27 results about "Vibratory stimulation" patented technology

The invention relates to the technical field of medical instruments, in particular to an ice stimulation training device for dysphagia rehabilitation, which comprises a box body with an upward opening, a cover plate arranged at the opening of the top of the box body, two partition plates arranged in an internal cavity at an interval up and down, and an auxiliary opening mechanism arranged in a training opening in the front side of the box body and used for opening the box body. An ice stimulation training head is arranged in the ice stimulation training device, the tail of the ice stimulation training head is connected with a control mechanism, and a pneumatic assembly is arranged on the left side of the top of the partition plate on the upper side and connected with the auxiliary opening mechanism through an air pressure rod assembly. The problems that in the prior art, an ice stimulation training device for rehabilitation of the stroke dysphagia generally can only achieve single ice stimulation treatment and lacks auxiliary taste stimulation and vibration stimulation for comprehensive treatment, so that the whole treatment process is long in time, more complex and free of cooperation, and the treatment cost is low are solved. Meanwhile, the compliance of the patient and the recognition degree of treatment are also reduced, and the patient cannot recover as soon as possible.

The invention provides a vibration stimulation device. This vibration stimulation device is a device for applying vibration to the body of a user, and is provided with a vibration applicator for applying mechanical vibration to a muscle in a state in which the internal pressure of a part of the muscle is made higher than in conventional cases.

This product is a neck beauty device that stimulates the neck with heat and vibration to activate the neck's metabolism. The widened part at the top (front view) is placed on the neck when in use.

A vibration stimulation device is provided with a vibration applicator configured to apply vibration to the body of a user, and an input unit configured to allow input of a music signal output from a sound source, and operates the vibration applicator with an output waveform, the output waveform is a vibration waveform obtained by adding a music waveform and a basic waveform, the music waveform is a vibration waveform obtained on the basis of a music signal input to the input unit, and the basic waveform is a vibration waveform for promoting an effect of preventing weakness.

The invention discloses a pulse recuperating device and a combined qi and blood recuperating instrument, which are used for performing warm and vibration stimulation on perineal acupoints and related parts around the perineal acupoints, and comprise: a handle-shaped holding part; the guide head is made of a heat conduction material, the guide head comprises a connecting part and a working part, the connecting part of the guide head is fixed with one end of the holding part, and the working part of the guide head is provided with a limiting surface attached to the perineum acupoint and related parts around the perineum acupoint or is in a three-dimensional shape; the vibration module is used for driving the guide head to vibrate; and the heating module emits heat in a working state and transmits the heat to the guide head. The invention aims to solve the technical problems that the traditional massage is high in requirement, slow in effect and easy to spread diseases, and the massage of the current instrument is harmful to the human body, and provides the pulse conditioning device and the combined qi and blood conditioning instrument which are low in application requirement and can be used for safely and effectively conditioning pulse.

The invention discloses a motion function rehabilitation training system for a forearm limb disabled patient based on visual and vibratory tactile collaborative feedback. The system comprises a hardware layer, a data processing layer, an application layer and a user interface layer. The training process is guided through visual feedback, the task completion condition and the gripping strength are reflected through vibration stimulation, the forearm amputation patient is helped to achieve integration of visual information and tactile information, and the accuracy of exercise decision making and the training effect are remarkably improved. Besides, on the basis of the electromyographic signal level of the patient, a personalized rehabilitation training scheme is adopted, and the pertinence and the individual adaptability of rehabilitation training are effectively enhanced by evaluating the muscle activity intensity level and the antagonism coefficient of the patient with the forearm limb disability and customizing the difficulty level of a digital large-synthesis electromyographic game and the training types of life scenes and tasks; functional recovery of the patient is promoted.

Disclosed herein are systems and methods of dynamically generating, modulating, adjusting, delivering, emitting, and programming transcutaneous vibratory stimulation compositions. The systems and methods afford the delivery of more complex compositions capable of achieving a wide range of effects. The systems and methods can use a variety of file types and devices, including devices that are typically used by most American adults, instead of conventional firmware updates and dedicated transcutaneous vibratory stimulation devices.

The system provides sufficient vibration to the user while reducing the load on the vibration generator and other equipment. [Solution] The vibration device 3 applies vibration to a muscle while the internal pressure of that muscle is increased compared to the normal state. This makes the state equivalent to applying vibration to the muscle with an amplitude corresponding to the increase (hereinafter referred to as the added amount). Therefore, compared to the normal state of the muscle, the muscle receives vibration with an amplitude that is the sum of the amplitude of the vibration and the added amount. As a result, even if the amplitude of the actual mechanical vibration is small, the physical stimulus acting on each receptor in the muscle and tendon becomes larger. Consequently, the load on the vibration device that generates the vibration can be reduced.

The invention relates to the technical field of pelvic floor muscle movement, in particular to pelvic floor muscle movement equipment with pressure sensing and vibration stimulation functions. The air bag mechanism comprises a first air bag part, a second air bag part and a third air bag part, the first air bag part is used for vertically protruding and contracting by adjusting first air pressure to form first contact pressure, the second air bag part is used for controlling the protruding height by adjusting second air pressure to form second contact pressure, and the third air bag part is used for forming third contact pressure; a vibration mechanism; a detection mechanism; and the controller is used for determining a corresponding target pressure range according to the output mode, and is also used for controlling the shrinkage strength, adjusting the feedback type vibration mode, adjusting the periodic operation stage and adjusting the vibration mode of the vibration mechanism according to a comparison result of the contact pressure and the corresponding target pressure range under the condition of any output mode. According to the invention, the accuracy of equipment training is improved.

The present invention provides a device and combination for promoting the healing of ulcers on the body surface. [Solution] A body surface ulcer healing promotion device comprising a glucose concentration sensor 11 for detecting the glucose concentration in the exudate of an ulcer 2 on the body surface 1, vibrators 21A, 21B, and 21C for applying vibration to the ulcer 2, and a control device 31 for controlling the vibration of vibrators 21A, 21B, and 21C based on the glucose concentration in the exudate; and a combination for promoting ulcer healing comprising a vibrator for applying vibration stimulation to an ulcer on the body surface and its vicinity, and a dressing material positioned between the ulcer and the vibrator, wherein the vibration stimulation is performed by vibration of the vibrator via the dressing material.

The present disclosure relates to a sleep-inducing vibration device that provides vibratory stimulation to a user to induce sleep. The vibration generation device 100 for improving sleep in the present disclosure may include a vibration plate 110 provided inside a mattress M, an actuator 120 provided below the vibration plate to apply vibration to the vibration plate, and a vibration transmitting body 130 provided between the vibration plate and the actuator to transmit vibration generated from the actuator to the vibration plate.

A vibratory stimulation apparatus includes a vibration applicator configured to apply vibration to a user's body, and an input portion configured to allow music signals output from a sound source to be input to the input portion. The vibratory stimulation apparatus causes the vibration applicator to operate with a vibration waveform obtained by adding a basic waveform, which is a waveform for promoting an effect of preventing frailty, to a music waveform, which is a waveform based on the music signals input to the input portion.

The embodiment of the application provides a kind of muscle-bone coordinated vibration stimulation auxiliary deformity correction control method and robot, comprising: the vibration frequency of the vibration frequency that first oscillator model output by pre-construction is collected as the input of first fuzzy PID controller, by the first pressure signal for controlling the inflation and deflation of pneumatic component that controller outputs, make pneumatic component exert vibration stimulation to bone hard tissue;With the vibration frequency of the vibration frequency that second vibrator model output by pre-construction is collected as the input of second fuzzy PID controller, controller outputs the second pressure signal for controlling the inflation and deflation of air bag, to the vibration frequency that second vibrator model output is the input of hysteresis compensation network, by hysteresis compensation network output hysteresis compensation signal, make air bag according to the inflation and deflation of second pressure signal and hysteresis compensation signal and carry out vibration stimulation to muscle soft tissue, can promote the coordinated rehabilitation of bone hard tissue and muscle soft tissue.

A negative-pressure-driven sensory stimulation device comprises a vibrator which comprises a vibration cavity and a silica gel pad, and the vibration cavity, the silica gel pad and the human skin are connected in a sealed mode; the pneumatic loop device is connected with the vibrator, and the pneumatic loop device enables gas in the vibration cavity to vibrate. The pneumatic closed-loop control system controls the pneumatic loop system so as to accurately adjust the vibration frequency and the vibration amplitude of the vibrator, and the pneumatic closed-loop control system can accurately adjust the vibration frequency of the vibrator within the range of 0-280 Hz and the vibration amplitude of the vibrator within the range of 0-4 cm. According to the rehabilitation training equipment disclosed by the invention, vibration stimulation with different vibration frequencies and amplitudes can be realized on a plurality of muscles. Different sensory stimulation parameters can be applied according to symptoms and disease points of tested groups, so that the optimal curative effect is achieved, and the device can be widely applied to scenes such as exercise training, orthopedic rehabilitation and neurological rehabilitation.

Wearable devices can be used to stimulate one or more nerves or proprioceptors to reduce essential tremor, Parkinson tremor, and other forms of tremor. Wearable devices for vibrotactile stimulation of proprioceptors are provided in certain aspects.

The invention relates to a vibratory massager, and belongs to the technical field of massagers. Comprising a rod body; the rod body is at least connected with a first stimulation head and a second stimulation head; the cross sectional area of the first stimulation head and the cross sectional area of the second stimulation head are larger than the cross sectional area of the rod body, and at least one of the first stimulation head and the second stimulation head is provided with a vibration device. The first stimulation head and the second stimulation head are arranged on the rod body, and the independent vibration device is contained in each stimulation head, so that the layering sense, the space sense and the change of vibration stimulation are enriched, and the vibration stimulation device can act on a wider area or two different sensitive points in an inner cavity at the same time; compared with a single vibration source, the sensing experience which is more comprehensive, more dynamic and more changeable is provided.

A vibratory stimulation apparatus is provided that is configured to apply vibration to a body of a user. The vibratory stimulation apparatus includes a vibration applicator configured to increase an intramuscular pressure in a muscle in a part of the body relative to an intramuscular pressure in the muscle in a normal condition, and mechanically vibrate the muscle while the intramuscular pressure is in an increased state.

A system for attaching transducers to the head of a user for performing audiometry using air stimulation and vibratory stimulation includes support systems for two audiometric transducers for air stimulation, each of which can be positioned at the level of one of the auditory pinnae or the external auditory canal, and at least one audiometric transducer for vibratory stimulation, that can be positioned at the level of the desired stimulation zone depending on the chosen conduction mode (for example, one of the mastoids of the skull, the forehead, soft tissues). A method for calibrating vibratory stimulation transducers attached to a support system is described.

The invention discloses a penile erection monitor with heart rate and blood oxygen detection and vibration stimulation functions, and relates to the technical field of medical equipment, the penile erection monitor comprises a penile erection monitoring host, a signal processing box, a gun pocket and an intelligent loop front end; the pistol pocket is made of flexible conductive cloth, has tensile resistance variability, and deforms along with expansion and contraction of the penis; the pistol pocket monitors the penile erection length, the penile erection hardness and the penile erection perimeter in real time and transmits monitored data to the signal processing box, a voltage acquisition module and a single chip microcomputer are arranged in the signal processing box, filtering, amplification and analog-to-digital conversion are carried out on acquired voltage signals, and the acquired voltage signals are transmitted to the pistol pocket. And the processed data is sent to the penile erection monitoring host through Bluetooth. According to the invention, heart rate and blood oxygen monitoring and motor monitoring are realized on the front-end lantern ring; the lantern ring is in complete wireless communication, wire harness connection is reduced, the lantern ring at the front end is designed to be consumable materials, and safety and sanitation of equipment are guaranteed.

The present invention provides a wearable neuromuscular stimulation system for treatment of dyspnoea and / or for increasing VO2 max, comprising a garment configured to be worn about a body of a user; and at least one vibratory stimulation module secured to the garment and comprising a housing enclosing a vibration source mounted such as to focus vibrations generated by the vibration source against the body of the user, reduce variations in vibration strength and / or frequency delivered to the user, reduce external noise and vibration sensation, and reduce variations in power requirements to drive the system.

One embodiment of the utility model provides a massage device, which comprises a seat part, a massage part and a control part, wherein the seat part is used for supporting the body of a user; a vibration unit which is disposed on one side of the central portion of the seat unit and which is capable of generating vibrations by receiving power; and a control section for controlling the vibration section, the control section providing variable vibration to one of a first part and a second part of the body of the user by controlling vibration of the vibration section. According to the massage device provided by the embodiment of the utility model, the prevention of urinary incontinence of the user can be facilitated by applying vibration stimulation to the periphery of the perineum of the user.

There is provided a wearable device (100, 200, 300, 400, 600, 700, 802) for alleviating a symptom of a nervous system condition of a user (202, 302, 602), where the wearable device comprises: mounting means (102) for removably mounting the wearable device to the user; and a power source (104) for, in use, providing power to the wearable device. The wearable device (100, 200, 300, 400, 600, 700, 802) further comprises stimulation means (106) for applying a stimulus to the user, where the stimulus comprises a vibratory stimulus or an auditory stimulus, or both a vibratory stimulus and an auditory stimulus; a sensor device (110) for sensing a characteristic of a user to generate an input signal; wherein the sensor device comprises one or more motion sensors and / or one or more biosensors to sense a motion pattern and / or a biological pattern of the user (202, 302, 602) wherein the motion pattern and / or the biological pattern is associated with a symptom of a nervous system condition of the user (202, 302, 602); and control means (108) for processing the input signals to generate corresponding output signals for driving the stimulation means (106) to apply stimulation to the user. The wearable device is configured to excite the stimulation device to provide pulse period stimulation (VS2, AS2) during a pulse period and to provide rest period stimulation (VS1, AS1) during a rest period, where the pulse period stimulation (VS2, AS2) is greater in amplitude than the rest period stimulation (VS1, AS1), where the pulse period and the rest period are comprised within a cue period where the pulse period stimulation (VS2, AS2) is greater than the rest period stimulation (VS1, AS1). The wearable device is configured to provide a tandem sequence of such cue periods, and wherein the wearable device is configured to provide cues.

A transcutaneous stimulation system can be used to stimulate one or more nerves or proprioceptors to reduce essential tremor, Parkinson tremor, and other forms of tremor. Vibrotactile stimulation of proprioceptors is provided in certain aspects.

The device for electroacoustic stimulation and the method for using the same. The device is an electro-vibrational device operating in one of six acoustic frequency bands. It may be applied to muscles, tendons, and joints to achieve muscle relaxation and alleviation of pain. The device may also be used to induce psycho-physical effects, such as general relaxation of the body and psyche and inducing a state of spiritual calm, resembling results of meditation process. To maximize an effect, a vibratory stimulation is applied not only to the pain afflicted area, but also to symmetrical areas on the contralateral side of the body and similar zones according to the anterior-posterior symmetry. To enhance the electroacoustic stimulation effect, the vibrational signal is supplied either in a form of continuous wave, series of the same frequency trains, separated by pauses, or series of trains of different frequencies also separated by pauses.

A vibratory stimulation device is provided that includes a housing including a skin contacting region. A drive unit is enclosed within the housing, the drive unit is configured to generate vibrations. A control device in electrical communication with the drive unit is configured to control the vibrations generated by the drive unit based on vibratory pattern data. The vibratory pattern data corresponds to a set of audio data. A method for programming the vibratory stimulation device includes converting a set of audio data into vibratory pattern data that is input into a memory of the control device. A business method is also provided for sale of the device at a performance venue at which the artist is about to or has just performed the song or the album.

Various embodiments of systems, devices, components, and methods for providing external therapeutic vibration stimulation to a patient are disclosed and described. Therapeutic vibration stimulation is provided to at least one location on or adjacent to a patient's skin (such as through clothing or a layer disposed next to the patient's skin), and is configured to trigger or induce resonance or high amplitude oscillations in a cardiovascular system of the patient. Inducing such resonance can aid in training autonomic reflexes and improve their functioning.

The present invention provides a nerve stimulation control device including a vibration device, wherein the nerve stimulation control device can be used as a medical device for improving cognitive function or memory by providing vibration stimulation to cranial nerves or the like. The nerve stimulation control device including the vibration device is characterized in that the vibration device includes a vibration probe, an integrated cone paper damper, an integrated bobbin, and a rubber frame, wherein the vibration probe, the integrated cone damper, and the integrated bobbin have a modular structure assembled through a single connection member, the integrated bobbin is accommodated in the integrated cone paper damper, and the rubber frame has a structure surrounding the integrated cone paper damper and the integrated bobbin.