32 results about "Self rehabilitation" patented technology

The invention discloses an intelligent body turning mattress which comprises an upper mattress and a lower mattress. The upper mattress comprises a rigid mattress and a pressure sensor array, wherein the middle portion of the rigid mattress is provided with a hinge structure, and the pressure sensor array is embedded into the rigid mattress and used for sensing the pressure of the contact portion of the rigid mattress with a patient. The lower mattress comprises an airbag array, an air pump, a control and processing module and a power supply module, wherein the airbag array is uniformly distributed on the lower portion of the rigid mattress, the output end of the air pump is connected with the airbag array, the air pump is used for supplying air to the airbag array, the input end of the control and processing module is connected with the pressure sensor array and the output end is connected with the air pump, the control processing module is used for receiving data acquired by the pressure sensor array in real time and controlling the pump for working, and the power supply module is used for powering the pressure sensor array, the control and processing module and the air pump. The intelligent body turning mattress is simple in structure, inexpensive, applicable to caring for general families and self-rehabilitation of stroke patients.

Provided is a novel pneumatic artificial muscle-driven ankle orthosis instrument. A pair of opposing artificial muscles are adopted as drive elements and fixed to the ankle portion of the human body to conduct tracking exercise on an ankle gait curve in the normal walking state of a normal person, so that the purpose of exercise rehabilitation is achieved; besides, self-rehabilitation can be achieved with the help of a lower limb rehabilitation medical robot without physical therapists or medical workers. Compared with a traditional motor-driven orthosis instrument, the novel pneumatic artificial muscle-driven ankle orthosis instrument has the advantages of being good in flexibility, safe, capable of saving energy, low in price and the like, and has great practical value and market prospects.

The invention relates to a cerebrovascular disease recovery chair. The cerebrovascular disease recovery chair comprises a chair body; two swing plates are hinged to the front end of the bottom of a chair seat of the chair body, a horizontal foot rest is arranged at the lower portion of each swing plate; and a vertical sliding groove is formed in the middle of each swing plate. A cantilever is installed at the bottom of the chair seat, a rotary disc is installed at the lower portion of the cantilever, and a rotating shaft of the rotary disc is connected with the cantilever through a bearing; a T-shaped transmission rod is hinged to the edge of the rotary disc, a longitudinal rod of the T-shaped transmission rod is connected with the rotary disc, the two ends of a transverse rod of the transmission rod are connected with one end of an L-shaped rod, a linkage pin is arranged at the other end of each L-shaped rod and penetrates through the corresponding sliding groove, and a stopping nut is installed at the end of each linkage pin. The rotating shaft of the rotary disc is connected with a motor. By means of the cerebrovascular disease recovery chair, a patient can interpedently perform the lower limb motion; blood circulation is promoted in the lower limb motion process; the difficulty of assisting recovery by others is overcome; the patient can be effectively assisted to conduct self rehabilitation training; and the rehabilitative time is shortened.

The invention relates to a hand function rehabilitation quantitative evaluation method based on 'finger adduction and abduction' actions of a human hand. Based upon computer vision and optical motioncapture technologies, and in combination and computer intelligent computing, information of skeleton and various articulation points of the human hand can be acquired in real time. Information of an affected hand and a healthy hand of a patient can be computed on the basis of a current rehabilitation evaluation standard, and an evaluated value is applied to quantitative description of wrist back stretching action of the patient in an entire rehabilitation training process. Meanwhile, in combination with such information as speed, acceleration and the like of hand motions, doctors can be assisted in disease diagnosis. According to the quantitative evaluation method provided by the invention, a hand function recovery degree of the patient can be objectively and effectively reflected, so as to bring about benefits for the doctors in treating the patient and for patient's self-rehabilitation.

The invention discloses a bone disease treatment plaster. The bone disease treatment plaster comprises Smilax hypoglauca Benth, Hedyotis diffusa, Zanthoxylum nitidum, Cynanchum amplexicaule (Sieb. et Zucc.) Hemsl., Herba Patriniae, Pseudobulbus Cremastrae seu Pleiones, Cornu Bubali, Cordyceps sinensis, barbed skullcap herb, fresh dendrobium, Polygonum multiflorum, geckos, Santalum album L., Dioscorea nipponica Makino, rheum officinale, toad venom, geckos, American ginseng, Salvia miltiorrhiza, Adenophora stricta, Radix Scrophulariae, Sophora flavescens, Radix Pseudostellariae, Corn Cervi Pantotrichum, sea horses, starfishes, sea urchins, Folium Cordylines Fruticosae, Rhizoma Paridis, Rhodiola rosea, Crocus sativus, Radix Astragali, Human Placenta, pangolins, long-noded pit viper, Agkistrodon acutus, Zaocys Dhumnades, Changbai Mountain Mythic Fungus, dragon's blood, panax notoginseng, black maca, Cistanche deserticola, Radix Morindae officinalis, polygonatum rhizome, Semen plantaginis, semen cuscutae, centipedes, lumbricus, musk, rhizoma gastrodiae and whole scorpions. The bone disease treatment plaster aims at macroscopic regulation, and realizes integral conditioning and treatment through regulating the self tissue ability of a complex and open huge system and depending on the self rehabilitation ability of patients.

The invention provides a multifunctional hanging chair for the self-rehabilitation training of patients with autism. The multifunctional hanging chair comprises a frame, an elastic support block and an accommodating groove and is characterized in that the frame is formed by two triangular structures, and the tops of the frame are in fixed mortise joint with two ends of a crossbeam; a sector-shapedconnecting plate is connected to the front-end lateral side of the bottom of a hanging chair body through mounting pins arranged at two ends, and a curve-surface footboard is forwardly welded to thefront-end bottom of the connecting plate along the sector face. The multifunctional hanging chair has the advantages that the multifunctional hanging chair is provided with hanging springs and rubber-sleeved handles, the hanging springs are symmetrically mounted on the bottom surface of the middle of the crossbeam, the bottom ends of the hanging springs are fixedly connected to the top of the hanging chair body, the rubber-sleeved handles are lower than the top of the hanging chair body, the distance between the rubber-sleeved handles is larger than the width of an arch bridge, a patient withthe autism can sit on the hanging chair body and hold the rubber-sleeved handles to pull the hanging chair body so as to shake the hanging chair body through the hanging springs, and a relaxing effectand repeated action training can be achieved.

The invention relates to an artificial intelligence rehabilitation evaluation and training system for spinal degenerative diseases, and the system comprises a spinal motion evaluation subsystem which is used for receiving images, shot on site, of a patient in the rehabilitation training process, and measuring the joint motion range of the cervical vertebra and the lumbar vertebra of the patient before and after the rehabilitation training of a traditional Chinese medicine guide book; a posture recognition and correction subsystem which is used for recognizing and classifying actions which are being practiced by the patient in real time, carrying out real-time training evaluation in the training process of the patient, and carrying out training evaluation after the patient completes a whole set of training actions; a background music recommendation subsystem which is used for providing music for adjuvant therapy in the rehabilitation training process of the patient; and a physiological signal monitoring subsystem which is used for monitoring the heart rate and the respiratory rate of the patient during rehabilitation training in real time and monitoring the health condition of the patient. Compared with the prior art, the system has the advantages that the device is high in portability and easy to operate, and remote home self-rehabilitation training of a patient can be met.

The invention relates to a flexible ankle rehabilitation mechanism based on human body self-driving and association motion. The mechanism comprises a base, a left foot fixator and a right foot fixator, the left foot fixator and the right foot fixator are arranged on the base, and rotation motion mechanisms are connected between the left foot fixator and the base as well as between the right foot fixator and the base; each rotation motion mechanism can rotate in the X, Y and Z axes, the two rotation motion mechanisms are connected through an association mechanism, an ankle which needs rehabilitation is driven through a healthy ankle, it is guaranteed that the same motion can be achieved at the left and right sides, the ankle which needs rehabilitation is driven through the healthy ankle ofa patient, and the action of the healthy ankle is completely reproduced. The patient can select different rehabilitation actions and action magnitude according to the self rehabilitation degree, thenflexible rehabilitation is achieved, and secondary harm does not exist; through a pure mechanical structure, the rehabilitation action of the ankle is effectively achieved so as to achieve the effectof helping rehabilitation of the patient, the mechanism is greatly simplified, and the mechanism is convenient to install and maintain and low in cost.

The invention discloses cardiovascular and cerebrovascular rehabilitation treatment equipment. The cardiovascular and cerebrovascular rehabilitation treatment equipment comprises a bed board body, supporting leg assemblies and upper vertical column assemblies. The upper vertical column assemblies are provided with pulleys, rotatable back plates and leg plates are arranged at the two ends of the bed board body, hand-cranking devices capable of winding wire ropes are arranged on the middle part of the bed board body, the wire ropes are connected to the two ends of the back plates and the two ends of the leg plates after passing through the pulleys, the wire ropes connected to the back plates and the leg plates are wound by the hand-cranking devices to realize the rotation and lifting and lowering of the back plates and the leg plates so as to realize the rehabilitation treatment of limbs of cardiovascular and cerebrovascular patients; treatment leg bands are arranged, affected limbs withnerve or vascular problems can be subjected to compression type treatment; key accessories are mostly composed of common accessories in the market, the principle is simple, work is reliable, and thecost is low; the whole is of a bed-type structure, for people who have difficulty in moving, lying-in-bed self-rehabilitation treatment exercises can be achieved; brake universal casters are arrangedat the bottom, so that the cardiovascular and cerebrovascular rehabilitation treatment equipment is moved and fixed conveniently during use; and a treatment leg band structure can further be of an electric structure, so that a patient operates for treatment more conveniently.

The invention discloses a human body balance function quantitative evaluation system based on a feedback control process, the system is composed of an acceleration sensing module, a body motion posture detection module, a display interaction module and a balance ability evaluation module, a user executes a virtual aiming task to maintain a part of the body of a human body at a specific angle and orientation; meanwhile, the spatial position of a part of the body is detected through an acceleration sensor worn by a human body, and sensor data are processed by adopting a linear dynamics method and a functional network analysis method to obtain a real-time quantitative evaluation result of dynamic body feeling and a dynamic kinematic chain body weakness index. The system has excellent portability, can quantitatively evaluate the balance function of the upper and lower limbs and the core muscle group of the human body including the dynamic proprioceptive sensation and the dynamic kinematic chain body weakness index of the human body, and helps patients with body injury and postoperative body to estimate the self rehabilitation degree.

The invention relates to the field of rehabilitation auxiliary tools, in particular discloses a wheelchair-type lower limb rehabilitation training device and a training method thereof, and solves problems in the prior art that leg dyskinesia patients with human body lower limb monoplegia, hemiplegia, myasthenia, movement disharmony and the like take a longer time for self-rehabilitation, and the rehabilitation effect is slow. The wheelchair-type lower limb rehabilitation training device comprises a backrest angle adjusting mechanism, wherein the backrest angle adjusting mechanism comprises a cushion and a backrest plate bracket, the cushion is adhered to a plate above the backrest plate bracket; a seat lifting mechanism, wherein the backrest angle adjusting mechanism is arranged above therear part of the seat lifting mechanism and connected with the seat lifting mechanism; and a gait training mechanism, wherein the gait training mechanism is positioned in front of the seat lifting mechanism. Through coordinated operation, the wheelchair-type lower limb rehabilitation training device drives a patient to simulate a walking state of a normal person and perform training, thereby a lower limb movement function of the patient is gradually recovered, so the patient can be rehabilitated in time, and the rehabilitation effect is improved.

The invention discloses a rehabilitation training device for a neurology department. The rehabilitation training device comprises a device body, a seat cushion, armrests, a back plate, a right training tread plate, a U-shaped grip handle, an upright column, a T-shaped bar, a left training tread plate and a driving mechanism. In order to achieve the purpose that the rehabilitation training device can massage the back of a patient through self rehabilitation exercise, a massage device is arranged on the back plate, the massage device slides up and down in the back plate to massage the back of the patient through the operation of the driving mechanism, and the driving mechanism drives rotating disks to rotate through up and down circular operation of the right training tread plate and the left training tread plate when the patient conducts rehabilitation exercise through the right training tread plate and the left training tread plate, so that the massage device can massage the back of the patient to avoid the deterioration of diseases caused by qi and blood circulation blocking due to the fact that the patient lies in a sickbed for too long.

Belonging to the technical field of trunk coating preparations for control of fruit tree rot disease, the invention relates to a trunk coating preparation for control of fruit tree rot disease and a preparation method thereof. The trunk coating preparation is mainly composed of a seaweed extract liquid, humic acid, potassium hydroxide, potassium dihydrogen phosphate, potassium sulfate, potassium nitrate and urea. The humic acid and seaweed liquid in the trunk coating preparation cooperate with each other to generate an obvious inhibiting effect on pathogenic bacteria, thus facilitating prevention and treatment of fruit tree rot disease. Also the trunk coating preparation has no need for scraping disease spots during use, and can be directly coated, avoids secondary damage to fruit tree wounds, and is beneficial to rapid repair of fruit trees. Meanwhile, the trunk coating preparation can provide nutritional ingredients to crops and automatically adjust the vegetative growth and reproductive growth of crops, thus increasing the yield of crops. The seaweed extract liquid, nitrogen, phosphorus, potassium and the like in the trunk coating preparation can provide nutritional factors beneficial to the growth and development of fruit trees to crops, and the nutritional factors can be directly absorbed and utilized by fruit trees through epidermis of fruit trees, thus being easier for the self-rehabilitation of fruit trees in the disease prevention and disease resistance process.

The invention discloses a wearable device for cardiopulmonary rehabilitation training, which comprises a shell, a connecting belt is arranged on the outer side of the shell, two symmetrically distributed binding belts are arranged on the outer side of the connecting belt, the binding belts can wear the shell on the body of a patient, one end of the shell is provided with an inspiration mask covering the mouth of the patient, and the inhalation mask is connected with the shell through an air pipe; the device also comprises a damping mechanism which is installed in the shell, and the damping mechanism can generate resistance to air inhaled by the inhalation mask and exercise respiratory muscles of the patient; and the device also comprises a switching mechanism. The damping mechanism can be adjusted in real time according to the feeling of the patient by means of the switching mechanism, the damping mechanism is worn on the body of the patient and can be directly controlled by the hand of the patient, the resistance of the damping mechanism can be adjusted to be small when the patient feels unsmooth breathing, then the autonomy of the patient is improved, and the self-rehabilitation training of the patient is facilitated.

The invention discloses a lumbar vertebra self-rehabilitation training device, which comprises a training mechanism, which sequentially comprises a swing assembly, a lifting assembly and a base plate from top to bottom; the swing assembly comprises a supporting pad with a double-U-shaped leg containing groove, a supporting plate, a sliding assembly and an adjusting assembly, wherein the sliding assembly and the adjusting assembly are arranged between the supporting pad and the supporting plate. The lifting assembly is arranged between the base plate and the supporting plate. The control assembly is arranged in a control box in the base plate and used for adjusting the sliding assembly and controlling the lifting assembly to move. According to the lumbar vertebra self-rehabilitation training device, by arranging the training mechanism and the control assembly, a patient can be assisted in completing self-training of lumbar vertebra rehabilitation, and the training intensity can be adjusted according to the rehabilitation condition of the patient; the practicability of the lumbar vertebra training equipment is greatly improved.

Methods for improving active movement capacity in a subject experiencing muscle impaired or abnormal activity, and software products and computer systems for implementing such methods. A subject having impaired active movement capacity is administered an effective amount of botulinum toxin and instructed to undergo physical therapy, such as through a Guided Self-rehabilitation Contract (GSC), and to record information associated with the physical therapy into, e.g., a software program running on a computer device. The information may be stored in a database, which can be accessed by a medical practitioner who is administering the botulinum toxin. This information is used to improve the clinical management of the subject's impaired active movement capacity.

The invention discloses a hand function rehabilitation knuckle training device. The device comprises more than two hand combination parts spaced from front to back in sequence. A rotating center projection mechanism used for carrying a front hand combination part to reciprocate relative to a rear hand combination part in every two adjacent hand combination parts is arranged between every two adjacent hand combination parts. In use, every two adjacent hand combination parts are respectively combined with two bone pieces of one knuckle. With the support of the rotating center projection mechanism, the front hand combination part in every two adjacent hand combination parts can drive a bone piece to rotate around the knuckle. Training and rehabilitation of the knuckle and the muscle can be achieved after a long time. The training device can assist a patient to carry out self-rehabilitation training and is economical and applicable.

The invention relates to a human body mesogastrium treatment device which consists of a treatment box (4) and a fixed object (5) matched with the treatment box (4), wherein the treatment box (4) comprises a box cover (2) and a box body (3), wherein an information filling material block or a filling material bag (1) made of zero-decrement information materials, i.e. the medicine is arranged in the box body (3), and a vent hole (6) is arranged on the treatment box (4). The invention replaces the traditional medicine taking or interventional therapy, disease prevention and beautification and health care measures through the fire-new medication mode of the information superconduction effect, and can reach or surpass the efficiency rate of the medicine treatment. The use and the operation are simple and convenient, and the self rehabilitation at home can be convenient. No chemical substances enter the human body when the mesogastrium treatment device is used, the toxic or side effect of the medicine in the body can be avoided, the medicine resources can be saved, and the environment pollution caused by pharmacy industry can be reduced.