mhurhangee/patent-ind-claim-en huggingface dataset:
A feeder-free xeno-free and integration-free method for dedifferentiating or reprogramming human somatic cells to produce feeder-free, xeno-free and integration-free, induced pluripotent stem cells comprising: transfecting the isolated human somatic cells with a composition comprising an effective amount of; a synthetic mRNA encoding reprogramming factor M 3 O, and synthetic mRNAs encoding reprogramming factors Sox2, Klf4, cMyc-T58A, Nanog, and Lin28; and wherein the composition is feeder-free and xeno-free, and is added to the isolated somatic cells with daily media changes using feeder-free and xeno-free media; whereby the somatic cell is reprogrammed or de-differentiated thereby producing feeder-free, xeno-free and integration-free induced pluripotent stem cells (iPSCs). transfecting the isolated human somatic cells with a composition comprising an effective amount of; a synthetic mRNA encoding reprogramming factor M 3 O, and synthetic mRNAs encoding reprogramming factors Sox2, Klf4, cMyc-T58A, Nanog, and Lin28; a synthetic mRNA encoding reprogramming factor M 3 O, and synthetic mRNAs encoding reprogramming factors Sox2, Klf4, cMyc-T58A, Nanog, and Lin28; and wherein the composition is feeder-free and xeno-free, and is added to the isolated somatic cells with daily media changes using feeder-free and xeno-free media; whereby the somatic cell is reprogrammed or de-differentiated thereby producing feeder-free, xeno-free and integration-free induced pluripotent stem cells (iPSCs).
An outdoor unit comprising: - a casing having an air outlet , a heat exchange section and a machinery section ; - a fan disposed inside the casing and configured to blow air to the outside of the casing via the air outlet ; - a heat exchanger disposed inside the casing at a position lower than the fan and disposed in the heat exchange section ; - an electrical component disposed inside the casing in the machinery section at a position lower than the heat exchange section ; - a heat radiation member connected to the electrical component inside the machinery section of the casing and disposed in the machinery section ; and - a duct configured to accommodate at least a part of the heat radiation member inside the casing and extend in the vertical direction characterised in that the outdoor unit further comprises - an upper end of the duct being configured to protrude upward higher than a lower end of the heat exchanger and have an opening inside the heat exchanger , and a lower end of the duct being configured to have an opening inside the machinery section . - a casing having an air outlet , a heat exchange section and a machinery section ; - a fan disposed inside the casing and configured to blow air to the outside of the casing via the air outlet ; - a heat exchanger disposed inside the casing at a position lower than the fan and disposed in the heat exchange section ; - an electrical component disposed inside the casing in the machinery section at a position lower than the heat exchange section ; - a heat radiation member connected to the electrical component inside the machinery section of the casing and disposed in the machinery section ; and - a duct configured to accommodate at least a part of the heat radiation member inside the casing and extend in the vertical direction characterised in that the outdoor unit further comprises - an upper end of the duct being configured to protrude upward higher than a lower end of the heat exchanger and have an opening inside the heat exchanger , and a lower end of the duct being configured to have an opening inside the machinery section .
A assay device comprising: a receptacle comprising a sample entry port ; a plunger disposed within the receptacle and having a first surface ; at least one reagent positioned below the plunger ; a membrane attached to the first surface of the plunger , the membrane comprising: a target conjugate zone in which a plurality of affinity components are disposed; a wick providing capillary force; and a detection zone in which a plurality of capture compounds are immobilized, wherein the detection zone is located between the target conjugate zone and the wick . a receptacle comprising a sample entry port ; a plunger disposed within the receptacle and having a first surface ; at least one reagent positioned below the plunger ; a membrane attached to the first surface of the plunger , the membrane comprising: a target conjugate zone in which a plurality of affinity components are disposed; a wick providing capillary force; and a detection zone in which a plurality of capture compounds are immobilized, wherein the detection zone is located between the target conjugate zone and the wick . a target conjugate zone in which a plurality of affinity components are disposed; a wick providing capillary force; and a detection zone in which a plurality of capture compounds are immobilized, wherein the detection zone is located between the target conjugate zone and the wick .
An element manager, EM, having circuitry to: receive first management information transmitted from an access point, AP, of a wireless local area access network, WLAN, via a first interface, wherein the first management information includes WLAN performance information or WLAN alarm information; and map the first management information to second management information to be sent via a Type-2 interface, wherein the Type-2 interface is implemented according to a 3rd generation partnership project, 3GPP, protocol, and wherein the Type-2 interface and the first interface are different, the Type-2 interface being an alarm integration reference point interface, AlarmIRP. receive first management information transmitted from an access point, AP, of a wireless local area access network, WLAN, via a first interface, wherein the first management information includes WLAN performance information or WLAN alarm information; and map the first management information to second management information to be sent via a Type-2 interface, wherein the Type-2 interface is implemented according to a 3rd generation partnership project, 3GPP, protocol, and wherein the Type-2 interface and the first interface are different, the Type-2 interface being an alarm integration reference point interface, AlarmIRP.
Capsule (CS) comprising a shell (CQ) containing a transparent and thermally conducting liquid (L), particles (A) having a thermochromic coating and particles (B) having a photochromic coating, characterized in that said thermochromic particles (A) are bulkier than said photochromic particles (B), the liquid (L) being such that, within a first range of temperatures, its density is greater than the density of the thermochromic particles (A) and than the density of the photochromic particles (B), and such that, within a second range of temperatures greater than those of the first range, the density of the photochromic particles (B) is less than the density of the liquid (L), which is itself less than the density of the thermochromic particles (A).
A method of transmitting an encoding parameter, comprising: receiving encoded data from a transmitting device; receiving a cumulative transmission count indicating a cumulative number of transmitted messages or byte counts transmitted by the transmitting device; determining an amount of transmitted network data based on the received cumulative transmission count; determining , via an electronic device, a measurement of the amount of received network data relative to the amount of transmitted network data; and transmitting the encoding parameter, the encoding parameter based at least in part on the determined measurement. receiving encoded data from a transmitting device; receiving a cumulative transmission count indicating a cumulative number of transmitted messages or byte counts transmitted by the transmitting device; determining an amount of transmitted network data based on the received cumulative transmission count; determining , via an electronic device, a measurement of the amount of received network data relative to the amount of transmitted network data; and transmitting the encoding parameter, the encoding parameter based at least in part on the determined measurement.
A server for searching for metadata corresponding to content, the server comprising: a communicator configured to receive metadata corresponding to content related to at least one device of a first user, from the at least one device without the corresponding content; and a controller configured to store the received metadata in a remote storage that is separate from the server such that the content corresponding to the received metadata is not stored on the server or the remote storage , the received metadata being searchable, and upon receiving a search request containing a search term for searching for metadata, to search the received metadata stored in the remote storage for metadata related to the search term, wherein the communicator is configured to receive, from another device different from the at least one device, a request related to the content, wherein the controller is configured to: determine sharable content among the content based on a service ID of the first user and a service ID of a second user of the other device; obtain device information of a device storing the sharable content requested by the other device by using the received metadata stored in the remote storage , and provide the device information and a list of the sharable content to the other device, and wherein the device information is used by the other device to request the sharable content from the device storing the sharable content. a communicator configured to receive metadata corresponding to content related to at least one device of a first user, from the at least one device without the corresponding content; and a controller configured to store the received metadata in a remote storage that is separate from the server such that the content corresponding to the received metadata is not stored on the server or the remote storage , the received metadata being searchable, and upon receiving a search request containing a search term for searching for metadata, to search the received metadata stored in the remote storage for metadata related to the search term, wherein the communicator is configured to receive, from another device different from the at least one device, a request related to the content, wherein the controller is configured to: determine sharable content among the content based on a service ID of the first user and a service ID of a second user of the other device; obtain device information of a device storing the sharable content requested by the other device by using the received metadata stored in the remote storage , and provide the device information and a list of the sharable content to the other device, and determine sharable content among the content based on a service ID of the first user and a service ID of a second user of the other device; obtain device information of a device storing the sharable content requested by the other device by using the received metadata stored in the remote storage , and provide the device information and a list of the sharable content to the other device, and wherein the device information is used by the other device to request the sharable content from the device storing the sharable content.
A liquid crystal display device comprising: a liquid crystal panel including a display area and a non-display area; a cover bottom having side surfaces which support the display area; and a guide panel including a first portion provided within the cover bottom and a second portion connected to the first portion and extending over a part of the side surfaces of the cover bottom ; wherein at least part of the non-display area of the liquid crystal panel is supported by the second portion of the guide panel ; characterized in that the cover bottom has a bottom surface and the second portion of the guide panel is configured to block light. a liquid crystal panel including a display area and a non-display area; a cover bottom having side surfaces which support the display area; and a guide panel including a first portion provided within the cover bottom and a second portion connected to the first portion and extending over a part of the side surfaces of the cover bottom ; wherein at least part of the non-display area of the liquid crystal panel is supported by the second portion of the guide panel ; characterized in that the cover bottom has a bottom surface and the second portion of the guide panel is configured to block light.
Vehicle sandwich component having a layer construction which has a honeycomb structure , characterized in that the honeycomb structure has a first lower honeycomb layer and a second upper honeycomb layer , in that the first lower honeycomb layer has at least one edge section which protrudes laterally beyond the second upper honeycomb layer in the transverse direction, and a central honeycomb layer region or compression region which has a thickness reduced by way of compression relative to the edge section and on which the second upper honeycomb layer is arranged.
A driving tool comprising: a driver configured to drive out a fastener; a piston to which the driver is connected; a cylinder in which the piston is disposed so as to be reciprocated; and a head valve which is slidably mounted and controls flow of compressed air into the cylinder ; characterized by a foreign matter removing member provided with a protruding portion facing a circumferential surface of the head valve ; wherein when the head valve slides to move relatively with respect to the foreign matter removing member , a matter attached on the circumferential surface of the head valve can be removed by the protruding portion . a driver configured to drive out a fastener; a piston to which the driver is connected; a cylinder in which the piston is disposed so as to be reciprocated; and a head valve which is slidably mounted and controls flow of compressed air into the cylinder ; characterized by a foreign matter removing member provided with a protruding portion facing a circumferential surface of the head valve ; wherein when the head valve slides to move relatively with respect to the foreign matter removing member , a matter attached on the circumferential surface of the head valve can be removed by the protruding portion .
A battery maintenance system, the battery maintenance system comprising a contactless power-transfer system configured to operate together with a smart-battery system having a magnetic-resonance circuit , the contactless power-transfer system comprising: a wireless-communication interface ; a controller connected to the wireless-communication interface and configured to determine that the smart-battery system is in a discharge-needed state, and responsively transmit, via the wireless-communication interface , a battery-discharge command instructing the smart-battery system to generate an oscillating magnetic field; a magnetic-resonance circuit configured to couple with the generated oscillating magnetic field and responsively output a corresponding power signal; a power-conditioning circuit connected to the magnetic-resonance circuit and configured to receive the power signal from the magnetic-resonance circuit , rectify the received power signal, and output the rectified power signal; and a load element connected to the power-conditioning circuit and configured to receive the rectified power signal from the power-conditioning circuit ; wherein either: (i) the discharge-needed state comprises a reconditioning-needed state, and the battery-discharge command comprises a reconditioning command; or (ii) the discharge-needed state comprises a recalibration-needed state, and the battery-discharge command comprises a recalibration command. a wireless-communication interface ; a controller connected to the wireless-communication interface and configured to determine that the smart-battery system is in a discharge-needed state, and responsively transmit, via the wireless-communication interface , a battery-discharge command instructing the smart-battery system to generate an oscillating magnetic field; a magnetic-resonance circuit configured to couple with the generated oscillating magnetic field and responsively output a corresponding power signal; a power-conditioning circuit connected to the magnetic-resonance circuit and configured to receive the power signal from the magnetic-resonance circuit , rectify the received power signal, and output the rectified power signal; and a load element connected to the power-conditioning circuit and configured to receive the rectified power signal from the power-conditioning circuit ; wherein either: (i) the discharge-needed state comprises a reconditioning-needed state, and the battery-discharge command comprises a reconditioning command; or (ii) the discharge-needed state comprises a recalibration-needed state, and the battery-discharge command comprises a recalibration command. (i) the discharge-needed state comprises a reconditioning-needed state, and the battery-discharge command comprises a reconditioning command; or (ii) the discharge-needed state comprises a recalibration-needed state, and the battery-discharge command comprises a recalibration command.
(clean copy) A method of manufacturing an organic photovoltaic cell comprising: preparing a substrate; forming a first electrode in one region of the substrate; forming an organic layer including a photoactive layer on an upper portion of the first electrode; performing surface treatment of the photoactive layer by a non-solvent; and forming a second electrode on the organic layer, wherein in the surface treatment by a non-solvent, the non-solvent is removed within 1 min after the non-solvent is applied, and wherein the photoactive layer includes an electron accepting material and an electron donating material, Wherein the non-solvent is one or more alcohols, and wherein the electron donating material is a polymer comprising a unit represented by the following Formula 6: wherein x is a mole fraction and a real number in the range of 0 < x < 1; y is a mole fraction and a real number in the range of 0 < y < 1; x+y=1; n is an integer ranging from 1 to 10,000; R10 to R12 are the same or different and are each independently hydrogen; a substituted or unsubstituted alkyl group; or a substituted or unsubstituted alkoxy group. preparing a substrate; forming a first electrode in one region of the substrate; forming an organic layer including a photoactive layer on an upper portion of the first electrode; performing surface treatment of the photoactive layer by a non-solvent; and forming a second electrode on the organic layer, wherein in the surface treatment by a non-solvent, the non-solvent is removed within 1 min after the non-solvent is applied, and wherein the photoactive layer includes an electron accepting material and an electron donating material, Wherein the non-solvent is one or more alcohols, and wherein the electron donating material is a polymer comprising a unit represented by the following Formula 6: wherein x is a mole fraction and a real number in the range of 0 < x < 1; y is a mole fraction and a real number in the range of 0 < y < 1; x+y=1; n is an integer ranging from 1 to 10,000; R10 to R12 are the same or different and are each independently hydrogen; a substituted or unsubstituted alkyl group; or a substituted or unsubstituted alkoxy group. x is a mole fraction and a real number in the range of 0 < x < 1; y is a mole fraction and a real number in the range of 0 < y < 1; x+y=1; n is an integer ranging from 1 to 10,000; R10 to R12 are the same or different and are each independently hydrogen; a substituted or unsubstituted alkyl group; or a substituted or unsubstituted alkoxy group.
Wave-based energy generation mechanism comprising a surface with flexible structure , which is positioned on the water for the purpose of gaining mobility under the influence of the wave motions in a water body in harmony with said wave, wherein the motions generated on the flexible structure due to the wave are converted to energy by a power generating shaft connected via connection member/s in a way to allow the transfer of the motion in the flexible structure characterized in that it comprises; • the flexible structure having a structure with a specific gravity not suitable for floating on the water with its own total weight, • buoy units positioned at the bottom part of the flexible structure which are disposed and mounted in a way such that a certain distance is present between the buoy units and the flexible structure . • the flexible structure having a structure with a specific gravity not suitable for floating on the water with its own total weight, • buoy units positioned at the bottom part of the flexible structure which are disposed and mounted in a way such that a certain distance is present between the buoy units and the flexible structure .
A liquid formulation of a recombinant fusion protein, which comprises a recombinant fusion protein, a buffer salt, a stabilizer, a surfactant and sterile water for injection, wherein, the recombinant fusion protein has a concentration of 5 to 45 mg/mL; the buffer salt is selected from citrate salt, acetate salt or any combination thereof, and has a concentration of 5 to 25 mmol/L; the stabilizer is an amino acid or a combination of a polyol and an amino acid, wherein the amino acid is arginine, and the polyol is sucrose; and the amino acid has a concentration of 50 to 350 mmol/L; and the polyol has a concentration of 1-15 wt%, based on total weight of the liquid formulation; the surfactant is selected from polysorbate 20, polysorbate 80, poloxamer 188, or any combination thereof and has a concentration of 0.01-0.08 wt%, based on total weight of the liquid formulation; and the pH of the liquid formulation is from 5.5 to 7.5; the recombinant fusion protein is a recombinant fusion protein of human vascular endothelial growth factor receptor-antibody-human complement receptor 1 which has an amino acid sequence as shown in SEQ ID NO. 1 or SEQ ID NO. 3. the recombinant fusion protein has a concentration of 5 to 45 mg/mL; the buffer salt is selected from citrate salt, acetate salt or any combination thereof, and has a concentration of 5 to 25 mmol/L; the stabilizer is an amino acid or a combination of a polyol and an amino acid, wherein the amino acid is arginine, and the polyol is sucrose; and the amino acid has a concentration of 50 to 350 mmol/L; and the polyol has a concentration of 1-15 wt%, based on total weight of the liquid formulation; the surfactant is selected from polysorbate 20, polysorbate 80, poloxamer 188, or any combination thereof and has a concentration of 0.01-0.08 wt%, based on total weight of the liquid formulation; and the pH of the liquid formulation is from 5.5 to 7.5; the recombinant fusion protein is a recombinant fusion protein of human vascular endothelial growth factor receptor-antibody-human complement receptor 1 which has an amino acid sequence as shown in SEQ ID NO. 1 or SEQ ID NO. 3.