mhurhangee/ep-ind-claims huggingface dataset:
A laundry treating apparatus comprising: a cabinet; an accommodation space provided in the cabinet and configured to receive laundry; a discharge portion allowing an interior of the accommodation space to communicate with an exterior of the cabinet and adapted to discharge air from the accommodation space to the exterior of the cabinet; a supply portion that supplies air into the accommodation space when the air in the accommodation space is discharged through the discharge portion; and a shutoff portion positioned at the discharge portion and adapted to open and close the discharge portion, characterized in that in a closed configuration, the shutoff portion is configured to close a part of the discharge portion connected to the accommodation space for preventing the air in the accommodation space from being discharged from the cabinet through the discharge portion and to open a flow passage between the inside of the cabinet and a part of the discharge portion communicating with the exterior of the cabinet for allowing air in the cabinet, but outside of the accommodation space, to be discharged from the cabinet. a cabinet; an accommodation space provided in the cabinet and configured to receive laundry; a discharge portion allowing an interior of the accommodation space to communicate with an exterior of the cabinet and adapted to discharge air from the accommodation space to the exterior of the cabinet; a supply portion that supplies air into the accommodation space when the air in the accommodation space is discharged through the discharge portion; and a shutoff portion positioned at the discharge portion and adapted to open and close the discharge portion, characterized in that in a closed configuration, the shutoff portion is configured to close a part of the discharge portion connected to the accommodation space for preventing the air in the accommodation space from being discharged from the cabinet through the discharge portion and to open a flow passage between the inside of the cabinet and a part of the discharge portion communicating with the exterior of the cabinet for allowing air in the cabinet, but outside of the accommodation space, to be discharged from the cabinet.
A starting substrate in the form of a semiconductor wafer having a first side and a second side, said sides being plane-parallel with respect to each other, and having a thickness rendering it suitable for processing without significant risk of being damaged, for the fabrication of combined designs requiring shielding, the wafer comprising at least two partitions (A1, A2; DIGITAL, ANALOGUE; B1, B2, B3) electrically insulated from each other by means of barriers (2; L; 38; 54; 64; 81; 91) of insulating material extending entirely through the wafer, the barriers are provided as two or more parallel filled trench structures (81', 81", 81'''), wherein the parallel filled trench structures (81', 81", 81''') are concentric, and characterized in that the parallel filled trench structures are interconnected by radially extending insulating filled trenches (83', 83").
A method of remanufacturing a liner panel for a gas turbine engine, comprising: removing a bushing from a damaged component; and molding the bushing with a material charge. removing a bushing from a damaged component; and molding the bushing with a material charge.
An air conditioner comprising: a body rear panel forming an upper rear external appearance and having an inlet for admitting air; a body front panel coupled to the body rear panel, forming a front external appearance, and having an outlet for discharging air; blowing modules for discharging air to the outlet, the blowing modules comprising a plurality of blowing fans vertically arranged for blowing air; a guide panel disposed between the blowing modules and the body front panel and having a guide hole for guiding air from the blowing modules to the outlet; a door unit rotatably coupled to the guide panel for closing the outlet and the guide hole; and a shroud panel having shroud holes through which air flows to the blowing modules, wherein portions around the shroud holes are formed in a shape of a dome and the blowing modules are disposed therein for guiding air from the blowing modules forward, wherein the guide panel comprises a plurality of blowing fan covers corresponding to the plurality of blowing fans to cover the plurality of blowing fans, wherein the door unit comprises a door panel configured to move between the guide panel and the body front panel to open or close the outlet and the guide hole, and a door guide fin protruding downward, wherein the guide panel further comprises a door guide rail formed in an arc shape, wherein the door guide fin is inserted into the door guide rail and slides along the door guide rail, and wherein the door guide rail is disposed on the front side of the blowing fan covers. a body rear panel forming an upper rear external appearance and having an inlet for admitting air; a body front panel coupled to the body rear panel, forming a front external appearance, and having an outlet for discharging air; blowing modules for discharging air to the outlet, the blowing modules comprising a plurality of blowing fans vertically arranged for blowing air; a guide panel disposed between the blowing modules and the body front panel and having a guide hole for guiding air from the blowing modules to the outlet; a door unit rotatably coupled to the guide panel for closing the outlet and the guide hole; and a shroud panel having shroud holes through which air flows to the blowing modules, wherein portions around the shroud holes are formed in a shape of a dome and the blowing modules are disposed therein for guiding air from the blowing modules forward, wherein the guide panel comprises a plurality of blowing fan covers corresponding to the plurality of blowing fans to cover the plurality of blowing fans, wherein the door unit comprises a door panel configured to move between the guide panel and the body front panel to open or close the outlet and the guide hole, and a door guide fin protruding downward, wherein the guide panel further comprises a door guide rail formed in an arc shape, wherein the door guide fin is inserted into the door guide rail and slides along the door guide rail, and wherein the door guide rail is disposed on the front side of the blowing fan covers.
A coating formation method for forming a coating on a surface of a coating formation target, comprising an electrostatic spraying step of electrostatically spraying a composition directly onto the coating formation target, thereby forming a coating composed of a deposit containing fibers, wherein the composition contains a component (a), a component (b), and a component (c) below: (a) one or more volatile substances having vapor pressure from 0.13 kPa to 66.66 kPa at 20°C and selected from water, alcohols, and ketones; (b) a water-insoluble polymer having coating formability; (c) a liquid agent containing one or more selected from oils and polyols that are in a liquid form at 20°C, a content of the component (a) in the composition is 50% by mass or more, a content of the component (b) in the composition is from 6% by mass to 40% by mass, and a mass ratio ((c) / ((b) + (c))) of the component (c) relative to a total amount of the component (b) and the component (c) in the coating or a spray composition is from 0.05 to 0.75. an electrostatic spraying step of electrostatically spraying a composition directly onto the coating formation target, thereby forming a coating composed of a deposit containing fibers, wherein the composition contains a component (a), a component (b), and a component (c) below: (a) one or more volatile substances having vapor pressure from 0.13 kPa to 66.66 kPa at 20°C and selected from water, alcohols, and ketones; (b) a water-insoluble polymer having coating formability; (c) a liquid agent containing one or more selected from oils and polyols that are in a liquid form at 20°C, (a) one or more volatile substances having vapor pressure from 0.13 kPa to 66.66 kPa at 20°C and selected from water, alcohols, and ketones; (b) a water-insoluble polymer having coating formability; (c) a liquid agent containing one or more selected from oils and polyols that are in a liquid form at 20°C, a content of the component (a) in the composition is 50% by mass or more, a content of the component (b) in the composition is from 6% by mass to 40% by mass, and a mass ratio ((c) / ((b) + (c))) of the component (c) relative to a total amount of the component (b) and the component (c) in the coating or a spray composition is from 0.05 to 0.75.
An in vitro method of differentiation-inducing mesenchymal stem cells to osteoblasts by translocating biological clock relevant factors of the mesenchymal stem cells from the cells' cytoplasm to the cells' nucleus, the method comprising: culturing the cells in a medium containing dexamethasone; and irradiating the mesenchymal stem cells with light having a wavelength of 350 to 500 nm, and after irradiation, culturing the cells in a medium for the differentiation induction to osteoblasts, wherein: the irradiation is performed using a laser; and the biological clock-relevant factors are cryptochrome. culturing the cells in a medium containing dexamethasone; and irradiating the mesenchymal stem cells with light having a wavelength of 350 to 500 nm, and after irradiation, culturing the cells in a medium for the differentiation induction to osteoblasts, wherein: the irradiation is performed using a laser; and the biological clock-relevant factors are cryptochrome. the irradiation is performed using a laser; and the biological clock-relevant factors are cryptochrome.
A seal assembly (178; 278) for a gas turbine engine, comprising: a housing; and a seal carrier (190; 290) secured to the housing and configured to be biased from the housing; characterised in that: a wedge seal (192; 292) is secured to the seal carrier (190; 290) and configured to abut against at least two sealing surfaces (182A, 182B) of adjacent engine components (180A, 180B) which define portions of a core flow path such that the wedge seal (192; 292) spans across a circumferential gap defined by mate faces (184A, 184B) of the adjacent engine components (180A, 180B). a housing; and a seal carrier (190; 290) secured to the housing and configured to be biased from the housing; characterised in that: a wedge seal (192; 292) is secured to the seal carrier (190; 290) and configured to abut against at least two sealing surfaces (182A, 182B) of adjacent engine components (180A, 180B) which define portions of a core flow path such that the wedge seal (192; 292) spans across a circumferential gap defined by mate faces (184A, 184B) of the adjacent engine components (180A, 180B).
A device control apparatus comprising: a detector which detects sound; and a controller which controls a plurality of devices, wherein the plurality of devices include a first device which is not related to operation of the vehicle and a second device which is related to the operation of the vehicle; the controller being configured to recognize a voice of a user by using data of the sound detected by the detector, characterized in that the controller is further configured to: identify a type of an operation target device from the plurality of the devices and operation content of the operation target device, based on the voice recognized; notify the user of start of activating the first device by the operation content identified and activate the first device by the operation content identified when the operation target identified is the first device; and notify the user to request a response before the controller activates the second device by the operation content identified when the operation target identified is the second device. a detector which detects sound; and a controller which controls a plurality of devices, wherein the plurality of devices include a first device which is not related to operation of the vehicle and a second device which is related to the operation of the vehicle; the controller being configured to recognize a voice of a user by using data of the sound detected by the detector, characterized in that the controller is further configured to: identify a type of an operation target device from the plurality of the devices and operation content of the operation target device, based on the voice recognized; notify the user of start of activating the first device by the operation content identified and activate the first device by the operation content identified when the operation target identified is the first device; and notify the user to request a response before the controller activates the second device by the operation content identified when the operation target identified is the second device. identify a type of an operation target device from the plurality of the devices and operation content of the operation target device, based on the voice recognized; notify the user of start of activating the first device by the operation content identified and activate the first device by the operation content identified when the operation target identified is the first device; and notify the user to request a response before the controller activates the second device by the operation content identified when the operation target identified is the second device.
A method for reducing a footprint of an automated diagnostic analyzer, the method comprising: providing a base; rotatably coupling a first carousel to the base, the first carousel having a first diameter; positioning a second carousel vertically spaced over the first carousel such that at least a portion of the second carousel is disposed over the first carousel, the second carousel rotatably coupled to the base; and positioning a rotatable pipetting mechanism to access the first carousel for aspiration of a fluid from a container on the first carousel and to access the second carousel for dispersion of the fluid into a vessel on the second carousel, the pipetting mechanism rotatable about an axis of rotation that is disposed within a circumference of the first carousel. providing a base; rotatably coupling a first carousel to the base, the first carousel having a first diameter; positioning a second carousel vertically spaced over the first carousel such that at least a portion of the second carousel is disposed over the first carousel, the second carousel rotatably coupled to the base; and positioning a rotatable pipetting mechanism to access the first carousel for aspiration of a fluid from a container on the first carousel and to access the second carousel for dispersion of the fluid into a vessel on the second carousel, the pipetting mechanism rotatable about an axis of rotation that is disposed within a circumference of the first carousel.
Method for managing the endurance of a non-volatile rewritable memory including a plurality of memory cells each comprising an ordered stack of a lower electrode, a layer of dielectric material and an upper electrode, the dielectric material of each stack being capable of switching between: - a high resistance state, and - a low resistance state, a switching between the high resistance state and the low resistance state allowing a writing in the memory cell and a switching between the low resistance state and the high resistance state allowing an erasure in said memory cell, characterised in that it comprises the operations of: - at the end of each writing and erasure cycle of the memory cell, reading the erasure conditions (Roff) of said memory cell in the course of the final erasure operation of the cycle, and comparing said read erasure conditions with a predetermined median erasure value corresponding to a median resistance value (Roffmed) which follows a predetermined dependency law (Ld) linking the erasure condition of a cycle with the writing condition of a following cycle; and - determining the writing conditions of the memory cell (Vset, Tset) from the results of the comparison, said writing conditions being defined according to the erasure conditions of the previous cycle and the dependency law, said writing conditions being applied to the electrodes (11, 12) of the stack during writing operations of the following writing and erasure cycle in order to limit the generation of defects in the dielectric material. - a high resistance state, and - a low resistance state, - at the end of each writing and erasure cycle of the memory cell, reading the erasure conditions (Roff) of said memory cell in the course of the final erasure operation of the cycle, and comparing said read erasure conditions with a predetermined median erasure value corresponding to a median resistance value (Roffmed) which follows a predetermined dependency law (Ld) linking the erasure condition of a cycle with the writing condition of a following cycle; and - determining the writing conditions of the memory cell (Vset, Tset) from the results of the comparison, said writing conditions being defined according to the erasure conditions of the previous cycle and the dependency law, said writing conditions being applied to the electrodes (11, 12) of the stack during writing operations of the following writing and erasure cycle in order to limit the generation of defects in the dielectric material.
A pressure sensor of the MEMS and/or NEMS type, including: - at least one first deformable cavity (20, 20', 20", 20"') to receive pressure variations from an ambient atmosphere, this first deformable cavity being made in at least a first substantially planar layer or in at least a first substantially planar substrate, extending in a plane xy, called sensor plane, and including at least one wall (25, 25', 25", 25"'), which is mobile or deformable in the plane of said first layer or of said first substrate, and a means (21, 200, 210) for transmitting pressure variations from an ambient atmosphere to said cavity, - a detection means (24, 24', 24 1, 24' 1, 66, 66', 64, 64' and 64 1, 64' 1) for detecting a displacement or deformation, in the plane of the sensor, of said mobile or deformable wall, under the effect of a pressure variation of the ambient atmosphere. - at least one first deformable cavity (20, 20', 20", 20"') to receive pressure variations from an ambient atmosphere, this first deformable cavity being made in at least a first substantially planar layer or in at least a first substantially planar substrate, extending in a plane xy, called sensor plane, and including at least one wall (25, 25', 25", 25"'), which is mobile or deformable in the plane of said first layer or of said first substrate, and a means (21, 200, 210) for transmitting pressure variations from an ambient atmosphere to said cavity, - a detection means (24, 24', 24 1, 24' 1, 66, 66', 64, 64' and 64 1, 64' 1) for detecting a displacement or deformation, in the plane of the sensor, of said mobile or deformable wall, under the effect of a pressure variation of the ambient atmosphere.
A system, comprising: a ride vehicle of an amusement park ride; a restraint system coupled to the ride vehicle and comprising a lock having a detector configured to receive a wireless signal, wherein receiving the wireless signal causes the lock to lock to a restrained configuration or unlock to an unrestrained configuration, and wherein the restraint system is configured to secure a rider within the ride vehicle; a sensor that determines whether the restraint system of each ride seat is in the restrained or unrestrained configuration; one or more sensors configured to detect whether a seat of the ride vehicle is occupied; wherein the system is configured to block release of the ride vehicle until the restraint system is in the restrained configuration unless it is determined that the seat is not occupied. a restraint system coupled to the ride vehicle and comprising a lock having a detector configured to receive a wireless signal, wherein receiving the wireless signal causes the lock to lock to a restrained configuration or unlock to an unrestrained configuration, and wherein the restraint system is configured to secure a rider within the ride vehicle; a sensor that determines whether the restraint system of each ride seat is in the restrained or unrestrained configuration; one or more sensors configured to detect whether a seat of the ride vehicle is occupied; wherein the system is configured to block release of the ride vehicle until the restraint system is in the restrained configuration unless it is determined that the seat is not occupied.
A voting solenoid arrangement configured to selectively apply fluid pressure above and below a threshold value, to a fluid node, said voting solenoid arrangement comprising: first and second solenoid valve pairs (18, 20), each pair including first and second solenoid valves (40, 42, 44, 46); said valve pairs being disposed in parallel fluid communication with a fluid pressure source; each of said first and second solenoid valves being alternately actuatable between energized and deenergized states; wherein a change of state of the first and second valves of either of said valve pairs is configured to alternately apply fluid pressure above and below the threshold value, to the fluid node. first and second solenoid valve pairs (18, 20), each pair including first and second solenoid valves (40, 42, 44, 46); said valve pairs being disposed in parallel fluid communication with a fluid pressure source; each of said first and second solenoid valves being alternately actuatable between energized and deenergized states; wherein a change of state of the first and second valves of either of said valve pairs is configured to alternately apply fluid pressure above and below the threshold value, to the fluid node.
A peptide comprising an amino acid sequence at least 70 % homologous to a sequence as set forth by L D Q L N H I L G I L G X 1 P X 2 Q E D; wherein X 1 and X 2 are non-phosphorylatable amino acids, the isolated peptide being capable of preventing ERK nuclear translocation.
A tyre for vehicle wheels comprising: - a carcass structure having opposing side edges associated with respective annular anchoring structures; - a belt structure applied in a position radially external to the carcass structure; - a tread band applied in a position radially external to the belt structure; - a pair of sidewall structures each including a sidewall extended in a position axially external to the carcass structure and extended radially between one of the annular anchoring structures and an axially external portion of the tread band; and - at least one layer of elastomeric material or underlayer applied in a radially internal position with respect to said tread band and radially external with respect to said belt structure, characterised in that said at least one underlayer comprises a vulcanised elastomeric compound having a shear modulus value G', measured at 70 °C, 10 Hz, 9% strain according to the RPA method disclosed in the present description, of less than 0.90 MPa, a dynamic elastic compression modulus value E' comprised between 3.00 and 8.00 MPa and a dynamic viscous compression modulus value E" of less than 0.24 MPa, said moduli E' and E" being measured at 23 °C with an Instron model 1341 dynamic device in the tension-compression mode on cylindrical samples of 25 mm in length and 14 mm in diameter, cross-linked at 170 °C for 10 minutes, longitudinally pre-compressed by 25% and subjected to a dynamic sinusoidal stress of ±3.5% of amplitude and 10 Hz of frequency. - a carcass structure having opposing side edges associated with respective annular anchoring structures; - a belt structure applied in a position radially external to the carcass structure; - a tread band applied in a position radially external to the belt structure; - a pair of sidewall structures each including a sidewall extended in a position axially external to the carcass structure and extended radially between one of the annular anchoring structures and an axially external portion of the tread band; and - at least one layer of elastomeric material or underlayer applied in a radially internal position with respect to said tread band and radially external with respect to said belt structure,