CN216746358U - Vernier type liquid level display - Google Patents
Vernier type liquid level display Download PDFInfo
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- CN216746358U CN216746358U CN202220114883.9U CN202220114883U CN216746358U CN 216746358 U CN216746358 U CN 216746358U CN 202220114883 U CN202220114883 U CN 202220114883U CN 216746358 U CN216746358 U CN 216746358U
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Abstract
A vernier type liquid level display comprises a floating measurement magnetic steel and a vertical long-strip-shaped aluminum profile, wherein a transparent tube filled with liquid is vertically clamped on the left side of the aluminum profile, and a scale marked with scales is vertically clamped on the right side of the aluminum profile; the vernier is arranged in a transparent tube filled with liquid, and two magnetic steels arranged end to end at the S level are arranged in the vernier; the upper and lower clamping sleeves externally package the two magnetic steels, and the upper and lower halves of the external package of the vernier are coated into different colors; the scale indicator capable of moving up and down is transversely arranged in front of the transparent tube and the scale, the left side surface of the scale indicator is placed in the aluminum profile groove parallel to the left side of the transparent tube, and the left side surface of the scale indicator is provided with a fastening button which can fix the scale indicator after being screwed. The reading of the utility model can continuously change along with the liquid level, the visual resolution depends on the eyesight of an observer, the display accuracy is improved, the reading data takes mm as a unit, and the accuracy is higher by one order of magnitude than the standard of 'magnetic float level meter JB/T12957-2016'.
Description
Technical Field
The utility model relates to a mechanical liquid level instrument, in particular to a liquid level display.
Background
The liquid level display mode of the magnetic float liquid level meter & ltmagnetic float liquid level meter JB/T12957-2016 & gt is a magnetic turning plate or magnetic turning column, the working principle and accuracy of the magnetic turning plate or magnetic turning column are the same, and the magnetic turning plate is taken as an example below. The magnetic turning plate is a standard part, 100 magnetic turning plates are arranged into 1m long strips at intervals of 10mm, 100 scales are arranged in the 1m long scale corresponding to the long strips, each scale is an integral multiple of 10mm, the measured liquid level changes continuously but displays 10mm step change, the change of the liquid level between 1mm and 9mm cannot be displayed, and the read data is in cm as a basic unit, as shown in fig. 1 and 2; the magnetic flip display fails to follow the continuous change in the level gauge, being a 10mm step change, limiting visual resolution.
The visual resolution of the magnetic turning plate is 10mm, the visual accuracy is related to the measuring range, and the measuring range is 1m as an example: the visual error/measuring range =10 mm/1000 mm ═ 1%, and the accuracy of the magnetic float level meter JB/T12957-2016 is specified to be +/-10 mm or 1%.
The ratio of the height of a scale of the magnetic floater liquid level meter to the height of the liquid level is 1:1, the height of the scale is higher than the height of the liquid level to be measured, when the height of the display panel exceeds a visual resolution range, particularly when the height of the display panel exceeds 6m, the height of the display panel is equivalent to the height of the sealed liquid storage tank, visual differences exist in the display of the whole display panel, and when the height of the display panel exceeds the visual resolution range, the numerical value of the display panel is not easy to read accurately. The magnetic turning plate display is not suitable for measuring the liquid level of the wide-range tank,
the utility model discloses a linear proportional liquid level meter with the patent number of ZL201721513145.7, which solves the problems that a magnetic turning plate displays the liquid level measurement in a wide range tank, the 1:1 proportional relation between a floating top stroke and a magnetic heavy hammer stroke is changed into the linear n:1 proportional relation, and the height of a liquid level display and magnetic sensor remote transmission device is reduced to the optimal visual range of a human body by arranging the number of pulleys according to the linear proportion according to the height of a closed liquid storage tank. In order to adapt to the visual range, the display panel is only 1 m-1.5 m high, but the measured liquid level is between 6 m-30 m, and the ratio of the height of the scale to the height of the liquid level is not 1:1 but 1: 4, 6, 10) XN.
The inventor has a patent number ZL201721513145.7 linear proportional liquid level meter, and each magnetic turnover plate accounts for 60mm of a liquid level display value of a scale by 10 mm. Assuming that the ratio is 1: 12, the magnetic turning plate occupies 120mm of liquid level display value of the liquid level of the scale, and the defect is more serious when the ratio is increased. Two bits behind the decimal point displayed by the liquid level can not be distinguished, and the accuracy is low.
Disclosure of Invention
The utility model aims to solve the problems and provides a vernier type liquid level display, which adopts a vernier with two butt magnetic steels arranged inside to indicate the liquid level, the reading can continuously change along with the liquid level, the visual resolution depends on the eyesight of an observer, the display accuracy is improved compared with a magnetic turning plate liquid level meter, and the accuracy is higher by one order of magnitude than the standard of a magnetic float liquid level meter JB/T12957-2016.
The technical scheme of the utility model is realized in such a way that the vernier type liquid level display comprises measuring magnetic steel floating on the liquid level of a closed liquid storage tank, and is characterized in that: the liquid storage tank is characterized by also comprising a vertical long-strip-shaped aluminum profile fixed outside the liquid storage tank, wherein a transparent pipe filled with liquid is vertically clamped on the left side of the aluminum profile, and a scale marked with scales is vertically clamped on the right side of the aluminum profile; the vernier is arranged in a transparent tube filled with liquid, and two magnetic steels arranged end to end at the S level are arranged in the vernier; the upper and lower clamping sleeves externally package the two magnetic steels, and the upper and lower halves of the external package of the vernier are coated with different colors; the scale indicator capable of moving up and down is transversely arranged in front of the transparent tube and the scale, the left side surface of the scale indicator is placed in the aluminum profile groove parallel to the left side of the transparent tube, and the left side surface of the scale indicator is provided with a fastening button which can fix the scale indicator after being screwed.
Furthermore, the upper half part of the vernier is painted in red, and the lower half part of the vernier is painted in white.
Further, the density of the liquid filled in the transparent tube is the same as that of the vernier.
Furthermore, the liquid in the transparent tube is color liquid.
Further, the liquid in the transparent tube is green liquid.
Further, the minimum scale of the scale can be 1 mm.
The utility model adopts the vernier with two pairs of magnetic steel to indicate the liquid level, the reading can continuously change along with the liquid level, the visual resolution depends on the vision of an observer, the display accuracy is improved, the reading data takes mm as a unit, and the visual accuracy is as follows: the visual error/full stroke =1 mm/1000 mm ═ 0.1%, and the accuracy is higher by an order of magnitude than the standard of "magnetic float level gauge JB/T12957-2016".
Drawings
Fig. 1 is a schematic front view of a magnetic flip.
Fig. 2 is a side schematic view of a magnetic flipper.
Fig. 3 is a schematic front view of the present invention.
Fig. 4 is a schematic top view of the present invention.
Figure 5 is a schematic view of the side cursor operating principle of the present invention.
In the figure: 1. a cursor; 2. a transparent tube; 3. a scale; 4. an aluminum profile; 5. a scale indicator; 6. magnetic steel; 7. and measuring the magnetic steel.
Detailed Description
Fig. 1 and 2 are schematic diagrams of the operation of the magnetic flap.
As can be seen from fig. 3, 4, 5, the present invention includes: the measurement magnet steel 7 floating on the liquid level of the closed liquid storage tank is characterized in that: the liquid storage tank also comprises a vertical long-strip-shaped aluminum profile 4 fixed outside the liquid storage tank, a transparent tube 2 is vertically clamped on the left side of the aluminum profile 4, a scale 3 marked with scales is vertically clamped on the right side of the aluminum profile 4, the transparent tube 2 is filled with liquid which can be white or colored liquid, and the liquid is irrelevant to a measured medium; the vernier 1 is arranged in a transparent tube 2 filled with liquid, and two magnetic steels 6 which are arranged in an S-stage head (according to the polarity of a liquid level measurement magnetic steel 7) are arranged in the vernier 1; the upper and lower cutting sleeves are used for externally packaging the two magnetic steels 6, the upper half part of the external package of the vernier 1 is coated with red and the lower half part is coated with white according to the habit of the magnetic turning plate, the red color displays the measured medium, and the red and white boundary line displays the liquid level position. The scale indicator 5 that can reciprocate transversely establishes in the place ahead of hyaline tube 2 and scale 3, and the left surface of scale indicator 5 is placed in the aluminium alloy 4 inslot parallel with hyaline tube 2, is equipped with the fastening button on its left surface, and the fastening button of screwing can fix scale indicator 5. The density of the vernier 1 is the same as that of the liquid in the transparent tube 2, the downward gravity and the upward buoyancy of the vernier 1 are mutually offset, the vernier 1 can be suspended in the liquid in the transparent tube 2, the S pole in the middle of the vernier 1 is attracted by the N pole magnetic force of the measuring magnetic steel 7, and the red-white boundary line of the vernier 1 moves up and down along with the height of the liquid level of the closed liquid storage tank.
When the device works, the measuring magnetic steel 7 floats up and down along with the height of the measured liquid level in the sealed liquid storage tank, the outward N pole of the measuring magnetic steel 7 attracts the S pole in the middle of the vernier 1 outside the sealed liquid storage tank isolated from the liquid level to move up and down along with the liquid level, and therefore continuous change of vernier type display reading is achieved.
The distance between the vernier 1 and the scale 3 can cause visual errors, and the numerical value of the scale 3 corresponding to the extension line can be read by aligning the horizontal plane on the scale indicator 5 with the red and white boundary of the vernier 1, so that the visual errors can be effectively reduced, and the visual error indicator can also be used for providing an indication function of an upper normal operation interval and a lower normal operation interval for a client.
The minimum scale of the scale 3 of the utility model can be 1mm, and the read data can be in mm; if the scale proportion of the utility model is 1: 6, the object is 600 scales with the length of 1m, and each scale is 1.667mm, two digits after decimal point can be clearly distinguished. The utility model can distinguish 1mm change, and the error is amplified in proportion and the read data is in traditional cm unit.
Claims (6)
1. The utility model provides a vernier formula liquid level display, is including floating at measurement magnet steel (7) on airtight reservoir tank liquid level, its characterized in that: the liquid storage tank also comprises a vertical long-strip-shaped aluminum profile (4) fixed outside the liquid storage tank, wherein a transparent pipe (2) filled with liquid is vertically clamped on the left side of the aluminum profile, and a scale (3) marked with scales is vertically clamped on the right side of the aluminum profile; the vernier (1) is arranged in a transparent tube (2) filled with liquid, and two magnetic steels (6) which are arranged end to end at the S level are arranged in the vernier; the upper and lower clamping sleeves externally package the two magnetic steels (6), and the upper and lower halves of the external package of the vernier (1) are coated into different colors; the scale indicator (5) capable of moving up and down is transversely arranged in front of the transparent tube and the scale, the left side surface of the scale indicator is placed in the aluminum profile groove parallel to the left side of the transparent tube, and the left side surface of the scale indicator is provided with a fastening button capable of fixing the scale indicator after being screwed.
2. A vernier liquid level display as claimed in claim 1, wherein: the upper half part of the vernier (1) is painted with red, and the lower half part of the vernier is painted with white.
3. A vernier level display as claimed in claim 1 or 2, wherein: the density of the liquid filled in the transparent tube (2) is the same as that of the vernier (1).
4. A vernier liquid level display as claimed in claim 3, wherein: the liquid in the transparent tube (2) is colorful liquid.
5. A vernier liquid level display as claimed in claim 4, wherein: the liquid in the transparent tube (2) is green liquid.
6. A vernier-type liquid level display as claimed in claim 3, wherein: the minimum scale of the scale (3) is 1 mm.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN202220114883.9U CN216746358U (en) | 2022-01-17 | 2022-01-17 | Vernier type liquid level display |
Applications Claiming Priority (1)
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CN202220114883.9U CN216746358U (en) | 2022-01-17 | 2022-01-17 | Vernier type liquid level display |
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CN216746358U true CN216746358U (en) | 2022-06-14 |
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CN202220114883.9U Active CN216746358U (en) | 2022-01-17 | 2022-01-17 | Vernier type liquid level display |
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