阅读说明：本技术 磁浮子光纤水位检测警示仪 (Magnetic float optical fiber water level detection warning instrument ) 是由 辛传奇 李维军 鹿钦礼 杨紫坤 潘赠旭 郭宏翔 赵爽 于 2019-09-23 设计创作，主要内容包括：磁浮子光纤水位检测警示仪。它由太阳能板,固定杆,磁浮子管道,LED灯,右隔板,后隔板,左隔板,光纤灯,刻度板,显示板,上隔板,光纤,套筒,磁翻板,翻板支架,磁浮子,下隔板组成。该仪器为太阳能供电的新型光纤水位显示装置,避免了装置长期浸水而造成故障的隐患,通过光纤传输耦合、光源控制装置设计,改进了传统LED光源高能耗、不防水问题；具有环保,安装适应性强的特点,是光、电、磁等技术的综合性测量显示装置。(Magnetic float optical fiber water level detection warning instrument. It comprises solar panel, dead lever, magnetism float pipeline, LED lamp, right baffle, back baffle, left baffle, fiber lamp, scale plate, display panel, goes up the baffle, optic fibre, sleeve, magnetism board, turns over the board support, magnetism float, lower baffle. The instrument is a novel optical fiber water level display device powered by solar energy, avoids the hidden trouble of failure caused by long-term immersion of the device, and improves the problems of high energy consumption and water impermeability of the traditional LED light source through optical fiber transmission coupling and light source control device design; the device has the characteristics of environmental protection and strong installation adaptability, and is a comprehensive measurement display device for technologies such as light, electricity, magnetism and the like.)

1. Magnetic float optic fibre water level detection warning appearance, it is by solar panel, dead lever, magnetic float pipeline, LED lamp, right baffle, back baffle, left baffle, the optic fibre lamp, the scale plate, the display panel, go up the baffle, optic fibre, the sleeve, magnetism turns over the board, turns over the board support, and the magnetic float, lower baffle constitutes its characterized in that: the scale plate and the display plate are positioned at the front end in parallel; the upper partition plate is fixed at the upper ends of the scale plate and the display plate, and one end of the upper partition plate is flush with the front ends of the scale plate and the display plate; the lower partition plate is fixed at the lower ends of the scale plate and the display plate, and one end of the lower partition plate is flush with the front ends of the scale plate and the display plate; one end of the fixed rod is arranged on the upper partition plate, and the other end of the fixed rod is fixed with the solar panel; the solar panel is fixed on the fixing rod; one end of the optical fiber is connected with the optical fiber lamp, and the other end of the optical fiber is fixed in the sleeve head; the LED lamps are positioned on the rear partition board and are respectively arranged on the left side and the right side of the rear partition board in a row; the magnetic floater pipeline is positioned on the right side of the rear clapboard and is fixed on the rear clapboard; the magnetic floater is positioned in the magnetic floater pipeline.

2. The magnetic float optical fiber water level detection warning instrument according to claim 1, characterized in that: the optical fiber lamps are arranged on the scale plate and the display plate, are arranged on the scale plate into an E-shaped and a digital shape, and are sequentially arranged on the display plate and are fully distributed on the whole display plate.

3. The magnetic float optical fiber water level detection warning instrument according to claim 1, characterized in that: the turning plate support is positioned in the middle of the upper partition plate and the lower partition plate, one end of the turning plate support is connected with the upper partition plate, and the other end of the turning plate support is connected with the lower partition plate.

4. The magnetic float optical fiber water level detection warning instrument according to claim 1, characterized in that: the magnetic turning plate is positioned on the turning plate support, the shaft of the magnetic turning plate is connected with the shaft on the turning plate support, and the magnetic turning plate can rotate around the shaft.

5. The magnetic float optical fiber water level detection warning instrument according to claim 1, characterized in that: the rear partition board is positioned at the last position of the upper partition board and the lower partition board, one end of the rear partition board is connected with the upper partition board, and the other end of the rear partition board is connected with the lower partition board.

6. The magnetic float optical fiber water level detection warning instrument according to claim 1, characterized in that: the left partition plate and the right partition plate are respectively positioned at two ends of the upper partition plate, and form a closed space with the upper partition plate, the lower partition plate, the rear partition plate, the scale plate and the display panel.

Technical Field

The invention relates to a detector, in particular to a magnetic float optical fiber water level detection warning instrument

Background

The traditional water level ruler only displays water level information through Arabic numerals, some water level rulers even directly mark water level numerals on culverts, cannot comprehensively prompt by light, sound, images and the like, and has a plurality of problems due to poor installation positions. Wherein, a present city culvert water level detection warning appearance, it nevertheless measures the water level through water pressure sensor, shows the water level through the LED screen, because drainage mouth way, water tower, cistern and city culvert are in ponding for a long time, amasss under the environment of silt, moist, water pressure sensor does not have row's silt ability, and the LED display screen is very easily because of intaking and breaks down moreover, so the urgent need in the market has not only can collect light, sound, image prompt facility, has the automatic display instrument of arranging silt system and waterproof function of safe operation again.

Disclosure of Invention

Aiming at the problems, the invention provides the magnetic float optical fiber water level detection warning instrument which not only can integrate the functions of light and image prompt, but also has the functions of a sludge discharge system and water prevention which are operated safely.

The technical scheme adopted by the invention for solving the technical problems is as follows: the LED lamp comprises a solar panel, a fixing rod, a magnetic floater pipeline, an LED lamp, a right partition plate, a rear partition plate, a left partition plate, an optical fiber lamp, a scale plate, a display panel, an upper partition plate, optical fibers, a sleeve, a magnetic turning plate, a turning plate support, a magnetic floater and a lower partition plate, wherein the scale plate and the display panel are located at the front end in an aligned mode. The fiber lights are arranged on the scale plate and the display plate, are arranged on the scale plate into an E-shaped and a digital shape, and are sequentially arranged on the display plate and are fully distributed on the whole display plate. The upper clapboard is fixed at the upper ends of the scale plate and the display plate, and one end of the upper clapboard is flush with the front ends of the scale plate and the display plate. The lower baffle is fixed at scale plate and display panel lower extreme, and the one end of baffle and the front end parallel and level of scale plate and display panel down. One end of the fixing rod is installed on the upper partition plate, and the other end of the fixing rod is fixed with the solar panel. The solar panel is fixed on the fixing rod. One end of the optical fiber is connected with the optical fiber lamp, and the other end is fixed in the sleeve head. The turning plate support is positioned in the middle of the upper partition plate and the lower partition plate, one end of the turning plate support is connected with the upper partition plate, and the other end of the turning plate support is connected with the lower partition plate. The magnetic turning plate is positioned on the turning plate support, the shaft of the magnetic turning plate is connected with the shaft on the turning plate support, and the magnetic turning plate can rotate around the shaft. The rear partition board is positioned at the last position of the upper partition board and the lower partition board, one end of the rear partition board is connected with the upper partition board, and the other end of the rear partition board is connected with the lower partition board. The LED lamps are positioned on the rear partition board and are respectively arranged in a row on the left side and a row on the right side of the rear partition board. The left partition board and the right partition board are respectively positioned at two ends of the upper partition board, and form a closed space with the upper partition board, the lower partition board, the rear partition board, the scale board and the display board. The magnetic float pipeline is positioned on the right side of the rear clapboard and is fixed on the rear clapboard. The magnetic floater is positioned in the magnetic floater pipeline.

Drawings

The invention is further illustrated with reference to the following figures and examples.

Fig. 1 and 2 are schematic diagrams of the overall structure of the invention.

In fig. 1 and 2, a solar panel 1, a fixing plate 2, a magnetic floater pipeline 3, an LED lamp 4, a right partition plate 5, a rear partition plate 6, a left partition plate 7, an optical fiber lamp 8, a scale plate 9, a display plate 10, an upper partition plate 11, an optical fiber 12, a sleeve 13, a magnetic turning plate 14, a turning plate support 15, a magnetic floater 16 and a lower partition plate 17 are arranged.

Fig. 3 is a schematic view of a display portion of the fiber optic lamp of the present invention.

In fig. 3, 8 is a fiber lamp, 12 is a fiber, 13 is a sleeve.

FIG. 4 is a schematic view of a portion of a magnetic flip of the present invention.

In fig. 4, 14 magnetic flaps and 15 flap supports.

Detailed Description

The solar LED street lamp is composed of a solar panel (1), a fixing rod (2), a magnetic floater pipeline (3), an LED lamp (4), a right partition plate (5), a rear partition plate (6), a left partition plate (7), an optical fiber lamp (8), a scale plate (9), a display plate (10), an upper partition plate (11), an optical fiber (12), a sleeve (13), a magnetic turning plate (14), a turning plate support (15), a magnetic floater (16) and a lower partition plate (17). When the magnetic floater water level detection warning instrument is used, the magnetic floater optical fiber water level detection warning instrument is fixed in water, the solar panel (1) supplies power, the LED lamp (4) keeps normally on, the LED lamp (4) on the left side of the rear partition plate (6) enables light to directly irradiate on the sleeve (13), the optical fiber (12) in the sleeve (13) transmits the light to the optical fiber lamp (8), the optical fiber lamp (8) on the scale plate (9) keeps normally on, the magnetic floater (16) rises and falls along with the liquid level in the magnetic floater pipeline (3), when the magnetic floater (16) reaches a certain position, the magnetic floater is magnetically coupled with the magnetic turnover plate (14) in the corresponding position, the magnetic turnover plate (14) is opened, the LED lamp (4) on the right side of the rear partition plate (6) irradiates the sleeve (13) through the magnetic turnover plate, the optical fiber (12) in the sleeve (13) transmits the light to the optical fiber lamp (8), and the part of the optical fiber lamp (8) corresponding to the magnetic turnover plate (14) on the, thereby achieving the purpose of indicating the water level scale by the display board (10).