mhurhangee/patent-ind-claim-en huggingface dataset:
A robot cleaner comprising: a main body ; a traveling unit moving the main body ; and a controller controlling the traveling unit such that the robot cleaner travels from a first straight path to a first rotation path and from the first rotation path to a second straight path intersecting the first straight path wherein the controller controls the traveling unit such that the robot cleaner travels from the second straight path to a second rotation path having a rotation direction opposite to the rotation direction of the first rotation path , and from the second rotation path to a next first straight path intersecting the second straight path characterized in that the controller controls the traveling unit such that the robot cleaner repeatedly travels along a traveling pattern in which each first straight path , each first rotation path , each second straight path , and each second rotation path are sequentially connected to each other. a main body ; a traveling unit moving the main body ; and a controller controlling the traveling unit such that the robot cleaner travels from a first straight path to a first rotation path and from the first rotation path to a second straight path intersecting the first straight path wherein the controller controls the traveling unit such that the robot cleaner travels from the second straight path to a second rotation path having a rotation direction opposite to the rotation direction of the first rotation path , and from the second rotation path to a next first straight path intersecting the second straight path characterized in that the controller controls the traveling unit such that the robot cleaner repeatedly travels along a traveling pattern in which each first straight path , each first rotation path , each second straight path , and each second rotation path are sequentially connected to each other.
A ToF camera comprising: a ToF illuminator configured to emit active IR light; a sensor array including a plurality of sensors ; and a ToF controller machine configured to: for a key frame, generate a key-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array , a depth value based on a plurality of sets of key-frame IR images , each set of key-frame IR images being acquired using a different modulation frequency of active IR light emitted by the ToF illuminator , for a P-frame occurring after the key frame, generate a P-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array , a depth value based on a single set of P-frame IR images acquired using a single modulation frequency of active IR light emitted by the ToF illuminator ; and an output machine operatively connected to the ToF controller machine and to the sensor array and configured to output the key-frame depth image and the P-frame depth image . a ToF illuminator configured to emit active IR light; a sensor array including a plurality of sensors ; and a ToF controller machine configured to: for a key frame, generate a key-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array , a depth value based on a plurality of sets of key-frame IR images , each set of key-frame IR images being acquired using a different modulation frequency of active IR light emitted by the ToF illuminator , for a P-frame occurring after the key frame, generate a P-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array , a depth value based on a single set of P-frame IR images acquired using a single modulation frequency of active IR light emitted by the ToF illuminator ; and for a key frame, generate a key-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array , a depth value based on a plurality of sets of key-frame IR images , each set of key-frame IR images being acquired using a different modulation frequency of active IR light emitted by the ToF illuminator , for a P-frame occurring after the key frame, generate a P-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array , a depth value based on a single set of P-frame IR images acquired using a single modulation frequency of active IR light emitted by the ToF illuminator ; and an output machine operatively connected to the ToF controller machine and to the sensor array and configured to output the key-frame depth image and the P-frame depth image .
An implantable assembly for a native heart valve, comprising: a prosthetic heart valve comprising a frame and prosthetic leaflets ; first and second inflatable bodies ; wherein the first inflatable body comprises first and second end portions , wherein the first end portion is configured to be secured to tissue of the native heart valve at a first location, and the second end portion is configured to engage an outer surface of the prosthetic heart valve ; and wherein the second inflatable body comprises third and fourth end portions, wherein the third end portion is configured to be secured to tissue of the native heart valve at a second location, and the fourth end portion is configured to engage the outer surface of the prosthetic heart valve ; wherein the first and second inflatable bodies anchor the prosthetic heart valve within the annulus of the native heart valve; and wherein one or both of the first and second inflatable bodies are pivotally connected to the prosthetic heart valve . a prosthetic heart valve comprising a frame and prosthetic leaflets ; first and second inflatable bodies ; wherein the first inflatable body comprises first and second end portions , wherein the first end portion is configured to be secured to tissue of the native heart valve at a first location, and the second end portion is configured to engage an outer surface of the prosthetic heart valve ; and wherein the second inflatable body comprises third and fourth end portions, wherein the third end portion is configured to be secured to tissue of the native heart valve at a second location, and the fourth end portion is configured to engage the outer surface of the prosthetic heart valve ; wherein the first and second inflatable bodies anchor the prosthetic heart valve within the annulus of the native heart valve; and wherein one or both of the first and second inflatable bodies are pivotally connected to the prosthetic heart valve . wherein the first inflatable body comprises first and second end portions , wherein the first end portion is configured to be secured to tissue of the native heart valve at a first location, and the second end portion is configured to engage an outer surface of the prosthetic heart valve ; and wherein the second inflatable body comprises third and fourth end portions, wherein the third end portion is configured to be secured to tissue of the native heart valve at a second location, and the fourth end portion is configured to engage the outer surface of the prosthetic heart valve ; wherein the first and second inflatable bodies anchor the prosthetic heart valve within the annulus of the native heart valve; and wherein one or both of the first and second inflatable bodies are pivotally connected to the prosthetic heart valve .
A lens moving apparatus comprising: a housing ; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; a first magnet disposed in the housing ; a first circuit board supported by the housing and comprising a first pad , a second pad , a third pad , a fourth pad , a fifth pad , and a sixth pad ; a first position sensor disposed on the first circuit board and electrically connected to the first to sixth pads(5a to 5f); an upper elastic member coupled with an upper portion of the housing ; a lower elastic member coupled with a lower portion of the housing and comprising first and second lower springs(160-1, 160-2), wherein the first and second lower springs(160-1, 160-2) are electrically connected to the first coil; and a second circuit board disposed below the lower elastic member ; and a supporting member coupled to the upper elastic member and electrically connected to the second circuit board , wherein the first lower spring(160-1) is bonded to the fifth pad via a solder or a conductive member and the second lower spring (160-2) is bonded to the sixth pad via a solder or a conductive member. a housing ; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; a first magnet disposed in the housing ; a first circuit board supported by the housing and comprising a first pad , a second pad , a third pad , a fourth pad , a fifth pad , and a sixth pad ; a first position sensor disposed on the first circuit board and electrically connected to the first to sixth pads(5a to 5f); an upper elastic member coupled with an upper portion of the housing ; a lower elastic member coupled with a lower portion of the housing and comprising first and second lower springs(160-1, 160-2), wherein the first and second lower springs(160-1, 160-2) are electrically connected to the first coil; and a second circuit board disposed below the lower elastic member ; and a supporting member coupled to the upper elastic member and electrically connected to the second circuit board , wherein the first lower spring(160-1) is bonded to the fifth pad via a solder or a conductive member and the second lower spring (160-2) is bonded to the sixth pad via a solder or a conductive member.
A webbing strap device of adjustable length, comprising - an adjustment strap anchor , - an adjustment loop anchor with -- an adjustment loop eyelet , - a ladder-shaped slider with -- a first frame crossbar , -- a second frame crossbar spaced from the first frame crossbar , -- at least two intermediate crossbars arranged between the first frame crossbar and the second frame crossbar , and -- at least three strap openings for the passage of webbing strap , and - a webbing strap attached to the first frame crossbar and to the adjustment strap anchor , - wherein the webbing strap extends through the slider between the at least two intermediate crossbars to form an adjustment loop , and - wherein in the region of the adjustment loop , the webbing strap extends through the adjustment loop eyelet , characterized in that the webbing strap passes through each of the strap openings at most once and has a slider loop for fixing to the first frame crossbar . - an adjustment strap anchor , - an adjustment loop anchor with -- an adjustment loop eyelet , - a ladder-shaped slider with -- a first frame crossbar , -- a second frame crossbar spaced from the first frame crossbar , -- at least two intermediate crossbars arranged between the first frame crossbar and the second frame crossbar , and -- at least three strap openings for the passage of webbing strap , and -- a first frame crossbar , -- a second frame crossbar spaced from the first frame crossbar , -- at least two intermediate crossbars arranged between the first frame crossbar and the second frame crossbar , and -- at least three strap openings for the passage of webbing strap , and - a webbing strap attached to the first frame crossbar and to the adjustment strap anchor , - wherein the webbing strap extends through the slider between the at least two intermediate crossbars to form an adjustment loop , and - wherein in the region of the adjustment loop , the webbing strap extends through the adjustment loop eyelet ,
A portable inhalation device 100, comprising: a nozzle defining a delivery channel 300 coupled with an outlet 304 and at least one vent 308; an atomizer 340 adjacent to the delivery channel 300, the atomizer 340 configured to receive a medication and generate droplets from the medication to output the generated droplets from the outlet 304 of the nozzle; a medication cartridge 150 configured to store the medication 326, the medication cartridge 150 coupled with the atomizer 340 via a medication channel 330; a flow controller 190 configured to cause a force to be applied to the medication 326 in the medication cartridge 150 to drive the medication 326 from the medication cartridge 150 to the atomizer 340; a processing circuit 170 configured to control operation of the flow controller 190 responsive to a trigger condition being satisfied; wherein the delivery channel 300 increases in diameter from the outlet 304 towards the at least one vent 308; and characterised by an end wall 310 facing the delivery channel 300 and located adjacent the atomizer 340, the end wall 310 defining a plane positioned between the at least one vent 308 and the atomizer 340. a nozzle defining a delivery channel 300 coupled with an outlet 304 and at least one vent 308; an atomizer 340 adjacent to the delivery channel 300, the atomizer 340 configured to receive a medication and generate droplets from the medication to output the generated droplets from the outlet 304 of the nozzle; a medication cartridge 150 configured to store the medication 326, the medication cartridge 150 coupled with the atomizer 340 via a medication channel 330; a flow controller 190 configured to cause a force to be applied to the medication 326 in the medication cartridge 150 to drive the medication 326 from the medication cartridge 150 to the atomizer 340; a processing circuit 170 configured to control operation of the flow controller 190 responsive to a trigger condition being satisfied; wherein the delivery channel 300 increases in diameter from the outlet 304 towards the at least one vent 308; and characterised by an end wall 310 facing the delivery channel 300 and located adjacent the atomizer 340, the end wall 310 defining a plane positioned between the at least one vent 308 and the atomizer 340.
A control device for an espagnolette locking/unlocking device for a leaf, comprising a rotary operating member and an actuating square, said actuating square being ready to engage with the hub of the espagnolette , said control device is intended to be surface mounted on a leaf side member , such that said actuating square is under the form of a square actuating module , comprising a square section actuating head intended to be inserted within the hub, extending from a body associated to receiving means inserted within a cavity of the rotary operating member, such that said module is associated at its head to holding means intended to hold said module at the espagnolette hub level, characterized in that said module body comprises at least one threaded part combining to adjusting means and in that at least one of said holding elements has an end capable to be located in an interface zone in line with the espagnolette hub.
A method of producing a baked product having reduced crumb elasticity, said method comprising a) adding a raw starch degrading alpha-amylase, a lipase and a phospholipase to dough ingredients comprising flour, water, and yeast and mixing to prepare a dough; b) leavening the dough, and c) baking the dough, and wherein the raw starch degrading alpha-amylase has an amino acid sequence having at least 70% identity to SEQ ID NO:1. a) adding a raw starch degrading alpha-amylase, a lipase and a phospholipase to dough ingredients comprising flour, water, and yeast and mixing to prepare a dough; b) leavening the dough, and c) baking the dough, and
A support chain for supporting a line guide device with a flexible envelope , wherein the support chain may adopt extended positions to form extended runs and an arcuate position to form a deflection arc and to this end has a plurality of individual chain links (100; 200) with a longitudinal direction (L) which are connected together in articulated manner, wherein the chain links (100; 200) each comprise a first, front longitudinal portion (101; 201) and comprise a second, rear longitudinal portion (102; 202) complementary thereto with two side parts (102A, 102B; 202A, 202B) and a space therebetween, in which the first longitudinal portion (101; 201) of an adjacent chain link is arranged, and the chain links each have an inside and an outside relative to the deflection arc , characterized in that - in an end region and on the inside, the first longitudinal portion (101; 201) has a projection (105; 205) protruding transversely of the longitudinal direction; and - the second longitudinal portion (102; 202) on the inside has an inside cross-bridge (106; 206) connecting the side parts, with an extended stop face for the extended position, and a recess (107; 207) adjoining the cross-bridge (106; 206) at the front in the longitudinal direction; - wherein, in the extended position, the projection (105; 205) of one chain link engages in the recess (107; 207) of the connected following chain link (100; 200) and at the front on the inside cross-bridge (106; 206) thereof. - in an end region and on the inside, the first longitudinal portion (101; 201) has a projection (105; 205) protruding transversely of the longitudinal direction; and - the second longitudinal portion (102; 202) on the inside has an inside cross-bridge (106; 206) connecting the side parts, with an extended stop face for the extended position, and a recess (107; 207) adjoining the cross-bridge (106; 206) at the front in the longitudinal direction; - wherein, in the extended position, the projection (105; 205) of one chain link engages in the recess (107; 207) of the connected following chain link (100; 200) and at the front on the inside cross-bridge (106; 206) thereof.
Electrical device for connection to a high voltage, - having an active part which has a magnetizable core and at least one winding which is configured to generate a magnetic flux in the core , and - having a tank which is able to be filled with an insulating fluid and in which the active part is arranged, wherein the tank forms an inner wall which is formed so as to have a shape complementary to the outer contour of the winding or of the windings , characterized in that the electrical device comprises connection lines and a distribution device , wherein the connection lines are each connected at their winding end to a said winding and at their distributor end to the distribution device , wherein the core forms at least one chamfered core corner and the distribution device is arranged in the region of the chamfered core corner . - having an active part which has a magnetizable core and at least one winding which is configured to generate a magnetic flux in the core , and - having a tank which is able to be filled with an insulating fluid and in which the active part is arranged, wherein the tank forms an inner wall which is formed so as to have a shape complementary to the outer contour of the winding or of the windings ,
A bonded body for a power module comprising: a ceramic substrate as a member formed of ceramics; and a circuit layer as a Cu member of Cu or a Cu alloy, a bonding layer formed between the ceramic member and the circuit layer , the bonding layer being formed of a Cu-Sn layer in the vicinity of a bonding surface of the ceramic member , and of a Ti-containing layer containing Ti formed on the circuit layer side of the Cu-Sn layer wherein in the bonding layer an area ratio of a Cu 3 P phase in a region extending by up to 50 μm toward the circuit layer side from a bonding surface of the ceramic member is equal to or lower than 15%, the thickness of the ceramic member is set within a range of 0.2 to 1.5 mm, the thickness of the circuit layer is set within a range equal to or greater than 0.1 mm and equal to or smaller than 1.0 mm, the Cu-Sn layer is a layer in which Sn forms a solid solution in Cu, and the Cu 3 P phase is dispersed in the Cu-Sn layer . a ceramic substrate as a member formed of ceramics; and a circuit layer as a Cu member of Cu or a Cu alloy, a bonding layer formed between the ceramic member and the circuit layer , the bonding layer being formed of a Cu-Sn layer in the vicinity of a bonding surface of the ceramic member , and of a Ti-containing layer containing Ti formed on the circuit layer side of the Cu-Sn layer wherein in the bonding layer an area ratio of a Cu 3 P phase in a region extending by up to 50 μm toward the circuit layer side from a bonding surface of the ceramic member is equal to or lower than 15%, the thickness of the ceramic member is set within a range of 0.2 to 1.5 mm, the thickness of the circuit layer is set within a range equal to or greater than 0.1 mm and equal to or smaller than 1.0 mm, the Cu-Sn layer is a layer in which Sn forms a solid solution in Cu, and the Cu 3 P phase is dispersed in the Cu-Sn layer .
A fifth wheel release arrangement for releasing a trailer from a towing vehicle in response to a trigger signal, the arrangement comprising; one or more externally threaded fasteners , one or more pinion nuts comprising internal threads for engaging the external threads on the threaded fasteners , thereby holding the fifth wheel in position with respect to a first bracket arranged attachable to a towing vehicle frame , characterized in that the externally threaded fasteners are arranged to be rotationally fixed when received by the pinion nuts , the pinion nuts comprise external teeth for engaging a toothed rack , the rack being movable by an actuator system , in response to the trigger signal, in a direction to rotate the pinion nuts , whereby the externally threaded fasteners are ejected from the pinion nuts upon moving the rack by the actuator system in the direction, thereby releasing the trailer from the towing vehicle . one or more externally threaded fasteners , one or more pinion nuts comprising internal threads for engaging the external threads on the threaded fasteners , thereby holding the fifth wheel in position with respect to a first bracket arranged attachable to a towing vehicle frame , characterized in that the externally threaded fasteners are arranged to be rotationally fixed when received by the pinion nuts , the pinion nuts comprise external teeth for engaging a toothed rack , the rack being movable by an actuator system , in response to the trigger signal, in a direction to rotate the pinion nuts , whereby the externally threaded fasteners are ejected from the pinion nuts upon moving the rack by the actuator system in the direction, thereby releasing the trailer from the towing vehicle .
A discharge device for discharging electrostatic charges from a shaft , the discharge device comprising a contact strand which is disposable in a frame support so as to be tangential relative to a contact circumference of the shaft in such a manner that a contact surface is formed between the contact strand and the contact circumference of the shaft when the contact strand is in a contact position, characterized in that the contact strand has a fiber arrangement composed of a plurality of carbon fibers, and the frame support is provided with a bearing mount on a frame side parallel to the contact strand , the bearing mount being connected to a bearing axis disposed in a rack in a defined manner, the contact pressure exerted on the contact circumference of the shaft by the contact strand being settable by changing the radial distance between the bearing axis and the contact circumference .