mhurhangee/ep-ind-claims huggingface dataset:
A data storage method, wherein the method is applied to a storage system, the storage system comprises a storage device and a host, the storage device comprises a controller, the controller comprises a cache protection area and a write cache, and the cache protection area provides a reset memory protection function; and the method being performed by the controller and comprising: receiving a file processing request; splitting the file processing request into multiple file operations, separately performing file processing on each of the multiple file operations to generate multiple pieces of file operation information corresponding to the file processing request; writing all the multiple pieces of file operation information corresponding to the file processing request to the cache protection area, wherein when the controller has a fault, the cache protection area is still supplied power continuously, and wherein after the controller is powered on again, all the multiple pieces of file operation information corresponding to the file processing request stored in the cache protection area are not initialized; acquiring data information of the file processing request according to all the multiple pieces of file operation information corresponding to the file processing request; and writing the data information to the write cache, so that the host accesses the data information. receiving a file processing request; splitting the file processing request into multiple file operations, separately performing file processing on each of the multiple file operations to generate multiple pieces of file operation information corresponding to the file processing request; writing all the multiple pieces of file operation information corresponding to the file processing request to the cache protection area, wherein when the controller has a fault, the cache protection area is still supplied power continuously, and wherein after the controller is powered on again, all the multiple pieces of file operation information corresponding to the file processing request stored in the cache protection area are not initialized; acquiring data information of the file processing request according to all the multiple pieces of file operation information corresponding to the file processing request; and writing the data information to the write cache, so that the host accesses the data information.
A ventilation system comprising: a plurality of ventilation devices in a target space; a carbon dioxide sensor included in each of the ventilation devices; and a control device configured to control, for all the ventilation devices operating, the number of the ventilation devices operating such that detected values of the carbon dioxide sensors are lower than a reference value, wherein the control device is adapted to control the number of ventilation devices operating in accordance with a plurality of threshold values of the carbon dioxide concentration, the plurality of threshold values including the reference value and first and second threshold values, the control device is configured not to change the number of ventilation devices operating when a maximum value of the carbon dioxide concentration among the detected values is lower than the reference value and higher than the first threshold value, the control device is configured to increase the number of ventilation devices operating when the maximum value of the carbon dioxide concentration among the detected values exceeds the reference value, and the control device is configured to decrease by half the number of ventilation devices operating when the maximum value of the carbon dioxide concentration among the detected values is higher than the second threshold value and lower than the first threshold value.
An article, comprising: a substrate; a photovoltaic cell (103, 300, 400, 520, 620) supported by the substrate; and a display supported by and operably connected to the photovoltaic cell (103, 300, 400, 520, 620); wherein the display is transparent or semitransparent when the display is in a first state, in which it is not electrically activated, and the display is non-transparent when the display is in a second state, in which it is electrically activated, such that the display is arranged to perform blinking; wherein the article is configured such that light which passes through the display to the photovoltaic cell when the display is transparent or semitransparent interacts with the photovoltaic cell to generate electricity which is transported to the display and makes the display non-transparent to the light such that the display blocks the light from reaching the photovoltaic cell and stops the photovoltaic cell from generating electricity such that the display becomes transparent or semitransparent again such that the article is arranged to perform a repeating cycle and does not require an additional electronic device for performing blinking. a substrate; a photovoltaic cell (103, 300, 400, 520, 620) supported by the substrate; and a display supported by and operably connected to the photovoltaic cell (103, 300, 400, 520, 620); wherein the display is transparent or semitransparent when the display is in a first state, in which it is not electrically activated, and the display is non-transparent when the display is in a second state, in which it is electrically activated, such that the display is arranged to perform blinking; wherein the article is configured such that light which passes through the display to the photovoltaic cell when the display is transparent or semitransparent interacts with the photovoltaic cell to generate electricity which is transported to the display and makes the display non-transparent to the light such that the display blocks the light from reaching the photovoltaic cell and stops the photovoltaic cell from generating electricity such that the display becomes transparent or semitransparent again such that the article is arranged to perform a repeating cycle and does not require an additional electronic device for performing blinking.
Lithium aluminium silicate glass-ceramic having a coefficient of thermal expansion in the range from 20°C to 700°C of -0.5 to 1.9 ppm/K and having a composition containing in % by weight based on oxide SiO 2 60 - 70 Al 2 O 3 17 - 25 Li 2 O 2.0 - 3.2 MgO 0 - 3 ZrO 2 >1.3 - 4 ZnO >3.2 - 7 SnO 2 0.1 - <1.0 P 2 O 5 0 - <1. having a coefficient of thermal expansion in the range from 20°C to 700°C of -0.5 to 1.9 ppm/K and having a composition containing in % by weight based on oxide SiO 2 60 - 70 Al 2 O 3 17 - 25 Li 2 O 2.0 - 3.2 MgO 0 - 3 ZrO 2 >1.3 - 4 ZnO >3.2 - 7 SnO 2 0.1 - <1.0 P 2 O 5 0 - <1.
A spreader unit for spreading deicer on a pavement, and comprising at least one supporting arm (2; 3) having a casing connected to a rigid structure of said spreader unit, a sliding arm member connected telescopically to said casing, and at least one telescopic pipe for said deicer and defining a connecting port connectable to a spreader assembly for spreading said deicer, wherein said telescopic pipe comprises a sleeve, a sliding pipe member extractable from said sleeve by means of said sliding arm member and defining a pipe connected to said connecting port, and first sealing means fixed with respect to said sleeve and cooperating with said sliding pipe member, characterized in that said telescopic pipe further comprises second sealing means fixed with respect to said sliding pipe member and cooperating with said sleeve, an inlet port defined by said sleeve, and fluidic connecting means for connecting a first chamber, defined between said second sealing means and said inlet port, to a second chamber defined between said first and second sealing means (26, 27).
A terminal comprising: a receiving section configured to receive, by RRC signaling, a first measurement gap configuration for a first frequency range and a second measurement gap configuration for a second frequency range, wherein the first measurement gap configuration and the second measurement gap configuration are different; and a control section configured to apply the received first and second measurement gap configurations for measurement in the respective first and second frequency ranges; wherein measurement gap periods respectively included in the first and second measurement gap configurations are the same. a receiving section configured to receive, by RRC signaling, a first measurement gap configuration for a first frequency range and a second measurement gap configuration for a second frequency range, wherein the first measurement gap configuration and the second measurement gap configuration are different; and a control section configured to apply the received first and second measurement gap configurations for measurement in the respective first and second frequency ranges; wherein measurement gap periods respectively included in the first and second measurement gap configurations are the same.
A resin-coated steel can comprising a drawn or draw-redrawn resin-coated steel sheet having at least a surface serving as a can inner surface coated with a biaxially-stretched polyester film and a surface serving as a coated and/or printed can outer surface, wherein the biaxially-stretched polyester film on the side wall of the can inner surface has a crystallinity of 42 to 52%, and the shrinkage in the can height direction is less than 10% of the can height upon raising the temperature of the biaxially-stretched polyester film on the can inner surface side wall from 23°C to 130°C at a rate of 5°C/min.
Hydraulic arrangement comprising a plurality of hydraulic operative modules (3', 3", 6) of a work vehicle, a tank and a transmission lubrication arrangement; said hydraulic arrangement further comprising a return conduit fluidly connected to a discharge (3b', 3b'') of each of said hydraulic operative modules (3', 3'', 6), said hydraulic arrangement further comprises valve means fluidly interposed between said return conduit, said tank and said transmission lubrication arrangement of said work vehicle, said valve means being configured to subdivide the flow of fluid in said return conduit between said tank and said transmission lubrication system in order to maintain a preset maximum pressure in said return conduit; said hydraulic arrangement is characterized in that said valve means comprises a valve controlled by the equilibrium of a first pressure pilot signal taken on a conduit fluidly connecting said valve to said tank and a second pressure pilot signal taken on a conduit fluidly connecting said valve to said transmission lubrication system, said first and second pilot signals (13, 14) acting on opposite sides of a spool of said valve.
A vehicle rear side airbag device fixing structure comprising: a rear seatback of a rear seat of a vehicle; a child seat fixing member having an elongated shape that is disposed at a downward side of the rear seatback, a length direction of the child seat fixing member being in a vehicle width direction, the child seat fixing member being fixed to a vehicle body or a seat frame, and the child seat fixing member being provided with a fixing portion for child seat fixing; and a vehicle rear side airbag device including an airbag module that is fixed to the child seat fixing member directly or via a rigid member that is a separate body from the seat frame, a side airbag that is provided in the airbag module being inflated and deployed sideward of an occupant sitting on the rear seat in the event of a side collision of the vehicle. a rear seatback of a rear seat of a vehicle; a child seat fixing member having an elongated shape that is disposed at a downward side of the rear seatback, a length direction of the child seat fixing member being in a vehicle width direction, the child seat fixing member being fixed to a vehicle body or a seat frame, and the child seat fixing member being provided with a fixing portion for child seat fixing; and a vehicle rear side airbag device including an airbag module that is fixed to the child seat fixing member directly or via a rigid member that is a separate body from the seat frame, a side airbag that is provided in the airbag module being inflated and deployed sideward of an occupant sitting on the rear seat in the event of a side collision of the vehicle.
A semi-guiding optical fiber having a longitudinal axis and configured for mode control, comprising: - a core having a high aspect ratio including first and second wide surface interfaces, and first and second comparably narrow edge interfaces, the core having a slow axis parallel to the first and second wide surface interfaces, and a refractive index; and - first and second signal claddings positioned in contact with the first and second wide surfaces of the core, characterized in that the semi-guiding optical fiber having a numerical aperture having a Gaussian-like profile, in the slow axis direction, with a maximum value positioned on the longitudinal axis of the semi-guiding optical fiber, the first and second signal claddings having an anti-Gaussian like refractive index profile, in the slow axis direction, with a minimum value positioned on the longitudinal axis of the semi-guiding optical fiber, the core having a refractive index profile having a Gaussian-like profile, in the slow axis direction, with a maximum value positioned on the longitudinal axis of the semi-guiding optical fiber. - a core having a high aspect ratio including first and second wide surface interfaces, and first and second comparably narrow edge interfaces, the core having a slow axis parallel to the first and second wide surface interfaces, and a refractive index; and - first and second signal claddings positioned in contact with the first and second wide surfaces of the core, characterized in that the semi-guiding optical fiber having a numerical aperture having a Gaussian-like profile, in the slow axis direction, with a maximum value positioned on the longitudinal axis of the semi-guiding optical fiber,
Modified Salmonella Gallinarum strains, which comprise the deletion of at least one entire gene cluster selected from the following (i) to (iv): (i) Salmonella Pathogenicity Island-2 (SPI-2), (ii) Salmonella Pathogenicity Island-1 (SPI-1) and SPI-2, (iii) spvRABCD, and (iv) SPI-1, SPI-2, spvRABCD, and faeHI. (i) Salmonella Pathogenicity Island-2 (SPI-2), (ii) Salmonella Pathogenicity Island-1 (SPI-1) and SPI-2, (iii) spvRABCD, and (iv) SPI-1, SPI-2, spvRABCD, and faeHI.
Triblock diene elastomer, the central block of which is a polyether block having a number-average molecular weight ranging from 150 to 5000 g/mol and is connected via a silicon atom to each of the lateral blocks, and the chain ends of which are functionalized to at least 70 mol%, with respect to the number of moles of chain end, by an amine function.
An energy storage device (201, 1900, 2000) comprising: an anode (100, 203, 2010) including a plurality of active material particles (102, 211, 1908, 2050), each of the plurality of active material particles (102, 211, 1908, 2050) having a particle size of between one micrometer and fifty micrometers, wherein one or more of the plurality of active material particles (102, 211, 1908, 2050) are enclosed by and in contact with a membrane coating (106, 215, 402, 1910, 2060) permeable to lithium ions (108, 2070) and the membrane coating (106, 215, 402, 1910, 2060) comprises polyacrylonitrile; a cathode (205, 1902, 2020) including a transition metal oxide material (207, 1904); and an electrolyte (209, 1906) including a room temperature ionic liquid coupling the anode (100, 203, 2010) to the cathode (205, 1902, 2020). an anode (100, 203, 2010) including a plurality of active material particles (102, 211, 1908, 2050), each of the plurality of active material particles (102, 211, 1908, 2050) having a particle size of between one micrometer and fifty micrometers, wherein one or more of the plurality of active material particles (102, 211, 1908, 2050) are enclosed by and in contact with a membrane coating (106, 215, 402, 1910, 2060) permeable to lithium ions (108, 2070) and the membrane coating (106, 215, 402, 1910, 2060) comprises polyacrylonitrile; a cathode (205, 1902, 2020) including a transition metal oxide material (207, 1904); and an electrolyte (209, 1906) including a room temperature ionic liquid coupling the anode (100, 203, 2010) to the cathode (205, 1902, 2020).
Knee orthosis for torm anterior cruciate ligament tears comprising articulated annature - arranged to be attached to the thigh and leg, on either side of the knee, said orthosis comprising means of restraint in the form of a plurality of straps (4, 5, 6, 7) coupled to the said armature and adapted to surround the thigh and leg leaving free the patellar area and to be crossed and superimposied on the posterior side facing the skin of the popliteal fossa at the same level of the center of rotation of the knee in order to avoid the anterior part of the tibia sliding forward, characterised in that each strap (4, 5, 6, 7) is held in a rigid guide integral with a part of the armature, at the leg and thigh, and adapted to maintain the angular orientation of said straps, while where they cross in the popliteal fossa, the straps (4, 5, 6, 7) are held together by a non-expandable sleeve, the first strap, the shortest, being disposed on the outside, as far backward as possible and the last strap, the longest, being disposed inside, as far forward as possible facing the skin of the popliteal fossa.
An energy applicator for directing energy to tissue, comprising: a feedline; a radiating section operably coupled to the feedline, the radiating section having a length; and a length adjustment member configured to selectively adjust a length of the radiating section, wherein a distal portion of the radiating section includes an inner conductor and the length adjustment member is electrically coupled to the inner conductor, and wherein elastic, resilience or yieldable properties of the inner conductor allow a coiled portion of the inner conductor to wind or unwind as the length adjustment member is adjusted. a feedline; a radiating section operably coupled to the feedline, the radiating section having a length; and a length adjustment member configured to selectively adjust a length of the radiating section, wherein a distal portion of the radiating section includes an inner conductor and the length adjustment member is electrically coupled to the inner conductor, and wherein elastic, resilience or yieldable properties of the inner conductor allow a coiled portion of the inner conductor to wind or unwind as the length adjustment member is adjusted.
An inflator comprising: a housing; an air director supported by the housing and defining an air conduit fluidically connectable to an inflatable object; a pressure sensor configured to detect a pressure within the inflatable object; a trigger movable from a rest position to an actuated position to fluidically connect an air inlet to the air conduit; the inflator being further characterized by further comprising a movement limiter movable between a lock position in which the movement limiter prevents the trigger from moving from the rest position to the actuated position and a release position in which the movement limiter does not prevent the trigger from moving from the rest position to the actuated position; and a controller configured to cause the movement limiter to move from the lock position to the release position responsive to the pressure within the inflatable object being less than a preset pressure. a housing; an air director supported by the housing and defining an air conduit fluidically connectable to an inflatable object; a pressure sensor configured to detect a pressure within the inflatable object; a trigger movable from a rest position to an actuated position to fluidically connect an air inlet to the air conduit; the inflator being further characterized by further comprising a movement limiter movable between a lock position in which the movement limiter prevents the trigger from moving from the rest position to the actuated position and a release position in which the movement limiter does not prevent the trigger from moving from the rest position to the actuated position; and a controller configured to cause the movement limiter to move from the lock position to the release position responsive to the pressure within the inflatable object being less than a preset pressure.
A device for accessing specific image points (8, 8', 8") of a geographical map portion reproduced in a screen display by means of a control panel, which is rotatable about its longitudinal axis with latching positions, wherein the control panel controls a search beam rotatable about a centre and the rotary angle thereof changes with each latching position, wherein a particular image point (8, 8', 8") is approached in that the search beam lands on the particular image point (8, 8', 8"), characterised in that the rotary angle is matched in a variable manner to the position of the image points (8, 8', 8") in such a way that in each latching position the search beam lands exactly on a specific image point (8, 8', 8"), and in that either - the control panel is axially movable and the device is designed, in the event of an axial movement of the control panel, to reproduce a piece of information associated with the particular image point (8, 8', 8") landed on by the search beam or - the device is designed, after a defined time lasting for a few seconds, to reproduce a piece of information associated with the particular image point (8, 8', 8") landed on by the search beam, provided the search beam remains on the landed-on image point (8, 8', 8"). - the control panel is axially movable and the device is designed, in the event of an axial movement of the control panel, to reproduce a piece of information associated with the particular image point (8, 8', 8") landed on by the search beam or - the device is designed, after a defined time lasting for a few seconds, to reproduce a piece of information associated with the particular image point (8, 8', 8") landed on by the search beam, provided the search beam remains on the landed-on image point (8, 8', 8").
Insulated high-temperature wire superconductor, comprising a wire of a non-insulated wire superconductor, the width of said superconductor being at least 10 times the thickness thereof, and wherein a high-temperature superconductor is introduced into a matrix or is applied onto a substrate, wherein the wire is provided in each case on both sides with an electrically non-conducting insulating layer (2, 2'), in each case in the form of a film applied directly onto the non-insulated wire superconductor, and wherein the two insulating layers (2, 2') have an insulating edge width which projects in relation to the wire (1, 1') and which assumes a value of 2 mm to 200 mm, and at least one of the two insulating layers (2, 2') is laminated onto a side of the wire.