CN104835388B - Coriolis acceleration demonstrating and computing device based on physical simulation form, and method thereof - Google Patents
Coriolis acceleration demonstrating and computing device based on physical simulation form, and method thereof Download PDFInfo
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Abstract
The invention provides a Coriolis acceleration demonstrating and computing device based on a physical simulation form, and a method thereof, wherein the Coriolis acceleration demonstrating and computing device and the method belong to the field of a kinematics experiment teaching and demonstrating experiment device. The Coriolis acceleration demonstrating and computing device comprises a relative motion device, a convected motion device, a detecting device and an electrical device. The Coriolis acceleration demonstrating and computing device is a novel experiment device and aims to simulate the Coriolis acceleration when the convected motion is rotation and is coupled with the relative motion. Through separately measuring the convected motion and the relative movement, a measurement precision is improved. The measuring result of the Coriolis acceleration demonstrating and computing device is displayed through display screens in a multi-screen display manner, thereby facilitating recording and observation for experiment data change. An experiment device selects ground as a fixed system, selects a rail as a moving system and a rail car as a moving point. A turntable drives the rail to perform convected motion relative to the ground, and the angular speed of rotation is omega. The rail part performs relative motion relative to the rail and the relative speed is Vr. Through coupling between rail rotation relative to the ground and relative motion of the rail car, the Coriolis acceleration ak is generated. The number of the Coriolis acceleration ak is calculated according to a formula ak=2omega*Vr.
Description
Technical field
The invention belongs to kinesiology experimental teaching demonstrating experiment device field, especially relates to a kind of based on physical simulation
The demonstration of Coriolis acceleration and computing device and method under form.
Background technology
Coriolis acceleration is that the rotation for joining system dynamic ginseng system relative with moving point moves the acceleration for causing that intercouples, its
Teaching in rational mechanics and kinesiology occupies larger specific gravity.Single, the nothing of current existing Coriolis acceleration instrumental function
Method has teaching demonstration experiential function concurrently, and phenomenon is not substantially or experimentation is uninteresting, it is impossible to excites student experimenting interest, causes section
Family name's acceleration theory teaching is difficult.Simultaneously part Experiment apparatus structure is huge, is unfavorable for carrying, and only possesses simple demonstration work(
Can, lack data acquisition or feedback function, it is relatively low with existing multi-media network equipment relatedness, it is impossible to make having after experiment
The laboratory report of data supporting, to experiment and teaching different degrees of obstruction is caused.
Therefore needing badly in the middle of prior art wants a kind of new technical scheme to solve this problem.
The content of the invention
The technical problem to be solved is：A kind of demonstration of Coriolis acceleration under form based on physical simulation is provided
With computing device and method, for solving the single of existing Coriolis acceleration instrumental function, it is impossible to have teaching demonstration concurrently
Experiential function, and phenomenon is not substantially or experimentation is uninteresting, it is impossible to student experimenting interest is excited, and only possesses simple demonstration work(
Can, lack data acquisition or feedback function, it is relatively low with existing multi-media network equipment relatedness, it is impossible to make having after experiment
The laboratory report of data supporting, to experiment and teaching the technical problems such as different degrees of obstruction are caused.
Demonstration and computing device based on Coriolis acceleration under physical simulation form, including relative motion device, involve fortune
Dynamic device, detection means and electrical installation；
Wherein relative motion device includes track, track bracket, track support, railcar；Transport motion device includes
There are casing, motor, drivewheel, V-type band, follower shaft, driven pulley, rotating disk；Detection means includes tachogenerator I, tests the speed
Sensor II, the support of tachogenerator II, grating disc；Electrical installation includes that control panel, on and off switch, rotary speed adjust rotation
Button, speed display screen I, speed display screen II, adapter, motor start switch, motor rotate forward switching switch, motor reversal switching
Switch, railcar start and stop remote control, communication interface；
The relative motion device be fixedly mounted on rotating disk and quantity be 2, the two relative motion devices be located at
Follower shaft for the center of circle it is same diametrically, and be symmetric with the center of circle；
The track is fixedly connected with track bracket；The track bracket is connected by bearing pin with track support；The rail
Road support is fixedly mounted on the top of rotating disk；The railcar is connected by gear engagement with track, makes railcar along track
Internal diameter moves in a circle, and the remote switch that is internally provided with of railcar senses part；
The casing is the case structure of supreme lid and for transparent material, can directly by casing observation it is internal each
The ruuning situation of device, is easy to teaching demonstration；The motor is mounted by means of bolts on the inner bottom part of casing；Described active
Wheel is connected with motor coaxle, and drivewheel is connected by V-type band with driven pulley；Described driven pulley is solid by follower shaft and bearing
Dingan County is mounted in the inner bottom part of casing；The rotating disk is coaxial with driven pulley and is fixedly connected；
I point of the tachogenerator is two parts, part fixed installation in orbit and by wire and single-chip microcomputer and
Control panel connects, and another part is fixedly mounted in railcar, railcar is tested the speed by electromagnetic induction；It is described to test the speed
The quantity of sensor II is 2, and the inner bottom part of casing, two tachogenerators are fixed on by the support of tachogenerator II
II be located at follower shaft as the center of circle it is same diametrically, and be symmetric with the center of circle；The internal diameter of the grating disc and switching
The external stability connection of device, the outward flange of grating disc be located at the sensing of tachogenerator II it is interval in, and with tachogenerator II
Between have the gap of 2mm～3mm；
The control panel is fixedly mounted on the lateral wall of casing, and on and off switch, rotating disk speed are provided with control panel
Degree adjusting knob, speed display screen I, speed display screen II, motor start switch, motor rotate forward switching switch, motor reversal and cut
Change switch and communication interface；The rotary speed adjusting knob is used for the rotating speed of controlled motor rotating disk in rotating forward or reversion；
On and off switch is used for realizing power on or the disconnection of whole device；Motor start switch is used for the unlatching of controlled motor or stops
Only；Motor rotates forward switching switch and switches to rotating forward state for controlled motor；Motor reversal switching switch is cut for controlled motor
Shift to inverted status；The speed display screen I is used for showing the speed of railcar；The speed display screen II is used for showing rotating disk
Rotating speed；The internal diameter of the adapter is fixedly connected and realizes supply of electric power and letter of the rotating disk in rotation process with follower shaft
Number transmission.
Method of the demonstration of Coriolis acceleration with calculating under a kind of form based on physical simulation, including following operating process:
Step one, communication interface is connected by data wire with computer；
Step 2, startup power supply switch, speed display screen I, speed display screen II switch on power and light, speed display screen I
0.00cm/s is shown as, speed display screen II is shown as 0.00rad/s, into the gathered data interface of computer, preparation
It is ready；
Step 3：Start motor start switch, motor is placed in into holding state；
Step 4：Start motor and rotate forward switching switch, motor starts to rotate forward operation, and motor drives driven pulley by V-type band
Rotation, driven pulley drives rotating disk to turn clockwise, and speed display screen II shows the clockwise real-time rotational speed omega of rotating disk；Start motor
Reverse rotation change-over switch, motor starts reversion operation, and driven pulley drives rotating disk rotate counterclockwise, speed display screen II to show rotating disk
Rotational speed omega in real time counterclockwise；
Step 5：Rotary speed adjusting knob is adjusted, and according to the display result of speed display screen II, by rotary speed value
Be set as 0rad/s～40rad/s it is interval in a value, and setting value is kept into stable；
Step 6：Two railcars are started by railcar start and stop remote control simultaneously, makes two railcars respectively along each
The internal diameter of track does relatively reverse circular motion；
Step 7：Railcar vehicle velocity V is shown by speed display screen IrNumerical value is being in 11.40cm/s～11.80cm/s just
Normal working condition, operator simultaneously records according to the numerical value gathered data that speed display screen I, speed display screen II show, while number
According to by communications interface transmission to computer, and display waveform figure on computers；
Step 8：Repetitive operation step 4～step the Seventh Five-Year Plan time, gathers the rotational speed omega and railcar vehicle velocity V of five groups of rotating disksr
Data；
Step 9：Motor start switch motor stalls are pressed first, are then pressed on and off switch cut-out equipment and are powered,
Finally rotary speed adjusting knob, motor are rotated forward into switching switch, motor reversal switching switch sequentially to reset；
Step 10：Press railcar start and stop remote control and stop railcar；
Step 11：The five groups of data collected according to above-mentioned steps, using Coriolis acceleration akFormula ak=2 ω ×
Vr, calculate 5 groups of Coriolis accelerations akData, by calculate 5 groups of Coriolis accelerations akThe ripple shown in data and computer
Shape figure is contrasted, and verifies the accuracy of the data for calculating.
Described track support quantity is 2, and the difference in height of two track supports is 3cm～5cm.
Described motor is stepper motor or direct current generator.
Beneficial effect：1st, the present invention is a kind of with the diverse teaching demonstration experimental provision of currently existing technology and experiment
Test device, it is intended to simulate the Coriolis acceleration produced by intercoupling with relative motion when transport motion is rotation, and pass through
Transport motion and speed of related movement point are surveyed, and improve certainty of measurement.
2nd, the present invention provides the demonstration based on Coriolis acceleration under physical simulation form and computational methods, and its measurement result is led to
Display screen split screen display available is crossed, is easy to record and observation experiment data variation.It is that track is that experimental provision selects ground for fixed
System, railcar is moving point.The driven by rotary disc track of experimental provision bottom does transport motion with respect to ground, and the angular velocity of rotation is
ω.Railcar relative orbit does relative motion, and relative velocity is Vr.By track relative to ground rotation and railcar it is relative
Motion intercouples so as to produce Coriolis acceleration ak.According to formula ak=2 ω × Vr, calculate Coriolis acceleration akNumerical value.
3rd, the invention enables the plane of movement of relative motion and transport motion is mutually perpendicular to, making the motion of moving point becomes space
Motion；Can be with real-time detection rotary speed and railcar running speed, experimental phenomena is more directly perceived, and rotary speed is adjustable,
It is easy to observation.
4th, casing of the invention is transparent material, is easy to observation and teaching demonstration, while the difference in height of two track supports
For 3cm～5cm, track can be folded into casing when not in use, occupancy is saved while experimental provision is protected
Space.
Description of the drawings
Below in conjunction with the drawings and specific embodiments, the present invention is further illustrated：
Fig. 1 is the schematic front view of demonstration of the present invention based on Coriolis acceleration under physical simulation form and computing device.
Fig. 2 is the left view schematic diagram of demonstration of the present invention based on Coriolis acceleration under physical simulation form and computing device.
Fig. 3 is the schematic top plan view of demonstration of the present invention based on Coriolis acceleration under physical simulation form and computing device.
Fig. 4 is demonstration of the present invention based on Coriolis acceleration under physical simulation form and computing device and the operation stream of method
Cheng Tu.
1- tracks, 2- track brackets, 3- track supports, 4- railcars, 5- casings, 6- motors, 7- drivewheels, 8-V in figure
Type band, 9- follower shafts, 10- driven pulleys, 11- rotating disks；12- tachogenerators I, 13- tachogenerators II, 14- test the speed sensing
The support of device II, 15- grating discs, 16- control panels, 17- on and off switch, 18- rotary speed adjusting knobs, 19- speed display screens
Ith, 20- speed display screen II, 21- adapters, 22- motor start switch, 23- motors rotate forward switching switch, 24- motor reversals and cut
Change switch, 25- railcar start and stop remote controls, 26- communication interfaces.
Specific embodiment
As illustrated, demonstration and computing device of the present invention based on Coriolis acceleration under physical simulation form, including relative
Telecontrol equipment, transport motion device, detection means and electrical installation；
Wherein relative motion device includes track 1, track bracket 2, track support 3, railcar 4；Transport motion device
Include casing 5, motor 6, drivewheel 7, V-type band 8, follower shaft 9, driven pulley 10, rotating disk 11；Detection means is included and tested the speed
Sensor I 12, tachogenerator II 13, the support 14 of tachogenerator II, grating disc 15；Electrical installation include control panel 16,
On and off switch 17, rotary speed adjusting knob 18, speed display screen I 19, speed display screen II 20, adapter 21, electric motor starting
Switch 22, motor rotates forward switching switch 23, motor reversal switching switch 24, railcar start and stop remote control 25, communication interface 26；
The relative motion device is fixedly mounted on rotating disk 11 and quantity is 2, and the two relative motion devices are located at
With follower shaft 9 as the center of circle it is same diametrically, and be symmetric with the center of circle；
The track 1 is fixedly connected with track bracket 2；The track bracket 2 is connected by bearing pin with track support 3；Institute
State the top that track support 3 is fixedly mounted on rotating disk 11；The railcar 4 is connected by gear engagement with track 1, makes railcar
4 move in a circle along the internal diameter of track 1, and railcar 4 is internally provided with remote switch sensing part；
The casing 5 for supreme lid case structure and for transparent material, can directly by casing 5 observe it is internal respectively
The ruuning situation of individual device, is easy to teaching demonstration；The motor 6 is mounted by means of bolts on the inner bottom part of casing 5；Described
Drivewheel 7 is coaxially connected with motor 6, and drivewheel 7 is connected by V-type band 8 with driven pulley 10；Described driven pulley 10 is by driven
Wheel shaft 9 and bearing are fixedly mounted on the inner bottom part of casing 5；The rotating disk 11 is coaxial with driven pulley 10 and is fixedly connected；
I 12 points of the tachogenerator is two parts, and part fixed installation is on path 1 and by wire and single-chip microcomputer
It is connected with control panel 16, another part is fixedly mounted in railcar 4, railcar 4 is tested the speed by electromagnetic induction；Institute
The quantity of tachogenerator II 13 is stated for 2, and the inner bottom part of casing 5 is fixed on by the support 14 of tachogenerator II, two
Individual tachogenerator II 13 be located at follower shaft 9 as the center of circle it is same diametrically, and be symmetric with the center of circle；The grating
The internal diameter of disk 15 is connected with the external stability of adapter 21, and the outward flange of grating disc 15 is located at the induction zone of tachogenerator II 13
It is interior, and have the gap of 2mm～3mm between tachogenerator II 13；
The control panel 16 is fixedly mounted on the lateral wall of casing 5, be provided with control panel 16 on and off switch 17,
Rotary speed adjusting knob 18, speed display screen I 19, speed display screen II 20, motor start switch 22, motor rotate forward switching and open
Close 23, motor reversal switching switch 24 and communication interface 26；The rotary speed adjusting knob 18 is used for controlled motor 6 and is rotating forward
Or reversion when rotating disk 11 rotating speed；On and off switch 17 is used for realizing power on or the disconnection of whole device；Electric motor starting is opened
Close 22 unlatchings or stopping for being used for controlled motor 6；Motor rotates forward switching switch 23 and switches to rotating forward state for controlled motor 6；
Motor reversal switching switch 24 switches to inverted status for controlled motor 6；The speed display screen I 19 is used for showing railcar
4 speed；The speed display screen II 20 is used for showing the rotating speed of rotating disk 11；The internal diameter of the adapter 21 and follower shaft 9
It is fixedly connected and realizes supply of electric power and signal transmission of the rotating disk 11 in rotation process.
Method of the demonstration of Coriolis acceleration with calculating under a kind of form based on physical simulation, including following operating process：
Step one, communication interface 26 is connected by data wire with computer；
Step 2, startup power supply switch 17, speed display screen I 19, speed display screen II 20 switch on power and light, and speed shows
Display screen I 19 is shown as 0.00cm/s, and speed display screen II 20 is shown as 0.00rad/s, into the gathered data interface of computer,
Preparation is ready；
Step 3：Start motor start switch 22, motor 6 is placed in into holding state；
Step 4：Start motor rotate forward switching switch 23, motor 6 start rotate forward operation, motor 6 by V-type band 8 drives from
Driving wheel 10 rotates, and driven pulley 10 drives rotating disk 11 to turn clockwise, and speed display screen II 20 shows the clockwise real-time of rotating disk 11
Rotational speed omega；Start motor reversal switching switch 24, motor 6 starts reversion operation, driven pulley 10 drives the rotate counterclockwise of rotating disk 11,
Speed display screen II 20 shows the counterclockwise real-time rotational speed omega of rotating disk 11；
Step 5：Rotary speed adjusting knob 18 is adjusted, and according to the display result of speed display screen II 20, by rotating disk 11
Tachometer value be set as 0rad/s～40rad/s it is interval in a value, and the setting value is kept into stable；
Step 6：Two railcars 4 are started by railcar start and stop remote control 25 simultaneously, two railcars 4 edge respectively is made
Each the internal diameter of track 1 does relatively reverse circular motion；
Step 7：The vehicle velocity V of railcar 4 is shown by speed display screen I 19rNumerical value is in 11.40cm/s～11.80cm/s
Normal operating conditions, the numerical value gathered data that operator shows according to speed display screen I 19, speed display screen II 20 is simultaneously recorded,
Simultaneously data are transferred to computer, and display waveform figure on computers by communication interface 26；
Step 8：Repetitive operation step 4～step the Seventh Five-Year Plan time, gathers the rotational speed omega and the speed of railcar 4 of five groups of rotating disks 11
VrData；
Step 9：The motor 6 of motor start switch 22 is pressed first to stop operating, and then presses the cut-out equipment of on and off switch 17
Power supply, finally rotates forward rotary speed adjusting knob 18, motor switching switch 23, motor reversal switching switch 24 and sequentially resets；
Step 10：Press railcar start and stop remote control 25 and stop railcar 4；
Step 11：The five groups of data collected according to above-mentioned steps, using Coriolis acceleration akFormula ak=2 ω ×
Vr, calculate 5 groups of Coriolis accelerations akData, by calculate 5 groups of Coriolis accelerations akThe ripple shown in data and computer
Shape figure is contrasted, and verifies the accuracy of the data for calculating.
The described quantity of track support 3 is 2, and the difference in height of two track supports 3 is 3cm～5cm.
Described motor 6 is stepper motor or direct current generator.
Claims (4)
1. the demonstration of Coriolis acceleration and computing device under physical simulation form is based on, it is characterised in that：Including relative motion dress
Put, transport motion device, detection means and electrical installation；
Wherein relative motion device includes track (1), track bracket (2), track support (3), railcar (4)；Transport motion
Device includes casing (5), motor (6), drivewheel (7), V-type band (8), follower shaft (9), driven pulley (10), rotating disk (11)；
Detection means includes tachogenerator I (12), tachogenerator II (13), the support of tachogenerator II (14), grating disc
(15)；Electrical installation includes control panel (16), on and off switch (17), rotary speed adjusting knob (18), speed display screen I
(19), speed display screen II (20), adapter (21), motor start switch (22), motor rotating forward switching switch (23), motor are anti-
Turn switching switch (24), railcar start and stop remote control (25), communication interface (26)；
The relative motion device be fixedly mounted on rotating disk (11) and quantity be 2, the two relative motion devices be located at
Follower shaft (9) for the center of circle it is same diametrically, and be symmetric with the center of circle；
The track (1) is fixedly connected with track bracket (2)；The track bracket (2) is connected by bearing pin and track support (3)
Connect；The track support (3) is fixedly mounted on the top of rotating disk (11)；The railcar (4) is by gear engagement and track (1)
Connection, makes railcar (4) move in a circle along the internal diameter of track (1), and the remote switch that is internally provided with of railcar (4) senses
Part；
The casing (5) is the case structure of supreme lid and for transparent material, can directly pass through casing (5) observation internal each
The ruuning situation of individual device, is easy to teaching demonstration；The motor (6) is mounted by means of bolts on the inner bottom part of casing (5)；Institute
The drivewheel (7) stated is coaxially connected with motor (6), and drivewheel (7) is connected by V-type band (8) with driven pulley (10)；It is described from
Driving wheel (10) is fixedly mounted on the inner bottom part of casing (5) by follower shaft (9) and bearing；The rotating disk (11) and driven pulley
(10) it is coaxial and be fixedly connected；
The tachogenerator I (12) is divided into two parts, and a part is fixedly mounted on track (1) and by wire and single-chip microcomputer
It is connected with control panel (16), another part is fixedly mounted in railcar (4), railcar (4) is carried out by electromagnetic induction
Test the speed；The quantity of the tachogenerator II (13) is 2, and is fixed on casing by the support of tachogenerator II (14)
(5) inner bottom part, two tachogenerators II (13) positioned at follower shaft (9) as the center of circle it is same diametrically, and the and center of circle
It is symmetric；The internal diameter of the grating disc (15) is connected with the external stability of adapter (21), the outward flange of grating disc (15)
Sensing positioned at tachogenerator II (13) is interval interior, and has the gap of 2mm～3mm between tachogenerator II (13)；
The control panel (16) is fixedly mounted on the lateral wall of casing (5), and control panel is provided with and off switch on (16)
(17), rotary speed adjusting knob (18), speed display screen I (19), speed display screen II (20), motor start switch (22),
Motor rotates forward switching switch (23), motor reversal switching switch (24) and communication interface (26)；The rotary speed adjusting knob
(18) for the rotating speed of controlled motor (6) rotating disk (11) in rotating forward or reversion；On and off switch (17) is for realizing whole dress
The power on put or disconnection；Motor start switch (22) for controlled motor (6) unlatching or stopping；Motor rotates forward switching and opens
Close (23) and switch to rotating forward state for controlled motor (6)；Motor reversal switching switch (24) is switched to for controlled motor (6)
Inverted status；The speed display screen I (19) is for showing the speed of railcar (4)；The speed display screen II (20) is used for
Show the rotating speed of rotating disk (11)；The internal diameter of the adapter (21) is fixedly connected with follower shaft (9) and realizes that rotating disk (11) exists
Supply of electric power and signal transmission in rotation process.
2. the demonstration of Coriolis acceleration and computing device, its feature under the form based on physical simulation according to claim 1
It is：Described track support (3) quantity is 2, and the difference in height of two track supports (3) is 3cm～5cm.
3. the demonstration of Coriolis acceleration and computing device, its feature under the form based on physical simulation according to claim 1
It is：Described motor (6) is stepper motor or direct current generator.
4. a kind of demonstration of the demonstration and computing device based on Coriolis acceleration under physical simulation form as claimed in claim 1
With computational methods, it is characterised in that：
Including following operating process
Step one, communication interface (26) is connected by data wire with computer；
Step 2, startup power supply switch (17), speed display screen I (19), speed display screen II (20) switch on power and light, speed
Display screen I (19) is shown as 0.00cm/s, and speed display screen II (20) is shown as 0.00rad/s, into the collection number of computer
According to interface, preparation is ready；
Step 3：Start motor start switch (22), motor (6) is placed in into holding state；
Step 4：Start motor and rotate forward switching switch (23), motor (6) starts to rotate forward operation, and motor (6) is by V-type band (8) band
Dynamic driven pulley (10) rotation, driven pulley (10) drives rotating disk (11) to turn clockwise, and speed display screen II (20) shows rotating disk
(11) clockwise real-time rotational speed omega；Start motor reversal switching switch (24), motor (6) starts reversion operation, driven pulley
(10) rotating disk (11) rotate counterclockwise, speed display screen II (20) is driven to show the counterclockwise real-time rotational speed omega of rotating disk (11)；
Step 5：Rotary speed adjusting knob (18) is adjusted, and according to the display result of speed display screen II (20), by rotating disk
(11) tachometer value be set as 0rad/s～40rad/s it is interval in a value, and setting value is kept into stable；
Step 6：By railcar start and stop remote control (25) while starting two railcars (4), two railcars (4) are made respectively
Internal diameter along respective track (1) does relatively reverse circular motion；
Step 7：Railcar (4) vehicle velocity V is shown by speed display screen I (19)rNumerical value is in 11.40cm/s～11.80cm/s
Normal operating conditions, the numerical value gathered data that operator shows according to speed display screen I (19), speed display screen II (20) is simultaneously remembered
Record, while data are transferred to computer, and display waveform figure on computers by communication interface (26)；
Step 8：Repetitive operation step 4～step the Seventh Five-Year Plan time, gathers the rotational speed omega and railcar (4) speed of five groups of rotating disks (11)
VrData；
Step 9：Motor start switch (22) motor (6) is pressed first to stop operating, and is then pressed on and off switch (17) cut-out and is set
Available electricity, it is finally that rotary speed adjusting knob (18), motor rotating forward switching switch (23), motor reversal switching switch (24) is suitable
Secondary reset；
Step 10：Press railcar start and stop remote control (25) and stop railcar (4)；
Step 11：The five groups of data collected according to above-mentioned steps, using Coriolis acceleration akFormula ak=2 ω × Vr, meter
Calculate 5 groups of Coriolis accelerations akData, by calculate 5 groups of Coriolis accelerations akThe oscillogram shown in data and computer
Contrast, verifies the accuracy of the data for calculating.
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| CN201510111553.9A CN104835388B (en) | 2015-03-13 | 2015-03-13 | Coriolis acceleration demonstrating and computing device based on physical simulation form, and method thereof |
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| CN104835388B true CN104835388B (en) | 2017-04-19 |
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| SU1327150A1 (en) * | 1986-02-18 | 1987-07-30 | Военный Инженерный Краснознаменный Институт Им.А.Ф.Можайского | Device for demonstrating the action of coriolis inertial force |
| JPH03291520A (en) * | 1990-04-09 | 1991-12-20 | Sanden Corp | Travel path curved point detector for vehicle |
| CN2665845Y (en) * | 2003-11-08 | 2004-12-22 | 厦门外国语学校 | Coriolis force experiment plate |
| CN2672784Y (en) * | 2004-01-09 | 2005-01-19 | 清华大学 | Concave surface conolis force rotary disc demonstration test instrument |
| CN2881838Y (en) * | 2005-12-26 | 2007-03-21 | 安徽省科学技术馆 | Scientific popularization exhibit of ball throwing |
| CN100487752C (en) * | 2006-09-13 | 2009-05-13 | 南京航空航天大学 | Coriolis force experimental equipment |
| WO2010043187A1 (en) * | 2008-10-14 | 2010-04-22 | Francisco Pacheco | Teaching apparatus |
| CN101625805B (en) * | 2009-08-05 | 2011-11-16 | 华东交通大学 | Coriolis acceleration test device |
| CN102063827B (en) * | 2010-11-15 | 2013-01-16 | 重庆大学 | Device for observing coriolis force |
| CN202003547U (en) * | 2010-12-08 | 2011-10-05 | 复旦大学 | Coriolis force demonstration instrument |
| CN102097029B (en) * | 2010-12-25 | 2012-10-03 | 盐城师范学院 | Coriolis force demonstration instrument in terrestrial reference system |
| CN102129802B (en) * | 2011-01-30 | 2013-03-27 | 宁夏大学 | Stereo mechanical tape type Coriolis acceleration experimental apparatus |
| CN202331992U (en) * | 2011-08-27 | 2012-07-11 | 宁夏大学 | Two-functional fluid Coriolis acceleration experiment instrument |
| CN202534225U (en) * | 2012-04-06 | 2012-11-14 | 湖州师范学院 | Coriolis force demonstrator |
| CN103021233B (en) * | 2012-12-20 | 2014-10-29 | 天津大学 | Turntable type Coriolis force experimental instrument |
| CN103617757A (en) * | 2013-12-09 | 2014-03-05 | 唐山学院 | Coriolis inertial force demonstration instrument |
| CN103943003B (en) * | 2014-04-21 | 2019-08-20 | 武汉兮锐科技有限公司 | Coriolis acceleration demonstrator |
| CN103943004B (en) * | 2014-04-22 | 2016-04-13 | 浙江工业大学 | Coriolis acceleration device |
| CN203812451U (en) * | 2014-04-24 | 2014-09-03 | 南京林业大学 | Stereoscopic coriolis acceleration demonstrating instrument |
| CN104021708B (en) * | 2014-05-19 | 2016-06-08 | 上海理工大学 | Coriolis acceleration demonstrator and section's formula inertia force measuring method |
| CN203931271U (en) * | 2014-05-30 | 2014-11-05 | 西安理工大学 | A kind of Coriolis acceleration device |
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2015
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