CN108806384A - A kind of method of virtual earthquake escape training - Google Patents
A kind of method of virtual earthquake escape training Download PDFInfo
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- CN108806384A CN108806384A CN201810819193.1A CN201810819193A CN108806384A CN 108806384 A CN108806384 A CN 108806384A CN 201810819193 A CN201810819193 A CN 201810819193A CN 108806384 A CN108806384 A CN 108806384A
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- mobile phone
- mounting groove
- rubber pad
- phone mounting
- telescopic rod
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B9/00—Simulators for teaching or training purposes
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- Business, Economics & Management (AREA)
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Abstract
The invention belongs to technical field of virtual reality, specifically a kind of method of virtual earthquake escape training, the VR glasses used in this method include shell, mobile phone mounting groove, rubber pad and V-type sliding slot, and mobile phone mounting groove is equipped in the shell；Rubber pad is arranged in mobile phone mounting groove both sides；The rubber pad is for mobile phone to be held in mobile phone mounting groove, and mobile phone mounting groove is for installing mobile phone；V-type sliding slot is arranged in mobile phone mounting groove bottom and top.When mobile phone is inserted into mobile phone mounting groove along V-type sliding slot, the rubber pad of mobile phone mounting groove both sides setting will produce deformation, and mobile phone is preferably held in mobile phone mounting groove to generate opposite force.A kind of method of virtual earthquake escape training proposed by the present invention, by using the VR glasses that can consolidate clamping distinct electronic apparatuses, it realizes simulation earthquake escape training, improves the person's of participating in training escape skill and self-protection consciousness, and then promote the earthquake escape ability for the person of participating in training.
Description
Technical field
The invention belongs to technical field of virtual reality, specifically a kind of method of virtual earthquake escape training.
Background technology
China is relatively for the other countries such as Japan, is one and occurs the less country of earthquake, many people to earthquake self
Protective awareness is weaker.The earthquake sense of self-protection of Chinese people how is improved, and then improves earthquake escape ability, reduces injury
It is remain unsolved the problem of.Virtual reality (VirtualReality, VR) technology is a kind of computer simulation system, can be with
A kind of simulated environment is generated, by modes such as Three-Dimensional Dynamic what comes into a driver's, entity behavior interactions, provides a user a kind of answering for immersion
With experience.Earthquake scenario simulation may be implemented in VR technologies, educates people's survival skills, is improve people's earthquake escape ability one
Kind approach.The present invention proposes a kind of method of virtual earthquake escape training accordingly.
Also occur some VR optometric technology schemes in the prior art, such as application No. is in one of 201710229574X
State's patent discloses a kind of VR glasses, including：Lens body and cover board, the lens body are fixedly connected with the cover board, and
The receiving space of receiving electronic equipment is formed between the lens body and the cover board；The cover board is towards the lens body
Side be equipped with supporting pad；The surface of the supporting pad includes several protrusions, when the electronic equipment is along the receiving space
When opening direction is placed in the receiving space, several protrusions are deformed upon and are generated towards the reversed of the electronic equipment
The electronic equipment is held in the receiving space by support force.It can be increased by covering by the technical solution of the disclosure
The support force that the lateral electronic equipment of plate transmits, consolidates relative position of the electronic equipment in receiving space, VR glasses is avoided to shake
The shaking that electronic equipment is caused when dynamic causes broadcasting content to generate offset relative to user's sight, influences user experience.
The present invention proposes that a kind of method of virtual earthquake escape training, this method use can consolidate the different electronics of clamping and set
Standby VR glasses carry out escape training by simulating earthquake scene.
Invention content
In order to make up for the deficiencies of the prior art, the method for a kind of virtual earthquake escape training proposed by the present invention, this method
The middle VR glasses used are by the way that mobile phone to be directly inserted by mobile phone mounting groove in shell from side；Distinguish mobile phone mounting groove both sides
Rubber pad is set, and when mobile phone is inserted into mobile phone mounting groove, the rubber pad of both sides can deform upon, to generate opposite force by mobile phone
It is held in mobile phone mounting groove；In the process, mobile phone mounting groove bottom and top setting V-type sliding slot, on the one hand can be
Mobile phone provides guiding, on the other hand can avoid the influence of mobile phone side press-key；It is held on hand to preferably consolidate mobile phone
In machine mounting groove, and then provide the better usage experience of user.Mobile phone mounting groove is arranged at least two simultaneously, when mobile phone is inserted into
Different mobile phone mounting grooves, can adjust mobile phone to human eye distance, so as to be applicable in the user of different eyesights.
The technical solution adopted by the present invention to solve the technical problems is：A kind of method of virtual earthquake escape training, should
Method and step is as follows：
Step 1：By the image transmitting of the virtual earthquake escape Training scene of the task parameters structure of setting to terminal device
On shown；
Step 2：Terminal device in step 1 is connect with VR glasses；
Step 3：Participant wears the VR glasses in upper step 2；
Step 4：Participant makes earthquake self-rescue measure according to the virtual scene seen in VR glasses in step 3；
Wherein, the VR glasses include shell, mobile phone mounting groove, rubber pad and V-type sliding slot, and mobile phone is equipped in the shell
Mounting groove；Rubber pad is arranged in mobile phone mounting groove both sides；The rubber pad is for mobile phone to be held in mobile phone mounting groove, hand
Machine mounting groove is for installing mobile phone；V-type sliding slot is arranged in mobile phone mounting groove bottom and top.In use, mobile phone is from side energy
It is enough to be directly inserted into shell by mobile phone mounting groove；Rubber pad is respectively set in mobile phone mounting groove both sides, when mobile phone is inserted into mobile phone peace
In tankage, the rubber pad of both sides can deform upon, and mobile phone is held in mobile phone mounting groove to generate opposite force；In this process
In, on the one hand the V-type sliding slot of mobile phone mounting groove bottom and top setting can provide guiding for mobile phone, on the other hand can keep away
Exempt from the influence of mobile phone side press-key；It is held in mobile phone mounting groove to preferably consolidate mobile phone, and then it is more preferable to provide user
Usage experience.
Preferably, the first telescopic rod is arranged in V-type sliding slot bottom；Second telescopic rod, institute are set in V-type sliding slot one side wall
The first telescopic rod and the second telescopic rod are stated for adjusting mobile phone location.In use, when mobile phone is inserted into mobile phone mounting groove, V-type is slided
First telescopic rod of trench bottom setting can push up mobile phone, so that mobile phone is in suitable position；And first stretches
Contracting bar is matched with the second telescopic rod steps up mobile phone, enables adaptation to the mobile phone of different in width, and then improve device
Applicability.
Preferably, the mobile phone mounting groove is at least arranged two.In use, mobile phone mounting groove setting at least two, works as hand
The machine transplanting of rice enters different mobile phone mounting grooves, can adjust mobile phone to human eye distance, so as to be applicable in the user of different eyesights, into
And increase audient's range of product.
Preferably, second telescopic rod bottom is equipped with driving mechanism；The driving mechanism includes turntable, connecting rod and control
Bar, the control-rod end are equipped with control gear；The control gear is used for driving disc；The turntable outer ring is socketed rubber
Circle；It is connected by connecting rod between turntable and the second telescopic rod；The control-rod can move towards sliding along V-type sliding slot, and control-rod is used
In the second telescopic rod for adjusting different location.In use, when mobile phone is held in mobile phone mounting groove, the setting of the second telescopic rod bottom
Driving mechanism can adjust the position of the second telescopic rod；Control-rod in driving mechanism can move towards sliding, control along V-type sliding slot
The control gear of rod end head processed is engaged with the turntable of different location, and to drive connecting rod to move, connecting rod drives telescopic rod, to reach
To the second telescopic rod purpose for adjusting different location；And it is socketed rubber ring in the outer ring of turntable, increases rubbing for connecting rod and turntable
Wipe power so that the second telescopic rod after adjusting remains unchanged, so that mobile phone is in suitable position, it is user-friendly.
Preferably, lint is set on the rubber pad.In use, when mobile phone is inserted into mobile phone mounting groove, set on rubber pad
The lint set can clean the dust on mobile phone screen, can be simultaneously reached the effect of shading, so that user obtains more preferably
Usage experience.
Preferably, the lint is made of antistatic fiber or antistatic plastic cement.In use, hair made of antistatic material
Suede can avoid during cleaning mobile phone screen in dust adsorption to lint, to reduce cleaning amount.
Preferably, the rubber pad is socketed on slide-bar, and V-type clean tank is arranged in rubber pad bottom；V-type clean tank bottom
Drain outlet is arranged in portion, and scraper plate is arranged in V-type clean tank one side wall, and the scraper plate is used to clean the lint on rubber pad.It uses
When, with the increase of usage time, certain dust is had accumulated on rubber pad, when needing to clean rubber pad, rubber pad socket
On slide-bar, rubber pad can be rotated so that rubber pad enters the V-type clean tank of bottom setting, and the dust on lint is by scraper plate
It scrapes and stays in V-type clean tank, and then be discharged by drain outlet.
Beneficial effects of the present invention are as follows：
1. a kind of method of virtual earthquake escape training of the present invention, the VR glasses that are used in this method are by by hand
Machine is directly inserted by mobile phone mounting groove in shell from side；Rubber pad is respectively set in mobile phone mounting groove both sides, when mobile phone is inserted into
In mobile phone mounting groove, the rubber pad of both sides can deform upon, and mobile phone is held in mobile phone mounting groove to generate opposite force；?
During this, on the one hand the V-type sliding slot of mobile phone mounting groove bottom and top setting can provide guiding, on the other hand for mobile phone
It can avoid the influence of mobile phone side press-key；It is held in mobile phone mounting groove to preferably consolidate mobile phone, and then use is provided
The better usage experience in family.Mobile phone mounting groove is arranged at least two simultaneously, it, can be with when mobile phone is inserted into different mobile phone mounting grooves
Adjust mobile phone to human eye distance, so as to be applicable in the user of different eyesights.
2. a kind of method of virtual earthquake escape training of the present invention, the VR glasses used in this method pass through in V
The first telescopic rod is arranged in type sliding slot bottom, and the first telescopic rod can push up mobile phone, to make mobile phone be in suitable position；
First telescopic rod is matched with the second telescopic rod to step up mobile phone, enables adaptation to the mobile phone of different in width, into
And improve the applicability of device.The second telescopic rod position is adjusted by the driving mechanism that the second telescopic rod bottom is arranged simultaneously；It drives
Control-rod in motivation structure can move towards sliding along V-type sliding slot, and the control gear of control-rod end and the turntable of different location are nibbled
It closes, to drive connecting rod to move, connecting rod drives telescopic rod, to reach the second telescopic rod purpose for adjusting different location；And
It is socketed rubber ring in the outer ring of turntable, increases the frictional force of connecting rod and turntable so that the second telescopic rod after adjusting remains unchanged,
So that mobile phone is in suitable position, it is user-friendly.
3. a kind of method of virtual earthquake escape training of the present invention, the VR glasses used in this method pass through in rubber
The lint of antistatic is arranged on rubber cushion can clean the dust on mobile phone screen, can be simultaneously reached the effect of shading；Work as needs
When cleaning rubber pad, rubber pad is socketed on slide-bar, by rotating rubber pad so that rubber pad enters the V-type of bottom setting
Clean tank, the dust on lint is scraped by scraper plate to be stayed in V-type clean tank, and then is discharged by drain outlet, so that user
Obtain better usage experience.
Description of the drawings
The invention will be further described below in conjunction with the accompanying drawings.
Fig. 1 is the flow chart of the method for the present invention；
Fig. 2 is the overall structure diagram of the VR glasses used in the present invention；
Fig. 3 is the sectional view of A-A in Fig. 2；
Fig. 4 is the partial enlarged view at B in Fig. 2
Fig. 5 is the structural schematic diagram of the rubber pad of the present invention；
In figure：Shell 1, mobile phone mounting groove 2, mobile phone 21, rubber pad 3, V-type sliding slot 4, the first telescopic rod 5, the second telescopic rod
6, driving mechanism 7, turntable 71, connecting rod 72, control-rod 73, rubber ring 74, lint 8, slide-bar 9, V-type clean tank 10, drain outlet
11, scraper plate 12.
Specific implementation mode
In order to make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, tie below
Specific implementation mode is closed, the present invention is further explained.
As shown in Figures 1 to 5, the method for a kind of virtual earthquake escape training of the present invention, steps are as follows for this method：
Step 1：By the image transmitting of the virtual earthquake escape Training scene of the task parameters structure of setting to terminal device
On shown；
Step 2：Terminal device in step 1 is connect with VR glasses；
Step 3：Participant wears the VR glasses in upper step 2；
Step 4：Participant makes earthquake self-rescue measure according to the virtual scene seen in VR glasses in step 3；
Wherein, the VR glasses include shell 1, mobile phone mounting groove 2, rubber pad 3 and V-type sliding slot 4, are set in the shell 1
There is mobile phone mounting groove 2；Rubber pad 3 is arranged in 2 both sides of mobile phone mounting groove；The rubber pad 3 is used to mobile phone being held on mobile phone
In mounting groove 2, mobile phone mounting groove 2 is for installing mobile phone 21；2 bottom and top of the mobile phone mounting groove setting V-type sliding slot 4.Make
Used time, mobile phone can be directly inserted by mobile phone mounting groove 2 in shell 1 from side；Rubber is respectively set in 2 both sides of mobile phone mounting groove
Pad 3, when mobile phone is inserted into mobile phone mounting groove 2, the rubber pad 3 of both sides can deform upon, and mobile phone is clamped to generate opposite force
In in mobile phone mounting groove 2；In the process, the V-type sliding slot 4 of 2 bottom and top of mobile phone mounting groove setting, on the one hand can be hand
Machine provides guiding, on the other hand can avoid the influence of mobile phone side press-key；It is held on mobile phone to preferably consolidate mobile phone
In mounting groove 2, and then provide the better usage experience of user.
As a kind of embodiment of the present invention, sacculus 7,4 bottom of the V-type sliding slot setting are set in the elastic membrane 4
First telescopic rod 5；Second telescopic rod 6 is set in 4 one side wall of V-type sliding slot, and first telescopic rod, 5 and second telescopic rod 6 is used for
Adjust mobile phone location.In use, when mobile phone is inserted into mobile phone mounting groove 2, the first telescopic rod 5 of 4 bottom of V-type sliding slot setting can
Mobile phone is pushed up, so that mobile phone is in suitable position；And the first telescopic rod 5 matches pair with the second telescopic rod 6
Mobile phone is stepped up, and enables adaptation to the mobile phone of different in width, and then improve the applicability of device.
As a kind of embodiment of the present invention, the mobile phone mounting groove 2 is at least arranged two.In use, mobile phone is installed
The setting of slot 2 at least two, when mobile phone is inserted into different mobile phone mounting grooves 2, can adjust mobile phone to human eye distance, so as to
It is applicable in the user of different eyesights, and then increases audient's range of product.
As a kind of embodiment of the present invention, 6 bottom of the second telescopic rod is equipped with driving mechanism 7；The driving machine
Structure 7 includes turntable 71, connecting rod 72 and control-rod 73, and 73 end of the control-rod is equipped with control gear 75；The control gear 75
For driving disc 71；71 outer ring of the turntable is socketed rubber ring 74；Connected by connecting rod 72 between turntable 71 and the second telescopic rod 6
It connects；The control-rod 73 can move towards sliding along V-type sliding slot 4, and control-rod 73 is used to adjust the second telescopic rod 6 of different location.
In use, when mobile phone is held in mobile phone mounting groove 2, the driving mechanism 7 of 6 bottom of the second telescopic rod setting can adjust second and stretch
The position of contracting bar 6；Control-rod 73 in driving mechanism 7 can move towards sliding, the control tooth of 73 end of control-rod along V-type sliding slot 4
Wheel 75 is engaged with the turntable 71 of different location, and to drive connecting rod 72 to move, connecting rod 72 drives telescopic rod, is adjusted not to reach
With 6 purpose of the second telescopic rod of position；And it is socketed rubber ring 74 in 71 outer ring of turntable, increases the friction of connecting rod 72 and turntable 71
Power so that the second telescopic rod 6 after adjusting remains unchanged, so that mobile phone is in suitable position, it is user-friendly.
As a kind of embodiment of the present invention, lint 8 is set on the rubber pad 3.In use, being inserted into mobile phone in mobile phone
When mounting groove 2, the lint 8 being arranged on rubber pad 3 can clean the dust on mobile phone screen, can be simultaneously reached the effect of shading
Fruit, so that user obtains better usage experience.
As a kind of embodiment of the present invention, the lint 8 is made of antistatic fiber or antistatic plastic cement.It uses
When, lint 8 made of antistatic material can avoid during cleaning mobile phone screen in dust adsorption to lint 8, to
Reduce cleaning amount.
As a kind of embodiment of the present invention, the rubber pad 3 is socketed on slide-bar 9, and V-type is arranged in 3 bottom of rubber pad
Clean tank 10；Drain outlet 11 is arranged in 10 bottom of V-type clean tank, and scraper plate 12 is arranged in 10 one side wall of V-type clean tank, described
Scraper plate 12 is used to clean the lint 8 on rubber pad 3.In use, with the increase of usage time, had accumulated on rubber pad 3 certain
Dust, when need clean rubber pad 3 when, rubber pad 3 is socketed on slide-bar 9, can rotate rubber pad 3 so that rubber pad 3 into
Enter the V-type clean tank 10 of bottom setting, the dust on lint 8 is scraped by scraper plate 12 to be stayed in V-type clean tank 10, and then passes through blowdown
Channel 11 is discharged.
In use, mobile phone can be directly inserted by mobile phone mounting groove 2 in shell 1 from side；2 both sides of mobile phone mounting groove point
Not She Zhi rubber pad 3, when mobile phone is inserted into mobile phone mounting groove 2, the rubber pad 3 of both sides can deform upon, to generate opposite force
Mobile phone is held in mobile phone mounting groove 2；In the process, the V-type sliding slot 4 of 2 bottom and top of mobile phone mounting groove setting, a side
Face can provide guiding for mobile phone, on the other hand can avoid the influence of mobile phone side press-key；To which preferably mobile phone be consolidated
It is held in mobile phone mounting groove 2, and then the better usage experience of user is provided.Mobile phone mounting groove 2 is arranged at least two simultaneously,
When mobile phone is inserted into different mobile phone mounting grooves 2, can adjust mobile phone to human eye distance, so as to be applicable in the use of different eyesights
Family, and the first telescopic rod 5 is set in 4 bottom of V-type sliding slot, the first telescopic rod 5 can push up mobile phone, so that mobile phone
In suitable position；First telescopic rod 5 matches and can step up to mobile phone with the second telescopic rod 6, enables adaptation to
The mobile phone of different in width, and then improve the applicability of device.It is adjusted simultaneously by the driving mechanism 7 that 6 bottom of the second telescopic rod is arranged
Save the position of the second telescopic rod 6；Control-rod 73 in driving mechanism 7 can move towards sliding, 73 end of control-rod along V-type sliding slot 4
Control gear 75 engaged with the turntable 71 of different location, to drive connecting rod 72 move, connecting rod 72 drive telescopic rod, to reach
To 6 purpose of the second telescopic rod for adjusting different location；And it is socketed rubber ring 74 in the outer ring of turntable 71, increases connecting rod 72 and turns
The frictional force of disk 71 so that the second telescopic rod 6 after adjusting remains unchanged, so that mobile phone is in suitable position, convenient for using
Family uses.And the lint 8 of antistatic is arranged on rubber pad 3 can clean the dust on mobile phone screen, can be simultaneously reached screening
The effect of light, so that user obtains better usage experience.When needing to clean rubber pad 3, rubber pad 3 is socketed in slide-bar
On 9, by rotating rubber pad 3 so that rubber pad 3 enters the V-type clean tank 10 of bottom setting, and the dust on lint 8 is by scraper plate
12 scrape and stay in V-type clean tank 10, and then are discharged by drain outlet 11.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and the above embodiments and description only describe the originals of the present invention
Reason, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes and improvements
It all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle
It is fixed.
Claims (7)
1. a kind of method of virtual earthquake escape training, which is characterized in that steps are as follows for this method：
Step 1：The image transmitting for the virtual earthquake escape Training scene that the task parameters of setting are built is enterprising to terminal device
Row display；
Step 2：Terminal device in step 1 is connect with VR glasses；
Step 3：Participant wears the VR glasses in upper step 2；
Step 4：Participant makes earthquake self-rescue measure according to the virtual scene seen in VR glasses in step 3；
Wherein, the VR glasses include shell (1), mobile phone mounting groove (2), rubber pad (3) and V-type sliding slot (4), the shell
(1) mobile phone mounting groove (2) is equipped in, mobile phone mounting groove (2) is for installing mobile phone (21)；Mobile phone mounting groove (2) both sides are set
Set rubber pad (3)；The rubber pad (3) is used to mobile phone being held in mobile phone mounting groove (2)；Mobile phone mounting groove (2) bottom
Portion and top setting V-type sliding slot (4).
2. a kind of method of virtual earthquake escape training according to claim 1, it is characterised in that：The V-type sliding slot (4)
The first telescopic rod (5) is arranged in bottom；Second telescopic rod (6) is set in V-type sliding slot (4) one side wall, first telescopic rod (5) and
Second telescopic rod (6) is for adjusting mobile phone location.
3. a kind of method of virtual earthquake escape training according to claim 1, it is characterised in that：The mobile phone mounting groove
(2) at least it is arranged two.
4. a kind of method of virtual earthquake escape training according to claim 2, it is characterised in that：Second telescopic rod
(6) bottom is equipped with driving mechanism (7)；The driving mechanism (7) includes turntable (71), connecting rod (72) and control-rod (73), described
Control-rod (73) end is equipped with control gear (75)；The control gear (75) is used for driving disc (71)；The turntable (71)
Outer ring is socketed rubber ring (74)；It is connect by connecting rod (72) between turntable (71) and the second telescopic rod (6), the control-rod (73)
Sliding can be moved towards along V-type sliding slot (4), control-rod (73) is used to adjust the second telescopic rod (6) of different location.
5. a kind of method of virtual earthquake escape training according to claim 1, it is characterised in that：The rubber pad (3)
Upper setting lint (8).
6. a kind of method of virtual earthquake escape training according to claim 5, it is characterised in that：The lint (8) is
Antistatic fiber or antistatic plastic cement are made.
7. a kind of method of virtual earthquake escape training according to claim 1, it is characterised in that：The rubber pad (3)
It is socketed on slide-bar (9), V-type clean tank (10) is arranged in rubber pad (3) bottom；Blowdown is arranged in V-type clean tank (10) bottom
Channel (11), setting scraper plate (12) in V-type clean tank one side wall, the scraper plate (12) are used to clean the lint on rubber pad (3)
(8)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810819193.1A CN108806384B (en) | 2018-07-24 | 2018-07-24 | Virtual earthquake escape training method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810819193.1A CN108806384B (en) | 2018-07-24 | 2018-07-24 | Virtual earthquake escape training method |
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|---|---|
| CN108806384A true CN108806384A (en) | 2018-11-13 |
| CN108806384B CN108806384B (en) | 2021-07-09 |
Family
ID=64077930
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| CN201810819193.1A Active CN108806384B (en) | 2018-07-24 | 2018-07-24 | Virtual earthquake escape training method |
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