mhurhangee/ep-ind-claims huggingface dataset:
A method for evaluating the efficacy of a pulp or paper mill deposition inhibition treatment, comprising the following steps: a. inserting a substrate into a pulp containing fluid or slurry or process water; b. allowing the substrate to contact the pulp containing fluid or slurry or process water for a desired time; c. capturing one or more images of particles deposited on the substrate after the substrate is removed from the pulp containing fluid or slurry or process water; d. analyzing the one or more images to count and size deposited particles on the substrate; e. adding a deposition inhibition treatment to the pulp containing fluid or slurry or process water; f. inserting a second substrate onto which to collect particulate contaminants after the deposition inhibition treatment was added; g. capturing one or more images of the second substrate; and h. analyzing the one or more images to count and size deposited particles on the second substrate; and i. comparing the result after the deposition inhibition treatment with the result before the deposition inhibition treatment. a. inserting a substrate into a pulp containing fluid or slurry or process water; b. allowing the substrate to contact the pulp containing fluid or slurry or process water for a desired time; c. capturing one or more images of particles deposited on the substrate after the substrate is removed from the pulp containing fluid or slurry or process water; d. analyzing the one or more images to count and size deposited particles on the substrate; e. adding a deposition inhibition treatment to the pulp containing fluid or slurry or process water; f. inserting a second substrate onto which to collect particulate contaminants after the deposition inhibition treatment was added; g. capturing one or more images of the second substrate; and h. analyzing the one or more images to count and size deposited particles on the second substrate; and i. comparing the result after the deposition inhibition treatment with the result before the deposition inhibition treatment.
A method of maintaining a high total dietary fiber content comprising: processing under harsh conditions a food formulation comprising a modified starch selected from the group consisting of acid/heat and/or alkali/heat dextrinization, and/or chemical modification using reagents selected from the group consisting of a) propylene oxide/sodium trimetaphosphate (PO/STMP), b) propylene oxide/sodium trimetaphosphate/sodium tripolyphosphate (PO/STMP/STPP), c) adipic acetic anhydride (Ad/Ac), d) acid converted/propylene oxide (H+/PO), e) butyric anhydride, and f) propionic anhydride, g) succinic anhydride and mixtures thereof, resulting in a processed food composition, wherein the processed food composition retains a total dietary fiber content of at least 70% (w/w) of the pre-processed dry blend formulation and wherein the food formulation is subjected to processing at conditions of a temperature of greater than about 100°C and/or a pressure greater than about 1 atmosphere (101.325 kPa). processing under harsh conditions a food formulation comprising a modified starch selected from the group consisting of acid/heat and/or alkali/heat dextrinization, and/or chemical modification using reagents selected from the group consisting of a) propylene oxide/sodium trimetaphosphate (PO/STMP), b) propylene oxide/sodium trimetaphosphate/sodium tripolyphosphate (PO/STMP/STPP), c) adipic acetic anhydride (Ad/Ac), d) acid converted/propylene oxide (H+/PO), e) butyric anhydride, and f) propionic anhydride, g) succinic anhydride a) propylene oxide/sodium trimetaphosphate (PO/STMP), b) propylene oxide/sodium trimetaphosphate/sodium tripolyphosphate (PO/STMP/STPP), c) adipic acetic anhydride (Ad/Ac), d) acid converted/propylene oxide (H+/PO), e) butyric anhydride, and f) propionic anhydride, g) succinic anhydride and mixtures thereof, resulting in a processed food composition, wherein the processed food composition retains a total dietary fiber content of at least 70% (w/w) of the pre-processed dry blend formulation and wherein the food formulation is subjected to processing at conditions of a temperature of greater than about 100°C and/or a pressure greater than about 1 atmosphere (101.325 kPa).
Stand for storing and/or transporting large glass panels, said stand comprising a horizontal support structure and at least one supporting frame designed to support said panels, characterized in that it comprises at least one means for fastening said stand to another stand, said fastening means is fastened to the horizontal support structure and is fastened to at least one of the ends of the horizontal support structure, said fastening means comprising a male part designed to slot into a female part of the fastening means of the other stand; and a system for locking said male part in said female part.
A method for producing a conjugate of Vi comprising the steps of: a) simultaneously combining an adipic acid dihydrazide linker, 1-ethyl-3(3-dimethylaminopropyl) carbodiimide (EDAC) and a carrier protein; b) removing any excess linker from the product of step a); c) reacting Vi with EDAC at a Vi:EDAC molar ratio of≥5:1; and d) reacting the product of step b) with the product of step c). a) simultaneously combining an adipic acid dihydrazide linker, 1-ethyl-3(3-dimethylaminopropyl) carbodiimide (EDAC) and a carrier protein; b) removing any excess linker from the product of step a); c) reacting Vi with EDAC at a Vi:EDAC molar ratio of≥5:1; and d) reacting the product of step b) with the product of step c).
A biosensor for assessing the trafficking and/or localization of a protein of interest comprising; a first component comprising said protein of interest tagged with a Renilla green fluorescent protein ( Renilla GFP) or a Renilla luciferase protein ( Renilla Luc); a second component comprising a cellular compartment targeting moiety tagged with a Renilla GFP or a Renilla Luc; wherein if said first protein is tagged with said Renilla GFP, said cellular compartment targeting moiety is tagged with said Renilla Luc, and if said first protein is tagged with said Renilla Luc, said cellular compartment targeting moiety is tagged with said Renilla GFP. a first component comprising said protein of interest tagged with a Renilla green fluorescent protein ( Renilla GFP) or a Renilla luciferase protein ( Renilla Luc); a second component comprising a cellular compartment targeting moiety tagged with a Renilla GFP or a Renilla Luc;
A light-weight foldable frame for a bicycle, said foldable frame comprising a crossbar, a head tube, a seat tube, a pair of rear forks, handle bars, and a pair of front and rear locking systems (109, 105); a front end of said crossbar being configured to be fixedly connected with said head tube and releasably connected with said handle bars by said front locking system; a rear end of said crossbar being configured to be releasably connected with said rear forks by said rear locking system; the rear end of said crossbar being independently connected with said seat tube and said rear forks by two separate hinge joints (202, 201); said rear forks being pivotally movable about the hinge joint with said crossbar when said rear locking system is released; said handle bars being configured to be detached from said crossbar when said front locking system is released; the foldable frame being transformable from an unfolded state to a folded state when said front locking system and rear locking system are both released, characterized in that said head tube comprises a single-tube suspension system being incorporated into the interior of said head tube for reducing weight of said foldable bicycle, and wherein a top end of said single-tube suspension system is configured to have a pair of arc-shaped structures as a female member to interlock with a male member in a cavity at a bottom of said front locking system.
A method of handling an inter-radio access technology, inter-RAT, handover for a mobile communication device (10, 20) in a wireless communication system, the method comprising: when the mobile communication device (10, 20) succeeds in establishing a connection to a target network, via a handover in which the mobile communication device (10, 20) receives a HANDOVER TO UTRAN COMMAND message excluding a "Radio Access Bearer info" or "RAB info" information element from a serving network using Long Term Evolution system, LTE, as a first RAT to the target network using Universal Mobile Telecommunications System radio access network, UTRAN, as a second RAT, and the mobile communication device (10, 20) attempts to perform packet switched, PS, data transmission, the mobile communication device (10, 20) treating that a PS signaling connection has been established and performing PS data transmission, after the handover, by transmitting a predetermined radio resource control, RRC, message, namely an UPLINK DIRECT TRANSFER message including a non-access stratum, NAS, message of packet switched domain, to the target network. when the mobile communication device (10, 20) succeeds in establishing a connection to a target network, via a handover in which the mobile communication device (10, 20) receives a HANDOVER TO UTRAN COMMAND message excluding a "Radio Access Bearer info" or "RAB info" information element from a serving network using Long Term Evolution system, LTE, as a first RAT to the target network using Universal Mobile Telecommunications System radio access network, UTRAN, as a second RAT, and the mobile communication device (10, 20) attempts to perform packet switched, PS, data transmission, the mobile communication device (10, 20) treating that a PS signaling connection has been established and performing PS data transmission, after the handover, by transmitting a predetermined radio resource control, RRC, message, namely an UPLINK DIRECT TRANSFER message including a non-access stratum, NAS, message of packet switched domain, to the target network.
A method for managing a server (14_1) on which is stored content, comprising: i) initiating a session by establishing a transport protocol path from the server to a client and initiating transmission of said content From the server to the client; ii) sending metadata by the server (14_1), wherein the metadata comprises a Content_ID unambiguously identifying the content for another server (14_2) lying on the transport protocol path and wherein the Content_ID is a cryptographic hash of the content; iii) receiving a message from another server (14_2) on which is also stored said content, the message offering to take over the session from said server, wherein the other server is lying on the transport protocol path; iv) deciding on whether to accept the offer based on policy rules, and if 'yes' to send a message to the other server containing state information on the session; and v) removing said server's transport protocol path to the client once the session has been transferred to the other server. i) initiating a session by establishing a transport protocol path from the server to a client and initiating transmission of said content From the server to the client; ii) sending metadata by the server (14_1), wherein the metadata comprises a Content_ID unambiguously identifying the content for another server (14_2) lying on the transport protocol path and wherein the Content_ID is a cryptographic hash of the content; iii) receiving a message from another server (14_2) on which is also stored said content, the message offering to take over the session from said server, wherein the other server is lying on the transport protocol path; iv) deciding on whether to accept the offer based on policy rules, and if 'yes' to send a message to the other server containing state information on the session; and v) removing said server's transport protocol path to the client once the session has been transferred to the other server.
An apparatus, comprising: a housing for coupling to a satellite dish; an elevation adjustment bolt to perform an elevation adjustment on the satellite dish; an azimuth adjustment bolt to perform an azimuth adjustment on the satellite dish; a plate comprising a curved portion; one or more U-bolts to couple the plate to a pole, such that the curved portion sits flush along a perimeter of the pole; characterised by further comprising a movable tab member coupled to the plate, wherein the movable tab member comprises a first end and a second end, wherein the second end is movable from a pole-end mounting configuration, wherein a portion of the second end rests on a top of the pole, to a mid-pole mounting configuration where the apparatus is coupled against the pole below the top of the pole. a housing for coupling to a satellite dish; an elevation adjustment bolt to perform an elevation adjustment on the satellite dish; an azimuth adjustment bolt to perform an azimuth adjustment on the satellite dish; a plate comprising a curved portion; one or more U-bolts to couple the plate to a pole, such that the curved portion sits flush along a perimeter of the pole; characterised by further comprising a movable tab member coupled to the plate, wherein the movable tab member comprises a first end and a second end, wherein the second end is movable from a pole-end mounting configuration, wherein a portion of the second end rests on a top of the pole, to a mid-pole mounting configuration where the apparatus is coupled against the pole below the top of the pole.
Sample designed for measuring particles with a housing having an upper and a lower side through which at least one continuous opening extends, and at least one glass substrate (6, 22) with markings for focusing a microscope, wherein the glass substrate (6, 22) is accommodated in the opening, wherein the markings are applied by means of a lithographic process and have no indentations. a housing having an upper and a lower side through which at least one continuous opening extends, and at least one glass substrate (6, 22) with markings for focusing a microscope, wherein the glass substrate (6, 22) is accommodated in the opening, wherein the markings are applied by means of a lithographic process and have no indentations.
Method for controlling a parking assistance system for a vehicle, in particular for a motor vehicle, wherein the parking assistance system makes available a stored parking manoeuvre or positioning manoeuvre along a trajectory, in particular a stored trajectory is retrieved, and wherein the trajectory from a starting position up to a target position of the vehicle and objects in the surroundings are displayed to the driver by means of a display device, and wherein at least one obstacle which is not stored with the trajectory and which is located between the starting position and the target position before the vehicle is displayed to the driver, characterized in that the driver instructs, by means of an input using an HMI element, to the parking assistance system how the vehicle is to drive around the obstacle, wherein an avoidance trajectory for driving around the obstacle and returning the vehicle to the stored trajectory is calculated by the parking assistance system by means of the input or the instruction by the driver.
A polymer composite for extracting active and non-active Cesium from high level acidic radioactive nuclear waste solutions and/ or other inorganic waste solutions comprising 10-40% by weight of a polymer and 60-90 % by weight of Ammonium molybdophosphate based on the weight of the polymer composite, wherein said polymer comprises a polysulfone, derivatives of a polysulfone, or a combination thereof, wherein said polymer composite comprises an inner porous structure and an outer structured layer that control the exchange kinetics wherein the pore diameter varies from 100-300 nm, and wherein said polymer composite has a void volume of 15 to 70 % and skeleton density 1.1 to 1.6 g/cc adapted for equilibrium time of 30-100 minutes and a Cesium ion exchange capacity of 0.4 -1.0 meq/g.
A cutting device for crop material including a cutting tool which can be caused to rotate and a counterpart cutting member which is displaceable relative to the cutting tool and whose two oppositely disposed ends are respectively coupled to an adjusting device (4, 5) so that the spacing position of the counterpart cutting member is variable with respect to the cutting tool, wherein to change the spacing position of the counterpart cutting member a control device actuates the adjusting devices (4, 5), characterised in that for moving the counterpart cutting member towards the cutting tool the control device is operable in such a way that before beginning the approach process the control device firstly effects actuation of the adjusting devices (4, 5) to move the counterpart cutting member away from the cutting tool and then to alternately activate the adjusting devices (4, 5) for performing a respective working step, wherein within said working step the respectively activated adjusting device (4, 5) performs an adjustment of the end associated therewith of the counterpart cutting member firstly by a first adjusting distance towards the cutting tool and then by a second adjusting distance away from the cutting tool again, wherein the second adjusting distance is less than the first adjusting distance, wherein a very substantially parallel orientation of the counterpart cutting member with respect to the cutting tool can be achieved by the alternate uniform approach movement so that the alternate implementation of those working steps by actuation of the two adjusting devices (4 and 5) leads to a stepwise approach of the counterpart cutting member to the cutting tool.
A variable stator vane assembly, comprising: at least one button; a vane airfoil adjacent to said at least one button, said vane airfoil having an overhang portion extending between said at least one button and a trailing edge of said vane airfoil, such that the overhang portion extends beyond said at least one button; and a fillet tangent to a face of, said at least one button and tangent to said vane airfoil along an edge of said airfoil, characterised in that said fillet defines a constant radius and extends beyond said at least one button at least greater than a distance of 60% of the length of said overhang portion of said vane airfoil. at least one button; a vane airfoil adjacent to said at least one button, said vane airfoil having an overhang portion extending between said at least one button and a trailing edge of said vane airfoil, such that the overhang portion extends beyond said at least one button; and a fillet tangent to a face of, said at least one button and tangent to said vane airfoil along an edge of said airfoil, characterised in that said fillet defines a constant radius and extends beyond said at least one button at least greater than a distance of 60% of the length of said overhang portion of said vane airfoil.
A method for allocating a software container executing on a server of a set of servers, the method being performed in a container allocator and comprising the steps of: receiving a request to invoke a software container for a client; calculating a lookup key associated with the software container; starting a fallback software container in a server of the set of servers; performing a lookup in a distributed peer-to-peer repository using the lookup key, giving a result set of active software containers; selecting one software container from the set of software containers; connecting to the selected software container to allocate the selected software container to the client; and when the software container fails to be allocated to the client, connecting to the fallback software container to allocate the fallback software container to the client. receiving a request to invoke a software container for a client; calculating a lookup key associated with the software container; starting a fallback software container in a server of the set of servers; performing a lookup in a distributed peer-to-peer repository using the lookup key, giving a result set of active software containers; selecting one software container from the set of software containers; connecting to the selected software container to allocate the selected software container to the client; and when the software container fails to be allocated to the client, connecting to the fallback software container to allocate the fallback software container to the client.
A process for the continuous preparation of toluenediamine by liquid-phase hydrogenation of dinitrotoluene by means of hydrogen in the presence of a suspended, nickel-comprising catalyst in a reactor with a product isolation unit downstream of the reactor to give a product output from the reactor comprising a liquid phase comprising toluenediamine and dinitrotoluene, in which the nickel-comprising catalyst is suspended, wherein the concentration of dinitrotoluene in the liquid phase of the product output from the reactor in the region between the reactor and the downstream product isolation unit is set to a value in the range from 1 to 200 ppm by weight, based on the total weight of the liquid phase of the product output from the reactor, with the setting of the dinitrotoluene concentration in the liquid product output from the reactor in the region between the reactor and the downstream product isolation unit being carried out on the basis of a repeated measurement of the dinitrotoluene concentration in the liquid product output from the reactor at time intervals of ≤ 24 hours and with product formation being reduced and catalyst deactivation being largely avoided.
A negative electrode for a lithium ion secondary battery, comprising an active material containing a lithium titanium complex oxide, characterized in that the lithium titanium complex oxide has a composition expressed as Li 4 Ti 5-x-y Fe x V y O 12 where 0<x≤0.3, 0<y≤0.05.
A reactive polyurethane dispersion, comprising a polymer strand comprising a polymer backbone having two ends terminating at a first capping unit and a second capping unit, wherein the polymer backbone comprises polymerized monomers including: a reactive diol selected from an acrylate-containing diol, a methacrylate-containing diol, a styrene-containing diol, or combination thereof, and a diisocyanate; wherein the first capping unit is a styrene-containing monoalcohol reacted with an isocyanate group of the diisocyanate; and wherein the second capping unit is an ionic stabilizing group. a reactive diol selected from an acrylate-containing diol, a methacrylate-containing diol, a styrene-containing diol, or combination thereof, and a diisocyanate; wherein the first capping unit is a styrene-containing monoalcohol reacted with an isocyanate group of the diisocyanate; and wherein the second capping unit is an ionic stabilizing group.