TWM562963U - Telescopically adjustable rangefinder - Google Patents

Abstract

The telescopically adjustable range finder includes: a first housing having a distance sensing unit and a slope measuring unit, the first housing having at least two front lenses at one end; and at least one a second housing is provided with a rear lens, and the other end of the second housing is slidably disposed at the other end of the first housing, the front lens is connected to a display, the distance sensing unit and the slope measurement The unit is electrically connected to the display to transmit distance data to the display, and the slope measuring unit is activated by pulling out the second housing, wherein the second housing is coated with a predetermined color, so that the second shell is pulled out When the body is exposed and the predetermined color is revealed, it can be known that the slope measuring unit has been activated.

Description

Telescopically adjustable rangefinder

This creation is about a distance measuring device, especially a range finder that can be magnetically fixed.

According to the rules of golf, the main requirement is that the player should enter the target (ie green) hole from the tee shot with the least number of strokes, and exist between the tee shot and the target hole. The basic elements are "distance" and "angle" (of course, there are other factors such as wind speed and turf direction, etc., and there is no further explanation here). The most important thing is that the competitors control their hitting direction by virtue of their swing skill. The distance of the target ground must be accurately measured by its experience in order to control the distance of the hitting distance. For beginners in golf, in addition to having to constantly practice swinging to improve ball control and swing, the most important thing is to learn how to accurately detect the target and location. The distance is known, and the conventional distance measuring device is disclosed in Japanese Laid-Open Patent Publication No. Hei 5-157564. In the distance measuring device, since the operation switch is adjacent to the function display displayed on the liquid crystal display, the desired operation switch can be simply and correctly pressed. The measurement results are mainly displayed in digital display on the liquid crystal display.

The disadvantage of such a distance measuring device is that it can only detect the distance of a single target. For the user, if it is necessary to detect the distance of another target, it needs to be measured in stages, which is not convenient, and the measurement is still needed. Record the distance data of each target in paper and pen.

In addition, according to the latest golf rules, the use of a rangefinder with slope calculation function must actively inform the third party, and the current rangefinder can only be seen through the interface of the rangefinder to know whether to start the slope. The calculation function cannot be immediately known by the appearance of the rangefinder, so there is a need for improvement.

In view of this, how to eliminate the above-mentioned deficiencies is the technical difficulty point that the creators of this case want to solve; however, the creators of this case are based on years of experience in relevant industries, and after many years of painstaking research, trial improvement, finally Successfully developed and completed the case, and enabled the new model to be born to enhance the efficacy.

In view of the above disadvantages, the telescopically adjustable range finder includes: a first housing having a distance sensing unit and a slope measuring unit, the first housing having at least two ends a front lens; and at least one second housing is provided with a rear lens, and the other end of the second housing is slidably disposed at the other end of the first housing, the front lens is connected to a display, the sense of distance The measuring unit and the slope measuring unit are electrically connected to the display to transmit distance data to the display, and the slope measuring unit is activated by pulling out the second housing, wherein the second housing is coated with a predetermined color, Therefore, when the second casing is pulled out and the predetermined color is revealed, it is known that the slope measuring unit has been activated.

According to the above, the distance sensing unit includes a plurality of first sensors, a plurality of second sensors, an arithmetic processor, and a memory, each of the first sensors and each of the second sensors Rotating at least one first target and a plurality of second targets from left to right respectively from top to bottom, and calculating, by the operation processor, a distance between the first target and each of the second targets, and The distance data of a target and the distance data of each of the second targets are respectively displayed on the display, and the distance data of the first target and each of the second targets are stored in the memory, and the first target and each The distance between the second targets is displayed in order from near to far.

According to the above, each of the first sensor and each of the second sensors is a multi-axis sensor.

According to the above, the display further displays a directional star, the galactic system provides aiming at the first target, and the distance data of the first target is adjacent to the directional star.

According to the above, the distance data of each of the second targets is located outside the distance data of the sight star and the first target.

According to the above, the distance data is displayed once below the distance data of each of the second targets, and the secondary distance data is the distance from the first target to the distance of each of the second targets.

In order to make it easier for your review committee to understand the contents of this new model and the efficiencies that can be achieved, the specific examples are listed in conjunction with the drawings, as detailed below:

The first and third embodiments of the present invention include: a first housing 10, a distance sensing unit 20, a second housing 50, and a slope measuring unit 12;

The first housing 10 is provided with at least two front lenses 11 at one end thereof. The first housing 10 is internally provided with a distance sensing unit 20 and a slope measuring unit 12.

The second housing 50 is provided with a rear lens 51. The other end of the second housing 50 is slidably disposed at the other end of the first housing 10. The front lens 11 is connected to a display 13. The measuring unit 20 and the slope measuring unit 12 are electrically connected to the display 13 to transmit distance data to the display 13, and the slope measuring unit 12 is activated by pulling out the second housing 50, wherein the slope measuring unit 12 An inclinometer (not shown) is included, and the angle compensation distance is automatically calculated according to the distance and inclination measured by the distance sensing unit 20 and the inclinometer.

The second housing 50 is coated with a predetermined color, so that when the second housing 50 is pulled out, the third party can clearly know that the new telescopic range measuring machine has activated the gradient measuring unit 12 to meet The rule of the golf ball, and the sliding distance of the second casing 50 and the first casing 10 is at least 5 mm.

Referring to the fourth figure, the distance sensing unit 20 is disposed inside the first housing 10 and electrically connected to the display 13. The distance sensing unit 20 includes a plurality of first sensors 21 and a plurality of second sensings. The processor 22, an operation processor 23 and a memory 24, wherein each of the first sensors 21 and each of the second sensors 22 are multi-axis sensors.

For the manner of using the distance sensing unit 20 of the telescopically adjustable range finder, please refer to the fourth to seventh figures, and the first target 30 and the second target 40 are viewed through the front lens 11 and the rear lens 51. In this embodiment, the first target 30 is a flagpole, and each of the second targets 40 is a forest behind or around the flagpole, and is respectively configured by each of the first sensor 21 and each of the second sensors 22 Up to down, at least one first target 30 and a plurality of second targets 40 are reciprocally scanned from left to right, wherein the crosshair 131 provides aiming at the first target 30, and the distance data 31 of the first target 30 is adjacent to the The sight star 131.

The distance between the first target 30 and each of the second targets 40 is calculated by the operation processor 23, and the distance data 31 of the first target 30 and the distance data 41 of each of the second targets 40 are respectively displayed on the display. 13 in.

At the same time, the distance data 31 of the first target 30 and the distance data 41 of each of the second targets 40 are stored in the memory 24, so that the user can re-view the previous detection without repeating the scanning detection. The measured distance data 31, 41.

In addition, the distance between the first target 30 and each of the second targets 40 is sequentially displayed from near to far. In short, after the scanning and calculating by the distance sensing unit 20, only the closest target is displayed. In the present embodiment, the number of the second targets 40 is four, and the distance data 41 of each of the second targets 40 is located in the crosshairs 131 and the first target 30. The distance of the distance is outside the data and coincides with the position of each of the second targets 40.

By the operation function of the operation processor 23, the distance data 411 is displayed once below the distance data 41 of each of the second targets 40, and the secondary distance data 411 is the distance of the first target 30 to each of the first The distance between the two targets 40.

Moreover, the user can change the setting. Referring to the fifth figure, the display 13 displays only the distance data 31 of the first target 30 and the secondary distance data 411 of each of the second targets 40 to better conform to the user's reading observation. The habit of data.

The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiments are not intended to limit the scope of the present invention, and equivalent implementations or modifications that are not departing from the spirit of the present invention should be included in the present invention. In the scope of patents.

10‧‧‧First housing
11‧‧‧ front lens
12‧‧‧ slope measurement unit
13‧‧‧ display
131‧‧‧Sight star
14‧‧‧Adsorption unit
141‧‧‧First magnetic component
142‧‧‧First belt
143‧‧‧Second belt
144‧‧‧Second magnetic component
20‧‧‧ Distance sensing unit
21‧‧‧First sensor
22‧‧‧Second sensor
23‧‧‧Operation processor
24‧‧‧ memory
30‧‧‧first goal
40‧‧‧second goal
31, 41‧‧‧ distance data
411‧‧‧Second distance data
50‧‧‧ second housing
51‧‧‧ Rear lens

The first picture is a schematic diagram of the new architecture. The second figure is a three-dimensional appearance of the new model. The third figure is a schematic diagram of the stretched state of the second drawing. The fourth figure is a schematic diagram of the structure of the new distance sensing unit. The fifth picture is a schematic view of the new real scene. The sixth figure is a schematic diagram of the new distance data. The seventh figure is a schematic diagram of another mode distance data of the present invention.

Claims (8)

A telescopically adjustable range finder includes: a first housing having a distance sensing unit and a slope measuring unit, the first housing having at least two front lenses at one end; and at least one a second housing is provided with a rear lens, and the other end of the second housing is slidably disposed at the other end of the first housing, the front lens is connected to a display, the distance sensing unit and the slope measurement The unit is electrically connected to the display to transmit distance data to the display, and the slope measuring unit is activated by pulling out the second housing. The telescope of the telescopic adjustment of claim 1, wherein the second casing is coated with a predetermined color. The telescopically adjustable range finder of claim 2, wherein the second housing and the first housing have a slip distance in a range of at least 5 mm. The distance measuring device of claim 1, wherein the distance sensing unit comprises a plurality of first sensors, a plurality of second sensors, an arithmetic processor and a memory, each of which The first sensor and each of the second sensors respectively reciprocally scan at least one first target and a plurality of second targets from left to right, and the first target is calculated by the operation processor. a distance from each of the second targets, and the distance data of the first target and the distance data of each of the second targets are respectively displayed on the display, and the distance data of the first target and each of the second targets are stored. In the memory, the distance between the first target and each of the second targets is sequentially displayed from near to far. The telescope of the telescopic adjustment of claim 4, wherein each of the first sensor and each of the second sensors is a multi-axis sensor. The telescope of the telescopic adjustment of claim 4, wherein the display further displays a directional star, the galactic system provides aiming at the first target, and the distance data of the first target is adjacent to the directional star. The telescope of the telescopic adjustment according to claim 4, wherein the distance data of each of the second targets is located outside the distance data of the sight star and the first target. The telescope of the scalable adjustment according to claim 7, wherein the distance data of each of the second targets further displays the distance data once, and the secondary distance data is the distance of the first target to each of the distances. The distance of the second target.