mhurhangee/patent-ind-claim-en huggingface dataset:
Method (V) for securely erasing a non-volatile semiconductor mass memory (HMS) with a plurality of physical memory units, which are assigned to either a first memory area (SB1) addressable via an interface (SS) of the semiconductor mass memory (HMS), or a second memory area (SB2) non-addressable via the interface (SS), and a controller (CNT), which is configured, upon receipt of a command to overwrite memory units assigned to the first memory area (SB1), via the interface (SS), to alter the assignment of the memory units to the first memory area (SB1) and the second memory area (SB2) according to an algorithm to produce a wear comparison, comprising the steps: - designation of the entire addressable first memory area (SB1) for erasure, wherein the first memory area (SB1) is formatted with a metafile-less file system; - sending out of a release command from an operating system or a BIOS, via the interface (SS), to the controller (CNT); - releasing the physical memory units, assigned to the first memory area (SB1), for being written on by the controller (CNT), after receipt of the release command; - sending out at least one write command by the operating system or the BIOS, via the interface (SS), to the controller (CNT), for writing on the entire first memory area (SB1) with data blocks with a predetermined first bit pattern, wherein the entire first memory area (SB1) is overwritten with the first bit pattern; and - sending out at least one second write command by the operating system or the BIOS, via the interface (SS), to the controller (CNT), to overwrite at least one predetermined part of the previously written data blocks with a second bit pattern, different from the first bit pattern, wherein, according to the algorithm for producing a wear comparison, the physical memory units assigned to the second memory area (SB2) are written on. - designation of the entire addressable first memory area (SB1) for erasure, wherein the first memory area (SB1) is formatted with a metafile-less file system; - sending out of a release command from an operating system or a BIOS, via the interface (SS), to the controller (CNT); - releasing the physical memory units, assigned to the first memory area (SB1), for being written on by the controller (CNT), after receipt of the release command; - sending out at least one write command by the operating system or the BIOS, via the interface (SS), to the controller (CNT), for writing on the entire first memory area (SB1) with data blocks with a predetermined first bit pattern, wherein the entire first memory area (SB1) is overwritten with the first bit pattern; and - sending out at least one second write command by the operating system or the BIOS, via the interface (SS), to the controller (CNT), to overwrite at least one predetermined part of the previously written data blocks with a second bit pattern, different from the first bit pattern, wherein, according to the algorithm for producing a wear comparison, the physical memory units assigned to the second memory area (SB2) are written on.
A multi-positionable tray assembly for mounting within a chassis of a telecommunications panel , the multi-positionable tray assembly comprising: a. a tray configured to support at least one cable management structure , the tray defining a wall structure having a top wall a back wall and a bottom wall that together define a channel having an open face ; and b. a support arm connected to and supporting the tray at a pivot joint such that the tray is rotatable about the pivot joint at a pivot axis (Al) between a folded position and an access position ; c. a bend radius limiter defining a curved surface for limiting the degree to which a cable can bend as the cable extends from the support arm , through the pivot joint , and into the channel of the wall structure , the bend radius limiter being pivotally mounted to the tray and rotatable between an open position and a closed position about a pivot axis (A5) the axis (A5) defined by pins , wherein the open face is at least partially covered by the bend radius limiter in the closed position. a. a tray configured to support at least one cable management structure , the tray defining a wall structure having a top wall a back wall and a bottom wall that together define a channel having an open face ; and b. a support arm connected to and supporting the tray at a pivot joint such that the tray is rotatable about the pivot joint at a pivot axis (Al) between a folded position and an access position ; c. a bend radius limiter defining a curved surface for limiting the degree to which a cable can bend as the cable extends from the support arm , through the pivot joint , and into the channel of the wall structure , the bend radius limiter being pivotally mounted to the tray and rotatable between an open position and a closed position about a pivot axis (A5) the axis (A5) defined by pins , wherein the open face is at least partially covered by the bend radius limiter in the closed position.
A synchronizing ring for a synchronizer of a transmission , the inside of the synchronizing ring being provided with a plurality of cams and corresponding recesses between the cams for receiving a plurality of axial protrusions of a further synchronizing ring , characterized in that an inner radial surface of each cam is provided with a plurality of grooves for transportation of oil.
An acoustic lens to be used for propagating a sonic wave having a wavelength λ of 100 μm or less, wherein the acoustic lens comprises a silicone resin and silica particles, an average primary particle diameter of the silica particles is 15 nm or more, a particle diameter D90 of 90% of a cumulative percentage in cumulative particle size distribution of the silica particles is less than 1/8 of the wavelength λ of the sonic wave to be propagated, and the total content of the silicone resin and the silica particles in the acoustic lens is 90% by mass or more, and wherein the density of the acoustic lens is 1.05 to 1.32 g/cm 3 , characterized in that the content of the silica particles is 25 to 80 parts by mass based on 100 parts by mass of the silicone resin. to be used for propagating a sonic wave having a wavelength λ of 100 μm or less, wherein the acoustic lens comprises a silicone resin and silica particles, an average primary particle diameter of the silica particles is 15 nm or more, a particle diameter D90 of 90% of a cumulative percentage in cumulative particle size distribution of the silica particles is less than 1/8 of the wavelength λ of the sonic wave to be propagated, and the total content of the silicone resin and the silica particles in the acoustic lens is 90% by mass or more,
A cartridge comprising: a housing including a first end (E1) opposite a second end (E2); a liquid supply reservoir (b, c) in the housing and configured to store a pre-vapor formulation; a vaporizer (f, g) in the housing and in liquid communication with the liquid supply reservoir, the vaporizer being configured to generate a vapor from heating a portion of the pre-vapor formulation; and a porous plug connected to the housing and separated from the liquid supply reservoir, the porous plug being permeable to the vapor, the porous plug enclosing a flavoring additive contacting a storage material , and the flavoring additive configured to at least partially elute from the storage material or at least partially volatilize from the storage material if the vapor flows through the porous plug, wherein the porous plug is a porous bag containing the flavoring additive and the storage material. a housing including a first end (E1) opposite a second end (E2); a liquid supply reservoir (b, c) in the housing and configured to store a pre-vapor formulation; a vaporizer (f, g) in the housing and in liquid communication with the liquid supply reservoir, the vaporizer being configured to generate a vapor from heating a portion of the pre-vapor formulation; and a porous plug connected to the housing and separated from the liquid supply reservoir, the porous plug being permeable to the vapor, the porous plug enclosing a flavoring additive contacting a storage material , and the flavoring additive configured to at least partially elute from the storage material or at least partially volatilize from the storage material if the vapor flows through the porous plug, wherein the porous plug is a porous bag containing the flavoring additive and the storage material.
A broadcast beam processing method, comprising: sending a first broadcast beam; receiving a first measurement report from a first terminal; determining a weak coverage area of the first broadcast beam based on the first measurement report; and sending a second broadcast beam, wherein the second broadcast beam is used to cover the weak coverage area of the first broadcast beam; wherein the first terminal comprises at least one first terminal, the first measurement report comprises at least one first measurement report, and the at least one first terminal is in a one-to-one correspondence with the at least one first measurement report; and the determining a weak coverage area of the first broadcast beam based on the first measurement report comprises: determining I weak coverage areas of the first broadcast beam based on the at least one first measurement report, wherein the I weak coverage areas do not overlap each other, the I weak coverage areas are C i , i is an integer ranging from 0 to I-1, and the I weak coverage areas comprise a location of the at least one first terminal, wherein I is greater than 1. sending a first broadcast beam; receiving a first measurement report from a first terminal; determining a weak coverage area of the first broadcast beam based on the first measurement report; and sending a second broadcast beam, wherein the second broadcast beam is used to cover the weak coverage area of the first broadcast beam; wherein the first terminal comprises at least one first terminal, the first measurement report comprises at least one first measurement report, and the at least one first terminal is in a one-to-one correspondence with the at least one first measurement report; and the determining a weak coverage area of the first broadcast beam based on the first measurement report comprises: determining I weak coverage areas of the first broadcast beam based on the at least one first measurement report, wherein the I weak coverage areas do not overlap each other, the I weak coverage areas are C i , i is an integer ranging from 0 to I-1, and the I weak coverage areas comprise a location of the at least one first terminal, wherein I is greater than 1.
A method of making a barcode library comprising: (a) obtaining a plurality of first nucleic acid constructs, wherein each first nucleic acid construct comprises a forward sequence specific primer, a first barcode sequence comprising at least six nucleotides, and a first universal primer recognition site; (b) segregating the plurality of first nucleic acid constructs into N first droplets such that each first droplet contains one or more copies of a unique first nucleic acid construct, the first droplets being water-in-oil droplets; (c) adding a second nucleic acid construct to each of said N first droplets, wherein each second nucleic acid construct comprises a reverse sequence specific primer, a second barcode sequence comprising at least six nucleotides, and a second universal primer recognition site; and (d) repeating steps (b) and (c) M times, thereby producing MxN number of second droplets each containing a unique pair of nucleic acid constructs, each pair consisting of a first nucleic acid construct and a second nucleic acid construct. (a) obtaining a plurality of first nucleic acid constructs, wherein each first nucleic acid construct comprises a forward sequence specific primer, a first barcode sequence comprising at least six nucleotides, and a first universal primer recognition site; (b) segregating the plurality of first nucleic acid constructs into N first droplets such that each first droplet contains one or more copies of a unique first nucleic acid construct, the first droplets being water-in-oil droplets; (c) adding a second nucleic acid construct to each of said N first droplets, wherein each second nucleic acid construct comprises a reverse sequence specific primer, a second barcode sequence comprising at least six nucleotides, and a second universal primer recognition site; and (d) repeating steps (b) and (c) M times, thereby producing MxN number of second droplets each containing a unique pair of nucleic acid constructs, each pair consisting of a first nucleic acid construct and a second nucleic acid construct.
A detachable bedside table for a folding side extension in a mattress assembly , the bedside table comprising a surface suitable for receiving or storing at least one object , which is intended to be arranged in an area of the folding side extension of the mattress assembly , and means for releasably attaching the surface of the bedside table to the folding lateral extension of the mattress assembly , such that the surface of the bedside table can be releasably attached to the mattress assembly even when the lateral extension is being folded or it is already folded, wherein said releasable attaching means comprise a box shaped body that is formed by the surface of the bedside table ,by a lower parallel surface substantially parallel to said surface , and by two adjacent surfaces substantially perpendicular to each other joining the surface of the bedside table and the lower surface , defining an interior adapted to receive a portion of the folding lateral extension of the mattress assembly , characterized in that the box shaped body has two adjacent openings defined at, or corresponding to, adjacent surfaces of the box shaped body , said openings being configured to allow the area of the folding side extension of the mattress assembly to be received therein, until the bedside table is releasably attached to the mattress assembly , wherein the surface is part of a body inside of which an interior space is defined suitable for storing said at least one object .
Use of a viral single-subunit DNA-dependent RNA polymerase selected from a T3, SP6, K11 or T7 RNA polymerase, for the expression within a fungal cell of a guide-RNA for an RNA-guided nuclease system, wherein the guide-RNA is encoded by a polynucleotide that is operably linked to a viral single-subunit DNA-dependent RNA polymerase promoter selected from a T3, SP6, K11 or T7 RNA polymerase promoter and wherein the fungal cell is a yeast cell or a filamentous fungus cell.
A method for providing a three-dimensional assessment of water movement through soil and across a field, the method comprising: using a computer, receiving temperature and moisture data from a plurality of temperature and moisture sensors, the sensors being disposed within an agricultural field, wherein the sensors provide a sensor network that combines in-field moisture and temperature sensors to track the availability and characteristics of soil moisture and temperature at a high level of data resolution throughout the crop root zone and soil profile; determining a volumetric water content for an area of soil contained in the field; determining a level of spatial and temporal variability within the area, including variability through a root zone of the soil; determining a plant available water level for the area of soil; providing a three-dimensional assessment of water movement through the soil and across the field, making it possible to respond to spatial and temporal variations in real time; and displaying results of said assessment on an electronic interface to a user. using a computer, receiving temperature and moisture data from a plurality of temperature and moisture sensors, the sensors being disposed within an agricultural field, wherein the sensors provide a sensor network that combines in-field moisture and temperature sensors to track the availability and characteristics of soil moisture and temperature at a high level of data resolution throughout the crop root zone and soil profile; determining a volumetric water content for an area of soil contained in the field; determining a level of spatial and temporal variability within the area, including variability through a root zone of the soil; determining a plant available water level for the area of soil; providing a three-dimensional assessment of water movement through the soil and across the field, making it possible to respond to spatial and temporal variations in real time; and displaying results of said assessment on an electronic interface to a user.
A procedure simulator comprising; an animal heart used as a simulated heart of a human; an expandable and contractible first balloon configured to be inserted into a left ventricle of the heart ; an expandable and contractible second balloon configured to be inserted into a right ventricle of the heart ; and a pump system configured to cause operating fluid (L) to flow between the first balloon and the second balloon and make the first balloon and the second balloon expand and contract via the operating fluid (L); characterized by the procedure simulator further comprising a blood supply unit configured to directly supply blood to three coronary arteries of the heart , wherein the blood supply unit includes three blood tubes configured to be inserted into the three coronary arteries respectively. an animal heart used as a simulated heart of a human; an expandable and contractible first balloon configured to be inserted into a left ventricle of the heart ; an expandable and contractible second balloon configured to be inserted into a right ventricle of the heart ; and a pump system configured to cause operating fluid (L) to flow between the first balloon and the second balloon and make the first balloon and the second balloon expand and contract via the operating fluid (L); a blood supply unit configured to directly supply blood to three coronary arteries of the heart , wherein the blood supply unit includes three blood tubes configured to be inserted into the three coronary arteries respectively.
A piston test instrument for calibration and/or gauging of a flow meter and/or for determining a flow rate, wherein the piston test instrument has a tubular housing having an inlet , via which a measured medium (M) is introducible into the housing , and having an outlet , via which the measured medium (M) is dischargeable from the housing , wherein the piston test instrument has a piston arranged in the housing , characterized in that the piston test instrument has a drive device , wherein the piston is movable by a contactless, magnetic force transmission of the drive device and wherein the drive device is arranged outside the housing of the piston test instrument .
A method to control a fuel injection system for an internal combustion engine and provided with a fuel pump ; the fuel pump comprises: a pumping chamber ; a piston mounted so as to slide within the pumping chamber ; an intake duct , which ends in the pumping chamber and is provided with an intake valve ; a delivery duct , which starts from the pumping chamber and is provided with a delivery valve ; and a flow rate adjustment device , which is coupled to the intake valve and can be controlled so as to prevent the intake valve from closing or allow it to close when a fuel pressure inside the pumping chamber exceeds a fuel pressure in the intake duct ; the control method comprises the step of detecting when the internal combustion engine is stopped; the control method is characterized in that it comprises the further step of controlling, in the moment when the internal combustion engine has been stopped and without an appreciable delay, the flow rate adjustment device to allow the intake valve to close keeping, at the same time, the delivery valve completely closed so as to minimise, from the moment when the internal combustion engine has been stopped and without an appreciable delay, both the fuel flowing out of the pumping chamber through the intake valve and the fuel flowing into the pumping chamber through the delivery valve . the control method comprises the step of detecting when the internal combustion engine is stopped; the control method is characterized in that it comprises the further step of controlling, in the moment when the internal combustion engine has been stopped and without an appreciable delay, the flow rate adjustment device to allow the intake valve to close keeping, at the same time, the delivery valve completely closed so as to minimise, from the moment when the internal combustion engine has been stopped and without an appreciable delay, both the fuel flowing out of the pumping chamber through the intake valve and the fuel flowing into the pumping chamber through the delivery valve .
A thiasilacyclopentane having formula (II): wherein R" and R''' are independently hydrogen or an alkyl group.
A gas turbine engine configured to control a clearance distance between a static component and a rotating component , the gas turbine engine comprising: the static component ; and the rotating component 2. including a thrust bearing that is configured to shift axially along an axis in one of an aft direction and a forward direction relative to the static component, wherein the thrust bearing has a built-in bearing free play defining an axial distance over which the thrust bearing can axially shift and is configured to shift along the axis based on a first operating condition and a second operating condition such that the rotating component moves in relation to the static component during the first operating condition of the gas turbine engine, and shifts axially in the other of the aft direction and the forward direction in relation to the static component during the second operating condition of the gas turbine engine, wherein the first operating condition is when a rotating component growth and a static component growth change and the thrust bearing moves toward the aft direction, and wherein the second operating condition is when the rotating component growth and static component growth normalize and the thrust bearing moves toward the forward direction. the static component ; and the rotating component 2. including a thrust bearing that is configured to shift axially along an axis in one of an aft direction and a forward direction relative to the static component, wherein the thrust bearing has a built-in bearing free play defining an axial distance over which the thrust bearing can axially shift and is configured to shift along the axis based on a first operating condition and a second operating condition such that the rotating component moves in relation to the static component during the first operating condition of the gas turbine engine, and shifts axially in the other of the aft direction and the forward direction in relation to the static component during the second operating condition of the gas turbine engine, wherein the first operating condition is when a rotating component growth and a static component growth change and the thrust bearing moves toward the aft direction, and wherein the second operating condition is when the rotating component growth and static component growth normalize and the thrust bearing moves toward the forward direction.