mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a camera, a smart device and a communication device wherein the camera comprises a processor and a non-transitory computer-readable storage medium containing instructions that, when executed by the processor, cause the camera to: configure the camera to operate as a wireless access point; connect to the smart device configured to operate as a wireless station; request wireless credentials to enable connecting to the communication device configured to operate as a wireless access point from the smart device, wherein the camera is arranged to request the wireless credentials from the smart device such that, in response to the request from the camera, the smart device requests and receives the wireless credentials from the communication device; receive the wireless credentials for the communication device from the smart device; configure the camera to operate as a wireless station; and connect to the communication device using the received wireless credentials. configure the camera to operate as a wireless access point; connect to the smart device configured to operate as a wireless station; request wireless credentials to enable connecting to the communication device configured to operate as a wireless access point from the smart device, wherein the camera is arranged to request the wireless credentials from the smart device such that, in response to the request from the camera, the smart device requests and receives the wireless credentials from the communication device; receive the wireless credentials for the communication device from the smart device; configure the camera to operate as a wireless station; and connect to the communication device using the received wireless credentials.
Washing machine comprising: - a chamber for receiving goods to be washed, - a tank adapted to contain a fluid, - a heat pump comprising a first heat exchanger, a second heat exchanger, a compressor and a pressure lowering device forming a circuit comprising a refrigerant, the first heat exchanger being adapted to cool said refrigerant and to heat water to be used in the chamber, the second heat exchanger being adapted to heat said refrigerant and to cool the fluid contained in the tank, characterized in that it further comprises at least one sensor positioned at the inlet and/or at the outlet of the second heat exchanger and configured to detect the temperature of the refrigerant that flows through the second heat exchanger and a control unit configured to carry out a fluid regeneration cycle in the tank and/or to switch the heat pump off in response to the temperature detected by said at least one sensor. - a chamber for receiving goods to be washed, - a tank adapted to contain a fluid, - a heat pump comprising a first heat exchanger, a second heat exchanger, a compressor and a pressure lowering device forming a circuit comprising a refrigerant, the first heat exchanger being adapted to cool said refrigerant and to heat water to be used in the chamber, the second heat exchanger being adapted to heat said refrigerant and to cool the fluid contained in the tank,
A controller configured for controlling a pump driven by an electric motor, the controller characterized by comprising: a control system that is programmed to make a modification to the operational pressure-flow characteristics of the pump to simulate target pressure-flow characteristics different from native pressure-flow characteristics of the pump, wherein the control system is programmed to make the modification with an adjustment to the speed of the electric motor, and the adjustment is made according to a function of the flow rate of the pump, the pressure differential across the pump or power consumption of the electric motor. a control system that is programmed to make a modification to the operational pressure-flow characteristics of the pump to simulate target pressure-flow characteristics different from native pressure-flow characteristics of the pump, wherein the control system is programmed to make the modification with an adjustment to the speed of the electric motor, and the adjustment is made according to a function of the flow rate of the pump, the pressure differential across the pump or power consumption of the electric motor.
Air vent for a vehicle, comprising a housing with an air inlet, an air outlet and an air channel between the air inlet and the air outlet, at least one rigid air directing body, in particular a single rigid air directing body, arranged within the air channel, and an actuator arranged within the housing in order to act on the rigid air-directing body to determine the direction of an air stream exiting the air outlet, wherein the rigid air-directing body is pivotably arranged within the housing by being affixed to a first axis, the actuator is pivotably arranged within the housing by being affixed to a second axis, the first axis and the second axis run parallel to each other, and the actuator comprises a shape memory alloy element, characterized in that the actuator further comprises a transmission element affixed to the second axis and pivotable around the second axis by the shape memory alloy element, wherein the transmission element comprises a convex surface engaging with a complementary concave surface of the rigid air-directing body, with the concave surface being spaced apart from the first axis and facing in the direction of the air inlet, and the convex surface being spaced apart from the second axis and facing in the direction of the air outlet. a housing with an air inlet, an air outlet and an air channel between the air inlet and the air outlet, at least one rigid air directing body, in particular a single rigid air directing body, arranged within the air channel, and an actuator arranged within the housing in order to act on the rigid air-directing body to determine the direction of an air stream exiting the air outlet, wherein the rigid air-directing body is pivotably arranged within the housing by being affixed to a first axis, the actuator is pivotably arranged within the housing by being affixed to a second axis, the first axis and the second axis run parallel to each other, and the actuator comprises a shape memory alloy element, characterized in that the actuator further comprises a transmission element affixed to the second axis and pivotable around the second axis by the shape memory alloy element, wherein the transmission element comprises a convex surface engaging with a complementary concave surface of the rigid air-directing body, with the concave surface being spaced apart from the first axis and facing in the direction of the air inlet, and the convex surface being spaced apart from the second axis and facing in the direction of the air outlet.
A method for extraction of americium from liquid radioactive wastes and its separation from rare-earth elements, comprising simultaneous extraction of americium and rare-earth elements from nitric acid radioactive solution with a neutral solution of an organic extracting agent in a polar fluorinated organic solvent, washing an organic phase which is saturated with metals, and selective back extraction of americium, characterized in that the extracting agent is N,N,N',N'-tetraalkyl-amide of diglycolic acid in a polar fluorinated organic solvent, the solvent is meta-nitrobenzotrifluoride or trifluoromethyl phenyl sulphone; and a solution used for back extraction of americium, contains: 5-20 g/L of a complexone selected from diethylenetriamine pentaacetic acid, ethylenediamine tetraacetic acid and nitrilotriacetic acid; 5-60 g/L of a nitrogen containing organic acid selected from aminoacetic acid, picolinic acid, nicotinic acid, α-alanine, β-alanine, valine and norleucine; and 60-240 g/L of a salting-out agent the salting-out agent being ammonium nitrate. 5-20 g/L of a complexone selected from diethylenetriamine pentaacetic acid, ethylenediamine tetraacetic acid and nitrilotriacetic acid; 5-60 g/L of a nitrogen containing organic acid selected from aminoacetic acid, picolinic acid, nicotinic acid, α-alanine, β-alanine, valine and norleucine; and 60-240 g/L of a salting-out agent the salting-out agent being ammonium nitrate.
A paper material comprising a base support, made up of a mixture of cellulose fibers containing at least one polymeric substance, which is adapted to give the mixture of fibers mechanical strength, and an inorganic filler, said base support having at least one surface treated with at least one surface adhesive and at least one coating applied on said treated surface, characterized in that said coating comprises at least pearlescent pigments of high lightfastness, said pearlescent pigments being transparent borosilicates or aluminosilicates coated with metal oxides.
A control method of an ultrasound imaging apparatus, the control method comprising: obtaining a first ultrasound image of a subject; obtaining a result of an analysis of the first ultrasound image; displaying a user interface, which allows selection of an operating mode of the ultrasound imaging apparatus, on a display, based on the result of the analysis; receiving a user input for selecting the operating mode of the ultrasound imaging apparatus via the user interface; operating the ultrasound imaging apparatus in the operating mode based on the user input; obtaining a second ultrasound image while the ultrasound imaging apparatus is operating in selected operating mode; characterised in that the control method further comprises: transmitting information related to the result of the analysis of the first ultrasound image to at least one external electronic apparatus, wherein said information is information on a necessity for an additional ultrasound examination; receiving a response message indicating that the additional ultrasound examination is either permitted or not permitted, from the external electronic apparatus; and displaying, on the display, the received response message. obtaining a first ultrasound image of a subject; obtaining a result of an analysis of the first ultrasound image; displaying a user interface, which allows selection of an operating mode of the ultrasound imaging apparatus, on a display, based on the result of the analysis; receiving a user input for selecting the operating mode of the ultrasound imaging apparatus via the user interface; operating the ultrasound imaging apparatus in the operating mode based on the user input; obtaining a second ultrasound image while the ultrasound imaging apparatus is operating in selected operating mode; characterised in that the control method further comprises: transmitting information related to the result of the analysis of the first ultrasound image to at least one external electronic apparatus, wherein said information is information on a necessity for an additional ultrasound examination; receiving a response message indicating that the additional ultrasound examination is either permitted or not permitted, from the external electronic apparatus; and transmitting information related to the result of the analysis of the first ultrasound image to at least one external electronic apparatus, wherein said information is information on a necessity for an additional ultrasound examination; receiving a response message indicating that the additional ultrasound examination is either permitted or not permitted, from the external electronic apparatus; and displaying, on the display, the received response message.
Method of connecting at least two component layers (12, 14) to each other by means of a connecting element, which component connection comprises at least one cover layer and at least one base layer, wherein a pilot hole in the form of a through hole is made in said at least one cover layer, and said at least one base layer is not pre-bored in the region of the pilot hole, wherein a connecting element having a shoulder is connected to the base layer by means of the pilot hole in the cover layer, wherein the shoulder of the connecting element is used to hold the cover layer in place, wherein a pilot hole is made only in said at least one cover layer, which is at least temporarily held fixed in place on top of the base layer, wherein, after the pilot hole has been made in the cover layer, the connecting element is guided through the cover layer and connected to the base layer which is not pre-bored, characterized in that the pilot hole is made using a plasma jet, wherein the material displaced during the formation of the pilot hole is used to form a concentric bead during the displacement process, for which purpose a forming element (24, 66, 82) is used that is arranged concentrically relative to a plasma nozzle and limits the bead formed in a radial direction, in particular also in an axial direction.
A method of increasing a glutathione content of a yeast comprising: culturing a yeast in a liquid medium whose citric acid concentration at an initiation of the culture is lower than 20 mM; and adjusting the citric acid concentration of the liquid medium at 20 to 200 mM when a proliferative status of the yeast is in an induction phase or a logarithmic growth phase; wherein the yeast belongs to Saccharomyces cerevisiae. culturing a yeast in a liquid medium whose citric acid concentration at an initiation of the culture is lower than 20 mM; and adjusting the citric acid concentration of the liquid medium at 20 to 200 mM when a proliferative status of the yeast is in an induction phase or a logarithmic growth phase; wherein the yeast belongs to Saccharomyces cerevisiae.
An isolated iodoperoxidase of Zobellia galactanivorans, wherein said iodoperoxidase is selected from a iodoperoxidase comprising at least one sequence selected from the sequences SEQ ID N°1, SEQ ID N°2, SEQ ID N°3, SEQ ID N°4, and SEQ ID N°5.
A method for producing a blow-molded plastic container starting from a preform, which preform body connecting to a neck of the preform has no structure at its inside and its outside, thus is free of protrusions or undercuts, comprising the following method steps: a) providing a preform having a first wall section and a second wall section adjacent to the first wall section; b) heating the preform; c) transferring the heated preform into a cavity of a blow mold; d) pre-blowing and/or stretching the heated preform to a pre-blow; and e) main-blowing the pre-blow into a plastic container, wherein f) a blow mold is provided, which cavity has at a to-be-reinforced location of the plastic container at least one groove (37, 45); characterized in that g) a heat profile to be established for heating is selected respective of the wall thickness distribution of the preform in such a manner that the first wall section correlating with the at least one groove (37, 45) of cavity is thinned to a lesser extent when stretching and/or pre-blowing than the second wall section; and h) an accumulation of plastic material by the first wall section in the at least one groove (37, 45) is affected during main-blowing. a) providing a preform having a first wall section and a second wall section adjacent to the first wall section; b) heating the preform; c) transferring the heated preform into a cavity of a blow mold; d) pre-blowing and/or stretching the heated preform to a pre-blow; and e) main-blowing the pre-blow into a plastic container, wherein f) a blow mold is provided, which cavity has at a to-be-reinforced location of the plastic container at least one groove (37, 45); characterized in that g) a heat profile to be established for heating is selected respective of the wall thickness distribution of the preform in such a manner that the first wall section correlating with the at least one groove (37, 45) of cavity is thinned to a lesser extent when stretching and/or pre-blowing than the second wall section; and h) an accumulation of plastic material by the first wall section in the at least one groove (37, 45) is affected during main-blowing.
A method, performed by a network node, for providing a Radio Frequency, RF, model of a telecommunications system, wherein the telecommunications system comprises cells, wherein the method comprises: configuring, for at least a set of the cells, reporting of call traces indicative of: a first type of measurement event relating to serving cell with a first time-to-trigger value and a first threshold value, and a second type of measurement event relating to neighbouring cells with respect to the serving cell with a second time-to-trigger value and a second threshold value, wherein the first time-to-trigger value is greater than the second time-to-trigger value, and wherein the method comprises: receiving, from each cell of the set, a respective call trace representing a first reported measurement event of the first or second type for a connection in said each cell, processing, for said each cell of the set, the respective call trace to extract an Reference Signal Received Power "RSRP" for said each cell of the set or to extract a Carrier-To-Interferer ratio "C/I" for said each cell of the set with respect to an interfering neighbouring cell, forming a first distribution of RSRP based on the extracted RSRP for said each cell of the set, forming a second distribution of C/I based on the extracted C/I, wherein the first and second distributions represent an RF model, and sending the RF model to a network management tool for managing performance of the telecommunications system. configuring, for at least a set of the cells, reporting of call traces indicative of: a first type of measurement event relating to serving cell with a first time-to-trigger value and a first threshold value, and a second type of measurement event relating to neighbouring cells with respect to the serving cell with a second time-to-trigger value and a second threshold value, wherein the first time-to-trigger value is greater than the second time-to-trigger value, and a first type of measurement event relating to serving cell with a first time-to-trigger value and a first threshold value, and a second type of measurement event relating to neighbouring cells with respect to the serving cell with a second time-to-trigger value and a second threshold value, wherein the first time-to-trigger value is greater than the second time-to-trigger value, and receiving, from each cell of the set, a respective call trace representing a first reported measurement event of the first or second type for a connection in said each cell, processing, for said each cell of the set, the respective call trace to extract an Reference Signal Received Power "RSRP" for said each cell of the set or to extract a Carrier-To-Interferer ratio "C/I" for said each cell of the set with respect to an interfering neighbouring cell, forming a first distribution of RSRP based on the extracted RSRP for said each cell of the set, forming a second distribution of C/I based on the extracted C/I, wherein the first and second distributions represent an RF model, and sending the RF model to a network management tool for managing performance of the telecommunications system.
A device for coupling together two elements mounted to rotate about a common axis of rotation in order to enable one of the elements to be selectively driven in rotation by the other, the device comprising two members (3, 4), each secured to a respective one of the elements for coupling together, the elements being axially movable relative to each other between a remote position in which the members do not co-operate and the elements are decoupled, and an engaged position in which the members co-operate with each other in order to provide a rotary connection between the two elements, the device being characterized in that one of the members forms a plate having a face perpendicular to the axis of rotation and in which a plurality of housings are formed, the housings extending in radial directions; the other one of the elements carrying rollers that are mounted to rotate about radial axes to project from said element so that each of them can penetrate into any one of the housings when the members are engaged and can co-operate with the side faces of the housing in order to provide a rotary connection between the two members.
An AIT receiving method, comprising: receiving an AIT, AIT standing for application information table, which has an application profile field including an application profile which represents functions required by the application for HbbTV, HbbTV standing for hybrid broadcast broadband television, characterised in that said application profile is configured from a first bit region of higher-order n bits and a second bit region of lower-order (16-n) bits which represents presence or absence of functions allocated to bit positions with a bitmap structure and wherein, in the first bit region, values for changing over the functions to be allocated to the bit positions in the second bit region are set. receiving an AIT, AIT standing for application information table, which has an application profile field including an application profile which represents functions required by the application for HbbTV, HbbTV standing for hybrid broadcast broadband television,
A condensate removal device for mounting in a pipeline, the device comprising: an inlet connectable to the pipeline to receive a condensable gas flow; an outlet comprising a run-off pipe connectable to the pipeline downstream of the inlet, the inlet and outlet being disposed on a pipeline axis through the device; and a condensate drainage channel providing fluid communication between the inlet and outlet, the condensate drainage channel having an entry port from which it extends in a condensate drainage direction towards the outlet, wherein the condensate drainage direction is at an oblique angle to the pipeline axis, and the condensate drainage channel includes a constricted passage that is occludable by condensate flow therethrough to restrict condensable gas flow therethrough, and characterised in that: a condensate flow path out of the condensate drainage channel in the condensate drainage direction impinges at the oblique angle on the surface of the run-off pipe. an inlet connectable to the pipeline to receive a condensable gas flow; an outlet comprising a run-off pipe connectable to the pipeline downstream of the inlet, the inlet and outlet being disposed on a pipeline axis through the device; and a condensate drainage channel providing fluid communication between the inlet and outlet, the condensate drainage channel having an entry port from which it extends in a condensate drainage direction towards the outlet, wherein the condensate drainage direction is at an oblique angle to the pipeline axis, and the condensate drainage channel includes a constricted passage that is occludable by condensate flow therethrough to restrict condensable gas flow therethrough, and a condensate flow path out of the condensate drainage channel in the condensate drainage direction impinges at the oblique angle on the surface of the run-off pipe.
A method of producing a security paper sheet for security documents or documents of value wherein the security paper sheet is provided in an intaglio printing step with at least one intaglio printing motif with a raised relief structure, wherein during the intaglio printing step a plurality of equalizing elements distributed over the area of the security paper sheet are additionally produced with a raised relief structure for equalizing the profile of the security paper sheet, the equalizing elements being produced outside of the intaglio printing motifs, the security paper sheet including a number of individual ups, and the equalizing elements being arranged substantially uniformly within the individual ups, and wherein the equalizing elements are respectively arranged differently in different individual ups and/or the equalizing elements are arranged in different individual ups respectively with a different shape.