mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a post-reactive framework ("PRF") comprising: synthesizing a porous framework, wherein the porous framework is a zeolitic imidazolate framework ("ZIF") comprising a general structure M-L-M, wherein M is a transition metal and L is a linking moiety, wherein the linking moiety contains one or more reactive side groups selected from NH 2, CN, OH, =O, =S, SH, P, Br, Cl, I, F, wherein x=1, 2, or 3; and subsequently reacting the synthesized framework with a post framework reactant under reaction conditions where the post framework reactant binds to one or more reactive side groups of the linking moiety to form the PRF, wherein the post framework reactant is a heterocycle, wherein the heterocycle is a ring-containing structure having one or more multivalent heteroatoms independently selected from N, O and S as a part of the ring structure and including at least 3 and up to 20 atoms in the ring structure. synthesizing a porous framework, wherein the porous framework is a zeolitic imidazolate framework ("ZIF") comprising a general structure M-L-M, wherein M is a transition metal and L is a linking moiety, wherein the linking moiety contains one or more reactive side groups selected from NH 2, CN, OH, =O, =S, SH, P, Br, Cl, I, F, wherein x=1, 2, or 3; and subsequently reacting the synthesized framework with a post framework reactant under reaction conditions where the post framework reactant binds to one or more reactive side groups of the linking moiety to form the PRF, wherein the post framework reactant is a heterocycle, wherein the heterocycle is a ring-containing structure having one or more multivalent heteroatoms independently selected from N, O and S as a part of the ring structure and including at least 3 and up to 20 atoms in the ring structure. wherein x=1, 2, or 3; and subsequently reacting the synthesized framework with a post framework reactant under reaction conditions where the post framework reactant binds to one or more reactive side groups of the linking moiety to form the PRF, wherein the post framework reactant is a heterocycle, wherein the heterocycle is a ring-containing structure having one or more multivalent heteroatoms independently selected from N, O and S as a part of the ring structure and including at least 3 and up to 20 atoms in the ring structure.
Conveyor belt for print sheets comprising depressions and webs formed therebetween, the depressions and webs jointly forming a grid, characterized in that protrusions for supporting the print sheets and a vacuum opening are disposed in every depression, wherein the vacuum openings are disposed between the protrusions, the protrusions are disposed in an even distribution about the vacuum opening, the conveyor belt is a steel belt, and the depressions and protrusions are formed by an etching structure.
An optical phased array comprising: a light injector; a first splitter connected to the light injector; a first phase shifter connected to the first splitter; a plurality of waveguides (WG1, WG2a, WG2b, WG3a, WG3b, WG3c, WG3d, WG4a, WG4b, WG4c, WG4d, WG4e, WG4f, WG4g, WG4h) connected to the first splitter, portions of the plurality of waveguides being connected to the first splitter via the first phase shifter; an antenna array connected to the plurality of waveguides; and a single mode filter (F1, F2, F3, F4, F5, F6, F7, F8) provided in each of the plurality of waveguides, wherein one waveguide and a first photodetector are connected to a first side of the first splitter through which light enters and exits, wherein two waveguides (WG2a, WG2b) are connected to a second side of the first splitter and diverge from the first splitter, wherein the first phase shifter is provided on one of the two waveguides, and wherein the first photodetector comprises a first light receiving element and a second light receiving element respectively provided on opposite sides of the one waveguide. a light injector; a first splitter connected to the light injector; a first phase shifter connected to the first splitter; a plurality of waveguides (WG1, WG2a, WG2b, WG3a, WG3b, WG3c, WG3d, WG4a, WG4b, WG4c, WG4d, WG4e, WG4f, WG4g, WG4h) connected to the first splitter, portions of the plurality of waveguides being connected to the first splitter via the first phase shifter; an antenna array connected to the plurality of waveguides; and a single mode filter (F1, F2, F3, F4, F5, F6, F7, F8) provided in each of the plurality of waveguides, wherein one waveguide and a first photodetector are connected to a first side of the first splitter through which light enters and exits, wherein two waveguides (WG2a, WG2b) are connected to a second side of the first splitter and diverge from the first splitter, wherein the first phase shifter is provided on one of the two waveguides, and wherein the first photodetector comprises a first light receiving element and a second light receiving element respectively provided on opposite sides of the one waveguide.
A cleaning composition characterized in that the composition is an alkaline composition, having a pH higher than 9, and comprises: a hydrolysable dispersing polymer, and 2 to 30% in active ingredient of one or more biodegradable aminocarboxylate chelating agents, wherein said hydrolysable dispersing polymer is selected from the group consisting of carboxylated fructan components. a hydrolysable dispersing polymer, and 2 to 30% in active ingredient of one or more biodegradable aminocarboxylate chelating agents,
A method of using vibration data to determine a condition of a process control device, the method comprising: collecting usage information regarding the process control device, the usage information indicative of a portion of consumed useful life associated with the process control device; updating a threshold value based on the usage information, the updated threshold value indicative of a reduced remaining useful life associated with the process control device; collecting first vibration data from a first sensor operatively coupled to a process control device, collecting second vibration data from a second sensor operatively coupled to a pipe, wherein the pipe is coupled to the process control device; calculating a transmissibility ratio based on a ratio of the first vibration data and the second vibration data; and indicating a condition of the process control device if the transmissibility ratio is greater than the updated threshold value. collecting usage information regarding the process control device, the usage information indicative of a portion of consumed useful life associated with the process control device; updating a threshold value based on the usage information, the updated threshold value indicative of a reduced remaining useful life associated with the process control device; collecting first vibration data from a first sensor operatively coupled to a process control device, collecting second vibration data from a second sensor operatively coupled to a pipe, wherein the pipe is coupled to the process control device; calculating a transmissibility ratio based on a ratio of the first vibration data and the second vibration data; and indicating a condition of the process control device if the transmissibility ratio is greater than the updated threshold value.
Metallic coating or alloy which is Nickel based and contains γ and γ' phases characterised in that the alloy or coating consists of Nickel (Ni), Aluminium (Al), Chromium (Cr), Iron (Fe), Tantalus (Ta) and Yttrium, wherein the amount of Yttrium is between 0,1wt% - 0,7wt%, especially 0,3wt%, wherein the amount of Tantalum (Ta) is between 4wt% and 8wt%, especially 5wt% - 7wt%, very especially 6 wt%, wherein the amount of Iron (Fe) is between 0,5wt% to 5wt%, especially between 1wt% - 4wt% and very especially 2,7 wt%, wherein the amount of Chromium (Cr) is between 12wt% - 16wt%, especially 14, 4wt%, and wherein the amount of (Al) is at least 1wt%.
Fermenter, comprising: - a wall (102, 164); and - a preshaped bottom element defining the contour of an inner bottom surface of the fermenter; - the preshaped bottom element having an outer surface portion, the outer surface portion facing the wall (102, 164) and being laterally spaced from a lower part of the wall (102, 164); - the preshaped bottom element having an inner surface portion being opposite the outer surface portion and running parallel to the outer surface portion; - the inner surface portion defining the contour of the inner bottom surface of the fermenter; - the inner surface portion and the outer surface portion being formed by a piece of sheet metal; and - the wall (102, 164) being made of concrete; - the fermenter further comprising a coupling element coupling the preshaped bottom element to the wall (102, 164); - the coupling element allowing a movement of the preshaped bottom element relative to the wall (102, 164). - a wall (102, 164); and - a preshaped bottom element defining the contour of an inner bottom surface of the fermenter; - the preshaped bottom element having an outer surface portion, the outer surface portion facing the wall (102, 164) and being laterally spaced from a lower part of the wall (102, 164); - the preshaped bottom element having an inner surface portion being opposite the outer surface portion and running parallel to the outer surface portion; - the inner surface portion defining the contour of the inner bottom surface of the fermenter; - the inner surface portion and the outer surface portion being formed by a piece of sheet metal; and - the wall (102, 164) being made of concrete; - the fermenter further comprising a coupling element coupling the preshaped bottom element to the wall (102, 164); - the coupling element allowing a movement of the preshaped bottom element relative to the wall (102, 164).
An electrochemical sensor comprising a solid, electrically conductive substrate, and two redox systems both located on a surface of the substrate but which differ in sensitivity to the concentration of a species to be detected, wherein both redox systems are contained in the same chemical compound which is a compound containing no more than three instances of each redox system.
A securing mechanism for a shackle having a pair of opposed legs (14, 16) with an opening (18, 20) at one end of each of said pair of opposed legs (14, 16) to form a pair of opposed openings (18, 20), which mechanism comprises: a shackle bolt having a head at one end and a circumferential groove near an opposed end wherein such shackle bolt is received through said pair of opposed openings (18, 20) in said shackle, a two piece clamp assembly (40; 70) received in said circumferential groove to retain said shackle bolt in said shackle; a retainer pin (54; 84) received in an opening (50, 52; 80, 82) in said two piece clamp assembly (40; 70); characterised in comprising a securing device (60; 60'; 90) through said two piece clamp assembly to retain said retainer pin (54; 84) in said two piece clamp assembly (40; 70). a shackle bolt having a head at one end and a circumferential groove near an opposed end wherein such shackle bolt is received through said pair of opposed openings (18, 20) in said shackle, a two piece clamp assembly (40; 70) received in said circumferential groove to retain said shackle bolt in said shackle; a retainer pin (54; 84) received in an opening (50, 52; 80, 82) in said two piece clamp assembly (40; 70); characterised in comprising a securing device (60; 60'; 90) through said two piece clamp assembly to retain said retainer pin (54; 84) in said two piece clamp assembly (40; 70).
A method of controlling a steering system on a marine vessel, the method comprising: in response to receiving a user input to engage a quick steer mode, employing a reduced steering ratio to translate positions of a steering wheel to desired steering angles of a marine drive; determining a vessel speed of the marine vessel; comparing the vessel speed to a threshold vessel speed; upon determining that the vessel speed exceeds the threshold vessel speed, determining an output limit to prevent the marine vessel from further exceeding the threshold vessel speed while the quick steer mode is engaged; and automatically controlling the marine drive based on the output limit and controlling a steering actuator associated with the marine drive based on the reduced steering ratio. in response to receiving a user input to engage a quick steer mode, employing a reduced steering ratio to translate positions of a steering wheel to desired steering angles of a marine drive; determining a vessel speed of the marine vessel; comparing the vessel speed to a threshold vessel speed; upon determining that the vessel speed exceeds the threshold vessel speed, determining an output limit to prevent the marine vessel from further exceeding the threshold vessel speed while the quick steer mode is engaged; and automatically controlling the marine drive based on the output limit and controlling a steering actuator associated with the marine drive based on the reduced steering ratio.
Measuring system for the continuous determination of intra-arterial blood pressure at two fingers of a hand, with a double-finger sensor, having inflatable cuffs (23a, 23b) for the two fingers, and a plethysmographic system having at least two light sources (21a, 21b), with one or more wavelengths, and at least two light detectors (22a, 22b) and having a pressure generating system with at least one valve (13a, 13b) which is controlled in real time by means of the plethysmographic system and is suitable for generating pressure in the cuffs (23a, 23b), which pressure essentially corresponds to the intra-arterial blood pressure in the finger, characterised in that the measuring system has a housing which substantially has the dimensions and the outer shape of a computer mouse, with a surface which serves as a supporting surface for the fingers and the adjacent areas of the palm, wherein the double-finger sensor protrudes beyond the supporting surface and the part of the double-finger sensor which accommodates the inflatable cuffs (23a, 23b) is fastened in a removable and exchangeable manner. a plethysmographic system having at least two light sources (21a, 21b), with one or more wavelengths, and at least two light detectors (22a, 22b)
Laminated glazed motor-vehicle roof comprising two, external and internal, glass sheets and interlayer sheets joining the glass sheets, and comprising, placed between the two glass sheets, an assembly for controlling light transmission of SPD (suspended particle device) type, and elements for illuminating via light-emitting diodes (LEDs) and in the thickness of which the SPD assembly and the LEDs are superposed, the LEDs being placed between the SPD assembly and the internal glass sheet.
Method for magnetic resonance imaging of a subject using a spoiled gradient echo sequence, wherein - a B 0 magnetic field strength of at most 1.5 T is used during the sequence, - as part of the sequence a slice select gradient acting as a spoil gradient is played out, - substantially simultaneously with the slice select gradient a predetermined RF pulse is played out in the sequence, wherein a time-bandwidth product of the RF pulse is set to a value such that a majority of the energy of the RF pulse is transmitted in a central main lobe of the RF pulse and a first part of the RF pulse before the main lobe can be neglected, characterized in that a predetermined threshold value for a B 0 -dependency of a measured MR-signal, for a spin dephasing at the time of the main lobe, and/or for off-resonance effects, is provided and the time-bandwidth product is set so that the threshold value is met through a stepwise increase of the time-bandwidth product from a given starting value. - a B 0 magnetic field strength of at most 1.5 T is used during the sequence, - as part of the sequence a slice select gradient acting as a spoil gradient is played out, - substantially simultaneously with the slice select gradient a predetermined RF pulse is played out in the sequence, wherein a time-bandwidth product of the RF pulse is set to a value such that a majority of the energy of the RF pulse is transmitted in a central main lobe of the RF pulse and a first part of the RF pulse before the main lobe can be neglected, characterized in that a predetermined threshold value for a B 0 -dependency of a measured MR-signal, for a spin dephasing at the time of the main lobe, and/or for off-resonance effects, is provided and the time-bandwidth product is set so that the threshold value is met through a stepwise increase of the time-bandwidth product from a given starting value.
An external structuring composition for liquid and gel-form laundry detergents characterized by comprising by weight percentage: a. from 2 to 10 % of crystals of a glyceride, preferably hydrogenated castor oil, having a melting temperature of from 40 °C to 100 °C; b. from 2 to 10% of an alkanolamine, preferably alkanolamine selected from: monoethanolamine; diethanolamine; triethanolamine, and mixtures thereof; and c. from 5 to 50% of the anion of an anionic surfactant; wherein said alkanolamine is present in an amount at least balancing the charge of the anion form of said anionic surfactant; and wherein said structuring composition is free from any added inorganic cations. a. from 2 to 10 % of crystals of a glyceride, preferably hydrogenated castor oil, having a melting temperature of from 40 °C to 100 °C; b. from 2 to 10% of an alkanolamine, preferably alkanolamine selected from: monoethanolamine; diethanolamine; triethanolamine, and mixtures thereof; and c. from 5 to 50% of the anion of an anionic surfactant;
A mobile terminal comprising: a main body having a front case which a window is coupled to; an antenna coil (211, 311, 411, 511, 611) wound along edges of the window to transmit or receive a radio signal in relation to near field communication; a display provided to correspond to the window a ferrite sheet for removing noise with respect to the radio signal, the ferrite sheet is provided on one surface of the display, wherein a distance is formed between the ferrite sheet and the antenna coil; characterised in that a touch sensor (1260, 1360) disposed between the window and the display to sense a touch input, wherein the ferrite sheet is disposed between the touch sensor (1260, 1360) and the display to form a buffer. a main body having a front case which a window is coupled to; an antenna coil (211, 311, 411, 511, 611) wound along edges of the window to transmit or receive a radio signal in relation to near field communication; a display provided to correspond to the window a ferrite sheet for removing noise with respect to the radio signal, the ferrite sheet is provided on one surface of the display, wherein a distance is formed between the ferrite sheet and the antenna coil; characterised in that a touch sensor (1260, 1360) disposed between the window and the display to sense a touch input, wherein the ferrite sheet is disposed between the touch sensor (1260, 1360) and the display to form a buffer.
A sanitizer formulation comprising: (a) an antimicrobial active agent selected from the group consisting of biguanides, monoguanides, and combinations thereof, present in an amount of from 25 to 110 ppm; (b) a dialkyldimethyl ammonium salt present in an amount of from 20 to 125 ppm; and (c) a compound selected from the group consisting of an alkyldimethylbenzyl ammonium salt present in an amount of from 20 to 65 ppm, an alkoxylated alcohol present in an amount of from 35 to 200 ppm, and combinations thereof, wherein the alkoxylated alcohol is selected from condensation products of aliphatic branched chain primary or secondary alcohols or phenols with alkylene oxides; wherein the component (a) and the component (b) are present in a range of weight ratios between 1:5 to 2.5:1.
A method for transmitting an aperiodic sounding reference signal, SRS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving a power offset parameter for an aperiodic SRS set by a base station, BS, through a higher layer; setting transmission power of the aperiodic SRS based on the power offset parameter; and transmitting the aperiodic SRS to the BS based on the set transmission power of the aperiodic SRS. receiving a power offset parameter for an aperiodic SRS set by a base station, BS, through a higher layer; setting transmission power of the aperiodic SRS based on the power offset parameter; and transmitting the aperiodic SRS to the BS based on the set transmission power of the aperiodic SRS.
An apparatus for melting and refining impure nonferrous metals, particularly scraps of copper and/or impure copper originating from the processing of minerals, comprising a tiltable reverberatory furnace with a furnace body that has a base with a rectangular plan shape and is provided with two mutually opposite heads (37, 38), which are mutually connected by a bottom wall, by an upper wall or ceiling and by two side walls (41, 42), means being provided for the tilting of said furnace body about an axis which is substantially horizontal and perpendicular to said heads (37, 38), characterized in that it has, in a central region of said upper wall, a portion that protrudes upwardly from the remaining portion of said upper wall and is delimited in an upper region by a flying buttress-like wall, laterally by two mutually opposite side walls (52, 53), and having, on the side that faces said flying buttress-like wall, a loading port, which is closed by a door movable to open and close said loading port.
A method of stabilizing a DC electricity network, the network having a DC voltage source powering electrical loads (12, 18, 24) that are connected in parallel to the terminals of the voltage source and each of which is to receive a current or power setpoint, the method being characterized in that the network is stabilized by regulating the setpoints applied to the loads by means of a virtual stabilization impedance generated at the terminals of each load, these virtual impedances being dimensioned so as to stabilize the network in various desired operating points and in various given configurations of the network including the state in which at least one load is inactive or has failed and the state in which the stabilization of a load is inactive, each virtual impedance being generated by means of a stabilization block of a non-linear regulation loop that acts on the setpoint of the corresponding load and that is suitable for generating a stabilization signal p v (t) for being superposed to the setpoint of the load in order to raise the threshold of the setpoint beyond which the network is unstable, the stabilization signal being of the type: p v t = v s t. C v. dv s / dt or p v t = K. v s 2 − X 3 where: - v s represents the voltage at the terminals of the load, C v and K are parameters defining the virtual stabilization impedance, and X 3 is the output signal from a filter of cutoff frequency w c that receives the signal K.v s 2 as input, and - the higher the parameter C v or K is and the higher the stabilization signal is, which serves to raise the threshold of the load setpoint and guarantees stability of the network. - v s represents the voltage at the terminals of the load, C v and K are parameters defining the virtual stabilization impedance, and X 3 is the output signal from a filter of cutoff frequency w c that receives the signal K.v s 2 as input, and - the higher the parameter C v or K is and the higher the stabilization signal is, which serves to raise the threshold of the load setpoint and guarantees stability of the network.