mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft passenger seat , comprising (a) a seat base; (b) a seat bottom and seat back operatively associated with the base; (c) an endbay assembly defining an armrest housing positioned to one side of the seat bottom; and (d) an armrest assembly having an upper arm support surface positioned in the armrest housing of the endbay assembly and selectively moveable between a raised position extended from the armrest housing and a lowered position within the armrest housing with the upper arm support surface aligned with a seating surface of the seat bottom for facilitating lateral ingress and egress of a seat occupant from a position to and from one side of the seat , characterised in that the armrest assembly further has a tray table carried by the armrest assembly and moveable between a lowered, stowed position against a major vertical surface of the armrest assembly and a raised, deployed position perpendicular to the major vertical surface of the armrest assembly and extending at least partially laterally across and above the seat bottom , wherein: (i) the endbay assembly includes a structural plate on which is mounted a lock assembly that maintains the armrest assembly in the lowered position in the endbay assembly when stowed; and (ii) the armrest assembly further includes a vertically-extending stationary tray table rack cooperating with a tray table rack gear , the tray table rack being arranged to guide movement of the tray table . (a) a seat base; (b) a seat bottom and seat back operatively associated with the base; (c) an endbay assembly defining an armrest housing positioned to one side of the seat bottom; and (d) an armrest assembly having an upper arm support surface positioned in the armrest housing of the endbay assembly and selectively moveable between a raised position extended from the armrest housing and a lowered position within the armrest housing with the upper arm support surface aligned with a seating surface of the seat bottom for facilitating lateral ingress and egress of a seat occupant from a position to and from one side of the seat , (i) the endbay assembly includes a structural plate on which is mounted a lock assembly that maintains the armrest assembly in the lowered position in the endbay assembly when stowed; and (ii) the armrest assembly further includes a vertically-extending stationary tray table rack cooperating with a tray table rack gear , the tray table rack being arranged to guide movement of the tray table .
A control assembly for selectively controlling actuation of an electric motor arranged to power a working assembly of a hand-held power tool , the control assembly being configured to provide the selective control based on combined performance of two dissimilar operator actions, the control assembly comprising: an electronic control unit ; and a switch member configured to be operable to an actuated state responsive to an enabling action comprising a first of the two dissimilar operator actions; and a throttle control member configured to become operable responsive to actuation of the throttle control member past a first movement threshold (REF_LATCH) while the switch member is in the actuated state, and wherein actuation of the throttle control member past the first movement threshold (REF_LATCH) comprises a second of the two dissimilar operator actions, characterized in that , the throttle control member is configured to remain repeatedly operable responsive to actuation of the throttle control member above a second movement threshold (REF_RELEASE) located below the first movement threshold (REF_LATCH), even if the switch member is brought to a non-actuated state, wherein the electric motor is not rotating, and wherein actuation of the throttle control member to below the second movement threshold (REF_RELEASE) is configured to render the throttle control member non-operable until renewed combined performance of the first and second dissimilar operator actions. an electronic control unit ; and a switch member configured to be operable to an actuated state responsive to an enabling action comprising a first of the two dissimilar operator actions; and a throttle control member configured to become operable responsive to actuation of the throttle control member past a first movement threshold (REF_LATCH) while the switch member is in the actuated state, and wherein actuation of the throttle control member past the first movement threshold (REF_LATCH) comprises a second of the two dissimilar operator actions, characterized in that , the throttle control member is configured to remain repeatedly operable responsive to actuation of the throttle control member above a second movement threshold (REF_RELEASE) located below the first movement threshold (REF_LATCH), even if the switch member is brought to a non-actuated state, wherein the electric motor is not rotating, and wherein actuation of the throttle control member to below the second movement threshold (REF_RELEASE) is configured to render the throttle control member non-operable until renewed combined performance of the first and second dissimilar operator actions.
An air conditioner indoor unit, comprising a panel body , a rear casing and a front panel which is connected with the panel body , wherein a chamber of the air conditioner indoor unit is enclosed by the rear casing , the panel body and the front panel ; the panel body comprises a left side wall and a right side wall ; an outer surface of the left side wall of the panel body is provided with a left convex part which is convex outwards relative to a plane where an outer edge of the left side wall is located; and an outer surface of the right side wall of the panel body is provided with a right convex part which is convex outward relative to a plane where an outer edge of the right side wall is located, characterized in that each of the left and the right convex parts comprises a first convex part located in the middle thereof and a second convex part located on the periphery thereof.
An excavator comprising: a plurality of hydraulic actuators (2A, 6-8); and a setting unit that performs a setting related to operation speeds of the plurality of hydraulic actuators (2A, 6-8) during a combined operation of the hydraulic actuators (2A, 6-8), in which two hydraulic actuators among the plurality of hydraulic actuators (2A, 6-8) are operated simultaneously, so that when the operation speed of one of the two hydraulic actuators increases, the operation speed of the other of the two hydraulic actuators decreases, characterised in that the setting unit is configured to perform the setting for a plurality of kinds of combined operations which use different combinations of two hydraulic actuators, respectively. a plurality of hydraulic actuators (2A, 6-8); and a setting unit that performs a setting related to operation speeds of the plurality of hydraulic actuators (2A, 6-8) during a combined operation of the hydraulic actuators (2A, 6-8), in which two hydraulic actuators among the plurality of hydraulic actuators (2A, 6-8) are operated simultaneously, so that when the operation speed of one of the two hydraulic actuators increases, the operation speed of the other of the two hydraulic actuators decreases, characterised in that the setting unit is configured to perform the setting for a plurality of kinds of combined operations which use different combinations of two hydraulic actuators, respectively.
A washing machine comprising: a body with an opening portion formed in a front side thereof, suitable for inserting laundry into the washing machine or withdrawing therefrom; a door provided to open and close the opening portion of the body ; a door guide provided at the opening portion ; a detergent supply apparatus which comprises at least one detergent box ; and a detergent supply pump provided to discharge a detergent from the at least one detergent box , characterized in that the at least one detergent box is separably provided in an incision portion of the door guide , said at least one detergent box being withdrawable in an outward direction toward the opening portion . a body with an opening portion formed in a front side thereof, suitable for inserting laundry into the washing machine or withdrawing therefrom; a door provided to open and close the opening portion of the body ; a door guide provided at the opening portion ; a detergent supply apparatus which comprises at least one detergent box ; and a detergent supply pump provided to discharge a detergent from the at least one detergent box , characterized in that the at least one detergent box is separably provided in an incision portion of the door guide , said at least one detergent box being withdrawable in an outward direction toward the opening portion .
A method for manufacturing a pipe material comprising: a step of preparing a long, solid raw material made of a steel material containing 0.05 to 0.25 weight% C; a raw material cutting step of cutting the raw material to form a solid billet ; a hollowing processing step of processing the billet into a hollow blank ; and an extrusion step of performing extrusion molding on the blank to have a tubular shape, characterized in that the extrusion step is performed at a temperature range between 600 and 650° C. a step of preparing a long, solid raw material made of a steel material containing 0.05 to 0.25 weight% C; a raw material cutting step of cutting the raw material to form a solid billet ; a hollowing processing step of processing the billet into a hollow blank ; and an extrusion step of performing extrusion molding on the blank to have a tubular shape,
A locating system for a surgical suite , comprising: a medical device a plurality of optical markers coupled to the medical device ; a sensor configured to obtain initial position data of the plurality of optical markers ; a laser device configured to obtain subsequent position data of the plurality of optical markers ; a controller configured to receive the initial position data from the sensor and the subsequent position data from the laser device , the controller configured to determine a position of the medical device within said surgical suite ; and an adjustment feature coupled to the medical device and communicatively coupled to the controller , wherein the adjustment feature is configured to adjust the medical device along at least one of a movement path and an adjustment path in response to a signal from the controller . a medical device a plurality of optical markers coupled to the medical device ; a sensor configured to obtain initial position data of the plurality of optical markers ; a laser device configured to obtain subsequent position data of the plurality of optical markers ; a controller configured to receive the initial position data from the sensor and the subsequent position data from the laser device , the controller configured to determine a position of the medical device within said surgical suite ; and an adjustment feature coupled to the medical device and communicatively coupled to the controller , wherein the adjustment feature is configured to adjust the medical device along at least one of a movement path and an adjustment path in response to a signal from the controller .
A load controller comprising: a communication circuit configured to communicate messages configured to control an electrical load; and a control circuit configured to: receive a first target value for controlling a first parameter of the electrical load over a first fade time; receive a second target value for controlling a second parameter of the electrical load over a second fade time that begins during the first fade time; identify a first remaining fade time that exists during the first fade time when the second target value is received; determine that the second fade time is a shorter one of the first remaining fade time and the second fade time; determine an updated target value for controlling the first parameter over the second fade time; and transmit, via the communication circuit , the updated target value for controlling the first parameter and the second target value for controlling the second parameter over the second fade time. a communication circuit configured to communicate messages configured to control an electrical load; and a control circuit configured to: receive a first target value for controlling a first parameter of the electrical load over a first fade time; receive a second target value for controlling a second parameter of the electrical load over a second fade time that begins during the first fade time; identify a first remaining fade time that exists during the first fade time when the second target value is received; determine that the second fade time is a shorter one of the first remaining fade time and the second fade time; determine an updated target value for controlling the first parameter over the second fade time; and transmit, via the communication circuit , the updated target value for controlling the first parameter and the second target value for controlling the second parameter over the second fade time. receive a first target value for controlling a first parameter of the electrical load over a first fade time; receive a second target value for controlling a second parameter of the electrical load over a second fade time that begins during the first fade time; identify a first remaining fade time that exists during the first fade time when the second target value is received; determine that the second fade time is a shorter one of the first remaining fade time and the second fade time; determine an updated target value for controlling the first parameter over the second fade time; and transmit, via the communication circuit , the updated target value for controlling the first parameter and the second target value for controlling the second parameter over the second fade time.
An optically variable see-through security element for securing objects of value with a planar, optically variable area pattern which shows a different color when viewed in transmission than when viewed in plan view and which has nearly no color-shift effect when viewed in transmission, wherein - the optically variable area pattern includes a multiplicity of substantially radiation-optically effective facets, the orientation of which is characterized in each case by an inclination angle α relative to the plane of the area pattern which lies in a range from 0° to 30°, - the facets are supplied with a semitransparent functional layer which appears in a different color when viewed in transmission than when viewed in plan view and which has nearly no color-shift effect when viewed in transmission, and - the optically variable area pattern includes at least two subregions with a multiplicity of similarly oriented facets in each case, wherein the facets of the one subregion have a small inclination angle α and the facets of the further subregion have a great inclination angle α, so that the optically variable area pattern, when viewed in transmission, appears in high chromaticity or chroma in the subregion in which the facets have a small inclination angle α, and appears in low chromaticity or chroma in the subregion in which the facets have a great inclination angle α. - the optically variable area pattern includes a multiplicity of substantially radiation-optically effective facets, the orientation of which is characterized in each case by an inclination angle α relative to the plane of the area pattern which lies in a range from 0° to 30°, - the facets are supplied with a semitransparent functional layer which appears in a different color when viewed in transmission than when viewed in plan view and which has nearly no color-shift effect when viewed in transmission, and - the optically variable area pattern includes at least two subregions with a multiplicity of similarly oriented facets in each case, wherein the facets of the one subregion have a small inclination angle α and the facets of the further subregion have a great inclination angle α, so that the optically variable area pattern, when viewed in transmission, appears in high chromaticity or chroma in the subregion in which the facets have a small inclination angle α, and appears in low chromaticity or chroma in the subregion in which the facets have a great inclination angle α.
A monolithic tube-in matrix heat exchanger , comprising: a monolithic body having a first fluid inlet and a first fluid outlet ; said monolithic body having a second fluid inlet and a second fluid outlet ; a first plurality of first fluid tubes formed in said monolithic body and extending between said first fluid inlet and said first fluid outlet; a second plurality of second fluid tubes formed in said monolithic body and extending between said second fluid inlet and said second fluid outlet; said monolithic body being formed of a highly conductive metal material which is coated by an oxidation-resistant coating; at least one diffusion barrier coat on an exterior of said first plurality of first fluid tubes and an exterior of said second plurality of second fluid tubes; at least one plenum extending from each of four faces of said monolithic body; an electrical circuit comprising a bridge circuit including four nodes, wherein a plenum extending from each of four faces of said monolithic body corresponds to a node of the bridge circuit wherein the electrical circuit is used to detect fluid leakage from one of a said first plurality of tubes and said second plurality of fluid tubes to the other of said first plurality of fluid tubes and said second plurality of fluid tubes; wherein said first plurality of first fluid tubes form a first array which is transverse to said second plurality of second fluid tubes which forms a second array. a monolithic body having a first fluid inlet and a first fluid outlet ; said monolithic body having a second fluid inlet and a second fluid outlet ; a first plurality of first fluid tubes formed in said monolithic body and extending between said first fluid inlet and said first fluid outlet; a second plurality of second fluid tubes formed in said monolithic body and extending between said second fluid inlet and said second fluid outlet; said monolithic body being formed of a highly conductive metal material which is coated by an oxidation-resistant coating; at least one diffusion barrier coat on an exterior of said first plurality of first fluid tubes and an exterior of said second plurality of second fluid tubes; at least one plenum extending from each of four faces of said monolithic body; an electrical circuit comprising a bridge circuit including four nodes, wherein a plenum extending from each of four faces of said monolithic body corresponds to a node of the bridge circuit wherein the electrical circuit is used to detect fluid leakage from one of a said first plurality of tubes and said second plurality of fluid tubes to the other of said first plurality of fluid tubes and said second plurality of fluid tubes; wherein said first plurality of first fluid tubes form a first array which is transverse to said second plurality of second fluid tubes which forms a second array.
A method for treating a pyropheophytin-containing plant oil, comprising contacting the oil with an enzyme which is capable of hydrolysing pyropheophytin, wherein the enzyme has a pheophytinase to pyropheophytinase activity ratio of less than 80, wherein the enzyme comprises a pheophytinase or pheophytin pheophorbide hydrolase, wherein the enzyme comprises an amino acid sequence selected from: LPGFGVG (SEQ ID NO:13), DFLGQG (SEQ ID NO:14), GNSLGG (SEQ ID NO:15), LVKGVTLLNATPFW (SEQ ID NO:16), HPAA (SEQ ID NO:17), EDPW (SEQ ID NO:18), and SPAGHCPH (SEQ ID NO:19), wherein the enzyme comprises a polypeptide sequence having at least 75% sequence identity to SEQ ID NO:1 or any one of SEQ ID NOs: 4 to 12.
An apparatus for diagnosing a battery , the apparatus comprising: a voltage measurement circuit configured to measure a voltage of a battery cell (B1, B2 ... BN); a data processing circuit configured to calculate a target statistical value indicating a state of the battery cell based on a voltage measured by the voltage measurement circuit , and calculate a cumulative statistical value by accumulating target statistical values of the battery cell during an analysis period; and a diagnosis circuit configured to determine whether or not an error has occurred in the battery cell through a cumulative determination operation of comparing the cumulative statistical value with a cumulative reference value, and count the number of times of cumulative error when it is determined that the error has occurred in the battery cell in the cumulative determination operation wherein when voltages of the battery cell are measured in a charging section and a discharging section of the battery cell, the data processing circuit is configured to convert the voltages of the battery cell into a differential signal with respect to capacitance and voltage of the battery cell, and calculate the target statistical value based on the differential signal. a voltage measurement circuit configured to measure a voltage of a battery cell (B1, B2 ... BN); a data processing circuit configured to calculate a target statistical value indicating a state of the battery cell based on a voltage measured by the voltage measurement circuit , and calculate a cumulative statistical value by accumulating target statistical values of the battery cell during an analysis period; and a diagnosis circuit configured to determine whether or not an error has occurred in the battery cell through a cumulative determination operation of comparing the cumulative statistical value with a cumulative reference value, and count the number of times of cumulative error when it is determined that the error has occurred in the battery cell in the cumulative determination operation wherein when voltages of the battery cell are measured in a charging section and a discharging section of the battery cell, the data processing circuit is configured to convert the voltages of the battery cell into a differential signal with respect to capacitance and voltage of the battery cell, and calculate the target statistical value based on the differential signal.
A system for wirelessly reducing elevated intraocular pressure in an eye of a mammalian subject, comprising: a multi-coil assembly that comprises multiple pairs of coils (1150a-1150h), each coil constructed from an elongated conductor formed into a plurality of windings with alternating winding directions between adjacent coils and adapted to be positioned in proximity to said eye of said mammalian subject; a signal generator electrically coupled to said multi-coil assembly, said signal generator configured to generate a signal to produce an electromagnetic field transmitted wirelessly from said multi-coil assembly to said eye of said mammalian subject in a therapeutically effective amount to reduce an elevated intraocular pressure within said mammalian subject; and glasses comprising two arms for securing on ears of the mammalian subject and a frame extending between the two arms and defining a viewing aperture, wherein the multiple pairs of coils are mounted on the frame along the perimeter of the viewing aperture. a multi-coil assembly that comprises multiple pairs of coils (1150a-1150h), each coil constructed from an elongated conductor formed into a plurality of windings with alternating winding directions between adjacent coils and adapted to be positioned in proximity to said eye of said mammalian subject; a signal generator electrically coupled to said multi-coil assembly, said signal generator configured to generate a signal to produce an electromagnetic field transmitted wirelessly from said multi-coil assembly to said eye of said mammalian subject in a therapeutically effective amount to reduce an elevated intraocular pressure within said mammalian subject; and glasses comprising two arms for securing on ears of the mammalian subject and a frame extending between the two arms and defining a viewing aperture, wherein the multiple pairs of coils are mounted on the frame along the perimeter of the viewing aperture.