mhurhangee/patent-ind-claim-en huggingface dataset:
A method of deriving hepatic macrophages from pluripotent stem cells, comprising: (a) culturing pluripotent stem cells to obtain monocytes; and (b) culturing the monocytes from (a) in a hepatic macrophage culture medium, wherein the hepatic macrophage culture medium comprises a conditioned medium and a basal medium, wherein the conditioned medium is obtained by a method comprising: (i) culturing hepatocytes in a serum-free cell culture medium in the presence of an extracellular matrix for 1 to 7 days; and (ii) isolating the supernatant at the end of the culturing process in (i). (a) culturing pluripotent stem cells to obtain monocytes; and (b) culturing the monocytes from (a) in a hepatic macrophage culture medium, wherein the hepatic macrophage culture medium comprises a conditioned medium and a basal medium, wherein the conditioned medium is obtained by a method comprising: (i) culturing hepatocytes in a serum-free cell culture medium in the presence of an extracellular matrix for 1 to 7 days; and (ii) isolating the supernatant at the end of the culturing process in (i). (i) culturing hepatocytes in a serum-free cell culture medium in the presence of an extracellular matrix for 1 to 7 days; and (ii) isolating the supernatant at the end of the culturing process in (i).
An unitized electrode assembly comprising: an electrolyte ; a catalyst layer on a first side of the electrolyte , the catalyst layer comprising: catalysts having electrically conductive catalyst supports supporting core-shell catalytic nanoparticles having a palladium or palladium alloy core and a platinum or platinum alloy shell generally encapsulating the core; and a perfluorosulfonic acid (PFSA) ionomer contacting the catalysts , characterized in that the perfluorosulfonic acid ionomer creating a scaffolding structure between the catalyst supports of the catalysts and the perfluorosulfonic acid ionomer having an equivalent weight equal to or greater than 830. an electrolyte ; a catalyst layer on a first side of the electrolyte , the catalyst layer comprising: catalysts having electrically conductive catalyst supports supporting core-shell catalytic nanoparticles having a palladium or palladium alloy core and a platinum or platinum alloy shell generally encapsulating the core; and a perfluorosulfonic acid (PFSA) ionomer contacting the catalysts , characterized in that catalysts having electrically conductive catalyst supports supporting core-shell catalytic nanoparticles having a palladium or palladium alloy core and a platinum or platinum alloy shell generally encapsulating the core; and a perfluorosulfonic acid (PFSA) ionomer contacting the catalysts , the perfluorosulfonic acid ionomer creating a scaffolding structure between the catalyst supports of the catalysts and the perfluorosulfonic acid ionomer having an equivalent weight equal to or greater than 830.
A piston rod sealing system for a reciprocating machine , the system comprising: - a piston rod having a first end adapted to be connected to a piston provided in a pressure chamber, and a second end adapted to be connected to a crankshaft driving said piston rod , whereby the piston rod is received within a housing ; - a sealing unit provided between the piston rod and the housing , the sealing unit comprising a first lateral surface facing the first end and a second lateral surface facing the second end ; - the sealing unit comprises a first rod seal positioned in the vicinity of the first lateral surface and a second rod seal positioned between the first rod seal and the second lateral surface , said sealing unit being fixed within the housing ; - the second rod seal comprises a liquid injection pipe ; characterized in that : - the liquid injection pipe is positioned in the middle of the second rod seal , which preferably can be selected from a group comprising: a labyrinth seal, an O-ring seal. - a piston rod having a first end adapted to be connected to a piston provided in a pressure chamber, and a second end adapted to be connected to a crankshaft driving said piston rod , whereby the piston rod is received within a housing ; - a sealing unit provided between the piston rod and the housing , the sealing unit comprising a first lateral surface facing the first end and a second lateral surface facing the second end ; - the sealing unit comprises a first rod seal positioned in the vicinity of the first lateral surface and a second rod seal positioned between the first rod seal and the second lateral surface , said sealing unit being fixed within the housing ; - the second rod seal comprises a liquid injection pipe ; - the liquid injection pipe is positioned in the middle of the second rod seal , which preferably can be selected from a group comprising: a labyrinth seal, an O-ring seal.
A water filling method for an air conditioner, the air conditioner including an outdoor unit through which a refrigerant circulates, a plurality of indoor units through which water circulates, and a heat exchange device including a plurality of heat exchangers which connect the outdoor unit with the plurality of indoor units and perform heat exchange between the refrigerant and the water, a group of pipes which connect the plurality of indoor units with the plurality of heat exchangers , a group of valves which regulates flow of water in the group of pipes, the method comprising: operating the air conditioner in a water supply mode to fill the group of pipes with water; determining (S3) whether a filling amount of water in the group of pipes is appropriate while continuously filling the group of pipes with water; and outputting (S6), by an output device, information indicating that filling of water has been completed when it is determined that the filling amount of the water is appropriate, wherein the water supply mode includes a first water supply mode (S1) in which water is supplied while the outdoor unit is stopped and a second water supply mode (S2) in which water is supplied while the outdoor unit is operated. operating the air conditioner in a water supply mode to fill the group of pipes with water; determining (S3) whether a filling amount of water in the group of pipes is appropriate while continuously filling the group of pipes with water; and outputting (S6), by an output device, information indicating that filling of water has been completed when it is determined that the filling amount of the water is appropriate, wherein the water supply mode includes a first water supply mode (S1) in which water is supplied while the outdoor unit is stopped and a second water supply mode (S2) in which water is supplied while the outdoor unit is operated.
A motor at least comprising: a stator core including a laminated body where a plurality of stator core sheets is laminated; a stator including a stator coil that uses, as a part of a magnetic core, a tooth included in the stator core ; and a rotor rotatably supported via a tip of the tooth of the stator core and an air gap, wherein the stator coil constitutes a spiral coil including annular bodies having a predetermined number of turns, each of the annular bodies includes a conductive wire portion , the conductive wire portion includes a conductor portion and an insulating coating that covers the conductor portion, the conductor portion has a substantially quadrangular cross-sectional shape, a part of each of the annular bodies that is located on each of laminating surface sides of the tooth is defined as a coil wire path portion , a portion that is a part of each of the annular bodies and is located between end portions of a pair of the coil wire path portions in a same direction is defined as a coil end portion , a portion where one end of the coil wire path portion transitions to one end of the coil end portion is defined as a coil corner portion , the stator coil is provided with at least one recessed portion that is recessed with respect to a virtual envelope surface including an outer peripheral portion of the coil end portion , an outer peripheral portion of the coil wire path portion , and an outer peripheral portion of the coil corner portion in the spiral coil, characterized in that a width of the stator coil at the recessed portion is narrower than a stator coil width of the annular body of a turn adjacent to the recessed portion of the spiral coil. the stator coil constitutes a spiral coil including annular bodies having a predetermined number of turns, each of the annular bodies includes a conductive wire portion , the conductive wire portion includes a conductor portion and an insulating coating that covers the conductor portion, the conductor portion has a substantially quadrangular cross-sectional shape, a part of each of the annular bodies that is located on each of laminating surface sides of the tooth is defined as a coil wire path portion , a portion that is a part of each of the annular bodies and is located between end portions of a pair of the coil wire path portions in a same direction is defined as a coil end portion , a portion where one end of the coil wire path portion transitions to one end of the coil end portion is defined as a coil corner portion , the stator coil is provided with at least one recessed portion that is recessed with respect to a virtual envelope surface including an outer peripheral portion of the coil end portion , an outer peripheral portion of the coil wire path portion , and an outer peripheral portion of the coil corner portion in the spiral coil, characterized in that a width of the stator coil at the recessed portion is narrower than a stator coil width of the annular body of a turn adjacent to the recessed portion of the spiral coil.
An oil distribution device of a rolling bearing for an aircraft turbine engine, comprising : - a rolling bearing comprising two rings , respectively internal and external, - an oil distribution body configured to be mounted on a turbine engine shaft , this body comprising : i) a first external cylindrical surface for mounting the internal ring of the bearing, ii) an annular oil recovery scoop , iii) an annular track of a dynamic seal , iv) a circuit for lubricating said bearing and cooling the track, this circuit being formed in the body, characterized in that the annular scoop constitutes a first scoop which supplies a first portion of said circuit for cooling the track, and in that the body comprises a second annular oil recovery scoop which supplies a second portion of said circuit for lubricating the bearing. - a rolling bearing comprising two rings , respectively internal and external, - an oil distribution body configured to be mounted on a turbine engine shaft , this body comprising : i) a first external cylindrical surface for mounting the internal ring of the bearing, ii) an annular oil recovery scoop , iii) an annular track of a dynamic seal , iv) a circuit for lubricating said bearing and cooling the track, this circuit being formed in the body, characterized in that the annular scoop constitutes a first scoop which supplies a first portion of said circuit for cooling the track, and in that the body comprises a second annular oil recovery scoop which supplies a second portion of said circuit for lubricating the bearing. i) a first external cylindrical surface for mounting the internal ring of the bearing, ii) an annular oil recovery scoop , iii) an annular track of a dynamic seal , iv) a circuit for lubricating said bearing and cooling the track, this circuit being formed in the body,
A stochastic rounding circuit comprising: carry-save adder (CSA) logic having three or more CSA inputs, a CSA sum output and a CSA carry output, wherein a random number value is presented at a particular CSA input from the three or more CSA inputs; adder logic having at least a plurality of adder inputs and a sum output; wherein the CSA carry output of the CSA logic is coupled with a first input of the plurality of adder inputs of the adder logic, and the CSA sum output of the CSA logic is coupled with a second input of the plurality of adder inputs of the adder logic; wherein a particular number of most significant bits of the sum output of the adder logic represent a stochastically rounded sum of at least two CSA inputs, other than the particular input, from the three or more CSA inputs of the CSA logic. carry-save adder (CSA) logic having three or more CSA inputs, a CSA sum output and a CSA carry output, wherein a random number value is presented at a particular CSA input from the three or more CSA inputs; adder logic having at least a plurality of adder inputs and a sum output; wherein the CSA carry output of the CSA logic is coupled with a first input of the plurality of adder inputs of the adder logic, and the CSA sum output of the CSA logic is coupled with a second input of the plurality of adder inputs of the adder logic; wherein a particular number of most significant bits of the sum output of the adder logic represent a stochastically rounded sum of at least two CSA inputs, other than the particular input, from the three or more CSA inputs of the CSA logic.
A method of monitoring power consumption of an image forming apparatus characterized by having multiple parts selected for monitoring, the method comprising: respectively generating, for each one of the parts, accumulated operation amount information based on an operation state of the part; having, for each one of the parts, relationship between an accumulated operation amount and power consumption, and based on the accumulated operation amount, obtaining power-specific power consumption information indicating power consumption of each one of the parts; and providing a user, through a user interface, with power consumption information generated based on the part-specific power consumption information respectively obtained for each one of the parts, the power consumption information indicating an amount of electric power consumed by at least a portion of the image forming apparatus . respectively generating, for each one of the parts, accumulated operation amount information based on an operation state of the part; having, for each one of the parts, relationship between an accumulated operation amount and power consumption, and based on the accumulated operation amount, obtaining power-specific power consumption information indicating power consumption of each one of the parts; and providing a user, through a user interface, with power consumption information generated based on the part-specific power consumption information respectively obtained for each one of the parts, the power consumption information indicating an amount of electric power consumed by at least a portion of the image forming apparatus .
A torch for welding or cutting configured to present as a genuine manufacturer part to a welding or cutting power source , the welding or cutting torch comprising: a cryptographic device to be used with a welding or cutting power source during a welding or cutting process and communicate with the welding or cutting power source , characterized in that the cryptographic device is configured to: receive an encryption key seeded from the welding or cutting power source during first time power-on initialization of the welding or cutting power source with the welding or cutting torch , or after the welding or cutting torch is replaced on the welding or cutting power source , store an unlock code associated with the welding or cutting power source , generate an encrypted message, which includes the unlock code, based on the encryption key as seeded, and communicate the encrypted message to the welding or cutting power source , and wherein the unlock code of the encrypted message, as communicated to the welding or cutting power source , is configured to allow the welding or cutting power source to determine that the welding or cutting torch is a genuine manufacturer welding or cutting torch . a cryptographic device to be used with a welding or cutting power source during a welding or cutting process and communicate with the welding or cutting power source , characterized in that the cryptographic device is configured to: receive an encryption key seeded from the welding or cutting power source during first time power-on initialization of the welding or cutting power source with the welding or cutting torch , or after the welding or cutting torch is replaced on the welding or cutting power source , store an unlock code associated with the welding or cutting power source , generate an encrypted message, which includes the unlock code, based on the encryption key as seeded, and communicate the encrypted message to the welding or cutting power source , and receive an encryption key seeded from the welding or cutting power source during first time power-on initialization of the welding or cutting power source with the welding or cutting torch , or after the welding or cutting torch is replaced on the welding or cutting power source , store an unlock code associated with the welding or cutting power source , generate an encrypted message, which includes the unlock code, based on the encryption key as seeded, and communicate the encrypted message to the welding or cutting power source , and wherein the unlock code of the encrypted message, as communicated to the welding or cutting power source , is configured to allow the welding or cutting power source to determine that the welding or cutting torch is a genuine manufacturer welding or cutting torch .
An inspection apparatus for detecting a defect on a surface of an object , comprising: an image pickup part (30 to 33) for picking up an image of an object to thereby acquire a picked-up image; and a storage part for storing therein a reference image corresponding to said picked-up image; and characterized by a defect detection part for detecting an overlapping area in a first defect candidate area detected on the basis of a difference between a value of each pixel in said picked-up image and a value of a corresponding pixel in said reference image and a second defect candidate area detected on the basis of a ratio between a value of each pixel in said picked-up image and a value of a corresponding pixel in said reference image, as a defect area . an image pickup part (30 to 33) for picking up an image of an object to thereby acquire a picked-up image; and a storage part for storing therein a reference image corresponding to said picked-up image; and characterized by a defect detection part for detecting an overlapping area in a first defect candidate area detected on the basis of a difference between a value of each pixel in said picked-up image and a value of a corresponding pixel in said reference image and a second defect candidate area detected on the basis of a ratio between a value of each pixel in said picked-up image and a value of a corresponding pixel in said reference image, as a defect area .
An antenna arrangement, wherein the antenna arrangement comprises a voltage source , a first inductive antenna element (L1), a second inductive antenna element (L2) and at least one capacitive element (C), wherein the voltage source is electrically connected in parallel to a series connection of a first circuit section comprising at least the first inductive antenna element (L1) being arranged in the first circuit section and a further circuit section comprising a parallel connection of a first subsection of the further circuit section comprising the at least one capacitive element (C) being arranged in the first subsection and a further subsection of the further circuit section comprising at least the second inductive antenna element (L2) being arranged in the further subsection, wherein the antenna arrangement comprises at least one resistive element (R), characterized in that the further subsection comprises a series connection of at least the second inductive antenna element (L2) and the at least one resistive element (R).
A laundry treating apparatus comprising: an accommodating body comprising a bottom surface ; a front surface extended from the bottom surface upward; a rear surface fixed to the bottom surface and facing the front surface ; and first and second lateral surfaces connecting the front surface and the rear surface with each other; a dry chamber (C) mounted in the accommodating body and comprising a chamber bottom ; a chamber front ; a chamber rear ; chamber first and second sides which are spaced a preset distance apart from the bottom surface , the front surface , the rear surface and the first and second lateral surfaces ; and a rack provided in the dry chamber (C) and providing a space in which drying objects are disposed, characterized by further comprising an air inlet hole penetrating the rear surface of the accommodating body ; an air supply unit for supplying heated air to a space formed between the accommodating body and the dry chamber (C) via the air inlet hole; and an air supply hole penetrating the chamber front and allowing internal air of the accommodating body to be supplied to the dry chamber (C). an accommodating body comprising a bottom surface ; a front surface extended from the bottom surface upward; a rear surface fixed to the bottom surface and facing the front surface ; and first and second lateral surfaces connecting the front surface and the rear surface with each other; a dry chamber (C) mounted in the accommodating body and comprising a chamber bottom ; a chamber front ; a chamber rear ; chamber first and second sides which are spaced a preset distance apart from the bottom surface , the front surface , the rear surface and the first and second lateral surfaces ; and a rack provided in the dry chamber (C) and providing a space in which drying objects are disposed, characterized by further comprising an air inlet hole penetrating the rear surface of the accommodating body ; an air supply unit for supplying heated air to a space formed between the accommodating body and the dry chamber (C) via the air inlet hole; and an air supply hole penetrating the chamber front and allowing internal air of the accommodating body to be supplied to the dry chamber (C).
A wind turbine comprising: a rotor ; a blade ; and a periodic stall system which selectively moves at least part of the blade in an oscillating motion whereby an angle of incidence continuously varies to invoke periodic stall. a rotor ; a blade ; and a periodic stall system which selectively moves at least part of the blade in an oscillating motion whereby an angle of incidence continuously varies to invoke periodic stall.
Vehicle door which comprises at least one support part of plastics material and at least two frame parts , wherein the frame parts are connected to one another by way of connection nodes , characterized in that the connection nodes are able to be produced by insert-moulding, wherein the support part of the same plastics material is simultaneously linked to the connection node , wherein the connection node is constructed from metal tubes and inserts which are plugged into the latter and have recesses, wherein the metal tubes when insert-moulding collapse in the direction towards the insert and the insert has two or more legs for plugging into in each case one metal tube .