37 results about "Muscle memory" patented technology

The invention relates to the field of physical training, in particular to a multifunctional track and field training device for physical education, which comprises a track assembly, a driving assembly mounted on the track assembly, a traction assembly mounted on the driving assembly and a pedal assembly mounted on the traction assembly, the driving assembly is used for driving the traction assembly and the corresponding pedal assembly to move on the track assembly, and the traction assembly is used for fixing the pedal assembly to any position on the track assembly; the track assembly is provided with a first transmission assembly, and the output end of the first transmission assembly is provided with a measuring assembly. By means of the measuring assembly integrated on the starting block, the distance between the starting block and the starting line can be measured when the starting block is installed, under long-term use, it can be guaranteed that the starting block is installed at the same position when training is conducted every time compared with the mode that the starting block is installed with a foot as a measuring reference, and the training efficiency is improved. The long-term muscle memory of athletes is favorably cultivated, and the training level is improved.

The application provides a fast scoring method and system for table tennis match, and relates to the technical field of sports electronic equipment; the application reconfigures the interactive logic of table tennis scoring by dividing the main operation area and the separated auxiliary function area on the touch screen of the electronic equipment, and executing the scoring instruction in response to the one-time touch operation in the main operation area meeting the predetermined condition. The main operation area occupies most of the screen area, and the user does not need to accurately position the small button, and the auxiliary function area concentrates the non-high-frequency operation, effectively avoiding the operation interference, and realizing the demand of blind operation and extremely fast scoring. The application solves the problems of the traditional mobile phone scoring APP operation being complicated, the visual positioning being needed and the match rhythm being interrupted, and enables the athletes to complete the scoring by muscle memory and easy hitting, the operation time is less than 1 second, the match process is almost not interrupted, the dependence on professional referees or artificial memory scoring is eliminated, and the scoring error probability of amateur match is reduced.

The invention relates to the technical field of sports bows and arrows, and discloses an archery trainer with a posture feedback structure, which comprises a grip, a bow pushing arm posture feedback adjusting mechanism, a string pulling hand posture feedback adjusting mechanism, a two-foot posture feedback adjusting mechanism and a head posture feedback mechanism, by arranging the bow pushing arm posture feedback adjusting mechanism, the string pulling hand posture feedback adjusting mechanism, the two-foot posture feedback adjusting mechanism and the head posture feedback mechanism, the detection and real-time feedback of the holding state of the grip and the postures of the bow pushing arm, the string pulling hand, the two feet and the head are realized; the problems of feedback lagging and high subjectivity in traditional training are solved, a shooter is helped to rapidly establish standard posture muscle memory, the training efficiency and archery precision are effectively improved, according to the height and body type difference of different shooters, the elastic band, the adjustable elastic rope and other structures in the device have good adaptability, and the device is suitable for popularization and application. And a compensatory posture formed by a shooter due to equipment discomfort can be avoided, and the risk of muscle strain is reduced.

The utility model discloses a violin training device which comprises a rod-shaped main body (1), a plurality of elastic keys (2) used for practicing fingering are arranged on the main body (1), a bowing piece (3) capable of sliding along the main body (1) is further arranged on the main body (1), and a locking mechanism (4) capable of locking the relative positions of the bowing piece (3) and the main body (1) is arranged between the bowing piece (3) and the main body (1). According to the utility model, a beginner can quickly enter, the inadaptability of the beginner is relieved, the wrong muscle memory formed on an entity violin is further improved, the function training can be more efficiently and easily completed, and the music can be more quickly perceived by training the violin technology.

The utility model discloses a counterweight type shooting posture correction square block, and relates to the technical field of shooting training tools. The anti-skid binding belt is connected in the binding belt connecting block in a penetrating manner, and the binding belt connecting block is mounted on the side wall of the counterweight type correcting block body; binding of the correction blocks is achieved, meanwhile, position adjustment can be achieved through the binding belts, the correction blocks can be subjected to weight balancing according to the requirements of a trainee, muscle memory with the included angle of 90 degrees between the large arm and the small arm can be formed, weight training can be achieved, and the training device is convenient to use by the trainee; the anti-slip binding belt is adopted to realize anti-slip binding, so that the binding belt is not easy to move, the stability can be improved, the binding belt can realize ventilation, and the comfort is improved; muscle memory with the included angle of 90 degrees between the large arm and the small arm of a trainee in the shooting process is formed through the balance weight type correction block, meanwhile, balance weight can be achieved through the correction block, weight bearing can be conveniently carried out in the shooting training process, and the training efficiency can be improved.

The utility model discloses a combined type rotating wheel fatigue instrument which comprises a fatigue instrument body, a test area is divided into a plurality of channels on the fatigue instrument body through partition plates, through holes are formed in the partition plates respectively, and a rotating rod penetrating through the through holes in sequence is transversely installed on the fatigue instrument body. The rotating rod is sleeved with a detachable sleeve wheel, and the sleeve wheel is provided with a structure used for increasing animal movement coordination, balance feeling and endurance difficulty. The rotating rod is reasonable in structural design, the sleeve wheel structure is additionally arranged on the rotating rod in a sleeving mode, sole perception of an animal in different motion states is enhanced, formation of muscle memory is promoted, leap-type improvement of motion coordination is achieved, the animal can complete various complex actions more efficiently, and therefore the motion coordination is improved; and meanwhile, additional stability support is provided when the animal performs complex actions, the balance sensing ability is enhanced, and experimental movement conditions in more states are more prominently completed.

The utility model relates to the technical field of pen wielding auxiliary tools, in particular to a pen wielding resistance trainer. The device comprises a positioning plate, and an anti-resistance mechanism is assembled on the inner side of a fixed cylinder. Through the structural design of the anti-resistance mechanism and the direction adjusting mechanism, the direction can be changed, anti-resistance training can be carried out on strokes in different directions, autonomous power generation and explosive power of the hand can be exercised, a practicer can form muscle memory for power generation in each direction, the stroke power generation skill is mastered, and the training efficiency is improved. Through the structural design of the auxiliary limiting mechanism, the device can adjust the direction of the fixed cylinder, so that a main arrow on the fixed cylinder can correspond to a first direction indication arrow, and a user can conveniently perform decomposition resistance exercise on horizontal, vertical, left-falling and right-falling point lifting hooks. Meanwhile, the pen wielding device is small and flexible in size, can be adjusted in multiple directions and multiple angles to exercise pen wielding force of the hand, and enables writing to be easier.

A training device for cue sports provides hands-free guidance for improving cue stick alignment and stroke consistency. The device includes a base configured to attach to a stable non-playing surface, such as a shelf or rail of a billiards table, and a stabilizing structure with two opposing arms that form an opening for receiving and guiding a cue stick. The arms constrain lateral movement of the cue stick during stroking action, particularly near the back gripping hand, which is a common source of misalignment. The stabilizing structure may be pivotable, adjustable, and detachable, with optional low-friction surfaces and modular support pads to enhance stroke fluidity and usability. The device enables both alignment and stroke training, helping players build visual accuracy and muscle memory. It is compact, portable, and may be assembled or disassembled without tools. The invention offers a significant improvement over existing aids by ensuring repeatable, precise cue alignment without interfering with natural player movement.

The invention provides an automatic limit line forming circular grid writing method, relates to the technical field of Chinese character writing training of primary and secondary school students, and aims to solve the core pain points that the font size is difficult to control during writing of the primary and secondary school students and the handwriting is easy to skew when being switched to a transverse line / blank paper. The core of the method is a round grid composed of an outer circle with the diameter of 6 mm and a central inner square with the side length of 2 mm, the round grid is matched with a standard composition grid with the diameter of 8 mm, and a blank space with the diameter of 1 mm is formed; the method is realized through four-step training of practicing a single character by a single round grid, practicing coherent writing by a row of round grids, alternately transitioning round grids and transverse lines, and challenging a reference line at the top of blank paper, and is combined with a special exercise book, an indentation ruler or light-color printing. By means of the method, the paper surface neatness of composition grid writing can be immediately improved, the students can form muscle memory through training of the psychological datum line, finally, the students can also write neatly on the blank paper, and the method is suitable for the students of the third grade and above of the primary school and is a scientific and practical writing training system.

The utility model provides a device for exercising physical coordination, which comprises a rotating rod rotationally connected with a shell; the holding rod is connected with the rotating rod through a connecting piece, and the axis of the holding rod does not coincide with the axis of the rotating rod; the number of the rotating rods is two, each rotating rod is correspondingly provided with a holding rod, and the two rotating rods rotate in opposite directions through the transmission assembly. The utility model has the beneficial effects that through the rotation of the two rotating rods in different directions, a user holds the holding rod, so that the rotation of two arms or legs in different directions is realized, the muscle memory is formed, and the coordination of limbs is fully exercised.

The invention discloses a multi-joint high-degree-of-freedom body position posture correction learning chair, relates to the technical field of body position posture correction, and is obviously different from a conventional learning chair in that non-forced correction actions are adopted, a plurality of joint pieces are formed according to a spine direction and a rib direction, a spine imitation block and a rib direction imitation block are mainly used, and a high-degree-of-freedom adjustment process is realized. The key lies in that the built bimodal management system realizes real-time monitoring and intelligent analysis of the body posture of the user by collecting sitting posture pressure distribution data and joint angle information of the user, obtains a 3D model according to an analysis result, and dynamically adjusts the supporting strength and angle of the spine imitation block and the rib imitation block, so that the posture of the user is accurately and accurately adjusted. And a sitting posture health report is pushed to user terminal equipment through a wireless communication technology, and a correct sitting posture according with ergonomics is formed in dual modes of active user guiding and mechanical / muscle memory, so that a closed-loop posture correction and behavior intervention mechanism is formed.

This invention relates to the field of music education technology, specifically to a musical instrument playing training system and method based on real-time pitch monitoring. The system includes a musical instrument acoustic waveform analysis module, a tuning frequency tracking module, a pitch deviation analysis module, a muscle memory reshaping guidance module, and a musical instrument mastery blind spot positioning module. In this invention, by sensing the vibration envelope and reconstructing the energy distribution of the overtone series, the core musical tone components are accurately extracted from a complex acoustic environment, improving the accuracy of fundamental frequency identification and enhancing the ability to capture microscopic pitch drift. This effectively solves the problem of poor anti-interference in traditional detection methods, transforming pitch deviation into a concrete physiological cause analysis, optimizing the depth of performance mechanism analysis and enhancing the physical correction directionality. It achieves precise integration of correction actions and performance rhythm, ensuring the scientific nature of muscle memory reshaping and significantly reducing functional pitch deviation. By tracking the rate of movement deformation and tracing the source of technical bottlenecks, it optimizes musical instrument mastery and improves the level of intelligent music training.

The invention provides a training method based on simulated driving and a simulated driving system, and relates to the field of simulated driving. And when the terrain picture of the specific type is displayed on the virtual reality equipment, the control operation on the driving control piece is responded. The visual guidance can be provided for the training object, so that the control decision has a clear environment basis. Then, determining vehicle state data at the next moment according to physical characteristics of the terrain, control input and a vehicle dynamics model, and dividing the vehicle state data into two types of perception data, namely data directly perceived by a body and data perceived by vision or space; in this way, the somatosensory device can directly stimulate muscle memory to solidify the correct operation mode, and visual adjustment can deepen the spatial relationship cognition of the environment and the vehicle motion. The process can not only solve the problem of inducing dizziness, but also feed understandable biomechanical signals and spatial visual information back to the training object, so that the driving experience and the training effect of the training object in complex terrain training are improved.

To provide a wearable device that detects motion data and provides feedback based on comparison information or other analysis.SOLUTION: An accelerometer, a processing device, and a feedback apparatus, wherein the processing device is configured to receive data from the accelerometer and compare motion indicated by the data of the accelerometer with pre-stored motion; Wherein the feedback device is calibrated to issue a notification to a user of the feedback device about at least one aspect of the user's motion, wherein the feedback device compares the captured user's motion in the received data of a less-than-full-speed practice motion with the same motion previously stored at full speed to issue the notification.SELECTED DRAWING: Figure 1

Wearable Signature Verification Device using Muscle Memory and Hand Motion

The invention discloses a special operation high-voltage electrician pole-mounted transformer simulation operation system, and belongs to the technical field of electrician simulation operation, and the system comprises a main control operation module which collects and processes a switching signal operated by a student and randomly generates an operation scene, the student operates a corresponding module according to the generated operation scene, and an isolation switch module carries out the simulation operation when an isolation switch module carries out the simulation operation. A student controls the switch of the whole circuit through switching off or switching on a switch, the drop-out fuse module enables the student to open or close a drop-out fuse, the power indication module displays the working state of each module through a power indication lamp when the student operates, and the low-voltage side switch module simulates to realize compliance detection of an operation sequence. When entity listing operation simulation is used by the listing simulation module, listing signals of entity listing are judged, the ability of coping with complex conditions and sudden failures of students can be enhanced, the students can naturally form correct safety habits and muscle memories in operation, and objective and accurate evaluation of final results is achieved.

The invention relates to the technical field of intelligent teaching systems, and discloses a pipa playing intelligent error correction system based on AI acoustic analysis, and the system comprises an audio collection module which is used for collecting and preprocessing a pipa audio signal of a player in real time; and the feature extraction module is connected with the audio acquisition module and is used for extracting time domain and frequency domain acoustic features related to playing errors from the preprocessed audio signals. The core problems that in traditional pipa teaching, resources of learners are scarce, and after-class practice lacks real-time guidance are effectively solved, auditory judgment of teachers is simulated through the AI technology, all-weather immediate feedback is provided for learners, immediate intervention is provided when errors occur, the situation that wrong playing habits are solidified into muscle memory is avoided, the self-learning threshold is greatly lowered, the practice efficiency is improved, and the practical value is high. And meanwhile, data support is provided for personalized teaching by generating a detailed practice report, and positive significance is provided for inheritance of the Chinese lute art and modernization of teaching.

The application discloses a kind of action automatic correction device and method for dragon boat oar, the device is designed by paddle into one side convex, one side recessed tile surface or dipper surface arc structure, and setting the reinforcing rib of protruding in recessed surface middle part;The structure makes that paddle can more effectively aggregate water flow when rowing, increase propulsive force;Especially in the stage of oar out of water, can produce significant resistance resistance feedback to the wrong lateral "turning oar" action, and form relatively smooth water flow passage to the correct vertical oar action;Rower is passively guided to repeat the correct action of smaller resistance by muscle perception of this resistance difference, so as to automatically correct the error action and form correct muscle memory without relying on external instructions or complex equipment.The application has simple structure, and the correction process is natural, improves training effect while improving the efficiency of oar.

The present application relates to a kind of violin muscle memory type basic skill standardization training device, comprising: body, telescopic tube, 3D cheek support, bowing piece, bowing slot, bowing guide rod, left hand hand shape module, right hand hand shape module, shoulder pad and point laser positioner.The violin playing posture is different from the vast majority of other musical instruments, is not in line with human body structure, unreasonable and against nature, extremely unscientific.Therefore great confusion is caused to beginners and self-taught learners.The present application muscle memory type violin basic skill standardization training device, by using the training device, beginners can quickly form correct muscle memory of holding violin, pressing finger, bowing and other basic skills, and learners who have formed incorrect holding violin and other basic skills can also quickly correct errors and form correct muscle memory, greatly reducing the phenomenon of confusion of learners caused by lack of standard and effective teaching aids and lack of teachers in remote areas in the starting stage of violin learning, and providing a unique and effective basic skill training teaching aid for online teaching through network.

When a semi-automatic weapon is live fired, it's firing pin is reset, and it is ready to be fired again. The shooter's hands remain in the firing position, and just the trigger finger and trigger are employed. With dry fire practice, the shooter must manually rack the slide to reset the firing pin, allowing the trigger to return to its unfired position each time a shot is simulated. This invention provides, realistic muscle memory training by duplicating the action of the trigger in normal live fire, the feel and the sound of the release of the firing pin, and the resetting of the trigger for additional trigger activation. The invention further provides components that allow use with other electronic training devices such as lasers, video simulators, and virtual reality.

A training weight device designed for attachment to the proximal end of elongated sports equipment and tools is disclosed. The device features a housing, a carrier with adjustable fingers for secure attachment, and a modular weight assembly allowing for customizable resistance. Unlike traditional weights, which alter swing mechanics by shifting mass to the shaft or head, the disclosed training weight device positions weight at the handle, enhancing muscle memory and swing efficiency. Interchangeable weights, including threaded extensions and external configurations, offer precise customization. The innovative clamping mechanism ensures quick and secure attachment, making the device suitable for warm-up, practice, and performance improvement across a range of sports and tools, including bats, racquets, and hammers.

The invention discloses a concave finger mark stroke literacy and calligraphy practicing card and a method thereof, belongs to the technical field of Chinese character literacy and calligraphy practicing auxiliary tools, and solves the technical problems that an existing calligraphy practicing tool lacks finger transition practicing, literacy and calligraphy practicing are separated, and adaptability is poor. According to the calligraphy practicing card, a hard material serves as a base material, the base material is provided with matts, stroke pits simulating finger writing traces are formed in the matts, auxiliary character learning information such as syllables and stroke orders is printed, and the card body size and content can be customized according to different crowds; according to the matched calligraphy practicing method, muscle memory formed by finger depicting and sinking serves as the core, and seamless connection from finger depicting to pen writing is achieved through the steps of card selection, depicting, character learning, pen writing transition and the like. The device is low in manufacturing cost, can effectively standardize the hand writing track, reduces the calligraphy practicing difficulty, achieves the synchronization of character learning and calligraphy practicing, is suitable for children, students, foreigners and other groups, is easy to popularize in batches, and greatly improves the Chinese character learning and writing practicing efficiency.

When a semi-automatic weapon is live fired, it's firing pin is reset, and it is ready to be fired again. The shooter's hands remain in the firing position, and just the trigger finger and trigger are employed. With dry fire practice, the shooter must manually rack the slide to reset the firing pin, allowing the trigger to return to its unfired position each time a shot is simulated. This invention provides, realistic muscle memory training by duplicating the action of the trigger in normal live fire, the feel and the sound of the release of the firing pin, and the resetting of the trigger for additional trigger activation. The invention further provides components that allow use with other electronic training devices such as lasers, video simulators, and virtual reality.

The invention relates to the technical field of dance, and particularly discloses a protection frame for assisting a dance learner in keeping a highly difficult posture, which comprises a base, and a handrail is fixedly connected to the outer surface of the upper end of the base; the limiting part is arranged on the outer surface of the upper end of the base and can limit and fix the legs of the user, the gravity center of the user is prevented from shifting, the limiting part is arranged on the base to fix the legs when the dance learner conducts leg holding training, the two hands of the learner can be liberated, and the limiting part and the limiting part are both used for leg holding; meanwhile, errors can be conveniently corrected when the learner holds the legs, the freedom degree of the first support is increased through the design of a first ball groove and a first hinge ball, the user can find the gravity center when holding the legs by himself / herself, and muscle memory of the body can be conveniently formed.

The utility model belongs to the technical field of training devices, and particularly relates to a terminal pull-back training device. The device comprises a base assembly, a connecting seat is arranged above the base assembly, a top seat assembly is arranged above the connecting seat, a built-in cavity part is arranged in the connecting seat, a positioning block is arranged in the built-in cavity part, spring assemblies are arranged at the four corners above the positioning block, and a driving column is arranged above the positioning block. According to the muscle memory training device, the sheep eye hook above the device is utilized, muscle memory is generated after repeated training under the condition that a worker pulls the sheep eye hook to lift the driving column and the positioning block to keep tensile force during training, and the muscle memory effect is improved. And the pulling force can be controlled between 10 N and 20 N during working, so that the terminal can be inserted in place in one step.

A basketball shooting training device for improving shooting of a basketball includes a mat that is positioned on a surface proximate to a basketball basket so that a front edge of the mat is substantially perpendicular to an imaginary line extending axially from a hoop of the basketball basket. A plurality of guidelines is positioned on an upper face of the mat, with each guideline extending linearly from a respective front corner to a respective opposed edge of the mat at a respective angle relative to the front edge. Thus, the plurality of guidelines defines a plurality of angles relative to the front edge. A respective guideline guides positioning of feet of a user so that the user's torso is angled substantially equivalently to the front edge as is the respective guideline. The device promotes proper shot form and muscle memory.

The invention discloses a guitar chord practice card which comprises a card-shaped card body, finger position holes are formed in the card-shaped card body, the number and positions of the finger position holes are matched with the number of fingers and chord pressing parts required by corresponding guitar chord fingering, and finger number marks are arranged on the edges of the holes; contact blocks are distributed on the surface of the card body and avoid a string area. A fret groove corresponding to a guitar fret in position is further formed in the guitar body, and a fret connecting bridge is arranged in the groove. A clamping block is arranged on the top of the front end face. According to the invention, fingering practice can be accurately assisted, a practicer is helped to quickly form correct muscle memory, and the practice efficiency is greatly improved; the guitar chord training device is convenient to install and stable in fixation, does not cause interference to playing, retains original chord pressing touch, enables training to be more real, and is suitable for various guitar chord training scenes.

The invention relates to an intelligent auxiliary method and system for nursing midwifery teaching training. The method comprises the steps of obtaining hand posture original data of each calibration point of a student in a simulated birth canal virtual scene and a forefinger fingertip space coordinate true value, performing optimization calculation processing, and generating a personalized hand biomechanical parameter set of the student; calculating the current position of the real fingertip of the student and the virtual force borne by the real fingertip based on the personalized hand biomechanical parameter set in combination with the hand posture data of the student in the midwifery operation training; mapping the virtual force to generate a force feedback equipment control instruction; after the control instruction of the force feedback equipment is executed, obtaining operation data of the student; and based on the operation data, an operation evaluation result of nursing midwifery teaching training is generated. The method can adapt to the individual difference of the hands of the students, solves the problem that the force sense and the visual focus of a traditional system are not matched, and helps the students to form correct muscle memory.

A sports swing muscle memory development device comprising attachment components, connection components, and extendable and retractable components to enable the development of swing relationship. Further embodiments allow for an adjustable swing relationship to further enhance the effectiveness of the sports swing muscle memory development device.

Methods and systems are disclosed to provide assistance to a player by providing practice game scenarios that replicate a key event that the player finds difficult to complete and a timing requirement within which the achieve the key event. The practice game scenarios are customized for the player and are based on input skills acquired by the player during different gameplay sessions. Along with the practice game scenario several tools are provided to assist the player to achieve their goal of mastering the inputs for the video game.