TWM456803U - Optimization device with ciliary muscle regulating function - Google Patents
Optimization device with ciliary muscle regulating function Download PDFInfo
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- TWM456803U TWM456803U TW102203625U TW102203625U TWM456803U TW M456803 U TWM456803 U TW M456803U TW 102203625 U TW102203625 U TW 102203625U TW 102203625 U TW102203625 U TW 102203625U TW M456803 U TWM456803 U TW M456803U
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本創作係關於一種光學設備，特別是關於一種用於視功能優化康復訓練的睫狀肌調節功能優化儀。This creation is about an optical device, and more particularly relates to a ciliary muscle regulation function optimizer for visual function optimization rehabilitation training.
目前，常見的視功能問題包括近視眼、遠視眼、散光、斜視、弱視及老花眼等，解決這些問題目前一般採用配戴眼鏡或者手術治療的方法，但是眾所周知，眼鏡不能治癒這些問題，手術的風險又極大。At present, common visual function problems include myopia, hyperopia, astigmatism, strabismus, amblyopia, and presbyopia. To solve these problems, glasses or surgical treatment are generally used. However, it is well known that glasses cannot cure these problems, and the risk of surgery is increased. great.
為了克服這些問題，霧視法等一系列治療手段和設備產生出來，其原理是根據近視眼、遠視眼、散光、斜視、弱視及老花眼等成因理論，針對其成因的特徵，運用全新調節訓練理論，能有效調整眼睛的視覺狀態，實現針對包括大腦圖像形成、視覺中樞神經控制系統，以調節功能優化為核心，包括調節、集合眼球的內外肌力和眼球運動、增強眼睛自我調節機能(如：調節幅度和調節反應速度等)等全面視覺功能拓展訓練，從而達到提升視力，改善眼部屈光狀態，使眼睛的視覺功能得到全面強化和優化，也是從根本上改善成像焦點與眼軸長度不相匹配的問題，有效剌激視網膜及視覺中樞的圖像識別能力，使近視、弱視、散光、老視的視力快速提升並且持久穩定；但這些設備只能作近點訓練，經常造成患者睫狀肌痙攣。In order to overcome these problems, a series of treatments and equipment such as fog vision method are produced. The principle is based on the genetic theory of myopia, hyperopia, astigmatism, strabismus, amblyopia and presbyopia, and the new adjustment training theory is applied to the characteristics of its causes. It can effectively adjust the visual state of the eye, and achieves the core image adjustment and visual central nervous system control system, and adjusts the function optimization as the core, including adjusting, collecting the inner and outer muscle strength and eye movement of the eyeball, and enhancing the self-regulating function of the eye (eg: Comprehensive visual function expansion training such as adjusting the amplitude and adjusting the reaction speed, etc., thereby improving vision, improving eye refraction, and fully enhancing and optimizing the visual function of the eye, and fundamentally improving the imaging focus and the length of the eye axis. The matching problem effectively stimulates the image recognition ability of the retina and the visual center, so that the vision of myopia, amblyopia, astigmatism and presbyopia is rapidly improved and stable; however, these devices can only be used for near-point training, often causing the patient to have a ciliary shape. Tendons.
本創作提供一種結構簡單、控制方便，採用物理訓練的方法改善視功能，安全可靠，無副作用的睫狀肌調節功能優 化儀。The present invention provides a simple structure, convenient control, physical training method to improve visual function, safe and reliable, and excellent ciliary muscle regulating function without side effects. Chemical instrument.
為了實現上述目的，本創作採用的技術手段是： 睫狀肌調節功能優化儀，包括支撐座、工作台和綜合驗光儀，工作台安裝在支撐座上，綜合驗光儀固定在工作台的一端；在工作台上綜合驗光儀的對應端設有一體式的視力優化康復裝置，所述視力優化康復裝置包括固定在所述工作台上的一體式箱體、驅動裝置、視標導軌和導軌板，導軌板安裝在箱體的上部，驅動裝置和視標導軌安裝在導軌板上且箱體上蓋對應綜合驗光儀方向開設有便於視標導軌佈設的軌道槽，視標導軌上固定有視標座及安裝在視標座上的視標架，視標架上安裝有與綜合驗光儀配套使用的視標，驅動裝置驅動視標導軌上視標座、視標架及其上的視標一併往復運動；所述視力優化康復裝置的箱體上側面還設有與所述驅動裝置和視標通過信號線連接的操作面板。In order to achieve the above objectives, the technical means adopted in this creation are: The ciliary muscle regulating function optimization instrument comprises a support base, a worktable and a comprehensive refractometer, the worktable is mounted on the support base, the comprehensive refractometer is fixed at one end of the worktable; and the corresponding end of the comprehensive refractometer on the workbench is integrated Vision-optimized rehabilitation device, comprising an integrated box, a driving device, an optotype guide rail and a rail plate fixed on the workbench, the rail plate is mounted on the upper part of the box, the driving device and the view The standard guide rail is mounted on the guide rail plate, and the upper cover of the box body is provided with a track groove for facilitating the layout of the visual guide rail corresponding to the direction of the integrated refractometer. The visual guide seat is fixed on the visual guide rail and the visual target frame mounted on the visual target seat, the visual target An optical target for use with the integrated refractometer is mounted on the frame, and the driving device drives the visual target seat on the visual guide rail, the visual target frame and the visual target thereon to reciprocate together; the upper side of the box of the vision optimized rehabilitation device An operation panel connected to the drive device and the optotype via a signal line is also provided.
所述支撐座與工作台之間設有控制工作台升降的雙向同步動力全自動升降裝置。A two-way synchronous power automatic lifting device for controlling the lifting and lowering of the working table is arranged between the support base and the work platform.
所述視力優化康復裝置的驅動裝置由驅動電源、驅動器和步進電機組成，驅動電源、驅動器和步進電機安裝在箱體內的導軌板上。The driving device of the vision-optimized rehabilitation device is composed of a driving power source, a driver and a stepping motor, and the driving power source, the driver and the stepping motor are mounted on a rail plate in the box body.
所述視力優化康復裝置的視標導軌由導軌架和安裝在導軌架上的傳送皮帶組成，所述視標座固定在傳送皮帶上。The optotype guide rail of the vision-optimized rehabilitation device consists of a rail frame and a conveyor belt mounted on the rail frame, the opto-seat holder being fixed to the conveyor belt.
所述視標導軌兩端的箱體上還安裝有防撞感應器。An anti-collision sensor is also mounted on the box at both ends of the optotype rail.
所述綜合驗光儀固定在工作台端部垂直設置的支撐架上。The integrated refractometer is fixed on a support frame vertically disposed at the end of the workbench.
所述箱體兩旁還設有具有散熱作用的波浪式五角星孔。The box body is also provided with wave-type pentagonal star holes with heat dissipation on both sides.
本創作的有益效果是：本創作通過霧視法，以調節功能優化為核心，包括調節、集合眼球的內外肌力和眼球運動、增強眼睛自我調節機能 等全面視覺功能拓展訓練，從而達到提升視力，改善眼部屈光狀態，使眼睛的視覺功能得到全面強化和優化，從根本上改善成像焦點與眼軸長度不相匹配的問題，有效剌激視網膜及視覺中樞的圖像識別能力，使近視、弱視、散光、老視的視力快速恢復並且持久穩定。The beneficial effect of this creation is that the creation is based on the fog vision method, with the adjustment function optimization as the core, including adjusting, collecting the inner and outer muscle strength and eye movement of the eyeball, and enhancing the self-regulating function of the eye. Such as comprehensive visual function expansion training, in order to improve vision, improve eye refraction, and fully enhance and optimize the visual function of the eye, fundamentally improve the problem that the imaging focus does not match the length of the axial length, effectively stimulate the retina And the image recognition ability of the visual center makes the vision of myopia, amblyopia, astigmatism and presbyopia recover quickly and lasts for a long time.
具體包括以下幾點：Specifically include the following:
1.近點訓練，視標導軌上的視標可進行近距離循環運動；1. Near-point training, the visual target on the visual guide rail can perform close-range cyclic motion;
2.集合調節訓練，視標導軌上的視標可進行長距離循環運動，避免近點訓練造成的患者睫狀肌痙攣現象；2. Set adjustment training, the visual target on the visual guide rail can perform long-distance circular motion to avoid the ciliary muscle spasm caused by near-point training;
3.遠點訓練，視標導軌上的視標可進行遠距離循環運動；3. From the far point training, the visual target on the visual guide rail can perform long-distance cyclic motion;
4.調節驗光，還可以通過綜合驗光儀隨時精確驗出患者屈光正、負向調節幅度。4. Adjust the optometry, and also accurately check the positive and negative adjustment amplitude of the patient at any time through the comprehensive refractometer.
5.視力驗光，利用設備綜合驗光儀進行常規驗光。5. Vision optometry, using the equipment comprehensive refractometer for routine optometry.
6.除上述視標控制器的單鍵停止點(近點、遠點)功能，其他停點均可自由操作。6. In addition to the one-button stop point (near point, far point) function of the above-mentioned optotype controller, other stop points can be operated freely.
7.運動速度快慢也可隨意自由操作，針對患者能力調整，並具備消除患者訓練中產生的複視狀況功能。7. The speed of movement can also be freely operated freely, adjusted for patient's ability, and has the function of eliminating the double vision status generated during patient training.
1‧‧‧支撐座1‧‧‧ support
2‧‧‧工作台2‧‧‧Workbench
3‧‧‧綜合驗光儀3‧‧‧Comprehensive optometry
4‧‧‧支撐架4‧‧‧Support frame
5‧‧‧視力優化康復裝置5‧‧‧Vision-optimized rehabilitation device
50‧‧‧箱體50‧‧‧ cabinet
500‧‧‧軌道槽500‧‧‧track slot
51‧‧‧驅動裝置51‧‧‧ drive
510‧‧‧驅動電源510‧‧‧ drive power
511‧‧‧驅動器511‧‧‧ drive
512‧‧‧步進電機512‧‧‧Stepper motor
52‧‧‧視標導軌52‧‧ ‧ visual guide rail
520‧‧‧導軌架520‧‧‧ rail bracket
521‧‧‧傳送皮帶521‧‧‧Transport belt
53‧‧‧導軌板53‧‧‧rail plate
54‧‧‧視標座54‧‧‧ 视标座
55‧‧‧視標架55‧‧‧Vision frame
56‧‧‧視標56‧‧ ‧ visual standard
57‧‧‧操作面板57‧‧‧Operator panel
6‧‧‧雙向同步動力全自動升降裝置6‧‧‧Two-way synchronous power automatic lifting device
圖1是本創作正視結構示意圖；圖2是本創作立體結構示意圖；圖3是本創作視標導軌及其上的部件結構放大示意圖；圖4是本創作操作面板的放大示意圖。1 is a schematic view of the structure of the present invention; FIG. 2 is a schematic view of the three-dimensional structure of the present invention; FIG. 3 is an enlarged schematic view of the structure of the present invention and the components thereon; FIG. 4 is an enlarged schematic view of the operation panel of the present invention.
如圖1至圖3所示，睫狀肌調節功能優化儀，包括支撐座1、工作台2和綜合驗光儀3，工作台2安裝在支撐座1上， 綜合驗光儀3固定在工作台2端部垂直設置的支撐架4上，所述支撐座1與工作台2之間設有控制工作台2升降的雙向同步動力全自動升降裝置6。As shown in FIG. 1 to FIG. 3, the ciliary muscle regulating function optimization instrument comprises a support base 1, a workbench 2 and a comprehensive refractometer 3, and the workbench 2 is mounted on the support base 1, The integrated refractometer 3 is fixed on the support frame 4 which is vertically disposed at the end of the table 2. The two-way synchronous power automatic lifting device 6 for controlling the lifting and lowering of the table 2 is arranged between the support base 1 and the work table 2.
如圖2所示，在工作台2上綜合驗光儀3的對應端設有一體式的視力優化康復裝置5，所述視力優化康復裝置5包括固定在所述工作台2上的一體式箱體50、驅動裝置51、視標導軌52和導軌板53，導軌板53安裝在箱體50的上部，箱體兩旁還設有具有散熱作用的波浪式精美五角星孔，驅動裝置51和視標導軌52安裝在導軌板53上且箱體50上蓋對應綜合驗光儀3方向開設有便於視標導軌52佈設的軌道槽500，視標導軌52上固定有視標座54及安裝在視標座54上的視標架55，視標架55上安裝有與綜合驗光儀3配套使用的視標56，驅動裝置51驅動視標導軌52上視標座54、視標架55及其上的視標56一併往復運動；所述視力優化康復裝置5的箱體50上側面還設有與所述驅動裝置51和視標56通過信號線連接的操作面板57。As shown in FIG. 2, an integrated vision-optimized rehabilitation device 5 is provided on the corresponding end of the integrated refractometer 3 on the table 2, and the vision-optimized rehabilitation device 5 includes an integrated cabinet fixed to the table 2. 50, the driving device 51, the visual guide rail 52 and the rail plate 53, the rail plate 53 is installed on the upper part of the box 50, the box body is also provided with a wave-shaped fine pentagonal star hole with heat dissipation function, the driving device 51 and the visual guide rail 52 is mounted on the rail plate 53 and the upper cover of the box 50 is provided with a track slot 500 for facilitating the alignment of the optotype rail 52 in the direction of the integrated refractometer 3, and the optotype rail 54 is fixed on the optotype rail 52 and mounted on the optotype seat 54. The optotype frame 55 is mounted on the optotype frame 55 with an optotype 56 for use with the integrated refractometer 3. The driving device 51 drives the optotype guide 52 on the optotype guide 52, the optotype frame 55 and the optotype 56 thereon. The reciprocating motion of the housing 50 of the vision-optimized rehabilitation device 5 is further provided with an operation panel 57 connected to the driving device 51 and the optotype 56 by signal lines.
如圖2所示，所述視力優化康復裝置5的驅動裝置51由驅動電源510、驅動器511和步進電機512組成，驅動電源510、驅動器511和步進電機512安裝在箱體50內的導軌板53上；視力優化康復裝置5的視標導軌52由導軌架520和安裝在導軌架520上的傳送皮帶521組成，所述視標座54固定在傳送皮帶521上並由步進電機512帶動；在視標導軌52兩端的箱體50上還安裝有防撞感應器。As shown in FIG. 2, the driving device 51 of the vision-optimized rehabilitation device 5 is composed of a driving power source 510, a driver 511, and a stepping motor 512. The driving power source 510, the driver 511, and the stepping motor 512 are mounted on the rails in the casing 50. On the plate 53, the optotype guide 52 of the vision-optimized rehabilitation device 5 is composed of a rail frame 520 and a conveyor belt 521 mounted on the rail frame 520, which is fixed to the conveyor belt 521 and driven by the stepping motor 512. A collision avoidance sensor is also mounted on the casing 50 at both ends of the optotype guide rail 52.
本創作可以根據每個人不同的視力缺陷在各種使用方法中選取並組合適合的方法，同時設計時間長短和步驟先後，形成有針對性的康復方案，現以各種訓練的方法對該睫狀肌調節功能優化儀加以說明。該睫狀肌調節功能優化儀的訓練使用方法步驟為：This creation can select and combine the appropriate methods according to each person's different visual defects, and design the length of time and the sequence of steps to form a targeted rehabilitation program. The ciliary muscles are adjusted by various training methods. The function optimizer is described. The training method of the ciliary muscle regulating function optimization instrument is as follows:
步驟一：【雙眼視力平衡檢測】Step 1: [Binacular vision balance detection]
1.選用E視標；2.按鍵：按下操作面板57上的【雙眼平衡】鍵；3.置入驗光處方(不含柱鏡)；4.置入近用瞳距；5.先右後左比較雙眼清晰度(依最佳E視標視力)，6.如雙眼不平衡，在清晰眼視孔上逐步遞加+DS(或稱降-DS)，7.至雙眼清晰度一致，或主視眼較清晰即完成平衡，8.如雙眼度數相差2.50 DS，則進行單眼訓練。1. Select the E visual standard; 2. Press the button: press the [Binagle Balance] button on the operation panel 57; 3. Place the optometry prescription (excluding the cylindrical lens); 4. Place the near-field distance; 5. First Right rear left to compare the clarity of both eyes (according to the best E visual standard vision), 6. If the eyes are unbalanced, gradually add +DS (or drop-DS) on the clear eye hole, 7. to both eyes The definition is consistent, or the main eye is clearer to complete the balance, 8. If the degree of the eyes is different 2.50 DS, then monocular training.
步驟二：【睫狀肌正屈光訓練】Step 2: [Ciliary muscle positive refractive training]
1.【近點穩定】增值量1. [near point stabilization] value added
1.完成【雙眼平衡】處的雙眼平衡矯正度數後進行，2.按鍵：按下操作面板57【近點穩定】鍵，3.選用最佳E視標視力(一般為最小視標)，4.逐步遞加負鏡，5.以最佳E視標臨界模糊點為標準，6.記錄臨界模糊點時的負載，即為正調節穩定增值量(近點穩定度)。1. After completing the balance correction degree of the eyes of both eyes, 2. Press the button: press the [Close Point] button on the operation panel 57, 3. Select the best E-visor vision (usually the minimum target) 4. Gradually add the negative mirror, 5. Take the optimal E-marker critical blur point as the standard, 6. Record the load at the critical fuzzy point, that is, positively adjust the stable value-added amount (near-point stability).
2.【正屈光調節訓練】2. [Positive refractive adjustment training]
1.完成【近點穩定】增值量測定後進行，2.以【近點穩定】增值量為基數，換成#視標，3.逐步遞加負鏡，以遞加-1.00 DS~-3.00 DS為一組訓練，4.視標訓練移動按鍵：按下【近點訓練】鍵，5.要求患者注視#較模糊的線條至清楚，6.停至【近點穩定】距離，以E視標最小視標為訓練評估標準，7.訓練總時間在15-20分鐘左右(正常每次3組)， 8.每組訓練時間為4-8分鐘，9.記錄每組負載、視覺狀況、視力狀況等。1. Complete the [near-point stabilization] value-added measurement, 2. Use the [near-point stability] value-added amount as the base, change to #视标, 3. Gradually add negative mirror to add -1.00 DS~-3.00 DS is a group of training, 4. Optotype training mobile button: press the [near point training] button, 5. ask the patient to look at the #blurry lines to clear, 6. stop to the [near point stable] distance, to E view The minimum visual target is the training evaluation standard, and the total training time is about 15-20 minutes (normally 3 groups each time). 8. Each group of training time is 4-8 minutes, 9. Record each group of load, visual condition, visual condition and so on.
步驟三：【集合調節訓練】Step 3: [Collection adjustment training]
1.在正屈光調節訓練後必須進行！1. Must be done after positive refractive adjustment training!
(市面上舊型設備只能近點訓練，經常造成患者睫狀肌痙攣，非常危險)。(The old equipment on the market can only be trained in close proximity, often causing ciliary muscle spasm in patients, which is very dangerous).
2.採用最大E視標組合，3.視標移動按鍵：按下操作面板57【集合調節】鍵，4.逐步遞減負鏡(可每次300度往下降)，直至球鏡負載為平光(PL)或驗光處方度數，5.由大往小，要求患者在動態中識別E視標組合。2. Use the maximum E visual standard combination, 3. Optotype mobile key: Press the operation panel 57 [Collection adjustment] key, 4. Gradually reduce the negative mirror (can be lowered every 300 degrees) until the spherical mirror load is flat ( PL) or optometry prescription, 5. From large to small, the patient is required to identify the E-visual combination in the dynamic.
步驟四：【睫狀肌負屈光訓練】Step 4: [Ciliary muscle negative refractive training]
1.【遠點穩定】增值量：1. [far point stability] value added:
1.以【集合調節訓練】最終雙眼平衡度數為基數，2.按鍵：按下操作面板57【遠點穩定】鍵，3.選用【遠點穩定】最佳視力上兩行視標，4.逐步遞加正鏡，5.以最佳視力上兩行視標的臨界模糊點為標準，6.記錄臨界模糊點時的負載及視標標準，即為負調節穩定增值量。1. Take the [collection adjustment training] final balance of the two eyes as the base, 2. Press: press the operation panel 57 [remote point stability] button, 3. select [far point stability] the best visual acuity on the two lines of visual indicators, 4 Gradually add the positive mirror, 5. Take the critical blur point of the two lines of visual target on the best visual acuity as the standard, 6. Record the load and the standard of the visual standard when the critical fuzzy point is recorded, that is, the negative adjustment stable increase value.
2.【負屈光調節訓練】2. [Negative refractive adjustment training]
1.完成【遠點穩定】測定後進行，2.以【遠點穩定】增值量為基數的上兩行E視標為鎖定注視視標，3.逐步遞加正鏡(或降低負鏡)，以遞加0.25 DS~1.00 DS為一組訓練，4.以【遠點穩定】為訓練評判標準和評估標準位置，5.視標訓練移動按鍵：【遠點訓練】(也可不移動，凝 視訓練)6.訓練時間在15分鐘左右，7.每組訓練時間為5分鐘，8.記錄每組負載、視標狀況等。1. Complete the [far point stability] measurement, 2. The upper two lines of the E-marker with the [far-point stability] value-added amount as the locking gaze target, 3. Gradually add the positive mirror (or lower the negative mirror) , with 0.25 DS~1.00 DS as a group of training, 4. With [far point stability] as the training criterion and evaluation standard position, 5. Visual standard training mobile button: [far point training] (also can not move, condensate According to the training) 6. The training time is about 15 minutes, 7. The training time of each group is 5 minutes, 8. Record the load of each group, the status of the target, and so on.
其他按鍵功能：Other button functions:
1.【前進→】【後退←】：根據手動距離的設定值，按下【前進→】【後退←】方向鍵，視標向前或向後移動指定距離。1. [Forward →] [Back ←]: According to the set value of the manual distance, press the [Forward →] [Back ←] direction key to move the specified distance forward or backward.
2.【減速↓】【加速丁】：按【減速↓】【加速↑】鍵可以直接選擇所需速度。2. [Deceleration ↓] [Accelerated D:] Press [Deceleration ↓] [Accelerate ↑] to directly select the desired speed.
3.【停止/復位】：按【停止/復位】鍵，第一次按視標停止，第二次按視標回到原點位置。3. [Stop/Reset]: Press the [Stop/Reset] button, the first time you press the optotype to stop, and the second time you press the optotype to return to the origin position.
以上所述實施例只是為本創作的較佳實施例，並非以此限制本創作的實施範圍，凡依本創作之形狀、構造及原理所作的等效變化，均應涵蓋於本創作的保護範圍內。The embodiments described above are only preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. The equivalent changes made by the shape, structure and principle of the present invention should be covered by the scope of the present invention. Inside.
1‧‧‧支撐座1‧‧‧ support
2‧‧‧工作台2‧‧‧Workbench
3‧‧‧綜合驗光儀3‧‧‧Comprehensive optometry
4‧‧‧支撐架4‧‧‧Support frame
5‧‧‧視力優化康復裝置5‧‧‧Vision-optimized rehabilitation device
50‧‧‧箱體50‧‧‧ cabinet
500‧‧‧軌道槽500‧‧‧track slot
520‧‧‧導軌架520‧‧‧ rail bracket
55‧‧‧視標架55‧‧‧Vision frame
56‧‧‧視標56‧‧ ‧ visual standard
57‧‧‧操作面板57‧‧‧Operator panel
6‧‧‧雙向同步動力全自動升降裝置6‧‧‧Two-way synchronous power automatic lifting device
Claims (7)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102203625U TWM456803U (en) | 2013-02-26 | 2013-02-26 | Optimization device with ciliary muscle regulating function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102203625U TWM456803U (en) | 2013-02-26 | 2013-02-26 | Optimization device with ciliary muscle regulating function |
Publications (1)
| Publication Number | Publication Date |
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| TWM456803U true TWM456803U (en) | 2013-07-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| TW (1) | TWM456803U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111588602A (en) * | 2020-05-29 | 2020-08-28 | 哈尔滨市全科医疗技术发展有限责任公司 | Adjustable treatment chair |
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2013
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111588602A (en) * | 2020-05-29 | 2020-08-28 | 哈尔滨市全科医疗技术发展有限责任公司 | Adjustable treatment chair |
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