阅读说明：本技术 一种冰袋试验眼镜装置 (Ice bag test glasses device ) 是由 武雷 苏新玲 黄德晖 于 2020-05-13 设计创作，主要内容包括：本发明涉及一种用于临床疾病诊断的冰袋试验眼镜装置,包括镜框,由可调节绑带连接的左右侧镜腿,超薄平光透明玻璃或树脂镜片,透明凝胶冰袋,镜片前装有可移动透明刻度尺用来测量眼裂大小,左侧镜腿上装有电子计时器装置,镜框中央装有可伸缩微摄像头装置,右侧镜腿上有控制微摄像头的按键。该眼镜装置,通过将透明凝胶冰袋卡入镜片后使之贴合于眼睑来实现冰袋试验,其对冰袋试验的工具和实施方法进行了统一,可移动刻度尺使该装置适用于不同瞳距的患者,使测量结果更精确,微摄像头装置使医生便于获取试验数据资料,且利于进一步的临床研究。该眼镜装置构型轻巧,操作简单,可重复使用,实用性强,集多功能于一体。(The invention relates to an ice bag test glasses device for clinical disease diagnosis, which comprises a glasses frame, a left side glasses leg and a right side glasses leg which are connected by an adjustable binding band, an ultrathin plain transparent glass or resin lens, a transparent gel ice bag, a movable transparent graduated scale arranged in front of the lens and used for measuring eye crack size, an electronic timer device arranged on the left side glasses leg, a retractable micro-camera device arranged in the center of the glasses frame, and a key for controlling the micro-camera arranged on the right side glasses leg. This glasses device makes it laminate in the eyelid and realizes the ice bag experiment through going into the lens with transparent gel ice bag card after, and it is unified to the experimental instrument of ice bag and implementation method, and portable scale makes the device be applicable to the patient of different interpupillary distances, makes the measuring result more accurate, and little camera device makes the doctor be convenient for acquire experimental data, and does benefit to further clinical research. The glasses device is light in structure, simple to operate, reusable, high in practicability and multifunctional.)

1. The utility model provides an experimental glasses device of ice bag, includes picture frame 1, left side mirror leg 2, right side mirror leg 3, lens 4, its characterized in that: lens 4 is ultra-thin flat transparent glass or resin lens, and the pupil axis of lens 4 is marked with the scale for measure the size of patient's eye fissure around experimental, can put into the transparent gel ice bag 6 of unified size in the draw-in groove 5 behind lens 4, left side mirror leg 2 and right side mirror leg 3 are connected by adjustable bandage 7, make the glasses device be fixed in the head and make the ice bag laminate in the eyelid more, be equipped with electronic timer 11 on the left side mirror leg 2, open the countdown through timer on-off key 12, timer timing key 13 can set up the countdown time, and reset key 14 can return to zero the time.

2. An ice bag testing eyeglass apparatus as set forth in claim 1, wherein: the transparent gel ice bag 6 is made of environment-friendly anti-freezing gel and skin-friendly TPU outer membranes.

3. An ice bag testing eyeglass apparatus according to claims 1-2, wherein: but be equipped with horizontal migration's scale 9 on the lens 4, scale 9 is transparent resin material, the translation about slide rail 8 on the reason is gone up to scale 9 accessible picture frame 1 to buckle 10 on the accessible slide rail 8 is fixed scale in a certain position.

4. An ice bag testing eyeglass apparatus according to claim 3, wherein: the graduated scale 9 is fixed in the center of the eyelid fissure when in use.

5. An ice bag testing eyeglass apparatus according to claims 1-4, wherein: the picture frame 1 central authorities are equipped with little camera device 15, the length and the angle that little camera device 15 accessible was adjusted telescopic link 16 make it arrange suitable position in, telescopic link control key 17 is equipped with on the right side mirror leg 3, and key 18 and the key 19 of making a video recording are taken a picture to the key 18 control of taking a video recording of making a video recording, and the key 19 control of making a video recording is started and is suspended for stopping recording and automatic video saving for 2 seconds of long press the key of making a video recording.

Technical Field

The invention relates to an eyeglass device for clinical disease diagnosis, in particular to a multifunctional eyeglass device for diagnosing myasthenia gravis by applying an ice bag test principle.

Background

Studies have demonstrated that the ice bag test has important diagnostic value for myasthenia gravis (eye muscle type or other types with eye muscle involvement). The test has the advantages of non-invasiveness, simple operation, relatively low special requirement and equipment dependence, no risk and side effect, high sensitivity and specificity to disease diagnosis, and wide clinical application. However, there are some problems with this current trial in the clinical implementation: 1. ice bag tools are not uniform: the sizes and the shapes of the ice bags are not uniform, some ice bags are even wrapped by a towel, and some ice bags are made by filling water into finger parts of latex gloves; 2. the implementation methods are not uniform: some doctors help to place the eyelids of patients, and some patients are pasted on the eyelids, so that the placement positions, the pasting degree of the eyelids and the like are not uniform; 3. measurement tools and methods are not uniform: some adopt the clock method to measure the change of the eyelid fissure visually, some adopt the ruler to measure the width change of the eyelid fissure directly. At present, similar devices are not available in clinic, the inconsistency brings inconvenience to clinicians and patients, and the test is restricted to play a greater role in diagnosis and treatment and research of myasthenia gravis, so that an auxiliary device for an ice bag test is urgently needed.

Disclosure of Invention

The invention aims to provide an ice bag testing device which is convenient to carry, simple to operate and accurate in measurement, so as to solve the defects in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme: the utility model provides an ice bag test glasses device, includes picture frame, mirror leg, ultra-thin plain transparent glass or resin lens, and the pupil axis superscript of lens has the scale, is equipped with the draw-in groove that can put into the ice bag behind the lens. In addition, transparent gel ice bags with uniform sizes are arranged. An electronic timer device is arranged on one side of the glasses leg.

According to a further optimized scheme, the lens is provided with a transparent resin graduated scale capable of moving horizontally, the graduated scale can move left and right through a sliding rail relatively fixed to the upper edge of the glasses frame and can be fixed at a required position through a buckle, and the center of the eyelid fissure is preferably selected.

In a further optimized scheme, the center of the mirror frame is provided with a telescopic micro-camera device, and the mirror legs on the other side are provided with keys for controlling the camera device.

According to a further optimized scheme, the transparent gel ice bag can be an outer film made of environment-friendly anti-freezing gel and skin-friendly TPU.

Compared with the prior art, the invention has the beneficial effects that: 1. according to the ice bag test glasses device, the sheet-shaped transparent gel ice bag is placed in the clamping groove behind the lens, the ice bag is made of environment-friendly anti-freezing gel so as to be not frozen at a low temperature, the plasticity of the ice bag is guaranteed, the ice bag is tightly attached to the eyelid, so that the ice bag test effect is achieved, the outer film of the ice bag is made of a skin-friendly TPU material, the low-temperature ice bag can be relieved and directly contacts the eyelid, so that possible frostbite of a patient is avoided, and the discomfort of the patient is reduced; 2. the movable transparent graduated scale on the lens can measure the distance between the upper eyelid edge and the lower eyelid edge on the pupil axis, namely the eyelid fissure, and can be suitable for patients with different pupil distances to use; 3. an on-off key, a time adjusting key and a reset key on the left side of the glasses leg control an electronic timer to set countdown for 2 minutes; 4. the length and the angle of the micro-camera device installed in the center of the glasses frame can be adjusted to the proper position in front of the two eyes through adjusting the length and the angle of the telescopic rod, and photos or videos are shot or recorded through key control on the right side glasses legs. The testing device is light in structure, simple to operate, reusable and high in practicability. The test result can be visually and reliably stored, is convenient for analysis, judgment and research, can unify the test method and the data standard if being converted and popularized, and plays an important role in disease diagnosis and further research.

Drawings

FIG. 1 is a front view of the inventive device

FIG. 2 is a rear view of the inventive device

FIG. 3 is a left side view of the inventive apparatus

FIG. 4 is a right side view of the inventive apparatus

FIG. 5 is a top view of the inventive apparatus

The reference numbers in the figures are: 1-a picture frame, 2-a left side mirror leg, 3-a right side mirror leg, 4-a lens, 5-a clamping groove, 6-an ice bag, 7-an adjustable binding band, 8-a sliding rail, 9-a graduated scale, 10-a buckle, 11-an electronic timer, 12-a timer on-off key, 13-a timer timing key, 14-a timer reset key, 15-a micro camera, 16-a telescopic rod, 17-a telescopic rod control key, 18-a photographing key and 19-a photographing key.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention clearer, the technical solutions in the embodiments of the present invention will be further described in detail with reference to the accompanying drawings and the embodiments. The specific embodiments described herein are merely illustrative of the invention and are not intended to be limiting.

Referring to fig. 1-5, the present invention provides a technical solution: the utility model provides an ice bag test glasses device, includes picture frame 1, left side mirror leg 2, right side mirror leg 3, lens 4, and lens 4 are ultra-thin plain transparent glass or resin, is equipped with draw-in groove 5 behind the lens 4, can put into the ice bag 6 of unified size in the draw-in groove 5, is equipped with transparent gel in the ice bag 6, and left side mirror leg 2 and right side mirror leg 3 are connected by adjustable bandage 7. The upper edge of the spectacle frame 1 is provided with a slide rail 8, the slide rail 8 is provided with a movable graduated scale 9 which can move left and right in front of the spectacle lens, the graduated scale 9 is made of transparent resin material, and the graduated scale 9 can be fixed at a certain position through a buckle 10 on the slide rail. An electronic timer 11 is arranged on the left side glasses leg 2, countdown is started through a timer on-off key 12, countdown time can be set through a timer timing key 13, and the time can be reset to zero through a reset key 14. The center of the spectacle frame 1 is provided with a micro-camera device 15, the micro-camera 15 is arranged at a proper position in front of two eyes by adjusting the length and the angle of a telescopic rod 16, a telescopic rod control key 17, a photographing key 18 and a camera key 19 are arranged on the right side spectacle leg 3, the photographing key 18 controls the micro-camera to grab a photo, the camera key 19 controls the start and the pause of video recording of the micro-camera, and the video is automatically stored after the camera key is pressed for 2 seconds.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and should not be taken as limiting the invention, so that any modification, replacement or improvement made within the spirit and principle of the present invention should be included in the scope of the present invention.