92 results about "Long jump" patented technology

A method for realizing dynamic patch long slip of embedded system includes distributing internal memory for patch small function region and patch function region, writing address of patch small function and address of patch function into patch file, preparing relevant short skip command for patched function and relevant long skip command for small function when patch function is loaded to internal memory, realizing long skip of dynamic patch upgrading by skipping short skip to small function then to patch function when patch is activated.

The present invention is an athlete training device and method useful in training athletes for track and field events including the high jump, pole vault, discus, long jump and shot put. The ramp may be adjusted to a number of discrete ramp angles with the use of either supports and stops or supports and channels.

Embodiments of the present disclosure involve a method for creating, applying, and removing a software fix for an application without terminating the application. To create the fix, the system converts an unresolved internal reference in a source code section to an external imported reference, generates a header file which includes a re-definition of the external imported reference, and generates a binary representation for the fix by compiling the source code section using the generated header file and linking the complied object. To apply the fix, the system loads the binary representation into a virtual address space, places a long jump operator in a compiler-generated padding prior to the start of an affected function, and replaces a no-operation prologue at the start of the function with a short jump operator in an atomic write operation. To remove the fix, the system replaces the short jump operator with the no-operation prologue, removes the long jump operator, and unloads the software fix.

The invention discloses a reciprocating type sport competition long jump sandpit trowelling machine. The reciprocating type sport competition long jump sandpit trowelling machine comprises a cement floor; the top of the cement floor is fixedly connected with a take-off plate; a sandpit positioned on the back side of the take-off plate is arranged at the top of the cement floor; the top of the cement floor is fixedly connected with a first connecting plate and a second connecting plate sequentially from left to right; a through groove is formed in each of the close sides of the first connectingplate and the second connecting plate; a second through groove positioned below the first through groove is formed in each of close sides of the first connecting plate and the second connecting plate. An electric push rod, a connecting block, a U-shaped plate, a rotating rod, a rotating wheel and a sliding rail are provided, so that a controller can control the electric push rod to move; furthermore, the connecting block moves up and down and the rotating wheel on the U-shaped plate can move on the sliding rail, so that stability is achieved when the connecting block moves, namely a threadedrod moves downwards, and trowelling is facilitated.

Embodiments of the present invention provide a method, a device and a system for activating an on-line patch. The method comprises: positioning an address of a patch function and an entry address of a to-be-patched function; writing, in a middle segment, a long-jump instruction for jumping to the patch function based on the address of the patch function and the entry address of the to-be-patched function, where the middle segment is a storage space, which is located before or after the entry position of the to-be-patched function and can at least store one long-jump instruction; and modifying an instruction at the entry position of the to-be-patched function to a short-jump instruction for jumping to the middle segment, so as to jump to the middle segment after the short jump instruction is executed, and then to jump to and execute the patch function through that instructions in the middle segment are executed.

The invention belongs to the field of communication, and particularly relates to a hot patching method and hot patching equipment. The hot patching method includes the steps that a compiler is expanded to add compiling items; when the compiling is carried out, a defined instruction sequence is inserted for a function through the newly added compiling items of the expanded compiler; when hot patching processing is carried out, long jump instructions of the defined instruction sequence are corrected at first so that the long jump instructions point to a jumped patching area, and then short jump instructions are corrected so that the short jump instructions point to the corrected long jump instructions. According to the technical scheme, the defined instruction sequence is inserted for the function through the expanded compiler to achieve a universal hot patching mechanism for both software architecture and hardware architecture. Meanwhile, the hot patching method and the hot patching equipment are compatible with an existing mature jump island hot patching mode and can effectively control concurrent processing situations.

The present invention discloses a hybrid cuckoo search algorithm. Two different one-dimensional update strategies are introduced into a cuckoo search algorithm. Further, by using the long jump characteristic of Levy distribution, the correct selection between Levy flight random walk and the one-dimensional update strategies is realized by setting a limit value. Thus, the hybrid cuckoo search algorithm not only overcomes inter-dimensional interference and is improved in local search ability, but also increases a probability of jumping out of local optimum, thereby achieving a balance between exploration and development. The hybrid cuckoo search algorithm can be effectively improved in convergence speed and convergence precision, reduces time complexity and have good convergence performancefor solving a function optimization problem.

A jump takeoff position indicator system that discloses the point of takeoff of a long jump or triple jump in athletic competition or practice when an athlete's foot comes in contact with a takeoff board when beginning a jump. A plurality of light beams are emitted parallel to the edge of the takeoff board. The light beams are closely spaced, parallel to each other, and transverse to the direction of the jump. The foot position is known by the location of the beams broken at takeoff. A light beam detector detects interruption of the light beams by an athlete's foot and displays the takeoff position on a plurality of visible LEDs. The system provides a memory for storing the takeoff position and recall switch for retrieving and displaying the information after completion of the jump. The system is immune from ambient light disturbances and can easily be moved between multiple takeoff board locations. Microcontrollers are employed in a modular fashion for system control. Furthermore, the system is battery operated with low battery detection provided.

The invention discloses a standing long jump detection method based on marks and computer vision. The standing long jump detection method solves the problems that a manual measurement mode is large inworkload and large in result influence, and infrared detection equipment is heavy, very inconvenient to carry and complex to assemble. The method comprises a preprocessing stage, a long jump stage and landing judgment and distance measurement. A contour detection technology is adopted, the influence of texture and noise interference inside a background and a target is avoided, the process of target contour extraction is achieved through digital image processing, and the detection mode is gradually developed into an electronic detection mode from a traditional manual measurement mode. The overall structure is simple, only one camera and equipment with a processing function are needed, the size is small, carrying is convenient, a cost is low and the method is not prone to being affected byperipheral factors.

The invention provides a method and system for monitoring and evaluating standing long jump of a child. The system comprises an awakening module arranged at a take-off point, a loudspeaker, infrared grating distance measuring modules arranged on the two sides of the forward extending position of the two sides of the take-off point, and a somatosensory camera module arranged right opposite to the front portion of the take-off point, and a motion detection terminal; the awakening module, the somatosensory camera module and the loudspeaker are all connected with the motion detection terminal; thesomatosensory camera is used for collecting skeleton motion data and face information of the child during long jump and sending the skeleton motion data and the face information to the motion detection terminal; the infrared grating distance measuring modules are used for collecting the final distance of jumping out of the child; the motion monitoring terminal is used for collecting data of the loudspeaker, the infrared grating distance measuring modules and the somatosensory camera module, reporting the data to a server after comprehensive analysis, and pulling historical data of the child from the server for further analysis. The method is convenient for reducing the workload of a coach for analyzing the test data of the long jump training of the child.

The invention discloses a pad easy to move and capable of displaying scale. The pad comprises a pad body, a device shell, a winding motor and a pressure sensor; a connecting plate is arranged at the back end of the pad body; a pull ring is arranged at the back end of the connecting plate; scale lines are arranged at the upper end of the pad body; the pad body comprises a bottom anti-skid layer, atop anti-skid layer, an electrode layer and a damping layer; the damping layer is arranged at the upper end of the bottom anti-skid layer; the electrode layer is arranged at the upper end of the pad body; the pressure sensor is arranged in the electrode layer; and the top anti-skid layer is arranged at the upper end of the electrode layer. The pad has the following beneficial effects that the padis simple to use; after an exerciser does long jump, the scale lines can be seen intuitively and accurate data on a display can be seen; the pad is convenient to move; after the pad is packed up, thepad can be easily moved by a handle and a moving wheel and the pad is simple to store; and the winding motor is directly controlled by a control key and the pad body is directly wound and shrunk.

The invention discloses a standing long jump evaluation method based on deep learning attitude estimation. The standing long jump evaluation method comprises the following steps: A, collecting an image before jumping and zooming the image; B, defining a long jump detection area, detecting human body feature points through a deep convolutional neural network, and completing limb connection; C, collecting a human body final landing point and detecting whether the human body final landing point is in the detection area or not; and D, calculating the standing long jump distance according to the coordinates of the take-off point and the final landing point. According to the scheme, the coordinates of the human body at the two points are calculated based on the take-off point and landing point separation algorithm, so that the standing long jump distance is obtained; the human body posture estimation adopts the deep convolutional neural network, and the accuracy is high.

The invention discloses a standing long jump tester. The standing long jump tester comprises a take-off mat, a storage battery is mounted in the take-off mat, a take-off platform is arranged on the take-off mat, a sensing mat is arranged on one side of the take-off mat, a meshed sponge cushion is mounted in the sensing mat, guardrails are arranged on two sides of the sensing mat, infrared emitters are mounted on the guardrails, a pressure sensor is mounted in the sensing mat, a master controller is mounted on one side of the sensing mat, and a photographing device is arranged on one side of the master controller. The standing long jump tester has the advantages that provided with the pressure sensor, the standing long jump tester is capable of preventing sportsmen from stepping on the line on purpose; the meshed sponge cushion arranged on the sensing mat is capable of increasing friction between feet and the sensing mat, so that the sportsmen are prevented from slipping off and tumbling; the infrared emitters are capable of detecting long jump data in real time and playing the data through a voice player, and the sportsmen can compare the data with a graduated scale, so that detection errors are prevented.

The invention discloses a long jump training system based on a force platform and a digital runway. The system comprises a first groove, a second groove, a third groove and a fourth groove successively formed in the ground. A run-up runway is arranged in the first groove, the force platform is arranged in the second groove, a sand pit is arranged in the third groove, and a protecting buffer cushion is arranged in the fourth groove. The system also comprises a speed measuring device, a digital display device and a shielding device arranged on the ground. The system can be helpful for training staff to obtain a better run-up speed and the training staff can adjust the run-up speed and the take-off action immediately according to digital content displayed by the display screen, so that a goodtraining environment is provided for the training staff to obtain the take-off angle, the take-off speed and the take-off direction. The optimum take-off angle, take-off speed take-off direction areobtained by analysis in the later period, so that the training staff obtains a better long jump performance. The long jump training system is relatively high in safety performance and relative reasonable in design.

The invention discloses a method for measuring the flying height of a standing long jump based on machine vision. The method comprises the following steps: 1, acquiring a standing long jump sample video by a camera, and obtaining human body key points of the standing long jump by using an OpenPose detection model; 2, constructing a trunk attitude vector according to the key points; 3, judging a take-off frame and a landing frame by using the human body trunk posture vector; 4, adopting different methods to measure the height according to the frame leakage condition at the highest position of the detection video; 5, adopting an OpenPose height direct measurement method for the frame leakage condition of the non-highest position; and 6, performing least square fitting of a quadratic function on a position point obtained through OpenPose according to the highest frame leakage condition, and performing reverse calculation of the flying height. According to the invention, the measurement of the vertical long jump height is realized by using machine vision, the cost of equipment and instruments is reduced, the method is not influenced by external factors such as weather and background, and the method has good robustness and detection accuracy.

The invention provides an intelligent distance measuring method and system for standing long jump based on computer vision, and the method comprises the steps: carrying out the photographing of a landing point on a jump blanket during standing long jump through the computer vision technology through the cooperation of computer vision and a human body key point recognition technology, finally confirming the landing point through the human body key recognition, and calculating the long jump score. Meanwhile, the personnel waste is avoided, and the cost is relatively low. The system is developed through an open source framework OpenPose and a computer vision detection technology. According to the technical scheme, the landing actions of the vertical long jump are judged, such as hand supporting on the ground, slipping and stepping towards the rear legs, so that the universality and the practicability of the technical scheme are improved.

One embodiment of the present invention sets forth a method for executing a non-local return instruction in a parallel thread processor. The method comprises the steps of receiving, within the thread group, a first long jump instruction and, in response, popping a first token from the execution stack. The method also comprises determining whether the first token is a first long jump token that was pushed onto the execution stack when a first push instruction associated with the first long jump instruction was executed, and when the first token is the first long jump token, jumping to the second instruction based on the address specified by the first long jump token, or, when the first token is not the first long jump token, disabling the active thread until the first long jump token is popped from the execution stack.

The invention discloses a long jump test device. The device comprises two limiting rods, each limiting rod is provided with an image collection part, pedals are arranged at the ends of the two limiting rods, and an infrared distancer is arranged on the inner side of the end of one limiting rod. A long jump performance assessment device of the long jump test device comprises a shell, an antenna isarranged in the shell, and a communication module is electrically connected to the antenna; according to the long jump test device and the long jump performance assessment device, in the long jump test device, by means of the image collection part, the whole process of the match status of athletes can be monitored, and the practicability of the long jump test device is improved; more than that, inthe long jump performance assessment device, a super-short-wave signal is reliably amplified in a communication circuit, the reliability of wireless communication is improved, the reliability of thedevice is improved, and the devices are reasonable in design and suitable for application and popularization.

The invention relates to the field of computers, and discloses a linking method, a linker and a computer system. The method includes: determining whether a function jump of each input object file is a long jump or not according to the input object files in an input object file sequence, if yes, creating a transfer code segment for each long jump in the input object file in which an invoking function of each long jump is located, allocating space, and creating transfer labels; determining segment mapping information of the segments, mapped in output object files, of each input object file, and writing the segment mapping information into each input object file; writing assembly codes corresponding to invoking adjustment information into the input object files with the long jumps to obtain input object files with long jumps corrected, and linking with the input object files with the long jumps corrected to generate executable files. On one hand, the problem of link failure caused by the long jumps is solved; on the other hand, system space overhead is saved, instructions are decreased, and program execution efficiency and performance are improved beneficially.

The invention discloses a physical training device for long jump distance detection. The device comprises a training device body, wherein a cleaning mechanism is installed on one side of the trainingdevice body, and the cleaning mechanism comprises a fixing block, a rotating shaft, a spring roll, a winding wheel, a limiting wheel, a collecting groove, a sliding groove, a scraping rod, a limitingrod, a connecting rope and a sealing door; according to the device, through the cleaning mechanism, an athlete can conveniently clean impurities on the surface of the training device body, so workingdifficulty of impurity cleaning of the athlete is reduced, and practicability of the device is improved; the phenomenon that an athlete falls down when jumping down due to the fact that impurities areattached to the surface of the training device body is avoided, meanwhile, the athlete can conveniently collect the cleaned impurities, the phenomenon that the impurities drift away everywhere is avoided, the position of the moved scraping rod can be limited, and the phenomenon that the scraping rod is separated from the training device body is avoided.

The invention discloses a long jump detection method and a detection device, which realize the long jump detection based on vision, and obtains the actual long jump distance of a long jump person by obtaining the image data of a long jump area for analysis and detection. The problems that current long jump detection cannot guarantee actual long jump distance precision, and equipment is high in manufacturing cost, inconvenient to carry and the like are solved.

The invention discloses a video-based standing long jump score measurement technical method and device. According to the method, a video-based standing long jump score measurement algorithm is designed, human body posture information of an athlete in a video is extracted through human body posture detection, and take-off and landing actions of the athlete are judged according to human body posture changes; by optimizing a human body posture tracking mode, the problem of tracking number exchange under a multi-person background is solved; the rear edge of the landing point of the athlete is accurately positioned through combination of various image information such as frame difference, edge and frequency domain; the standing long jump score of the athlete is accurately calculated through inverse perspective transformation in combination with parameters such as the side length of the long jump area. A high-resolution camera is used for shooting the long jump process of athletes with different heights and long jump actions, and the average absolute error of experimental measurement is 0.69 cm. According to the video-based standing long jump score measuring method and device, expensive infrared equipment is not used, and tedious later maintenance is not needed.

The invention relates to the technical field of sports equipment, aims to solve the problem that in the prior art, when an existing push plate is used for paving a jumping pit, hard blocks in the jumping pit cannot be loosened, and provides an automatic paving device for jumping pit long jump. The automatic paving device comprises the push plate, wherein the push plate is connected to a drive rod, and a plurality of comb teeth are intermittently arranged on the lower part of the push plate; the push plate is further connected to a preliminary screening plate, a plurality of first screening holes are arranged in the preliminary screening plate, a plurality of second screening holes are arranged in the push plate, and the hole diameter of the second screening holes is smaller than that of the first screening holes; a plurality of crushing rods are arranged on the surface, facing the push plate, of the preliminary screening plate, and the ends, facing the push plate, of the crushing rods are wedge-shaped ends; and a telescopic rod is arranged between the preliminary screening plate and the push plate and sleeved with an elastic piece, and the two ends of the elastic piece are connected to the push plate and the preliminary screening plate respectively.

The invention provides an accurate long jump measurer comprising a bottom board, a platform, a transverse marker post and a tape, wherein the platform is installed at one end of the bottom board; the tape is installed at the other end of the bottom board; the transverse marker post is arranged at the top of the platform and is flexible; and an outlet of the tape and the transverse marker post are on the same straight line. The accurate long jump measurer has simple and safe operation and can accurately measure long-jump scores.

The invention relates to the field of sports equipment, in particular to a leveling device for a long jump sand pool. The leveling device comprises a support mechanism, a power mechanism for providingpower is installed on the support mechanism at the edge of the sand pool, and the power mechanism is connected with a screening mechanism for preliminarily cleaning sand in the sand pool; an arc-shaped baffle used for shielding the sand in the sand pool is installed on the outer side of the screening mechanism; a crushing mechanism for retreating the sand is arranged on one side of the screeningmechanism, and a sand flattening brush for flattening the cleaned sand is mounted at the bottom of the crushing mechanism; and the screening mechanism is connected with the power mechanism, and the screening mechanism and the crushing mechanism are driven by the power mechanism to rotate. The leveling device can crush and screen frozen or hardened sandy soil, the sand in the sand pool is cleaned,and the safety of the sand pool in use is guaranteed.

The invention discloses a standing long jump test method and device, and the method comprises the steps: obtaining and analyzing a long jump multimedia file, and obtaining long jump actions of a tester and shooting a site before entering and after leaving; the analysis process comprises the following steps: identifying a preset length reference component, performing distortion correction and longitude and latitude scale marking on a site, and marking coordinates of a take-off line; detecting take-off, and judging whether the two-foot image and the take-off line coincide or not; determining a landing point: comparing image changes of the landing area before and after the test, marking the area with the change exceeding a threshold value, obtaining a point, which is close to the take-off line and is parallel to the take-off line, of the contour of the area as the landing point, and obtaining a coordinate value of the landing point through longitude and latitude marking; and converting the vertical length from the landing point to the take-off line through the coordinate values of the landing point and the take-off line as the long jump score. According to the method, the problem existing in manual measurement of long jump in the prior art is solved, so that the convenience of long jump distance measurement is improved.

The invention relates to a sand-free falling device for teaching and training of long jump and triple jump. The device has the advantages of simple and reasonable design structure, random pavement, convenience for exercise, cleanness and sanitation. The structure of the device is characterized in that a filed surface nail fixing layer, a water-vapor circular buffer layer, a framework grid sponge buffer layer, a rubber-faced fiber metal conducting net and a color-marked blanket falling surface layer are arranged in turn from the bottom to the top, wherein the rubber-faced fiber metal conducting net is connected with a trial jump identification display board through a lead.

The invention relates to the field of physical education, and discloses a special intelligent sports tester for long jump for physical education. The tester comprises a first fixing plate, a second fixing plate is mounted at the rear end of the first fixing plate, and a storage battery and a controller are fixedly mounted in the first fixing plate and the second fixing plate respectively. Infrared sensors are fixedly mounted in the middles of the right ends of the first fixing plate and the second fixing plate, first transverse plates are fixedly mounted at the front end of the first fixing plate and the rear end of the second fixing plate, and second transverse plates are detachably and fixedly mounted at the right ends of the two first transverse plates; and storage grooves are formed in the upper ends of the two first transverse plate blocks and the upper ends of the second transverse plate blocks, mounting blocks are hinged to the interiors of the storage grooves through spring hinges, and the tester is good in measurement effect, high in precision, foldable, small in storage size and high in practicability.

A method for realizing dynamic patch long slip of embedded system includes distributing internal memory for patch small function region and patch function region, writing address of patch small function and address of patch function into patch file, preparing relevant short skip command for patched function and relevant long skip command for small function when patch function is loaded to internal memory, realizing long skip of dynamic patch upgrading by skipping short skip to small function then to patch function when patch is activated.