mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a driving assistance information acquiring unit configured to acquire information about driving assistance of a host vehicle to be disabled; an advance notice display unit configured to display an advance notice image for giving advance notice of disabling of the driving assistance in advance based on information acquired by the driving assistance information acquiring unit; a completion information acquiring unit configured to acquire information about detection of a disabling action required to disable the driving assistance and/or about completion of disabling of the driving assistance; and a completion display unit configured to display a completion image for informing a driver of completion of disabling of the driving assistance or completion of the disabling action based on information acquired by the completion information acquiring unit, wherein the advance notice display unit is further configured to display a first advance notice image relating to a first item for driving assistance and a second advance notice image having a lower visibility than the first advance notice image and relating to a second item for driving assistance. a driving assistance information acquiring unit configured to acquire information about driving assistance of a host vehicle to be disabled; an advance notice display unit configured to display an advance notice image for giving advance notice of disabling of the driving assistance in advance based on information acquired by the driving assistance information acquiring unit; a completion information acquiring unit configured to acquire information about detection of a disabling action required to disable the driving assistance and/or about completion of disabling of the driving assistance; and a completion display unit configured to display a completion image for informing a driver of completion of disabling of the driving assistance or completion of the disabling action based on information acquired by the completion information acquiring unit, wherein the advance notice display unit is further configured to display a first advance notice image relating to a first item for driving assistance and a second advance notice image having a lower visibility than the first advance notice image and relating to a second item for driving assistance.
A stator frame for a submerged linear generator including a cylindrical tube of metal with mounting means for mounting stator packets to the inside wall of the tube, which tube when the linear generator is assembled also forms an outer circumferential wall of the linear generator , wherein the mounting means includes a plurality of axially distributed mounting profiles on the inside wall of the tube, wherein each mounting profile extends in the circumferential direction, characterized in that each mounting profile having a first group of receiving slots for the stator packets, which receiving slots are spaced by inwardly directed radial projections, and in that all receiving slots of one mounting profile being axially aligned with receiving slots of the other mounting profiles .
A reverse trajectory tracking method, comprising: acquiring (S101) positioning information and a reference trajectory of a vehicle; determining (S102) a heading error and a lateral error of the vehicle relative to the reference trajectory, based on the positioning information and the reference trajectory of the vehicle; determining (S103) an expected front wheel turning angle of the vehicle, based on the heading error, the lateral error and a speed of the vehicle; and adjusting (S104) an actual front wheel turning angle of the vehicle according to the expected front wheel turning angle of the vehicle, characterised in that determining (S103) the expected front wheel turning angle of the vehicle, based on the heading error, the lateral error and the speed of the vehicle, comprises: determining the expected front wheel turning angle of the vehicle by using a following equation: β = θ e + tan − 1 k ∗ cte v ; where, β is the expected front wheel turning angle of the vehicle; θ e is the heading error; cte is the lateral error; v is the speed of the vehicle; and k is a preset coefficient. acquiring (S101) positioning information and a reference trajectory of a vehicle; determining (S102) a heading error and a lateral error of the vehicle relative to the reference trajectory, based on the positioning information and the reference trajectory of the vehicle; determining (S103) an expected front wheel turning angle of the vehicle, based on the heading error, the lateral error and a speed of the vehicle; and adjusting (S104) an actual front wheel turning angle of the vehicle according to the expected front wheel turning angle of the vehicle, characterised in that determining (S103) the expected front wheel turning angle of the vehicle, based on the heading error, the lateral error and the speed of the vehicle, comprises: determining the expected front wheel turning angle of the vehicle by using a following equation: β = θ e + tan − 1 k ∗ cte v ; where, β is the expected front wheel turning angle of the vehicle; θ e is the heading error; cte is the lateral error; v is the speed of the vehicle; and k is a preset coefficient. where, β is the expected front wheel turning angle of the vehicle; θ e is the heading error; cte is the lateral error; v is the speed of the vehicle; and k is a preset coefficient.
A carbon fiber-reinforced resin molded body deriving from kneaded materials of a thermoplastic resin and a carbon fiber, comprising at least a three-dimensional complex shaped region and a substantially flat plate-shaped region arranged in an in-plane direction of an outer surface of the carbon fiber-reinforce resin molded body, wherein fluidity of the kneaded materials at predetermined temperature is such that the fluidity of the kneaded material forming the substantially flat plate-shaped region is lower than the fluidity of the kneaded material forming the three-dimensional complex shaped region , wherein average fiber length in the kneaded material forming the three-dimensional complex shaped region is smaller than average fiber length in the kneaded material forming the substantially flat plate-shaped region , and characterized in that the average fiber length in the kneaded material forming the three-dimensional complex shaped region satisfies an [expression 1] 0.5 mm ≤ average fiber length mm ≤ 50 mm /aspect ratio where the aspect ratio in the expression is rib height (mm)/rib thickness (mm) or boss height (mm)/boss diameter (mm) of a rib or a boss formed in the carbon fiber-reinforced resin molded body and is more than 1 and 50 or less. at least a three-dimensional complex shaped region and a substantially flat plate-shaped region arranged in an in-plane direction of an outer surface of the carbon fiber-reinforce resin molded body, wherein fluidity of the kneaded materials at predetermined temperature is such that the fluidity of the kneaded material forming the substantially flat plate-shaped region is lower than the fluidity of the kneaded material forming the three-dimensional complex shaped region ,
A medical guide wire for delivering an implant instrument, comprising: a metal core , a coil , a delivery element and a boss , wherein: the metal core has a variable-diameter structure, which consists of a linear structure, a stepped structure and a linear structure from a proximal end to a distal end; the number of the coil is one or more, and the coil(s) is/are fixed on the linear structure and the stepped structure at the distal end of the metal core ; the number of the delivery element is one or more, and the delivery element(s) is/are fixed on the stepped structure of the metal core ; and the boss is fixed on the stepped structure of the metal core proximal of the delivery element , wherein the structure of the delivery element is a helical structure characterized in that the delivery element is a polymer material strip film or a hollow polymer material pipe. the metal core has a variable-diameter structure, which consists of a linear structure, a stepped structure and a linear structure from a proximal end to a distal end; the number of the coil is one or more, and the coil(s) is/are fixed on the linear structure and the stepped structure at the distal end of the metal core ; the number of the delivery element is one or more, and the delivery element(s) is/are fixed on the stepped structure of the metal core ; and the boss is fixed on the stepped structure of the metal core proximal of the delivery element , wherein the structure of the delivery element is a helical structure characterized in that the delivery element is a polymer material strip film or a hollow polymer material pipe.
A container-mounted beverage dispensing system, comprising: a beverage dispenser including; at least one conduit to deliver gas into a container holding a beverage and to receive beverage from the container for dispensing in a user's cup; at least one valve to control gas flow into the container or beverage flow out of the container via the at least one conduit; a non-optical reader arranged to non-optically read information from a tag including indicia that uniquely identifies the tag from other tags; and control circuitry arranged to send or receive information regarding indicia received from a tag; and an identification element arranged to be secured directly to a beverage container, the one identification element including both a tag and an optically-readable code , the tag arranged to provide information to the non-optical reader including indicia that uniquely identifies the tag from other tags, and the optically-readable code being machine readable by a device that optically images the code and that includes an identifier that uniquely identifies the optically-readable code from other codes, wherein the beverage dispenser is arranged to be disengaged from and reengaged with a beverage container to which the identification element is secured. a beverage dispenser including; at least one conduit to deliver gas into a container holding a beverage and to receive beverage from the container for dispensing in a user's cup; at least one valve to control gas flow into the container or beverage flow out of the container via the at least one conduit; a non-optical reader arranged to non-optically read information from a tag including indicia that uniquely identifies the tag from other tags; and control circuitry arranged to send or receive information regarding indicia received from a tag; and at least one conduit to deliver gas into a container holding a beverage and to receive beverage from the container for dispensing in a user's cup; at least one valve to control gas flow into the container or beverage flow out of the container via the at least one conduit; a non-optical reader arranged to non-optically read information from a tag including indicia that uniquely identifies the tag from other tags; and control circuitry arranged to send or receive information regarding indicia received from a tag; and an identification element arranged to be secured directly to a beverage container, the one identification element including both a tag and an optically-readable code , the tag arranged to provide information to the non-optical reader including indicia that uniquely identifies the tag from other tags, and the optically-readable code being machine readable by a device that optically images the code and that includes an identifier that uniquely identifies the optically-readable code from other codes, wherein the beverage dispenser is arranged to be disengaged from and reengaged with a beverage container to which the identification element is secured.
A wire guided device , comprising: a sheath , a working assembly , comprising: a working portion , configured to contact an intended tissue, a connector , connecting the working portion and the sheath, and a wire guide , disposed at and connected to the sheath , wherein the wire guide is configured to allow a guide wire to pass through, wherein the wire guide is disposed at a predetermined distance from a distal end of the working assembly , and wherein the wire guide and the guide wire do not interfere with an operation of the working portion , characterized in that an internal surface of the wire guide is configured and sized to limit potential movements of the guide wire to be nonparallel to an axis direction of the working assembly . a sheath , a working assembly , comprising: a working portion , configured to contact an intended tissue, a connector , connecting the working portion and the sheath, and a wire guide , disposed at and connected to the sheath , wherein the wire guide is configured to allow a guide wire to pass through, wherein the wire guide is disposed at a predetermined distance from a distal end of the working assembly , and wherein the wire guide and the guide wire do not interfere with an operation of the working portion , characterized in that an internal surface of the wire guide is configured and sized to limit potential movements of the guide wire to be nonparallel to an axis direction of the working assembly . a working portion , configured to contact an intended tissue, a connector , connecting the working portion and the sheath, and a wire guide , disposed at and connected to the sheath , wherein the wire guide is configured to allow a guide wire to pass through, wherein the wire guide is disposed at a predetermined distance from a distal end of the working assembly , and wherein the wire guide and the guide wire do not interfere with an operation of the working portion , characterized in that an internal surface of the wire guide is configured and sized to limit potential movements of the guide wire to be nonparallel to an axis direction of the working assembly .
A process for preparing a vinylidene chloride polymer composite comprising : i) providing a dispersion of a clay material and a free radical initiator in a liquid phase; ii) adding vinylidene chloride and at least one ethylenically unsaturated monomer copolymerisable therewith to said dispersion; and iii) polymerising vinylidene chloride and said at least one ethylenically unsaturated monomer to form vinylidene chloride polymer composite, wherein the amount of a clay material ranges from 10.0 to 60.0 g per liter ("g L -1 ") with respect to the liquid phase, preferably 25.0 to 40.0 g L -1 with respect to the liquid phase, wherein the copolymer has a % by weight (wt %) of vinylidene chloride/said ethylenically unsaturated monomer from 82/18 to 93/7, preferably from 85/15 to 90/10; and wherein the liquid phase is either formed of an organic solvent or is water. i) providing a dispersion of a clay material and a free radical initiator in a liquid phase; ii) adding vinylidene chloride and at least one ethylenically unsaturated monomer copolymerisable therewith to said dispersion; and iii) polymerising vinylidene chloride and said at least one ethylenically unsaturated monomer to form vinylidene chloride polymer composite, wherein the copolymer has a % by weight (wt %) of vinylidene chloride/said ethylenically unsaturated monomer from 82/18 to 93/7, preferably from 85/15 to 90/10; and wherein the liquid phase is either formed of an organic solvent or is water.
A pick-up device for picking-up a tubular knitted article (M) from a needle cylinder of a circular knitting machine , the device comprising a circular ring with a symmetry axis (B-B), which is divided into two half-rings configured and arranged to overturn over each other around an overturning axis (C-C) approximately orthogonal to the symmetry axis (B-B) of the circular ring ; wherein each half-ring is provided with a respective plurality of pick-up hooks ; wherein each pick-up hook comprises a main body and a pick-up spike extending from the main body approximately radially towards the symmetry axis (B-B); wherein each pick-up spike is movable with respect to the respective half-ring between a first idle position and a second active position of engagement with the tubular knitted article (M), the second active position being nearer to the symmetry axis than the first idle position; characterized in that at least some of the pick-up hooks comprise a respective integrally formed abutment surface for abutting a toe end of the tubular knitted article, which extends approximately radially towards the symmetry axis (B-B) over a distance greater than the radial length of the respective pick-up spike , said abutment surface being spaced from the respective pick-up spike such that in the second active position the pick-up spike and the abutment surface are positioned on opposite sides of a final edge of the tubular knitted article (M).
A system for retaining a wear member on a bucket, the bucket including a container portion and a lip portion and defining an aperture extending from an inner surface of the bucket to an outer surface of the bucket, the system comprising: a boss including a head element , a guide element extending in a first direction (A) from the head element, and a leg element extending in a second direction (B) from the head element, wherein the leg element is configured to extend into the aperture defined by the bucket; a lug member including a wear member engagement portion configured to engage an aperture of a wear member , a boss engagement portion configured to engage the guide element and the head element, and a compression bolt assembly engaging portion ; and a compression bolt assembly including two compression bolts between the head element and the compression bolt assembly engaging portion of the lug member and configured to force the compression bolt assembly engaging portion of the lug member away from the head element. a boss including a head element , a guide element extending in a first direction (A) from the head element, and a leg element extending in a second direction (B) from the head element, wherein the leg element is configured to extend into the aperture defined by the bucket; a lug member including a wear member engagement portion configured to engage an aperture of a wear member , a boss engagement portion configured to engage the guide element and the head element, and a compression bolt assembly engaging portion ; and a compression bolt assembly including two compression bolts between the head element and the compression bolt assembly engaging portion of the lug member and configured to force the compression bolt assembly engaging portion of the lug member away from the head element.
An orthodontic appliance for orthodontic treatment of a posterior maxillary sector extending from a canine tooth to a molar tooth on the same side of the maxilla, the orthodontic appliance comprising a canine attachment bracket affixable to a canine tooth, a curved rod extending from the canine attachment bracket in a mesiodistal direction, and a hook (22; 34) for attachment to a traction elastic, characterized in that : it comprises a molar tube affixable to a molar tooth and having an opening on the mesial side to an interior of the molar tube ; the curved rod extends towards the molar tube ; the hook (22; 34) is located on the canine attachment bracket or on the curved rod ; and the curved rod engages the molar tube to exert a distal force to the molar tooth when under a force of the traction elastic on the hook . it comprises a molar tube affixable to a molar tooth and having an opening on the mesial side to an interior of the molar tube ; the curved rod extends towards the molar tube ; the hook (22; 34) is located on the canine attachment bracket or on the curved rod ; and the curved rod engages the molar tube to exert a distal force to the molar tooth when under a force of the traction elastic on the hook .
A hair cutting appliance , particularly an electrically operated hair cutting appliance , comprising a housing , the housing accommodating - a motor , - a cutting unit having a blade set to be driven by the motor , - a drive mechanism for driving the blade set of the cutting unit , - a battery for powering the motor , and - a mounting unit for coupling the cutting unit and the housing , wherein the mounting unit comprises: - a swivel mechanism comprising - a base portion arranged to be coupled to the housing , and - a top portion arranged to be coupled to the cutting unit , wherein the base portion and the top portion are movable with respect to each other, such that, during operation, the cutting unit is pivotably supported by the swivel mechanism , wherein the swivel mechanism defines a virtual pivot axis (p) for the cutting unit , wherein the virtual pivot axis (p) is substantially parallel to a cutting edge of the cutting unit , characterized in that , in a first state (I) of the swivel mechanism , the virtual pivot axis (p) is located at a first position (p 1 ) with respect to the cutting unit , wherein the cutting unit is adapted for shaving in the first state (I), and wherein, in a second state (II) of the swivel mechanism , the virtual pivot axis (p) is located at a second position (p 2 ) with respect to the cutting unit that is different from the first position (p 2 ), wherein the cutting unit is adapted for styling in the second state (II), wherein the swivel mechanism is movable between a first swiveling position associated with the first state (I), and at least one second swiveling position associated with the second state (II), and wherein the virtual pivot axis (p) assumes, in the first swiveling position, an elevated, first height position (l o1 ) with respect to the top surface of the cutting unit , and wherein the virtual pivot axis (p) assumes, in the second swiveling position, a recessed, second height position (l o2 ) with respect to the top surface of the cutting unit . - a motor , - a cutting unit having a blade set to be driven by the motor , - a drive mechanism for driving the blade set of the cutting unit , - a battery for powering the motor , and - a mounting unit for coupling the cutting unit and the housing , - a swivel mechanism comprising - a base portion arranged to be coupled to the housing , and - a top portion arranged to be coupled to the cutting unit , - a base portion arranged to be coupled to the housing , and - a top portion arranged to be coupled to the cutting unit ,