mhurhangee/patent-ind-claim-en huggingface dataset:
An air compressor comprising: a tank unit that stores a compressed air; a compressed air generating unit that generates the compressed air to be stored in the tank unit ; a motor unit that drives the compressed air generating unit; a driving current generating unit that generates a driving current of the motor unit ; a control unit that drives the motor unit in such that a pressure condition in the tank unit maintains within a range of predetermined pressure value by controlling the driving current generating unit; and characterised by a temperature detecting unit that detects a temperature of the driving current generating unit, wherein the control unit lowers the driving current of the motor unit when the temperature detecting unit detects that temperature of the driving current generating unit is high, and wherein the control unit reduces a load of the motor unit when the temperature detecting unit detects that the temperature of the driving current generating unit is further high. a tank unit that stores a compressed air; a compressed air generating unit that generates the compressed air to be stored in the tank unit ; a motor unit that drives the compressed air generating unit; a driving current generating unit that generates a driving current of the motor unit ; a control unit that drives the motor unit in such that a pressure condition in the tank unit maintains within a range of predetermined pressure value by controlling the driving current generating unit; and characterised by a temperature detecting unit that detects a temperature of the driving current generating unit, wherein the control unit lowers the driving current of the motor unit when the temperature detecting unit detects that temperature of the driving current generating unit is high, and wherein the control unit reduces a load of the motor unit when the temperature detecting unit detects that the temperature of the driving current generating unit is further high.
A method for producing polyhydroxyalkanoic acid, the method comprising: a production step of purifying or molding polyhydroxyalkanoic acid biosynthesized in bacterial cells of a microorganism; a discharge step of discharging waste water containing nitrogen-containing impurities from the production step; and a nitrogen removal step of biologically treating the waste water to remove the nitrogen-containing impurities from the waste water, wherein a residual ratio of the polyhydroxyalkanoic acid in the production step is 99% by weight or less, and the waste water that is biologically treated in the nitrogen removal step contains the polyhydroxyalkanoic acid in addition to the nitrogen-containing impurities and wherein the residual ratio of polyhydroxyalkanoic acid is a ratio of the weight of a polyhydroxyalkanoic acid product obtained by passing through the purification and/or molding steps to the weight of polyhydroxyalkanoic acid biosynthesized by culturing a microorganism. a production step of purifying or molding polyhydroxyalkanoic acid biosynthesized in bacterial cells of a microorganism; a discharge step of discharging waste water containing nitrogen-containing impurities from the production step; and a nitrogen removal step of biologically treating the waste water to remove the nitrogen-containing impurities from the waste water, wherein a residual ratio of the polyhydroxyalkanoic acid in the production step is 99% by weight or less, and the waste water that is biologically treated in the nitrogen removal step contains the polyhydroxyalkanoic acid in addition to the nitrogen-containing impurities and wherein the residual ratio of polyhydroxyalkanoic acid is a ratio of the weight of a polyhydroxyalkanoic acid product obtained by passing through the purification and/or molding steps to the weight of polyhydroxyalkanoic acid biosynthesized by culturing a microorganism.
A polynucleotide having at least 98% identity with SEQ ID NO: 27 and being capable of providing herbicide tolerance to a soybean plant comprising said polynucleotide at the same position in its genome as the soybean line deposited under PTA-11336.
A process for producing acetic acid comprising: obtaining hydrogen iodide in an acetic acid production system; and continually introducing a complexing agent comprising a phosphine oxide into the system, wherein the complexing agent and hydrogen iodide interact to form a complex and wherein the acetic acid production system comprises a reaction area, a light ends area, a purification area and a recycle area; wherein the reaction area comprises a reactor; the purification area comprises a drying column, and the light ends area comprises a light ends column; wherein the process further comprising continually introducing the complexing agent downstream the reactor and upstream of the purification area and upstream of the drying column; and wherein the process further comprising continually introducing the complexing agent into the light-ends column. obtaining hydrogen iodide in an acetic acid production system; and continually introducing a complexing agent comprising a phosphine oxide into the system, wherein the complexing agent and hydrogen iodide interact to form a complex and wherein the acetic acid production system comprises a reaction area, a light ends area, a purification area and a recycle area; wherein the reaction area comprises a reactor; the purification area comprises a drying column, and the light ends area comprises a light ends column; wherein the process further comprising continually introducing the complexing agent downstream the reactor and upstream of the purification area and upstream of the drying column; and wherein the process further comprising continually introducing the complexing agent into the light-ends column.
A threaded fastener comprising: a first end , a second end , and an internally threaded portion extending between the first end and the second end, wherein the fastener has a longitudinal axis extending through the fastener from the first end to the second end, and a normal axis extending perpendicular to the longitudinal axis, and wherein the threaded portion has a thread defined by, in series, a crest portion oriented at an angle of 0° +/- 5° relative to the longitudinal axis, a leading flank oriented at an angle of 15° +/- 5° relative to the normal axis, a first root portion oriented at an angle of 40° to 65° relative to the longitudinal axis, a second root portion oriented at an angle of 0° +/- 5° relative to the longitudinal axis, and a trailing flank oriented at angle of 15° +/- 5° relative to the normal axis. a first end , a second end , and an internally threaded portion extending between the first end and the second end, wherein the fastener has a longitudinal axis extending through the fastener from the first end to the second end, and a normal axis extending perpendicular to the longitudinal axis, and wherein the threaded portion has a thread defined by, in series, a crest portion oriented at an angle of 0° +/- 5° relative to the longitudinal axis, a leading flank oriented at an angle of 15° +/- 5° relative to the normal axis, a first root portion oriented at an angle of 40° to 65° relative to the longitudinal axis, a second root portion oriented at an angle of 0° +/- 5° relative to the longitudinal axis, and a trailing flank oriented at angle of 15° +/- 5° relative to the normal axis.
An electrical machine comprising: - a rotor , - a stator comprising at least one mechanical bearing via which the rotor is supported by the stator , wherein the at least one mechanical bearing is a roller bearing, and - a vibration damper arrangement comprising a winding provided on the stator and configured to suppress stator vibration, characterised by - a vibration sensor configured to sense machine vibration, the vibration sensor comprising at least one accelerometer which is arranged on the stator and which overlaps said mechanical bearing in an axial direction of the electrical machine, and - a controller which is operatively connected to the vibration damper arrangement and to the vibration sensor, and which is configured to control the operation of the vibration damper arrangement on basis of information received from the vibration sensor. - a rotor , - a stator comprising at least one mechanical bearing via which the rotor is supported by the stator , wherein the at least one mechanical bearing is a roller bearing, and - a vibration damper arrangement comprising a winding provided on the stator and configured to suppress stator vibration, characterised by - a vibration sensor configured to sense machine vibration, the vibration sensor comprising at least one accelerometer which is arranged on the stator and which overlaps said mechanical bearing in an axial direction of the electrical machine, and - a controller which is operatively connected to the vibration damper arrangement and to the vibration sensor, and which is configured to control the operation of the vibration damper arrangement on basis of information received from the vibration sensor.
An introducer for introducing a surgical circular stapler having a handle portion, an elongated shaft protruding from the handle portion, and stapling head coupled to the shaft into a patient, said introducer comprising: a flexible sheath defining a first lumen extending from an open proximal end to a releaseable distal portion sized to receive the stapling head and at least a portion of the elongated shaft of the circular stapler therein; a second lumen in said flexible sheath a release member movably supported within said second lumen and interfacing with said releaseable distal portion, said release member protruding proximally beyond said open proximal end of said sheath, wherein said releaseable distal portion is adapted to expose at least a portion of the stapling head upon an application of a release motion to said release member; characterized in that said second lumen is independent from said first lumen, said second lumen extends from said proximal open end to said releasable distal portion and extends helically around said first lumen. a flexible sheath defining a first lumen extending from an open proximal end to a releaseable distal portion sized to receive the stapling head and at least a portion of the elongated shaft of the circular stapler therein; a second lumen in said flexible sheath a release member movably supported within said second lumen and interfacing with said releaseable distal portion, said release member protruding proximally beyond said open proximal end of said sheath, wherein said releaseable distal portion is adapted to expose at least a portion of the stapling head upon an application of a release motion to said release member; characterized in that said second lumen is independent from said first lumen, said second lumen extends from said proximal open end to said releasable distal portion and extends helically around said first lumen.
A plastic container and lid, said container comprising an open end with a rim on the top and a closed end on the bottom, said lid at its periphery comprising an inner channel facing toward the bottom and the rim comprising an outer channel slightly larger than the inner channel and facing in the same direction as the open end, the inner and outer channels each comprising a first (17; 22) and second interior wall (21; 30) and one exterior wall (20; 29) the outer channel further comprising, from outside in and adjacent to one another end to end, a shoulder projecting from the first interior wall , a bottom, a flexible finger and a locking tab that are between and defined by the second interior wall and the exterior wall of the outer channel, the locking tab comprising a head projecting from the exterior wall and a knob projecting from the second interior wall of the outer channel , and the inner channel further comprising, from inside out and adjacent end to end, the first interior wall of the inner channel having a first surface and a second surface defining a cleft , a top and a channel foot comprising a heel between and defined by the second interior wall and the exterior wall of the inner channel, the inner channel further comprising a locking notch projecting from the second interior wall and a ridge projecting from the exterior wall wherein, when the lid is pressed into the rim, the cleft slides by and engages the head of the locking tab, the locking notch slides by and engages the knob of the locking tab, and the ridge slides by and engages the shoulder , producing a liquid-tight fit, characterised in that the locking tab is set at an offset angle to the flexible finger.
A process for the delithiation of carbon-free olivine, comprising a step of contacting the carbon-free olivine with carbon in the presence of an oxidizing agent to obtain a delithiated olivine, wherein the weight percentage of carbon is between 0.01% and 15% with respect to the weight of olivine used.
A self-cleaning automatically-stored electrical mop, comprising a mop rod assembly, a mop head assembly arranged at a lower end of the mop rod assembly, and a cleaning base assembly used for storing and cleaning the mop head assembly , wherein: the mop head assembly includes a mop head shell provided with a rotatable cleaning roller and a motor used for driving the cleaning roller ; and the cleaning base assembly includes a shell part , wherein a cleaning groove used for cleaning the cleaning roller is formed in the shell part , a cleaning assembly used for scrubbing the cleaning roller is arranged in the cleaning groove , and the shell part is provided with a sewage discharge system used for discharging sewage; wherein a bottom surface of the cleaning groove is oblique, characterized in that the cleaning assembly includes a water-squeezing scraper strip arranged on an edge of a positioning slot . the mop head assembly includes a mop head shell provided with a rotatable cleaning roller and a motor used for driving the cleaning roller ; and the cleaning base assembly includes a shell part , wherein a cleaning groove used for cleaning the cleaning roller is formed in the shell part , a cleaning assembly used for scrubbing the cleaning roller is arranged in the cleaning groove , and the shell part is provided with a sewage discharge system used for discharging sewage; wherein a bottom surface of the cleaning groove is oblique, characterized in that the cleaning assembly includes a water-squeezing scraper strip arranged on an edge of a positioning slot .
A method of guiding positioning of electrodes for transcranial brain stimulation on a head of a user of the electrodes, the method comprising: capturing (S400), using a camera, one or more head images depicting the head; detecting (S402), in the one or more head images, features of the head; creating (S404), using the detected features of the head, a model of the head of the user; comparing the model of the head of the user to a plurality of predetermined models of heads, wherein each predetermined model of a head comprises information pertaining to positioning of the electrodes for that particular predetermined model of the head; finding a predetermined model of a head from the plurality of predetermined models of heads that has a best fit with the model of the head the user, computing (S406), using the model of the head of the user, intended positions of the electrodes on the head further based on the predetermined model of the head from the plurality of predetermined models of heads; and displaying (S408), on a display, a representation of the electrodes as an overlay on an image of the head of the user. capturing (S400), using a camera, one or more head images depicting the head; detecting (S402), in the one or more head images, features of the head; creating (S404), using the detected features of the head, a model of the head of the user; comparing the model of the head of the user to a plurality of predetermined models of heads, wherein each predetermined model of a head comprises information pertaining to positioning of the electrodes for that particular predetermined model of the head; finding a predetermined model of a head from the plurality of predetermined models of heads that has a best fit with the model of the head the user, computing (S406), using the model of the head of the user, intended positions of the electrodes on the head further based on the predetermined model of the head from the plurality of predetermined models of heads; and displaying (S408), on a display, a representation of the electrodes as an overlay on an image of the head of the user.
A test method for an adapter, comprising: detecting (S101) temperatures of elements in the adapter; determining (S102) whether the adapter is in a temperature balance state and does not reach a first preset temperature threshold according to the temperatures of the elements in the adapter; increasing (SI03) an ambient temperature of an environment where the adapter is located in response to the adapter being in the temperature balance state to enable the temperature of the adapter to reach the first preset temperature threshold; detecting (S104) an output power of the adapter, and determining whether the adapter performs a power reduction operation before the temperatures of the elements reach the first preset temperature threshold; and determining (S105) that a test for the adapter fails if the adapter does not perform the power reduction operation, wherein a temperature sensor is provided in the adapter, and the power reduction operation is performed on the adapter when temperatures detected by the temperature sensor reach a second preset temperature threshold, in which the second preset temperature threshold is less than the first preset temperature threshold. detecting (S101) temperatures of elements in the adapter; determining (S102) whether the adapter is in a temperature balance state and does not reach a first preset temperature threshold according to the temperatures of the elements in the adapter; increasing (SI03) an ambient temperature of an environment where the adapter is located in response to the adapter being in the temperature balance state to enable the temperature of the adapter to reach the first preset temperature threshold; detecting (S104) an output power of the adapter, and determining whether the adapter performs a power reduction operation before the temperatures of the elements reach the first preset temperature threshold; and determining (S105) that a test for the adapter fails if the adapter does not perform the power reduction operation, wherein a temperature sensor is provided in the adapter, and the power reduction operation is performed on the adapter when temperatures detected by the temperature sensor reach a second preset temperature threshold, in which the second preset temperature threshold is less than the first preset temperature threshold.
A method for electrolessly plating a metal on a copper or copper alloy comprising the steps of: a) activating the copper or copper alloy in a solution comprising ruthenium metal ions; b) immersing the copper or copper alloy in a pre treatment solution comprising one or more divalent sulfur compounds; c) immersing the copper or copper alloy in an electroless metal plating bath. a) activating the copper or copper alloy in a solution comprising ruthenium metal ions; b) immersing the copper or copper alloy in a pre treatment solution comprising one or more divalent sulfur compounds; c) immersing the copper or copper alloy in an electroless metal plating bath.
An operating system management method, applied to an electronic device, wherein the electronic device comprises a processor and a memory, the memory comprises a basic partition, wherein data stored in the basic partition is system data that is not related to operating system upgrade, a first static partition, a second static partition, a dynamic partition, and a user data partition, wherein the user data partition is used to store personal data of a user, and the method comprises: loading data in the basic partition, the first static partition, and the dynamic partition to run a first operating system (S300, S700); obtaining an upgrade installation package (S310, S710), wherein the upgrade installation package comprises first data and second data; creating a virtual dynamic partition in the user data partition (S330, S730), and storing the first data in the virtual dynamic partition; writing the second data into the second static partition (S320, S720); restarting the electronic device (S332, S732), and determining that a current startup sequence is starting from the second static partition; loading data in the basic partition (S340, S740); loading data in the second static partition (S340, S750); loading data in the dynamic partition, and loading the first data in the virtual dynamic partition (S341, S760); and merging the first data in the user data partition into the dynamic partition (S351, S771), wherein the first data stored in the virtual dynamic partition in the user data partition is written into the dynamic partition, wherein after the restarting the electronic device, and determining that a current startup sequence is starting from the second static partition, the method further comprises: synchronizing the data in the second static partition to the first static partition (S360, S753). loading data in the basic partition, the first static partition, and the dynamic partition to run a first operating system (S300, S700); obtaining an upgrade installation package (S310, S710), wherein the upgrade installation package comprises first data and second data; creating a virtual dynamic partition in the user data partition (S330, S730), and storing the first data in the virtual dynamic partition; writing the second data into the second static partition (S320, S720); restarting the electronic device (S332, S732), and determining that a current startup sequence is starting from the second static partition; loading data in the basic partition (S340, S740); loading data in the second static partition (S340, S750); loading data in the dynamic partition, and loading the first data in the virtual dynamic partition (S341, S760); and merging the first data in the user data partition into the dynamic partition (S351, S771), wherein the first data stored in the virtual dynamic partition in the user data partition is written into the dynamic partition, wherein after the restarting the electronic device, and determining that a current startup sequence is starting from the second static partition, the method further comprises: synchronizing the data in the second static partition to the first static partition (S360, S753).