CN216060990U

CN216060990U - Application device

Info

Publication number: CN216060990U
Application number: CN202120248077.6U
Authority: CN
Inventors: 高天奎; 王玉娥; 成龙
Original assignee: Chifeng Songshan Hospital
Current assignee: Chifeng Songshan Hospital
Priority date: 2021-01-28
Filing date: 2021-01-28
Publication date: 2022-03-18
Anticipated expiration: 2031-01-28

Abstract

The present invention provides an application device, the core component of which comprises a first vibrating body and a pair of complex bodies; its accessory parts include bearing body, ring elastic external fixing band and remote controller. The core component comprises a first vibrating body which is a variable frequency intermittent vibrating device; it includes a pair of complex bodies, both of which are composed of a second vibrating body and a green light source. The second vibrator has the same structure as the first vibrator and is arranged at the center of the composite body, and the green light source is arranged at the lower edge of the composite body; the acupoint treatment application device combines the work cycle of green light stimulation and mechanical vibration wave stimulation with the time phase characteristics of self expiration and inspiration of people, can realize the visual rehabilitation training on eyeballs, effectively relaxes muscles of eyes and forehead, relieves eye fatigue and prevents myopia.

Description

Application device

Technical Field

The utility model relates to the technical field of eye rehabilitation, in particular to a pasting device.

Background

The eyes are one of the most important organs of the human body, and with the increase of learning and working strength and the wide application of electronic products, a plurality of diseases caused by eye fatigue, wherein the visual deterioration is the most common, have become the key problems of social and national concern. In order to relieve eye fatigue and prevent myopia, a plurality of methods are adopted by people at present, mainly comprising the following steps: acupoint massage, medicinal acupoint application, optical correction, topical medicinal penetration, low-medium frequency pulse acupoint electrical stimulation, etc. These rehabilitation treatments suffer from the following drawbacks to varying degrees; 1. is inconvenient and difficult to implement; 2. long time consumption and difficult long-term persistence; 3. the cost is high, and the effect is slow; 4. is not beneficial to eye hygiene and has hidden troubles of skin drug allergy and the like.

SUMMERY OF THE UTILITY MODEL

In view of the drawbacks of the prior art, it is an object of the present invention to provide an application device that can effectively relax eye muscles, relieve eye fatigue and prevent myopia.

The embodiment of the application provides a device applies, device applies includes core component and accessory part, and the accessory part includes supporting body, cyclic annular elasticity external fixation area and remote controller, the core component includes: a first vibrator, the first vibrator being an independent variable frequency intermittent vibration device; the pair of complex bodies have the same structural composition and respectively comprise a second vibrating body and a green light source, and the second vibrating body and the first vibrating body have the same structural composition and are both variable-frequency intermittent vibration devices; the second vibrating body is arranged at the center of the composite body, and the green light source is arranged at the lower edge of the composite body; the first vibrating body and the pair of complex bodies are fixed on the supporting body, when the acupoint therapy is attached to the wearable body for use, the first vibrating body on the complex bodies just covers the shenting acupoint, and the pair of complex bodies just respectively cover the two Yang-Bai acupoints on the left and right eyebrow bows; the vibration frequency of the first vibrating body and the second vibrating body is 6-10 Hz; the green light source is a variable-intensity intermittent light-emitting device and generates an alternating light-emitting source matched with human body exhalation and inhalation.

In one possible embodiment, a center distance of a horizontal line connecting the pair of the composite bodies is telescopically adjustable, and a vertical distance of the first vibration body from the horizontal line connecting the pair of the composite bodies is vertically telescopically adjustable.

In one possible embodiment, the diameter or side length of the first oscillating body is not greater than 3.0cm, and the diameter or side length of the composite body is not greater than 2.0 cm.

In one possible embodiment, the stroboscopic frequency of the green light source is more than 3120Hz, and the color temperature is 4000K-4600K.

The utility model has the beneficial effects that:

1. according to the embodiment of the application, the mechanical vibration source and the light source are designed into the variable-frequency intermittent vibration composite application device, so that the operation is simple, the use is convenient, the carrying is convenient, the consumed time is less, the long-term use is easy to insist on, and the use in class of students is facilitated;

2. the intermittent variable frequency mechanical vibration waves can effectively relax muscles, have good rehabilitation effect application in relieving eye fatigue and preventing myopia, and avoid damage caused by resonance or resonance generated by the natural frequency of organism tissues and organs;

3. the design of the working period of the mechanical vibration source and the light source is combined with the modern physiology and the respiratory mechanism, and the traditional Chinese medicine tonna method is applied, so that the health-care instrument has ideal effects of rehabilitation, health preservation and health care.

Drawings

FIG. 1 is a schematic view of the structure of an application device in the embodiment of the present application.

Fig. 2 is a schematic diagram of the distribution positions of shenting acupoint and yang-bai acupoint on the forehead of a human head according to the embodiment of the present application.

Fig. 3 is a schematic view of the vibration working cycle of the first vibration body for children in the embodiment of the present application.

Fig. 4 is a schematic view showing the vibration duty cycle of the first vibration body for a teenager/adult in the embodiment of the present application.

Fig. 5 is a schematic diagram of a light source in an embodiment of the present application showing a light-emitting intensity duty cycle for a child.

In the figure:

1-a supporting body, 2-a first vibrating body, 3-a complex body, 31-a second vibrating body, 32-a light source, 4-a direct-current power supply planning region or a power line leading-out region, 5-a shenting point and 6-a yang white point.

Detailed Description

The utility model is described in further detail below with reference to the drawings and the detailed description.

In order to facilitate better understanding of the embodiments of the present application, an application scenario of the embodiments related to the present application is first described. The compound device of applying of acupuncture point treatment in this application embodiment is for being used for alleviating eye fatigue and preventing myopia. One of the important factors for the occurrence of acquired myopia is long-term asthenopia caused by transition eye use; the common postures leading to asthenopia and transition eyes are manifested as undersea, cohesive eyes and frown. In order to relieve eye fatigue and avoid excessive eye use, the traditional methods comprise a manual massage device, a mechanical vibration massage device, an electromagnetic vibration device, a medium-low frequency pulse electrical stimulation device, a traditional Chinese medicine acupoint application, an external use type osmotic medicine or application, an optical induction training device and the like, and the traditional methods act on the area around the eyes to relax the muscles around the eye sockets and improve the blood circulation around the eyes so as to achieve the aim of relieving the eye fatigue. However, the methods are long in time consumption, limited in time and space and not easy to persist for a long time, so that the incidence rate of the acquired myopia of the students is gradually increased year by year at present, and the wide attention of all social circles and the national attention are brought. Therefore, it is necessary to provide a rehabilitation and training device which is simple to operate, convenient to use, portable, less in time consumption, easy to persist for a long time, and especially beneficial to students to use before sleep in a classroom.

Referring to fig. 1 and 2, fig. 1 is a schematic view of the structure of an application device in an embodiment of the present application. Fig. 2 is a schematic diagram of the distribution positions of the points shenting and yang-bai on the forehead of the human head. The application device comprises a core (main) element and accessory elements, it being understood that the distinguishing importance of the core element and the accessory elements is that the structure and composition within the core element is the main point of improvement over the embodiments of the present application, i.e. the entire acupoint treatment composite application device is improved in the embodiments of the present application, in practice the core element and the accessory elements are both important components constituting the acupoint treatment application device.

The core element comprises a first vibrating body 2 and two composite bodies 3, the first vibrating body 2 is used for providing intermittent vibration, a variable frequency intermittent vibrating device is adopted, the intermittency and variability of the vibration frequency are basically required for avoiding resonance or resonance with intracranial tissues and eyeballs of a human body, and in some embodiments, the vibration frequency of the first vibrating body 2 is 6Hz and 10 Hz. By adopting the vibration frequencies of 6Hz and 10Hz, the corresponding acupuncture points (shenting acupuncture points) on the forehead of the head can be effectively and beneficially vibrated and stimulated, so that the muscle fatigue can be effectively eliminated, the muscle strength can be recovered, the flexibility and hardness of muscle tendons can be improved, the local muscle exercise fatigue can be effectively relieved, and the resonance or resonance with intracranial tissues and eyeballs can be effectively avoided.

The first vibrating body 2 is used for stimulating a shenting acupoint on the forehead of the human head, and the shenting acupoint is located in an area of 0.5-1.0cm in a forehead median hairline of the forehead of the human head. The area covered by the vibration of the first vibrating body 2 should include the distribution area of shenting points, generally speaking, in order to ensure the vibration stimulation effect and the overall volume of the acupoint therapy compound application device, the area covered by the vibration of the first vibrating body 2 should be just the area of the shenting points, that is, the first vibrating body 2 is distributed at the center of the shenting points when in use. In some embodiments, the first vibration body 2 has a diameter or side length of not more than 3.0 cm.

During the working vibration process of the first vibrating body 2, the amplitude of the first vibrating body is basically required to be larger or smaller than the amplitude of the first vibrating body, so that the first vibrating body can effectively stimulate the shenting point on the forehead of the head. In some embodiments, the amplitude of the first vibration body 2 is between 4-10 μm.

With continued reference to fig. 1 and 2, the two composites 3 are identical in structure. Each complex 3 includes a second vibrating body 31 and a light source 32. The second vibrating body 31 acts on the Yangbai point (located at 1.0-2.0cm above the eyebrow, straight up the pupil, and straight up the eye) on one side of the arch of the head forehead, and stimulates the Yangbai point through its vibration, i.e., it mainly acts on the deep muscular tissue of the Yangbai point, which is the initial part of the occipital-frontal muscle, the lateral end of the eye brow muscle, and the upper edge of the orbicularis oculi muscle.

The second vibrator 31 is disposed at the center of the composite body 3, and the light source 32 is disposed at the lower edge of the composite body 3. The light source 32 adopts monochromatic green light, the stroboflash is larger than 3120Hz, and the color temperature is 4000K-4600K (which is the color temperature condition of the nearest area of the luminophor). Therefore, the green light (with the wavelength of 520-550nm) has better permeability to soft tissues at the lower part of the upper eyebrow arch and the upper half part of the upper eyelid, and is suitable for the nervous system of the human body and retina tissues in the eyes; the color perceived by retinal tissues in the eye is mainly cone cells, which contain three kinds of visual elements, namely, blue, green and red. The green light is beneficial because: the green light wavelength has mild response to blue-green-red three-vision element induction threshold biological stimulation in a thalamus recognition area and a cortex reaction area of the forehead of the head, and the 'rest' effect is shown, so that cool and calm feeling is brought to people, and the lassitude is not easy to generate.

Light source 32 is positioned at the lower edge of complex 3 (in some embodiments, covering the soft tissue in the lower portion of the eyebrow arch and the upper portion of the eyelid), and utilizes the phototaxis that the light has certain permeability and biological instinct to human tissue. The green light can penetrate the upper eyelid, so as to induce the user to actively or involuntarily look up easily during the eye closing rehabilitation training, effectively relax or relax the muscle group or muscle bundle which governs the downward vision and inward rotation of the eyeball and relieve the exercise fatigue; the muscle group or muscle bundle which governs the upward vision and outward rotation of the eyeball recovers the contraction force, and isometric contraction training is obtained, so as to achieve the purpose of improving the flexibility.

With reference to fig. 1, the two complex bodies 3 are symmetrically arranged, and the first vibrating body 2 is arranged above the middle position of the connecting line of the two complex bodies 3, i.e. the second vibrating body 31 and the two complex bodies 3 are arranged correspondingly according to the distribution of shenting acupoints and two yang-white acupoints on the forehead of the human head. When the acupoint therapy application device is worn for use, the first vibrating body 2 on the acupoint therapy application device is just arranged on a shenting acupoint, and the two complex bodies 3 are just arranged on two Yangbai acupoints on the left and right eyebrow bows respectively. Illustratively, the distance between the centers of the horizontal lines between the two composite bodies 3 is 4.5 to 5.5cm, and the distance between the centers of the first vibration body 2 and the horizontal line between the two composite bodies 3 is 4.5 to 5.5 cm.

In order to make the acupoint therapy application device have better adaptability, the distance between the centers of the horizontal connecting lines between the two complex bodies 3 can be adjusted in a telescopic mode, namely the two complex bodies 3 can be adjusted in a left-right horizontal telescopic mode so as to adapt to different distances between different groups and Yangbai acupoints to obtain an effective vibration stimulation function, and similarly, the vertical distance between the first vibration body 2 and the horizontal connecting lines between the two complex bodies 3 can also be adjusted in a vertical mode.

In order to ensure that the acupuncture points can be effectively stimulated and the appearance volume of the whole acupuncture point treatment compound application device can be ensured as much as possible, the area covered by the compound body 3 in a vibration mode is just the area size of the area distributed by the Yangbai acupuncture points, namely the second vibrating body 31 in the compound body 3 is distributed on the central position of the Yangbai acupuncture points when in use. In the examples of application, the diameter or side length of the composite body 3 is not more than 2.0 cm.

The accessory elements in the embodiments of the present application are for mounting load bearing and control of the core element. In the embodiment of the present application, the accessory devices include a core device carrier 1, a ring-shaped elastic external fixing band and a remote controller (not shown). The first vibrating body 2 and the two complex bodies 3 are mounted on the supporting body 1, and the supporting body 1 can be assembled (for example, can be fixed by pasting) on the inner side surface of the annular elastic fixing band (the annular elastic external fixing band enables the core element and the supporting body 1 to be pasted and fixed on the forehead of the head of a rehabilitee, and acts on corresponding acupuncture points and muscle groups to avoid directly pasting on the skin, which leads to the occurrence of skin allergy adverse events). The size of the carrier 1 is required to satisfy the distribution positions of the first vibrating body 2 and the two complex bodies 3, namely, when in use, the first vibrating body 2 on the carrier 1 corresponds to the shenting acupoint position on the forehead of the head, and the two complex bodies 3 correspond to the two yang white acupoint positions on the forehead of the head. In some embodiments, the external dimensions of the carrier 1 are required to satisfy the telescopic horizontal adjustment within a distance of 4.5-5.5cm from the horizontal line connecting the centers of the two composite bodies 3, and also satisfy the vertical telescopic adjustment within a distance of 4.5-5.5cm from the vertical line connecting the centers of the first vibration body 2 and the two composite bodies 3.

Two ends of the annular elastic external fixing belt are respectively fixed on two ends of the bearing body 1 so as to wear the bearing body 1 on the forehead of the head of a rehabilitation trainer. The adoption of the annular elastic external fixing band can adapt to the wearing of the rehabilitation trainers with different head overall dimensions by utilizing the elasticity of the fixing band, thereby avoiding the occurrence of the phenomenon of indentation or pressure sore on the head of the rehabilitation trainers due to the short size of the fixing band. Of course, in other embodiments, the fixing band may also adopt a fixing band structure with an adjustable wearing length, which is not limited to the above.

In the present embodiment, the power supply of the first vibrating body 2 and the composite body 3 is supplied to the dc power supply planning region or the power line lead-out region 4 disposed on the carrier 1, and in other embodiments, the power supply of the first vibrating body 2 and the composite body 3 may be supplied by other commonly used power supply devices, for example, a micro lithium battery, but not limited thereto.

In the embodiment of the application, the annular elastic fixing band meets the elastic change ranges of 7cm (for a rehabilitee, a child) and 8cm (for a rehabilitee, a teenager/adult), 50cm-56cm (for a child model, a normal head circumference value of between 52 and 54cm in the 6-12 year old) and 52cm-60cm (for a teenager/adult model, a normal head circumference value of between 54 and 58cm in the teenager/adult).

The remote controller in the embodiment of the present application functions to control the operating states of the first vibrating body 2 and the two complex bodies 3. The remote controller is connected with the first vibrating body 2 and the two complex bodies 3 in a wireless communication mode, and can control whether the first vibrating body 2 vibrates or not and adjust and control the vibration frequency and the working time of the first vibrating body 2; meanwhile, the remote controller can also control whether the second vibrating body 31 in the compound body 3 vibrates or not, and adjust and control the vibration frequency and the vibration time of the second vibrating body; the light emission time of the light source 32 may also be controlled. The communication method between the remote controller and the first vibrator 2 and the two composite bodies 3 may be a wired (data transmission line) connection method for communication, and is not limited to this. The most basic requirements of the remote controller are as follows: starting a wait function, directly starting a default function, selecting a setting function, and forcibly turning off a function. The default function is directly started and the device directly enters the child rehabilitation training (1 group of rehabilitation training, 8 work cycles are directly set by default, and 30 seconds are consumed). The selection setting function comprises a child mode and a teenager/adult mode, one group of rehabilitation training can be selected in the range of 8-16 working cycles, the interval of each group of rehabilitation training is 30 seconds and 1 minute, each group of rehabilitation training can be selected in the range of 1-3 groups, and one-time rehabilitation training automatic closing is completed. For example: 1) a child mode is selected for rehabilitation training, 1 group of 8 working cycles can be set, and 30 seconds are consumed; 2) a teenager/adult mode is selected for rehabilitation training, 1 group of 8 working cycles can be set, and the time is 32 seconds; 3) selecting a child mode to carry out rehabilitation training, setting 2 groups and 8 working cycles, setting the interval rest between the two groups to be 1 minute, and taking 2 minutes in total; 4) selecting a child mode for rehabilitation training, setting 3 groups of 8 working cycles, stopping every group for 30 seconds and 1 minute in total, and taking 2.5 minutes in total

In order to better improve the eye recovery effect of the acupoint therapy application device, the work period of the first vibrating body 2 and the compound body 3 in the embodiment of the application is intermittent and discontinuous. That is, the vibration duty cycle of the first vibrator 2 is intermittent, the vibration duty cycle of the second vibrator 31 in the composite body 3 is intermittent, and the duty cycle of the light source 32 is also intermittent.

In order to perform targeted rehabilitation therapy according to rehabilitation trainers of different ages, the first vibrator 2, the second vibrator 31 and the light source 32 in the embodiment of the present application have two different duty cycles, i.e., a duty cycle for children (6-12 years) and a duty cycle for teenagers/adults, respectively.

Referring to fig. 3, fig. 3 is a schematic view illustrating a vibration duty cycle of the first vibration body for the child. When the rehabilitation trainer is a child, the working start duration of the first vibrating body 2 is 1.5 seconds (the vibration frequency is 6Hz), after the pause is 0.25 second, the working continues for 1.75 seconds (the vibration frequency is 10Hz), and the pause is 0.25 second again; one duty cycle is 3.75 seconds.

Referring to fig. 4, fig. 4 is a schematic view showing the vibration duty cycle of the first vibration body for teenagers/adults. When the rehabilitation trainer is a teenager/adult, the first vibrating body 2 starts to work for 1.6 seconds (the vibration frequency is 6Hz), after the pause is 0.3 second, the first vibrating body continues to work for 1.8 seconds (the vibration frequency is 10Hz), the pause is 0.3 second again, and one working cycle is 4.0 seconds.

For the second vibration body 31 in the composite body 3, the duty cycle of the second vibration body 31 is the same as that of the first vibration body 2, and the operation is kept synchronous. In some embodiments, the first vibration body 2 and the second vibration body 31 employ a variable frequency intermittent vibration device of the same structure.

The light emitting duty cycle of the light source 32 in the complex 3 is the same as and synchronous with the duty cycle of the first vibrating body 2 for the same type of rehabilitation training population. (see also FIG. 3). when the rehabilitation trainer is a child, one duty cycle of the light source 32 for emitting light is the same as the duty cycle of the first vibration body 2, and the light source 32 has an emitting duty cycle of 3.75 seconds, including a first duty cycle of 1.5 seconds + a first rest period of 0.25 seconds + a second duty cycle of 1.75 seconds + a second rest period of 0.25 seconds. (see also fig. 4) when the rehabilitation exerciser is a teenager/adult, the light source 32 emits light for a period of 4 seconds including a first operating period of 1.6 seconds + a first rest period of 0.3 seconds + a second operating period of 1.8 seconds + a second rest period of 0.3 seconds, and the first vibrator 2 is operated during the same period of 4 seconds.

In order to better enhance the healing effect of the acupoint therapy application device, the light source 32 in the embodiment of the present application is a variable intensity intermittent light emitting device, and for this purpose, the light source 32 can be used as a command signal. The light source 32 emits light alternately to form a working state matched with the exhalation and inhalation of the human body, so as to achieve better eye rehabilitation effect.

Similarly, for different rehabilitation training groups, the embodiment of the present application needs to set different duty cycles of the light intensity of the light source 32 correspondingly. Referring to fig. 5, fig. 5 is a schematic diagram illustrating a light intensity duty cycle of a light source for a child. When the rehabilitation trainer is a child, the light source 32 has a light intensity cycle operating duration of 3.75 seconds, including an operating duration of 1.5 seconds and a rest duration of 2.25 seconds. When the rehabilitee is a teenager/adult, the light source 32 has a light intensity cycle duty cycle of 4 seconds, including a duty cycle of 1.6 seconds and a rest cycle of 2.4 seconds.

In the light intensity duty cycle of the light source 32 described above in the present application, when the rehabilitee is a child, the ratio of the light intensity duty duration of the light source 32 of 1.5 seconds to the pause duration of 2.25 seconds is 2:3, which matches the ratio of the inspiration time to the expiration time of 1:2-2:3 in the normal case of children. The sum of the working duration and the pause duration of the luminous intensity of the light source 32 is equivalent to the duration of a light deep breathing cycle of a child aged 6-12 years, and the luminous intensity of the light source 32 gradually increases from weak to strong according to the condition that the gas phase is actively and forcefully increased when people breathe. Similarly, when the rehabilitee is a teenager/adult, the light source 32 is operated at a luminous intensity for a duration of 1.6 seconds and for a rest period of 2.4 seconds, the sum of which corresponds to the duration of a light deep breathing cycle of the teenager/adult. In the embodiment of the application, the rehabilitation person cooperates with inhaling, closing eyes and looking up when the light source 32 works; the rehabilitation person can continue to look up by breathing, closing eyes and continuing to look up in cooperation with the light source 32 at intervals, so that a better eye rehabilitation effect is achieved.

In the embodiment of the application, one working cycle of the acupoint therapy application device is equivalent to one time of light deep breathing (the normal breathing frequency of children in 8-14 years is 18-20 times/minute; the normal breathing frequency of adults is 16-20 times/minute), one group of acupoint therapy application rehabilitation training can be set between 8 and 16 times, and the acupoint composite therapy application rehabilitation training can be started again after 30 seconds or 1 minute is separated. The occurrence of respiratory alkalosis and mechanical vibration exposure harm caused by excessive ventilation in the rehabilitation training of the acupoint therapy patch is prevented.

It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the utility model. Thus, it is intended that the present invention cover the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents.

Claims

1. An application device comprising a core component and an accessory component, the accessory component comprising a carrier, an annular resilient outer mounting band and a remote control, wherein the core component comprises:

a first vibrator, the first vibrator being an independent variable frequency intermittent vibration device;

the pair of complex bodies have the same structural composition and respectively comprise a second vibrating body and a green light source, and the second vibrating body and the first vibrating body have the same structural composition and are both variable-frequency intermittent vibration devices; the second vibrating body is arranged at the center of the composite body, and the green light source is arranged at the lower edge of the composite body;

the first vibrating body and the pair of complex bodies are fixed on the supporting body, when the acupoint therapy is attached to the wearable body for use, the first vibrating body on the complex bodies just covers the shenting acupoint, and the pair of complex bodies just respectively cover the two Yang-Bai acupoints on the left and right eyebrow bows; the vibration frequency of the first vibrating body and the second vibrating body is 6-10 Hz; the green light source is a variable-intensity intermittent light-emitting device and generates an alternating light-emitting source matched with human body exhalation and inhalation.

2. The application device according to claim 1, wherein a center distance of a horizontal line connecting a pair of the composite bodies is telescopically adjustable, and a vertical distance of the first vibration body from the horizontal line connecting a pair of the composite bodies is vertically telescopically adjustable.

3. The application device according to claim 1 or 2, wherein the first vibration body has a diameter or side length of not more than 3.0cm, and the composite body has a diameter or side length of not more than 2.0 cm.

4. The application device according to claim 1 or 2, wherein the green light source strobes more than 3120Hz and the color temperature is between 4000K and 4600K.