mhurhangee/ep-ind-claims huggingface dataset:
A system for correcting deficiencies in vertical glass distribution, comprising: a glass distribution measurement system that provides a measured glass distribution signal indicative of actual vertical glass distribution in blown parisons; a desired vertical glass distribution signal; a summer for comparing the measured glass distribution signal with the desired vertical glass distribution signal and generating a vertical glass distribution error signal; and characterised by a final blow controller arranged and configured to use the vertical glass distribution error signal to provide a start of final blow signal to modify the timing of the start of final blow and thus modify a time allowed for the parison to stretch in a blow mold prior to the parison being blown to cause the vertical glass distribution error signal to be diminished, wherein the final blow controller is arranged and configured to advance the start of final blow if the vertical glass distribution error signal is indicative of the vertical glass distribution having too much glass in a lower portion of the blown parison and too little glass in an upper portion of the blown parison, and wherein the final blow controller is arranged and configured to retard the start of final blow if the vertical glass distribution error signal is indicative of the vertical glass distribution having too little glass in a lower portion of the blown parison and too much glass in an upper portion of the blown parison. a glass distribution measurement system that provides a measured glass distribution signal indicative of actual vertical glass distribution in blown parisons; a desired vertical glass distribution signal; a summer for comparing the measured glass distribution signal with the desired vertical glass distribution signal and generating a vertical glass distribution error signal; and characterised by a final blow controller arranged and configured to use the vertical glass distribution error signal to provide a start of final blow signal to modify the timing of the start of final blow and thus modify a time allowed for the parison to stretch in a blow mold prior to the parison being blown to cause the vertical glass distribution error signal to be diminished, wherein the final blow controller is arranged and configured to advance the start of final blow if the vertical glass distribution error signal is indicative of the vertical glass distribution having too much glass in a lower portion of the blown parison and too little glass in an upper portion of the blown parison, and wherein the final blow controller is arranged and configured to retard the start of final blow if the vertical glass distribution error signal is indicative of the vertical glass distribution having too little glass in a lower portion of the blown parison and too much glass in an upper portion of the blown parison.
First vehicle-based terminal of a group of terminals of a radio communication network, the group of terminals having a second vehicle-based terminal, wherein the first vehicle-based terminal comprises at least one processor, at least one memory containing computer program code, at least one communication module and at least one antenna, the computer program code being configured such that it uses the at least one processor, the at least one communication module and the at least one antenna to cause the first vehicle-based terminal to determine (202; 302; 402; 502) at least one symmetrical group key that is associated with the group of terminals, to encrypt (204; 304; 404; 504) the at least one symmetrical group key using a symmetrical pair key that is associated with only the first and the second vehicle-based terminal (NN1, NN2), to send (206; 306; 406; 506) the encrypted symmetrical group key towards the second vehicle-based terminal, to receive (212; 312; 412; 512) an encrypted message from the second vehicle-based terminal, to decrypt (214; 314; 414; 514) the encrypted message on the basis of the determined symmetrical group key, to determine a new symmetrical group key, to encrypt the new symmetrical group key on the basis of the symmetrical pair key that is associated with the second vehicle-based terminal, and to send the encrypted new symmetrical group key towards the second vehicle-based terminal, to receive a positive acknowledgement of receipt that acknowledges receipt of the new symmetrical group key by the second vehicle-based terminal, to determine a new symmetrical pair key, which is associated with only the first and the second vehicle-based terminal (NN1, NN2), on the basis of receipt of the positive acknowledgement of receipt, and to select the new symmetrical pair key as the valid symmetrical pair key. to determine (202; 302; 402; 502) at least one symmetrical group key that is associated with the group of terminals, to encrypt (204; 304; 404; 504) the at least one symmetrical group key using a symmetrical pair key that is associated with only the first and the second vehicle-based terminal (NN1, NN2), to send (206; 306; 406; 506) the encrypted symmetrical group key towards the second vehicle-based terminal, to receive (212; 312; 412; 512) an encrypted message from the second vehicle-based terminal, to decrypt (214; 314; 414; 514) the encrypted message on the basis of the determined symmetrical group key, to determine a new symmetrical group key, to encrypt the new symmetrical group key on the basis of the symmetrical pair key that is associated with the second vehicle-based terminal, and to send the encrypted new symmetrical group key towards the second vehicle-based terminal, to receive a positive acknowledgement of receipt that acknowledges receipt of the new symmetrical group key by the second vehicle-based terminal, to determine a new symmetrical pair key, which is associated with only the first and the second vehicle-based terminal (NN1, NN2), on the basis of receipt of the positive acknowledgement of receipt, and to select the new symmetrical pair key as the valid symmetrical pair key.
A measurement device that calculates a size of an outer shape of an object that has a plurality of planes, the measurement device comprising: an operation unit that receives an operation of a user; an acquisition unit that acquires depth information indicating a depth image of the object and color information indicating a color image of the object; a controller that calculates first dimension indicating a width, a depth, and a height of the object based on at least one of the depth information and the color information; and a display unit that displays a frame image showing a contour shape of the object to be superimposed on the color image, the contour shape being based on the first dimension, wherein the operation unit receives a selection of an adjustment target plane of the frame image and an input of a change amount of the adjustment target plane by the user, and the controller calculates, based on the first dimension and the change amount, second dimension indicating a width, a depth, and a height of the object when the adjustment target plane is moved in a normal direction of the adjustment target plane based on the change amount, and changes the frame image displayed on the display unit to show a contour shape of the object, the contour shape being based on the second dimension. an operation unit that receives an operation of a user; an acquisition unit that acquires depth information indicating a depth image of the object and color information indicating a color image of the object; a controller that calculates first dimension indicating a width, a depth, and a height of the object based on at least one of the depth information and the color information; and a display unit that displays a frame image showing a contour shape of the object to be superimposed on the color image, the contour shape being based on the first dimension, wherein the operation unit receives a selection of an adjustment target plane of the frame image and an input of a change amount of the adjustment target plane by the user, and the controller calculates, based on the first dimension and the change amount, second dimension indicating a width, a depth, and a height of the object when the adjustment target plane is moved in a normal direction of the adjustment target plane based on the change amount, and changes the frame image displayed on the display unit to show a contour shape of the object, the contour shape being based on the second dimension.
A peptide comprising the amino acid sequence as shown in SEQ ID NO: 7 or a salt thereof which induces enhancement of chondrocyte differentiation and chondrocyte proliferation and increase of cartilage matrix production for use in the treatment of cartilage disease which is selected from the group consisting of cartilage defect caused by external injuries or surgical treatment, osteochondritis dissecans, osteoarthritis, congenital cartilage disease, and cartilage injury, which is used in combination with BMP-2 (Bone Morphogenic Protein 2).
A method of controlling power for a laser sensing system on an aircraft, wherein a laser of the laser sensing system is emitted into an atmosphere external to the aircraft, the method comprising: powering the laser sensing system at a first power level to produce the laser; projecting the laser into the atmosphere; capturing reflected energy from particulates and from molecules in the atmosphere; filtering, by wavelength, the reflected energy from the particulates to obtain molecular reflections indicative of molecular content of the atmosphere; determining, by a controller of the laser sensing system, a gain based upon the molecular reflections; and adjusting the first power level to a second power level based upon the gain. powering the laser sensing system at a first power level to produce the laser; projecting the laser into the atmosphere; capturing reflected energy from particulates and from molecules in the atmosphere; filtering, by wavelength, the reflected energy from the particulates to obtain molecular reflections indicative of molecular content of the atmosphere; determining, by a controller of the laser sensing system, a gain based upon the molecular reflections; and adjusting the first power level to a second power level based upon the gain.
An adsorbent particle comprising iron oxyhydroxide as a main component, wherein 90% or more of the volume of the particle is constituted of a granular crystal having a crystal grain size of 20 nm or less or a columnar crystal having a width of 10 nm or less and a length of 30 nm or less and the particle has a BET specific surface area of 250 m 2 /g or more, wherein the granular crystal has a longitudinal length/latitudinal length ratio of 3 or less.
A trace assistance device comprising: a memory section configured to store a manipulation log in which multiple manipulation histories of an operator with respect to a board production line including a board work machine configured to perform predetermined board work on a board are recorded, and an operation log in which multiple operation histories of the board production line actuated due to a manipulation of the operator are recorded in association with each other in a memory device; an acquisition section configured to, when a predetermined trigger event occurs during the board work, acquire a target manipulation history which is at least one manipulation history related to the trigger event, a target operation history which is at least one operation history associated with the target manipulation history, a comparison manipulation history which is at least one manipulation history that is the same as or similar to the target manipulation history, and a comparison operation history which is at least one operation history associated with the comparison manipulation history from the manipulation log and the operation log stored in the memory device, wherein the trigger event is a work error or an operation state of the board work machine not being included in an allowable range; and an output section configured to output an operation of the board production line recorded in the target operation history and an operation of the board production line recorded in the comparison operation history, which are acquired by the acquisition section, in a comparable manner. a memory section configured to store a manipulation log in which multiple manipulation histories of an operator with respect to a board production line including a board work machine configured to perform predetermined board work on a board are recorded, and an operation log in which multiple operation histories of the board production line actuated due to a manipulation of the operator are recorded in association with each other in a memory device; an acquisition section configured to, when a predetermined trigger event occurs during the board work, acquire a target manipulation history which is at least one manipulation history related to the trigger event, a target operation history which is at least one operation history associated with the target manipulation history, a comparison manipulation history which is at least one manipulation history that is the same as or similar to the target manipulation history, and a comparison operation history which is at least one operation history associated with the comparison manipulation history from the manipulation log and the operation log stored in the memory device, wherein the trigger event is a work error or an operation state of the board work machine not being included in an allowable range; and an output section configured to output an operation of the board production line recorded in the target operation history and an operation of the board production line recorded in the comparison operation history, which are acquired by the acquisition section, in a comparable manner.
A fishing reel assembly comprising a spinning reel, comprising a first component a second component being configured to be rotatable relatively to the first component, a claw member having a claw portion, a ratchet wheel for a fishing reel, the ratchet wheel being mounted to said first component of the fishing reel, the ratchet wheel being engaged with said claw portion, the claw portion being pivotally mounted to said second component of the fishing reel, the ratchet wheel comprising: a mounting part configured to be mounted to the first component; and a plurality of teeth radially disposed on an outer peripheral portion of the mounting part, the teeth being configured such that two adjacent ones of the teeth selectively engage the claw portion (62a; 131a) of the claw member, the teeth being bent from the outer peripheral portion of the mounting part and extending from the outer peripheral portion along a rotary axis (X1, X2) of either the first component or the second component. characterized in that the spinning reel comprising: a spool shaft as the first component; and a spool as the second component, the spool being rotatably mounted onto the spool shaft, the mounting part being non-rotatably mounted onto the spool shaft and arranged to form a spool sound producing mechanism that is configured to produce a sound in conjunction with rotation of the spool. a mounting part configured to be mounted to the first component; and a plurality of teeth radially disposed on an outer peripheral portion of the mounting part, the teeth being configured such that two adjacent ones of the teeth selectively engage the claw portion (62a; 131a) of the claw member, a spool shaft as the first component; and a spool as the second component, the spool being rotatably mounted onto the spool shaft, the mounting part being non-rotatably mounted onto the spool shaft and arranged to form a spool sound producing mechanism that is configured to produce a sound in conjunction with rotation of the spool.
A carrying tray made from corrugated cardboard having a top layer, a bottom layer, two longitudinal side walls (5, 6) and optionally insertion flaps (8, 9) for securing the tray in a display shell, characterized in that the tray has • a top layer made from an outer top layer and an inner top layer which lie on top of one another, wherein the inner top layer is preferably congruent to the outer top layer, and the inner top layer has at least one insertion slot, • at least one reinforcing flap which is part of the bottom layer and is arranged on the bottom layer at the height of the insertion slot and engages in the insertion slot of the inner top layer, and • two stabilizing flaps (12, 13) which are each articulated on a transverse side via a folded edge on one of the two top layers (2, 3), and are folded 90° into the tray and are preferably locked in opposite slots in the bottom layer. • a top layer made from an outer top layer and an inner top layer which lie on top of one another, wherein the inner top layer is preferably congruent to the outer top layer, and the inner top layer has at least one insertion slot, • at least one reinforcing flap which is part of the bottom layer and is arranged on the bottom layer at the height of the insertion slot and engages in the insertion slot of the inner top layer, and • two stabilizing flaps (12, 13) which are each articulated on a transverse side via a folded edge on one of the two top layers (2, 3), and are folded 90° into the tray and are preferably locked in opposite slots in the bottom layer.
Fastening means for fastening a blade portion of a fan blade of a smoke extraction fan to a fan hub, the fastening means having a connecting portion which is designed to establish a tension-resistant connection to a blade portion of a fan blade, which connecting portion can be arranged substantially inside the blade portion, the fastening means having a base portion that adjoins the connecting portion in the radial direction and has an elongate fastening element (10, 11) that extends substantially radially for fastening the fan blade to the fan hub, and the fastening means being substantially made of steel, characterised in that the base portion has a first conical portion, a second conical portion and a wedge portion that adjoins the conical portions (10, 11) in the radial direction as an elongation, the second conical portion being arranged between the first conical portion and the wedge portion and the second conical portion having a smaller diameter than the first conical portion.
A reprogrammable shape change surface comprising; - a plurality of muscle elements (10, 30, 40A-D, 41A-D) arranged in two-dimensional arrays capable of changing shape upon electric stimulation, the elements being arranged in an array to define the surface, wherein each of said muscle elements (10, 30, 40A-D, 41A-D) include two muscle material layers (11A, 11B) capable of changing shape upon electric stimulation and a flexible wiring layer sandwiched between the muscle material layers (11A, 11B) and electrically connected to said muscle material layers (11A, 11B) for delivering electric stimulation signals to the muscle material layers (11A, 11B) for changing the shape of the muscle elements (10, 30, 40A-D, 41A-D) and further the topology of the surface, - electrical contact pads (16A, 16B) on both ends and on both sides of the flexible wiring layer, and - a plurality of elongated clips extending perpendicularly to a bending direction of the muscle material layers (10, 30, 40A-D, 41A-D), said elongated clips adapted to support the sandwich structure of the muscle elements by holding the muscle material layers (11A, 11B) and the flexible wiring layer together. - a plurality of muscle elements (10, 30, 40A-D, 41A-D) arranged in two-dimensional arrays capable of changing shape upon electric stimulation, the elements being arranged in an array to define the surface, wherein each of said muscle elements (10, 30, 40A-D, 41A-D) include two muscle material layers (11A, 11B) capable of changing shape upon electric stimulation and a flexible wiring layer sandwiched between the muscle material layers (11A, 11B) and electrically connected to said muscle material layers (11A, 11B) for delivering electric stimulation signals to the muscle material layers (11A, 11B) for changing the shape of the muscle elements (10, 30, 40A-D, 41A-D) and further the topology of the surface, - electrical contact pads (16A, 16B) on both ends and on both sides of the flexible wiring layer, and - a plurality of elongated clips extending perpendicularly to a bending direction of the muscle material layers (10, 30, 40A-D, 41A-D), said elongated clips adapted to support the sandwich structure of the muscle elements by holding the muscle material layers (11A, 11B) and the flexible wiring layer together.
Apparatus, comprising: a flexible insertion tube (11, 31), having a distal segment that is configured to be inserted into a body organ; a plurality of elastic branches connected to the distal segment of the insertion tube at different, respective locations and extending transversely away from the insertion tube at the respective locations; one or more respective electrodes disposed on each of the elastic branches; and conductors traversing the elastic branches so as to couple the electrodes to the insertion tube; wherein each of the elastic branches comprises an elastic region and an inelastic region, characterized in that on application of a bending force to the each branch, the inelastic region aligns to be parallel to the insertion tube. a flexible insertion tube (11, 31), having a distal segment that is configured to be inserted into a body organ; a plurality of elastic branches connected to the distal segment of the insertion tube at different, respective locations and extending transversely away from the insertion tube at the respective locations; one or more respective electrodes disposed on each of the elastic branches; and conductors traversing the elastic branches so as to couple the electrodes to the insertion tube; wherein each of the elastic branches comprises an elastic region and an inelastic region, characterized in that on application of a bending force to the each branch, the inelastic region aligns to be parallel to the insertion tube.
A cutting device for severing a pipe-string-related object in a safety valve for a well, wherein the cutting device is structured for incorporation in the safety valve, and wherein the cutting device comprises a housing having a through bore structured for passing said object therethrough, characterized in that the cutting device comprises at least one induction coil device disposed in said housing, and around at least a portion of the bore of the housing; - wherein said induction coil device is directed inwards in the direction of the bore; - wherein the induction coil device is structured for cutting-promoting heating, hence thermal structural weakening, of the object when located vis-à-vis the induction coil device; - wherein the induction coil device is structured in a manner allowing it to be connected to at least one electric power source for supply of electric power for said heating; and - wherein the housing comprises a heat-insulating portion disposed between the induction coil device and the housing. - wherein said induction coil device is directed inwards in the direction of the bore; - wherein the induction coil device is structured for cutting-promoting heating, hence thermal structural weakening, of the object when located vis-à-vis the induction coil device; - wherein the induction coil device is structured in a manner allowing it to be connected to at least one electric power source for supply of electric power for said heating; and - wherein the housing comprises a heat-insulating portion disposed between the induction coil device and the housing.