mhurhangee/patent-ind-claim-en huggingface dataset:
Steam appliance comprising: - a steam generation chamber , - a steam distribution circuit in which a steam flow is intended to flow, the steam distribution circuit being fluidly connected to the steam generation chamber through at least one steam outlet opening , - a filter element arranged in the steam distribution circuit and downstream of the steam generation chamber with respect to the direction of flow of the steam flow, the filter element being removable and having passage openings configured to retain scale particles entrained by the steam flow, and - a steam diffusion element provided with steam outlet holes , the steam distribution circuit being configured to supply steam to the steam outlet holes , characterised in that the steam diffusion element is removable, and in that the filter element is arranged between the steam generation chamber and the steam diffusion element , and is configured to be removed from the steam distribution circuit when the diffusion element is deposited. - a steam generation chamber , - a steam distribution circuit in which a steam flow is intended to flow, the steam distribution circuit being fluidly connected to the steam generation chamber through at least one steam outlet opening , - a filter element arranged in the steam distribution circuit and downstream of the steam generation chamber with respect to the direction of flow of the steam flow, the filter element being removable and having passage openings configured to retain scale particles entrained by the steam flow, and - a steam diffusion element provided with steam outlet holes , the steam distribution circuit being configured to supply steam to the steam outlet holes , characterised in that the steam diffusion element is removable, and in that the filter element is arranged between the steam generation chamber and the steam diffusion element , and is configured to be removed from the steam distribution circuit when the diffusion element is deposited.
Process for producing a rubber base mixture containing at least one diene rubber and at least silica and comprising at least one silane coupling agent, characterized in that a) initially all constituents of the rubber base mixture are mixed with an accompanying temperature increase up to 125°C to 135°C, b) the temperature of 125°C to 135°C is maintained with mixing over 40 to 80 s, c) the temperature is subsequently increased to 150°C to 160°C with mixing, d) the temperature of 150°C to 160°C is maintained with mixing for 100 to 200 s and e) the rubber base mixture is subsequently discharged. a) initially all constituents of the rubber base mixture are mixed with an accompanying temperature increase up to 125°C to 135°C, b) the temperature of 125°C to 135°C is maintained with mixing over 40 to 80 s, c) the temperature is subsequently increased to 150°C to 160°C with mixing, d) the temperature of 150°C to 160°C is maintained with mixing for 100 to 200 s and e) the rubber base mixture is subsequently discharged.
A method for establishing a borehole in a seabed , comprising setting of a conductor , where the method comprises: - providing the conductor with a fixed, surrounding base ; - providing the conductor at its top end with a suction module ; - providing a pump module comprising a pump and a pipe coupling fitting onto a first pump pipe which communicates with the conductor , and where a pump outlet is connectable to a pipeline extending to a surface of the sea or to a waste disposal on the seabed ; - connecting the conductor to a drill pipe and then lowering the conductor down to the seabed ; - displacing the conductor down into the seabed until the fixed base bears against the seabed ; - lowering the pump module down onto the suction module ; and - creating the borehole such that drilling fluids and drill cuttings are flowing back between the borehole for the conductor and the drill pipe , to the pump , via the first pump pipe . - providing the conductor with a fixed, surrounding base ; - providing the conductor at its top end with a suction module ; - providing a pump module comprising a pump and a pipe coupling fitting onto a first pump pipe which communicates with the conductor , and where a pump outlet is connectable to a pipeline extending to a surface of the sea or to a waste disposal on the seabed ; - connecting the conductor to a drill pipe and then lowering the conductor down to the seabed ; - displacing the conductor down into the seabed until the fixed base bears against the seabed ; - lowering the pump module down onto the suction module ; and - creating the borehole such that drilling fluids and drill cuttings are flowing back between the borehole for the conductor and the drill pipe , to the pump , via the first pump pipe .
A method of receiving an event notification message of a home device by a mobile terminal in a home network system, the method comprising: receiving a push message including information on the home device, in which an event is generated, from a push server when an application of the mobile terminal is not executed; based on receiving the push message, executing an application of the mobile terminal ; and receiving an event notification message from the home device when the application of the mobile terminal is executed, wherein the application is used for receiving the event notification message. receiving a push message including information on the home device, in which an event is generated, from a push server when an application of the mobile terminal is not executed; based on receiving the push message, executing an application of the mobile terminal ; and receiving an event notification message from the home device when the application of the mobile terminal is executed, wherein the application is used for receiving the event notification message.
A UPS comprising: a plurality of inputs configured to be coupled to a three-phase AC power source and to receive 3-phase input power from the three-phase AC power source; a converter coupled to the plurality of inputs and configured to convert the 3-phase input power into DC power; a positive DC bus coupled to the converter; a negative DC bus coupled to the converter; an inverter coupled to the positive DC bus and the negative DC bus and configured to convert the DC power received from the positive DC bus and the negative DC bus into output AC power; a first output coupled to the inverter and configured to be coupled to a single-phase load and to provide a first portion of the output AC power from the inverter to the single-phase load; a second output coupled to the inverter and configured to be coupled to the single-phase load, in parallel with the first output, and to provide a second portion of the output AC power from the inverter to the single-phase load; a neutral line configured to be coupled to the single-phase load for providing a path for a return current of the current to be provided to the single-phase load via the first and second outputs; a third output configured to be coupled to the inverter; and a controller coupled to the inverter; characterized in that : the converter is a PFC converter; and the controller is configured to operate the inverter to draw at least a portion of said return current. a plurality of inputs configured to be coupled to a three-phase AC power source and to receive 3-phase input power from the three-phase AC power source; a converter coupled to the plurality of inputs and configured to convert the 3-phase input power into DC power; a positive DC bus coupled to the converter; a negative DC bus coupled to the converter; an inverter coupled to the positive DC bus and the negative DC bus and configured to convert the DC power received from the positive DC bus and the negative DC bus into output AC power; a first output coupled to the inverter and configured to be coupled to a single-phase load and to provide a first portion of the output AC power from the inverter to the single-phase load; a second output coupled to the inverter and configured to be coupled to the single-phase load, in parallel with the first output, and to provide a second portion of the output AC power from the inverter to the single-phase load; a neutral line configured to be coupled to the single-phase load for providing a path for a return current of the current to be provided to the single-phase load via the first and second outputs; a third output configured to be coupled to the inverter; and a controller coupled to the inverter; characterized in that : the converter is a PFC converter; and the controller is configured to operate the inverter to draw at least a portion of said return current.
A radar target simulation system allowing for performing measurements with respect to a device under test employing radar, and adaptable to the respective resolution of the device under test, the radar target simulation system comprising: a memory unit , an interface , and a modifying unit , wherein the memory unit is configured to save at least one data set representing at least one radar target simulation scenario and comprising at least one identifiable element, wherein the at least one radar target simulation scenario comprises or is at least one image, wherein the interface is configured to specify parameters of a desired resolution for the device under test, wherein the resolution is a minimum angle to distinguish two targets or a minimum radar cross-section or maximum and/or minimum distance to the respective target or number of pixels related to the respective accuracy of the corresponding system, or any combination thereof, wherein the modifying unit is configured to modify the at least one identifiable element so that it falls within the respective resolution parameters of the device under test, and wherein modifying the at least one identifiable element comprises at least one of making a cross section bigger, reducing distance from the device under test, increasing distance from the device under test, making the two targets at a greater angle from one another. a memory unit , an interface , and a modifying unit , wherein the memory unit is configured to save at least one data set representing at least one radar target simulation scenario and comprising at least one identifiable element, wherein the at least one radar target simulation scenario comprises or is at least one image, wherein the interface is configured to specify parameters of a desired resolution for the device under test, wherein the resolution is a minimum angle to distinguish two targets or a minimum radar cross-section or maximum and/or minimum distance to the respective target or number of pixels related to the respective accuracy of the corresponding system, or any combination thereof, wherein the modifying unit is configured to modify the at least one identifiable element so that it falls within the respective resolution parameters of the device under test, and wherein modifying the at least one identifiable element comprises at least one of making a cross section bigger, reducing distance from the device under test, increasing distance from the device under test, making the two targets at a greater angle from one another.
A pharmaceutical composition for the treatment of fibromyalgia, arthritis rheumatoid, systemic lupus erythematosus and autoimmune diseases associated with pain and inflammation of the muscles and joints that have as natural active ingredients in the form of lyophilized powders of aqueous extracts characterized in that it comprises Dandelion (Taraxacum officinale), Watermelon (Citrullus lanatus), Mapuey or white yam (Dioscorea trifid), Licorice (Glycyrrhiza glabra), tomato (Solanum lycopersicum) and bay leaves (Laurus nobilis), together with preservatives.
A vehicle system comprising: processing circuitry; and first storage including at least one set of instructions that, when executed by the processing circuitry, cause the processing circuitry to perform operations including: obtaining first blind spot information from an infrastructure system , the first blind spot information indicating a first blind spot region (E11) due to an object (E01) observed from the infrastructure system ; obtaining object information from the infrastructure system , the object information indicating information about the object (E01); generating second blind spot information indicating a second blind spot region (E10) due to the object (E01) observed from an in-vehicle sensor configured to detect the object (E01); and outputting common blind spot information indicating a first common blind spot region (E1a) common to the first blind spot region (E11) included in the first blind spot information and the second blind spot region (E10) included in the second blind spot information to an in-vehicle device; and controlling running of a vehicle in accordance with the common blind spot information. processing circuitry; and first storage including at least one set of instructions that, when executed by the processing circuitry, cause the processing circuitry to perform operations including: obtaining first blind spot information from an infrastructure system , the first blind spot information indicating a first blind spot region (E11) due to an object (E01) observed from the infrastructure system ; obtaining object information from the infrastructure system , the object information indicating information about the object (E01); generating second blind spot information indicating a second blind spot region (E10) due to the object (E01) observed from an in-vehicle sensor configured to detect the object (E01); and outputting common blind spot information indicating a first common blind spot region (E1a) common to the first blind spot region (E11) included in the first blind spot information and the second blind spot region (E10) included in the second blind spot information to an in-vehicle device; and obtaining first blind spot information from an infrastructure system , the first blind spot information indicating a first blind spot region (E11) due to an object (E01) observed from the infrastructure system ; obtaining object information from the infrastructure system , the object information indicating information about the object (E01); generating second blind spot information indicating a second blind spot region (E10) due to the object (E01) observed from an in-vehicle sensor configured to detect the object (E01); and outputting common blind spot information indicating a first common blind spot region (E1a) common to the first blind spot region (E11) included in the first blind spot information and the second blind spot region (E10) included in the second blind spot information to an in-vehicle device; and controlling running of a vehicle in accordance with the common blind spot information.
A refrigerator comprising: a cabinet including a storage chamber; left and right doors configured to open and close the storage chamber; a sensor configured to sense whether a user is within a sensing distance, the sensor being configured to distinguish sensing-on and sensing-off from each other; a door opening device configured to automatically open the left and right doors ; and a control unit configured to determine a driving condition of the door opening device on a basis of a sensing-on duration time so as to control the driving of the door opening device in one of the plurality of door opening modes, characterized in that when the sensing-on duration time is less than a preset time (T1), the control unit determines that the driving condition is not satisfied, and after the preset time (T1) elapses, the control unit determines whether the sensing-off is performed, when a time spent for the sensing-off is less than a preset time (T2), the door opening device is driven in a first driving mode of the plurality of driving modes to open one of the left and right doors , and when a time spent for the sensing-off is less than a preset time (T3) that is greater than the preset time (T2), the door opening device is driven in a second driving mode of the plurality of driving modes to open the other of the left and right doors . a cabinet including a storage chamber; left and right doors configured to open and close the storage chamber; a sensor configured to sense whether a user is within a sensing distance, the sensor being configured to distinguish sensing-on and sensing-off from each other; a door opening device configured to automatically open the left and right doors ; and a control unit configured to determine a driving condition of the door opening device on a basis of a sensing-on duration time so as to control the driving of the door opening device in one of the plurality of door opening modes, characterized in that when the sensing-on duration time is less than a preset time (T1), the control unit determines that the driving condition is not satisfied, and after the preset time (T1) elapses, the control unit determines whether the sensing-off is performed, when a time spent for the sensing-off is less than a preset time (T2), the door opening device is driven in a first driving mode of the plurality of driving modes to open one of the left and right doors , and when a time spent for the sensing-off is less than a preset time (T3) that is greater than the preset time (T2), the door opening device is driven in a second driving mode of the plurality of driving modes to open the other of the left and right doors .
A method for inhibiting corrosion of a steel product comprising: contacting a surface of the steel product with a water stream that includes at least one salt selected from the group consisting of carbonates, bicarbonates, and combinations thereof in amounts of from 0.1 to 25 wt.%; contacting the surface of the steel product with a water stream that includes a stannous corrosion inhibitor salt, wherein the surface of the steel product has a temperature of at least 500°C immediately before the surface is contacted with the water; evaporating the water off of the surface so that a residual of the at least one salt remains on the surface and a Sn (IV) film is formed on the surface; whereby the concentration of the stannous salt in the water stream that contacts the steel surface is in a range from about 0.1 to 1000 ppm. contacting a surface of the steel product with a water stream that includes at least one salt selected from the group consisting of carbonates, bicarbonates, and combinations thereof in amounts of from 0.1 to 25 wt.%; contacting the surface of the steel product with a water stream that includes a stannous corrosion inhibitor salt, wherein the surface of the steel product has a temperature of at least 500°C immediately before the surface is contacted with the water; evaporating the water off of the surface so that a residual of the at least one salt remains on the surface and a Sn (IV) film is formed on the surface; whereby the concentration of the stannous salt in the water stream that contacts the steel surface is in a range from about 0.1 to 1000 ppm.
A method for degradation testing of a photosensitive device comprising a plurality of pixels, each pixel corresponding to a unique address, the method comprising: initializing one or more degradation testing parameters; setting a light intensity for a light source , wherein the light source exposes the photosensitive device with light at the set light intensity; and for each pixel: sending a request to a multiplexor for a pixel performance measurement for the pixel of the photosensitive device , wherein the pixel performance measurement is requested based, at least in part, on a duration threshold; receiving from the multiplexor the pixel performance measurement; comparing the pixel performance measurement to a performance rating threshold; determining if the pixel has failed based, at least in part, on the comparison of the pixel performance measurement to the performance rating threshold; marking a testing indicator associated with the pixel, wherein the testing indicator is indicative of the determination of the failure of the pixel; and determining if further testing is needed, wherein the determination if further testing is needed is based, at least in part, on the testing indicator associated with the pixel. initializing one or more degradation testing parameters; setting a light intensity for a light source , wherein the light source exposes the photosensitive device with light at the set light intensity; and for each pixel: sending a request to a multiplexor for a pixel performance measurement for the pixel of the photosensitive device , wherein the pixel performance measurement is requested based, at least in part, on a duration threshold; receiving from the multiplexor the pixel performance measurement; comparing the pixel performance measurement to a performance rating threshold; determining if the pixel has failed based, at least in part, on the comparison of the pixel performance measurement to the performance rating threshold; marking a testing indicator associated with the pixel, wherein the testing indicator is indicative of the determination of the failure of the pixel; and determining if further testing is needed, wherein the determination if further testing is needed is based, at least in part, on the testing indicator associated with the pixel. sending a request to a multiplexor for a pixel performance measurement for the pixel of the photosensitive device , wherein the pixel performance measurement is requested based, at least in part, on a duration threshold; receiving from the multiplexor the pixel performance measurement; comparing the pixel performance measurement to a performance rating threshold; determining if the pixel has failed based, at least in part, on the comparison of the pixel performance measurement to the performance rating threshold; marking a testing indicator associated with the pixel, wherein the testing indicator is indicative of the determination of the failure of the pixel; and determining if further testing is needed, wherein the determination if further testing is needed is based, at least in part, on the testing indicator associated with the pixel.