TWM558916U - Single-piece glasses having adjustable lens angle depending on focus of the lens - Google Patents

Abstract

A monolithic spectacles capable of adjusting a lens angle according to a lens focus, comprising a frame and a lens, the frame having a frame and two legs, the frame having two rotating portions on opposite sides of the frame, the two mirrors The legs each have an assembly portion pivotally coupled to one of the rotating portions. The lens is assembled with the frame and has a regular degree view area corresponding to the position of the human eye, and an irregular degree area connecting the regular degree views. Each of the regular degree views includes a near view area, a middle view area, and a far view area, and the near view area, the middle view area, and the far view area Each has a focus. Therefore, the present invention solves the problem that the conventional single-piece glasses cannot be multi-focal and cannot adjust the angle according to the user's needs.

Description

Single-piece glasses that adjust the lens angle according to the lens focus

The present invention relates to a single-piece spectacles, and more particularly to a one-piece spectacles having a multi-focus and adjustable lens angle.

According to the current development of electronic technology, televisions, mobile phones, electronic advertising boards or any electronic device with a display have been filled with people's lives. What comes with it is that people's eyesight is gradually declining, and the general wear rate of glasses is also rising sharply. In turn, many people have problems such as myopia, presbyopia or astigmatism. At the same time, as modern people pursue the improvement of their quality of life, there are more and more opportunities to participate in outdoor activities, and the demand for monolithic glasses is increasing.

However, the monolithic glasses currently on the market only have a frame and a lens combined with the frame, and the lens has only a single focus, so when faced with both myopia, presbyopia or In the case of astigmatism and other issues, in order to make the vision clear, people need to prepare glasses with different focal lengths at the same time to continuously replace the glasses with the different focal length requirements to solve the above problems. However, such behaviors greatly increase the inconvenience of life. Sex, can not meet the needs of users.

In addition, since the conventional lens has a single focal length and does not allow the user to adjust the position between the lens and the eyeball, the wearer is more likely to have dizziness and discomfort and a small field of view.

The main purpose of the novel is to solve the problem that the conventional single-piece lens can not provide multi-focus viewing area, and can not change the setting angle of the lens to meet the needs of users.

To achieve the above object, the present invention provides a one-piece spectacles that adjusts the angle of the lens depending on the focus of the lens, the one-piece spectacles comprising a frame and a lens. The frame has a frame and two legs disposed on opposite sides of the frame, the frame has two rotating portions on opposite sides of the frame, and the two legs respectively have an assembly pivotally connected to one of the rotating portions unit. The lens is assembled with the frame and has a regular degree view area corresponding to the position of the human eye, and an irregular degree area connecting the regular degree views. Each of the regular degree views includes a near view area, a middle view area, and a far view area, and further, the near view area, the middle view area, and the far view. The viewports each have a focus.

In one embodiment, the lens has a recess corresponding to the nose position of the human body.

In one embodiment, the frame has a top side defined by the top of the frame, and a bottom side defined by the bottom of the frame, the near view area, the middle view area, and the distance view area sequentially It is disposed from the bottom side toward the top side. Further, the degree of the near vision zone is the degree of the user, and the degree of the distance vision zone is the degree of the near vision zone divided by two, and the degree of the intermediate vision zone is the degree of the near vision zone plus Divide by the degree of the distance viewport and divide by two. And each of the viewing zones includes a closest viewing zone between the bottom side and the near viewing zone, the degree of the closest viewing zone being the degree of the near viewing zone plus fifteen to sixty degrees; and each A viewing zone includes a farthest viewing zone between the top side and the distance viewing zone, the degree of the farthest viewing zone being the degree of the distance viewing zone plus fifteen to sixty degrees.

In one embodiment, each of the rotating portions has a release piece, and each of the mounting portions has a connecting groove for one of the rotating portions and an inner wall of the connecting groove for one of the release portions. The shaft is inserted such that the temple is pivoted by one of the release sheets. Further, each of the rotating portions has a plurality of positioning grooves juxtaposed with the release sheet and arranged in a center of the center of the release sheet, and each of the mounting portions has a positioning groove and is disposed in the connecting groove. In one of the elastic bodies of the positioning groove. The single-piece glasses that can adjust the lens angle according to the focus of the lens have a plurality of fixed positions in which the two arms are respectively placed in any one of the positioning grooves, and the number of the fixed positions is greater than or Equal to the number of these viewports.

Through the foregoing embodiments of the present invention, the following features are compared with the conventional ones: The single-piece glasses which can adjust the lens angle according to the lens focus of the present invention improve the problem that the lenses of the conventional single-piece glasses do not have multi-focus, and are also provided for use. The lens setting angle can be changed according to the use requirement, thereby solving the problem that the viewing area of the conventional lens is in poor alignment with the user's eye.

The detailed description and technical content of this new model are described below with the following diagram:

Referring to FIG. 1 to FIG. 3 , the present invention provides a single-piece glasses that can adjust the lens angle according to the focus of the lens, and has multi-focus to meet the needs of the user, and can adjust the lens angle according to the position of the user's eyeball for the lens to match the eye. The above-mentioned single-lens glasses have a wide range of applications, such as: snow mirrors, laboratory goggles, sunglasses, work goggles, and the like. Specifically, the single-piece glasses that can adjust the lens angle according to the lens focus include a frame 1 and a lens 2, and the frame 1 has a frame 11 and two temples 12 disposed on opposite sides of the frame 11 Further, the frame 11 has a top side 112 defined by the top of the frame 11, and a bottom side 113 defined by the bottom of the frame 11, and two rotating portions 111 located on opposite sides of the frame 11. The two legs 12 each have a mounting portion 121. The two legs 12 are pivotally connected to one of the rotating portions 111 through the mounting portion 121, so that the temple 12 is combined with the frame 11.

Referring to FIG. 1 and FIG. 2 , the lens 2 is disposed on the frame 11 and assembled with the frame 11 , and the lens 2 has a concave portion 21 corresponding to the nose position of the human body, so as to be conveniently worn in conformity with the human body. Further, as shown in FIG. 3, the lens 2 has two regular degree views 22 corresponding to the position of the human eye, and an irregularity area 23 connecting the regular degree views 22. Specifically, each of the regular degree views 22 further includes a near view 221, a middle view 222, and a far view 223, which are sequentially disposed, and the near view 221 and the middle distance The viewing zone 222 and the remote viewing zone 223 respectively have a focus, so that the lens 2 forms a multi-focus viewing zone to solve the problem that the conventional lens does not have multi-focus and cannot meet the user's needs. In addition, in the present case, the lens 2 is integrally formed by mechanical processing, such as: injection molding, die casting molding, press molding, eutectic molding, etc., therefore, the aforementioned near vision zone 221, the intermediate viewing zone 222, and the distance The viewing zone 223 is actually part of the lens 2, rather than being a separate structure.

In detail, the near vision zone 221, the intermediate vision zone 222, and the distance vision zone 223 are sequentially disposed from the bottom side 113 toward the top side 112 (as shown in FIG. 3). Further, the degree of the near viewport 221 is the degree of the user, and the degree of the distance viewport 223 is the degree of the close viewport 221 divided by two, and the degree of the intermediate viewport 222 is the close range view The degree of the region 221 is added to the degree of the distance viewport 223 and divided by two. It can be seen that the degree of designation of the viewing zone 22 of the lens 2 is gradually reduced by one of the bottom sides 113 toward the top side 112.

The composition of the frame 1 and the lens 2 can be clearly understood from the above technical contents. Here, the present invention will further explain the use process of the single-piece glasses which can adjust the lens angle according to the lens focus. Therefore, during the use of the single-piece glasses that can adjust the lens angle according to the lens focus, the user can hang the temple 12 above the ear, so that the pair of lenses 2 mounted on the frame 11 are in use. The eyes of the person. In detail, the most frequent (and most comfortable) position of the human line of sight is under the direct line of sight (ie, the position where the eye is slightly looking down), for which the user wears the frame 1 after wearing the frame 1 2 It is not possible to cause dizziness and discomfort when the user is in the most frequent position of the human line of sight. The design of the present invention allows the user to push the temple 12 upward or upward by the rotating portion 111 according to requirements. Rotating downward to change the angle between the lens 2 and the eye of the user, so that the near vision zone 221 is located at the position where the user's line of sight stays most often (as shown in FIG. 2, FIG. 4, and FIG. 5). ). In this way, the user has the eye of the presbyopia to view the object closer to the user through the near vision zone 221 with a higher degree of presbyopia in the most comfortable position, and the eye sight is moving upward. When looking far away, the intermediate viewing area 222 and the remote viewing area 223 having a lower presbyopia degree can be used to view an object farther away from the user, and accordingly, the near viewing area 221 and the intermediate distance The viewing zone 222 and the distance viewing zone 223 can cooperate with the rotation of the temple 12 to enable the regular viewing zone 22 to cooperate with the eye located at the same time as the user has both myopia and presbyopia. In the embodiment, the problem that the lens of the set angle cannot be aligned with the wearer's eye can be changed.

Referring to FIG. 3 and FIG. 6 again, in the foregoing embodiment, the present invention has three viewing zones in a single viewing area (ie, the near viewing zone 221, the intermediate viewing zone 222, and the far view). The viewing area 223) is exemplified, but the viewing zones may actually be set to three or more according to user requirements. In an embodiment, each of the viewing zones further includes a closest viewing zone 224 between the bottom side 113 and the near viewing zone 221, the degree of the closest viewing zone 224 being the degree of the near viewing zone 221 Plus fifteen to sixty degrees. In another embodiment, each of the viewing zones further includes a farthest viewing zone 225 between the top side 112 and the distance viewing zone 223, wherein the degree of the farthest viewing zone 225 is the distance viewing zone. The degree of 223 plus fifteen to sixty degrees.

The main implementation of the present invention has been clearly described in the above paragraphs, and other embodiments of the lens that can adjust the lens angle depending on the lens focus will be further explained herein. In detail, as shown in FIG. 1 to FIG. 5, the frame 1 can have two shaft portions 13 respectively located between one of the rotating portions 111 and the frame 11, so that the two legs 12 are One of the shaft portions 13 is folded in the direction of the frame 11 . In one embodiment, each of the rotating portions 111 has a release piece 114. Each of the mounting portions 121 has a connecting slot 122 for one of the rotating portions 111, and a connecting slot 122 is disposed in the connecting slot 122. The inner shaft hole 123 can be shaped from a single assembly of the rotating portion 111 and the single mounting portion 121. The shape of the release piece 114 can be circular or the shape of the circumference on the same circumference (for example, a cross or an equilateral triangle). The connecting groove 122 can be inserted into the rotating portion 111. The shaft hole 123 can be rounded to be sleeved around the release piece 114 so that the temple 12 can be centered by the release piece 114. Rotate. As shown in FIG. 1 to FIG. 5, further, the release piece 114 is in the form of a spring piece or a buckle, that is, the position of the release piece 114 is changed by the user's pressing, and the release is released. The piece 114 is elastically reset to the original position when it is not pressed, so that the rotating portion 111 can be fastened to the shaft hole 123 by the release piece 114 after being inserted into the connecting groove 122, and the user can The shaft hole 123 presses the release piece 114 to release the fastening state of the release piece 114 and the shaft hole 123, and the temple 12 can be removed and separated from the side of the frame 11.

Furthermore, in an embodiment, each of the rotating portions 111 has a plurality of positioning grooves 115, and each of the mounting portions 121 has an elastic body 124. Please refer to FIG. 2 to FIG. As shown in the structure of the single portion 111, the positioning grooves 115 are arranged in parallel with the release piece 114 and are arranged in a center of the center of the release piece 114. The elastic body 124 is disposed in the connection groove. 122 is inserted into one of the positioning slots 115 to position the temple 12 at the current position. The elastic body 124 has a spring 125 and a metal ball 126. The metal ball 126 is located at one end of the spring 125, so that the spring 125 can push the metal ball 126 into one of the positioning slots 115.

The single-piece glasses that adjust the lens angle according to the focus of the lens have a plurality of fixed positions, whereby the two legs 12 can be respectively placed in a fixed position in any of the positioning grooves 115 by one of the elastic bodies 124. Wherein the number of the fixed locations is greater than or equal to the number of the viewports.

The present invention has been described in detail above, but the above is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the equivalent of the scope of the patent application of the present invention. Changes and modifications should remain within the scope of this new patent.

1‧‧‧ frames
11‧‧‧ Frame
111‧‧‧Rotation
112‧‧‧ top side
113‧‧‧ bottom side
114‧‧‧ release tablets
115‧‧‧ positioning slot
12‧‧‧Mirror legs
121‧‧‧Assembly Department
122‧‧‧Connection slot
123‧‧‧Axis hole
124‧‧‧ Elastomers
125‧‧ ‧ spring
126‧‧‧Metal sphere
13‧‧‧Axis
2‧‧‧Lens
21‧‧‧ recess
22‧‧‧Regular degree viewing zone
221‧‧ ‧ close-up viewing zone
222‧‧‧ Medium distance viewing zone
223‧‧‧distance zone
224‧‧‧Recent sight zone
225‧‧‧ farsighted area
23‧‧‧ Irregularity area

Figure 1. Schematic diagram of the decomposition of the present invention. 2 is a side cross-sectional view of an embodiment of the present invention. 3 is a partial front elevational view of an embodiment of the present invention. 4 is a side cross-sectional view (1) of an embodiment of the present invention in use. Figure 5 is a side cross-sectional view (ii) of an embodiment of the present invention in use. Figure 6 is a partial front elevational view of another embodiment of the present invention.

Claims (9)

A monolithic spectacles capable of adjusting a lens angle according to a lens focus, comprising: a frame having a frame and two temples disposed on opposite sides of the frame 2, the frame having two rotating portions on opposite sides of the frame The two temples respectively have an assembly portion pivotally connected to one of the rotating portions; and a lens coupled to the frame, the lens having two regular viewing angles corresponding to the position of the human eye, and a connection of the rules An irregular degree area outside the viewing area, each of the regular degree viewing areas includes a near vision zone, a medium distance vision zone and a distance vision zone, which are sequentially arranged, the near vision zone, the medium distance vision zone The zone and the distance viewing zone each have a focus. A one-piece spectacles that adjusts the angle of the lens according to the focus of the lens as claimed in claim 1, wherein the lens has a recess corresponding to the position of the nose of the human body. A monolithic lens capable of adjusting a lens angle according to a lens focus as claimed in claim 1, wherein the frame has a top side defined by the top of the frame, and a bottom side defined by the bottom of the frame, the near view The zone, the intermediate viewing zone, and the distance viewing zone are sequentially disposed from the bottom side toward the top side. The one-piece glasses that can adjust the lens angle according to the lens focus according to claim 3, wherein the degree of the near vision zone is the degree of the user, and the degree of the distance vision zone is the degree of the near vision zone divided by Second, the degree of the intermediate viewing zone is the degree of the near vision zone plus the degree of the distance viewing zone divided by two. The one-piece glasses capable of adjusting the lens angle according to the lens focus according to claim 4, wherein each of the viewing zones includes a closest viewing zone between the bottom side and the near viewing zone, the degree of the closest viewing zone Add 15 to 60 degrees for the degree of the near vision zone. The one-piece glasses capable of adjusting the lens angle according to the lens focus, as described in claim 4, wherein each of the viewing zones includes a farthest viewing zone between the top side and the far viewing zone, the degree of the farthest viewing zone Add 15 to 60 degrees for the degree of the distance vision zone. The one-piece glasses which can adjust the lens angle according to the lens focus according to claim 1, wherein each of the rotating portions has a release piece, and each of the mounting portions has a connecting groove for one of the rotating portions. And a shaft hole disposed on the inner wall of the connecting groove and allowing one of the release sheets to be inserted to cause the temple to be rotated by one of the release pieces. a single-piece spectacles capable of adjusting a lens angle according to a lens focus according to claim 7, wherein each of the rotating portions has a plurality of positioning grooves juxtaposed with the release sheet and arranged at a center of the release sheet, Each of the mounting portions has an elastic body disposed in the connecting groove and disposed in one of the positioning grooves. The one-piece glasses that can adjust the lens angle according to the lens focus according to claim 8, wherein the single-piece glasses that can adjust the lens angle according to the lens focus have a plurality of legs, and the two temples are respectively placed in one of the elastic bodies The fixed position in any of the positioning slots, the number of the fixed positions is greater than or equal to the number of the viewing zones.