45 results about "Time and motion" patented technology

What is new in this invention is the capability to reproducibly measure athlete's reaction times and virtual save/intercepts to actual competition intercept positions, using a computer display of simulated sports projectiles and their direction, and contact, magnetic, or light triggered position detectors in actual athlete intercept positions, using their own equipment, and incorporating the critical first step. Also new is software to calculate the reaction time and virtual save/intercept from a visual cue to the appropriate intercept position, and real time reporting of the reaction times permitting real time adjustments, in reproducible ways has not been available for sports other than track and swimming. The training system enabled by this new invention consists of sessions of prescribed, measurable reaction training for athletes—which has not been previously available—random and sequence sessions for positioning, reaction time, and virtual save/intercept, with reporting allowing standardized reaction time comparisons over time and between athletes.

The invention discloses a method for measuring the thickness of a membrane. The method comprises the steps that firstly, the dividing line of the membrane is determined according to different reactive forces borne by a probe; secondly, the thickness of the membrane is worked out according to position data measured by a displacement sensor on the probe or the time and movement speed for the probe to penetrate through the membrane. According to the method, the dividing line of the membrane is determined according to the change of the reactive forces that the rigid probe penetrates through the membrane, the time when the probe starts to penetrate through the membrane and the time when the probe right penetrates through the membrane are determined according to the time when the reactive forces suddenly change, then the thickness of the membrane is worked out according to the probe movement speed and the penetrating time, the thickness of the membrane can be worked out according to the position data of the probe, samples do not need to be moved in the measuring process, only the probe needs to be moved, the measuring method is simple and easy to operate, the error of the obtained thickness data of the membrane is small, the obtained thickness is closer to the actual thickness, and accuracy is high. The invention further provides a device for achieving the method for measuring the thickness of the membrane.

A handy time-saving finger-tip device facilitating more convenient release of an magazine-clip from a gun such as an AR-15 rifle, some of which magazine/release-buttons are configured with a statute-mandated recessed sub-button therein, heretofore requiring dexterous insertion of a separate pocket-carried cylindrical probe-tool. The notion hereof being to supplement actuation of the present awkwardly operating release-button, with a more convenient and reliable release device referred to as the MagMagnet™, which I set forth herein in two iterations. The first embodiment preferably being an index-finger stall adapted with an insertion-pin; while my second embodiment is a self-retaining version, which attaches directly into the existing magazine/release sub-button instead of being retained upon the shooter's index-finger. Both iterations serving the common purpose of enabling the gun user at a firing-range to more efficiently dispatch the spent magazine-clip for a loaded one, in a safer and substantially more efficient time-&-motion manner, whereby the target-shooter is enabled to more safely maintain their attention down-range, without the distraction of fumbling for a possibly misplaced probe-tool by which to actuate the mandated BulletButton®.

The invention discloses a slow-rebounding hydraulic limit buffer device for an elevator. The slow-rebounding hydraulic limit buffer device comprises bases and a cylinder body, wherein the number of the bases is two, and a gap between the bases forms a guide groove; a lower cover is arranged below the bases; the cylinder body is fixedly arranged at the upper end of the lower cover; the upper end of the cylinder body is open, and an upper cover is detachably arranged at the upper end of the cylinder body; a horizontally-arranged colliding seat is arranged above the cylinder body; an outer buffer pad is arranged at the upper end of the colliding seat; a piston rod is arranged at the lower end of the colliding seat, sequentially penetrates through the upper cover and the lower cover, extends to the inner part of the guide groove, and is connected with a stop block in the guide groove; an upper buffer spring is arranged between the colliding seat and the upper cover. The slow-rebounding hydraulic limit buffer device disclosed by the invention is reasonable in structural design; by triple effects of the upper buffer spring, a lower buffer spring and hydraulic oil in the cylinder body, limit buffer within reasonable time and motion distance is realized; meanwhile, the rebounding can be effectively slowed down during rebounding, so that possible secondary injury to passengers due to quick release of elastic potential energy is avoided.

The invention relates to an intelligent control device and an intelligent control method of a guide plate of a combined harvester, and belongs to the field of agricultural harvest machinery driving mechanisms. The control device is mainly used for a grain combined harvester, in order to solve the problem that crop threshing time and motion stroke of a threshing device of the existing combined harvesters are difficult to control. The intelligent control method of the guide plate includes firstly detecting operation signals of grain feed quantity, grain losses and an included angle between the guide plate and the shaft centerline of a threshing cylinder and the like by means of a surface-mounted pressure sensor, a grain loss sensor and an angular displacement sensor, sending the operation signals into a microcontroller by a signal conditioning circuit, and conducting set value preprocessing; secondly controlling a driving device according to a calculated value change output signal; and finally adjusting the included angle between the guide plate and the center line of the cylinder of the combined harvester through gears and chains by the driving device. The control device can control crop movement speed, reduce threshing loss, reduce clogging failure rate, and greatly improve intelligent degree of operation of the combine harvester, and is also suitable for other types of combine harvesters.

The invention relates to the technical field of shoe detection equipment and in particular relates to a biological and mechanical wear testing machine used for shoe performance detection. The biological and mechanical wear testing machine comprises a touch screen used for setting testing frequency, testing time and motion parameters, and also comprises a frame, wherein the touch screen is arranged beside the frame; an upper sliding seat, a lower sliding seat, an upper rotating block, a lower rotating block, a sliding driving motor, a first lead screw, a first cylinder, a second cylinder, a simulation foot and a rotary worktable are arranged on the frame. The biological and mechanical wear testing machine has the advantages that the test result is scientific and reasonable, and the test process is relatively automatic.

The embodiment of the invention provides a human-machine interaction control method, device and system and a readable storage medium. An intelligent terminal processes human positioning signals obtained by wearable devices in real time and motion signals of all target parts, corresponding human positioning information and motion information of all the target parts are generated to be sent to a server; based on the target part information corresponding to the wearable devices and the motion information of all the target parts, the server predicts pose loci of the human body, corresponding poselocus information is generated, and after to-be-controlled target household equipment is determined, target control instructions matched with the pose information of all the target parts are found ina control instruction database of the target household equipment and then sent to the target household equipment; the target household equipment executes corresponding work modes based on the target control instructions. Accordingly, more intelligent smart home experience can be provided for a user, and the human-machine interaction experience feeling is greatly improved.

The invention discloses a bistable permanent-magnet operating mechanism dispersedly exciting on two sides of brake opening and closing working air gaps, which is suitable to be used for driving a contact terminal to move in single-phase, multi-phase high-voltage, intermediate-voltage and low-voltage switches and is characterized in that a main brake closing coil and an auxiliary brake opening coil are arranged on one side of a brake closing working air gap, and a main brake opening coil and an auxiliary brake closing coil are arranged on one side of a brake opening working air gap, wherein the main brake closing coil and the auxiliary brake closing coil are connected in series; and the main brake opening coil and the auxiliary brake opening coil are connected in series. The invention has favorable excitation effect; a moving iron core can obtain enough operation power in a whole movement process; the contact time and the movement time are reduced, the peak current of an exciting coil is reduced, the energy consumption of an energy storage capacitor is decreased, and the mechanical properties are well matched with brake opening properties and brake closing properties of the contactterminal.

The invention discloses a chariot cluster combat training system based on the mixed reality technology and a training method thereof. The training system comprises a training master control platform and a ground equipment system which can perform signal interaction. The training master control platform is the center of the whole training system and can monitor and evaluate the whole combat training and can perform visual construction of the battlefield combat form through the mixed reality technology. The ground equipment system comprises an intelligent chariot system, a battlefield environment integrated simulation system and a ground-space integrated communication system. The intelligent chariot system is provided with a signal transmit-receive device and a positioning device. The training master control platform locks the time and motion information and the distance information according to the signals from both sides of chariots so as to judge whether shooting is successful. The training method comprises the step of constructing the battlefield environment and finally evaluating the combat effect according to the combat training task and the combat background. The requirementsof multiple new technical tests and general performance evaluation can be met, the test cost is low and the test period is short.

The invention discloses a S curve-based PVT control method, and solves the problems that an existing method is easy to have jitters in a running process if the acceleration is too big; the method canensure speed and acceleration continuity, and the acceleration has no jitter phenomenon when the speed largely changes in a time, thus enabling a numerical control system to be more stable in processing, and providing a higher processing efficiency; the method comprises the following steps: using S curve acceleration and deceleration to obtain a motion total time T' according to a given start/stopposition, a start/stop speed, a start/stop motion time and motion parameter limits; determining the relation between the motion total time T' and the given start/stop motion time T, and rounding theT' to the time T according to the equivalent periodic S curve if T' cannot satisfy the given start/stop motion time T; calculating the interpolation displacement under an interpolation period if the T' satisfies the given start/stop motion time T.

The invention discloses a measurement and analysis method for fitness. The method comprises the following steps: acquiring physique data and identity information of a user; in accordance with the demand, the identity information and the physique data of the user, generating a guiding rhythm and a target, wherein since different persons correspond to different guiding rhythms, each user can acquire the best matched guiding rhythm; guiding the user to complete actions by virtue of a mobile terminal in accordance with the guiding rhythm which is associated to user identity; recording the actions, motion time and motion interval rest time of the user in a fitness process and conducting statistical analysis, so as to obtain a fitness effect of the user; and generating a guiding idea in accordance with the fitness effect of the user. By conducting the statistical analysis on the actions, the motion time and the motion interval rest time of the user in a fitness process, measuring the current fitness effect and by offering the guiding idea, the people doing motion can intuitively observe his analysis chart, and the people, in accordance with the guiding idea, can find out a motion density which is most suitable for the current situation, so that action completion quality is improved, and subsequently an exercise effect is enhanced.

A telecommunication behavior statistical analysis system is disposed to a telecommunication machine room to gather statistics of and analyze motion behaviors of at least a mobile phone user in an application store. The system receives a plurality of transmission data from a telecommunication machine room through a receiving module and collects data to form a plurality of behavior information of the same mobile phone user and then obtains platform information, a target program, a request time and a request content of requests through analysis of a filter module. Request times, time and motion contents of each target program are performed with statistic and analysis by utilizing a processing module so that at least a statistical table is drawn and displayed in a display module. Accordingly, the telecommunication operator could easily handle consumers' favorite and purchasing tend with respect to different kinds of application programs applied in mobile phones.

The invention provides a synchronization measurement device and a method thereof. The synchronization measurement device comprises at least two vibration sensors. Each vibration sensor is connected to two timers through a lead. After zero setting is performed on the timers, the vibration sensors and the corresponding timers are used to measure motion starting time and motion stopping time of each movable component. Through comparing the motion starting time and the motion stopping time of the movable components, motion synchronization of the movable components is determined.

The invention relates to a regional magnetic field exploring device carried by animals. The regional magnetic field exploring device comprises a main control module, a GPS module, a power source module, a storage card module and a geomagnetic measurement module, wherein the GPS module is used for receiving a GPS signal through an antenna and outputting information of positions, time and movement states to the main control module through a serial port; the storage card module is used for forming an SPI bus through a wire to carry out bidirectional data transmission with the main control module; the geomagnetic measurement module is used for converting inducted magnetic field information into three-dimensional magnetic field strength data and transmitting the three-dimensional magnetic field strength data to the main control module; the main control module is used for controlling working states of other modules, receiving the information of the geomagnetic measurement module and the GPS module, and storing the information in a data storage module after integrating the information. The regional magnetic field exploring device can be used for tracking and positioning the movable animals, searching the migratory behaviors of birds, searching the influence of an earth magnetic field and external magnetic stimulation on navigation behaviors of the animals, and exploring and recording a magnetic field within a large region.

The invention provides an intelligent optimization method and system for multi-robot multi-task cooperative work. The intelligent optimization method provides an intelligent optimization method for multi-robot and multi-task cooperative work by fusing the concept of a task time window. The intelligent optimization method can drive a plurality of robots to complete a plurality of tasks according to an optimal execution scheme, firstly designs a task time and motion time linear approximation method to solve the problem that the time needed by the robots to complete tasks and distances is uncertain, and improves the practicability of the method by combining the concept of a task time window. The intelligent optimization method has the advantages that the model is simple; the efficiency is high, and the multi-robot can efficiently and rapidly decide the optimal task planning scheme to complete multiple tasks in a complex environment.

The invention discloses a working method of an insurance premium evaluation device for a large passenger car, belonging to the field of safe driving evaluation of passenger cars. A method for a vehicle equipped with a manual/automatic transmission includes performing a fatigue drive time and motion evaluation procedure; acquiring a current vehicle gear signal for judging; perform abnormal time operation assessment procedures, vehicle overload assessment procedures, inter-vehicle forward/reverse distance assessment procedures, forward/reverse overspeed assessment procedures and seat belt use assessment procedures in accordance with conditions; acquiring current vehicle brake pedal and accelerator pedal signals for judgment; implementing handbrake use evaluation procedure and carrying out comprehensive weighted evaluation; so that loop control. The invention evaluates the overload situation of the large passenger car, the use of the seat belt between the driver and the passenger, the overspeed situation of the vehicle, the driving time and the driving action of the driver and other aspects, calculates the insurance premium rate with a high degree of relevance to the accident of the vehicle, and improves the rationality, reliability and scientificity of the insurance premium rate.

The invention relates to a microwave heat-energy tentering setting machine which comprises a cloth feeding device, a tentering area, a heating and setting device, a natural cooling area and a cloth discharging device, wherein the heating and setting device comprises a heating and setting area and a microwave heating device; the microwave heating device comprises a main heater, a plurality of gas collecting hoods above the main heater, a waveguide tube and a water load device; leak energy inhibitors are arranged at openings behind the heating and setting area. The microwave heat-energy tentering setting machine can congruently heat by generating heat through interaction of microwaves and a heated medium by adopting microwaves penetration acted on the medium. In a heating process, only the medium (fabric) is acted without heating and preserving the heat of the whole heating and setting area, and other parts do not heat, so that the heat efficiency is greatly improved, the waste on the heat energy is fully avoided, and exhaust gas discharge is greatly reduced. Meanwhile, according to the heating method, molecular intense motion, friction, and motion inside and outside at the same time and motion from inside to outside and the like are realized, so that the heated fabric is fluffy.

The invention provides a joint booster, which consists of a front joint bracket, a front connecting block, a front connecting block localizer, a front joint bracket spring hook holder, a rear connecting block, a rear connecting block localizer, a cambered spring support, a spring anti-slip plate, a rear joint bracket, a rear joint bracket spring hook holder, a tension spring, a belt and a boomer, wherein the boomer consists of a boomer bracket, a rotary rod, a bevel wheel and a bevel claw. According to the booster, the force of joint sports can be increased, and the defect of time and sport force waste on auxiliary exercise due to the fact that conventional exerciser training and joint exercise of people cannot be carried out at the same time can be overcome. Therefore, people can carry out limb action exercise, such as piano playing, typing, running, boxing, gym, medical rehabilitation and other items requiring joint exercise; and when the joint booster is worn, exercise of joint force and flexibility are reinforced in exercise, limb exercise memory of a human body is deepened, and the proficiency level of limb actions is improved.

The present invention provides a device for automatically rotating and placing silk cake cars, which includes at least one buffering device for empty silk cake cars, at least one buffering device for full silk cake cars, and a device for placing silk cake cars installed on an automatic rotary platform. The automatic rotary platform rotates around the center of the platform, and the yarn cake car is driven to rotate by the device for placing the silk cake car, so that the two sides of the silk cake car throw the hanging silk cake respectively. Cake trolley buffer device or full wire cake trolley cache device docking. The invention can effectively improve the operating efficiency of the system, leave a certain buffer time, greatly reduce the probability and time of system throwing and waiting, and effectively solve the system bottleneck; the empty yarn cake car automatically goes up the rotary platform, and the full yarn cake car automatically goes down the rotary platform, improving the system The degree of automation and integration; reduce the frequency and time of manual assistance to the system operation, leave time for the operator to deploy, and there will be no time and action conflicts.

The invention discloses a long jump training device and method. The long jump training device comprises a baseplate, and a hopping step, force measurers, a time measurer, a speed measurer, a display screen and a power source which are arranged on the baseplate, wherein the hopping step is arranged on one side of the surface of the baseplate; the force measurers are arranged between the baseplate and the hopping step and used for detecting force received by the hopping step during take-off; the time measurer and the speed measurer are both arranged at positions, adjacent to the hopping step, on the baseplate and correspondingly used for detecting time and movement speed when a sporter treads the hopping step during take-off; the display screen is arranged on one side, away from the hopping step, of the baseplate and connected with the force measurers, the time measurer and the speed measurer, and displays measured data; and the power source is connected with the force measurers, the time measurer, the speed measurer and the display screen and supplies power to each part of the long jump training device. The long jump training device can comprehensively detect indexes of the sporter in each long jump process and show defects, so that targeted training can be performed for improvement, and ideal achievements can be realized.