CN109282795A - Simulate dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument - Google Patents
Simulate dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument Download PDFInfo
- Publication number
- CN109282795A CN109282795A CN201811266858.7A CN201811266858A CN109282795A CN 109282795 A CN109282795 A CN 109282795A CN 201811266858 A CN201811266858 A CN 201811266858A CN 109282795 A CN109282795 A CN 109282795A
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- mercury
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- mixer truck
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01C—MEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
- G01C9/00—Measuring inclination, e.g. by clinometers, by levels
- G01C9/18—Measuring inclination, e.g. by clinometers, by levels by using liquids
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01C—MEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
- G01C9/00—Measuring inclination, e.g. by clinometers, by levels
- G01C9/18—Measuring inclination, e.g. by clinometers, by levels by using liquids
- G01C2009/182—Measuring inclination, e.g. by clinometers, by levels by using liquids conductive
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- Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
- Radar, Positioning & Navigation (AREA)
- Remote Sensing (AREA)
- Control Of Position, Course, Altitude, Or Attitude Of Moving Bodies (AREA)
Abstract
Simulate dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury measuring instrument, comprising: 1- simulates dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube；2- dynamic and intelligent mixer truck center of gravity；3- mercury reservoir；4- mercury reservoir pedestal；5- mercury liquid level；6- wheel；Pedestal 7- with a scale；B- mercury positive signal contact B.The upper end of 1 connection B, B insertion 3,3 are placed on 4, and 1, B, 3,4 are embedded on 7.7 are placed on the center of gravity of dynamic and intelligent mixer truck, and the mercury liquid level in 7 is overlapped with the center of gravity of dynamic and intelligent mixer truck, and when dynamic and intelligent mixer truck tilts, center of gravity running track is overlapped with the mercury motion profile in 1.Mercury is observed, its tilt angle can be intuitively determined, and issue signal, so as to adjust other corresponding functions of dynamic and intelligent mixer truck, prevent from turning on one's side.
Description
Technical field
The present invention relates to simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instruments, especially observe
The mercury flowing in dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube is simulated, can intuitively determine its inclination angle
Degree, and issue corresponding signal.
Background technique
Whether the gravity center shift of simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument determines it
Steadily, it tilts, turn on one's side.Matching simulation dynamic and intelligent is designed using the track of dynamic and intelligent mixer truck displacement of center of gravity to stir
Car weight heart inclined trajectory goat's horn type mercury tube measuring instrument is mixed, can intuitively determine its operating status.When dynamic and intelligent mixer truck is left
When right bank, the mercury in center of gravity running track and simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube is transported
Dynamic rail mark is overlapped.Mercury is observed, its tilt angle can be intuitively determined, the signal of various states is sent to car-mounted terminal, from
And other corresponding functions of dynamic and intelligent mixer truck are adjusted, such as travel route, travel speed, steering angle, dynamic weighing, prevent
Only turn on one's side.
Summary of the invention
The present invention provides novel simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instruments.When
When dynamic and intelligent mixer truck tilts, center of gravity running track and simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type
Mercury motion profile in mercury tube is overlapped.Mercury is observed, can intuitively determine its tilt angle, and issue corresponding signal to vehicle
Mounted terminal, so that driver takes countermeasure.
The purpose of the invention patent is achieved in that simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury
Pipe measuring instrument, it is characterized in that: measuring instrument includes: 1- simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube；2-
Dynamic and intelligent mixer truck center of gravity；3- mercury reservoir；4- mercury reservoir pedestal；5- mercury liquid level；6- wheel；Platform 7- with a scale
Seat；B- mercury positive signal contact B.Simulate dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube connection mercury anode
Signal contact B, mercury positive signal contact B are inserted into the upper end of mercury reservoir, and mercury reservoir is placed on mercury reservoir pedestal, simulate
Dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube, mercury positive signal contact B, mercury reservoir, mercury reservoir bottom
Seat is embedded on pedestal with a scale.
Dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument is simulated, it is characterized in that: the simulation
Mercury positive signal contact D, mercury are inserted into left and right respectively at the top of dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube
Positive signal contact C, bottom connect mercury positive signal contact B.
Dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument is simulated, it is characterized in that: the mercury
Mercury positive signal contact B is inserted into the upper end of container, and mercury, mercury liquid level and mercury positive signal contact are contained in mercury reservoir
The distance between B is H, and bottom connects mercury negative signal contact A.
The utility model has the advantages that the measuring method of simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument,
It is characterized in that: pedestal with a scale is placed on the center of gravity of dynamic and intelligent mixer truck, the mercury liquid level in pedestal with a scale with
The center of gravity of dynamic and intelligent mixer truck is overlapped, when dynamic and intelligent mixer truck tilts, center of gravity running track and simulation dynamic
Mercury motion profile in intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube is overlapped.Mercury is observed, can intuitively be determined
The signal of various states is sent to car-mounted terminal by its tilt angle, corresponds to function so as to adjust other of dynamic and intelligent mixer truck
Can, such as travel route, travel speed, steering angle, dynamic weighing, it prevents from turning on one's side.
If dynamic and intelligent mixer truck even running, quicksilver water identity distance in mercury reservoir is H from mercury positive signal contact B
(setting of H value is depending on the actual conditions on vehicle and road surface), mercury negative signal contact A and mercury in mercury reservoir are just
Pole signal contact B disconnects, and no signal issues, and is determined as dynamic and intelligent mixer truck even running.At this point, dynamic and intelligent mixer truck
Angle of the center of gravity between left and right sides wheel center and horizontal line beα, determineαWhen being tilted for dynamic and intelligent mixer truck left and right sides
The start angle of centre-of-gravity path.
If dynamic and intelligent mixer truck non-stationary is run, car body generates left bank, the mercury liquid level in mercury reservoir cross away from
It is connected from H and mercury positive signal contact B, center of gravity is run along left side motion profile to mercury positive signal contact D, issues letter
Number, it is determined as that dynamic and intelligent mixer truck left bank is run.
When center of gravity "Left"-deviationist rake angle isβWhen, after displacement of center of gravity, center of gravity is E, center of gravity weight to the vertical foot point that Y-axis projects
The vertical foot point for measuring projection line is left side F, is determinedβAny left side of centre-of-gravity path when for dynamic and intelligent mixer truck left side
Tilt angle.
When center of gravity tilt angle isγ It is leftWhen, after displacement of center of gravity, center of gravity is E to the vertical foot point that Y-axis projectsmax, center of gravity
The vertical foot point of weight projection line is left wheel center, at this point, mercury negative signal contact A and mercury positive signal contact B and
Mercury positive signal contact D series connection is connected, and rollover alarming signal is issued, and is determinedγ It is leftWhen for dynamic and intelligent mixer truck left side
Extreme angles on the left of centre-of-gravity path.
If dynamic and intelligent mixer truck non-stationary is run, car body generates right bank, the mercury liquid level in mercury reservoir cross away from
It is connected from H and mercury positive signal contact B, center of gravity is run along right side motion profile to mercury positive signal contact C, issues letter
Number, it is determined as that dynamic and intelligent mixer truck right bank is run.
When center of gravity Right deviation rake angle isβWhen, after displacement of center of gravity, center of gravity is E, center of gravity weight to the vertical foot point that Y-axis projects
The vertical foot point for measuring projection line is right side F, is determinedβAny right side of centre-of-gravity path when to be tilted on the right side of dynamic and intelligent mixer truck
Tilt angle.
When center of gravity tilt angle isγ It is rightWhen, after displacement of center of gravity, center of gravity is E to the vertical foot point that Y-axis projectsmax, center of gravity
The vertical foot point of weight projection line is right wheel center, at this point, mercury negative signal contact A and mercury positive signal contact B and
Mercury positive signal contact C series connection is connected, and rollover alarming signal is issued, and is determinedγ It is rightWhen to be tilted on the right side of dynamic and intelligent mixer truck
Extreme angles on the right side of centre-of-gravity path.
Advantage: observation mercury can intuitively determine that dynamic and intelligent mixer truck tilt angle, especially tilt angle reach pole
Limit angleγWhen, corresponding signal is issued to car-mounted terminal, so that driver takes countermeasure.
Detailed description of the invention
Fig. 1 is the main view of structure of the invention figure, and Fig. 2 is the K of main view to perspective view.
Specific embodiment
Dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument is simulated, it is characterized in that: measuring instrument includes:
1- simulates dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube；2- dynamic and intelligent mixer truck center of gravity；3- mercury reservoir；
4- mercury reservoir pedestal；5- mercury liquid level；6- wheel；Pedestal 7- with a scale；B- mercury positive signal contact B.Simulation dynamic
Intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube connects mercury positive signal contact B, mercury positive signal contact B insertion
The upper end of mercury reservoir, mercury reservoir are placed on mercury reservoir pedestal, simulate dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn
Type mercury tube, mercury positive signal contact B, mercury reservoir, mercury reservoir pedestal are embedded on pedestal with a scale.
Dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument is simulated, it is characterized in that: the simulation
Mercury positive signal contact D, mercury are inserted into left and right respectively at the top of dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube
Positive signal contact C, bottom connect mercury positive signal contact B.
Dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument is simulated, it is characterized in that: the mercury
Mercury positive signal contact B is inserted into the upper end of container, and mercury, mercury liquid level and mercury positive signal contact are contained in mercury reservoir
The distance between B is H, and bottom connects mercury negative signal contact A.
The measuring method of dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument is simulated, it is characterized in that:
Pedestal with a scale is placed on the center of gravity of dynamic and intelligent mixer truck, and the mercury liquid level in pedestal with a scale is stirred with dynamic and intelligent
The center of gravity for mixing vehicle is overlapped, when dynamic and intelligent mixer truck tilts, center of gravity running track and simulation dynamic and intelligent mixer truck
Mercury motion profile in center of gravity inclined trajectory goat's horn type mercury tube is overlapped.Mercury is observed, can intuitively determine its tilt angle,
The signal of various states is sent to car-mounted terminal, so as to adjust other corresponding functions of dynamic and intelligent mixer truck, such as travels road
Line, travel speed, steering angle, dynamic weighing etc. prevent from turning on one's side.
If dynamic and intelligent mixer truck even running, quicksilver water identity distance in mercury reservoir is H from mercury positive signal contact B
(setting of H value is depending on the actual conditions on vehicle and road surface), mercury negative signal contact A and mercury in mercury reservoir are just
Pole signal contact B disconnects, and no signal issues, and is determined as dynamic and intelligent mixer truck even running.At this point, dynamic and intelligent mixer truck
Angle of the center of gravity between left and right sides wheel center and horizontal line beα, determineαWhen being tilted for dynamic and intelligent mixer truck left and right sides
The start angle of centre-of-gravity path.
If dynamic and intelligent mixer truck non-stationary is run, car body generates left bank, the mercury liquid level in mercury reservoir cross away from
It is connected from H and mercury positive signal contact B, center of gravity is run along left side motion profile to mercury positive signal contact D, issues letter
Number, it is determined as that dynamic and intelligent mixer truck left bank is run.
When center of gravity "Left"-deviationist rake angle isβWhen, after displacement of center of gravity, center of gravity is E, center of gravity weight to the vertical foot point that Y-axis projects
The vertical foot point for measuring projection line is left side F, is determinedβAny left side of centre-of-gravity path when for dynamic and intelligent mixer truck left side
Tilt angle.
When center of gravity tilt angle isγ It is leftWhen, after displacement of center of gravity, center of gravity is E to the vertical foot point that Y-axis projectsmax, center of gravity
The vertical foot point of weight projection line is left wheel center, at this point, mercury negative signal contact A and mercury positive signal contact B and
Mercury positive signal contact D series connection is connected, and rollover alarming signal is issued, and is determinedγ It is leftWhen for dynamic and intelligent mixer truck left side
Extreme angles on the left of centre-of-gravity path.
If dynamic and intelligent mixer truck non-stationary is run, car body generates right bank, the mercury liquid level in mercury reservoir cross away from
It is connected from H and mercury positive signal contact B, center of gravity is run along right side motion profile to mercury positive signal contact C, issues letter
Number, it is determined as that dynamic and intelligent mixer truck right bank is run.
When center of gravity Right deviation rake angle isβWhen, after displacement of center of gravity, center of gravity is E, center of gravity weight to the vertical foot point that Y-axis projects
The vertical foot point for measuring projection line is right side F, is determinedβAny right side of centre-of-gravity path when to be tilted on the right side of dynamic and intelligent mixer truck
Tilt angle.
When center of gravity tilt angle isγ It is rightWhen, after displacement of center of gravity, center of gravity is E to the vertical foot point that Y-axis projectsmax, center of gravity
The vertical foot point of weight projection line is right wheel center, at this point, mercury negative signal contact A and mercury positive signal contact B and
Mercury positive signal contact C series connection is connected, and rollover alarming signal is issued, and is determinedγ It is rightWhen to be tilted on the right side of dynamic and intelligent mixer truck
Extreme angles on the right side of centre-of-gravity path.
Claims (4)
1. dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument is simulated, it is characterized in that: measuring instrument includes: 1-
Simulate dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube；2- dynamic and intelligent mixer truck center of gravity；3- mercury reservoir；4-
Mercury reservoir pedestal；5- mercury liquid level；6- wheel；Pedestal 7- with a scale；B- mercury positive signal contact B.Simulate dynamic intelligence
It can mixer truck center of gravity inclined trajectory goat's horn type mercury tube connection mercury positive signal contact B, mercury positive signal contact B insertion water
The upper end of silver-colored container, mercury reservoir are placed on mercury reservoir pedestal, simulate dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type
Mercury tube, mercury positive signal contact B, mercury reservoir, mercury reservoir pedestal are embedded on pedestal with a scale.
2. simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument according to claim 1,
Be characterized in: mercury is being inserted into just respectively in left and right at the top of the simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube
Pole signal contact D, mercury positive signal contact C, bottom connect mercury positive signal contact B.
3. simulation dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument according to claim 1,
Be characterized in: mercury positive signal contact B is inserted into the upper end of the mercury reservoir, contains mercury, mercury liquid level in mercury reservoir
The distance between mercury positive signal contact B is H, and bottom connects mercury negative signal contact A.
4. the measuring method of dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument is simulated, it is characterized in that: band
The pedestal of scale is placed on the center of gravity of dynamic and intelligent mixer truck, and the mercury liquid level in pedestal with a scale and dynamic and intelligent stir
The center of gravity of vehicle is overlapped, and when dynamic and intelligent mixer truck tilts, center of gravity running track and simulation dynamic and intelligent stir car weight
Mercury motion profile in heart inclined trajectory goat's horn type mercury tube is overlapped.Mercury is observed, can intuitively determine its tilt angle, it will
The signal of various states is sent to car-mounted terminal, so as to adjust other corresponding functions of dynamic and intelligent mixer truck, as travel route,
Travel speed, steering angle, dynamic weighing etc. prevent from turning on one's side.
If dynamic and intelligent mixer truck even running, quicksilver water identity distance in mercury reservoir is H(H value from mercury positive signal contact B
Setting depending on the actual conditions on vehicle and road surface), mercury negative signal contact A and mercury anode in mercury reservoir believe
Number contact B disconnects, and no signal issues, and is determined as dynamic and intelligent mixer truck even running.At this point, dynamic and intelligent mixer truck center of gravity
Angle between left and right sides wheel center and horizontal line isα, determineαCenter of gravity when being tilted for dynamic and intelligent mixer truck left and right sides
The start angle of motion profile.
If dynamic and intelligent mixer truck non-stationary is run, car body generates left bank, the mercury liquid level in mercury reservoir cross distance H with
Mercury positive signal contact B is connected, and center of gravity is run along left side motion profile to mercury positive signal contact D, issues signal, is determined
For the operation of dynamic and intelligent mixer truck left bank.
When center of gravity "Left"-deviationist rake angle isβWhen, after displacement of center of gravity, center of gravity is E to the vertical foot point that Y-axis projects, and center of gravity weight is thrown
The vertical foot point of hachure is left side F, is determinedβAny left bank of centre-of-gravity path when for dynamic and intelligent mixer truck left side
Angle.
When center of gravity tilt angle isγ It is leftWhen, after displacement of center of gravity, center of gravity is E to the vertical foot point that Y-axis projectsmax, center of gravity weight
The vertical foot point of projection line is left wheel center, at this point, mercury negative signal contact A and mercury positive signal contact B and mercury
Positive signal contact D series connection is connected, and rollover alarming signal is issued, and is determinedγ It is leftCenter of gravity when for dynamic and intelligent mixer truck left side
Extreme angles on the left of motion profile.
If dynamic and intelligent mixer truck non-stationary is run, car body generates right bank, the mercury liquid level in mercury reservoir cross distance H with
Mercury positive signal contact B is connected, and center of gravity is run along right side motion profile to mercury positive signal contact C, issues signal, is determined
For the operation of dynamic and intelligent mixer truck right bank.
When center of gravity Right deviation rake angle isβWhen, after displacement of center of gravity, center of gravity is E to the vertical foot point that Y-axis projects, and center of gravity weight is thrown
The vertical foot point of hachure is right side F, is determinedβAny right bank of centre-of-gravity path when to be tilted on the right side of dynamic and intelligent mixer truck
Angle.
When center of gravity tilt angle isγ It is rightWhen, after displacement of center of gravity, center of gravity is E to the vertical foot point that Y-axis projectsmax, center of gravity weight
The vertical foot point of projection line is right wheel center, at this point, mercury negative signal contact A and mercury positive signal contact B and mercury
Positive signal contact C series connection is connected, and rollover alarming signal is issued, and is determinedγ It is rightCenter of gravity when to be tilted on the right side of dynamic and intelligent mixer truck
Extreme angles on the right side of motion profile.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811266858.7A CN109282795A (en) | 2018-10-29 | 2018-10-29 | Simulate dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811266858.7A CN109282795A (en) | 2018-10-29 | 2018-10-29 | Simulate dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109282795A true CN109282795A (en) | 2019-01-29 |
Family
ID=65178075
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811266858.7A Pending CN109282795A (en) | 2018-10-29 | 2018-10-29 | Simulate dynamic and intelligent mixer truck center of gravity inclined trajectory goat's horn type mercury tube measuring instrument |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109282795A (en) |
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2018
- 2018-10-29 CN CN201811266858.7A patent/CN109282795A/en active Pending
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Legal Events
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| PB01 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20190129 |
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| WD01 | Invention patent application deemed withdrawn after publication |