mhurhangee/ep-ind-claims huggingface dataset:
Method for the continuous or discontinuous production of a high-molecular polyester or copolyester, in which a) in a first step, the total quantity of the monomers or oligomers which are capable of condensation reactions, comprising at least one aromatic or heteroaromatic C 4 -C 12 dicarboxylic acid or the diesters thereof, at least one aliphatic C 2 -C 12 dicarboxylic acid or the diester thereof, at least one C 2 -C 12 alkanol with at least two hydroxyl groups, are processed by mixing to form a paste, during the production of the paste or into the already produced paste at least one catalyst selected from the group consisting of chelates of titanium salts or of zirconium salts derived from ethanol amines separately and/or mixtures or solutions thereof being added, the total quantity or a main quantity of at least 50% by weight, relative to the total quantity of the catalyst, being added, b) in a second step, the paste is converted by increasing the temperature and with distilling-off of condensation products or transesterification products to form an esterification- or transesterification product and c) the esterification- or transesterification product obtained from step b) is polycondensed or copolycondensed at reduced pressure relative to normal conditions up to a molecular weight M n of 100,000 to 150,000 g/mol and to a relative viscosity of 1.5 to 2.0. a) in a first step, the total quantity of the monomers or oligomers which are capable of condensation reactions, comprising at least one aromatic or heteroaromatic C 4 -C 12 dicarboxylic acid or the diesters thereof, at least one aliphatic C 2 -C 12 dicarboxylic acid or the diester thereof, at least one C 2 -C 12 alkanol with at least two hydroxyl groups, are processed by mixing to form a paste, during the production of the paste or into the already produced paste at least one catalyst selected from the group consisting of chelates of titanium salts or of zirconium salts derived from ethanol amines separately and/or mixtures or solutions thereof being added, the total quantity or a main quantity of at least 50% by weight, relative to the total quantity of the catalyst, being added, b) in a second step, the paste is converted by increasing the temperature and with distilling-off of condensation products or transesterification products to form an esterification- or transesterification product and c) the esterification- or transesterification product obtained from step b) is polycondensed or copolycondensed at reduced pressure relative to normal conditions up to a molecular weight M n of 100,000 to 150,000 g/mol and to a relative viscosity of 1.5 to 2.0.
A rasping shoe (1,9,13) for non-rotational deployment of a casing string into a wellbore, comprising: a tubular body (3,10,14); and a nose mounted to an end of the tubular body (3,10,14) and comprising: a base portion made from a drillable metal or alloy; and a plurality of blades protruding from an outer surface of the base portion; wherein a plurality of broaching cutters mounted to an outer surface of each blade at a rearward portion thereof; and a plurality of gouging cutters mounted to the outer surface of each blade at a forward portion thereof. a tubular body (3,10,14); and a nose mounted to an end of the tubular body (3,10,14) and comprising: a base portion made from a drillable metal or alloy; and a plurality of blades protruding from an outer surface of the base portion; a base portion made from a drillable metal or alloy; and a plurality of blades protruding from an outer surface of the base portion; wherein a plurality of broaching cutters mounted to an outer surface of each blade at a rearward portion thereof; and a plurality of gouging cutters mounted to the outer surface of each blade at a forward portion thereof. a plurality of broaching cutters mounted to an outer surface of each blade at a rearward portion thereof; and a plurality of gouging cutters mounted to the outer surface of each blade at a forward portion thereof.
A method of culturing cells, the method including: contacting a first porous polyimide film with a cell-containing sample, to allow the cells to migrate from the cell-containing sample onto the first porous polyimide film; and culturing the cells that have been allowed to migrate onto the first porous polyimide film, wherein the first porous polyimide film has a multilayer structure having at least two surface layers (an A-surface and a and a macro-void layer sandwiched between the two surface layers, a mean pore size of the holes in the A-surface is smaller than a mean pore size of the holes in the B-surface, and the macro-void layer has a partition bonded to the surface layers (the A-surface and the and a plurality of macro-voids surrounded by the partition and the surface layers (the A-surface and the wherein the cell-containing sample is a cell culture substrate in which cells are being cultured; a cell-containing biological sample; or a second porous polyimide film in which cells are being cultured, wherein the cells are human or animal cells. contacting a first porous polyimide film with a cell-containing sample, to allow the cells to migrate from the cell-containing sample onto the first porous polyimide film; and culturing the cells that have been allowed to migrate onto the first porous polyimide film, wherein the first porous polyimide film has a multilayer structure having at least two surface layers (an A-surface and a and a macro-void layer sandwiched between the two surface layers, a mean pore size of the holes in the A-surface is smaller than a mean pore size of the holes in the B-surface, and the macro-void layer has a partition bonded to the surface layers (the A-surface and the and a plurality of macro-voids surrounded by the partition and the surface layers (the A-surface and the wherein the cell-containing sample is a cell culture substrate in which cells are being cultured; a cell-containing biological sample; or a second porous polyimide film in which cells are being cultured, wherein the cells are human or animal cells.
Oral formulation comprising about 50 mg of a pharmaceutically acceptable salt of diclofenac and a buffering agent selected from alkali metal carbonates and bicarbonates, wherein the weight ratio of buffering agent to diclofenac is in a range of 1:5 to 5:1, for use in the treatment of acute pain in a human patient requiring pain relief for at least eight hours, wherein said formulation achieves a t max in from about 10 to about 35 minutes and the oral formulation is administered no more than 3 total times in a 24 hour period.
A method for an orthogonal frequency division multiplex, OFDM, receiver to suppress an inter-carrier interference and noise signal in data received by the receiver by using a symbol interference free interval without inter-symbol interference, ISI, in a guard interval,GI, of a received OFDM symbol, comprising: performing (S301, S303) FFT corresponding to a length of the GI on sample data of the symbol interference free interval and sample data of a rear portion corresponding to the symbol interference free interval of a corresponding effective symbol interval of the received OFDM symbol; measuring a first power spectrum of FFT result on the sample data of the symbol interference free interval and measuring a second power spectrum of FFT result on the sample data of the rear portion; estimating a value generated by performing an adding operation or an averaging operation on the first power spectrum to be a signal-to-noise ratio, SNR, of the symbol interference free interval and estimating a value generated by performing an adding operation or an averaging operation on the second power spectrum to be a SNR of the rear portion, for at least one subcarrier of which the first power spectrum and the second power spectrum are equal to or greater than a predetermined threshold value; performing a weighting operation between the sample data of the symbol interference free interval and the sample data of the rear portion by using the estimated SNR of the symbol interference free interval and the estimated SNR of the rear portion; and generating FFT input data from the received data by including into the effective symbol interval of the received data the weighting-operated sample data; performing an FFT on the FFT input data. performing (S301, S303) FFT corresponding to a length of the GI on sample data of the symbol interference free interval and sample data of a rear portion corresponding to the symbol interference free interval of a corresponding effective symbol interval of the received OFDM symbol; measuring a first power spectrum of FFT result on the sample data of the symbol interference free interval and measuring a second power spectrum of FFT result on the sample data of the rear portion; estimating a value generated by performing an adding operation or an averaging operation on the first power spectrum to be a signal-to-noise ratio, SNR, of the symbol interference free interval and estimating a value generated by performing an adding operation or an averaging operation on the second power spectrum to be a SNR of the rear portion, for at least one subcarrier of which the first power spectrum and the second power spectrum are equal to or greater than a predetermined threshold value; performing a weighting operation between the sample data of the symbol interference free interval and the sample data of the rear portion by using the estimated SNR of the symbol interference free interval and the estimated SNR of the rear portion; and generating FFT input data from the received data by including into the effective symbol interval of the received data the weighting-operated sample data; performing an FFT on the FFT input data.
A method for providing service notifications on a network, the method comprising: obtaining notification information for targeted devices; determining a response factor that indicates how many of the targeted devices are allowed to access an identified network location at any particular time to automatically perform an upgrade function based on information in a particular notification message, wherein the notification message includes an upgrade link identifying the network location where the upgrade function can be found; generating the particular notification message (118, 300) based on the determined response factor to control a subset of the targeted devices to automatically perform the upgrade function based on receiving the particular notification message; and broadcasting the particular notification message over the network to all devices connected to the network. obtaining notification information for targeted devices; determining a response factor that indicates how many of the targeted devices are allowed to access an identified network location at any particular time to automatically perform an upgrade function based on information in a particular notification message, wherein the notification message includes an upgrade link identifying the network location where the upgrade function can be found; generating the particular notification message (118, 300) based on the determined response factor to control a subset of the targeted devices to automatically perform the upgrade function based on receiving the particular notification message; and broadcasting the particular notification message over the network to all devices connected to the network.
A method of forming a container from a preform made of plastic, the method comprising the steps of positioning a preform within a mold having interior surfaces defining a cavity in the shape of the container, the preform having a body bounded by a closed end and an open end, the body defining a preform minimum diameter, injecting a molding medium into the preform axially stretching the preform within the mold, radially expanding the preform into conformity with the interior surfaces of the cavity defining the shape of the container, radial expansion being effectuated by the injected molding medium, wherein the molding medium is a liquid, wherein the injecting step further includes the steps of forming the molding medium into a stream having an outer diameter at least 2mm less than the minimum diameter of the body of the preform, and directing the stream into the preform to initially impinge upon the preform at the closed end and to initially avoid impingement upon the preform in areas of the preform other than the closed end, and wherein the body of the preform includes a transition extending from the open end toward the closed end, the transition reducing in diameter as it progress from the finish toward the closed end.
A submodule distributed control method, wherein all submodules of each bridge arm of a converter valve are grouped into M groups, M being >1, all the submodules comprise faulty submodules and normal submodules, the respective submodules in each group are equal or unequal in number, the normal submodules in each group are allowed to dynamically change in number, each group corresponds to one valve based controller, each valve based controller separately operates, an upper-level controller delivers the number of input submodules to the valve based controller and administers one or more bridge arms, and the number of input submodules is calculated as follows: finding, by each valve based controller, an average voltage U i of the normal submodules administered by the valve based controller, counting the number N i ok of the normal submodules, and sending the average voltage and the number to the upper-level controller; acquiring, by the upper-level controller, a bridge arm current I arm and determining a direction; solving, by the upper-level controller, a weight B i of each administered valve based controller according to the average voltage U i of the normal submodules administered by each valve based controller, the number N i ok of the normal submodules, and the direction of the bridge arm current, where when the bridge arm current is in a charging direction, and when the bridge arm current is in a discharging direction, B i = B i n = U i ̅ N i ok ∑ i = 1 M U i ̅ N i ok; and calculating, by the upper-level controller according to the total number N total on of the submodules to be input in a corresponding bridge arm and the weight B i of each valve based controller, the number N i on = round B i N total on of the submodules being input in each valve based controller, where round is a rounding function. finding, by each valve based controller, an average voltage U i of the normal submodules administered by the valve based controller, counting the number N i ok of the normal submodules, and sending the average voltage and the number to the upper-level controller; acquiring, by the upper-level controller, a bridge arm current I arm and determining a direction; solving, by the upper-level controller, a weight B i of each administered valve based controller according to the average voltage U i of the normal submodules administered by each valve based controller, the number N i ok of the normal submodules, and the direction of the bridge arm current, where when the bridge arm current is in a charging direction, and when the bridge arm current is in a discharging direction, B i = B i n = U i ̅ N i ok ∑ i = 1 M U i ̅ N i ok; and calculating, by the upper-level controller according to the total number N total on of the submodules to be input in a corresponding bridge arm and the weight B i of each valve based controller, the number N i on = round B i N total on of the submodules being input in each valve based controller, where round is a rounding function.
A wall mounting block for sanitary installations, having a basic body that may be built into a wall and/or that may be attached to a wall including at least one pipe-like recess (3, 4) extending downwards, upwards or to the side, which terminates in a mounting recess being accessible from the front, into which an installation pipe may be inserted, wherein in the mounting recess there is provided at least one connecting element for connecting the installation pipe with a further element, and wherein the at least one connecting element is mounted at a reinforcement plate that is inserted into the mounting recess and rigidly connected with the basic body, forming a back-side of the mounting recess, characterized in that the mounting recess is bordered at its circumference by a reinforcement frame and that a pipe (8, 9) that is rigidly connected with the basic body is inserted in the pipe-like recess (3, 4).
An IgG class Fc-region comprising a first variant Fc-region polypeptide and a second variant Fc-region polypeptide, wherein a) the first variant Fc-region polypeptide is derived from a first parent IgG class Fc-region polypeptide and the second variant Fc-region polypeptide is derived from a second parent IgG class Fc-region polypeptide, whereby the first parent IgG class Fc-region polypeptide is identical to or different from the second parent IgG class Fc-region polypeptide, and b) the first variant Fc-region polypeptide differs from the second variant Fc-region polypeptide in one or more amino acid residues other than those amino acid residues in which the first parent IgG class Fc-region polypeptide differs from the second parent IgG class Fc-region polypeptide, and c) the IgG class Fc-region comprising the first variant Fc-region polypeptide and the second variant Fc-region polypeptide has an affinity to a human Fc-receptor that is different than that of an IgG class Fc-region comprising the first parent IgG class Fc-region polypeptide of a) and the second parent IgG class Fc-region polypeptide of a), wherein either the first Fc-region polypeptide or the second Fc-region polypeptide or both Fc-region polypeptides comprise independently of each other the following combination of mutations: - T307H and N434H. a) the first variant Fc-region polypeptide is derived from a first parent IgG class Fc-region polypeptide and the second variant Fc-region polypeptide is derived from a second parent IgG class Fc-region polypeptide, whereby the first parent IgG class Fc-region polypeptide is identical to or different from the second parent IgG class Fc-region polypeptide, and b) the first variant Fc-region polypeptide differs from the second variant Fc-region polypeptide in one or more amino acid residues other than those amino acid residues in which the first parent IgG class Fc-region polypeptide differs from the second parent IgG class Fc-region polypeptide, and c) the IgG class Fc-region comprising the first variant Fc-region polypeptide and the second variant Fc-region polypeptide has an affinity to a human Fc-receptor that is different than that of an IgG class Fc-region comprising the first parent IgG class Fc-region polypeptide of a) and the second parent IgG class Fc-region polypeptide of a), - T307H and N434H.
Pneumatic vehicle tyre for utility vehicles, having a carcass, having a belt constructed radially outside the carcass, and having a profiled tread constructed on the belt radially outside the belt, wherein the belt is formed from multiple belt plies (13, 14, 15) arranged lying one on top of the other from the radial inside to the radial outside, of which at least two belt plies (13, 15) are formed as working plies, wherein the radially inner and the radially outer of the two working plies are belt plies with parallel strengthening members (23, 25) composed of steel embedded in rubber, wherein the strengthening members of the radially inner working ply enclose, in terms of their orientation, an angle α with the circumferential direction U, where 10°≤α≤24°, and the strengthening members of the radially outer working ply enclose an angle γ with the circumferential direction U, where 10°≤γ≤24°, wherein, as viewed in the circumferential direction U of the vehicle tyre, the strengthening members of one working ply have an opposite axial direction of inclination in relation to the strengthening members of the other working ply, wherein the strengthening members of the radially inner of the two working plies (13, 15) in the vehicle tyre have a different outer diameter than the strengthening members of the radially outer of the two working plies (13, 15), characterized in that, on the outer working ply radially outside the radially outer working ply, there is formed a further belt ply with parallel strengthening members embedded in rubber, wherein the further belt ply is in the form of a zero-degree ply, the strengthening members of which enclose, in terms of their orientation, an angle δ with the circumferential direction U of the pneumatic vehicle tyre, where 0°≤δ≤5°.
A kit for use in the treatment of lung cancer comprising a first composition comprising a therapeutically effective amount of sodium meta arsenite and a second composition comprising a therapeutically effective amount of a cytotoxic anti-cancer agent selected from the group consisting of cisplatin, paclitaxel and docetaxel.
A method of replenishing or increasing chromium content of a trivalent chromium electrolyte, the method comprising the steps of: a) immersing an electrode comprising chromium and a second electrode in an electrolyte comprising trivalent chromium ions; and b) applying an alternating pulse current across the chromium electrode and the second electrode; wherein chromium is electrolytically dissolved from the chromium electrode in the form of trivalent chromium ions and the trivalent chromium content of the electrolyte in which the chromium electrode is immersed is replenished or enriched. a) immersing an electrode comprising chromium and a second electrode in an electrolyte comprising trivalent chromium ions; and b) applying an alternating pulse current across the chromium electrode and the second electrode;
Dishwasher comprising a washing container providing a washing chamber for receiving washware to be cleaned and a spray device arranged within the washing container for supplying washware to be cleaned with a washing solution, the spray device having a rotatably mounted spray arm and comprises at least two wings (6, 7, 8) which each provide a washing solution channel, the washing solution channel of one of the spray arm wings having a cleaning agent receiving portion, characterised by a dispensing unit which can be removed from the cleaning agent receiving portion and which can be loaded with a cleaning agent, which dispensing unit can be inserted into the cleaning agent receiving portion in two different positions such that, in a first position of the dispensing unit, a washing solution can pass through the dispensing unit and, in a second position of the dispensing unit, the washing solution channel comprising the cleaning agent receiving portion is blocked in a fluid-tight manner.
A ceramic composite structure for use in a nuclear reactor environment comprising a chamber including an external shell and a hollow space inside the external shell, the external shell including: an inner composite layer including a first silicon carbide reinforced ceramic matrix composite structure, a middle composite layer placed outside of the inner composite layer, the middle composite layer including a second silicon carbide reinforced ceramic matrix composite structure that is different from the first silicon carbide reinforced ceramic matrix composite structure, an outer ceramic monolithic layer that has a spatially uniform material property and placed outside of the middle composite layer, and one or more monolithic layers placed between the middle composite layer and the outer ceramic monolithic layer. an inner composite layer including a first silicon carbide reinforced ceramic matrix composite structure, a middle composite layer placed outside of the inner composite layer, the middle composite layer including a second silicon carbide reinforced ceramic matrix composite structure that is different from the first silicon carbide reinforced ceramic matrix composite structure, an outer ceramic monolithic layer that has a spatially uniform material property and placed outside of the middle composite layer, and one or more monolithic layers placed between the middle composite layer and the outer ceramic monolithic layer.