CN204581891U - A kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument - Google Patents
A kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument Download PDFInfo
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- CN204581891U CN204581891U CN201520246988.XU CN201520246988U CN204581891U CN 204581891 U CN204581891 U CN 204581891U CN 201520246988 U CN201520246988 U CN 201520246988U CN 204581891 U CN204581891 U CN 204581891U
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Abstract
The utility model discloses a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument, belong to visual training instrument technical field, comprise main panel and form, described main panel two sides is respectively equipped with prism plate, height runner plate and low mirror disk, prism plate and low mirror disk and main panel hinged, can rotate by opposing main faces plate, height runner plate can slide on the home panel, prism plate, height runner plate and low mirror disk are separately installed with eyeglass, and eyeglass can be overlapping at form place.The technical program, by arranging prism plate, height runner plate and low mirror disk structure, can obtain the different eyeglass number of degrees by different eyeglasses overlap, reach the effect of buphthalmos thinning, considerably increase the space between buphthalmos and target object; Pass through again highly mirror adjusting knob, prism plate regulating handle and low mirror disk and control mouth three place simple adjustment, realize the number of degrees at the form place of change fast, simple to operate, and the easy time in control interval, number of degrees change accurately evenly, optimizes training effect.
Description
Technical field
This utility model belongs to visual training instrument technical field, relates to a kind of short sight rehabilitation training supplementary instrument, especially relates to a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument.
Background technology
For many years, due to learning pressure, use the reasons such as eye custom, there is a large amount of myopia, amblyopia younger population in China always, simultaneously through development for many years, also occur that some treat the medical procedure of near-sighted amblyopia, such as the most reliable present laser therapy method, but this Therapeutic Method is higher to the requirement that the later stage keeps, if can not accomplish, then easily rebound, allow many teenager hang back.In addition, also some instruments have been there are, trained by this instrument, prevention, low recovery, highly improvement and stable effect can be reached, this training is without the need to operation, to the complete fanout free region of eyes, and can also form to a certain extent preferably by eye custom, therefore be subject to the favor of many teenager heads of a family.
According to the principle of myopia, due to the in-plant object of patient's long focus, as books, computer, TV etc., cause ciliary muscle tired, shrink regulating power and reduce, original position can not be adjusted to, thus form myopia.Existing instrument for training is exactly according to this principle, utilize the eyeglass of the different number of degrees to switch and regulate patient's vision, utilize moveable target object simultaneously, movement rapidly on far and near direction before patient, make rapid desufflation and the stretching thereupon of patient's ciliary muscle, thus reach the effect of training, through after a while with the training of rule after, make patient's ciliary muscle spontaneous contractions function improve and recover.
On the one hand, according to the operating instruction on training for treatment instrument and instructions for use, when training, eyes are 7cm with the minimum range of the moving icon seen, and need to reserve certain space between camera lens and target object, so that trainer's Self-operating, therefore train the thickness of buphthalmos the smaller the better; If use common optometry buphthalmos, itself buphthalmos thickness, more than 7cm, does not reach the minimum spacing of requirement, affects training effect.
On the other hand, the setting of common optometry buphthalmos eyeglass is very complicated, and wherein the setting of positive negative film is maximum 1675 degree of positive, maximum 1900 degree of negative film, and every grade of interval is 25 degree, and this set variable gradient is little, is applicable to optometry, is not but suitable for myopia training.Therefore, many existing training tutors propose and train with glasses optometry testing jig, and the eyeglass number of degrees can be selected arbitrarily, and optometry test mirror holder does not take up room, substantially can reach training demand, but its problem is, when a student is trained, two tutors are needed to switch eyeglass, and different according to the proficiency level of tutor, and the speed of each switching eyeglass is also uneven, not only operate poor efficiency trouble, also affect training effect.
Utility model content
In order to solve the problem, this utility model provides a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument, thus reaches handled easily, in stable condition effect.
This utility model is achieved by following technical solution.
A kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument, comprise main panel and form, described main panel two sides is respectively equipped with prism plate, height runner plate and low mirror disk, prism plate and low mirror disk and main panel hinged, can rotate by opposing main faces plate, height runner plate can slide on the home panel, and described prism plate, height runner plate and low mirror disk are separately installed with eyeglass, and eyeglass can be overlapping at form place.
Described low mirror disk is two gears, is installed on the main panel back side, and two gears engage each other, and low mirror disk center is provided with central shaft, and low mirror disk circumference is evenly distributed with some low mirrors; Between central shaft and low mirror, circumference is evenly distributed with the phase magnet d with low mirror respective amount, and phase magnet d is embedded in main panel.
Be provided with height runner plate mounting groove in the middle part of described main panel, be provided with height mirror adjusting knob erection column in height runner plate mounting groove, side is provided with height runner plate alignment pin, and lower end is provided with lens opening; Height runner plate mounting groove both sides are respectively equipped with low mirror disk installing hole and prism plate erection column, and be also provided with prism plate position display window and phase magnet a around prism plate erection column, phase magnet a is embedded in main panel, and is in same radian with phase magnet c; Height runner plate mounting groove side is provided with low mirror number of degrees display window; A breach is processed with in main panel side; At the main panel back side, round low mirror disk installing hole, be provided with the phase magnet b with low mirror correspondence position and quantity, phase magnet b is embedded in main panel.
Described prism plate is positioned at main panel front, and prism plate is fan-shaped, is arranged on the prism plate erection column of main panel by centre bore, scalloped end is provided with prism and breach, end is provided with prism plate regulating handle, is provided with phase magnet c around centre bore, and phase magnet c is embedded in prism plate.
Described height runner plate is arranged in height runner plate mounting groove, height lower end, runner plate both sides is separately installed with height mirror, height runner plate side is provided with gathering sill and connecting rod mount pad a, connecting rod mount pad a is connected with the connecting rod mount pad b on fork top by connecting rod, fork is not connected rotatably with height mirror adjusting knob, and height mirror adjusting knob is arranged on height mirror adjusting knob erection column.
Described main panel is also provided with cover plate a and cover plate b, prism plate, height runner plate and fork are closed, cover plate a is provided with height mirror position display window, the knob portion of adjusting knob is outside cover plate a, arrow on adjusting knob points to height mirror position display window, prism plate regulating handle stretches out from cover plate b side, and can be free to slide in the arc range of prism plate position display window.
On described low mirror disk, also circumference is evenly distributed with and low mirror difference low mirror number of degrees value one to one, and the low mirror degree quantities read of highest point corresponds to the number of degrees of the low mirror overlapping with form.
The described low mirror number of degrees are all different, and in 1000 degree with 100 degree for spacing value, increase progressively in the same way from 0 degree to 1000 degree, more than 1000 degree with 200 degree for spacing value, increase progressively in the same way from 1000 degree to 1800 degree.
The beneficial effects of the utility model are:
A kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument described in the utility model, on the one hand, prism plate, height runner plate and low mirror disk structure are set, the different eyeglass number of degrees can be obtained by different eyeglasses overlap, reach the effect of buphthalmos thinning, its thickness only 1.5cm, considerably increases the space between buphthalmos and target object, has reserved enough spaces for needing patient's Hand supplementary during follow-up amblyopia training; On the other hand, mouth three place simple adjustment is controlled by height mirror adjusting knob, prism plate regulating handle and low mirror disk, the number of degrees changing form place fast can be realized, operation is very simple, only needs a training tutor to complete, does not even need training tutor to assist, all easily training can be completed by layman is auxiliary after simple operations is explained, and the easy time in control interval, number of degrees change accurately evenly, optimizes training effect; In addition, be provided with phase magnet at each position of rotation, dig-in form place quarter to guarantee not take in operation, eyeglass also can be made to move into place, just overlap with form, avoid affecting training effect.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of main panel in this utility model;
Fig. 3 is the structure schematic diagram of main panel in this utility model;
Fig. 4 is the structural representation of low mirror disk in this utility model;
Fig. 5 is the structural representation of prism plate in this utility model;
Fig. 6 is the structural representation of this utility model camber runner plate;
Fig. 7 is the structural representation of fork in this utility model;
Fig. 8 is the structural representation that in this utility model, low mirror disk and main panel are assembled;
Fig. 9 is the structural representation that this utility model camber runner plate, fork and main panel are assembled;
Figure 10 is the structural representation that this utility model camber runner plate, fork and prism plate and main panel are assembled;
Figure 11 is the structural representation that this utility model is arranged on exercise equipment.
In figure: 1-main panel, 101-height runner plate mounting groove, 102-low mirror number of degrees display window, 103-prism plate position display window, the low mirror disk installing hole of 104-, 105-prism plate erection column, 106-lens opening, 107-height runner plate alignment pin, the low mirror disk of 108-controls mouth, 109-height mirror adjusting knob erection column, 110-phase magnet a, 111-phase magnet b, 2-screw hole, 3-cover plate a, 4-height mirror adjusting knob, 5-prism plate, 501-prism, 502-breach, 503-centre bore, 504-prism plate regulating handle, 505-phase magnet c, 6-cover plate b, 7-form, 8-height mirror position display window, the low mirror disk of 9-, the low mirror of 901-, 902-phase magnet d, 903-central shaft, 904-low mirror number of degrees value, 10-height runner plate, 1001-height mirror, 1002-gathering sill, 1003-connecting rod mount pad a, 11-connecting rod, 12-fork, 1201-connecting rod mount pad b, 13-guide rail case, 14-installing rack, 15-target object.
Detailed description of the invention
The technical solution of the utility model is further described below in conjunction with accompanying drawing, but described in claimed scope is not limited to.
As shown in Figure 1, a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument described in the utility model, comprise main panel 1 and form 7, described main panel 1 two sides is respectively equipped with prism plate 5, height runner plate 10 and low mirror disk 9, prism plate 5 and low mirror disk 9 hinged with main panel 1, can rotate by opposing main faces plate 1, height runner plate 10 can slide on main panel 1, described prism plate 5, height runner plate 10 and low mirror disk 9 are separately installed with eyeglass, and eyeglass can be overlapping at form 7 place.
As shown in Fig. 4, Fig. 8, described low mirror disk 9 is two gears, be installed on main panel 1 back side, and two gears engage each other, low mirror disk 9 center is provided with central shaft 903, low mirror disk 9 circumference is evenly distributed with some low mirrors 901, low mirror 901 number of degrees are all different, and in 1000 degree with 100 degree for spacing value, increase progressively in the same way from 0 degree to 1000 degree, more than 1000 degree with 200 degree for spacing value, increase progressively in the same way from 1000 degree to 1800 degree; Between central shaft 903 and low mirror 901, circumference is evenly distributed with the phase magnet d902 with low mirror 901 respective amount, phase magnet d902 is embedded in main panel 1, on low mirror disk 9, also circumference is evenly distributed with and low mirror 901 difference low mirror number of degrees value 904 one to one, and low mirror number of degrees value 904 reading of highest point corresponds to the number of degrees of the low mirror 901 overlapping with form 7, shown readout units is 100 degree.
As shown in Figure 2 and Figure 3, be provided with height runner plate mounting groove 101 in the middle part of described main panel 1, be provided with height mirror adjusting knob erection column 109 in height runner plate mounting groove 101, side is provided with height runner plate alignment pin 107, and lower end is provided with lens opening 106; Height runner plate mounting groove 101 both sides are respectively equipped with low mirror disk installing hole 104 and prism plate erection column 105, prism plate position display window 103 and phase magnet a110 is also provided with around prism plate erection column 105, phase magnet a110 is embedded in main panel 1, and is in same radian with phase magnet c505; Height runner plate mounting groove 101 side is provided with low mirror number of degrees display window 102; Be processed with a breach in main panel 1 side, control mouth 108 as low mirror disk; At main panel 1 back side, round low mirror disk installing hole 104, be provided with the phase magnet b111 with low mirror correspondence position and quantity, phase magnet b111 is embedded in main panel 1.Height runner plate mounting groove 101 is for setting height(from bottom) runner plate 10, and located by height runner plate alignment pin 107, height runner plate 10 can slide up and down in height runner plate mounting groove 101 along height runner plate alignment pin 107, and regulates the position of height runner plate 10 by height mirror adjusting knob 4; The number of degrees that low mirror number of degrees display window 102 shows are 0 degree to 1800 degree, and in 1000 degree with 100 degree for spacing value, increase progressively in the same way from 0 degree to 1000 degree, more than 1000 degree with 200 degree for spacing value, increase progressively in the same way from 1000 degree to 1800 degree, corresponding is the low mirror eyeglass number of degrees being in lens opening 106 place; Prism plate position display window 103 is respectively " 0 " gear, prism gear, " OC " gear, represents without eyeglass, prism respectively, blocks;
As shown in Fig. 5, Figure 10, described prism plate 5 is positioned at main panel 1 front, prism plate 5 is in fan-shaped, be arranged on the prism plate erection column 105 of main panel 1 by centre bore 503, scalloped end is provided with prism 501 and breach 502, end is provided with prism plate regulating handle 504, is provided with phase magnet c505 around centre bore 503, and phase magnet c505 is embedded in prism plate 5.Prism 501, for amblyopia patient's training, during amblyopia training, need regulate prism plate regulating handle 504, make prism 501 overlapping with form 7; When myopia is trained, prism plate regulating handle 504 is regulated to make breach 502 overlapping with form 7; In addition, prism plate 5 is also double does baffle plate, when needs block trainer's sight line, regulates prism plate regulating handle 504, makes baffle plate cover form 7; Phase magnet a110 on phase magnet c505 and main panel with the use of, to point location during for regulating prism plate 5.
As shown in Fig. 6, Fig. 7, Fig. 9, Figure 10, described height runner plate 10 is arranged in height runner plate mounting groove 101, height lower end, runner plate 10 both sides is separately installed with height mirror 1001, height runner plate 10 side is provided with gathering sill 1002 and connecting rod mount pad a1003, connecting rod mount pad a1003 is connected with the connecting rod mount pad b1201 on fork 12 top by connecting rod 11, fork 12 is not connected rotatably with height mirror adjusting knob 4, and height mirror adjusting knob 4 is arranged on height mirror adjusting knob erection column 109.Height mirror 1001 is the concave lens of 2000 degree; Gathering sill 1002, for coordinating with height runner plate alignment pin 107, plays the effect of guiding; By rotation height mirror adjusting knob 4, control fork 12 to swing, fork controls height runner plate 10 by connecting rod 11 and moves up and down along gathering sill 1002 on height runner plate alignment pin 107 in height runner plate mounting groove 101, realizes two grades of adjustments, and height mirror adjusting knob 4 is provided with arrow.
As shown in Figure 1, described main panel 1 is also provided with cover plate a3 and cover plate b6, prism plate 5, height runner plate 10 and fork 12 are closed, cover plate a3 is provided with height mirror position display window 8, the knob portion of adjusting knob 4 is outside cover plate a3, and the arrow on adjusting knob 4 points to height mirror position display window 8.
As shown in Figure 1, shown in Figure 11, described main panel upper end is also provided with screw hole 2, for this device being arranged on the installing rack of equipment.
During installation, two low mirror disks 9 are arranged on respectively the both sides at main panel 1 back side by central shaft 903 and low mirror disk installing hole 104, and ensure that the position of the low mirror 901 in both sides is symmetrical relative to the centrage of main panel 1, ensure gear teeth meshing and can rotate freely; Height runner plate 10 is installed to height runner plate mounting groove 101 bottom, makes height runner plate alignment pin 107 through gathering sill 1002, ensure that height runner plate 10 can slide freely in height runner plate alignment pin 107 on alignment pin 107; Fork 12 is installed on height mirror adjusting knob erection column 109, connecting rod 11 two ends are connected with the connecting rod mount pad a1003 of height runner plate 10 and the connecting rod mount pad b1201 of fork 12 respectively, with hands rotational swing rod 12, control height runner plate 10 by connecting rod 11 when guaranteeing that fork 12 rotates and move up and down; Be arranged on by digonous runner plate 5 on the prism plate erection column 105 on main panel 1 both sides respectively, hand-held prism plate regulating handle 504 rotates prism plate 5, guarantees that prism plate 5 centre bore 503 can rotate freely on prism plate erection column 105; Install cover plate a3, cover plate b6 and back shroud successively, height mirror adjusting knob 4 is installed on height mirror adjusting knob erection column 109 through cover plate a3, and be connected with fork 12 and clamp, make arrow on height mirror adjusting knob 4 can correct indicated altitude mirror position display window 8, complete installation.
As shown in figure 11, during use, this buphthalmos is installed on installing rack 14 by screw hole 2, and the centrage of buphthalmos is alignd with the guide rail in the middle of guide rail case 13.
During myopia training, height mirror adjusting knob 4 is rotated to the position of " 0 " by training tutor, slip prism plate regulating handle 504, it is made to point to the position of " 0 ", rotate low mirror disk 9 edge that low mirror disk controls mouth 108 place, make to show numerical value 0 in low mirror number of degrees display window 102, before patient is sitting in buphthalmos, eyes are placed in form 7 place, and target object 15 is moved to the position that on guide rail case 13, distance patient is nearest, about distance eyes 7cm, sight line concentrates on target object 15 by patient, training tutor opens the on and off switch of guide rail case 13, target object 15 moves around rapidly on guide rail, when after target object 15 back and forth several, stir low mirror disk 9 gently, due to the effect of phase magnet b111, can feel that low mirror disk 9 once pauses, show that low mirror 901 switching in form 7 puts in place, the eyeglass number of degrees in form 7 add 100 degree, move around again for several times until target object 15, again stir low mirror disk 9, switch eyeglass, again the number of degrees are increased by 100 degree, repeat said process, until the low mirror number of degrees reach the myopia degree of patient, complete a short sight rehabilitation training, if the myopia degree of myope reaches more than 1800 degree, then need after the reading of low mirror number of degrees display window 102 reaches " 18 ", when again switching low mirror 901 number of degrees, the arrow of height mirror adjusting knob 4 is rotated the position pointing to " 20 " simultaneously, then the number of degrees successively increasing low mirror 901 are continued, make low mirror 901 overlapping with height mirror 1001, thus make the combined lens in form 7 reach the higher number of degrees, the highest training number of degrees of this buphthalmos are 3800 degree.
During amblyopia training, height mirror adjusting knob 4 is rotated to the position of " 0 ", slip prism plate regulating handle 504, make it point to the position of triangular marker, now, prism plate 5 fan-shaped side intermediate prism 501 overlaps with form 7, rotate low mirror disk 9 edge that low mirror disk controls mouth 108 place, make to show numerical value 0 in low mirror number of degrees display window 102, then repeat said process, until complete an amblyopia rehabilitation training.
When needs are trained an eye separately, then after height mirror adjusting knob 4 is rotated to the position of " 0 ", the prism plate regulating handle 504 of an other eye correspondence of sliding, it is made to point to the position of " OC ", now, the plate of lower end, prism plate 5 fan-shaped side overlaps with form 7, is blocked by form 7; Rotate low mirror disk 9 edge that low mirror disk controls mouth 108 place, make to show numerical value 0 in low mirror number of degrees display window 102, then repeat said process, until complete corresponding rehabilitation training.
Buphthalmos structure described in the technical program is simple, there is good practicality, be easy to promote, compared with common buphthalmos, it all adopts concave lens and prism arrangement, in myopia, amblyopia training, have better effect, compared with glasses optometry testing jig, then there is better operating characteristics, simplify and more optimize whole training flow process.
Claims (10)
1. one kind for myopia, the adjustable cattle eye of amblyopia rehabilitation training instrument, comprise main panel (1) and form (7), it is characterized in that: described main panel (1) two sides is respectively equipped with prism plate (5), height runner plate (10) and low mirror disk (9), prism plate (5) and low mirror disk (9) are hinged with main panel (1), can rotate by opposing main faces plate (1), height runner plate (10) can in the upper slip of main panel (1), described prism plate (5), height runner plate (10) and low mirror disk (9) are separately installed with eyeglass, eyeglass can be overlapping at form (7) place.
2. a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument according to claim 1, it is characterized in that: described low mirror disk (9) is two gears, be installed on main panel (1) back side, and two gears engage each other, low mirror disk (9) center is provided with central shaft (903), and low mirror disk (9) circumference is evenly distributed with some low mirrors (901).
3. a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument according to claim 1, it is characterized in that: described main panel (1) middle part is provided with height runner plate mounting groove (101), height mirror adjusting knob erection column (109) is provided with in height runner plate mounting groove (101), side is provided with height runner plate alignment pin (107), and lower end is provided with lens opening (106); Height runner plate mounting groove (101) both sides are respectively equipped with low mirror disk installing hole (104) and prism plate erection column (105), are also provided with prism plate position display window (103) and phase magnet a (110) around prism plate erection column (105); Height runner plate mounting groove (101) side is provided with low mirror number of degrees display window (102); A breach is processed with in main panel (1) side.
4. a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument according to claim 1, it is characterized in that: described prism plate (5) is positioned at main panel (1) front, prism plate (5), in fan-shaped, is arranged on the prism plate erection column (105) of main panel (1) by centre bore (503); Centre bore (503) is provided with phase magnet c (505) around, and phase magnet c (505) and phase magnet a (110) are on same radian; Prism plate (5) scalloped end is provided with prism (501) and breach (502), and end is provided with prism plate regulating handle (504).
5. one according to claim 1 is used for myopia, the adjustable cattle eye of amblyopia rehabilitation training instrument, it is characterized in that: described height runner plate (10) is arranged in height runner plate mounting groove (101), height runner plate (10) lower end, both sides is separately installed with height mirror (1001), height runner plate (10) side is provided with gathering sill (1002) and connecting rod mount pad a (1003), connecting rod mount pad a (1003) is connected with the connecting rod mount pad b (1201) on fork (12) top by connecting rod (11), fork (12) is not connected rotatably with height mirror adjusting knob (4), height mirror adjusting knob (4) is arranged on height mirror adjusting knob erection column (109).
6. one according to claim 1 is used for myopia, the adjustable cattle eye of amblyopia rehabilitation training instrument, it is characterized in that: described main panel (1) is also provided with cover plate a (3) and cover plate b (6), by prism plate (5), height runner plate (10) and fork (12) are closed, cover plate a (3) is provided with height mirror position display window (8), the knob portion of adjusting knob (4) at cover plate a (3) outward, arrow on adjusting knob (4) points to height mirror position display window (8), prism plate regulating handle (504) stretches out from cover plate b (6) side, and can be free to slide in the arc range of prism plate position display window (103).
7. a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument according to claim 2, it is characterized in that: be evenly distributed with and low mirror (901) difference low mirror number of degrees value (904) one to one in the upper also circumference of described low mirror disk (9), and low mirror number of degrees value (904) reading of highest point corresponds to the number of degrees of the low mirror (901) overlapping with form (7).
8. a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument according to claim 2, it is characterized in that: between described central shaft (903) and low mirror (901), circumference is evenly distributed with the phase magnet d (902) with low mirror (901) respective amount, and phase magnet d (902) is embedded in main panel (1).
9. a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument according to claim 2, it is characterized in that: described low mirror (901) number of degrees are all different, and in 1000 degree with 100 degree for spacing value, increase progressively in the same way from 0 degree to 1000 degree, more than 1000 degree with 200 degree for spacing value, increase progressively in the same way from 1000 degree to 1800 degree.
10. a kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument according to claim 3, it is characterized in that: at described main panel (1) back side, round low mirror disk installing hole (104), be provided with the phase magnet b (111) with low mirror correspondence position and quantity, phase magnet b (111) is embedded in main panel (1).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520246988.XU CN204581891U (en) | 2015-04-22 | 2015-04-22 | A kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520246988.XU CN204581891U (en) | 2015-04-22 | 2015-04-22 | A kind of adjustable buphthalmos for myopia, amblyopia rehabilitation training instrument |
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| CN204581891U true CN204581891U (en) | 2015-08-26 |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106983642A (en) * | 2016-01-21 | 2017-07-28 | 陈柏衣 | Eye training device |
| CN107982049A (en) * | 2016-10-27 | 2018-05-04 | 上海新微技术研发中心有限公司 | Medicine box |
| CN107985820A (en) * | 2016-10-27 | 2018-05-04 | 上海新微技术研发中心有限公司 | Medicine box |
| CN108309710A (en) * | 2018-03-15 | 2018-07-24 | 青岛伟宸松雷科技有限公司 | A kind of the mirror disk component and control method of sight training instrument |
| CN111580323A (en) * | 2020-06-04 | 2020-08-25 | 兰钰识 | Adjustable paraxial viewfinder |
| CN114306000A (en) * | 2021-12-31 | 2022-04-12 | 重庆能能科技有限公司 | Vision training device |
-
2015
- 2015-04-22 CN CN201520246988.XU patent/CN204581891U/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106983642A (en) * | 2016-01-21 | 2017-07-28 | 陈柏衣 | Eye training device |
| CN107982049A (en) * | 2016-10-27 | 2018-05-04 | 上海新微技术研发中心有限公司 | Medicine box |
| CN107985820A (en) * | 2016-10-27 | 2018-05-04 | 上海新微技术研发中心有限公司 | Medicine box |
| CN107985820B (en) * | 2016-10-27 | 2019-07-02 | 上海新微技术研发中心有限公司 | Medicine box |
| CN107982049B (en) * | 2016-10-27 | 2020-06-16 | 上海新微技术研发中心有限公司 | Medicine box |
| CN108309710A (en) * | 2018-03-15 | 2018-07-24 | 青岛伟宸松雷科技有限公司 | A kind of the mirror disk component and control method of sight training instrument |
| CN111580323A (en) * | 2020-06-04 | 2020-08-25 | 兰钰识 | Adjustable paraxial viewfinder |
| CN111580323B (en) * | 2020-06-04 | 2021-07-20 | 泰州亚泰金属有限公司 | Adjustable paraxial viewfinder |
| CN114306000A (en) * | 2021-12-31 | 2022-04-12 | 重庆能能科技有限公司 | Vision training device |
| CN114306000B (en) * | 2021-12-31 | 2023-10-03 | 重庆能能科技有限公司 | visual training device |
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