mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging device , comprising: a lens unit supported rotatably in both of a yawing direction and a pitching direction within a casing; a first rotation detecting section that detects rotation applied to the casing; a second rotation detecting section that detects rotation occurring on the lens unit within the casing; a shake correction calculating section that generates a shake correction driving signal by using a difference value between detection information by the first rotation detecting section and detection information by the second rotation detecting section; and a driving section that drives the lens unit in at least one of the yawing direction or the pitching direction on a basis of the shake correction driving signal. a lens unit supported rotatably in both of a yawing direction and a pitching direction within a casing; a first rotation detecting section that detects rotation applied to the casing; a second rotation detecting section that detects rotation occurring on the lens unit within the casing; a shake correction calculating section that generates a shake correction driving signal by using a difference value between detection information by the first rotation detecting section and detection information by the second rotation detecting section; and a driving section that drives the lens unit in at least one of the yawing direction or the pitching direction on a basis of the shake correction driving signal.
A test plug for insertion into and plugging of an open end of an elbow pipe, comprising: a shaft , a resilient sealing element carried on said shaft , a set of gripper segments carried on said shaft , said set of gripper segments being movable relative to said shaft between pipe-gripping and pipe-non-gripping positions such that, when said test plug is placed in sealing and gripping engagement relative to an inner diameter wall of an elbow pipe, said set of gripper segments are eccentrically aligned to said sealing element , and a camming element carried on said shaft and having an outer camming surface on which said set of gripper segments are seated and movable between said pipe-gripping and pipe-non-gripping positions, wherein said camming element defines a hollow channel extending lengthwise therethrough, wherein said shaft extends through said hollow channel of said camming element , and wherein said hollow channel is of a size greater than an outer periphery of said shaft such that an open gap exists between said camming element and said shaft permitting a predetermined amount of floating movement of said camming element relative to said shaft in a direction generally perpendicular to a longitudinal axis of said shaft . a shaft , a resilient sealing element carried on said shaft , a set of gripper segments carried on said shaft , said set of gripper segments being movable relative to said shaft between pipe-gripping and pipe-non-gripping positions such that, when said test plug is placed in sealing and gripping engagement relative to an inner diameter wall of an elbow pipe, said set of gripper segments are eccentrically aligned to said sealing element , and a camming element carried on said shaft and having an outer camming surface on which said set of gripper segments are seated and movable between said pipe-gripping and pipe-non-gripping positions, wherein said camming element defines a hollow channel extending lengthwise therethrough, wherein said shaft extends through said hollow channel of said camming element , and wherein said hollow channel is of a size greater than an outer periphery of said shaft such that an open gap exists between said camming element and said shaft permitting a predetermined amount of floating movement of said camming element relative to said shaft in a direction generally perpendicular to a longitudinal axis of said shaft .
A mold level measuring method for measuring a level of molten metal in a mold by an eddy current mold level measuring device, the method comprising the steps of: determining a reference value of a positive feedback ratio (K) of an amplifying section of the measuring device in environmental conditions before pouring of molten metal into the mold; detecting, by a coil (105C2) of the measuring device, a change in a value of impedance caused by a change in the level of molten metal in the mold; amplifying, by the amplifying section , a voltage corresponding to the change in the value of impedance; obtaining a standard value of difference in an output of the measuring device, the standard value of difference corresponding to a known value of amplitude of mold oscillation when the positive feedback ratio (K) is the reference value, obtaining a deviation of measurement based on a difference between the maximum value and the minimum value of the output of the measuring device during a time period of mold oscillation and the standard value of difference; and correcting the positive feedback ratio (K) so as to reduce the deviation of measurement while the positive feedback ratio (K) is maintained within a predetermined range having an upper limit (A1, B1) and a lower limit (A2, B2) and including the reference value. determining a reference value of a positive feedback ratio (K) of an amplifying section of the measuring device in environmental conditions before pouring of molten metal into the mold; detecting, by a coil (105C2) of the measuring device, a change in a value of impedance caused by a change in the level of molten metal in the mold; amplifying, by the amplifying section , a voltage corresponding to the change in the value of impedance; obtaining a standard value of difference in an output of the measuring device, the standard value of difference corresponding to a known value of amplitude of mold oscillation when the positive feedback ratio (K) is the reference value, obtaining a deviation of measurement based on a difference between the maximum value and the minimum value of the output of the measuring device during a time period of mold oscillation and the standard value of difference; and correcting the positive feedback ratio (K) so as to reduce the deviation of measurement while the positive feedback ratio (K) is maintained within a predetermined range having an upper limit (A1, B1) and a lower limit (A2, B2) and including the reference value.
A composition for forming a conductive pattern by electromagnetic wave irradiation, comprising polymer resin; and a non-conductive metal compound comprising a compound represented by the following Chemical Formula 1, wherein metal nuclei are formed from the non-conductive metal compound by the electromagnetic wave irradiation: [Chemical Formula 1] Cu 3-x M x P 2 O 8 in the Chemical Formula 1, M is Zn, and x is a rational number of more than 0 and less than 3.
A device for acquiring counter values associated with a computing task implemented on an interconnection network , said interconnection network including a plurality of nodes interconnected by means of switches , said nodes and switches including a plurality of ports associated with counters, the values of said counters being recorded over time, said computing task involving a subset of ports associated with subsets of nodes and switches, and said device comprising: - A module for acquiring a routing , able to acquire a routing table including all the connections of the interconnection network, and characterized by : - A module for acquiring involved nodes , able to acquire a list of the nodes involved in the computing task, - A module for extracting ports , able to extract a list of the ports involved in the computing task from the list of involved nodes and the routing table, and - A module for extracting counters , able to extract the values of the counters of the ports involved in the computing task from the list of involved ports and recorded values of said counters. - A module for acquiring a routing , able to acquire a routing table including all the connections of the interconnection network, and characterized by : - A module for acquiring involved nodes , able to acquire a list of the nodes involved in the computing task, - A module for extracting ports , able to extract a list of the ports involved in the computing task from the list of involved nodes and the routing table, and - A module for extracting counters , able to extract the values of the counters of the ports involved in the computing task from the list of involved ports and recorded values of said counters. - A module for acquiring involved nodes , able to acquire a list of the nodes involved in the computing task, - A module for extracting ports , able to extract a list of the ports involved in the computing task from the list of involved nodes and the routing table, and - A module for extracting counters , able to extract the values of the counters of the ports involved in the computing task from the list of involved ports and recorded values of said counters.
Field device designed to determine or monitor a physical or chemical process variable, consisting of a sensor which works according to a defined measuring principle, and a control/evaluation unit , wherein the control/evaluation unit is implemented on a FPGA component which can be partially dynamically reconfigured, wherein the FPGA component consists of a multitude of individual FPGA blocks , wherein each individual FPGA block consists of a multitude of logic blocks , and wherein global resources or global function blocks are assigned to each individual FPGA block or groups of individual FPGA blocks , wherein at least a first subsection (3.1) and a second subsection (3.2) are provided on the FPGA component , said subsections consisting of individual FPGA blocks and corresponding global resources or global function blocks, and wherein, in each subsection (3.1, 3.2), a digital measuring path (MP1, MP2) can be partially dynamically reconfigured, wherein said path consists of multiple software-based and/or hardware-based function modules (FM).
A method of sensor position offset error correction, comprising: receiving a temperature measurement for a region of a die from a sensor having a position offset to the region; estimating power consumed by the region of the die based at least in part on a measured activity of the region; and adjusting the temperature measurement based at least in part on the estimated power to provide a corrected temperature measurement correcting for sensor position offset error. receiving a temperature measurement for a region of a die from a sensor having a position offset to the region; estimating power consumed by the region of the die based at least in part on a measured activity of the region; and adjusting the temperature measurement based at least in part on the estimated power to provide a corrected temperature measurement correcting for sensor position offset error.
A method for operating a retail merchandise pusher , the retail merchandise pusher comprising: a housing ; a shaft rotatable in a first direction (R1) and a second direction (R2) about its axis; a gear wheel coupled to the shaft such that the gear wheel is rotatable about the shaft in the second direction (R2); a first electrical contact and a second electrical contact ; wherein movement of the pusher along a track rotates the gear wheel , such that the gear wheel causes the first electrical contact to engage with the second electrical contact; and a distance that the pusher has moved along the track can be measured by the total engagements between the first electrical contact and the second electrical contact; the pusher being in sleep mode ; the method comprising the steps of: determining if the motion of the pusher is detected , entering the pusher in wake mode in case motion of the pusher is detected; and after entering in wake, determining an action to be taken based on an amount of motion detected by the pusher. a housing ; a shaft rotatable in a first direction (R1) and a second direction (R2) about its axis; a gear wheel coupled to the shaft such that the gear wheel is rotatable about the shaft in the second direction (R2); a first electrical contact and a second electrical contact ; wherein movement of the pusher along a track rotates the gear wheel , such that the gear wheel causes the first electrical contact to engage with the second electrical contact; and a distance that the pusher has moved along the track can be measured by the total engagements between the first electrical contact and the second electrical contact; the pusher being in sleep mode ; the method comprising the steps of: determining if the motion of the pusher is detected , entering the pusher in wake mode in case motion of the pusher is detected; and after entering in wake, determining an action to be taken based on an amount of motion detected by the pusher. determining if the motion of the pusher is detected , entering the pusher in wake mode in case motion of the pusher is detected; and after entering in wake, determining an action to be taken based on an amount of motion detected by the pusher.
A heart tissue gripping device comprising: a main body that is grippable by a user to allow the user to control the device such that one or more components of the device are insertable through an incision in a body to position the one or more components adjacent a surface of the heart; an elongate shaft having a proximal end coupled with the main body and a distal end; a tissue gripping member coupled to the distal end of the elongate shaft , the tissue gripping member having a body portion and a lumen extending entirely through the body portion, the tissue gripping member being positionable against the heart surface by insertion of the tissue gripping member within the incision and the tissue gripping member being configured to releasably attach to tissue of the heart surface, and a coupling feature for releasably attaching a catheter device or a tissue penetrating device to the tissue gripping member to allow said device to access the tissue of the heart surface; characterised in that the distal end of the elongate shaft is attached to the tissue gripping member off-axis from the lumen of the tissue gripping member such when the tissue gripping member is inserted within the incision, a proximal end of the lumen is exposed to the surrounding environment within the body while a distal end of the lumen is positioned against the heart surface. a main body that is grippable by a user to allow the user to control the device such that one or more components of the device are insertable through an incision in a body to position the one or more components adjacent a surface of the heart; an elongate shaft having a proximal end coupled with the main body and a distal end; a tissue gripping member coupled to the distal end of the elongate shaft , the tissue gripping member having a body portion and a lumen extending entirely through the body portion, the tissue gripping member being positionable against the heart surface by insertion of the tissue gripping member within the incision and the tissue gripping member being configured to releasably attach to tissue of the heart surface, and a coupling feature for releasably attaching a catheter device or a tissue penetrating device to the tissue gripping member to allow said device to access the tissue of the heart surface; characterised in that the distal end of the elongate shaft is attached to the tissue gripping member off-axis from the lumen of the tissue gripping member such when the tissue gripping member is inserted within the incision, a proximal end of the lumen is exposed to the surrounding environment within the body while a distal end of the lumen is positioned against the heart surface.
A positive electrode for a secondary battery, comprising: a positive-electrode current collector ; and a positive-electrode active material layer that is provided on the positive-electrode current collector , wherein the positive-electrode active material layer contains a positive-electrode active material, carbon nanotubes, and less than 0.1 volume% binder, the positive-electrode active material layer includes a layer-like region that is in contact with the positive-electrode current collector , and a region other than the layer-like region, both of the layer-like region and the region other than the layer-like region contain the carbon nanotubes, the content of carbon nanotubes in the layer-like region is larger than the content of carbon nanotubes in the region other than the layer-like region, the content of carbon nanotubes in the layer-like region is at least 3 mass% and no greater than 10 mass%, the content of carbon nanotubes in the other region is at least 0.1 mass% and no greater than 1.5 mass, and the thickness of the layer-like region is at least 5% and no greater than 20% of a thickness of the positive-electrode active material layer . a positive-electrode current collector ; and a positive-electrode active material layer that is provided on the positive-electrode current collector , wherein the positive-electrode active material layer contains a positive-electrode active material, carbon nanotubes, and less than 0.1 volume% binder, the positive-electrode active material layer includes a layer-like region that is in contact with the positive-electrode current collector , and a region other than the layer-like region, both of the layer-like region and the region other than the layer-like region contain the carbon nanotubes, the content of carbon nanotubes in the layer-like region is larger than the content of carbon nanotubes in the region other than the layer-like region, the content of carbon nanotubes in the layer-like region is at least 3 mass% and no greater than 10 mass%, the content of carbon nanotubes in the other region is at least 0.1 mass% and no greater than 1.5 mass, and the thickness of the layer-like region is at least 5% and no greater than 20% of a thickness of the positive-electrode active material layer .
A closing system for a row unit of a work machine, the closing system comprising: one or more closing wheels that are operable to contact a ground surface, a first actuator and a second actuator, the first actuator operable to engage the second actuator, the second actuator configured to engage the one or more closing wheels and to absorb a shock force, the first actuator is operable to engage the second actuator to increase an amount of force that the second actuator applies to the one or more closing wheels , wherein the second actuator includes one or more springs that are operable to apply an initial amount of force to the one or more closing wheels and wherein the first actuator is operable to apply an actuator force to the one or more springs to increase the amount of force that the one or more springs apply to the one or more closing wheels , and wherein a shank of the row unit pivotally coupled at a pivot to a shank extension and the one or more closing wheels are rotatably mounted on the shank extension , characterized in that the first actuator is arranged parallel to the second actuator. one or more closing wheels that are operable to contact a ground surface, a first actuator and a second actuator, the first actuator operable to engage the second actuator, the second actuator configured to engage the one or more closing wheels and to absorb a shock force, the first actuator is operable to engage the second actuator to increase an amount of force that the second actuator applies to the one or more closing wheels , wherein the second actuator includes one or more springs that are operable to apply an initial amount of force to the one or more closing wheels and wherein the first actuator is operable to apply an actuator force to the one or more springs to increase the amount of force that the one or more springs apply to the one or more closing wheels , and wherein a shank of the row unit pivotally coupled at a pivot to a shank extension and the one or more closing wheels are rotatably mounted on the shank extension , characterized in that the first actuator is arranged parallel to the second actuator.
An anhydrous supramolecular complex comprising: (a) a water soluble block copolymer comprising at least two blocks of polyethylene oxide and at least one block of polypropylene oxide, wherein the water soluble block copolymer is a tri-block copolymer having the general formula of HO-(EO) a (PO) b (EO) a -H, wherein (EO) a are the polyethylene oxide blocks, (PO) b is the polypropylene oxide block, a is in the range of about 50 to about 150 and b is in the range of about 35 to about 70 and (b) at least one associative gelling adjuvant having a water solubility less than 0.5 g/100 ml at 20 °C; wherein the complex is soluble in water and is provided in the form of a paste or waxy substance having a softening point ranging from 10 to 60 °C, and wherein the complex forms a clear, transparent gel after hydration. (a) a water soluble block copolymer comprising at least two blocks of polyethylene oxide and at least one block of polypropylene oxide, wherein the water soluble block copolymer is a tri-block copolymer having the general formula of HO-(EO) a (PO) b (EO) a -H, wherein (EO) a are the polyethylene oxide blocks, (PO) b is the polypropylene oxide block, a is in the range of about 50 to about 150 and b is in the range of about 35 to about 70 and (b) at least one associative gelling adjuvant having a water solubility less than 0.5 g/100 ml at 20 °C;
Soft magnetic particle powder composed of flat soft magnetic particles, characterized in that the soft magnetic particle powder has a particle size and a particle size D 50 measured with a laser diffraction particle size distribution analyzer satisfying formula below: D 10 / D 50 > 0.45 .
Stem for a two-way valve, the stem comprising a main body having an outer face that is substantially cylindrical about a main axis (A) and having - a first tubular wall closed at its lower end by a first bottom wall and open at its upper end , defining a central channel ; - a second tubular wall concentric with the first tubular wall and partially surrounding it, the second tubular wall being closed at its lower end by a second bottom wall and open at its upper end , defining an annular channel placed around the central channel , one or more through-holes bringing the inside of the annular channel in contact with the cylindrical outer face of the main body, - means for reinforcing the first tubular wall to increase its stability when filling of a container provided with a two-way valve equipped with the stem, characterized in that the reinforcing means are constituted by a tubular insert dimensioned to be able to be inserted into the annular channel and fill, at least over a portion of its height, the space between the second bottom wall and the lower portion of the through-hole or -holes of the second tubular wall . - a first tubular wall closed at its lower end by a first bottom wall and open at its upper end , defining a central channel ; - a second tubular wall concentric with the first tubular wall and partially surrounding it, the second tubular wall being closed at its lower end by a second bottom wall and open at its upper end , defining an annular channel placed around the central channel , one or more through-holes bringing the inside of the annular channel in contact with the cylindrical outer face of the main body, - means for reinforcing the first tubular wall to increase its stability when filling of a container provided with a two-way valve equipped with the stem,