mhurhangee/patent-ind-claim-en huggingface dataset:
A combustor liner for a gas turbine engine , the combustor liner comprising: a panel configured to at least partially define a combustion chamber ; and a shell configured to mount to the panel and form a gap between the panel and the shell ; wherein the panel includes a stud , wherein the panel further includes a plurality of a stand-off pins proximate to the stud defining a cavity therebetween, characterized in that the shell includes a plurality of angled impingement holes located away from the cavity but extending through the shell at an acute angle relative to a plane perpendicular to the panel such that cooling air passing through the angled impingement holes is directed towards the cavity between adjacent stand-off pins and the stud , and in that the angled impingement holes are arranged in a same rotating direction around the stud . a panel configured to at least partially define a combustion chamber ; and a shell configured to mount to the panel and form a gap between the panel and the shell ; wherein the panel includes a stud , wherein the panel further includes a plurality of a stand-off pins proximate to the stud defining a cavity therebetween, characterized in that the shell includes a plurality of angled impingement holes located away from the cavity but extending through the shell at an acute angle relative to a plane perpendicular to the panel such that cooling air passing through the angled impingement holes is directed towards the cavity between adjacent stand-off pins and the stud , and in that the angled impingement holes are arranged in a same rotating direction around the stud .
Superconductive magnet coil assembly comprising a layer-wound coil that is cylindrically symmetric with respect to an axis of symmetry (z) and is intended for generating an operating magnetic field in a working volume around the axis of symmetry (z), and having a sectional plane that contains the axis of symmetry (z) and intersects the coil, the coil having a rectangular coil cross section in the sectional plane, which cross section is defined by a radially inner and radially outer and a first axial and second axial coil edge defined by the position of a radially innermost winding and a radially outermost winding of the coil that are at the smallest and largest distance, respectively, from the axis of symmetry (z), and by the position of a first axial and a last axial winding of the coil having the smallest and largest coordinates, respectively, in the direction of the axis of symmetry, the coil comprising at least one first strip-like superconductor (BL1) and one second strip-like superconductor (BL2), the strip-like superconductors having a width-to-height (width to thickness) ratio of > 3, the strip-like superconductors (BL1; BL2) being guided into a region outside the rectangular coil cross section and being electrically connected there, the strip-like superconductors (BL1; BL2) having different superconducting current-carrying capacities when the field, the field direction relative to the strip plane, and the temperature, are the same, characterized in that the coil comprises: a first rectangular portion (1; 1'; 1"; 1'") within the rectangular coil cross section which completely covers the coil cross section in the direction of the axis of symmetry, at least one second and third rectangular portion (2; 2'; 2"; 2"') and (3; 3'; 3"; 3"') within the first rectangular portion (1; 1'; 1"; 1'") which cover the first rectangular portion completely in the radial direction and in part in the axial direction, the second rectangular portion (2; 2'; 2"; 2"') being completely wound with the first strip-like superconductor (BL1), and the third rectangular portion (3; 3'; 3"; 3"') being completely wound with the second strip-like superconductor (BL2), and the second and the third rectangular portion (2; 2'; 2"; 2"') and (3; 3'; 3"; 3"') being disjunct. a first rectangular portion (1; 1'; 1"; 1'") within the rectangular coil cross section which completely covers the coil cross section in the direction of the axis of symmetry, at least one second and third rectangular portion (2; 2'; 2"; 2"') and (3; 3'; 3"; 3"') within the first rectangular portion (1; 1'; 1"; 1'") which cover the first rectangular portion completely in the radial direction and in part in the axial direction, the second rectangular portion (2; 2'; 2"; 2"') being completely wound with the first strip-like superconductor (BL1), and the third rectangular portion (3; 3'; 3"; 3"') being completely wound with the second strip-like superconductor (BL2), and the second and the third rectangular portion (2; 2'; 2"; 2"') and (3; 3'; 3"; 3"') being disjunct.
An ABS disposition structure for a saddle riding vehicle comprising: a head pipe ; a main frame extending rearward from the head pipe ; a pair of left and right center frames extending downward from a rear section of the main frame and having each a pivot section by which a front end portion of a swing arm of the saddle riding vehicle is pivotably supportable; a cushion ; and an ABS modulator configured to perform ABS control, characterized in that , the cushion is disposed at a center in a vehicle width direction, and in that , when seen in a side view, a central axis (C1) of the cushion is disposed to be offset from the center frames in a forward and rearward direction, and the ABS modulator is disposed between the cushion and one of the center frames in the vehicle width direction. a head pipe ; a main frame extending rearward from the head pipe ; a pair of left and right center frames extending downward from a rear section of the main frame and having each a pivot section by which a front end portion of a swing arm of the saddle riding vehicle is pivotably supportable; a cushion ; and an ABS modulator configured to perform ABS control, characterized in that , the cushion is disposed at a center in a vehicle width direction, and in that , when seen in a side view, a central axis (C1) of the cushion is disposed to be offset from the center frames in a forward and rearward direction, and the ABS modulator is disposed between the cushion and one of the center frames in the vehicle width direction.
Dermal fibroblasts for use in a method of treating an individual in need of cartilage repair, the method comprising (i) differentiating human dermal fibroblasts into chondrocyte-like cells in vivo by delivering dermal fibroblasts to a joint of an individual, wherein prior to delivery the dermal fibroblasts are not subjected to growth factors, matrix molecules, mechanical strain, or a combination thereof, and (ii) administering a therapeutic agent to the individual, wherein the therapeutic agent is an antibiotic, an antifungal agent, an antiviral agent, a Non Steroidal Anti-Inflammatory Drug, an analgesic, or a muscle relaxant.
A thermal management system for cooling an entity , the system comprising: (i) a closed loop fluid flow line for flow of a coolant while being transferred in between its liquid and gas phases, while directly contacting the entity to be cooled, wherein said closed loop flow line is configured to provide a pressure difference between different zones along the closed loop path; (ii) at least one cooling zone located within said flow line and comprising at least one cooling interface , wherein said cooling interface includes at least part of said entity to be cooled; (iii) a vacuum generator unit operable for creating and maintaining vacuum condition at the cooling zone to thereby reducing evaporation temperature of said coolant located in the cooling zone ; and (iv) a condensation zone spaced apart from the cooling interface downstream thereof with respect to a direction of the coolant flow from the cooling zone along said closed loop path wherein said coolant is condensed to liquid phase, wherein operation of said vacuum generator and configuration of said flow line provide a higher pressure at the condensation zone than in the cooling zone and the reduced evaporation temperature of the coolant at said cooling interface permitting the cooling interface to be cooled to a desired temperature via latent heat, and condensation of coolant vapor at said condensation zone. (i) a closed loop fluid flow line for flow of a coolant while being transferred in between its liquid and gas phases, while directly contacting the entity to be cooled, wherein said closed loop flow line is configured to provide a pressure difference between different zones along the closed loop path; (ii) at least one cooling zone located within said flow line and comprising at least one cooling interface , wherein said cooling interface includes at least part of said entity to be cooled; (iii) a vacuum generator unit operable for creating and maintaining vacuum condition at the cooling zone to thereby reducing evaporation temperature of said coolant located in the cooling zone ; and (iv) a condensation zone spaced apart from the cooling interface downstream thereof with respect to a direction of the coolant flow from the cooling zone along said closed loop path wherein said coolant is condensed to liquid phase,
A method of producing a population of producer cells expressing a target polypeptide, the method comprising the steps of: (a) transfecting host cells with one or more vectors that encode one or more mRNAs, wherein the one or more mRNAs encode a selectable polypeptide and a target polypeptide; (b) isolating from the transfected host cells, within 2 to 15 days of transfection, a sub-population of early-expressing transfected but uncloned host cells which express the selectable polypeptide, wherein the isolating employs fluorescence activated cell sorting (FACS) or magnetic activated cell sorting (MACS) on the selectable polypeptide; and (c) expanding the isolated sub-population of transfected but uncloned host cells, thereby producing a population of transfected but uncloned producer cells expressing the target polypeptide. (a) transfecting host cells with one or more vectors that encode one or more mRNAs, wherein the one or more mRNAs encode a selectable polypeptide and a target polypeptide; (b) isolating from the transfected host cells, within 2 to 15 days of transfection, a sub-population of early-expressing transfected but uncloned host cells which express the selectable polypeptide, wherein the isolating employs fluorescence activated cell sorting (FACS) or magnetic activated cell sorting (MACS) on the selectable polypeptide; and (c) expanding the isolated sub-population of transfected but uncloned host cells, thereby producing a population of transfected but uncloned producer cells expressing the target polypeptide.
An energy management system comprising: a DC voltage bus ; a power generation apparatus connected to the DC voltage bus , and outputting generated electric power to the DC voltage bus; a bidirectional DC-DC converter connected to the DC voltage bus , and to which a DC voltage is inputted from the DC voltage bus, or outputting a DC voltage to the DC voltage bus; and an inverter connected to the DC voltage bus , and converting a DC voltage inputted from the DC voltage bus to an AC voltage, wherein each of the power generation apparatus , the bidirectional DC-DC converter , and the inverter includes a voltage detection portion configured to detect a voltage of the DC voltage bus, and a switching control unit configured to carry out switching control such that a detection voltage that the voltage detection portion detects matches with a target value, the energy management system further comprising: a calibration value setting unit configured to compare the detection voltages detected by the respective voltage detection portions , and to set a calibration value to a highest detection voltage; and a calibration unit configured to calibrate the detection voltages of the voltage detection portions excluding the voltage detection portion which detects the highest detection voltage with the calibration value. a DC voltage bus ; a power generation apparatus connected to the DC voltage bus , and outputting generated electric power to the DC voltage bus; a bidirectional DC-DC converter connected to the DC voltage bus , and to which a DC voltage is inputted from the DC voltage bus, or outputting a DC voltage to the DC voltage bus; and an inverter connected to the DC voltage bus , and converting a DC voltage inputted from the DC voltage bus to an AC voltage, wherein each of the power generation apparatus , the bidirectional DC-DC converter , and the inverter includes a voltage detection portion configured to detect a voltage of the DC voltage bus, and a switching control unit configured to carry out switching control such that a detection voltage that the voltage detection portion detects matches with a target value, the energy management system further comprising: a calibration value setting unit configured to compare the detection voltages detected by the respective voltage detection portions , and to set a calibration value to a highest detection voltage; and a calibration unit configured to calibrate the detection voltages of the voltage detection portions excluding the voltage detection portion which detects the highest detection voltage with the calibration value. a calibration value setting unit configured to compare the detection voltages detected by the respective voltage detection portions , and to set a calibration value to a highest detection voltage; and a calibration unit configured to calibrate the detection voltages of the voltage detection portions excluding the voltage detection portion which detects the highest detection voltage with the calibration value.
A video transmission method, applied to a VR playback terminal, the method comprising: playing back , when a compressed video of a viewing angle that corresponds to a second position information sent by a server is received, the compressed video, and sending, when a sharing instruction triggered by a user is received, the sharing instruction to the server, so that the server sends the compressed video to other video playback terminals under control of the sharing instruction; wherein playing back the compressed video comprises: decompressing, when a GPU is arranged in the VR playback terminal, the compressed video so as to obtain a second decompressed video; adjusting, according to third position information of the VR playback terminal currently acquired, the second decompressed video to a third decompressed video of a viewing angle that corresponds to the third position information by means of the GPU based on a preset viewing angle algorithm; and playing back the third decompressed video. playing back , when a compressed video of a viewing angle that corresponds to a second position information sent by a server is received, the compressed video, and sending, when a sharing instruction triggered by a user is received, the sharing instruction to the server, so that the server sends the compressed video to other video playback terminals under control of the sharing instruction; wherein playing back the compressed video comprises: decompressing, when a GPU is arranged in the VR playback terminal, the compressed video so as to obtain a second decompressed video; adjusting, according to third position information of the VR playback terminal currently acquired, the second decompressed video to a third decompressed video of a viewing angle that corresponds to the third position information by means of the GPU based on a preset viewing angle algorithm; and playing back the third decompressed video. decompressing, when a GPU is arranged in the VR playback terminal, the compressed video so as to obtain a second decompressed video; adjusting, according to third position information of the VR playback terminal currently acquired, the second decompressed video to a third decompressed video of a viewing angle that corresponds to the third position information by means of the GPU based on a preset viewing angle algorithm; and playing back the third decompressed video.
Hood for cleanroom gown , the hood comprising a base body defining an outside (O) and an inside ( I ) adapted to receive a head , the hood defining a hood central axis (X - X), and the base body having a visor opening , the hood comprises a visor and fixing means adapted to releasably fix the visor to the base body over the visor opening, the base body comprising abutments for the visor, characterized in that the abutments are adapted to maintain the visor in a bent configuration around the hood central axis and in that the visor rests in the pre-stressed bent configuration against the abutments.
Negative electrode for a lithium-ion battery cell , comprising a collector and an electrode layer applied thereon, which has a particulate, silicon-containing active material , wherein the surface of the active material or of the electrode layer is provided with a coating which is deposited on the surface by means of ALD and/or MLD by using at least one precursor selected from the following group: ethylene glycol (EG), glycerol (GL), maleic anhydride (MA), ethanolamine (EA) and hydroquinone (HQ). a collector and an electrode layer applied thereon, which has a particulate, silicon-containing active material , wherein the surface of the active material or of the electrode layer is provided with a coating which is deposited on the surface by means of ALD and/or MLD by using at least one precursor selected from the following group: ethylene glycol (EG), glycerol (GL), maleic anhydride (MA), ethanolamine (EA) and hydroquinone (HQ).
A method of recovering pulp fibers from a used absorbent article that contains pulp fibers and a superabsorbent polymer, wherein the method includes a step of treating the used absorbent article with an aqueous solution containing at least one kind of terpene selected from the group consisting of terpene hydrocarbons, terpene aldehydes and terpene ketones at 0.05 mass% or greater, and also containing an inactivating agent that can inactivate the superabsorbent polymer, to inactivate the superabsorbent polymer, wherein the inactivating agent is selected among organic acids, lime, calcium chloride, magnesium sulfate, magnesium chloride, aluminum sulfate and aluminum chloride.
Packaging system for a multi-component composition, comprising a cylindrical housing and a film pouch accommodated in the cylindrical housing , the film pouch having a first end that has an opening portion for discharging the multi-component composition, and a second end opposite the first end, the cylindrical housing having a sleeve-shaped upper part and a sleeve-shaped lower part that are in engagement with one another and can be moved relative to one another; the upper part comprising an end wall having an outlet opening for the multi-component composition and a means (34; 74) for fixing the first end of the film pouch such that the opening portion is in communication with the outlet opening , the lower part comprising a means (44, 46; 76) for fixing the second end of the film pouch such that the film pouch can be turned in the cylindrical housing , and the film pouch and the sleeve-shaped upper part or the cylindrical housing being separate from one another, characterized in that the upper part and the lower part of the cylindrical housing each have a longitudinally continuous slit for inserting the film pouch into the cylindrical housing .
A roller shutter box having a preferably prismatic housing, wherein a strip is arranged along at least one edge of the housing, which strip is connected via at least one first, non-operationally detachable connection to a first housing plate and via at least one second, operationally detachable connection to a second housing plate , characterised in that the strip consists of a non-integral structure made of at least one first part and one second part and the first connection is formed between the first housing plate and the first part and the second connection is formed between the second housing plate and the second part .
A fouling-resistant coating composition which comprises an elastomer selected from one or a mixture of organopolysiloxane polymers, and a component selected from acylated lanolin and lanolin oil, the composition having a solids content of at least 35wt%.
A method of random access implemented by a wireless device in a mixed numerology wireless communication network , said method comprising: receiving system information from a network node , said system information containing configuration information indicating a configuration for random access; and determining a first numerology for random access based on the configuration information by selecting the first numerology from two or more numerologies available for random access as indicated by said configuration information; performing a random access on a first sub-band configured according to the first numerology to establish a connection with the network node ; and switching to a second sub-band configured according to a second numerology for data transmissions on a shared uplink channel. receiving system information from a network node , said system information containing configuration information indicating a configuration for random access; and determining a first numerology for random access based on the configuration information by selecting the first numerology from two or more numerologies available for random access as indicated by said configuration information; performing a random access on a first sub-band configured according to the first numerology to establish a connection with the network node ; and switching to a second sub-band configured according to a second numerology for data transmissions on a shared uplink channel.
A transdermal microneedle array patch comprising: a bottom cover having a first surface and a second surface opposite to the first surface ; a top cover combined with the bottom cover ; a metal sheet provided on the first surface of the bottom cover ; a substrate disposed within the top cover ; a first probe and a second probe disposed in an open circuit between the top cover and the bottom cover to electrically connect to the substrate ; and the metal sheet in contact with the first probe and the second probe to form a closed circuit. a bottom cover having a first surface and a second surface opposite to the first surface ; a top cover combined with the bottom cover ; a metal sheet provided on the first surface of the bottom cover ; a substrate disposed within the top cover ; a first probe and a second probe disposed in an open circuit between the top cover and the bottom cover to electrically connect to the substrate ; and the metal sheet in contact with the first probe and the second probe to form a closed circuit.