CN106896770A - A kind of dynamic slide rail display systems and its control method - Google Patents
A kind of dynamic slide rail display systems and its control method Download PDFInfo
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- CN106896770A CN106896770A CN201710279044.6A CN201710279044A CN106896770A CN 106896770 A CN106896770 A CN 106896770A CN 201710279044 A CN201710279044 A CN 201710279044A CN 106896770 A CN106896770 A CN 106896770A
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- 238000004891 communication Methods 0.000 claims abstract description 9
- 230000002452 interceptive effect Effects 0.000 claims description 23
- 230000003993 interaction Effects 0.000 claims description 14
- 230000033001 locomotion Effects 0.000 claims description 12
- JEIPFZHSYJVQDO-UHFFFAOYSA-N ferric oxide Chemical compound O=[Fe]O[Fe]=O JEIPFZHSYJVQDO-UHFFFAOYSA-N 0.000 claims description 5
- 230000003542 behavioural effect Effects 0.000 claims description 3
- 238000007405 data analysis Methods 0.000 claims description 3
- 230000001960 triggered effect Effects 0.000 claims description 2
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0423—Input/output
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
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Abstract
The present invention discloses a kind of dynamic slide rail display systems and its control method, belongs to advertisement media and electronic technology field, and system includes slide rail display platform, touch apparatus and control device；Slide rail display platform is included in objective table bottom surface and the slide rail set along objective table length direction, display is arranged in slide rail by electronic sliding block, slide rail is respectively arranged at two ends with first, second limit switch, slide rail is provided with laser range finder near one end of touch one-piece machine, trigger position arrangement optoelectronic switch on slide rail；Control device includes host computer, slave computer and drive mechanism；The input of slave computer is connected with first, second limit switch, optoelectronic switch, range sensor and touch apparatus respectively, and the input of drive mechanism is connected with the output end of slave computer, output end is connected with electronic sliding block；Host computer is connected with the output end of laser range finder, and host computer is connected with slave computer and carries out two-way communication.Positioned by hardware configuration, can reach preferable locating effect.
Description
Technical field
The present invention relates to advertisement media and electronic technology field, more particularly to a kind of dynamic slide rail display systems and its control
Method.
Background technology
Based on general " depending on ", " listening " to catch user of the multimedia advertising form of domestic advertising in the market, such as TV
Advertisement, video website advertisement and lamp box advertisement etc..In recent years, the Interactive Advertising form in the people visual field is progressed into due to removing
Can be brought in terms of audiovisual beyond user's shock, moreover it is possible to the effective subjective initiative for transferring user, allow user to participate in advertisement
While more deep understanding ad content, therefore also can more attract the eyeball of spectators.
At present, in the market main flow surveys Interactive Advertising in the form of advertisement is slided, i.e., slided at one and put behind screen
Material object is put, the content inside screen is with 1:1 ratio shows that when user promotes screen, content joins also with the slip of screen
Dynamic, screen often slides into a trigger point and just sets out corresponding animation or video, and then attracting with stronger technology sense
Eyeball.
But, the existing this form for sliding advertisement there is also some defects such as：One, user manually promotes
The mode of screen is more stiff, when user is pushed to screen near giant-screen, just cannot on the whole obtain the perception of screen.
Two, interaction and experience in the existing true perception for sliding each visual angle that advertisement form cannot provide the user product.Three,
The existing picture connection playing function for sliding advertisement form uses picture plus the mode of software is positioned, and locating effect is poor, and produces
Product do not have robustness.Four, it is necessary to the translational speed of the broadcasting speed of video and screen is set one during displaying
Cause to realize perspective displaying, without abundant extension content, no interactions experience.Five, it is existing to slide regarding for advertisement form use
Frequency transmission means is wired mode, and cannot networking, easily disturbed by electromagnetic wave in transmitting procedure.
The content of the invention
It is an object of the invention to provide a kind of dynamic slide rail display systems and its control method, to solve existing interaction
The problem of formula advertisement locating effect difference.
To realize object above, the technical solution adopted by the present invention is：A kind of first aspect, there is provided dynamic slide rail displaying system
System, the system includes：Slide rail display platform, touch apparatus and control device；
Described slide rail display platform is included in objective table bottom surface and the slide rail set along objective table length direction, display
Device is arranged in slide rail by electronic sliding block, and slide rail is respectively arranged at two ends with first, second limit switch, and slide rail sets near touch
Standby one end is provided with laser range finder, and arrangement optoelectronic switch at the trigger position of selection is spaced between slide rail two ends；
Described touch apparatus include touch-control all-in-one machine and the distance set in the user oriented one side of touch-control all-in-one machine
Sensor；
Described control device includes host computer, slave computer and drive mechanism；
The input of slave computer respectively with first, second limit switch, optoelectronic switch, range sensor and touch apparatus
Connection, the input of drive mechanism is connected with the output end of slave computer, output end is connected with electronic sliding block；
Host computer is connected with the output end of laser range finder, and host computer is connected with slave computer and carries out two-way communication.
Further, described host computer includes screen sliding synchronization module and 3D model interactive modules；
The input of screen sliding synchronization module, the input of 3D model interactive modules respectively with the output end of gesture recognition module
Connection realizes that screen sliding content and screen sliding linkage, user and touch set respectively with the operating gesture identified according to gesture recognition module
Standby interaction；
Screen sliding synchronization module is connected with 3D model interactive modules and carries out two-way communication, complete screen sliding content and screen sliding linkage with
And user interacted with touch apparatus between switching.
Further, described touch apparatus also include being arranged on the human body infrared of the user oriented one side of touch-control all-in-one machine
Inductor, the output end of human body infrared inductor is connected with slave computer.
Second aspect, there is provided a kind of control method of dynamic slide rail display systems, the method includes：
Touch-control all-in-one machine sends to host computer the operating gesture of user, so that host computer is carried out to the operating gesture of user
Identification；
The range information that host computer is gathered according to laser range finder, obtains the initial position of display；
Host computer is defeated by screen sliding synchronization module according to the initial position of display and the user's operating gesture for identifying
Go out mobile control instruction to slave computer；
Slave computer is according to the mobile control instruction output driving pulse for receiving to drive mechanism, so that drive mechanism drives
Electronic sliding block drives display to be slided on slide rail；
When display slides into trigger position, the optoelectronic switch at trigger position produces trigger signal to host computer；
Host computer triggers the animation or video of relevant position according to the trigger signal for receiving.
Further, methods described also includes：
When display slides into first or the limit switch at slide rail two ends, first, second limit switch output switch
Signal is to slave computer；
Slave computer controls drive mechanism reversely or stop motion according to the switching signal output control instruction for receiving, while
The umber of pulse of slave computer record resets.
Further, methods described also includes：
Slave computer timing is red to read range sensor and human body to range sensor, the transmission instruction of human body infrared inductor
The position data of outer inductor；
Slave computer determines whether that object is arrived according to the range sensor for reading and the position data of human body infrared inductor
Up in touch-control all-in-one machine controlled range；
If object is reached in the controlled range of touch-control all-in-one machine, then slave computer is stopped by driving mechanisms control display
Sliding stop, so that user interacts with touch-control all-in-one machine；
If reached in the controlled range of touch-control all-in-one machine without object, slave computer is existed by driving mechanisms control display
Automatic running on slide rail.
Further, methods described also includes：
Screen sliding synchronization module calls 3D model interactive modules to realize user mutual according to the interactive operation gesture of user；
If 3D models interactive module does not detect interactive operation gesture at the appointed time, screen sliding synchronization mould is called
Block realizes screen content and screen sliding linkage.
Further, methods described also includes：
The data that host computer collection user interacts in touch-control all-in-one machine, and use is gone out according to the interaction data analysis digging evidence of collection
The behavioural habits at family.
Compared with prior art, there is following technique effect in the present invention：The present invention is by between on the length direction of slide rail
Every trigger position, and the installation optoelectronic switch at trigger position is chosen, when user operates the screen of touch-control all-in-one machine, slave computer
Control drive mechanism drives display to stop sliding, when drive mechanism drives display to slide into trigger position, trigger position
The ON/OFF signal of the optoelectronic switch at place can change, and slave computer will receive the ON/OFF variable signal of optoelectronic switch as touching
Signal and send to host computer, host computer triggers the triggering animation of corresponding trigger position or regards according to the trigger signal for receiving
Frequently, with realize screen on touch-control all-in-one machine slide and display contents linkage.And traditional use picture adds the side of software
Locating effect is poor during formula realizes picture linkage, and advertised product does not have robustness, and the present invention passes through hardware knot
Structure is that may be implemented in trigger position triggering animation or screen, can reach preferable locating effect.
Brief description of the drawings
Fig. 1 is a kind of structural representation of dynamic slide rail display systems in one embodiment of the invention；
Fig. 2 is the structural representation of slide rail display platform in one embodiment of the invention；
Fig. 3 is the structural representation of control device in one embodiment of the invention；
Fig. 4 is the structural representation of host computer in one embodiment of the invention；
Fig. 5 is the call relation schematic diagram in host computer between each functional module in one embodiment of the invention；
Fig. 6 is the position relationship schematic diagram of each sensor arrangement in one embodiment of the invention；
Fig. 7 is the connection diagram of each sensor and slave computer in one embodiment of the invention；
Fig. 8 is a kind of schematic flow sheet of the control method of dynamic slide rail display systems in one embodiment of the invention.
Specific embodiment
With reference to shown in Fig. 1 to Fig. 8, the present invention is described in further detail.
As shown in Figure 1 to Figure 3, present embodiment discloses a kind of dynamic slide rail display systems, the system includes：Slide rail shows
Platform 10, touch apparatus 20 and control device 30；
Described slide rail display platform 10 is included in the bottom surface of objective table 11 and the cunning set along the length direction of objective table 11
Rail 12, display 13 is arranged in slide rail 12 by electronic sliding block 14, and the two ends of slide rail 12 are provided with first, second limit switch
15th, 16, slide rail 12 is provided with laser range finder 17 near one end of touch apparatus 20, and the triggering of selection is spaced between the two ends of slide rail 12
Optoelectronic switch 18 is arranged at position；
Described touch apparatus 20 include touch-control all-in-one machine 21 and are set in the user oriented one side of touch-control all-in-one machine 21
Range sensor 22；
Described control device 30 includes host computer 31, slave computer 32 and drive mechanism 33；
The input of slave computer 32 respectively with first, second limit switch 15,16, optoelectronic switch 18, range sensor 21
And touch apparatus 20 are connected, the input of drive mechanism 33 is connected with the output end of slave computer 32, output end and electronic sliding block
14 connections；
Host computer 31 is connected with the output end of laser range finder 17, and host computer 31 be connected with slave computer 32 carry out it is two-way
Communication.
It should be noted that in actual applications, the 3D objects of required displaying are placed in into the loading at the rear of display 13
On platform 11, user carries out screen sliding by operating touch-control all-in-one machine 21, and host computer 31 is gathered according to the laser range finder 17 of host computer 31
The initial position message of the display for arriving, carrys out output mobile control instruction to slave computer 32, and slave computer 32 is according to the shifting for receiving
Dynamic control instruction controls drive mechanism 33 to drive display 13 in the enterprising line slip of slide rail 12, when display 13 slides into triggering
During position, the ON/OFF signal of the optoelectronic switch 18 at trigger position changes and produces trigger signal, and host computer is according to triggering
Signal triggers the animation or video of relevant position, so as to the screen for realizing touch-control all-in-one machine 21 is slided and the content of display 13
Linkage.
Further, as shown in figure 3, the slave computer 32 in the present embodiment is the MCU master control cores of STM32F103ZET6 models
Piece, drive mechanism 33 is stepper motor.Wherein, motion and the direction of motion of stepper motor are controlled by MCU chip, in slide rail 12
Two ends be respectively arranged first, second limit switch 15,16, when MCU receives the signal of first, second limit switch 15,16
Control stepper motor opposite direction motion afterwards.MCU main control chips are while stepper motor direction changes by serial ports to host computer
31 send command adapted thereto, while serial ports can receive the instruction of host computer 31, and stop stepper motor.
It should be noted that being needed first to the first of display 13 before the control display 13 of host computer 31 enters line slip
Beginning, position positioned, and the carrying out that display 13 is currently needed for displacement is calculated again then.Wherein, the measuring and calculating of initial position
Process is：Host computer 31 is connected to obtain its range data for gathering by USB with laser range finder 17.Host computer 31 is according to obtaining
The display 13 for taking and the range data of laser range finder 17, obtain the current initial position of display 13.
Display 13 needs the measuring and calculating process of distance of movement to be：Host computer 31 controls stepping electricity by MCU main control chips
Machine drives display 13 in the enterprising line slip of slide rail, and after stepper motor starts, MCU main control chips record stepper motor driven
Umber of pulse, and umber of pulse is sent to host computer 31 at certain intervals.Because the driving pulse and displacement of stepper motor are
Linear corresponding, host computer 31 calculates the current displacement of display 13 by corresponding relation formula.Host computer 31 is according to meter
The currently mobile distance of the display 13 that calculates further controls the movement of display 13.
Further, as shown in figure 4, described host computer 31 includes screen sliding synchronization module 311 and 3D models interaction mould
Block 312；
Screen sliding synchronization module 311 is connected with 3D models interactive module 312 and carries out two-way communication, completes screen sliding content and screen sliding
Linkage and user interacted with touch apparatus 20 between switching.
It should be noted that screen sliding synchronization module 311 and 3D models interactive module 312 are the bases in PC and MAC systems
In the exploitation of Unity3D engines, and using C# language programming, with reference to the comprehensive interactive body of product that 3D Max modeling softwares are set up
Check system.
The Main Function of screen sliding synchronization module 311 is to realize the screen content of display 13 and the screen sliding of touch-control all-in-one machine 21 connection
Dynamic, i.e., screen sliding moves to the screen background of which display 13 and which is moved to and related animation or video is triggered.Implementation process is to pass through
The step-by-step counting of laser range finder 17 and slave computer 32 is realized：I.e. slave computer 32 is sent to the pulse distance that screen sliding is moved
Position machine 31, host computer 31 is realized linkage, is comprised the following steps that by controlling the movement of screen background picture：
Host computer 31 obtains the screen sliding distance corresponding distance of mobile background picture later, and starts to move to the transmission of slave computer 32
Dynamic order；
The range information of the movement of display 13 that host computer 32 is sent by real-time reception slave computer 31 is so as to control background
The movement of picture；
When screen sliding moves to trigger point, host computer 31 receives the trigger signal of the transmission of optoelectronic switch 18, and triggering is corresponding
The triggering animation of position.
Further, in actual applications, due to hardware accumulation error, host computer 31 need to be corrected in real time, this implementation
Correction per second average to host computer 31 4 times in example.It is corrected by host computer 31, improves the control display of host computer 31
The accuracy of 13 displacements.
Further, the effect of the 3D models interactive module 312 in the present embodiment includes：It is comprehensive check, multi-angle body
Test, interactive animation displaying, personalized customization and data statistics：
(1) comprehensive look facility：Gesture interaction interface based on gesture recognition module, by left and right mobile gesture come
Control to be rotated to from left to right, scaling is controlled by scaling the such as double fingers of gesture.User can be by touch operation to product mould
Type carries out 360 degree and checks, it is possible to be amplified diminution
(2) multi-angle experience：Virtual product or product model are realized by simulating the angle of viewer experience actual products
Experience, such as automobile product, spectators can enter car the inside, and check the interior trim of car from multiple car doors.
(3) interactive animation displaying：Make to realize interactive animation by 3D max, its effect is to allow Product Experience
More smooth, such as the switch gate animation of automobile, self assembly can allow product to interact and seem more lively from animation is dismantled.
(4) personalized customization：It is controlled by the outward appearance material to 3D models, realizes using by the form of dialog box
The selection at family, makes interface relatively friendly natural.User can carry out personalized manual customization, such as color to some specific products,
Shape, size etc..Such as automobile, the Automobile paint color that spectators can be liked with oneself selection, or gadget is added to automobile,
Increase scribble etc..
(5) user data statistics：User data statistics mainly collects some interactive information of user, such as product appearance
Hobby data etc..This product is improved according to the hobby of user in order to the later stage, so that its use for more meeting user will
Ask, improve users' satisfaction degree.
Also, it should be noted that logic relation picture such as Fig. 5 of screen sliding synchronization module 311 and 3D models interactive module 312
It is shown.
The Main Function of screen sliding synchronization module 311 is the control and data interaction of upper and lower computer, is realized by serial communication.
When user clicks on the touch screen of touch-control all-in-one machine 21,3D models interactive module 312 is called, realize user mutual.When user is in rule
Without there is any interactive action in such as 15s in fixing time, system automatically switches to screen sliding synchronization module 311.Complete screen sliding
Content and screen sliding linkage and the switching between user and touch screen interaction.
Further, as shown in Fig. 2 described touch apparatus 20 are also user oriented including being arranged on touch-control all-in-one machine 21
Human body infrared inductor 23 simultaneously, the output end of human body infrared inductor 23 is connected with slave computer 32.
It should be noted that the one side of user installation human body in position on the lower side is red on the face of touch-control all-in-one machine 21 in the present embodiment
Outer inductor 23 and range sensor 22, very aspect can detect whether someone is near touch-control all-in-one machine 21.Away from should
It is ultrasonic distance sensor from sensor 22 in.MCU main control chips are at regular intervals to range sensor 22 and people
The transmission range query statement of body infrared inductor 23, is judged after receiving layback information, if distance is less than setting value
Then show someone approach, conversely, then nobody.The effect of wherein human body infrared inductor 23 is to judge that someone connects by testing result
Nearly touch-control all-in-one machine 21 and be not other objects.And MCU main control chips are judging user in arrival touch-control all-in-one machine 21
When in controlled range, control display 13 stops sliding, and user can be shown the interaction of content by touch-control all-in-one machine 21,
When nobody is judged in controlled range, the display systems enter unmanned patrol mode, and display 13 is in the length side of slide rail 12
Upward automatic running.
Further, as shown in Figure 6,7, the sensor in the present embodiment includes that optoelectronic switch 18, first, second is spacing opens
Pass 15,16, range sensor 22 and human body infrared inductor 23.The two ends of slide rail 12 install first, second limit switch 15,
16 are connected on MCU main control chip circuit the corresponding interface by holding wire.Three triggerings being spaced on the length direction of slide rail 12
Optoelectronic switch 18 is installed in position, can be groove type photoelectric switch, and be connected to MCU main control chip circuit the corresponding interface by holding wire
On.Range sensor 22 and human body infrared inductor 23 are arranged on the right front of the base of touch-control all-in-one machine 21, and by holding wire
It is connected on MCU main control chip circuit the corresponding interface.Laser range finder 17 is arranged on slide rail 12 near the side of touch-control all-in-one machine 21
Side, to ensure that what laser optical path can be unobstructed incides sliding block on one side.Laser range finder 17 passes through USB interface directly and host computer
31 are connected.
Wherein, the incoming MCU main control chips of signal of first, second limit switch 15,16.The signal of optoelectronic switch 18 passes through
Incoming MCU main control chips after three state buffer 74HC573.The signal of human body infrared inductor 23 passes through three state buffer
Incoming MCU main control chips after 74HC573.Range sensor 22 is connected by serial ports all the way with MCU main control chips.MCU master control cores
Piece is connected by serial communication modular with host computer 31.
Range sensor 22 is serial ports connected mode, is connected with the serial ports all the way of MCU main control chips, and MCU main control chips lead to
Cross serial ports and send instruction reading position data to range sensor 22.Remaining sensor is straight with I/O mouthfuls of MCU main control chips
Even, it is low and high level triggering mode to be, and MCU main control chips obtain the shape of each sensor by detecting corresponding I/O mouthfuls level
State.
Limit switch signal, groove type photoelectric switch signal, human body infrared emotion device signal with interrupt mode trigger event, its
Middle limit switch signal interrupt priority level highest, groove type photoelectric switch signal interruption priority is taken second place, human body infrared inductor letter
Number interrupt priority level is minimum.
The command information that the acceptable host computer 31 of MCU main control chips sends, and respond corresponding instruction.Wherein slave computer 32
The instruction sent to host computer 31 is as shown in table 1, and host computer 31 is as shown in table 2 to the instruction that slave computer 32 sends：
Table 1
Table 2
| Title | Agreement |
| Motor stops | 01 |
| Interaction terminates | 02 |
| Move to left | 03 |
| Move to right | 04 |
Further, described control device 20 is arranged on the lower section of objective table 11.
Further, less than the length of objective table 12, the height of electronic sliding block 14 is less than load for the length of described slide rail 11
The height of thing platform 12.
It should be noted that slide rail 12, control device 20 to be installed in the lower section of objective table 11 in the present embodiment, carrying
It is only capable of seeing that display 13, in movement, improves technology sense and aesthetic property on thing platform 11.
As shown in figure 8, present embodiment discloses a kind of control method of dynamic slide rail display systems, the method includes as follows
Step S1 to S6：
S1, touch-control all-in-one machine 21 send to host computer 31 operating gesture of user, so that behaviour of the host computer 31 to user
Make a sign with the hand and be identified；
The range information that S2, host computer 31 are gathered according to laser range finder 17, obtains the initial position of display 13；
S3, host computer 31 are same by screen sliding according to the initial position of display 13 and the user's operating gesture for identifying
Walk the output mobile control instruction of module 311 to slave computer 32；
S4, slave computer 32 are according to the mobile control instruction output driving pulse for receiving to drive mechanism 33, so as to drive
Mechanism 33 drives electronic sliding block 14 to drive display 13 to be slided on slide rail 12；
S5, trigger position is slid into when display 13, the optoelectronic switch 18 at trigger position produces trigger signal to upper
Machine 31；
S6, host computer 31 trigger the animation or video of relevant position according to the trigger signal for receiving.
Further, methods described also includes：
When display 13 slides into first, second limit switch 15,16 at the two ends of slide rail 12, first, second spacing opens
Close 15,16 output switching signals to slave computer 32；
Slave computer 32 controls drive mechanism 33 reversely or stop motion according to the switching signal output control instruction for receiving,
The umber of pulse of the record of slave computer 32 resets simultaneously.
Further, methods described also includes：
The timing of slave computer 32 sends instruction to read range sensor 22 to range sensor 22, human body infrared inductor 23
With the position data of human body infrared inductor 23；
Slave computer 32 is determined whether according to the range sensor 22 for reading and the position data of human body infrared inductor 23
Object is reached in the controlled range of touch-control all-in-one machine 21；
If object is reached in the controlled range of touch-control all-in-one machine 21, then slave computer 32 is controlled aobvious by drive mechanism 33
Show that device 13 stops sliding, so that user interacts with touch-control all-in-one machine 21；
If reached in the controlled range of touch-control all-in-one machine 21 without object, slave computer 32 is controlled aobvious by drive mechanism 33
Show the automatic running on slide rail 11 of device 13.
Further, methods described also comprises the following steps：
Further, methods described also comprises the following steps：
The data that the collection user of host computer 31 interacts in touch-control all-in-one machine 21, and evidence is dug according to the interaction data analysis of collection
Go out the behavioural habits of user.
It should be noted that control method disclosed in the present embodiment and dynamic slide rail display systems disclosed in previous embodiment
With identical or corresponding technique effect, here is omitted.
The present invention is not limited to above-mentioned implementation method, using with obtained from above-mentioned implementation example identical mode of the invention
Packaged type sliding rail display systems are within protection scope of the present invention.
Claims (7)
1. a kind of dynamic slide rail display systems, it is characterised in that including slide rail display platform（10）, touch apparatus（20）And control
Device processed（30）；
Described slide rail display platform（10）It is included in objective table（11）Bottom surface and along objective table（11）What length direction was set
Slide rail（12）, display（13）By electronic sliding block（14）Installed in slide rail（12）It is interior, slide rail（12）Be respectively arranged at two ends with
First, the second limit switch（15、16）, slide rail（12）Near touch apparatus（20）One end be provided with laser range finder（17）, slide rail
（12）Arrangement optoelectronic switch at the trigger position of selection is spaced between two ends（18）；
Described touch apparatus（20）Including touch-control all-in-one machine（21）And in touch-control all-in-one machine（21）User oriented one side sets
The range sensor put（22）；
Described control device（30）Including host computer（31）, slave computer（32）And drive mechanism（33）；
Slave computer（32）Input respectively with first, second limit switch（15、16）, optoelectronic switch（18）, range sensor
（21）And touch apparatus（20）Connection, drive mechanism（33）Input and slave computer（32）Output end connection, output end
With electronic sliding block（14）Connection；
Host computer（31）With laser range finder（17）Output end connection, and host computer（31）With slave computer（32）Connection is carried out
Two-way communication.
2. the system as claimed in claim 1, it is characterised in that described host computer（31）Including screen sliding synchronization module（311）
And 3D model interactive modules（312）；
Screen sliding synchronization module（311）With 3D model interactive modules（312）Connection carries out two-way communication, completes screen sliding content and screen sliding
Linkage and user and touch apparatus（20）Switching between interaction.
3. system as claimed in claim 1 or 2, it is characterised in that described touch apparatus（20）Also include being arranged on touch-control
All-in-one（21）The human body infrared inductor of user oriented one side（23）, human body infrared inductor（23）Output end with it is the next
Machine（32）Connection.
4. a kind of control method of dynamic slide rail display systems, it is characterised in that including：
S1, touch-control all-in-one machine（21）The operating gesture of user is sent to host computer（31）, so that host computer（31）To user's
Operating gesture is identified；
S2, host computer（31）According to laser range finder（17）The range information of collection, obtains display（13）Initial position；
S3, host computer（31）According to display（13）Initial position and user's operating gesture for identifying, it is same by screen sliding
Step module（311）Output mobile control instruction is to slave computer（32）；
S4, slave computer（32）According to the mobile control instruction output driving pulse for receiving to drive mechanism（33）, so as to drive
Mechanism（33）Drive electronic sliding block（14）Drive display（13）In slide rail（12）Upper slip；
S5, work as display（13）Trigger position is slid into, the optoelectronic switch at trigger position（18）Trigger signal is produced to upper
Machine（31）；
S6, host computer（31）The animation or video of relevant position are triggered according to the trigger signal for receiving.
5. the method as described in claim 6, it is characterised in that also include：
In display（13）Slide into slide rail（12）First, second limit switch at two ends（15、16）When, first, second is spacing
Switch（15、16）Output switching signal is to slave computer（32）；
Slave computer（32）According to the switching signal output control instruction control drive mechanism for receiving（33）Reverse or stop motion,
While slave computer（32）The umber of pulse of record resets.
6. the method as described in claim 6, it is characterised in that also include：
Slave computer（32）Timing is to range sensor（22）, human body infrared inductor（23）Instruction is sent to read range sensor
（22）With human body infrared inductor（23）Position data；
Slave computer（32）According to the range sensor for reading（22）With human body infrared inductor（23）Position data, judge whether
There is object to reach touch-control all-in-one machine（21）In controlled range；
If object reaches touch-control all-in-one machine（21）Controlled range in, then slave computer（32）By drive mechanism（33）Control
Display（13）Stop sliding, for user and touch-control all-in-one machine（21）Interact；
If reaching touch-control all-in-one machine without object（21）Controlled range in, then slave computer（32）By drive mechanism（33）Control
Display（13）In slide rail（11）Upper automatic running.
7. method as claimed in claim 7, it is characterised in that also include：
Host computer（31）User is in touch-control all-in-one machine for collection（21）Interactive data, and evidence is dug according to the interaction data analysis of collection
Go out the behavioural habits of user.
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