mhurhangee/ep-ind-claims huggingface dataset:
A method for removing residual host cell DNA from a fermentation broth comprising a protein of interest and a microorganism producing the protein of interest, said method comprising: a) adding a poly aluminium chloride to the fermentation broth, and b) separating the flocculated microorganism from the fermentation broth. a) adding a poly aluminium chloride to the fermentation broth, and b) separating the flocculated microorganism from the fermentation broth.
A method for producing a polishing pad comprising a film formation substrate, and a polyurethane resin film as a polishing layer on the film formation substrate, the method comprising the steps of dissolving a composition for forming polyurethane resin film containing a polyurethane resin and an additive(s) in a solvent capable of dissolving the resin; removing an insoluble component(s) to make the content of the insoluble component(s) in the solution less than 1% by mass relative to the total mass (solid content mass) of the composition for forming polyurethane resin film; adding a poor solvent to the solution from which the insoluble component(s) has(have) been removed, followed by mixing, the amount (ml) of the poor solvent to be added per gram of the solid content mass of the resin being calculated according to Formula 1: the amount (ml) = a coagulation value (ml) of the polyurethane resin determined by using the poor solvent x A (A = 0.007 to 0.027); and forming a film from the mixture solution on the film formation substrate by a wet coagulation method, to thereby form the polyurethane resin film.
A method, implemented by a code division multiple access, CDMA, wireless communication device, for processing a received signal with multiple signal images to generate power estimates, the method comprising: computing a first set of power estimates at a first set of delays; characterized by generating a model of signal powers at the first set of delays as a function of the power leakage from non-aligned signal images in the received signal into the first set of delays; and computing a second set of power estimates with reduced estimation bias based on the first set of power estimates and the model of the signal powers. computing a first set of power estimates at a first set of delays; characterized by generating a model of signal powers at the first set of delays as a function of the power leakage from non-aligned signal images in the received signal into the first set of delays; and computing a second set of power estimates with reduced estimation bias based on the first set of power estimates and the model of the signal powers.
An apparatus for separating lighter components of a hydrocarbon product comprising: a) a storage container tank (10, 110); b) an inlet located at or near the bottom of the apparatus, wherein the inlet is fluidly connected to a vertical inner pipe (30, 130) and is configured to receive incoming hydrocarbon product, the inner pipe providing a passageway through which the hydrocarbon product is routed upwards to a vapor space of the container tank (10,110); c) a distribution screen (40, 140) located near or top of the apparatus, wherein the distribution screen provides an interface for single stage flash evaporation upon spray, impingement and/or agitation of the hydrocarbon product thereby resulting in a processed hydrocarbon product; characterized in that d) the inner pipe (30, 130) is disposed in an outer pipe, wherein the inner pipe (30, 130) and the outer pipe extend vertically within the container tank; and characterized by: e) a secondary area for vapor-liquid separation located below the distribution screen in the annular space between the inner and outer pipes, wherein the secondary area includes a packed bed that provides additional separation of components of the hydrocarbon product; and f) an annular downward flow path for the processed hydrocarbon product, which provides a barrier against heat transfer between incoming hydrocarbon product in the inner pipe and bulk surrounding fluid stored in the container tank. a) a storage container tank (10, 110); b) an inlet located at or near the bottom of the apparatus, wherein the inlet is fluidly connected to a vertical inner pipe (30, 130) and is configured to receive incoming hydrocarbon product, the inner pipe providing a passageway through which the hydrocarbon product is routed upwards to a vapor space of the container tank (10,110); c) a distribution screen (40, 140) located near or top of the apparatus, wherein the distribution screen provides an interface for single stage flash evaporation upon spray, impingement and/or agitation of the hydrocarbon product thereby resulting in a processed hydrocarbon product; characterized in that d) the inner pipe (30, 130) is disposed in an outer pipe, wherein the inner pipe (30, 130) and the outer pipe extend vertically within the container tank; and characterized by: e) a secondary area for vapor-liquid separation located below the distribution screen in the annular space between the inner and outer pipes, wherein the secondary area includes a packed bed that provides additional separation of components of the hydrocarbon product; and f) an annular downward flow path for the processed hydrocarbon product, which provides a barrier against heat transfer between incoming hydrocarbon product in the inner pipe and bulk surrounding fluid stored in the container tank.
A method for wireless communication at a network access device, comprising: selecting (1905; 2010) a dynamic subframe type of a time division duplex, TDD, subframe (200; 230; 265; 305; 310) from a set of dynamic subframe types, characterized in that hybrid automatic repeat request, HARQ, feedback for all transmissions during the TDD subframe is transmitted within the TDD subframe; and indicating (1910; 2030) the dynamic subframe type within a temporally first symbol period in a TDD header (205; 235; 270; 325; 340) of the TDD subframe and transmitting data or receiving data during the TDD subframe based at least in part on the dynamic subframe type. selecting (1905; 2010) a dynamic subframe type of a time division duplex, TDD, subframe (200; 230; 265; 305; 310) from a set of dynamic subframe types, characterized in that hybrid automatic repeat request, HARQ, feedback for all transmissions during the TDD subframe is transmitted within the TDD subframe; and indicating (1910; 2030) the dynamic subframe type within a temporally first symbol period in a TDD header (205; 235; 270; 325; 340) of the TDD subframe and transmitting data or receiving data during the TDD subframe based at least in part on the dynamic subframe type.
Fluid temperature control device for an extracorporeal blood treatment apparatus, comprising: a casing delimiting a heating/cooling seat configured to accommodate a fluid warming/cooling bag connected or connectable to an extracorporeal blood treatment apparatus; heating/cooling elements (29, 30) operatively active in the heating/cooling seat to heat/cool the fluid warming/cooling bag; at least a presence detector (32, 33) operatively active at the heating/cooling seat to detect the presence of the fluid warming/cooling bag; an electronic control unit operatively connected to said at least one presence detector (32, 33); wherein the presence detector (32, 33) comprises a transmitter of a signal and a receiver; wherein the receiver is positioned with respect to the transmitter to selectively receive a transmitted signal after reflection, characterized in that the fluid temperature control device comprises two presence detectors (32, 33) configured to detect the presence of at least two different type of fluid warming/cooling bags, wherein the electronic control unit is operatively connected to the two presence detectors (32, 33), the electronic control unit being configured to perform at least the following procedure: receiving signals from the presence detectors, analyzing the received signals, detecting if the fluid warming/cooling bag and which type of fluid warming/cooling bag is properly accommodated in the heating/cooling seat as a function of the analyzed received signals. a casing delimiting a heating/cooling seat configured to accommodate a fluid warming/cooling bag connected or connectable to an extracorporeal blood treatment apparatus; heating/cooling elements (29, 30) operatively active in the heating/cooling seat to heat/cool the fluid warming/cooling bag; at least a presence detector (32, 33) operatively active at the heating/cooling seat to detect the presence of the fluid warming/cooling bag; an electronic control unit operatively connected to said at least one presence detector (32, 33); wherein the presence detector (32, 33) comprises a transmitter of a signal and a receiver; wherein the receiver is positioned with respect to the transmitter to selectively receive a transmitted signal after reflection, characterized in that the fluid temperature control device comprises two presence detectors (32, 33) configured to detect the presence of at least two different type of fluid warming/cooling bags, wherein the electronic control unit is operatively connected to the two presence detectors (32, 33), the electronic control unit being configured to perform at least the following procedure: receiving signals from the presence detectors, analyzing the received signals, detecting if the fluid warming/cooling bag and which type of fluid warming/cooling bag is properly accommodated in the heating/cooling seat as a function of the analyzed received signals. receiving signals from the presence detectors, analyzing the received signals, detecting if the fluid warming/cooling bag and which type of fluid warming/cooling bag is properly accommodated in the heating/cooling seat as a function of the analyzed received signals.
An infusion set (100, 200, 400, 500) connecting apparatus, comprising: a cap having an alignment opening; a base having a post with an outer circumference and an inner circumference securing a septum, configured to slidably engage the alignment opening of the cap and at least one mechanism to secure the cap, the mechanism having at least one shouldered inner surface; characterized by a rotatable coupling member having a cylinder on the cap and first and second base hooks (60A, 60B) on the base that rotatably capture the cylinder; wherein the rotatable coupling member is configured to rotate the cap relative to the base. a cap having an alignment opening; a base having a post with an outer circumference and an inner circumference securing a septum, configured to slidably engage the alignment opening of the cap and at least one mechanism to secure the cap, the mechanism having at least one shouldered inner surface; characterized by a rotatable coupling member having a cylinder on the cap and first and second base hooks (60A, 60B) on the base that rotatably capture the cylinder; wherein the rotatable coupling member is configured to rotate the cap relative to the base.
A method of accessing memory cells, wherein the cells are divided into at least a first region (182, 282) and a second region (184, 284), the method comprising: accessing at least a first memory cell in the first region (182, 282) according to a first address (400, 600, 700, 1300) definition, the first address definition including multiple bits identifying each of the bank (440, 640, 740, 1340), row (430, 630, 730, 1330), column (450, 650, 750, 1350), and channel (460, 660, 760, 1360) depth for at least the first memory cell to be accessed in the first region (182, 282), the first region having a first channel depth; and accessing at least a second memory cell in the second region (184, 284) according to a second address (400, 600, 700, 1300) definition, the second address definition including multiple bits identifying each of the bank (440, 640, 740, 1340) row (430, 630, 730, 1330),column (450, 650, 750, 1350), and channel (460, 660, 760, 1360) depth for at least the second memory cell to be accessed in the second region (184, 284), the second region having a second channel depth different from the first channel depth of the first region (182, 282), wherein the channel depth is the number of bytes that will be accessed from the channel before the address moves to another channel. accessing at least a first memory cell in the first region (182, 282) according to a first address (400, 600, 700, 1300) definition, the first address definition including multiple bits identifying each of the bank (440, 640, 740, 1340), row (430, 630, 730, 1330), column (450, 650, 750, 1350), and channel (460, 660, 760, 1360) depth for at least the first memory cell to be accessed in the first region (182, 282), the first region having a first channel depth; and accessing at least a second memory cell in the second region (184, 284) according to a second address (400, 600, 700, 1300) definition, the second address definition including multiple bits identifying each of the bank (440, 640, 740, 1340) row (430, 630, 730, 1330),column (450, 650, 750, 1350), and channel (460, 660, 760, 1360) depth for at least the second memory cell to be accessed in the second region (184, 284), the second region having a second channel depth different from the first channel depth of the first region (182, 282), wherein the channel depth is the number of bytes that will be accessed from the channel before the address moves to another channel.
A tool for removing sealant from a protruding fastener, the tool comprising: a shank for connecting to a rotary drive; and a body disposed on the shank and including a cavity with a working edge for engaging the sealant when the cavity is urged about the fastener; wherein the working edge is disposed within the cavity, wherein the working edge is contoured to approximate a profile of the fastener, and wherein the body further includes a working edge disposed on a bottom face of the body. a shank for connecting to a rotary drive; and a body disposed on the shank and including a cavity with a working edge for engaging the sealant when the cavity is urged about the fastener; wherein the working edge is disposed within the cavity, wherein the working edge is contoured to approximate a profile of the fastener, and wherein the body further includes a working edge disposed on a bottom face of the body. wherein the working edge is disposed within the cavity, wherein the working edge is contoured to approximate a profile of the fastener, and wherein the body further includes a working edge disposed on a bottom face of the body.
Electric machine, in particular drive motor for a power tool or starter generator for a motor vehicle, having a permanent magnet rotor and a stator supporting a polyphase stator winding, which electric machine can be operated on the one hand in a voltage-controlled, lower rotational speed range by means of a converter at a DC voltage source and on the other hand in a higher rotational speed range by way of field weakening, wherein, for the purpose of field weakening, the structure of the machine can be changed in the sense of reducing the flux linkage between the rotor and the stator, characterized in that at least parts (U1/2, V1/2, W1/2; U3/4, V3/4, W3/4) of the stator winding are embodied with parallel wires, which are each located in the same groove of the stator and can be switched over between a series circuit for the voltage-controlled operation and a parallel circuit for the field-weakening operation.
A method for dispensing a product from a package, the method comprising the steps of: a. providing a package having a base and a sidewall extending therefrom defining an interior of the package, the package further having an opening leading to the interior and a cover, sealing the opening when the package is in a sealed position to enclose a product therein, the package further comprising a puncture element disposed within the interior, the puncture element having a cutting edge or a sharp facing the cover; b. inserting the package in a dispensing apparatus; and c. actuating the dispensing apparatus so that pressure is applied onto the cover in a direction normal to the cutting edge or the sharp until the cutting edge or the sharp punctures or detaches at least part of the cover so as to transition the package from the sealed position to a dispensing position in which the product is dispensed through the opening, characterized in that the puncture element is composed of a mineral loaded polymer comprising a monolithic material formed of at least a base polymer and an active agent comprising minerals. a. providing a package having a base and a sidewall extending therefrom defining an interior of the package, the package further having an opening leading to the interior and a cover, sealing the opening when the package is in a sealed position to enclose a product therein, the package further comprising a puncture element disposed within the interior, the puncture element having a cutting edge or a sharp facing the cover; b. inserting the package in a dispensing apparatus; and c. actuating the dispensing apparatus so that pressure is applied onto the cover in a direction normal to the cutting edge or the sharp until the cutting edge or the sharp punctures or detaches at least part of the cover so as to transition the package from the sealed position to a dispensing position in which the product is dispensed through the opening, characterized in that the puncture element is composed of a mineral loaded polymer comprising a monolithic material formed of at least a base polymer and an active agent comprising minerals.
A method of detecting the presence of an Aspergillus fumigatus infection in a subject or culture, the method comprising: determining the presence of one, two or three e.g., all, of the volatile organic compounds (VOCs) selected from the group consisting of α-trans-bergamotene, β-trans-bergamotene and trans-geranylacetone in a sample comprising breath of a subject or headspace from a culture suspected of comprising Aspergillus isolated from a subject, or obtaining a sample from the culture, e.g., gas from the headspace of the culture, and detecting the presence of an A. fumigatus infection based on the presence of one, two or three e.g., all, of α-trans-bergamotene, β-trans-bergamotene, and trans-geranylacetone.
A method to establish tumors from circulating tumor cells (CTCs) from a primary tumor in a zebrafish embryo the method comprising: a. Isolating said circulating tumor cells from previously obtained biological fluid biopsies selected from whole blood, sputum, bronchial lavage, urine, nipple aspirate, lymph, and saliva; b. Labeling the circulating tumor cells with a cell tracking dye, preferably a fluorescent dye; c. Injecting the labeled circulating tumor cells into a 24 to 48 hours post fertilization (hpf) zebrafish embryo yolk; and d. Incubating the embryo for 24 hours or more to establish tumors in the zebrafish embryo. a. Isolating said circulating tumor cells from previously obtained biological fluid biopsies selected from whole blood, sputum, bronchial lavage, urine, nipple aspirate, lymph, and saliva; b. Labeling the circulating tumor cells with a cell tracking dye, preferably a fluorescent dye; c. Injecting the labeled circulating tumor cells into a 24 to 48 hours post fertilization (hpf) zebrafish embryo yolk; and d. Incubating the embryo for 24 hours or more to establish tumors in the zebrafish embryo.
An organic light emitting display (OLED) device comprising: a substrate; an anode electrode (180, 200) provided on the substrate; an organic emitting layer provided on the anode electrode; a cathode electrode provided on the organic emitting layer; an auxiliary electrode (190, 210) provided on the substrate, wherein the auxiliary electrode is connected with the cathode electrode; a bank provided on one side and the other side of the auxiliary electrode; and a partition (231, 232) spaced from the bank and provided on the auxiliary electrode, the partition including a first partition provided on the auxiliary electrode and a second partition provided on the first partition, wherein the length of the upper surface of the second partition in a first direction is greater than the length of the lower surface of the second partition in said first direction, characterized in that the first partition includes a plurality of first partitions provided on the auxiliary electrode and laterally spaced from each other, wherein the second partition is provided on the plurality of first partitions. a substrate; an anode electrode (180, 200) provided on the substrate; an organic emitting layer provided on the anode electrode; a cathode electrode provided on the organic emitting layer; an auxiliary electrode (190, 210) provided on the substrate, wherein the auxiliary electrode is connected with the cathode electrode; a bank provided on one side and the other side of the auxiliary electrode; and a partition (231, 232) spaced from the bank and provided on the auxiliary electrode, the partition including a first partition provided on the auxiliary electrode and a second partition provided on the first partition, wherein the length of the upper surface of the second partition in a first direction is greater than the length of the lower surface of the second partition in said first direction, characterized in that the first partition includes a plurality of first partitions provided on the auxiliary electrode and laterally spaced from each other, wherein the second partition is provided on the plurality of first partitions.
Front structure of motor vehicle, including, at least one side: - a front wing, - a front wheel passage, - means of reinforcement along a top inner edge of the front wing, characterized that reinforcement means include at least one support piece (21, 23) of the upper inner edge of the front wing, forming a horizontal ribbon with a trapezoidal lateral profile, between the front wheel passage and the upper edge, and a rear attachment piece of the front headlamp, located laterally at at least one supporting piece and supported by the front wheel passage. - a front wing, - a front wheel passage, - means of reinforcement along a top inner edge of the front wing,