mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a saccharified solution from a used absorbent article having an absorbent body that contains pulp fibers and a non-cellulosic liquid-permeable surface material, wherein the method includes a step of immersing the used absorbent article in a cellulase-containing saccharifying enzyme solution to produce a saccharified solution, wherein in the step of immersing the used absorbent article in the cellulase-containing saccharifying enzyme solution to produce the saccharified solution, the used absorbent article is immersed in the cellulase-containing saccharifying enzyme solution in a state in which the cellulose-containing absorbent body including a superabsorbent polymer of the used absorbent article is encapsulated with the surface material and a leakproof material.
A method for controlling a motor in an elevator system, wherein, in the elevator system, a level sensor is disposed at a fixed position on each floor of a building, and a first magnetic signal emitter and a second magnetic signal emitter are coupled to a car and are vertically arranged to be spaced apart from each other above the car, and the motor operates to move the car upward or downward, wherein the method comprises: outputting, to the motor, an output voltage corresponding to a command frequency at a deceleration level when the level sensor receives a magnetic signal from the first magnetic signal emitter; measuring a first time duration from a first time-point at which the level sensor receives the magnetic signal of the first magnetic signal emitter to a second time-point at which the level sensor receives a magnetic signal from the second magnetic signal emitter; calculating an actual speed of the motor using the first time duration; determining a second time duration from the second time-point to a third time-point at which the car stops, using the actual speed and a predetermined travel distance; and adjusting a leveling error using the second time duration. wherein, in the elevator system, a level sensor is disposed at a fixed position on each floor of a building, and a first magnetic signal emitter and a second magnetic signal emitter are coupled to a car and are vertically arranged to be spaced apart from each other above the car, and the motor operates to move the car upward or downward, wherein the method comprises: outputting, to the motor, an output voltage corresponding to a command frequency at a deceleration level when the level sensor receives a magnetic signal from the first magnetic signal emitter; measuring a first time duration from a first time-point at which the level sensor receives the magnetic signal of the first magnetic signal emitter to a second time-point at which the level sensor receives a magnetic signal from the second magnetic signal emitter; calculating an actual speed of the motor using the first time duration; determining a second time duration from the second time-point to a third time-point at which the car stops, using the actual speed and a predetermined travel distance; and adjusting a leveling error using the second time duration.
A surgical tape applicator which comprises: a dispenser housing having a proximal end and a distal end and defining a passageway therethrough; a protective liner disposed within the passageway of the housing; and a surgical tape at least partially disposed within the dispenser housing and protected by the protective liner, the surgical tape having a first surface having at least one tissue reactive component characterised in that the surgical tape applicator is for placement within a wound to dispense a surgical tape therein and the tape has a second surface having at least one tissue reactive component, whereby withdrawal of the dispenser housing strips the protective liner from the tape exposing both sides of the tape to the inner walls of the wound such that both walls of the tissue may be bound around the tape. a dispenser housing having a proximal end and a distal end and defining a passageway therethrough; a protective liner disposed within the passageway of the housing; and a surgical tape at least partially disposed within the dispenser housing and protected by the protective liner, the surgical tape having a first surface having at least one tissue reactive component characterised in that the surgical tape applicator is for placement within a wound to dispense a surgical tape therein and the tape has a second surface having at least one tissue reactive component, whereby withdrawal of the dispenser housing strips the protective liner from the tape exposing both sides of the tape to the inner walls of the wound such that both walls of the tissue may be bound around the tape.
Polycrystalline lithium manganese oxide particles represented by Chemical Formula 1, wherein the polycrystalline lithium manganese oxide particles are in a form of secondary particles in which two or more primary particles having an average crystal diameter of 152 nm to 300 nm are agglomerated, and wherein an average particle diameter (D 50) of the secondary particle is in a range of 5 μm to 20 μm: <Chemical Formula 1> Li (1+x) Mn (2-x-y-f) Al y B f O (4-z) where 0≤x≤0.2, 0<y≤0.2, 0<f≤0.2, and 0≤z≤0.2.
An optical element (1; 33) comprising: microcapsules each including encapsulated liquid inside a capsule membrane; and a base material on which the microcapsules are planarly arranged, wherein the encapsulated liquid includes light diffusion particles that scatter light and a dispersion medium that disperses the light diffusion particles, and a ratio of an area of a region of the encapsulated liquid to an area of each of the microcapsules ranges from 0.9025 to 0.990 in a cross-sectional area of the microcapsule projected in a direction perpendicular to a surface of the base material on which the microcapsules are planarly arranged. microcapsules each including encapsulated liquid inside a capsule membrane; and a base material on which the microcapsules are planarly arranged, wherein the encapsulated liquid includes light diffusion particles that scatter light and a dispersion medium that disperses the light diffusion particles, and a ratio of an area of a region of the encapsulated liquid to an area of each of the microcapsules ranges from 0.9025 to 0.990 in a cross-sectional area of the microcapsule projected in a direction perpendicular to a surface of the base material on which the microcapsules are planarly arranged.
(Currently Amended) An SIM card data dumping method for a multi-card mobile terminal, wherein the multi-card mobile terminal is customized by a communication operator to adopt the SIMLock technology, and the SIM card data dumping method comprises the following steps of: A. reading a Mobile Country Code, MCC, and a Mobile Network Code, MNC, from a primary SIM card; B. detecting an SIMLock condition by comparing the MCC and the MNC of the primary SIM card with data in a white list preset in the mobile terminal to determine whether the primary SIM card is to be locked, wherein if the primary SIM card is to be locked, a general SIMLock process is executed, and otherwise, the process proceeds to step C; C. if the primary SIM card is not to be locked, then reading an MCC and an MNC from a secondary SIM card, and proceeding to step D; D. detecting an SIMLock condition by comparing the MCC and the MNC of the secondary SIM card with the data in the white list preset in the mobile terminal to determine whether the secondary SIM card is to be locked, wherein if the secondary SIM card is to be locked, then the process proceeds to step E, and otherwise, the process is terminated directly; E. prompting a user of whether to copy short message data from the secondary SIM card, wherein if the user chooses "no", the process is terminated, and otherwise, the process proceeds to step F; and F. reading short message data from the secondary SIM card piece by piece in sequence, and saving the short message data that is read into a short message function module of the mobile terminal and labeling the short message data as being from the secondary SIM card. A. reading a Mobile Country Code, MCC, and a Mobile Network Code, MNC, from a primary SIM card; B. detecting an SIMLock condition by comparing the MCC and the MNC of the primary SIM card with data in a white list preset in the mobile terminal to determine whether the primary SIM card is to be locked, wherein if the primary SIM card is to be locked, a general SIMLock process is executed, and otherwise, the process proceeds to step C; C. if the primary SIM card is not to be locked, then reading an MCC and an MNC from a secondary SIM card, and proceeding to step D; D. detecting an SIMLock condition by comparing the MCC and the MNC of the secondary SIM card with the data in the white list preset in the mobile terminal to determine whether the secondary SIM card is to be locked, wherein if the secondary SIM card is to be locked, then the process proceeds to step E, and otherwise, the process is terminated directly; E. prompting a user of whether to copy short message data from the secondary SIM card, wherein if the user chooses "no", the process is terminated, and otherwise, the process proceeds to step F; and F. reading short message data from the secondary SIM card piece by piece in sequence, and saving the short message data that is read into a short message function module of the mobile terminal and labeling the short message data as being from the secondary SIM card.
An aircraft passenger seat comprising a seat pan and a back rest, wherein the seat pan is moveable between: a deployed position in which the seat pan occupies a first space and wherein a passenger can sit on the seat pan, and a stowed position in which the seat pan is moved out of the first space such that a passenger can stand in the first space; wherein the seat pan is moveable between the deployed position and a tilted position in which the seat pan is angled with respect to the back rest and the seat pan can be fixed in at least one intermediate position between the deployed position and tilted position; the back rest is moveable between an upright position and a reclined position in which the back rest is substantially parallel with a deployed position of the seat pan and the back rest can be fixed in at least one intermediate position between the upright position and the reclined position; and the aircraft passenger seat further comprises a leg rest that is moveable between a retracted position in which the leg rest is substantially perpendicular to the deployed position of the seat pan and an extended position in which it is positioned to support the legs of a passenger. a deployed position in which the seat pan occupies a first space and wherein a passenger can sit on the seat pan, and a stowed position in which the seat pan is moved out of the first space such that a passenger can stand in the first space; wherein the seat pan is moveable between the deployed position and a tilted position in which the seat pan is angled with respect to the back rest and the seat pan can be fixed in at least one intermediate position between the deployed position and tilted position; the back rest is moveable between an upright position and a reclined position in which the back rest is substantially parallel with a deployed position of the seat pan and the back rest can be fixed in at least one intermediate position between the upright position and the reclined position; and the aircraft passenger seat further comprises a leg rest that is moveable between a retracted position in which the leg rest is substantially perpendicular to the deployed position of the seat pan and an extended position in which it is positioned to support the legs of a passenger.
A control system for controlling a heating, ventilation and air conditioning system of a vehicle, the control system comprising one or more controllers, the control system configured to: receive a cleaning cycle request indicating a requested time to initiate a cleaning cycle performed by the HVAC system, the cleaning cycle being for reducing a level of one or more pollutants in a cabin of the vehicle; determine, at the requested time, whether one or more conditions are satisfied, the one or more conditions including a condition that the vehicle is not currently undertaking a vehicle journey; and, transmit a control signal to control the HVAC system to initiate the cleaning cycle if it is determined that the one or more conditions are satisfied, and characterised in that, the conditions include a condition that a number of cleaning cycles that have been initiated since a previous vehicle journey is not greater than a prescribed upper number of cleaning cycles. receive a cleaning cycle request indicating a requested time to initiate a cleaning cycle performed by the HVAC system, the cleaning cycle being for reducing a level of one or more pollutants in a cabin of the vehicle; determine, at the requested time, whether one or more conditions are satisfied, the one or more conditions including a condition that the vehicle is not currently undertaking a vehicle journey; and, transmit a control signal to control the HVAC system to initiate the cleaning cycle if it is determined that the one or more conditions are satisfied, and characterised in that, the conditions include a condition that a number of cleaning cycles that have been initiated since a previous vehicle journey is not greater than a prescribed upper number of cleaning cycles.
An exercise device including a single rotatable reel arranged to be selectably rotated against the bias of spring means in dependence upon manually operable locking means (104, 106, 107), said reel having a pair of inelastic straps (113a, 113b) arranged to be rotationally wound thereabout from opposite directions, whereby when the locking means permits rotation of the reel, pulling on one or both straps against the bias of the spring means causes the straps to be unwound evenly and reducing the pulling force below that of the spring means causes the straps to be contra-rotationally wound around the reel characterised in that the reel has a longitudinally extending diametric slot therein and an axle, wherein the straps are inserted through the slot from differing diametric locations and secured in overlapping manner about the axle.
An interface device for providing Intrinsic Safety to a Smart Identity Module, SIM, card, comprising: a buffer circuit including a voltage regulator, and voltage level translators (125, 126, 127), each of said voltage level translators (125, 126, 127) having a respective driver (125a, 126a, 127a), the buffer circuit further comprising baseband processor side pins including at least an input/output, IO, pin for receiving data signals, first Smart Identity Module, SIM, reset, RST, pin, core power supply, VCC, pin, a clock, CLK, pin, a battery power supply, VBAT, pin, and Smart Identity Module, SIM, side pins including at least a core power supply, VCC, pin, a Smart Identity, SIM, clock, CLK, pin, second Smart Identity Module, SIM, reset, RST, pin, and a Smart Identity Module, SIM, input/output, IO, pin, and a ground, GND, pin, and at least one series infallible resistor (R 1, R 2, R 3, R 4 and R 5) in series with each of said baseband processor side pins. a buffer circuit including a voltage regulator, and voltage level translators (125, 126, 127), each of said voltage level translators (125, 126, 127) having a respective driver (125a, 126a, 127a), the buffer circuit further comprising baseband processor side pins including at least an input/output, IO, pin for receiving data signals, first Smart Identity Module, SIM, reset, RST, pin, core power supply, VCC, pin, a clock, CLK, pin, a battery power supply, VBAT, pin, and Smart Identity Module, SIM, side pins including at least a core power supply, VCC, pin, a Smart Identity, SIM, clock, CLK, pin, second Smart Identity Module, SIM, reset, RST, pin, and a Smart Identity Module, SIM, input/output, IO, pin, and a ground, GND, pin, and a voltage regulator, and voltage level translators (125, 126, 127), each of said voltage level translators (125, 126, 127) having a respective driver (125a, 126a, 127a), the buffer circuit further comprising baseband processor side pins including at least an input/output, IO, pin for receiving data signals, first Smart Identity Module, SIM, reset, RST, pin, core power supply, VCC, pin, a clock, CLK, pin, a battery power supply, VBAT, pin, and Smart Identity Module, SIM, side pins including at least a core power supply, VCC, pin, a Smart Identity, SIM, clock, CLK, pin, second Smart Identity Module, SIM, reset, RST, pin, and a Smart Identity Module, SIM, input/output, IO, pin, and a ground, GND, pin, and at least one series infallible resistor (R 1, R 2, R 3, R 4 and R 5) in series with each of said baseband processor side pins.
A source module for a lithographic apparatus, the source module comprising: a chamber defined by chamber walls; a radiation emitter configured to emit a beam of radiation to a plasma formation site; an extreme ultra violet radiation generator including a fuel supply provided with a fuel and configured to supply the fuel to the plasma formation site within the chamber so that a plasma that emits extreme ultraviolet radiation is generated when the beam of radiation impacts the fuel; a reflective element in the chamber configured to reflect extreme ultraviolet radiation emanating from a radiation emission point at the plasma formation site; and a fuel particulate interceptor (50, 80), arranged in the chamber adjacent to one or more of the chamber walls and comprising a material having an affinity for the fuel so that when the fuel particulates impact a surface of the fuel particulate interceptor (50, 80), the fuel particulates will adhere to the surface and are prevepted from falling under the influence of gravity onto the reflective element and characterised in that the module comprises a fuel inlet constructed and arranged to provide fuel to a surface of the interceptor. a chamber defined by chamber walls; a radiation emitter configured to emit a beam of radiation to a plasma formation site; an extreme ultra violet radiation generator including a fuel supply provided with a fuel and configured to supply the fuel to the plasma formation site within the chamber so that a plasma that emits extreme ultraviolet radiation is generated when the beam of radiation impacts the fuel; a reflective element in the chamber configured to reflect extreme ultraviolet radiation emanating from a radiation emission point at the plasma formation site; and a fuel particulate interceptor (50, 80), arranged in the chamber adjacent to one or more of the chamber walls and comprising a material having an affinity for the fuel so that when the fuel particulates impact a surface of the fuel particulate interceptor (50, 80), the fuel particulates will adhere to the surface and are prevepted from falling under the influence of gravity onto the reflective element and characterised in that the module comprises a fuel inlet constructed and arranged to provide fuel to a surface of the interceptor.
Carrier system for a medical device worn on the body comprising a flexible carrier plaster which has a flat carrier layer and an adhesive coating thereon consisting of a pressure sensitive adhesive which adheres on the skin of a body part, and further comprising a dimensionally stable platform which is positioned on the upper side of the carrier layer facing away from the skin for mounting the device, wherein the platform has a bottom joining area which is joined to the upper side of the carrier layer by means of a structural adhesive which is applied as a bead along predefined adherend tracks (38,40), wherein the adherend tracks (38,40) are positioned on the joining area such that the carrier layer preserves a stretchability which is increased in a preferred direction (42,44).
Offshore loading hose coupling comprising a coupling flange, a plurality of guide elements, which extend axially beyond the coupling flange and which comprise a landing and sliding face, wherein the offshore loading hose coupling further comprises a plurality of pull-in and clamping units, which are movable along the guide elements in a substantially axial direction, and which are configured to pull in and clamp a connection flange to the coupling flange, as they comprise a forward engagement edge and a rear engagement edge configured to engage said connection flange and coupling flange, wherein the pull-in and clamping units and the guide elements comprise guiding means (65, 67) configured to guide the pull-in and clamping means along a pull-in path and a successive clamping path during pull-in and clamping, wherein the pull-in and clamping units are arranged between two plates, characterized in that the plates comprises flange retention edges, which face at least partly in an axial rearwards direction, and which extend radially inwards beyond the radial extension of the coupling flange.
A nasal tube device, comprising: a nasal tube having a proximal portion, a distal portion, a retention flange and one or more lumens; a securing device attached to the proximal portion of the nasal tube and a retention system having a flexible line, wherein the retention flange comprises one or more openings for attaching the flexible line of the retention system to the nasal tube, wherein the nasal tube device is configured such that, when the nasal tube device is secured to a patient, the flexible line extends from the one or more openings of the retention flange, around the patient's vomer bone, and is secured to the proximal portion of the nasal tube by the securing device.
A power generator comprising a first permanent magnet member, a second permanent magnet member, and an electromotive coil member arranged concentrically to have a telescoping structure, wherein power generation in the electromotive coil member is induced by relative rotation between the first permanent magnet member or/and the second permanent magnet member and the electromotive coil member, wherein the first and second permanent magnet members (1,2) comprise a plurality of permanent magnets (M1,M2) with opposite polarities in the radial direction which are arranged in the circumferential direction, and wherein the number of the permanent magnets of the second permanent magnet member is an integral multiple of the number of the permanent magnets of the first permanent magnet member, and the permanent magnets of the second permanent magnet member are arranged adjacent to each other so that their polarities are opposite to each other, and, at the same time, the permanent magnets of the first permanent magnet member are arranged adjacent to each other so that the polarities are opposite to each other, and wherein the electromotive coil member is constituted of a plurality of electromotive coils arranged in the circumferential direction, and the number of electromotive coils is the same as the number of permanent magnet members of the second permanent magnet member.