369results about How to "Improve agility" patented technology

A personalization system that uses rules to adjudicate and characterize a customer, or a customer's actions, and then to personalize a business function, such as a displayed page, based on the outcome of those rules. In one embodiment the invention provides a system for web-based personalization, that allows for personalizing the content or business functioning of a web-based application to reflect the characteristics of a particular user. The system comprises a user profiler, for determining a snapshot of a particular user of a web-based application, a rules editor for inputting a set of rules governing the business functioning of said web-based application, and a rules engine. The system then uses the set of rules to make decisions about the particular user and the business functioning of said web-based application, and to determine the content or business functioning of said web-based application as it applies to that user.

A multi-axis adjustable exercise machine which is pivotable about both a pitch axis and a roll axis with respect to a base for allowing an exerciser to perform a wide range of exercises on a pitched or rolled exercise machine. The multi-axis adjustable exercise machine generally includes an exercise machine which is adjustable with respect to a base. The exercise machine may be pivoted about a roll axis to adjust the roll angle of the exercise machine or may be pivoted about a pitch axis to adjust the pitch angle of the exercise machine. One or more actuators may be connected between the base and the exercise machine to effectuate the pivoting of the exercise machine about either or both axes with respect to the base.

A shoe suspension system for use with a shoe or boot having an upper and lower sole. The system includes a first tandem hinge pivotally engaged between the upper toe sole and the lower toe sole which opens and closes parallel to the longitudinal axis of the shoe a plurality of tandem hinges pivotally engaged between the upper mid heel sole and the lower sole which also open and close parallel to the longitudinal axis of the shoe and return springs engaged between the upper mid heel sole and the lower sole.

The invention discloses a variable weight type random scheduling method based on real-time working conditions; the scheduling method optimizes the problem of the dynamic random rescheduling in terms of classification of various perturbation, rescheduling driving mechanism, the construction of rescheduling majorized set, the selection rule of the workpieces to be processed and rescheduling optimization algorithm, classifies various perturbation in the production process into two classes of invisible perturbation and dominant perturbation, adopts corresponding rescheduling driving mechanisms according to different types of perturbation, thus quickly and effectively dealing with various uncertain problems which randomly occur in the production process; the scheduling method is suitable for the mode with a plurality of varieties and single-piece small lot production, can rapidly and effectively handle the various uncertain problems which randomly occur in the production scheduling process and has strong coupling capacity with the real-time working conditions, thus being capable of improving the self-adaptability of a workshop production system to the uncertain working conditions and the agility of production scheduling, reducing unnecessary rescheduling, enhancing reaction capacity to the working conditions and lowering the loss of the production system brought by the various uncertain problems.

The invention provides a mobile terminal and an image acquisition method of the mobile terminal. The image acquisition method of the mobile terminal comprises the following steps that sight information is collected; according to the collected sight information, the position of the sight on the fixation point of the image displayed on the mobile terminal is determined; the object at the position of the fixation point is focused; the image of the object is obtained. When the mobile terminal and the image acquisition method of the mobile terminal are used for taking a picture, default focusing or manual focusing does not need to be conducted at first, focusing is conducted on the object directly according to the sight of the eyeballs of an operator, and the picture is taken according to the beforehand set of the operator.

The invention discloses an unmanned aerial vehicle flight time optimal real-time trajectory optimization method capable of ensuring convergence, and belongs to the field of trajectory optimization. According to the method, an unmanned aerial vehicle kinematics model is established under the consideration of gravity action, speed and acceleration factors, and a three-dimensional dimensionless motion equation is established. Constraint conditions of speed and control quantity are established according to specific requirements of obstacle avoidance flight of the unmanned aerial vehicle, and the minimum time is selected as an optimization target to establish an optimal control problem P0 of flight path planning of the unmanned aerial vehicle. Nonlinear dynamics in the problem P0 is transformedinto linear dynamics to obtain a fixed initial and end time trajectory optimization problem P1; and the P1 problem is relaxed into an approximate convex optimization problem P2 through convex relaxation, so that the robustness and robustness of real-time solving of the unmanned aerial vehicle are improved. And the problem P2 is discretized to form a second-order cone programming problem P3, and asecond-order cone programming problem P3 is solved iteratively for finite times to obtain an optimal solution, namely the optimal flight time trajectory of the unmanned aerial vehicle. The task response capability of the unmanned aerial vehicle can be further improved.

The invention discloses a single-leg robot jumping mechanism driven through a connecting rod. The single-leg robot jumping mechanism comprises a machine body, a thigh and a shank which are hinged in sequence. The thigh is provided with a jumping drive device for driving the shank to rotate. The hinged position of the machine body and the thigh is provided with a direction drive device for driving the thigh to rotate. The upper end of the shank is provided with a shank ejector plate hinged to the lower end of the thigh. A drive rod is arranged between the shank ejector rod and the jumping drive device. The drive device and the shank ejector rod are hinged to the two ends of the drive rod respectively, and an elastic energy storing piece is arranged between the thigh and the shank ejector plate. The direction drive device can drive the thigh to rotate to achieve the direction control. The jumping drive device and the direction drive device are close to the machine body, the rotational inertia of the thigh relative to the machine body is reduced, the energy consumption of a first drive motor can be reduced, and the moving stability and agility of robot movement are improved. The stability of a robot is improved through balancing fly wheels. The energy can be stored and buffering can be achieved through the elastic energy storing piece and balancing pieces.

The invention discloses a method and system for dynamically combining services based on a rule engine. The method comprises the following steps of: intercepting web service calling request information and service response return information; distributing a unique identifier for the intercepted service calling request information and interpolating the request information into the rule engine; interpolating the intercepted service response return information into the rule engine; reasoning a service processing strategy of a service according to a service rule and context data needed by rule execution; and replacing the service calling information and re-orientating the service according to a service replacing scheme reasoned by the rule engine and service transition mapping information provided by a service information center. By adopting the method and the system, the flexibility and the sensitivity of the system in the aspects of development and maintenance of a new flow and modification of an old system service rule can be enhanced.

The invention relates to a machining workshop scheduling and monitoring system and method. The system comprises a production scheduling and monitoring platform, a plurality of work stations and a plurality of handheld mobile data terminals, and is used for scheduling and monitoring the manufacturing process in which scheduling is carried out by an enterprise resource planning system and production is carried out by workshop equipment. According to the machining workshop scheduling and monitoring system and method, the monitoring and feedback for the dynamic optimal scheduling, the field production progress and the logistic movement in the dynamic manufacturing process are realized and the optimization of the scheduling result in the manufacturing process is realized, so that the machining workshop scheduling and monitoring system and method are suitable for popularization and application.

The invention discloses an amphibious unmanned aerial vehicle which comprises a vehicle body and wings. Polygonal drivers are arranged in wing ribs of the wings. Each polygonal driver comprises a polygonal connecting rod mechanism and at least one pneumatic muscle driver. Connecting rods of the polygonal connecting rod mechanisms are connected with the wing ribs. The pneumatic muscle drivers are arranged in polygonal spaces formed by the polygonal connecting rod mechanisms, and the two ends of each pneumatic muscle driver are connected with the connecting rods of the corresponding polygonal connecting rod mechanism. The connecting rod mechanisms are used for connecting and fixing the pneumatic muscle drivers, the pneumatic muscle drivers are inflated and shrink in different directions, so that the connecting rod mechanisms output force in different directions, conversion of a concave wing profile and a convex wing profile is achieved, and the vehicle can meet the requirements for different flight speeds. The wings can intelligently and actively deform to meet the requirements for different navigation speeds, the amphibious unmanned aerial vehicle has the beneficial effects of being amphibious, quick to respond, long in time of endurance, capable of achieving formation flight and the like, and the vehicle can finish the tasks of naval vessel formation convoying, diver resistance, miniature submarine resistance and the like.

The invention discloses an intelligent tool capable of being flexibly expanded and dynamically configured. The intelligent tool comprises a hardware module and a software module. The hardware module comprises a control mainboard, to-be-tested equipment, a plurality of testing circuit units, an interface resource set formed by multiple interfaces and a plurality of adapter plates. The software module comprises embedded software and a script configuration file. A testing process includes the steps of firstly, preparing a hardware environment; secondly, preparing the software, to be more specific, forming the script configuration file according to the testing cases and testing flow of the design testing content of the to-be-tested equipment; thirdly, operating the embedded software after the control mainboard is started, importing the script configuration file, allowing the embedded software to analyze the script configuration file, and executing corresponding operations according to the analyzed testing flow so as to test the to-be-tested equipment.

An electronic tracking and coaching system adapted for use in training for various sports is provided. The present invention includes a sports ball that contains a plurality of sensors, a wireless transceiver, a storage medium adapted to store voice commands or noises to be played upon the occurrence of a pre-determined event, and a speaker. The ball's sensors are adapted to monitor the movement of the ball, the level and direction of force applied to the ball, and other such variables relevant to playing a sport with a ball. The device further includes a monitoring apparatus that is worn by the user and tracks all of his or her movement and stores that movement data for later access. The voice commands of the ball provide coaching direction to the user and the user can upload the stored data to data visualization software to precisely monitor his or her actions.

A driving force control system for a vehicle having a mechanism for changing an engine speed continuously. The driving force control system basically controls said mechanism in a manner such that the engine speed is adjusted to optimize fuel economy. The driving force control system is configured to determine an index representing a demand to enhance agility of behavior of the vehicle based on an actual behavior of the vehicle or an amount of operation carried out by a driver to cause said behavior. An upper limit value of the engine speed of the case in which a drive demand is increased is determined on the basis of the index, and the upper limit value is set to the higher value with an increase in the index representing the demand to enhance agility of behavior of the vehicle.

An exercise garment is formed of a pair of shorts and an accompanying vest which are worn by an exerciser to enhance strength, conditioning, power, endurance and agility. The shorts include a pelvic portion with a pair of leg sections depending therefrom. Each leg section terminates at a leg opening having a circumferential zipper strand adjacent thereto. Immediately above the zipper strand are a plurality of juxtaposed, segregated pockets for receiving a weighted bar. A leg extension having multiple weight pockets includes a peripheral zipper strand at an upper end for mating engagement with the zipper strand of either leg section allowing the effective length thereof to be increased. The accompanying vest is formed of a torso portion with a pair of separable sleeves extending therefrom. A plurality of weight pockets are positioned on the front and rear of the torso portion and each sleeve. A torso extension having multiple weight pockets is removably attachable to the lower edge of the torso portion. Comfort flaps are securable over all of the pockets to form a comfort-enhancing, weight-restraining barrier.

An evaluation system and an evaluation method for comfort level of internal operating force of a vehicle are disclosed, characterized in that the system composition includes a vehicle-mounted data acquisition device composed of input/output devices including an analog-digital conversion data acquisition card, an acquisition channel, a vehicle-mounted computer motherboard, a keyboard and a display; for the operating devices, a displacement amount sensor for real-time measurement of an action force and an action force that is applied by a driver to internal operating devices of the vehicle is arranged, a parallel interface data transmission path of the computer is set based on the signal acquired by an external sensor as a data acquisition source of the data acquisition system, a plurality of data acquisition interfaces are utilized to data acquisition for different sensors simultaneously. The evaluation method is the evaluation for comfort level of degree of correlation of curves by comparing a standard curve of comfort level of the corresponding vehicle type with a real-time curve measured by the system and reflecting displacement amount variation characteristics of the action force and the action force that is applied by a driver to internal operating devices of the vehicle. The invention can evaluate comfort level of vehicle in accordance with practical requirement of carmaker.

The invention discloses a writing brush head coupling toughness with softness, a writing brush and a manufacturing method thereof, and belongs to the technical field of writing brush manufacturing. The writing brush head comprises, by weight: the outer layer of the writing brush head: 10 percents to 15 percents of goat hair; the center part of the writing brush head: 1 percent to 8 percents of nylon fur, 20 percents to 40 percents of goat hair, 1 percent to 8 percents of horse hair, 20 percents to 45 percents of sheep mustache and 10 percents to 20 percents of bristles. According to the writing brush head coupling toughness with softness, the writing brush and the manufacturing method thereof, the animal hair is mainly used as the raw material, a new debinding method in which the natural debinding plays a leading role and the artificial debinding plays a subsidiary role is adopted, the elastic and hard sheep mustache, horse hair and bristles are mixed matched with goat hair, so that the product is neither too hard nor too soft, couples toughness with softness, elastic without branches, durable and large in the amount of ink content; changing on the ink rhyme of the painting and calligraphy is good, the writing and drawing are free, and the addition of the small amount of the nylon fur is for strengthening the flexibility of a writing brush point.

A fitness method for an exerciser in a format that utilizes a moving surface (the moving belt of a standard treadmill); and two types of fixed surfaces: the first type being the narrow platform edges that run along the right and left sides of the moving belt of standard treadmills; the second type of fixed surface being the floor space immediately surrounding the treadmill 3 to 5 feet out and away from it on all 4 sides, front, back, night and left. The format involves specific movements of the feet that take the practitioner from occupying a position on the moving surface (the moving belt of a standard treadmill) to occupying a position on either of the 2 types of fixed surfaces (the narrow platform edges that run along the right and left sides of the moving belt of standard treadmills or the floor space immediately surrounding the treadmill 3 to 5 feet out and away from it on all 4 sides, front, back, right and left) and back to the moving surface one time or more repeatedly.

A ball return game where a player is to throw a ball at a backboard. The game is to utilize a plurality of backboards located spaced apart but proximate. There is to be a single player on a single team for each backboard. Each player is to align himself or herself with a player determining location from a plurality of such locations. Depending upon the particular location the player is aligned with, the level of difficulty for the play will then be determined. Each backboard includes a plurality of spaced apart target areas with each target area to include a shock or vibration sensitive sensor. There is to be utilized a scoring display for each backboard with all scoring displays to be readily observed by all players therefore imparting a competitive environment between the players. Each target area is to include specific indicia which can function to be educational to the player.