mhurhangee/ep-ind-claims huggingface dataset:
A hinge for the rotatable movement of a glass door anchored to a stationary support structure, the hinge comprising a fixed element couplable to the stationary support structure and a movable element couplable to the door, the fixed and movable elements being rotatably coupled each other to rotate about a first longitudinal axis between one or more open positions and a closed position; wherein one of said movable element and fixed element includes a hinge body, the other of said movable element and fixed element including a pivot defining said first axis which includes cam means rotating about the latter, said hinge body including at least one working chamber defining a second longitudinal axis substantially perpendicular to said first axis, said at least one working chamber including follower means interacting with said cam means for sliding along between a first and a second end stroke position; wherein said follower means include at least one elastic counteracting element and at least one interface element having a first end interacting with said at least one elastic counteracting element and a second end ( 63") interacting with said cam means to rotatably moving said moving element between said open and closed positions; characterized in that the hinge further includes a bushing transversely movable within said working chamber with a tubular portion faced to said cam means and an operating portion faced to said elastic counteracting element for cooperating with a corresponding guide surface ( 17"') of said working chamber, said bushing further including a central hole for housing at least partly said interface element and a pair of peripheral slanted portions ( 74', 74"); wherein the hinge further comprises a pair of adjusting screws ( 19', 19") acting on said slanted portions ( 74', 74") to move transversely said bushing in said working chamber so as to vary the angle of said central hole with respect to said second axis.
An anionic surfactant of the general formula, in which R 1 represents a linear or branched alkyl functional group having 6 to 20, in particular 8 to 14, C-atoms, R 2 represents H or CH 3, and M represents hydrogen, an alkali metal, or a grouping N + R 3 R 4 R 5, in which R 3, R 4 and R 5 represent, independently of one another, hydrogen, an alkyl group having 1 to 6 C-atoms, or a hydroxyalkyl group having 2 to 6 C-atoms.
A method of streaming media between a client and a host, wherein the host includes a plurality of streams of media encoded at different bit rates for a single piece of content, the method being performed by the client and comprising the steps of: filling (204; 304) a first buffer to an initial capacity at an initial encoded bit rate with a first stream of media; playing (218; 306) the first stream of media when the first buffer fill reaches the initial capacity; filling (220; 308) the first buffer to a larger capacity than the initial capacity simultaneously to playing the first stream of media; determining a buffer fill level status of the first buffer; filling (230; 318) a second buffer to an initial capacity with a second stream of media having an alternative encoded bit rate that is lower than the initial encoded bit rate of the first stream of media simultaneously to playing the first stream of media from the first buffer; and when the buffer fill level status of the first buffer drops below a watermark, switching (238; 320) to the second stream of media. filling (204; 304) a first buffer to an initial capacity at an initial encoded bit rate with a first stream of media; playing (218; 306) the first stream of media when the first buffer fill reaches the initial capacity; filling (220; 308) the first buffer to a larger capacity than the initial capacity simultaneously to playing the first stream of media; determining a buffer fill level status of the first buffer; filling (230; 318) a second buffer to an initial capacity with a second stream of media having an alternative encoded bit rate that is lower than the initial encoded bit rate of the first stream of media simultaneously to playing the first stream of media from the first buffer; and when the buffer fill level status of the first buffer drops below a watermark, switching (238; 320) to the second stream of media.
A detachable precious liquids dispenser system comprising: - a first and a second sub-assembly (17, 18), said first and second sub-assembly (17, 18) comprising a tank adapted to contain an inert gas, and comprising a first pipe, a second pipe, a solenoid, a second housing, a fourth tube, a first electromagnetic valve connected, on one side thereof with said tank via said first pipe, and on its other side with said second pipe via said fourth tube; - a cork which is adapted to be located at a neck of a bottle containing a precious liquid and which can be detached from said first and second assembly, the cork comprising: - a gas tube with one end adapted to be introduced into the upper part of a bottle comprising a neck; - a second tube for liquid; - a first tube for liquid with one end adapted to be introduced into the upper part of said bottle, and to reach the bottom of the bottle such that the precious liquid is dispensed into a glass through the first tube and the second tube for liquid; - a second electromagnetic valve; - a seal for connection with the bottle neck; - a first housing; characterized in that the cork comprises a check valve, a second electromagnetic valve and a support, wherein said first housing, said gas tube, said check valve, said first tube, said second tube and said second electromagnetic valve are placed; and in that the second pipe is, in use, connected by its other end to the check valve entrance, wherein the check valve exit is connected to the tube for gas, a solenoid of the second electromagnetic valve is located inside said second housing, the second pipe is made together with the second housing as a single element, wherein as the solenoid is no longer under voltage, the second electromagnetic valve is closed. - a first and a second sub-assembly (17, 18), said first and second sub-assembly (17, 18) comprising a tank adapted to contain an inert gas, and comprising a first pipe, a second pipe, a solenoid, a second housing, a fourth tube, a first electromagnetic valve connected, on one side thereof with said tank via said first pipe, and on its other side with said second pipe via said fourth tube; - a cork which is adapted to be located at a neck of a bottle containing a precious liquid and which can be detached from said first and second assembly, the cork comprising: - a gas tube with one end adapted to be introduced into the upper part of a bottle comprising a neck; - a second tube for liquid; - a first tube for liquid with one end adapted to be introduced into the upper part of said bottle, and to reach the bottom of the bottle such that the precious liquid is dispensed into a glass through the first tube and the second tube for liquid; - a second electromagnetic valve; - a seal for connection with the bottle neck; - a first housing;
A method for preparing a solid material comprising manganese, said method comprising the following steps: a. adding a manganese oxidising agent to an aqueous effluent comprising manganese and further comprising one or more of the elements selected from aluminium, calcium, copper, iron, potassium, magnesium, sodium, zinc, nickel, arsenic and silicon, for example at least 5 mg/L, typically at least 5 to 50 mg/L, and preferably 7 to 25 mg/L of manganese, preferably at a temperature comprised between 10°C and 50°C, and stirring the mixture of the effluent and the oxidising agent for a duration comprised between 1 minute and 5 hours; b. adding a base to the solution obtained at the end of step a) until a pH comprised between 9 and 12, preferably ranging from 9 to 10.5, and a solution comprising a precipitate is obtained; c. filtering the solution obtained at the end of step b); and d. obtaining a solid material comprising manganese, and in particular manganese and/or Mn. a. adding a manganese oxidising agent to an aqueous effluent comprising manganese and further comprising one or more of the elements selected from aluminium, calcium, copper, iron, potassium, magnesium, sodium, zinc, nickel, arsenic and silicon, for example at least 5 mg/L, typically at least 5 to 50 mg/L, and preferably 7 to 25 mg/L of manganese, preferably at a temperature comprised between 10°C and 50°C, and stirring the mixture of the effluent and the oxidising agent for a duration comprised between 1 minute and 5 hours; b. adding a base to the solution obtained at the end of step a) until a pH comprised between 9 and 12, preferably ranging from 9 to 10.5, and a solution comprising a precipitate is obtained; c. filtering the solution obtained at the end of step b); and d. obtaining a solid material comprising manganese, and in particular manganese and/or Mn.
A method for use in a first wireless device for controlling by a user of the first wireless device a second wireless device, the method comprising: obtaining an address of the second wireless device via a limited access connection; obtaining identification information of the second wireless device from the second wireless device; determining by the user whether to register or not to register the second wireless device for control by the first wireless device based on the identification information; and saving the address of the second wireless device into a memory of the first wireless device when the first wireless device determines to register the second wireless device for control by the first wireless device, wherein said obtaining an address comprises obtaining said address of the second wireless device by way of a wireless medium that provides limited access to the second wireless device, wherein said obtaining said address by way of a wireless medium comprises sending a wireless signal from the first wireless device starting at a predetermined power less than a full communication range of the first wireless device; and if a response is not received by the first wireless device, resending the signal at a power level increased by predetermined increment, wherein an IP address for the second wireless device is set by the first wireless device, wherein the first wireless device obtains a device menu of the second wireless device and displays the device menu on a display of the first wireless device. obtaining an address of the second wireless device via a limited access connection; obtaining identification information of the second wireless device from the second wireless device; determining by the user whether to register or not to register the second wireless device for control by the first wireless device based on the identification information; and saving the address of the second wireless device into a memory of the first wireless device when the first wireless device determines to register the second wireless device for control by the first wireless device, wherein said obtaining an address comprises obtaining said address of the second wireless device by way of a wireless medium that provides limited access to the second wireless device, wherein said obtaining said address by way of a wireless medium comprises sending a wireless signal from the first wireless device starting at a predetermined power less than a full communication range of the first wireless device; and if a response is not received by the first wireless device, resending the signal at a power level increased by predetermined increment, wherein an IP address for the second wireless device is set by the first wireless device, wherein the first wireless device obtains a device menu of the second wireless device and displays the device menu on a display of the first wireless device.
A battery cell comprising: an electrode assembly comprising a first end surface and a second end surface opposite to the first end surface; a support assembly: and a packaging bag for receiving the electrode assembly and the support assembly; wherein the support assembly is disposed between the electrode assembly the packaging bag and the first end surface or the second end surface, characterized in that, the support assembly comprises a first component and a second component opposite to the first component and detachably connected to the first component, the first component and the second component cooperate to define a cavity facing the first end surface or the second end surface, the electrode assembly further comprising an electrode tab protruding from the first end surface or the second end surface and protruding from between the first component and the second component, and the electrode tab further protruding from the cavity and the packaging bag. an electrode assembly comprising a first end surface and a second end surface opposite to the first end surface; a support assembly: and a packaging bag for receiving the electrode assembly and the support assembly; wherein the support assembly is disposed between the electrode assembly the packaging bag and the first end surface or the second end surface, characterized in that, the support assembly comprises a first component and a second component opposite to the first component and detachably connected to the first component, the first component and the second component cooperate to define a cavity facing the first end surface or the second end surface, the electrode assembly further comprising an electrode tab protruding from the first end surface or the second end surface and protruding from between the first component and the second component, and the electrode tab further protruding from the cavity and the packaging bag.
A composite peptide selenoprotein nutrient solution, comprising selenium-containing material, hydrolysate of protein, natural mineral, acetic acid, EDTA, penetrating agent, trace element additives, vitamin supplements, organic silicone, soluble modified starch, emulsifier, and water, said water being obtained after a filtration of drinking water through sand, carbon and membrane and the nano-tech electric ion exchange equipment, the composite peptide selenoprotein nutrient solution comprising the aforesaid elements according to the following ratios (in weight): selenium-containing material, 1-3%, natural mineral, 0.5‰ which is one or more from tourmaline, volcanic rock or volcanic ash, protein material, 2-3%, acetic acid, 1-5 ‰, EDTA, 0.5∼1‰, penetrating agent, 1 ‰ which is methanol or ethylene glycol, trace element additives, 6-10 ‰ consisting in zinc 1-3 ‰; magnesium 1-2 ‰; manganese 1-2.5 ‰; molybdenum 0.1-0.15 ‰; boron 2-3 ‰, vitamin supplements, 0.2-0.3 ‰, organic silicone 1 ‰, soluble starch, 1%, emulsifier, 1.5%- 5% which is glycerin monostearate, sodium stearyl lactate (ssl), calcium stearyl lactate (csl), diacetyl tartaric acid esters of mono-and diglycerides (datem), sugar esters (se) or distilled monoglycerides (dmg), and filtered water, 87-93%.
A computer-implemented method of guiding an autonomous robotic system, the method comprising: in response to monitoring one or more actions of one or more objects detected in a scene in which the autonomous robotic system is moving, causing the autonomous robotic system to slow or cease movement of the autonomous robotic system in the scene; detecting a trigger condition based on movement of the autonomous robotic system in the scene; in response to the one or more monitored actions and detecting the trigger condition, transmitting a remote guidance request to a remote server; after transmitting the remote guidance request, receiving remote guidance instructions from the remote server; and causing the autonomous robotic system to begin operating according to the remote guidance instructions, wherein operating according to the remote guidance instructions comprises: reducing a minimum allowable buffer size within which the autonomous robotic system may approach one or more of the objects; reducing a maximum allowable speed of the autonomous robotic system; causing the autonomous robotic system to move in the scene according to the minimum allowable buffer size and the maximum allowable speed; and after at least a threshold amount of time or distance, reverting the minimum allowable buffer size and the maximum allowable speed to previous values, wherein the minimum allowable buffer size includes a first distance from the autonomous robotic system in one direction relative to an orientation of the autonomous robotic system and a second distance from the autonomous robotic system in another direction relative to the orientation of the autonomous robotic system, wherein the first distance and the second distance are different. in response to monitoring one or more actions of one or more objects detected in a scene in which the autonomous robotic system is moving, causing the autonomous robotic system to slow or cease movement of the autonomous robotic system in the scene; detecting a trigger condition based on movement of the autonomous robotic system in the scene; in response to the one or more monitored actions and detecting the trigger condition, transmitting a remote guidance request to a remote server; after transmitting the remote guidance request, receiving remote guidance instructions from the remote server; and reducing a minimum allowable buffer size within which the autonomous robotic system may approach one or more of the objects; reducing a maximum allowable speed of the autonomous robotic system; causing the autonomous robotic system to move in the scene according to the minimum allowable buffer size and the maximum allowable speed; and after at least a threshold amount of time or distance, reverting the minimum allowable buffer size and the maximum allowable speed to previous values, wherein
Positioning system for vehicles in an area, in particular in a closed area, said system operating with radio frequency devices of the Ultra-Wide-Band or of the Frequency-Modulated Continuous Wave type, comprising: a two-way radio antenna, associated to each vehicle, comprising a transmitting element (7 - TX) and a receiving one (48 - RX), which may even be one and the same; a plurality of reference antennas located in known predetermined positions within the area; control means suitable for processing the spatial and temporal data resulting from the communication through the radio waves transmitted and received by the vehicle antennas and reflected by said reference antennas, said control means being suitable for calculating the distance of the vehicle from the reference antennas that have reflected the signal transmitted by the antennas, characterised in that said reference antennas comprise retro-directive arrays, wherein the transmitting element (7 - TX) and the receiving one (48 - RX) of the two-way radio antenna comprise means for polarising the signals in a circular manner, that is, said two-way radio antenna is of the type with circular polarisation, wherein the active retro-directive arrays of the reference antennas are suitable for reflecting in a retro-directive manner signals having the same polarisation as the incident ones, and wherein the transmitting element (7 - TX) and the receiving one (48 - RX) are respectively suitable for transmitting and receiving signals having the same polarisation. a two-way radio antenna, associated to each vehicle, comprising a transmitting element (7 - TX) and a receiving one (48 - RX), which may even be one and the same; a plurality of reference antennas located in known predetermined positions within the area; control means suitable for processing the spatial and temporal data resulting from the communication through the radio waves transmitted and received by the vehicle antennas and reflected by said reference antennas, said control means being suitable for calculating the distance of the vehicle from the reference antennas that have reflected the signal transmitted by the antennas, characterised in that said reference antennas comprise retro-directive arrays, wherein the transmitting element (7 - TX) and the receiving one (48 - RX) of the two-way radio antenna comprise means for polarising the signals in a circular manner, that is, said two-way radio antenna is of the type with circular polarisation, wherein the active retro-directive arrays of the reference antennas are suitable for reflecting in a retro-directive manner signals having the same polarisation as the incident ones, and wherein the transmitting element (7 - TX) and the receiving one (48 - RX) are respectively suitable for transmitting and receiving signals having the same polarisation.
Drive mechanism for a medicament delivery device comprising - a compression member comprising a first cavity containing a first volume of fluid, said compression member also comprising a second cavity containing a second volume of fluid; - a passage for fluid communication between the first cavity and the second cavity, wherein the passage is defined by a first part comprising a through-hole, a second part comprising a channel between the compression member and a distal tubular housing sealed by a first seal, and a third part comprising a through-hole, - a first movable piston arranged to seal the first cavity; - a second movable piston arranged to seal the second cavity; characterised in that movement of the first movable piston or of the second movable piston, by an applied force, causes a relative change of volume between the first volume of fluid and the second volume of fluid, via a fluid flow through said passage (69, 70), such that the respective second movable piston or the first movable piston is also moved and in that in the distal tubular housing the compression member is coaxially arranged and rotationally locked, wherein longitudinally extending tracks of the compression member interact with longitudinal extending ribs of the distal tubular housing for preventing a relative rotational movement and a connector member is connected to the proximal end of the distal tubular housing for preventing a longitudinal and proximal displacement of the compression member. - a compression member comprising a first cavity containing a first volume of fluid, said compression member also comprising a second cavity containing a second volume of fluid; - a passage for fluid communication between the first cavity and the second cavity, wherein the passage is defined by a first part comprising a through-hole, a second part comprising a channel between the compression member and a distal tubular housing sealed by a first seal, and a third part comprising a through-hole, - a first movable piston arranged to seal the first cavity; - a second movable piston arranged to seal the second cavity; characterised in that movement of the first movable piston or of the second movable piston, by an applied force, causes a relative change of volume between the first volume of fluid and the second volume of fluid, via a fluid flow through said passage (69, 70), such that the respective second movable piston or the first movable piston is also moved and in that in the distal tubular housing the compression member is coaxially arranged and rotationally locked, wherein longitudinally extending tracks of the compression member interact with longitudinal extending ribs of the distal tubular housing for preventing a relative rotational movement and a connector member is connected to the proximal end of the distal tubular housing for preventing a longitudinal and proximal displacement of the compression member.