mhurhangee/ep-ind-claims huggingface dataset:
A method for a public warning system, PWS, control node arranged to control a PWS adapted for broadcasting a message in a first wireless access network that is a public safety network, the first wireless access network arranged to, at least partly, overlap one or more further wireless access networks (120a, 120b) that is a commercial network being separated from the public safety network, the method being performed in the PWS control node comprises: initiating broadcasting a modified support announcement by the first wireless access network the modified support announcement configured to announce support for the further wireless access networks (120a, 120b) by comprising network identifiers associated with the further wireless access networks, whereby a wireless device associated with the further wireless access network (120a, 120b) is prompted to connect to the first wireless access network, and initiating broadcasting of the message over the first wireless access network, whereby said wireless device may receive the message over the first wireless access network. initiating broadcasting a modified support announcement by the first wireless access network the modified support announcement configured to announce support for the further wireless access networks (120a, 120b) by comprising network identifiers associated with the further wireless access networks, whereby a wireless device associated with the further wireless access network (120a, 120b) is prompted to connect to the first wireless access network, and initiating broadcasting of the message over the first wireless access network, whereby said wireless device may receive the message over the first wireless access network.
Fluid transfer apparatus, in particular pipetting apparatus, for transferring at least one fluid laboratory sample, in particular a biochemical or medical laboratory sample, comprising; - a base body, which has a connecting section serving for connecting a container to the base body for the intake of the at least one fluid sample into the container, - a movement device, which can bring about the intake and/or delivery of at least one fluid laboratory sample into the container, - an electrical control device, which controls at least one function of the fluid transfer apparatus, - a sensor device, which has at least one acceleration sensor, which is signal-connected to the control device and by means of which at least one acceleration value can be measured during the movement of the fluid transfer apparatus, - wherein the control device is designed such that it uses the at least one acceleration value during the control of the at least one function, wherein the fluid transfer apparatus is configured for implementing said function by means of electrical circuits and/or a program code and said function is a test function that uses the at least one acceleration value for providing a reliable operation of the fluid transfer apparatus, wherein the fluid transfer apparatus has a reference value data memory and wherein the test function provides for the at least one acceleration value to be compared with at least one reference value of an acceleration, which is stored in the reference value data memory, characterized in that, at least one reference value characterizes a free fall of the fluid transfer apparatus and/or a shock when the fluid transfer apparatus hits the ground after a free fall, and the test function is adapted for detecting a fall of the fluid transfer apparatus or the shock by way of comparing the at least one acceleration value with the at least one reference value of an acceleration. - a base body, which has a connecting section serving for connecting a container to the base body for the intake of the at least one fluid sample into the container, - a movement device, which can bring about the intake and/or delivery of at least one fluid laboratory sample into the container, - an electrical control device, which controls at least one function of the fluid transfer apparatus, - a sensor device, which has at least one acceleration sensor, which is signal-connected to the control device and by means of which at least one acceleration value can be measured during the movement of the fluid transfer apparatus, - wherein the control device is designed such that it uses the at least one acceleration value during the control of the at least one function,
A method of disinfection comprising the steps of: (i) producing an aerosol by (a) nebulising a biocide via a first nebuliser, wherein the biocide is hydrogen peroxide; (b) nebulising an antagonist via a second nebuliser, wherein the antagonist is selected from the group consisting of metals, metal ions, metal oxides, oxidizing agents, reducing agents, amines and enzymes effective to decompose the biocide; and (c) combining the two nebulants to produce an aerosol in which both droplets of the peroxide and droplets of the antagonist are suspended; (ii) allowing the aerosol to contact a first concentration of microorganisms for a sufficient time to achieve a reduction in the concentration to a lower level than the first, wherein the aerosol comprises droplets dispersed in a carrier gas, wherein at least some of the droplets contain a peroxide biocide; and at least some of the droplets in the aerosol contains an antagonist reactive with the peroxide biocide to render it harmless by destruction of the peroxide biocide, whereby destruction of the peroxide biocide occurs when droplets of the peroxide contact droplets of the antagonist as a result of collision, coalescence or condensation; and (iii) allowing the antagonist to destroy any remaining peroxide biocide. (i) producing an aerosol by (a) nebulising a biocide via a first nebuliser, wherein the biocide is hydrogen peroxide; (b) nebulising an antagonist via a second nebuliser, wherein the antagonist is selected from the group consisting of metals, metal ions, metal oxides, oxidizing agents, reducing agents, amines and enzymes effective to decompose the biocide; and (c) combining the two nebulants to produce an aerosol in which both droplets of the peroxide and droplets of the antagonist are suspended; (a) nebulising a biocide via a first nebuliser, wherein the biocide is hydrogen peroxide; (b) nebulising an antagonist via a second nebuliser, wherein the antagonist is selected from the group consisting of metals, metal ions, metal oxides, oxidizing agents, reducing agents, amines and enzymes effective to decompose the biocide; and (c) combining the two nebulants to produce an aerosol in which both droplets of the peroxide and droplets of the antagonist are suspended; (ii) allowing the aerosol to contact a first concentration of microorganisms for a sufficient time to achieve a reduction in the concentration to a lower level than the first, wherein the aerosol comprises droplets dispersed in a carrier gas, wherein at least some of the droplets contain a peroxide biocide; and at least some of the droplets in the aerosol contains an antagonist reactive with the peroxide biocide to render it harmless by destruction of the peroxide biocide, whereby destruction of the peroxide biocide occurs when droplets of the peroxide contact droplets of the antagonist as a result of collision, coalescence or condensation; and (iii) allowing the antagonist to destroy any remaining peroxide biocide.
Method for monitoring a predefined level of a medium in a vessel, wherein a level measuring probe is operated as a conductive level measuring probe in a conductive operating mode and as a capacitive level measuring probe in a capacitive operating mode, wherein the conductive operating mode and the capacitive operating mode are activated alternately, wherein the measured values of the two operating modes are used to determine whether the predefined level of the medium in the vessel is reached, wherein a message is generated if the predefined level is exceeded and/or undershot, wherein the level measuring probe is operated as a conductive level measuring probe in a conductive operating mode and as a capacitive level measuring probe in the capacitive operating mode, and wherein the level measuring probe has the same sensor electrode, guard electrode and ground electrode both for the use of the conductive operating mode and for the use of the capacitive operating mode. wherein the level measuring probe is operated as a conductive level measuring probe in a conductive operating mode and as a capacitive level measuring probe in the capacitive operating mode, and wherein the level measuring probe has the same sensor electrode, guard electrode and ground electrode both for the use of the conductive operating mode and for the use of the capacitive operating mode.
A process for the production of salts of fatty acid alkyl ester sulfonates comprising the steps of: (a) sulfonating a fatty acid methyl ester with gaseous sulfur trioxide in a continuous process thereby generating a crude sulfonation product comprising more than 15 % by weight of residual fatty acid methyl ester; (b) dissolving an amount of less than 10% by weight of inorganic sulfates, calculated on the weight of the crude sulfonation product, into the crude sulfonation product resulting from step a); (c) ageing the solution resulting from step b); (d) re-esterifying the aged product resulting from step c) by the addition of methanol; (e) neutralising the re-esterified product resulting from step d); and (f) bleaching the neutralised product resulting from step e); wherein up to 25% by weight of the solution resulting from step a) and/or step b) is recycled to and mixed into the fatty acid methyl ester stream being sulfonated in step a). (a) sulfonating a fatty acid methyl ester with gaseous sulfur trioxide in a continuous process thereby generating a crude sulfonation product comprising more than 15 % by weight of residual fatty acid methyl ester; (b) dissolving an amount of less than 10% by weight of inorganic sulfates, calculated on the weight of the crude sulfonation product, into the crude sulfonation product resulting from step a); (c) ageing the solution resulting from step b); (d) re-esterifying the aged product resulting from step c) by the addition of methanol; (e) neutralising the re-esterified product resulting from step d); and (f) bleaching the neutralised product resulting from step e);
Spacer for a first reinforcement layer, with which it is possible to set the distance, running in the axial direction (z) of the spacer, between the first reinforcement layer and at least one other body (24, 28), and which has the following features: - at least one distancing body extending in the axial direction (z), - at least one securing arrangement which acts essentially in a first plane, which is clamped by the circumferential direction (φ) and the radial direction (r) of the spacer, and which is connected to the distancing body, - wherein the securing arrangement has at least two connecting elements for the ropes or bars of the first reinforcement layer, - wherein the connecting elements each have at least one slot, having a first and a second slot wall, of which the longitudinal axis lies in the circumferential direction (φ) of the spacer and of which the opening is oriented outwards in the radial direction (r), - wherein the spacer has a principal axis of rotation running in the axial direction (z), - wherein the ends of the first slot walls in the radial direction (r) and the principal axis of rotation are spaced apart from one another, - and wherein the securing arrangement has, in the angular intervals between the connecting elements in the circumferential direction (φ), an extent which, in the radial direction (r) in the second plane defined by the first slot walls, is smaller than the distance, wherein the spacer is characterized in that the spacer has at least one abutment which lies outside the plane, is clamped by the first slot walls and of which the rim, at its side oriented away from the principal axis of rotation in the radial direction (r), is at a distance L3 from the principal axis of rotation greater than L1. - at least one distancing body extending in the axial direction (z), - at least one securing arrangement which acts essentially in a first plane, which is clamped by the circumferential direction (φ) and the radial direction (r) of the spacer, and which is connected to the distancing body, - wherein the securing arrangement has at least two connecting elements for the ropes or bars of the first reinforcement layer, - wherein the connecting elements each have at least one slot, having a first and a second slot wall, of which the longitudinal axis lies in the circumferential direction (φ) of the spacer and of which the opening is oriented outwards in the radial direction (r), - wherein the spacer has a principal axis of rotation running in the axial direction (z), - wherein the ends of the first slot walls in the radial direction (r) and the principal axis of rotation are spaced apart from one another, - and wherein the securing arrangement has, in the angular intervals between the connecting elements in the circumferential direction (φ), an extent which, in the radial direction (r) in the second plane defined by the first slot walls, is smaller than the distance,
Roll-forming unit for roll-forming a metal strip, having a plurality of serially arranged roll-forming stands which sequentially form and/or guide the metal strip, comprising: a) at least one sensor roll-forming stand which is arranged in the plurality of sequentially arranged roll-forming stands and which forms, bends and/or guides the metal strip, b) a first roller and a second roller which are connected to the respective sensor roll-forming stand rotatably about a respective rotational axis and are kept in position by the same, the first and the second roller being arranged such that they clamp the metal strip therebetween; c) at least one sensor (1, 2) which is arranged in the respective sensor roll-forming stand such as to measure a force, an oscillation or a torque exerted by the respective sensor roll-forming stand on the sheet metal and to generate a respective sensor signal; d) a microprocessor unit having a detection algorithm adapted to compare the sensor signal to a respective predefined desired value or desired value curve with a respective predefined allowable range of tolerance, wherein, if the sensor signal is detected to lie within the allowable range of tolerance, a first state and otherwise at least one second state of the respective sensor roll-forming stand is detected; and e) a display unit which displays the recognized first and/or second states of the respective sensor roll-forming stand; characterized in that f) the detection algorithm is additionally adapted to determine the predefined desired value or desired value curve from the sensor signal upon at least one operator signal, and to store it. a) at least one sensor roll-forming stand which is arranged in the plurality of sequentially arranged roll-forming stands and which forms, bends and/or guides the metal strip, b) a first roller and a second roller which are connected to the respective sensor roll-forming stand rotatably about a respective rotational axis and are kept in position by the same, the first and the second roller being arranged such that they clamp the metal strip therebetween; c) at least one sensor (1, 2) which is arranged in the respective sensor roll-forming stand such as to measure a force, an oscillation or a torque exerted by the respective sensor roll-forming stand on the sheet metal and to generate a respective sensor signal; d) a microprocessor unit having a detection algorithm adapted to compare the sensor signal to a respective predefined desired value or desired value curve with a respective predefined allowable range of tolerance, wherein, if the sensor signal is detected to lie within the allowable range of tolerance, a first state and otherwise at least one second state of the respective sensor roll-forming stand is detected; and e) a display unit which displays the recognized first and/or second states of the respective sensor roll-forming stand; characterized in that f) the detection algorithm is additionally adapted to determine the predefined desired value or desired value curve from the sensor signal upon at least one operator signal, and to store it.
A terminal apparatus configured to provide a chatting service, the apparatus comprising: a communicator configured to communicate with another terminal apparatus (100-1, 100-2.100-n); a display; the apparatus characterized by providing a controller configured to: control the display to display chatting contents and a menu to execute a map application integrated with the chatting service in an application window of the chatting service, execute the map application in response to user input selecting the menu, control the display to display a map provided by the map application in the application window of the chatting service, receive user input to select a location on the map, and control the communicator to transmit the map in which a Graphic User Interface, GUI, indicating the selected location is displayed and a text corresponding to the selected location among the chatting contents via the chatting service to the other terminal apparatus (100-1, 100-2,...100-n), wherein the controller is further configured to control the display to display the text corresponding to the selected location and a menu for displaying the map in which a GUI indicating the selected location is displayed separately from the chatting contents. a communicator configured to communicate with another terminal apparatus (100-1, 100-2.100-n); a display; the apparatus characterized by providing a controller configured to: control the display to display chatting contents and a menu to execute a map application integrated with the chatting service in an application window of the chatting service, execute the map application in response to user input selecting the menu, control the display to display a map provided by the map application in the application window of the chatting service, receive user input to select a location on the map, and control the communicator to transmit the map in which a Graphic User Interface, GUI, indicating the selected location is displayed and a text corresponding to the selected location among the chatting contents via the chatting service to the other terminal apparatus (100-1, 100-2,...100-n), control the display to display chatting contents and a menu to execute a map application integrated with the chatting service in an application window of the chatting service, execute the map application in response to user input selecting the menu, control the display to display a map provided by the map application in the application window of the chatting service, receive user input to select a location on the map, and control the communicator to transmit the map in which a Graphic User Interface, GUI, indicating the selected location is displayed and a text corresponding to the selected location among the chatting contents via the chatting service to the other terminal apparatus (100-1, 100-2,...100-n), wherein the controller is further configured to control the display to display the text corresponding to the selected location and a menu for displaying the map in which a GUI indicating the selected location is displayed separately from the chatting contents.
Energy absorption device for protecting a vehicle element (10, 10', 10"), in particular a military vehicle (1, 1', 1"), from a detonation impact, comprising a first securing element which can be connected to a vehicle chassis and/or a vehicle cradle, and comprising a second securing element which can be connected to the vehicle element (10, 10', 10") to be protected, at least two connecting pieces (130, 140, 150, 160) being arranged between the first and the second securing element (110, 120), the at least two connecting pieces (130, 140, 150, 160) being arranged such that they lie one above the other in a common plane, characterized in that flexurally rigid corners (170, 180, 190) are formed in each case between the connecting pieces (130, 140, 150, 160), inner radii (R 2, R 3, R 4) becoming greater between the connecting pieces (130, 140, 150, 160) in the flexurally rigid corners (170, 180, 190) from the second securing element toward the first securing element; and/or in that flexurally rigid transition zones (112, 122) are formed between the securing elements (110, 120) and each of the adjacent connecting pieces (130, 160), inner radii (R 1, R 5) becoming greater in the transition zones (112, 122) from the second securing element toward the first securing element. at least two connecting pieces (130, 140, 150, 160) being arranged between the first and the second securing element (110, 120), the at least two connecting pieces (130, 140, 150, 160) being arranged such that they lie one above the other in a common plane, characterized in that flexurally rigid corners (170, 180, 190) are formed in each case between the connecting pieces (130, 140, 150, 160), inner radii (R 2, R 3, R 4) becoming greater between the connecting pieces (130, 140, 150, 160) in the flexurally rigid corners (170, 180, 190) from the second securing element toward the first securing element; and/or in that flexurally rigid transition zones (112, 122) are formed between the securing elements (110, 120) and each of the adjacent connecting pieces (130, 160), inner radii (R 1, R 5) becoming greater in the transition zones (112, 122) from the second securing element toward the first securing element.
A thrombectomy system, comprising: a power source having a positive terminal (24, 26); an elongated member having a proximal end coupled to the power source and a distal end configured to be positioned within a blood vessel at or near a thrombus; and an interventional element carried at the distal end of the elongated member and coupled to the positive terminal of the power source, wherein the interventional element includes a first metallic material and a second metallic material disposed on the first metallic material along at least a portion of the interventional element, and wherein the power source is configured to deliver a current to the interventional element to positively charge the interventional element and promote adhesion of the thrombus thereto, wherein the interventional element comprises a working length portion and a non-working length portion, the working length portion being configured to interlock, capture and/or engage a thrombus, wherein the second metallic material has a greater conductivity than the first metallic material and is disposed on the first metallic material only along the working length portion of the interventional element and not along the non-working length portion. a power source having a positive terminal (24, 26); an elongated member having a proximal end coupled to the power source and a distal end configured to be positioned within a blood vessel at or near a thrombus; and an interventional element carried at the distal end of the elongated member and coupled to the positive terminal of the power source, wherein the interventional element includes a first metallic material and a second metallic material disposed on the first metallic material along at least a portion of the interventional element, and wherein the power source is configured to deliver a current to the interventional element to positively charge the interventional element and promote adhesion of the thrombus thereto, wherein the interventional element comprises a working length portion and a non-working length portion, the working length portion being configured to interlock, capture and/or engage a thrombus, wherein the second metallic material has a greater conductivity than the first metallic material and is disposed on the first metallic material only along the working length portion of the interventional element and not along the non-working length portion.