mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing superabsorbent polymer granules, the method comprising: forming fine particle granules by mixing particles obtained during a preparation process of a superabsorbent polymer with an aqueous solvent, wherein the fine particles have a particle size of 150 μm or less, wherein the fine particles have been obtained by size-sorting through ASTM standard sieves; mixing the fine particle granules with a metal sulfate; and drying the fine particle granules mixed with the metal sulfate by heating, wherein the aqueous solvent is one or more compounds selected from the group consisting of water, methyl alcohol, ethyl alcohol, n-propyl alcohol, isopropyl alcohol, n-butyl alcohol, isobutyl alcohol, t-butyl alcohol, acetone, tetrahydrofuran, N,N-dimethylformamide, and dimethyl sulfoxide. forming fine particle granules by mixing particles obtained during a preparation process of a superabsorbent polymer with an aqueous solvent, wherein the fine particles have a particle size of 150 μm or less, wherein the fine particles have been obtained by size-sorting through ASTM standard sieves; mixing the fine particle granules with a metal sulfate; and drying the fine particle granules mixed with the metal sulfate by heating, wherein the aqueous solvent is one or more compounds selected from the group consisting of water, methyl alcohol, ethyl alcohol, n-propyl alcohol, isopropyl alcohol, n-butyl alcohol, isobutyl alcohol, t-butyl alcohol, acetone, tetrahydrofuran, N,N-dimethylformamide, and dimethyl sulfoxide.
A method of performing a real-time classification of a data stream exchanged between a client (10.1;10.2) and a server over a telecommunications network, the method comprising: - receiving a data segment of the data stream, the data segment indicating a data offset within the data stream; - updating a bitmap table with the received data segment based on the indicated data offset, wherein the bitmap table comprises a number of blocks of data having a predetermined size, the data blocks being ordered by block sequence numbers in the bitmap table; - after updating the bitmap table, if at least one data block in the bitmap table is incomplete, the incomplete data block is added to a pending block list to wait for reception of complementary data in a further received data segment, and if at least one first data block in the bitmap table or in the pending block list having a first block sequence number is complete, performing measurements on the complete data block to obtain at least one measurement result without waiting for all the data blocks of the bitmap table and the pending block list having block sequence numbers that are lower than the first block sequence number to be completed; - performing at least one statistical analysis based on measurement results obtained for several complete blocks; - classifying the data stream into one group among a plurality of groups, based on the performed statistical analysis at least. - receiving a data segment of the data stream, the data segment indicating a data offset within the data stream; - updating a bitmap table with the received data segment based on the indicated data offset, wherein the bitmap table comprises a number of blocks of data having a predetermined size, the data blocks being ordered by block sequence numbers in the bitmap table; - after updating the bitmap table, if at least one data block in the bitmap table is incomplete, the incomplete data block is added to a pending block list to wait for reception of complementary data in a further received data segment, and if at least one first data block in the bitmap table or in the pending block list having a first block sequence number is complete, performing measurements on the complete data block to obtain at least one measurement result without waiting for all the data blocks of the bitmap table and the pending block list having block sequence numbers that are lower than the first block sequence number to be completed; - performing at least one statistical analysis based on measurement results obtained for several complete blocks; - classifying the data stream into one group among a plurality of groups, based on the performed statistical analysis at least.
An organic material represented by following Formula 1: wherein Ar 1 is hydrogen atom, and Ar 2 is selected from the group consisting of hydrogen, C6-C24 aryl, and C6-C24 heterocyclic aryl, and n is an integer selected from 2, wherein Ar has following structure: wherein Ar 1 is hydrogen atom, and Ar 2 is selected from the group consisting of hydrogen, C6-C24 aryl, and C6-C24 heterocyclic aryl, and n is an integer selected from 2, wherein Ar has following structure:
A spacer for an insulating glass unit with at least two glass panes (50, 52), comprising a metallic layer, wherein the metallic layer has a basic layer which is made of stainless steel, characterized in that the metallic layer further has at least one oxide layer which is provided on the basic layer by oxidation and provides improved adhesion properties in comparison to the basic layer.
A method of mass spectrometry comprising: initially calibrating or re-calibrating a mass spectrometer at a time T 0 and at substantially the same time measuring a time of flight or mass to charge ratio M 0 of one or more first ions; operating the mass spectrometer at a subsequent time T 1; measuring the time of flight or mass to charge ratio M 1 of said one or more first ions at said time T 1; and characterised by: adjusting the time of flight or mass to charge ratio of ions by or based upon the difference between the time of flight or mass to charge ratio M 1 of said one or more first ions as measured at said time T 1 and said time of flight or mass to charge ratio M 0 of said one or more first ions as measured at said time T 0. initially calibrating or re-calibrating a mass spectrometer at a time T 0 and at substantially the same time measuring a time of flight or mass to charge ratio M 0 of one or more first ions; operating the mass spectrometer at a subsequent time T 1; measuring the time of flight or mass to charge ratio M 1 of said one or more first ions at said time T 1; and characterised by: adjusting the time of flight or mass to charge ratio of ions by or based upon the difference between the time of flight or mass to charge ratio M 1 of said one or more first ions as measured at said time T 1 and said time of flight or mass to charge ratio M 0 of said one or more first ions as measured at said time T 0.
Melanocyte precursor cells suspension for use in a method for increasing the pigmentation of skin, wherein the melanocyte precursor cells from root sheaths, which have been obtained from a first area of skin of a donor, are applied to a second area of skin of a recipient, wherein the melanocyte precursor cells have been enzymatically detached from the root sheaths, wherein the melanocyte precursor cells have been introduced into the melanocyte precursor cells suspension, wherein the melanocyte precursor cells have been directly introduced into the melanocyte precursor cells suspension, and not after in vitro cell cytokinesis, characterized in that the melanocyte precursor cells suspension is directly applied to the second area of skin, and not after in vitro cytokinesis of the melanocyte precursor cells.
A material transfer vehicle comprising a truck-receiving hopper that is adapted to receive asphalt material from a truck, said truck-receiving hopper including: (a) a centreline; (b) an expandable front portion comprising: (i) a right expandable sidewall assembly having a right outer fixed sidewall panel and means for moving the right outer fixed sidewall panel between an inner right position and an outer right position; (ii) a left expandable sidewall assembly having a left outer fixed sidewall panel and means for moving the left outer fixed sidewall panel between an inner left position and an outer left position; (c) a rear portion having a right sidewall panel and a left sidewall panel, which right and left sidewall panels (62, 63) are fixed against movement with respect to each other; characterized in that: (d) said means for moving the right outer fixed sidewall panel and said means for moving the left outer fixed sidewall panel are adapted to move said outer fixed sidewall panels (70,102) laterally in a direction perpendicular to the centerline. (a) a centreline; (b) an expandable front portion comprising: (i) a right expandable sidewall assembly having a right outer fixed sidewall panel and means for moving the right outer fixed sidewall panel between an inner right position and an outer right position; (ii) a left expandable sidewall assembly having a left outer fixed sidewall panel and means for moving the left outer fixed sidewall panel between an inner left position and an outer left position; (i) a right expandable sidewall assembly having a right outer fixed sidewall panel and means for moving the right outer fixed sidewall panel between an inner right position and an outer right position; (ii) a left expandable sidewall assembly having a left outer fixed sidewall panel and means for moving the left outer fixed sidewall panel between an inner left position and an outer left position; (c) a rear portion having a right sidewall panel and a left sidewall panel, which right and left sidewall panels (62, 63) are fixed against movement with respect to each other;
Tutoring system for greenhouse cultivation consisting of a grid, for tying plants placed in a vertical position, composed of a lower grid comprising: - a rope located at the bottom in a horizontal position in parallel and almost in contact with the ground, - a horizontal support rope located in parallel at one meter from said base rope, - a horizontal top rope located in parallel to the preceding ropes, - vertical tutor ropes, one for each plant, joined or tied from one end at the bottom with the base rope, from the other end at the top with the top rope, characterised in that is connected to an upper grid provided with: - horizontal ropes (3.1, 3.2,..., 3.n) parallel to the horizontal top rope, - oblique ropes (5, 5.1, 5.2,..., 5.n-1), diagonally connected to each of said horizontal ropes (3.1, 3.2,..., 3.n) - vertical tape ropes (6, 6.1, 6.2,..., 6.n-1), orthogonally connected to each of said horizontal ropes (3.1, 3.2,..., 3.n), said vertical tape ropes (6, 6.1, 6.2,..., 6.n-1) are able to be cut and in that each of said oblique ropes (5, 5.1, 5.2,..., 5.n-1) are able to be rotated around the respective junction points with the horizontal ropes (3.1, 3.2,..., 3.n) to form an extensible system able to vertically descent. - a rope located at the bottom in a horizontal position in parallel and almost in contact with the ground, - a horizontal support rope located in parallel at one meter from said base rope, - a horizontal top rope located in parallel to the preceding ropes, - vertical tutor ropes, one for each plant, joined or tied from one end at the bottom with the base rope, from the other end at the top with the top rope, - horizontal ropes (3.1, 3.2,..., 3.n) parallel to the horizontal top rope, - oblique ropes (5, 5.1, 5.2,..., 5.n-1), diagonally connected to each of said horizontal ropes (3.1, 3.2,..., 3.n) - vertical tape ropes (6, 6.1, 6.2,..., 6.n-1), orthogonally connected to each of said horizontal ropes (3.1, 3.2,..., 3.n),
Use of a fugetactic agent in the manufacture of a medicament for treating inflammation, autoimmune disease, an abscess, a transplant, an implant, atherosclerosis, myocarditis, infertility, or a tumor, the medicament containing a fugetactic amount of said agent for repelling immune cells from a specific site in a subject when the medicament is locally administered to the specific site in the subject, wherein the fugetactic agent is an agent having migratory cell repellent activity on a cell in a fugetactic amount, and having chemoattractant activity on the same cell at lower concentrations, wherein the fugetactic agent is SDF-1α or HIV-I IIIB gp120.
A flat pack for operating a downhole tool or sensor, comprising: a tube; a pair of bumpers; characterised in that, a pair of spacers disposed between the tube and the bumpers; and a jacket encapsulating the tube, the bumpers, and the spacers, wherein the tube, the spacers, and the bumpers are positioned in the jacket in a side-by-side arrangement, and in that the tube and the spacers are not twisted along the flat pack. a tube; a pair of bumpers; characterised in that, a pair of spacers disposed between the tube and the bumpers; and a jacket encapsulating the tube, the bumpers, and the spacers, wherein the tube, the spacers, and the bumpers are positioned in the jacket in a side-by-side arrangement, and in that the tube and the spacers are not twisted along the flat pack.
Method for operating a flame furnace comprising a combustion chamber, a method in which: - a main oxidant is injected at a regulated flow rate in the combustion chamber, - combustible material is burned in the combustion chamber with the main oxidant, producing heat energy and fumes in the combustion chamber at a temperature above 600°C, - the fumes thus produced are discharged from the combustion chamber through a discharge pipe, said fumes discharged being able to contain residual oxidisable materials, the method being characterised in that: - the discharge pipe is provided with an inlet for dilution oxidant downstream of the combustion chamber, and in that: - the residual oxidisable materials are burned with the dilution oxidant by means of a flame in the discharge pipe at the dilution-oxidant inlet, - the flame intensity of said flame in the discharge pipe is detected, - the rate of injection of main oxidant in the combustion chamber is regulated according to the flame intensity detected. - a main oxidant is injected at a regulated flow rate in the combustion chamber, - combustible material is burned in the combustion chamber with the main oxidant, producing heat energy and fumes in the combustion chamber at a temperature above 600°C, - the fumes thus produced are discharged from the combustion chamber through a discharge pipe, said fumes discharged being able to contain residual oxidisable materials, - the discharge pipe is provided with an inlet for dilution oxidant downstream of the combustion chamber, - the residual oxidisable materials are burned with the dilution oxidant by means of a flame in the discharge pipe at the dilution-oxidant inlet, - the flame intensity of said flame in the discharge pipe is detected, - the rate of injection of main oxidant in the combustion chamber is regulated according to the flame intensity detected.
An imaging system for imaging portions of small-animals, comprising: a plurality of elongated rails comprising a first rail and a second rail, each rail having a proximal end, a spaced distal end, and a longitudinal axis (R1, R2), the proximal end of the first rail positioned proximate a first edge of the second rail intermediate the proximal end and distal end of the second rail, the longitudinal axis of the first rail oriented at an angle with respect to the longitudinal axis of the second rail; a scanhead assembly having a mount that includes a scanhead assembly base member selectively mounted onto the first rail and movable in a linear bi-directional manner along the longitudinal axis of the first rail; and a small-animal mount assembly having a mount subassembly that includes a mount assembly base member characterised in that said mount assembly base member is selectively mounted onto the second rail and movable in a linear bi-directional manner along the longitudinal axis of the second rail. a plurality of elongated rails comprising a first rail and a second rail, each rail having a proximal end, a spaced distal end, and a longitudinal axis (R1, R2), the proximal end of the first rail positioned proximate a first edge of the second rail intermediate the proximal end and distal end of the second rail, the longitudinal axis of the first rail oriented at an angle with respect to the longitudinal axis of the second rail; a scanhead assembly having a mount that includes a scanhead assembly base member selectively mounted onto the first rail and movable in a linear bi-directional manner along the longitudinal axis of the first rail; and a small-animal mount assembly having a mount subassembly that includes a mount assembly base member characterised in that said mount assembly base member is selectively mounted onto the second rail and movable in a linear bi-directional manner along the longitudinal axis of the second rail.
A method of operating electric brakes for an aircraft, comprising: monitoring at least a voltage in a power system of the aircraft; and adjusting a power provided from the power system to the electric brakes based on at least the monitored voltage to provide a substantially constant first power to the electric brakes over a range of voltages of the power system within a first behavioural zone. monitoring at least a voltage in a power system of the aircraft; and adjusting a power provided from the power system to the electric brakes based on at least the monitored voltage to provide a substantially constant first power to the electric brakes over a range of voltages of the power system within a first behavioural zone.
An apparatus for moving a carriage along a rail, comprising: a frame having a first set of teeth and a second set of teeth, a shuttle including a third set of teeth that are configured to engage with the carriage to translate the carriage in a first direction with respect to the frame when the carriage is engaged with the third set of teeth, wherein the carriage is configured to move a container suspended from the carriage; and wherein the first set of teeth, the second set of teeth, and the third set of teeth each include a tooth having a holding configuration and a disengaged configuration, characterized in that, in the holding configuration, the tooth extends into a carriage recess of the frame and a holding face of the tooth is configured to inhibit the translation of the carriage within the carriage recess in a second direction; and in the disengaged configuration, the tooth allows the carriage to translate within the carriage recess in the first direction. a frame having a first set of teeth and a second set of teeth, a shuttle including a third set of teeth that are configured to engage with the carriage to translate the carriage in a first direction with respect to the frame when the carriage is engaged with the third set of teeth, wherein the carriage is configured to move a container suspended from the carriage; and wherein the first set of teeth, the second set of teeth, and the third set of teeth each include a tooth having a holding configuration and a disengaged configuration, characterized in that, in the holding configuration, the tooth extends into a carriage recess of the frame and a holding face of the tooth is configured to inhibit the translation of the carriage within the carriage recess in a second direction; and in the disengaged configuration, the tooth allows the carriage to translate within the carriage recess in the first direction. in the holding configuration, the tooth extends into a carriage recess of the frame and a holding face of the tooth is configured to inhibit the translation of the carriage within the carriage recess in a second direction; and in the disengaged configuration, the tooth allows the carriage to translate within the carriage recess in the first direction.
An information carrier for being mounted to an object to be marked, the information carrier including at least one contact surface which, by way of magnetic adhesion of the information carrier to the object to be marked, is adapted to be brought into contact with a surface of the object to be marked, and in that the information carrier includes a decontacting surface which adjoins the contact surface and forms an angle α with the contract surface, characterized in that the information carrier includes a carrier surface which is associated to the contact surface at the back and is suitable for magnetic adhesion.
A method of tracing information about a program execution flow, said method comprising: a. generating memory addresses of character strings of a trace output which provides said information about the program execution flow and storing them in a buffer memory; b. monitoring a fill status of said buffer memory; c. triggering a supply of a predetermined number of said stored memory addresses to a trace logging and viewing application when a predetermined fill level of said buffer memory has been reached; d. receiving at said trace logging and viewing application from said buffer memory a trace output including memory addresses of character strings; e. searching through the trace output for a string address of a synchronization message; f. calculating a difference between said string address and an offset of a reference string corresponding to said string address in a binary image data of said program; and g. obtaining a readable format of said trace output at said trace logging and viewing application by using said calculated difference to access said binary image data. a. generating memory addresses of character strings of a trace output which provides said information about the program execution flow and storing them in a buffer memory; b. monitoring a fill status of said buffer memory; c. triggering a supply of a predetermined number of said stored memory addresses to a trace logging and viewing application when a predetermined fill level of said buffer memory has been reached; d. receiving at said trace logging and viewing application from said buffer memory a trace output including memory addresses of character strings; e. searching through the trace output for a string address of a synchronization message; f. calculating a difference between said string address and an offset of a reference string corresponding to said string address in a binary image data of said program; and g. obtaining a readable format of said trace output at said trace logging and viewing application by using said calculated difference to access said binary image data.
A method for preparing a foam composition for use in fabric laminated foam articles comprising the steps of: - adding at least one polyol; - adding at least one isocyanate; and - adding a catalyst, wherein the catalyst comprises a first catalyst and a second catalyst, the first catalyst being capable of accelerating a reaction between the at least one polyol and the at least one isocyanate, and the second catalyst being capable of initiating a reaction between the at least one polyol and the at least one isocyanate at a rate slower than the first catalyst, wherein the first catalyst comprises a normal gelling catalyst and a normal blowing catalyst and the second catalyst comprises a delayed action gelling catalyst and a delayed action blowing catalyst, and wherein ratio of the normal gelling catalyst to the delayed action gelling catalyst is in the range 0.1:1 to 15:1, ratio of the normal blowing catalyst to the delayed action blowing catalyst is in the range 0.5:1 to 15:1, ratio of the normal gelling catalyst to the normal blowing catalyst is in the range 2:1 to 25:1, and ratio of the delayed action gelling catalyst to the delayed action blowing catalyst is in the range 0.2:1 to 5:1, wherein the ratios referred to are weight ratios. - adding at least one polyol; - adding at least one isocyanate; and - adding a catalyst,