42results about How to "Avoid excessive exercise" patented technology

The invention provides an exercise monitoring and management system applied to diabetes rehabilitation, which is capable of obtaining physiological parameters and environmental parameters of a diabetic in an exercise process in real time and carrying out real-time processing and feedback on the data. The exercise monitoring and management system comprises front-end monitoring equipment used for obtaining the physiological parameters and the environmental parameters of the diabetic in the exercise process in real time, and then uploading the data to a mobile phone client through a Bluetooth module with low power consumption, wherein the mobile phone client is capable of locally storing and initially processing the data, displaying a result on an interactive interface and transmitting the monitoring information to a remote health management system in real time through a mobile communication network; the health management system is capable of comprehensively analyzing based on an exercise management theory of the diabetes and feeding an analysis result back to a doctor and a patient, so that danger caused by the excessive exercise during exercise is avoided, and the exercise rehabilitation condition of the patient can be conveniently monitored and counted for a long time.

The invention discloses a chronic disease management system with exercise intervention as a core. The chronic disease management system is characterized by comprising an intelligent service platform, a wearable device and a movable terminal; the wearable device is used for collecting and storing the heart rate value and the three-dimensional acceleration value and transmitting the heart rate value and the three-dimensional acceleration value to the intelligent service platform; the intelligent service platform is used for storing basic information, determining a user management object and an intervention period and making an individualized exercise prescription; the mobile terminal is used for inquiring the management object, the exercise prescription and the exercise information. By means of the system, closed-loop type health management services with exercise intervention as the core are provided for a customer, and the individualized exercise prescription is issued based on comprehensive evaluation carried out on the health condition and the living mode of a patient so that the patient can perform the scheme customized for himself/herself, medical personnel can carry out monitoring at the same time, the patient can also check the exercise information in real time, the situation of too large or too small exercises can be effectively avoided, and thus the exercise prescription can be smoothly performed.

The invention relates to a five-axis machining technology in the technical field of NC (numerical control), in particular to an error-control-based smooth interpolation method for a five-axis NC system. According to the method, a rotary shaft of the five-axis NC system is interpolated in a tool vector interpolation mode based on detection of singular points; a linear shaft of the five-axis NC system is interpolated in a linear interpolation mode based on the ideal trajectory of cutter location points. In a vector interpolation process, over-large nonlinear errors nearby the singular points and over-large motion of the rotary shaft are avoided through tool shaft vectors of an inclined midpoint position for a machining interval in a singularity area; the linear shaft is interpolated in a mode based on the ideal trajectory of the cutter location points at an interval with over-large trajectory nonlinear errors, so that trajectory errors can be effectively reduced. Compared with single linear interpolation and single vector interpolation, an error-control-based smooth interpolation strategy has the advantages that the machining accuracy is improved, and the machining stability of a machine tool is improved as well.

The invention discloses a basketball physical training device and a monitoring system thereof. The basketball physical training device comprises a physical training device body and the monitoring system, wherein the physical training device body comprises a plurality of first training devices and a second training device; each first training device comprises a base, a ball rack, an electric pump lifting rod, an air pump ball hitting device and a rotating shaft with a powder device, a first circular ring and a second circular ring are arranged on the base, the first circular ring and the second circular ring are connected through a track, the air pump ball hitting device is connected with a sliding block with a servo motor through the rotating shaft with the powder device, the sliding block is mounted in the track, and the ball rack is mounted in the second circular ring through the electric pump lifting rod; the second training device comprises a baseplate, a third circular ring is mounted at the upper end of the baseplate through an electric expansion rod, the third circular ring sleeves a fourth circular ring, and one side of the fourth circular ring is connected with a motor through a rotating shaft. According to the basketball physical training device, an athlete can be trained from various aspects, the physical ability is improved, and meanwhile the basketball playing level is improved; the basketball physical training device are also provided with monitoring equipment.

A four-limb coordination active movement rehabilitation training device comprises a bottom plate, electric telescopic rods and a box body. The box body is arranged above the bottom plate, the bottom plate and the box body are connected through the multiple electric telescopic rods, two first line wheels arranged front and back are arranged in the box body, and the first line wheels are rotatably installed on a vertical plate; and the left side of the vertical plate is fixedly connected with the movable ends of spring rods respectively, the fixed ends of the spring rods are fixedly installed on the box body respectively, the movable rods of the two spring rods are fixedly connected through a transverse rod, the first line wheel is fixedly connected with one end of a first line rope, and the other end of the first line rope penetrates through the corresponding first through holes and then is located below the box body. The rehabilitation training device is ingenious in structure and convenient to use, the exercise amount of a user can be controlled while rehabilitation training of the user is facilitated, the user can be reminded to have a short rest in the training process, and hurt to the user due to excessive exercise in a short time is avoided.

The invention discloses a basketball physical training device and a monitoring system thereof.The upper end of a cylinder is connected with a first rotating shaft through a telescopic rod, the upper end of the first rotating shaft is connected with a second rotating shaft through a connecting rod, an outer ring is installed at the upper end of the second rotating shaft, an inner ring is installed in the outer ring, the upper end of the inner ring is connected with the inner wall of the outer ring through a third rotating shaft, and the lower end of the inner ring is connected with the inner wall of the outer ring through a first universal ball.The inner ring and the outer ring are provided with first sliding grooves, and a plurality of sliding blocks are mounted in the first sliding grooves.The sliding blocks are provided with a wrist strap and an ankle strap respectively through second universal balls.The wrist strap is internally provided with a pulse sensor and a temperature sensor; and an accelerometer, a gyroscope and a magnetometer are installed in the ankle strap.A right drawing ring and a left drawing ring are symmetrically arranged on the two sides of the outer ring and provided with second sliding grooves.According to the basketball physical training device, the physical ability and reaction force of athletes are comprehensively improved, different training schemes can be set according to different athletes, and the training is targeted better.

The invention provides a medical gravity recovery instrument. The medical gravity recovery instrument comprises a wristwatch, a shoe body and an insole located in the shoe body. The insole is filled with air, and a pressure sensor used for sensing air pressure, an amplifier, a microprocessor I used for processing the sensed pressure and a transmitter are arranged in the insole. The wristwatch comprises a receiver, a pressure setting device used for setting predetermined pressure, a microprocessor II, a force measurement alarm and a displayer. Compared with the prior art, the medical gravity recovery instrument can detect the walking recovery state of a patient in fracture rehabilitation in real time, shorten the recovery period and increase the fracture curing rate.

The invention discloses an intelligent wristband. The wristband comprises a first acquiring unit, a second acquiring unit, a triggering unit, and a vibration generator. The first acquiring unit is used for acquiring current heart rate information of an intelligent wristband wearer; the second acquiring unit is used for acquiring pre-stored target vibration characteristics corresponding to current heart rate information; the triggering unit is used for triggering the vibration generator to generate the vibration in accordance with the target vibration characteristics; the vibration generator is used for linking with the triggering unit and generating the vibration in accordance with the target vibration characteristics according to a command of the triggering unit. By applying the intelligent wristband, a user can intuitively learn about the range where the heart rate of the person locates at present through the vibration that the user feels; thus the intelligent wristband can avoid the inconvenience of learning about the heart rate information through stopping in the movement and watching a display terminal of the intelligent wearing device; besides, the movement state can be timely adjusted according to the heart rate information expressed by the intelligent wearing device.

The invention relates to a cerebrovascular disease analyzing device which comprises a storage box and an analyzing equipment body, wherein the analyzing equipment body is movably arranged in the storage box, an operating hole is formed in a side wall of the storage box, and a rotatable supporting plate is rotatably arranged in the operating hole. A special storage device is additionally arranged on the analyzing equipment body. By arranging the special storage device, the analyzing equipment body can be stored. In a transfer process, the analyzing equipment body is prevented from colliding in the rotating process without additionally arranging the storage equipment, so that the analyzing equipment body is protected. By arranging the special storage equipment to play a supporting role, the analyzing equipment body can be sealed by the special storage equipment in long-time placement, and thus, dust can be prevented from falling to the analyzing equipment body, and the analyzing equipment body is further prevented from colliding, thereby, playing a role of protecting the analyzing equipment body.

The invention discloses a heart rate expression method of a smart wearable device on the basis of vibration. The method comprises the following steps: obtaining current heart rate information of a wearer; obtaining target vibration features corresponding to the heart rate information according to a pre-set list; and triggering vibration of the smart wearable device, wherein the vibration has a target vibration feature. The invention further provides a smart bracelet. The smart bracelet comprises a first acquisition unit, a second acquisition unit, a trigger unit and a vibration generator. Thefirst acquisition unit is used for obtaining current heart rate information of the smart bracelet wearer. The second acquisition unit is used for obtaining pre-saved target vibration features corresponding to the current heart rate information. The trigger unit is used for triggering the vibration generator to generate vibration in accord with target vibration features. The vibration generator isused for being linked with the trigger unit. According to an instruction of the trigger unit, vibration in accord with target vibration features is generated. By obtaining the current heart rate information of the wearer, the smart bracelet is triggered to vibrate such that the wearer can visually know the heart rate range of the wearer.

The invention discloses a scientific auxiliary exercise device for human body movement and an exercise method thereof. The side end of a lifting screw rod is sleeved with a fixed supporting plate, the two ends of the fixed supporting plate are symmetrically hinged to expansion supporting plates, one side of the top end of the fixed supporting plate is rotationally connected with an adjusting screw rod, and the side end of the adjusting screw rod is sleeved with a limiting sleeving frame; protective sponge sleeves are symmetrically connected to the side ends of the limiting sleeving frames in a bonded mode, the fixed supporting plate and the limiting sleeving frames are adjusted through the lifting lead screws and the adjusting screw rods, so that different positions are adjusted according to different persons, rapid adjustment can be conducted according to personal needs when the persons use the device, and the stability of supporting of the persons is guaranteed; and meanwhile, the supporting position is expanded through the fixed limiting frame, the clamping spring and the expanding supporting plate, the optimal supporting area is guaranteed, and therefore the safety and comfort of personnel in the using process are guaranteed.

An automatic compression release mechanism for implementation in an internal combustion engine, and a method of assembling such a mechanism, are disclosed. The mechanism includes a camshaft assembly including a cam gear (320), a cam lobe (360) with a notch positioned along a first side of the gear (320), a tube (550) passing through the gear (320) and aligned with the notch (580), and a support on a second side of the gear. The mechanism additionally includes an arm (510) including a weight (530) and shaft (540) coupled to one another, where an end of the shaft (540) includes a recess (620), and where the shaft is rotatably positioned within the tube and the end of the shaft with the recess extends into the notch. The mechanism further includes a retaining member positioned onto the support so that the weight is positioned between the retaining member and the tube and retained with respect to the gear.

The invention discloses a monitoring device for a dumbbell and belongs to the technical field of exerciser equipment. The monitoring device for the dumbbell comprises a dumbbell body (1) and further comprises a connecting belt (2), a wrist protecting sleeve (3), a pulse detector (5), a power supply (6) and an electronic display screen (4), wherein one end of the connecting belt (2) is arranged below the middle position of a dumbbell rod of the dumbbell body (1), and the other end of the connecting belt (2) is connected with the wrist protecting sleeve (3); the pulse detector (5) is arranged on the inner surface of the wrist protecting sleeve (3), the power supply (6) and the electronic display screen (4) are arranged on the outer surface of the wrist protecting sleeve (3), and the pulse detector (5) is connected with the power supply (6) and the electronic display screen (4) through electric wires. The monitoring device for the dumbbell is simple in structure, the state of a trainer can be monitored, the condition that overmuch exercise is taken or the exercising effect is not achieved is avoided, and health of the trainer is guaranteed.

The invention relates to postoperative rehabilitation equipment, in particular to postoperative rehabilitation equipment for pediatric fracture. According to the postoperative rehabilitation equipment for pediatric fracture, a user can sit to have a rest, and the recovery effect cannot be affected. According to the technical scheme, the pediatric fracture postoperative rehabilitation equipment comprises a placing frame, wheels, rotating shafts, universal wheels and the like, the rotating shafts are rotationally arranged on the lower right side of the placing frame in a front-back symmetrical mode, the placing frame is used for a patient to hold with hands to assist walking, and the wheels are arranged on the outer sides of the rotating shafts; universal wheels facilitating steering of the fracture postoperative rehabilitation equipment are symmetrically arranged on the left side of the bottom of the placement frame front and back. The patient can sit for rest after exercising for a certain time through the sitting plate, so that the patient can be prevented from standing during rest, excessive exercise can be avoided, and the influence on the recovery effect is avoided.

The invention provides a wearable movement counting and timing device, and belongs to the field of movement fitness equipment. The wearable movement counting and timing device comprises a connecting ring, an elastic sticking tape worn on the four limbs or the waist and a tape plate, wherein a strain gage is embedded in the elastic sticking tape, the tape plate comprises a shell part and an electronic part, and the electronic part comprises a single chip microcomputer main control module, a power module, a signal processing module, a key module, a display module, an LED indicating lamp module and a buzzer module. A user sets the movement duration and movement times through keys and a display screen, during exercise, the strain gage generates deformation through muscle contraction, signals generated by the deformation are used for counting, when the counting is up or the timing is up, the user is reminded through buzzing, and an LED indicating lamp reminds that whether the electric quantity of a power supply is sufficient or not through different colors. The device is suitable for various sports test scenes and fitness amateurs, the accuracy of the sports test result can be improved,the movements of the amateurs also can be standardized, thus the excessive exercise can be prevented, and finally, the scientific body-building is realized.