mhurhangee/ep-ind-claims huggingface dataset:
A liquid flame retardant composition which comprises: A) One or more flame retarding agents represented by Formula: wherein n, the degree of polymerization, is an integer in the range of 0 to 5 and R 1 and R 2 are independently selected from the group consisting of the following monovalent radicals: and B) one or more liquids selected from the group consisting of polyols and esters of phosphoric acid wherein the esters of phosphoric acid are substituted with halogen atoms. A) One or more flame retarding agents represented by Formula: wherein n, the degree of polymerization, is an integer in the range of 0 to 5 and R 1 and R 2 are independently selected from the group consisting of the following monovalent radicals: and B) one or more liquids selected from the group consisting of polyols and esters of phosphoric acid wherein the esters of phosphoric acid are substituted with halogen atoms.
A device for detecting leaks and shutting off a water intake intended to communicate with a main toilet flushing cistern in which the water intake is controlled by a main valve, the closing of which is ensured by a control lever, said main valve being intended to supply the main flushing cistern via a filling column, the device comprising a float and a float compartment, the float contained in the float compartment, the float being designed to be able to ensure the pivoting of the control lever toward the closed position of the main valve when the main flushing cistern is filled, characterized in that said float compartment is closed on its lower part and over its entire lateral perimeter such that the ejection of the water contained in said float compartment can only be done by causing the water to pass above at least one of its side walls, and in that said device comprises an actuating mechanism (8, 47, 49) configured to allow the emptying by overflow of said float compartment, said mechanism being configured to cause the pushing of the float into said float compartment, so as to cause the opening of the water intake.
A method for managing the distribution of data objects in a communication network, comprising: storing a plurality of data objects corresponding to a first user of a first communication device; receiving state information from the first communication device or determining state information for the first communication device; detecting a trigger event related to communication between the first communication device and a second communication device; selecting one of the data objects based on the type of trigger event detected, and the state information; and sending the selected data object to the second communication device, such that possible trigger events on which the selecting is based include at least (a) an initial establishment of a communication session and (b) a communication session is disconnected. storing a plurality of data objects corresponding to a first user of a first communication device; receiving state information from the first communication device or determining state information for the first communication device; detecting a trigger event related to communication between the first communication device and a second communication device; selecting one of the data objects based on the type of trigger event detected, and the state information; and sending the selected data object to the second communication device, such that possible trigger events on which the selecting is based include at least (a) an initial establishment of a communication session and (b) a communication session is disconnected.
A door lock comprising a base comprising one or more screw holes passing through the base, a locking bar rotationally connected to the base and extending beyond the base, the locking bar having a first locked position covering the one or more screw holes and a second open position not covering the one or more screw holes, and a locking mechanism, when locked preventing rotation of the locking bar relative to the base, characterised in that the locking bar is mounted on one side of the base and the base further comprises one or more additional screw holes located on the opposite side of the base to the locking bar, the additional screw holes not passing through the base.
A crosslinkable, semiconductive, peroxide-free thermoplastic composition having a stable volume resistivity of less than 1000 ohm-cm at 90°C comprising, based on the weight of the composition: A. 60-90 wt% silane-functionalized polyethylene; B. 0.5-20 wt% organopolysiloxane containing two or more functional end groups; and C. 10-20 wt% carbon black having an average particle size of 50 nm or less, a surface area of 700-1250 m 2 /g, and an oil absorption of 300-500 ml/100g; and D. 0.05 - 0.2 wt% crosslinking catalyst. A. 60-90 wt% silane-functionalized polyethylene; B. 0.5-20 wt% organopolysiloxane containing two or more functional end groups; and C. 10-20 wt% carbon black having an average particle size of 50 nm or less, a surface area of 700-1250 m 2 /g, and an oil absorption of 300-500 ml/100g; and D. 0.05 - 0.2 wt% crosslinking catalyst.
Turbo engine, in particular an aircraft engine, comprising at least one measuring device, which is arranged between a guide vane and a rotor blade of the turbo engine, wherein the measuring device comprises at least one suction intake opening for fluid from a region of a mixed-out flow that is not influenced by boundary layer effects, wherein the at least one suction intake opening is arranged at a distance from a wall that delimits the flow and fluid suctioned in via a fluid channel can be guided to a sensor device, wherein the fluid channel is configured in this manner, characterised in that the at least one suction intake opening is arranged in parallel with or at an angle to a main flow direction or in that the fluid channel comprises a portion through which the fluid can flow easily, wherein fluid can be diverted from this portion to the sensor device, and wherein the fluid channel is configured such that suctioned-in fluid can be guided to a sensor device without backing up, without measuring a back-pressure in the interior of the fluid channel, and the sensor device is configured as a temperature sensor, as a sensor for measuring the concentration of at least one substance, as a sensor for determining the particle size of a flow containing particles, as a sensor for determining humidity, and/or as a sensor for determining the oil content in a gas. the at least one suction intake opening is arranged in parallel with or at an angle to a main flow direction or in that the fluid channel comprises a portion through which the fluid can flow easily, wherein fluid can be diverted from this portion to the sensor device, and wherein the fluid channel is configured such that suctioned-in fluid can be guided to a sensor device without backing up, without measuring a back-pressure in the interior of the fluid channel, and the sensor device is configured as a temperature sensor, as a sensor for measuring the concentration of at least one substance, as a sensor for determining the particle size of a flow containing particles, as a sensor for determining humidity, and/or as a sensor for determining the oil content in a gas.
Valve assembly, comprising: - a housing (12a, 12b), - a valve closure having a movable valve tappet and having a valve seat, - a gas inlet and a gas outlet, wherein the valve closure and the valve seat are disposed between gas inlet and gas outlet, - a bistable control element, - adjusting means, wherein the adjusting means are mechanically movable towards or away from the control element, - temperature adjusting means (45, 46, 47), including an expansion element which presents a direction of movement towards and away from the control element, wherein the expansion element is filled with a working fluid which is subject to volume variation upon a temperature change, and accordingly expands or contracts, wherein - the adjusting means and the temperature adjusting means (45, 46, 47) together act on the control element, - the bistable control element is a snap element and has a snapping function, characterized in that - an electric switch is provided, which has a first switching condition and a second switching condition, - the bistable control element acts on the valve closure and on the electric switch and has two positions, wherein + in a first position of the control element, the valve closure is open and the electric switch is in the first switching condition, + in a second position of the control element, the valve closure is closed and the electric switch is in the second switching condition. - a housing (12a, 12b), - a valve closure having a movable valve tappet and having a valve seat, - a gas inlet and a gas outlet, wherein the valve closure and the valve seat are disposed between gas inlet and gas outlet, - a bistable control element, - adjusting means, wherein the adjusting means are mechanically movable towards or away from the control element, - temperature adjusting means (45, 46, 47), including an expansion element which presents a direction of movement towards and away from the control element, wherein the expansion element is filled with a working fluid which is subject to volume variation upon a temperature change, and accordingly expands or contracts, - the adjusting means and the temperature adjusting means (45, 46, 47) together act on the control element, - the bistable control element is a snap element and has a snapping function, - an electric switch is provided, which has a first switching condition and a second switching condition, - the bistable control element acts on the valve closure and on the electric switch and has two positions, wherein + in a first position of the control element, the valve closure is open and the electric switch is in the first switching condition, + in a second position of the control element, the valve closure is closed and the electric switch is in the second switching condition. + in a first position of the control element, the valve closure is open and the electric switch is in the first switching condition, + in a second position of the control element, the valve closure is closed and the electric switch is in the second switching condition.
A method for laser brazing without fluxing agent with an external supply of a brazing material, especially a filler wire, which brazing material is guided from a supply of brazing material by a transportation device though a supply line into the region of the joint and with a device for eternally supplying process gas to the joint, wherein the process gas is conducted to the supply line of the brazing material at a distance from the joint and surrounds the supply line from outside in order to then be conducted directly to the brazing material shortly before the brazing material issues from the supply line so that the brazing material issues at the joint together with the process gas from the supply line via an outlet nozzle, characterised in that overflow openings are provided on the periphery of the supply line upstream of the outlet nozzle for the passage of the process gas into the outlet nozzle.
An information processing apparatus comprising: a processor configured to control a display to display a plurality of images in a stacked configuration, characterized in that the processor assigns movement corresponding to each of the plurality of images based on the respective location of each of the plurality of images in the stacked configuration, wherein the stacked configuration includes a foreground and a background, and images in the foreground are displayed to at least partially overlap images displayed in the background, and the processor assigns a first amount of movement to images displayed in the foreground and a second amount of movement to images displayed in the background, the second amount of movement different from the first amount of movement the second amount of movement being greater than the first amount of movement.
A device for holding objects, consisting of: - a plate-shaped support frame, in which a plurality of accommodation openings are incorporated, and - a cage suitable for accommodating the respective objects, having four side walls running perpendicular to one another (7 1 to 7 4) and a base arranged between them, characterized in that an adapter is provided between the support frame and the cage, which has a holding pedestal projecting in the direction of the support frame, in that the holding pedestal can be inserted into one of the accommodation openings of the support frame and locked therein, and in that the adapter is made up of four support arms (13 1, 13 2, 13 3, 13 4), which extend perpendicular to one another and by means of which a rectangular inner space is formed, in which the cage can be inserted and can be fixed by at least two undercuts, which are formed respectively between two pairs of side walls (7 1, 7 3 or 7 2, 7 4) of the cage and the support arms (13 1, 13 3 or 13 2, 13 4) of the adapter. - a plate-shaped support frame, in which a plurality of accommodation openings are incorporated, and - a cage suitable for accommodating the respective objects, having four side walls running perpendicular to one another (7 1 to 7 4) and a base arranged between them, an adapter is provided between the support frame and the cage, which has a holding pedestal projecting in the direction of the support frame, in that the holding pedestal can be inserted into one of the accommodation openings of the support frame and locked therein, and in that the adapter is made up of four support arms (13 1, 13 2, 13 3, 13 4), which extend perpendicular to one another and by means of which a rectangular inner space is formed, in which the cage can be inserted and can be fixed by at least two undercuts, which are formed respectively between two pairs of side walls (7 1, 7 3 or 7 2, 7 4) of the cage and the support arms (13 1, 13 3 or 13 2, 13 4) of the adapter.
An electronic stethoscope apparatus comprising: a chest piece; a bioacoustics sensing part for sensing bioacoustics; a noise sensing part for sensing noise generated in the bioacoustics sensing process, the noise sensing part comprising a movement sensor for sensing movement of the electronic stethoscope apparatus, the movement sensor being mounted on an inner or outer surface of the chest piece; and a noise removing part for removing the sensed noise and outputting the sensed bioacoustics with the removed noise, wherein the noise removing part is operable to use the sensed movement to calculate a noise signal, and is operable to output the sensed bioacoustics by filtering the sensed bioacoustics with the frequency of the noise signal; the noise sensing part further comprises a microphone; and noise removing part is further operable to output the sensed bioacoustics by filtering the sensed bioacoustics with a frequency of a noise signal sensed by the microphone in addition to filtering the sensed bioacoustics with the frequency of the noise signal calculated from the sensed movement, and the noise removing part is configured to use the sensed movement to estimate the noise occurring area. a chest piece; a bioacoustics sensing part for sensing bioacoustics; a noise sensing part for sensing noise generated in the bioacoustics sensing process, the noise sensing part comprising a movement sensor for sensing movement of the electronic stethoscope apparatus, the movement sensor being mounted on an inner or outer surface of the chest piece; and a noise removing part for removing the sensed noise and outputting the sensed bioacoustics with the removed noise, wherein the noise removing part is operable to use the sensed movement to calculate a noise signal, and is operable to output the sensed bioacoustics by filtering the sensed bioacoustics with the frequency of the noise signal; the noise sensing part further comprises a microphone; and noise removing part is further operable to output the sensed bioacoustics by filtering the sensed bioacoustics with a frequency of a noise signal sensed by the microphone in addition to filtering the sensed bioacoustics with the frequency of the noise signal calculated from the sensed movement, and the noise removing part is configured to use the sensed movement to estimate the noise occurring area.
A drive system for a marine outboard motor, the drive system comprising an internal combustion engine (30, 130) connected to a propulsion device, the internal combustion engine comprising a crankshaft (31, 131) for driving the propulsion device, wherein, in use, the crankshaft is arranged to rotate about a substantially vertical crankshaft axis, and wherein the internal combustion engine further comprises a camshaft (61, 161) for operating one or more cylinder valves (37a, 37b, 37c, 38a, 38b, 38c) of the engine, said camshaft being arranged for rotation about a camshaft axis arranged substantially parallel to the crankshaft axis, the drive system further comprising a fuel pump (91, 191) for pressurizing fuel used to operate the internal combustion engine, characterised in that said fuel pump is configured to be driven by the camshaft, wherein the fuel pump comprises an input shaft arranged to rotate about an input shaft axis, said input shaft axis being arranged at an angle between 30 to 150 degrees with respect to said camshaft axis.
A plasma sterilization apparatus comprising: a voltage-applying unit configured to apply a voltage to a sterilization target having conductivity; a pair of electrodes configured to apply, in a discharged state, the voltage applied by said voltage-applying unit to said sterilization target via a dielectric, and wherein at least one of said pair of electrodes comprises plural pairs of contact pieces for contacting said sterilization target, each of said contact pieces being flexible and comprising a conductor covered with said dielectric; and a position changing unit configured to change a relative position between said pair of electrodes and said sterilization target. a voltage-applying unit configured to apply a voltage to a sterilization target having conductivity; a pair of electrodes configured to apply, in a discharged state, the voltage applied by said voltage-applying unit to said sterilization target via a dielectric, and wherein at least one of said pair of electrodes comprises plural pairs of contact pieces for contacting said sterilization target, each of said contact pieces being flexible and comprising a conductor covered with said dielectric; and a position changing unit configured to change a relative position between said pair of electrodes and said sterilization target.
A method for enrichment and selective culture of bacteria of the genera Salmonella and/or Shigella contained in a biological sample, in which a part or the whole of said sample is seeded in/on a culture medium comprising a nutrient component that favors the development and growth of said bacteria, characterized in that said culture medium also comprises L-ornithine, as a selective agent, at a concentration between 15 g/L and 20 g/L.
Method of extraction plant substances into a final extract, which is pasteurised and conserved, according to which a plant substance blend is periodically extracted in extraction periods composed of a first phase, in which the plant substance blend in a first filtration bag is partially extracted with water into a partial extract, and of a second phase, in which the plant substance blend in a second filtration bag is extracted with the partial extract of the first phase into a final extract, whilst in the second filtration bag a new plant substance blend is extracted in all extraction periods and in the first filtration bag a new plant substance blend is extracted in the initial extraction period and a partially extracted plant substance blend from the second phase of the foregoing extraction period is extracted in the subsequent operational extraction periods, characterized in that before the extraction, the new plant substance blend undergoes a disruption of the inner parts of the stems or roots or leaves of the plant substance blend by treatment by water vapour in a closed vessel at a pressure of 1 to 10 bar, preferably 3 to 6 bar for a determined time period of 0,5 to 10 minutes, preferably 3 to 5 minutes, after the determined time period has passed the vapour is released from the vessel.
An electricity meter with a bottom housing part to which connecting terminals or contacts are fastened for connecting to a power supply, and a top housing part that forms a front side of the electricity meter or parts thereof, wherein the bottom housing part has first locking elements, and the top housing part has second locking elements or vice versa, wherein the first locking elements and the second locking elements are designed to engage with each other when joining the two housing parts (10, 12) such that they are then located within the interior of an enclosed housing formed by the two housing parts (10, 12), wherein the housing has unlocking openings through which the first and/or second locking elements are accessible from the outside when the housing is closed such that they can be moved into an unengaged position with each other, characterized in that the unlocking openings are formed in the top housing part, and the electricity meter comprises a cover having an inspection window that, when in a closed position, covers the unlocking openings and protects from unauthorized access, wherein a sign, an electronic display, and/or an optical interface with the electricity meter is arranged behind the inspection window.
A method by an Access and Mobility Management Function, AMF, node, acting as a network function, NF, consumer operative in a Fifth Generation System, 5GS, (100-1, 100-2, 100-3) that comprises a User Equipment, UE, associated with a Subscriber Permanent Identifier, SUPI, that is associated with subscription data of the UE, the method comprises: - sending (WT300, XX100, XX200) towards a Session Management Function, SMF, node acting as a NF service producer, a request relating to a Protocol Data Unit, PDU, Session of the UE and comprising a Request Type that is set to Existing PDU Session; and - receiving (WT302, XX102A, XX202A), from the SMF node, a response comprising a Generic Public Subscription Identifier, GPSI, associated with the PDU session of the UE, which UE is associated with the SUPI and which GPSI is an external identifier to be used in networks outside the 5GS for addressing the subscription data of the UE. - sending (WT300, XX100, XX200) towards a Session Management Function, SMF, node acting as a NF service producer, a request relating to a Protocol Data Unit, PDU, Session of the UE and comprising a Request Type that is set to Existing PDU Session; and - receiving (WT302, XX102A, XX202A), from the SMF node, a response comprising a Generic Public Subscription Identifier, GPSI, associated with the PDU session of the UE, which UE is associated with the SUPI and which GPSI is an external identifier to be used in networks outside the 5GS for addressing the subscription data of the UE.
A process for reducing the microbial contamination of circulations with aqueous media, comprising the step of electrochemically treating the aqueous medium, wherein the electrochemical treatment is effected by applying a voltage to at least two electrodes, said circulation is a fountain solution circulation, characterized in that said voltage is an alternating voltage, said voltage is within a range of from 5 to 50 volts, and the frequency of said alternating voltage is within a range of from 0.01 to 20,000 Hertz.