TWM256496U - Beam path tuning structure with spherical washer - Google Patents

Description

M256496 9. Creation description (1) [Technical field to which the new type belongs] This creation is a fine-tuning structure of a beam path with a spherical washer, especially when a reflecting lens beam is incident when the reflecting lens is adjusted to change the path of beam reflection Points remain unchanged. [Previously, please adjust the screw of the lens time diameter when the B is mutually, and then the reflection with the whole base, and then you can clamp the inner side to change and change the inverse distance of the double lens. E See] Structure, the wire C and the mirror are fixed, the lens e between the plurality of adjustments B is enlarged or the angular distance beam is reversed, and the lens mount is separated to change the offset pressure. Contains a repeatable retractable seat A, and when the plurality of retractable spring bases B are arranged opposite to each other, the reflection distance is reduced by adjusting the path of the shot (adjusting the complex A and the adjusting variable The beam reflection force area is too large and the point is offset. The spring D of the screw lens holder is adjusted. The multiple adjustment screw D is relatively fixed. The lens is adjusted by the lens holder A to make the reflection as shown in Figure 8. Adjust the screw base B path. At the time, it is caused that, for the customary wire, the A, one, and one reverse adjustment screws C are sleeved and adjusted at the el number and the diffractive lens.

The mirror base can change the light adjustment base lens E wire C and the complex mirror base provided on the anti-multiple mirror base. The whole base B of the incident screw C is equipped with a reflection beam reflection path B and a complex number. The main adjustment base is Base lens holder A The complete screw CA is slightly angled from one of the ends of the tuned beam toward one of the ends, and one of the wires C is fed into the lens to change the angle between the inner sides of either end, often because of the original beam of the reflective lens e. Incidence hits this reflection and makes the path of beam reflection deviate from the original

M256496

The predetermined reflection point is predetermined, so the desired beam reflection path must be regained. However, the adjustment process is costly. Therefore, how to provide a mirror base structure that can change the beam reflection path without affecting the point, This is where the case lies. [New content] New adjustment of the incident point of the light beam, Trent obtained such adjustments back and forth, not only but also takes too much time; the above-mentioned deficiencies are eliminated, and it can also reach the technical difficulties that the creator wants to solve when the light beam passes through the reflective lens. The main purpose of this creation is to provide a light path fine-tuning structure with a spherical washer. The lens adjustment base is provided with a movable fixing element, which is a penetrating lens adjustment base, and the lens adjustment '' A number of disc springs are provided on one side of the entire base, and the number of disc springs are sleeved on one end of the y movable fixing element, and are fixed by a lock nut, and then the lens adjustment base is A tapered hole base is provided on one side, and a spherical collar is provided on one side of the tapered hole base. 'The spherical washer is arranged in a groove provided at the lower end of the reflecting lens holder', and the tapered hole base, spherical washer and the reflecting lens holder are connected. Sequentially set on the other end of the movable fixing element, at the same time, a reflective lens is set on the reflective lens seat, and the number of penetrating edges around the lens adjustment base is adjustable. Positioning element; The spherical cylindrical ring is closely attached to the base of the taper hole to rotate, so that the spherical cylindrical circle's center is fixed, that is, the incident point is fixed. The point of incidence within the adjustment range is unchanged, and it is easier to make adjustments, and when any one of the number of adjustable positioning elements worn by the lens adjustment base is adjusted, the adjustable position to be adjusted is adjusted.

M256496 4. Creation instructions (3) The wedge-shaped vertex angle set at one end of the bit component is against the lens adjustment base, and the reflection lens holder and the reflection lens are simultaneously moved up by an angle of ^ to reach the path for adjusting the beam reflection. The center of the reflective lens is still fixed at the center of the spherical washer, so that the incident point of the light beam remains unchanged, and when the reflective lens seat is offset by an angle, 'the number of disc shapes provided on one side of the lens adjustment base The spring cooperates with a tapered hole base mounted on the other side of the lens adjustment base, and can assist in positioning the reflecting lens base at the front end and the rear end of the lens adjustment base, for the purpose of stably locking the incident point of the reflection lens beam. [Implementation] In order to make your examiner more convenient and simple to understand the other features, content and advantages of this creation and the effect achieved, it is hereby combined with this drawing for detailed description as follows: Please refer to Figure 1, This creation is to provide a light path fine-tuning structure with a spherical washer, which includes a lens adjustment base i, a reflecting lens holder 2, a spherical washer 3, and a tapered hole base 4. Among them: the lens adjustment base 1 There is a penetrating hole 10, the penetrating hole 2 is provided for putting on—the movable fixing element a can be moved, and the lens adjusting base is provided with a number of guiding holes 1 1 'around the edge. The number of adjustable positioning elements d, and one end of the number of adjustable positioning elements d = wedge-shaped top stomach, and the lens adjustment base is provided with a number disc shape, and the number disc shape spring b is fitted on the adjustable element. One end of the movable fixing element ^ is locked by a fixed lock nut c (see FIG. 4), and at the same time, the spherical washer 3 and ^ are adjusted by adjusting the tension of the disc spring b.

M256496 创作, creation description (4) The hole base 4 tightly prevents the disc-shaped lens holder 2, and the reflector should be movably fixed with a reflective lens having a groove 2 1 to help locate the spherical straight line; the spherical pad groove 2 1 and the spherical washer 3 is fixed at the center of the ball, which is the incident point within the range of the reflective lens e. The tapered base 2 is provided with the ring 3 and the other end of the mirror. When the 4 is matched with the lens, the lens can be adjusted in the lens. Seat 2, please refer to the fitting again, you can spring spring b to unscrew the seat 2 series of components a and other e (as shown in Figure 3, the groove 2 1 washer 3 and the ball ring 3 are fixed to the bottom of the cone hole tightly The tapered hole is fixed so that the center of the incident point is fixed, and the seat 4 is provided on the spherical ring 3 pieces. The seat 2 is adjusted according to the reflective lens. The base 1 is firmly locked. Shape spring b, and then fall off ', while supporting and positioning the reflection provided at one end of the lens adjusting base 1 and the reflection lens holder 2 (for installation), and the reflection lens holder 2 is provided with a lower end for fixing. The spherical washer 3 is set, and the center of the mirror of e The reflecting lens holder 2 and its holder 4 are in close contact with each other (as the base 4 rotates, the ball is fixed. Due to the spherical center of the lens spherical washer 3, adjustment is easier; the lens adjusting base 1 and between And the cone-shaped base is sequentially arranged on the movable fixed base 2 when the movable fixed base 2 is offset by an angle, a number of disk-shaped rear ends provided on one side of the auxiliary fixed lens support the incident beam of the lens. Set two), the entire base 1 of the face washer 3 will adjust the reflecting lens 4, the spherical spring spring b of the cone mounting element a, and the purpose of positioning the reflection point; the lens adjustment fixing element A series front end, the base 1 of the reflection first, second and fifth figure is provided with a movable fixed element a surface

M256496, creation description (5) runs through the lens adjustment base 1, and a number of disc-shaped bounces b, one end of the number of disc-shaped elastic pieces a, and a cone hole is provided on the other side of the base 1 by a fixed lock There is a spherical washer 3, the spherical surface 塾 a groove 21 at its lower end, and the cone lens holder 2 is sequentially set on the available lens. The reflection lens holder 2 is installed with a 1 around the edge. Any one of the lens adjustment bases 1 is worn so that the adjusted wedge-shaped vertex angle is against the reflective lens holder 2 and the angular path of the reflection of the reflective lens beam (as shown in the figure 5 remains unchanged) A) The set of several disc springs b are matched with the tapered hole base 4, when the mirror adjusts the front end of the lens 1 and the base 2 and enters and locks the reflection firmly to make the creation more apparent for a comparative analysis as follows:

The lens adjustment base 1 is provided with a spring b on one side and is set on the movable fixed element nut C lock fixed position 9 and the lens adjustment base 4 the tapered hole base 4 is provided with a ring 3 on one side Reflective lens holder 2 hole base 4 spherical washer 3 and the other end of the reflective movable fixing element a, the same as the reflective lens e 9 and the lens adjustment base can adjust the positioning element d 9 which can be adjusted by the number of positioning elements d The adjustable positioning element d is lower than 2 at one end (as shown in FIG. 2), and the e is simultaneously moved by an angle of 5 and adjusted to 5) while the reflecting lens e is incident to the light beam and the lens adjustment base 1 is at one side When the lens holder 2 on the other side of the lens adjustment base 1 is offset, the rear end can be used to assist in positioning the reflecting lens lens. The purpose of the beam incident point > Missing

Page 9 M256496 4. Creation Instructions (6) 1. When adjusting the path of beam reflection, the incident point of the beam of the reflecting lens shifted. 2. The beam reflection path deviates from the originally planned route. 3. The adjustment process takes too much time. Advantages of this creation 1. When adjusting the reflection path of the light beam, the incident point of the light beam of the reflecting lens remains unchanged. 2. Firmly lock the incident point of the reflective lens beam. 3. The beam reflection path conforms to the predetermined route. 4. Save adjustment time. 5. Progressive. In summary, when this creation is directed to the path of a light beam reflection, the anti- :: weekly correction of the reflective lens changes the ground, and its related assets in the market and in the country: J: the point of shot remains unchanged. Doubt, and its materiality, * never found the same person first created, the ministry b reached the desired throw, & _ is undoubtedly granted a patent, = & the effect of the advance, the consistency of use is more examined, And pray for granting a quasi-patent. β called your review committee can be careful

Page 10 M256496 Schematic description [Illustration] The first diagram is an exploded view of the creation. The second picture is a three-dimensional illustration of this creation. The third picture is a schematic diagram of adding a reflective lens to the original reflecting lens holder. The fourth picture is a schematic perspective view of the other side of the second picture. The fifth figure is a schematic diagram of the action of fine-tuning the reflective lens for this creation. The fifth figure is a schematic diagram of the beam reflection of the fine-tuning reflective lens for this creation. The sixth figure is a schematic diagram of the adjustable mirror surface of a conventional mirror. The seventh figure is another schematic side view of the sixth figure. The eighth figure is a schematic diagram of the light beam reflection of a conventional adjusting reflection lens. [Illustration of drawing number] a · · · Movable fixed element b · •• Disc spring c · · · Locking nut d · · · Adjustable positioning element e · · · Reflective lens 1 · Lens adjustment base 1 0 · · Through hole 11 · · Guide hole 2 · · · Reflective lens holder 2 1 · · Groove 3 · —— Spherical ring 4 · · · Tapered hole base

Claims (1)

M256496 5. Application patent scope 1. A beam path fine-tuning structure with a spherical washer, including a lens adjustment base, a through hole is provided in the center, and the through hole is used for penetrating a movable fixing element, and the lens A number of disc-shaped springs are provided on one side of the adjustment base, and a number of guide holes are provided around the edge of the lens adjustment base. The number of guide holes are provided for the relative number of adjustable positioning elements. A reflective lens holder has one side. A reflective lens is installed, and the lower end of the reflective lens holder is provided with a groove; a spherical washer is fixedly disposed on the groove provided on the lower end of the reflective lens holder; a tapered hole base is provided on the Between the lens adjusting base and the spherical washer provided on the reflecting lens base. 2. A light path fine-tuning structure with a spherical washer according to item 1 of the scope of the patent application, wherein one side of the lens adjusting base is provided with a number of disc springs, and the number of disc springs are fitted on the movable fixed One end of the component 03. According to a beam path fine-tuning structure with a spherical washer described in item 1 of the scope of the patent application, the lens adjustment base is provided with a number of guide holes around the extension edge. The number of adjustable positioning elements is set at one end of the number adjustable positioning elements. 4. The fine-tuning structure of the beam path with a spherical washer according to item 1 of the scope of the patent application, wherein the reflecting lens holder, the spherical collar and the tapered hole base are sequentially arranged on the other end of the movable fixing element. 5. A beam path fine-tuning structure with a spherical washer as described in item 2 of the scope of the patent application, wherein the lens adjusting base is provided with a number of discs on one side thereof. Page 12 M256496 Page 13