TWM642678U - Spectacle weight temple structure - Google Patents

Abstract

This creation provides a kind of counterweight temple structure for glasses. It is a glasses with a frame, two lenses and two temples. The frame is used to assemble the two lenses. Section; it is characterized in that: there is a counterweight and a soft rubber layer, a protruding coupling rod is provided at the front end of the counterweight, a hole is provided in the coupling rod, the soft rubber layer is used as a coupling rod covering the counterweight, and the temples There is a joint section at the end; according to this, the joint rod at the front end of the counterweight is used for the overmolding and positioning of the end of the soft rubber layer, and then the end of the temple is inserted into the shaft hole of the soft rubber layer, and the joint section at the end of the temple is opposite Rotate into the hole slot of the connecting rod in front of the counterweight, so that the counterweight can be quickly and double combined with the end of the soft rubber layer and the end of the temple, and the length of the temple can be cut in advance.

Description

Spectacle weight temple structure

This creation is about a weighted temple structure of glasses. In more detail, it refers to the addition of a weighted weight, which can be double fixed and quickly combined with the end of the temple in one action to prevent loosening and falling. , the counterweight can balance the weight of the front and rear ends of the mirror feet, improve the lack of the front frame of the glasses gradually sliding down, keep the glasses to maintain the correct viewing angle, and each person's ear distance is different, can be cut in advance to achieve tailor-made, in line with the human body A weight temple structure of engineering glasses.

According to what we know in advance, glasses provide the eyes with the function of correcting vision and isolating ultraviolet rays. It can correct vision for people with myopia, presbyopia, and astigmatism, and protect the eyes of people who go out. There are various myopia glasses and presbyopia glasses. , astigmatism glasses and sunglasses, etc. The front of the glasses is a frame to assemble two lenses, and each side is a temple. The human body bears the weight of the frame and the lens by the nose, and the weight of the temples by the human ear. Considerable weight, especially for heavy lenses, after wearing glasses, the human body will walk, run, jump, go up stairs, go down stairs and other actions, which will easily cause the frame in front of the glasses to gradually slide down, so that after a period of time, it takes Correct the position of the glasses upwards, and the human face is prone to oil. Although the frame has two nose pads, it still cannot stop the frame from sliding down and drooping. This is a common experience of people who wear glasses; the current multi-focal lenses are very suitable For myopia and presbyopia, out-of-focus lenses are suitable for children's vision control. If the glasses often droop, it will affect their vision, which is very inconvenient for consumers. The conventional glasses are front-heavy and rear-light (the front frame and the two The lenses are heavy, and the temples at the rear are light), which makes it impossible to hold the glasses to maintain a correct viewing angle, resulting in gradual deterioration of vision, especially for multi-focal lenses and children's control (defocus lenses) film), there is a phenomenon of glasses slipping, and the effect of correcting vision is not good.

Therefore, aiming at the lack of conventional spectacles, the creator once filed an application No. 110211648 "Improvement of Spectacles' Temple Structure" to the Junju Bureau, and the new patent has been approved for record. The component has a weight, which balances the weight of the front frame and the two lenses. There is a threaded section at the end of the mirror leg. The counterweight component is in the shape of a cylinder. There is a concave groove in the front of the counterweight component, and the inner wall of the concave groove is the inner Thread, rotate the threaded segment at the end of the temple into the internal thread of the weight element for assembly. 』; Since its launch, the response has been overwhelming and has been well received by consumers. However, how to combine the weight element and the end of the mirror leg firmly and quickly, and to facilitate the assembly of the industry, is a current development direction and a new trend.

In view of this, the author of this case is based on the known disadvantages of glasses and how to firmly and quickly combine the weight element and the end of the temple in the previous case. He is still actively working hard to develop, research and improve, and continue to test assembly and accumulate experience, and finally has a sufficient solution. The creation of the above-mentioned disadvantages occurs.

The edge is, a kind of counterweight temple structure of glasses, it is a pair of glasses, has a picture frame, two lenses and two temples, the picture frame is used for assembling the two lenses, a nose pad is provided on the two inner sides of the picture frame, and the mirrors are pivotally connected to the two outer sides of the picture frame. There is a curved section near the end of the mirror foot; it is characterized in that:

A counterweight, with a weight, is assembled at the end of the curved section of the mirror foot to balance the weight of the front frame and the two lenses. The front end of the counterweight is a protruding connecting rod, and a hole is arranged in the hollow of the connecting rod;

A soft rubber layer, the end of the soft rubber layer covers the connecting rod at the front end of the counterweight, and there is a shaft hole in the soft rubber layer, which runs through the head to the tail of the soft rubber layer;

a length of joining section is provided at the end of the temple;

According to this, the connecting rod at the front end of the counterweight is covered and positioned by the end of the soft rubber layer, and then the end of the mirror pin is inserted into the shaft hole of the soft rubber layer, and at the same time, the joint section at the end of the mirror pin is relatively rotated into the junction in front of the counterweight. In the hole of the closing rod, the counterweight can be quickly and double combined with the end of the soft rubber layer and the end of the temple, and the length of the temple can be cut in advance.

This invention creates a weighted temple structure for glasses. Its main purpose is to provide a balanced weight distribution between the front and rear ends of the temples. The weight block offsets the weight of the front frame and the two lenses, and improves the lack of the front frame of the glasses. The glasses maintain the correct viewing angle.

This invention creates a weighted mirror foot structure for glasses. Another purpose is to provide a weight block that can be quickly and firmly combined with the end of the mirror foot. It can be double-fixed in one action to enhance the clamping force without the risk of loosening.

This creation is a weighted temple structure for glasses. The second purpose is to adapt to the different conditions of each person. The weight of the lens worn by each person is different, the length from the nose to the ear is different, and the distance between the ears is different. It can be cut at will. , to achieve tailor-made, in line with ergonomics to get the best counterweight situation, and then adjust the best balance of the temples.

This creation is a kind of counterweight temple structure for glasses. The second purpose is to not only cut the length of the temples, but also fine-tune the total length of the temples and counterweights to achieve the best wearing length for the spectacle wearer, which is impossible for traditional glasses. Achieved, and a slight adjustment will not affect the combination of temples and counterweights.

This invention creates a weighted temple structure for spectacles. Another purpose is to provide operators with the ability to bend the near end of the original straight temples into a curved section to suit the shape of each person's face, just like traditional glasses.

This invention creates a weighted temple structure for spectacles. Its new purpose is to provide a fast combination of weights to the end of the temple without any tools for locking and no risk of loosening.

This invention creates a weighted temple structure for spectacles. The second purpose is to provide suitable myopia glasses, hyperopia glasses, presbyopic glasses, astigmatism glasses, sunglasses and sun glasses, etc., which can all be applied.

This invention creates a kind of counterweight temple structure of glasses, and its another purpose is to provide protection. Hold the glasses to maintain the correct angle of view, you can get the best vision, in addition to seeing clearly, avoid vision deterioration, especially suitable for multi-focal lenses, children's control (defocus lenses), not easy to slip, the effect is doubled.

[this creation]

10: Glasses

11: Mirror frame

12: Lens

13: mirror feet

131: Bending section

132: Combined section

14: soft rubber layer

141: shaft hole

20: Counterweight

21: Combination rod

211: hole slot

212: Converging end

The first picture is a schematic diagram of the disassembled cross-section of the soft rubber layer and the counterweight before the creation of this creation.

The second figure is a partially enlarged cross-sectional schematic diagram of the first figure.

The third picture is a schematic cross-sectional view of this creative combination.

Figure 4 is a partially enlarged cross-sectional schematic diagram of Figure 3 .

The fifth picture is a cross-sectional schematic diagram of this creation where the end of the mirror leg is bent.

This invention creates a kind of counterweight mirror foot structure of glasses. The first embodiment is as shown in the first, second, third and fourth figures. 11 can be a full-type picture frame or a half-type picture frame (or frameless type), and the picture frame 11 is used for assembling two eyeglasses 12, and a nose pad (not shown) is respectively provided on the two inner sides of the picture frame 11, and each of the two outer sides of the picture frame 11 is articulated with mirror feet 13 The mirror foot 13 is provided with a curved section 131 near the end (the finished product is a straight section at this time, and it is bent into a curved section 131 after being assembled), and a counterweight 20 with weight is assembled at the end of the curved section 131 to balance the front mirror frame 11 and The weight of the two lenses 12, the front end of the counterweight 20 is a protruding coupling rod 21, and a hole 211 is hollowly provided in the coupling rod 21, and the counterweight 20 and the coupling rod 21 are made of metal with a weight, and the coupling rod 21 The outside is provided with a thicker external thread, the inner wall of the hole groove 211 has an internal thread, and the front end of the coupling rod 21 of the counterweight 20 is a converging end 212, which is conducive to combining with a soft rubber layer 14 (soft Adhesive layer 14 will be described later), counterweight 20 can be wider or thicker (more wide or thicker than the outer diameter of mirror foot 13), to improve its weight, make the weight of balance front frame 11 and two eyeglasses 12, mirror The curved section 131 of the foot 13 is originally a straight section during manufacture, and the optician will bend the straight section into a curved section 131 (as shown in the fifth figure) in response to each person's face shape and ear condition, so as to match the human ear superior.

A soft rubber layer 14 is used to cover the coupling rod 21 of the counterweight 20. The soft rubber layer 14 is a rubber sleeve, which is injection molded or heat-shrunk and covers the coupling rod 21 of the positioning weight 20. The soft rubber layer 14 can be fixed on the connecting rod 21 of the counterweight 20 without falling off. The soft rubber layer 14 has a shaft hole 141 when it is formed. The connecting section 132 at the end of the mirror foot 13 is a thin stud of a length, which can cut the length of the mirror foot 13 according to the distance from the ear to the eye of the human body, and cut part of the connecting section 132 and part of the front end of the soft rubber layer 14 .

Through the above-mentioned structural improvement, this invention creates a counterweight temple structure for spectacles. After forming, the accessory is that the soft rubber layer 14 is connected with the connecting rod 21 of the counterweight 20, and there are mirror feet 13, a mirror frame 11 and two When assembling the lens 12, match the face shape of the consumer first, measure the length of the temple 13, if the temple 13 is too long and does not match the size of the consumer, then cut the length of the temple 13, and cut part of the front end of the soft rubber layer 14 Alternatively, there is no need to cut the soft rubber layer 14 to suit the distance from the consumer’s ears to the eyes. After the cutting is completed, insert the mirror feet 13 into the shaft holes 141 of the soft rubber layer 14, and the joint section 132 of the mirror feet 13 is exposed At the end of the soft rubber layer 14, rotate the coupling rod 21 at the front end of the counterweight 20 into the coupling section 132 at the end of the mirror foot 13 to combine. Since the front end of the connecting rod 21 has been fixed and covered by the soft rubber layer 14 during molding, and the connecting section 132 (thin stud) at the end of the temple 13 is relatively rotated into the connecting rod 21 in front of the counterweight 20 In the hole 211, that is, the combination of double (inner and outer) positioning makes the counterweight 20 quickly combined with the end of the mirror foot 13, which is more stable without any risk of loosening. No tools are required for locking. The counterweight 20 and connecting rod 21 are made of metal, and counterweight 20 has a weight because it is wider or thicker. This weight is used to balance the weight of the front mirror frame 11 and two eyeglasses 12. When the counterweight is hung on the ears of the human body, The ear of the human body is used as a supporting point, and a counterweight 20 with a weight is like a lever principle. In addition to the weight of the nose supporting the frame 11 and the two lenses 12, the weight of the counterweight is also used to balance the distribution of the front frame 11 and the two lenses 12. Weight, when the human body wears glasses 10, when walking, running, jumping, going up stairs, going down stairs, etc., the frame 11 in front of the glasses 10 can be stopped gradually. When the bottom falls, it is not necessary to straighten the glasses up and return to the original position as in the traditional way, which will affect the vision after focusing, especially the multi-focal lenses, which will have the greatest impact.

Because the weight of the lens 12 worn by each person is different, and the length from the nose (or eyes) to the ear of each person is different, the length of the temple 13 can be cut to adjust to each person's different conditions, and the best counterweight situation can be obtained, and then adjusted Optimum balance of the temples 13. Since the weight of the glasses 10 is not heavy, it is within the range that the nose and ears of the human body can easily bear. Therefore, after adding two counterweights 20, the weight is only slight relative to the nose and ears of the human body. Bear the weight without feeling, without any discomfort.

If you want to fine-tune the total length of the mirror feet 13 and the counterweight 20, you can slightly rotate the counterweight 20 so that the counterweight 20 is slightly forward or slightly backward, so as to fine-tune the total length of the mirror feet 13 and the counterweight 20 to achieve a suitable fit. The best wearing length of the glasses is also beyond the reach of traditional glasses, and a slight adjustment will not affect the combination of the temples 13 and the counterweight 20 .

This creation has the following advantages:

1. It can balance the weight of the front and rear ends of the mirror feet 13, avoiding that all the weight of the glasses 10 is concentrated on the front end, thereby improving the lack of the frame 11 in front of the glasses 10 gradually sliding down, and can stop the frame 11 in front of the glasses 10 from gradually sliding down , keep the glasses 10 to maintain a correct viewing angle, without the need to straighten the original position of the glasses 10 upward as in the traditional way.

2. The best vision can be obtained by keeping the correct viewing angle of the glasses 10. In addition to seeing clearly, the deterioration of vision is avoided. It is especially suitable for multi-focal lenses and children's control (defocus lenses), which are not easy to slip and double the effect.

3. In response to the different conditions of each person, the weight of the lens 12 worn by each person is different, and the length from the nose to the ear of each person is different. You can use the length of the temple 13 to adjust to each person's different conditions and get the best weight situation. , and then adjust the best balance of the temples 13 to achieve tailor-made and ergonomic.

4. The combination of double (inner and outer layer) positioning allows the counterweight 20 to be quickly combined with the end of the temple 13, which has double clamping force and is more stable without risk of loosening.

5. Due to the addition of two counterweights 20 at the ends of the mirror legs 13 of the glasses, the glasses 10 are stabilized. When the human body is walking, running, jumping, going up stairs, going down stairs, etc., the stability is increased, and the glasses 10 will not move. Jump up and down.

6. After assembling the assembly weight 20, the operator can also bend the end of the original straight mirror foot 13, such as the traditional glasses 10, to bend the proximal end of the mirror foot 13 (as shown in the fifth figure) into a curved section 131 to suit each Face shape condition.

7. After adding two counterweights 20, the nose and ears of the human body bear a slight weight without any feeling or discomfort.

Eight, suitable for myopia glasses, hyperopia glasses, presbyopic glasses, astigmatism glasses, sunglasses, multi-focal glasses, defocus glasses and sunglasses, etc., can be applied.

9. The counterweight 20 is quickly combined with the end of the temple 13 without any tools for locking.

10. In addition to cutting the length of the mirror feet 13, the total length of the mirror feet 13 and the counterweight 20 can also be fine-tuned to achieve the best wearing length for the glasses wearer, which cannot be achieved by traditional glasses, and a slight adjustment will not affect the mirror. The combination of pin 13 and counterweight 20.

To sum up, this creation of a weighted temple structure for spectacles has no doubts about its novelty, practicability and progressiveness, and fully complies with the requirements of a patent, so it is filed in accordance with the law.

10: Glasses

11: Mirror frame

12: Lens

13: mirror feet

131: Bending section

132: Combined segment

14 soft: glue layer

20: Counterweight

21: Combination rod

Claims (6)

A weighted mirror foot structure for glasses, which is a pair of glasses with a frame, two lenses and two temples, the frame is used to assemble the two lenses, a nose pad is provided on the two inner sides of the frame, and the mirror feet are pivotally connected to the two outer sides of the frame. There is a curved section near the end of the foot; it is characterized in that: A counterweight, with a weight, is assembled at the end of the curved section of the mirror foot to balance the weight of the front frame and the two lenses. The front end of the counterweight is a protruding connecting rod, and a hole is arranged in the hollow of the connecting rod; A soft rubber layer, the end of the soft rubber layer covers the connecting rod at the front end of the counterweight, and there is a shaft hole in the soft rubber layer, which runs through the head to the tail of the soft rubber layer; a length of joining section is provided at the end of the temple; According to this, the connecting rod at the front end of the counterweight is covered and positioned by the end of the soft rubber layer, and then the end of the mirror leg is inserted into the shaft hole of the soft rubber layer, and at the same time the connecting section at the end of the mirror leg is relatively rotated into the front of the weight block for combination In the hole of the rod, the counterweight can be quickly and double combined with the end of the soft rubber layer and the end of the temple, and the length of the temple can be cut in advance. The weight temple structure of glasses as described in claim 1, wherein the soft rubber layer of the mirror temple is a rubber sleeve, which is a binding rod that binds the front end of the fixed weight block after injection molding or heat shrinkage. The weight temple structure of glasses according to claim 1, wherein the weight block and the connecting rod are made of metal. The weight temple structure of glasses according to claim 1, wherein the front end of the connecting rod of the weight block is a converging end, and the converging end is conducive to covering with the soft rubber layer. The weight temple structure of glasses according to claim 1, wherein the connecting rod of the weight block is provided with thick external threads, and the inner wall of the hole groove is provided with internal threads. The weighted temple structure of glasses as claimed in item 1, wherein the connecting section at the end of the temple is a thin stud.

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