundation, the exterior side of the mast and the inner side of the foundation.
A method for disrupting a flow of refrigerant through a heat exchanger, the method comprising: receiving, with a controller, a first signal from a first sensor, the first signal indicative of a pressure of the refrigerant flowing through the heat exchanger, receiving, with the controller, a second signal from a second sensor, the second signal indicative of a temperature of the refrigerant, setting, with the controller, an operating frequency of a valve based on the first signal and the second signal, wherein the valve regulates refrigerant flow through the heat exchanger, and wherein the operating frequency includes a rate at which the valve actuates between a first valve position that sets a first refrigerant flow rate through the heat exchanger and a second valve position that sets a second refrigerant flow rate through the heat exchanger, and controlling, with the controller, operation of a solenoid to actuate the valve at the operating frequency, wherein the refrigerant includes refrigerant in the liquid phase and refrigerant in the gaseous phase, and wherein actuating the valve at the operating frequency disrupts the flow of the refrigerant through the heat exchanger such that when the valve is moved from the first valve position to the second valve position, the refrigerant in the liquid phase is more equally distributed through the heat exchanger. receiving, with a controller, a first signal from a first sensor, the first signal indicative of a pressure of the refrigerant flowing through the heat exchanger, receiving, with the controller, a second signal from a second sensor, the second signal indicative of a temperature of the refrigerant, setting, with the controller, an operating frequency of a valve based on the first signal and the second signal, wherein the valve regulates refrigerant flow through the heat exchanger, and wherein the operating frequency includes a rate at which the valve actuates between a first valve position that sets a first refrigerant flow rate through the heat exchanger and a second valve position that sets a second refrigerant flow rate through the heat exchanger, and controlling, with the controller, operation of a solenoid to actuate the valve at the operating frequency, wherein the refrigerant includes refrigerant in the liquid phase and refrigerant in the gaseous phase, and wherein actuating the valve at the operating frequency disrupts the flow of the refrigerant through the heat exchanger such that when the valve is moved from the first valve position to the second valve position, the refrigerant in the liquid phase is more equally distributed through the heat exchanger.
A process for regenerating a silica-supported depleted alkali metal catalyst wherein the level of alkali metal on the depleted catalyst is at least 0.5 mol%, and wherein the silica support is a xerogel comprising the step of:- contacting said silica supported depleted alkali metal catalyst with a solution of a salt of the alkali metal in a solvent system that has a polar organic solvent as the majority component.
A magnetic fluid seal to seal an annular gap between two members (500, 600) rotating relative to each other, comprising: an annular magnetic circuit forming member being disposed on one of the two members (500, 600); an annular member being disposed on the other of the two members (500, 600); and a magnetic fluid being magnetically held between axially opposing surfaces of the magnetic circuit forming member and the annular member, characterized in that the magnetic fluid is magnetically held between opposing surfaces of the annular magnetic circuit forming member on only one side in the axial direction of the annular member, the annular member comprising a flexible member being swayable so that a portion of the annular member opposing the magnetic circuit forming member follows the magnetic circuit forming member when the two members (500, 600) move relative to each other, and at least a portion of the annular member being in contact with the magnetic fluid comprises a structure that is capable of absorbing and retaining the magnetic fluid therein. an annular magnetic circuit forming member being disposed on one of the two members (500, 600); an annular member being disposed on the other of the two members (500, 600); and a magnetic fluid being magnetically held between axially opposing surfaces of the magnetic circuit forming member and the annular member, characterized in that the magnetic fluid is magnetically held between opposing surfaces of the annular magnetic circuit forming member on only one side in the axial direction of the annular member, the annular member comprising a flexible member being swayable so that a portion of the annular member opposing the magnetic circuit forming member follows the magnetic circuit forming member when the two members (500, 600) move relative to each other, and at least a portion of the annular member being in contact with the magnetic fluid comprises a structure that is capable of absorbing and retaining the magnetic fluid therein.
A device for performing plasmapheresis, comprising: a first conduit for the pumped travel therethrough of blood drawn from a mammalian patient; a separator (1012, 2012, 3012) in fluid connection with said first conduit, said separator for separating cellular components of said blood from plasma; a column device (1008, 2008, 3008) in fluid communication with said separator and for the flow therethrough of said plasma, wherein said column device is configured to selectively remove galectin-3 from said plasma to provide treated plasma; a second conduit in fluid communication with said column device and configured to receive said treated plasma and combine it with blood cells separated in said separator prior to return to said patient; wherein said first and second conduits provide for substantially continuous flow of said blood and plasma from said patient and return to said mammalian patient; and characterized in that said device comprises at least one additional column device, configured for removal of a plasma component other than galectin-3. a first conduit for the pumped travel therethrough of blood drawn from a mammalian patient; a separator (1012, 2012, 3012) in fluid connection with said first conduit, said separator for separating cellular components of said blood from plasma; a column device (1008, 2008, 3008) in fluid communication with said separator and for the flow therethrough of said plasma, wherein said column device is configured to selectively remove galectin-3 from said plasma to provide treated plasma; a second conduit in fluid communication with said column device and configured to receive said treated plasma and combine it with blood cells separated in said separator prior to return to said patient; wherein said first and second conduits provide for substantially continuous flow of said blood and plasma from said patient and return to said mammalian patient; and characterized in that said device comprises at least one additional column device, configured for removal of a plasma component other than galectin-3.
A fuel cell system (100, 300, 400, 500) comprising: a fuel cell stack (102, 302, 402, 502); a coolant reservoir (104, 304, 404, 504); and a coolant flow path (106, 306, 406, 506) configured to supply coolant from the coolant reservoir to the fuel cell stack; wherein one or more of the fuel cell stack, the coolant reservoir and the coolant flow path comprises an antimicrobial patterned surface (108, 110, 112, 200, 308, 408, 508) that comprises microscale corrugations for inhibiting microbial growth; and wherein the microscale corrugations each have a width of between 10 and 100 microns and are separated across their width by a spacing of between 10 and 100 microns. a fuel cell stack (102, 302, 402, 502); a coolant reservoir (104, 304, 404, 504); and a coolant flow path (106, 306, 406, 506) configured to supply coolant from the coolant reservoir to the fuel cell stack;
A composition, comprising: 15 to 40 parts by weight of a poly(phenylene ether); 20 to 50 parts by weight of a hydrogenated block copolymer of an alkenyl aromatic monomer and a conjugated diene; 5 to 30 parts by weight of a flame retardant comprising 3 to 15 parts by weight of an organophosphate ester having a melting point of 60 to 150 °C; and 0.5 to 5 parts by weight of an ultraviolet absorbing agent; wherein all parts by weight are based on 100 parts by weight total of polymers and flame retardants. 15 to 40 parts by weight of a poly(phenylene ether); 20 to 50 parts by weight of a hydrogenated block copolymer of an alkenyl aromatic monomer and a conjugated diene; 5 to 30 parts by weight of a flame retardant comprising 3 to 15 parts by weight of an organophosphate ester having a melting point of 60 to 150 °C; and 0.5 to 5 parts by weight of an ultraviolet absorbing agent; wherein all parts by weight are based on 100 parts by weight total of polymers and flame retardants.
Dual clutch transmission, in particular for a motor vehicle, comprising a hydraulic circuit, in particular for cooling the double clutch transmission, the hydraulic circuit comprising at least one pump (7, 9) for conveying a hydraulic medium flow, at least one cooler for cooling the hydraulic medium flow, and a volume control valve for adjusting the hydraulic medium flow for at least one cooling system (221, 223) associated with clutches (K1, K2) of the double clutch transmission, the volume control valve, formed as a switching valve having at least two switching position ranges, being formed such that, in a first switching position range having a constant flow cross section, said volume control valve supplies the hydraulic medium flow to a cooling system (221, 223) associated with a first of the clutches (K1, K2), and, in a second switching position range having a constant flow cross section, supplies the hydraulic medium flow to a second cooling system (223, 221) associated with a second of the clutches (K2, K1), a combined switching position range of the volume control valve being substantially formed by the switching position ranges and only a narrow transitional range being provided between adjacent switching position ranges, the transitional range being formed so as to be narrow so that a virtually constant flow cross section arises across the combined switching position range of the switching valve, characterised in that the at least one pump (7, 5) is operatively connected to a speed-controlled electric motor and in that the double clutch transmission is designed such that the amount of hydraulic medium supplied to the first and/or the second cooling system (221, 223) is determined by phased triggering of the volume control valve and by adjusting the speed of the electric motor.
Pharmaceutical combination comprising (a) Gly -Arg -Arg -human insulin or/and a pharmacologically tolerable salt thereof in a concentration of 40 to 500 U/ml, and (b) desPro 36 exendin-4 -Lys 6 -NH 2 or/and a pharmacologically tolerable salt thereof in a concentration of 10 to 300 μg/ml.