CN201600522U - Rotatable diopter-adjustable glasses - Google Patents
Rotatable diopter-adjustable glasses Download PDFInfo
- Publication number
- CN201600522U CN201600522U CN201020122116XU CN201020122116U CN201600522U CN 201600522 U CN201600522 U CN 201600522U CN 201020122116X U CN201020122116X U CN 201020122116XU CN 201020122116 U CN201020122116 U CN 201020122116U CN 201600522 U CN201600522 U CN 201600522U
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- China
- Prior art keywords
- eyeglass
- picture frame
- mirror holder
- button
- rotary type
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Abstract
The utility model discloses rotatable diopter-adjustable glasses which comprise lenses, fixing lens frames, lens frames and lens legs. Two sides of each lens are respectively provided with a cylindrical projection. Two cylindrical projections of one lens respectively penetrate two sides of the fixing lens frame and are respectively installed together with a connecting rod of the lens frame and the lens frames rotatably. The lens frame are internally provided with a control stick which causes the rotation of the lens thereby adjusting the diopter of the glasses. The two lenses can be fixedly connected through a connecting rod of the lens. One control stick can cause the simultaneous rotation of two lenses. The structure can be set without the connecting rod of lens. Two lenses respectively rotate through one control stick and the using convenience is high. The rotatable diopter-adjustable glasses can easily adjust for obtaining different diopters at different occasions thereby facilitating the production of manufacturer and satisfying different requirement of the glasses customer to diopter of glasses at different occasions.
Description
One. technical field:
The utility model relates to the glasses that a kind of daily life is used, and particularly relates to a kind of rotary type number of degrees adjustable cheater.
Two. background technology:
People's eyes why can myopia be because when people's eye gaze near objects, the vitreum that is used for regulating the light focal length in the eyes is in the state of projection, if watch near objects for a long time attentively, to such an extent as to will following the string, crystalline lens can't recover flat state, when attempting to see distant objects again, light can't converge on the retina, and therefore the object of seeing also can thicken unclear.The function of glasses is to make will be by lenticular light generation deviation, thereby light still can normally be converged on the retina.But if the object of seeing eyesights far away or eyes further descend, even wear glasses, because the deviation angle of light is big inadequately, the scene that the people sees still can be to blur.
In addition, the glasses of selling in the market all have the fixing number of degrees.Yet vast glasses consumer tends to that the number of degrees of glasses are had multiple requesting.In different occasions the number of degrees of glasses there are different needs as the myope, when seeing a film or see at a distance blackboard, in order to make the more clear glasses that often need the higher number of degrees of mirror image, and when closely seeing written word, often need the glasses of the less number of degrees.And for example, the teen-age eyes of the main consumer group of near-sighted glasses are still in the stage of development.With advancing age, in general, near-sighted teen-age myopic degree can constantly be deepened.The glasses of originally having worn so just can't normally use.Even it is less that myopic degree increases, former generally speaking glasses still can use, but because special occasions is seen the inconvenience that distant objects is brought, the consumer often selects optometry again, reconfigures glasses.Be that a kind of waste to resource also can bring extra financial burden to the consumer like this.
Three. the utility model content:
Technical problem to be solved in the utility model is: overcome the deficiencies in the prior art, a kind of modern design, easy to use, the rotary type number of degrees adjustable cheater that can change the number of degrees are provided.
The utility model is the technical scheme that the technical solution problem is taked:
A kind of rotary type number of degrees adjustable cheater, contain two eyeglasses and fixed picture frame, wherein, described two fixed picture frames are inboard fixedly connected by the picture frame connecting rod, its outside is connected with a mirror leg by a mirror holder respectively, a described eyeglass is installed in each described fixed picture frame, each described eyeglass both sides is respectively arranged with a column-shaped projection, two described column-shaped projections of each described eyeglass run through the dual-side of described fixed picture frame respectively and are installed together with described picture frame connecting rod and mirror holder rotary type respectively, perhaps, two of each described eyeglass described column-shaped projections run through the dual-side of described fixed picture frame respectively and are installed together with the dual-side rotary type of described picture frame respectively; Described picture frame connecting rod is a hollow structure, eyeglass connecting rod of suit in its center pit, it between the two clearance fit, fixedly connected with the described column-shaped projection of two described eyeglass inboards respectively in the two ends of described eyeglass connecting rod, one of them mirror holder is a hollow structure, control link of suit in its center pit, the inboard of this control link is fixed on the described column-shaped projection in the described eyeglass outside, this control link outer end is provided with prismatic hole, be set with an operating rod in this prism hole, the two shape is complementary and is clearance fit, and, described operating rod outer end passes from the through hole of described mirror holder arranged outside, and its outermost end is equipped with one and handles turn-button.
A rectangle counterbore is set on the described mirror holder outer surface, and described manipulation turn-button is arranged in this counterbore, and the two shape is complementary, and the thickness of described manipulation turn-button is convenient to handle turn-button and is pulled out from described counterbore greater than the degree of depth of described counterbore.
Described operating rod arranged outside has cylindrical section, and this cylindrical section passes from the described through hole in the described mirror holder outside, and its outermost end is equipped with described manipulation turn-button.
The end face of the described column-shaped projection of described eyeglass both sides is provided with blind hole, is convenient to that described eyeglass connecting rod and described control link insert respectively and fixing.
The cross section in described prismatic hole is rectangle, square, triangle or regular hexagon; Described manipulation turn-button is a magnet piece, contains magnetic material on the described mirror holder, and it is fixing to be convenient to the two absorption.
A kind of rotary type number of degrees adjustable cheater, contain two eyeglasses and fixed picture frame, wherein, described two fixed picture frames are inboard fixedly connected by the picture frame connecting rod, its outside is connected with a mirror leg by a mirror holder respectively, a described eyeglass is installed in each described fixed picture frame, each described eyeglass both sides is respectively arranged with a column-shaped projection, two described column-shaped projections of each described eyeglass run through the dual-side of described fixed picture frame respectively and are installed together with described picture frame connecting rod and mirror holder rotary type respectively, perhaps, two of each described eyeglass described column-shaped projections run through the dual-side of described fixed picture frame respectively and are installed together with the dual-side rotary type of described picture frame respectively; Two described mirror holders are hollow structure, control link of suit in the center pit of each described mirror holder, the inboard of this control link is fixed on the described column-shaped projection in the adjacent described eyeglass outside, this control link outer end is provided with prismatic hole, be set with an operating rod in this prism hole, the two shape is complementary and is clearance fit, and, described operating rod outer end passes from the through hole of this end arranged outside of described mirror holder, and its outermost end is equipped with one and handles turn-button.
On two described mirror holder outer surfaces a rectangle counterbore is set respectively, two described manipulation turn-buttons are arranged in two described counterbores, the two shape is complementary, and the thickness of described manipulation turn-button is convenient to handle turn-button and is pulled out from described counterbore greater than the degree of depth of described counterbore.
Described operating rod arranged outside has cylindrical section, and this cylindrical section passes from the described through hole in the described mirror holder outside, and its outermost end is equipped with described manipulation turn-button.
The end face of the described column-shaped projection in the described eyeglass outside is provided with blind hole, is convenient to described control link insertion and fixing.
The cross section in described prismatic hole is rectangle, square, triangle or regular hexagon; Described manipulation turn-button is a magnet piece, contains magnetic material on the described mirror holder, and it is fixing to be convenient to the two absorption.
The beneficial effects of the utility model:
1. eyeglass of the present utility model can rotate, rotate and handle turn-button, operating rod drives control link and rotates, control link drives eyeglass again and rotates, when eyeglass rotates, the deviation angle of light also changes thereupon, and light will converge on the retina after by eyeball again, thereby realizes regulating the purpose of eyeglass lens power.
2. manipulation turn-button of the present utility model is a magnet piece, contains magnetic material on the mirror holder, and it is fixing to be convenient to the two absorption, improves the steadiness of operating rod.
3. the utility model is provided with counterbore, and the degree of depth of counterbore can reduce the thickness that exposes of handling turn-button like this less than the thickness of handling turn-button, can be convenient to again the manipulation turn-button is pulled out.
4. the utility model is applied widely, is specially adapted to the number of degrees of glasses are had the occasion of different needs, is easy to promote, and has good economic benefits.
Four. description of drawings:
Fig. 1 is one of structural representation of rotary type number of degrees adjustable cheater;
Fig. 2 is the local amplification view of rotary type number of degrees adjustable cheater shown in Figure 1;
Fig. 3 be rotary type number of degrees adjustable cheater structural representation two;
Fig. 4 is the local amplification view of rotary type number of degrees adjustable cheater shown in Figure 3.
Five. embodiment:
Embodiment one: referring to Fig. 1 and Fig. 2, among the figure, two fixed picture frames 2 of rotary type number of degrees adjustable cheater are inboard, and fixedly connected (picture frame connecting rod 4 is metal rods by picture frame connecting rod 4, weld with fixed picture frame 2 respectively at its two ends, also can adopt other connected modes, be prior art, do not describe in detail), its outside is connected with a mirror leg 10 by a mirror holder 1 respectively, an eyeglass 3 is installed in each fixed picture frame 2, each eyeglass 3 both sides is respectively arranged with a column-shaped projection 6, two column-shaped projections 6 of each eyeglass 3 run through the dual-side of fixed picture frame 2 respectively and are installed together with picture frame connecting rod 4 and mirror holder 1 rotary type respectively, perhaps adopt another kind of scheme: two column-shaped projections 6 of each eyeglass 3 run through the dual-side of fixed picture frame 2 respectively and are installed together with the dual-side rotary type of picture frame 2 respectively, determine as required.Picture frame connecting rod 4 is a hollow structure, eyeglass connecting rod 5 of suit in its center pit, it between the two clearance fit, fixedly connected with the column-shaped projection 6 of two eyeglass 3 inboards respectively and (can adopt super glue to fix in the two ends of eyeglass connecting rod 5, can also adopt other connected modes, be prior art, do not describe in detail), avoid two eyeglasses 3 to relatively move, a mirror holder 1 is a hollow structure, control link 7 of suit in its center pit, the inboard of this control link 7 is fixed on the column-shaped projection 6 in eyeglass 3 outsides (can adopt super glue to fix, can also adopt other connected modes, be prior art, not describe in detail), these control link 7 outer ends are provided with prismatic hole, be set with an operating rod 8 in this prism hole, the two shape is complementary and is clearance fit, and, operating rod 8 outer ends pass (as required from the through hole of mirror holder 1 arranged outside, in operating rod 8 arranged outside cylindrical section is arranged, this cylindrical section passes from the through hole in mirror holder 1 outside), its outermost end is equipped with one and handles turn-button 9.
As required, a rectangle counterbore is set on mirror holder 1 outer surface, handles turn-button 9 and be arranged in this counterbore, the two shape is complementary, and handles the degree of depth of the thickness of turn-button 9 greater than counterbore, is convenient to handle turn-button 9 and pulls out from counterbore.The end face of the column-shaped projection 6 of eyeglass 3 both sides is provided with blind hole, is convenient to that eyeglass connecting rod 5 and control link 7 insert respectively and fixing.The cross section in prismatic hole is rectangle, square, triangle or regular hexagon; The manipulation turn-button is a magnet piece, contains magnetic material on the mirror holder, and it is fixing to be convenient to the two absorption.
When the common number of degrees of long-term use, make eyeglass 3 projections outwardly, and will handle turn-button 9 and insert in the counterbore of mirror holder 1, guarantee that the fixing of eyeglass 3 gets final product.When the higher number of degrees of long-term these glasses of use, to handle turn-button 9 and pull out counterbore, rotating manipulation turn-button 9 makes it drive control link 7 and eyeglass 3 Rotate 180 degree, make eyeglass 3 projections towards human eye, to handle turn-button 9 again regains in the counterbore, thereby fixing len 3 get final product (operating rod 8 can move in the prismatic hole of control link 7, be convenient to handle turn-button 9 is pulled out and by returning).When short-term is used the various number of degrees, pull out counterbore as long as will handle turn-button 9, slewing maneuver turn-button 9 is to suitable angle.Handling turn-button 9 can't be retracted in the counterbore, but handle strong attractive force be arranged between turn-button 9 and the mirror holder 1, and the stiction of handling between turn-button 9 and the mirror holder 1 can guarantee eyeglass 3 relative fixed.Rotation eyeglass 3 number of degrees that can change satisfy following the relation: eyeglass 3 projections are outwardly the time, the fixedly number of degrees of glasses are minimum, eyeglass 3 projections outwardly the number of degrees adjusted of time rotation eyeglass 3 with eyeglass 3 projections the fixedly number of degrees inwardly the time all relative higher, it is the highest that eyeglass 3 projections rotate the number of degrees that eyeglass 3 adjusts outwardly the time.The user can be by to the needs of eyeglass lens power and use the time length of these number of degrees that eyeglass lens power is regulated.
Embodiment two: referring to Fig. 3 and Fig. 4, numbering is identical with embodiment one among the figure, the same meaning of representative, something in common does not repeat, difference is: two mirror holders 1 are hollow structure, control link 7 of suit in the center pit of each mirror holder 1, the inboard of this control link 7 is fixed on the column-shaped projection 6 in adjacent mirror 3 outsides, these control link 7 outer ends are provided with prismatic hole, be set with an operating rod 8 in this prism hole, the two shape is complementary and is clearance fit, and, operating rod 8 outer ends pass from the through hole of mirror holder 1 this end arranged outside, and its outermost end is equipped with one and handles turn-button 9.Between two eyeglasses 3 the eyeglass connecting rod is not set, two operating rods 8 drive two eyeglass independent rotation respectively, to satisfy the demand of different corners.
The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any simple modification, equivalent variations and modification that above embodiment did.
Claims (10)
1. rotary type number of degrees adjustable cheater, contain two eyeglasses and fixed picture frame, wherein, described two fixed picture frames are inboard fixedly connected by the picture frame connecting rod, its outside is connected with a mirror leg by a mirror holder respectively, a described eyeglass is installed in each described fixed picture frame, it is characterized in that: each described eyeglass both sides is respectively arranged with a column-shaped projection, two described column-shaped projections of each described eyeglass run through the dual-side of described fixed picture frame respectively and are installed together with described picture frame connecting rod and mirror holder rotary type respectively, perhaps, two of each described eyeglass described column-shaped projections run through the dual-side of described fixed picture frame respectively and are installed together with the dual-side rotary type of described picture frame respectively; Described picture frame connecting rod is a hollow structure, eyeglass connecting rod of suit in its center pit, it between the two clearance fit, fixedly connected with the described column-shaped projection of two described eyeglass inboards respectively in the two ends of described eyeglass connecting rod, one of them mirror holder is a hollow structure, control link of suit in its center pit, the inboard of this control link is fixed on the described column-shaped projection in the described eyeglass outside, this control link outer end is provided with prismatic hole, be set with an operating rod in this prism hole, the two shape is complementary and is clearance fit, and, described operating rod outer end passes from the through hole of described mirror holder arranged outside, and the tool outermost end is equipped with one and handles turn-button.
2. rotary type number of degrees adjustable cheater according to claim 1, it is characterized in that: a rectangle counterbore is set on the described mirror holder outer surface, described manipulation turn-button is arranged in this counterbore, the two shape is complementary, the thickness of described manipulation turn-button is convenient to handle turn-button and is pulled out from described counterbore greater than the degree of depth of described counterbore.
3. rotary type number of degrees adjustable cheater according to claim 2 is characterized in that: described operating rod arranged outside has cylindrical section, and this cylindrical section passes from the described through hole in the described mirror holder outside, and its outermost end is equipped with described manipulation turn-button.
4. rotary type number of degrees adjustable cheater according to claim 1 is characterized in that: the end face of the described column-shaped projection of described eyeglass both sides is provided with blind hole, is convenient to that described eyeglass connecting rod and described control link insert respectively and fixing.
5. according to each described rotary type number of degrees adjustable cheater of claim 1-4, it is characterized in that: the cross section in described prismatic hole is rectangle, square, triangle or regular hexagon; Described manipulation turn-button is a magnet piece, contains magnetic material on the described mirror holder, and it is fixing to be convenient to the two absorption.
6. rotary type number of degrees adjustable cheater, contain two eyeglasses and fixed picture frame, wherein, described two fixed picture frames are inboard fixedly connected by the picture frame connecting rod, its outside is connected with a mirror leg by a mirror holder respectively, a described eyeglass is installed in each described fixed picture frame, it is characterized in that: each described eyeglass both sides is respectively arranged with a column-shaped projection, two described column-shaped projections of each described eyeglass run through the dual-side of described fixed picture frame respectively and are installed together with described picture frame connecting rod and mirror holder rotary type respectively, perhaps, two of each described eyeglass described column-shaped projections run through the dual-side of described fixed picture frame respectively and are installed together with the dual-side rotary type of described picture frame respectively; Two described mirror holders are hollow structure, control link of suit in the center pit of each described mirror holder, the inboard of this control link is fixed on the described column-shaped projection in the adjacent described eyeglass outside, this control link outer end is provided with prismatic hole, be set with an operating rod in this prism hole, the two shape is complementary and is clearance fit, and, described operating rod outer end passes from the through hole of this end arranged outside of described mirror holder, and its outermost end is equipped with one and handles turn-button.
7. rotary type number of degrees adjustable cheater according to claim 6, it is characterized in that: on two described mirror holder outer surfaces a rectangle counterbore is set respectively, two described manipulation turn-buttons are arranged in two described counterbores, the two shape is complementary, the thickness of described manipulation turn-button is convenient to handle turn-button and is pulled out from described counterbore greater than the degree of depth of described counterbore.
8. rotary type number of degrees adjustable cheater according to claim 7 is characterized in that: described operating rod arranged outside has cylindrical section, and this cylindrical section passes from the described through hole in the described mirror holder outside, and its outermost end is equipped with described manipulation turn-button.
9. rotary type number of degrees adjustable cheater according to claim 6 is characterized in that: the end face of the described column-shaped projection in the described eyeglass outside is provided with blind hole, is convenient to described control link insertion and fixing.
10. according to each described rotary type number of degrees adjustable cheater of claim 6-9, it is characterized in that: the cross section in described prismatic hole is rectangle, square, triangle or regular hexagon; Described manipulation turn-button is a magnet piece, contains magnetic material on the described mirror holder, and it is fixing to be convenient to the two absorption.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020122116XU CN201600522U (en) | 2010-03-03 | 2010-03-03 | Rotatable diopter-adjustable glasses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020122116XU CN201600522U (en) | 2010-03-03 | 2010-03-03 | Rotatable diopter-adjustable glasses |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201600522U true CN201600522U (en) | 2010-10-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201020122116XU Expired - Fee Related CN201600522U (en) | 2010-03-03 | 2010-03-03 | Rotatable diopter-adjustable glasses |
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| Country | Link |
|---|---|
| CN (1) | CN201600522U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113900255A (en) * | 2021-10-29 | 2022-01-07 | 青岛歌尔声学科技有限公司 | Intelligent head-mounted equipment |
-
2010
- 2010-03-03 CN CN201020122116XU patent/CN201600522U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113900255A (en) * | 2021-10-29 | 2022-01-07 | 青岛歌尔声学科技有限公司 | Intelligent head-mounted equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101006 Termination date: 20110303 |