CN107066088A - A kind of exchange method and electronic equipment - Google Patents
A kind of exchange method and electronic equipment Download PDFInfo
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- CN107066088A CN107066088A CN201710134472.XA CN201710134472A CN107066088A CN 107066088 A CN107066088 A CN 107066088A CN 201710134472 A CN201710134472 A CN 201710134472A CN 107066088 A CN107066088 A CN 107066088A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2203/00—Indexing scheme relating to G06F3/00 - G06F3/048
- G06F2203/01—Indexing scheme relating to G06F3/01
- G06F2203/011—Emotion or mood input determined on the basis of sensed human body parameters such as pulse, heart rate or beat, temperature of skin, facial expressions, iris, voice pitch, brain activity patterns
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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- User Interface Of Digital Computer (AREA)
Abstract
The invention discloses a kind of exchange method and electronic equipment, to solve the problem of user of different statures needs to buy various sizes of VR intelligence dress ornament.The electronic equipment is used for and user interactive, includes the multiple interactive modules and multiple conducting wires of array setting；Wherein, the wire is connected in the interactive module by dismountable mode；Any interactive module in the multiple interactive module is used for the control instruction that Receiving Host is sent, and exports stimulus information according to the control instruction；The stimulus information is used to cause the user to produce corresponding induction information.The invention also discloses corresponding exchange method.
Description
Technical field
The present invention relates to human-computer interaction technique field, more particularly to a kind of exchange method and electronic equipment.
Background technology
Virtual reality (Virtual Reality, VR) technology is to compare the technology in forward position at present, and global scientific and technological circle much have
Influential personage believes that VR arrival can take user in entirely different amusement, game and the communication world.VR also by
It is considered to change the key of traditional mode of being given lessons with textbook to medico, and will be imitative in military aerospace, indoor design, industry
The field such as true plays a significant role.
In different VR applications such as game, health medical treatment, education, medical training, cook's training and military fields
In, the intelligent dress ornaments of VR are worn by, the intelligent clothing of such as the VR helmets or VR can make user experience real tactile experience, for example
Temperature and wind speed can be realistically experienced, just as on the spot in person.Work as such as in various VR shooting games, adventure game
In, put on the intelligent clothing of VR, can by vision in virtual reality and body feel be perfectly combined, user can not only be allowed to touch game
Environment and game, moreover it is possible to allow virtual portrait to touch user, experience a variety of sensations, know from experience completely less than real world
Difference between virtual world.The operation principle of VR intelligence dress ornaments is usually to be set on dress ornament by the multiple of wire connection
Neuromuscular electronic simulation sensor, user is worn by after the intelligent dress ornaments of VR, and the sensor on dress ornament passes through muscle electric stimulation skill
Art, for example, can be gentle and slight electronic impulse to stimulate user's body, then simulate a variety of sensations.
The sensor set in the current intelligent dress ornaments of VR is generally used as one and is integrally attached on dress ornament, different bodies
The user of material needs to buy the intelligent dress ornaments of various sizes of VR, compares waste.
The content of the invention
The embodiment of the present invention provides a kind of exchange method and electronic equipment, and purchase is needed to solve the user of different statures
The problem of various sizes of VR intelligence dress ornament.
First aspect is used for and user interactive there is provided a kind of electronic equipment, and the electronic equipment is set including array
Multiple interactive modules and multiple conducting wires；Wherein, the wire is connected in the interactive module by dismountable mode；Institute
Stating any interactive module in multiple interactive modules is used for the control instruction that Receiving Host is sent, and defeated according to the control instruction
Go out stimulus information；The stimulus information is used to cause the user to produce corresponding induction information.
Optionally, the multiple interactive module forms at least one regular hexagon, wherein each regular hexagon is by 6 interactions
Module connects to be formed by least 6 wires, and it is the regular hexagon to constitute 6 interactive modules of one of regular hexagon
6 summits, at least 6 wires are the side of the regular hexagon.
Optionally, connected in the multiple interactive module between at least two adjacent interactive modules by two wires
Connect；Two wires are used to transmit different signals respectively, or wherein one wire is that wherein another the standby of wire is led
Line.
Optionally, any interactive module in the multiple interactive module is used to receive the induction information.
Optionally, at least one interactive module in the multiple interactive module is connected with the main frame, and the multiple
The interactive module not being connected in interactive module with the main frame is realized and the master by the interactive module being connected with the main frame
Communication between machine.
Optionally, the distance between any two interactive module in the multiple interactive module is more than 80mm.
Optionally, the interactive module includes stimulating part, for exporting the stimulus information.
Optionally, the interactive module includes physical sign parameters inductor, for receiving the induction information.
Second aspect there is provided a kind of exchange method, including：
The control instruction sent by the first interactive module Receiving Host in electronic equipment；Wherein, the electronic equipment
The multiple interactive modules and multiple conducting wires set including array, the wire is connected to the interactive mould by dismountable mode
On block, first interactive module is any one interactive module in the multiple interactive module；
Stimulus information is exported according to the control instruction by first interactive module；The stimulus information is used to cause
User produces corresponding induction information.
Optionally, the multiple interactive module is connected with wire, and the multiple interactive module forms at least one positive six side
Shape, is formed wherein each regular hexagon is connected by 6 interactive modules by least 6 wires, constitutes one of regular hexagon
6 interactive modules be the regular hexagon 6 summits, at least 6 wires be the regular hexagon side.
Optionally, after stimulus information is exported according to the control instruction by first interactive module, in addition to：
The induction information is received by first interactive module；
The induction information is sent to by the main frame by first interactive module.
Optionally, after the control instruction that the first interactive module Receiving Host in by electronic equipment is sent, also wrap
Include：
Determine whether to have have received the control instruction in preset duration by first interactive module；
Stimulus information is exported according to the control instruction by first interactive module, including：
If not receiving the control instruction in the preset duration, by first interactive module according to the control
The system instruction output stimulus information.
Optionally, before stimulus information is exported according to the control instruction by first interactive module, in addition to：
Judge the position of first interactive module whether is carried in the control instruction by first interactive module
Confidence ceases；
Stimulus information is exported according to the control instruction by first interactive module, including：
If carrying the positional information of first interactive module in the control instruction, pass through the described first interaction mould
Root tuber exports the stimulus information according to the control instruction.
Optionally, after the control instruction that the first interactive module Receiving Host in by electronic equipment is sent, also wrap
Include：
If also carrying the positional information of the second interactive module in the electronic equipment in the control instruction, pass through
First interactive module continues to forward the control instruction to other interactive modules, is connect until by second interactive module
Receive the control instruction；
Stimulus information is exported according to the control instruction by second interactive module.
Optionally, methods described also includes：
The detection instruction that the main frame is sent is received by first interactive module；The detection instruction, which is used to detect, hands over
Whether mutual module is normal；
Fault detect is performed by first interactive module；
The failure detection result of first interactive module is sent to by the main frame by first interactive module.
Optionally, after the detection instruction that the main frame is sent is received by first interactive module, in addition to：
The detection instruction is transmitted to other interactive modules in the electronic equipment by first interactive module.
Optionally, the detection instruction is being transmitted to by other in the electronic equipment by first interactive module
After interactive module, in addition to：
At least one fault detect knot that at least one other interactive module is sent is received by first interactive module
Really；
At least one described failure detection result is sent to by the main frame by first interactive module.
Electronic equipment provided in an embodiment of the present invention includes multiple interactive modules connected with wire that array is set, its
In, wire is connected in interactive module by dismountable mode, so can easily be removed or be increased interactive module, or
Restringing, so as to as needed change electronic equipment size or easily the structure to electronic equipment is adjusted
It is whole.For different scenes, the user of different statures, different human bodies, it is not necessary to repeat to purchase a whole set of electronic equipment, only
Interactive module need to be increased, interactive module is reduced or change the position of interactive module, it is to avoid wasted.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Inventive embodiments, for those of ordinary skill in the art, on the premise of not paying creative work, can also be according to carrying
The accompanying drawing of confession obtains other accompanying drawings.
Fig. 1 is a kind of structural representation of electronic equipment provided in an embodiment of the present invention；
Fig. 2 is a kind of profile of interactive module in the embodiment of the present invention；
Fig. 3 is a kind of schematic diagram for the coordinate system set up in the embodiment of the present invention in interactive module array；
Fig. 4 is a kind of shape in the section of interactive module in the embodiment of the present invention, and interactive module and one kind of wire are even
Connect the schematic diagram of mode；
Fig. 5 A are a kind of conductor connections and a kind of schematic diagram of signal transmission path in the embodiment of the present invention；
Fig. 5 B are a kind of conductor connections and a kind of schematic diagram of signal transmission path in the embodiment of the present invention；
Fig. 6 is the signal for the stimulation that electronic equipment provided in an embodiment of the present invention exports point, line, surface according to scene to user
Figure；
Fig. 7 is the difference in interactive module and a kind of connected mode and interactive module end points of wire in the embodiment of the present invention
The schematic diagram of interface；
Fig. 8 A are a kind of schematic diagram of shape of the buckle at wire two ends in the embodiment of the present invention；
Fig. 8 B are a kind of schematic diagram of shape of the buckle at wire two ends in the embodiment of the present invention；
Fig. 8 C are a kind of schematic diagram of shape of the buckle at wire two ends in the embodiment of the present invention；
Fig. 9 is the flow chart of exchange method provided in an embodiment of the present invention.
Embodiment
For the object, technical solutions and advantages of the present invention are more clearly understood, below in conjunction with the embodiment of the present invention
Accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only
It is a part of embodiment of the invention, rather than whole embodiments.Based on the embodiment in the present invention, ordinary skill people
The every other embodiment that member is obtained under the premise of creative work is not made, belongs to the scope of protection of the invention.
In the case of not conflicting, the embodiment in the present invention and the feature in embodiment can be mutually combined.And, although in stream
Logical order is shown in journey figure, but in some cases, can be shown or described to be performed different from order herein
The step of.
In addition, the terms "and/or", only a kind of incidence relation for describing affiliated partner, represents there may be
Three kinds of relations, for example, A and/or B, can be represented：Individualism A, while there is A and B, these three situations of individualism B.Separately
Outside, character "/" herein, in the case where not illustrating, it is a kind of relation of "or" to typically represent forward-backward correlation object.
In the embodiment of the present invention, electronic equipment can include being arranged on the intelligent dress ornaments of VR by wire connect it is multiple
Neuromuscular electronic simulation sensor etc., as long as electronic equipment can be interacted with user, the embodiment of the present invention is not limited
The type of electronic equipment processed.
Technical scheme provided in an embodiment of the present invention is introduced with reference to Figure of description, during following introduction,
So that electronic equipment is the multiple neuromuscular electronic simulation sensors connected by wire set on the intelligent dress ornaments of VR as an example.
Fig. 1 is referred to, the embodiment of the present invention provides a kind of electronic equipment, for being interacted with user, the electronic equipment
The multiple interactive modules 101 and multiple conducting wires 102 set including array.Wherein, wire 102 is connected to by dismountable mode
In interactive module 101, any interactive module 101 in multiple interactive modules 101 is used for the control instruction that Receiving Host is sent, and
Stimulus information is exported according to control instruction, the stimulus information is used to cause user to produce corresponding induction information.
In the embodiment of the present invention, the cored wire in wire 102 can be made using annular conductive silk, and core is wrapped up in wire 102
The shell of line can be used to be made with the good material (such as flexible rubber) of insulating properties, elasticity and pasting property, and such wire is not
But soft human body surface easy to attach, and wire rod is not easily broken, user can use under various postures and action.
Each wire 102 is by dismountable mode, with interactive module 101 such as the mode of buckle-type or strong magnetic suck
It is connected, easily can so removes wire 102 from interactive module 101, removes or increase so as to more convenient
Plus interactive module 101, or restringing 102, with the different body parts or different scenes of the user according to different statures
The need for change electronic equipment size or shape.
Wherein, electronic equipment is realized with user by interactive module 101 and interacted.Interactive module 101 being capable of Receiving Host hair
The control instruction sent, and stimulus information is exported to user according to control instruction, it can be also used for receiving the sensing letter that user produces
Cease and induction information is sent to main frame, so as to realize the information exchange between user and main frame.
The structure of interactive module 101 may refer to Fig. 2, and interactive module 101 can include base 201, top cover 202, and position
Chip 203 between base 201 and top cover 202.Chip 203 can be used for the control instruction of Receiving Host transmission.Main frame can
To be control centre, such as personal computer (Personal Computer, PC) or server etc., or VR can be provided in
Message processing module on intelligent dress ornament, the message processing module equivalent to scaled-down version control centre, can and electronic equipment
It is arranged on together on the intelligent dress ornaments of VR, for controlling the electronic equipment.Top cover 202 and base 201 can pass through fastening type structure
Or the mode of strong magnet absorption is fixed together, so, if the chip 203 of a certain interactive module 101 is damaged, it is only necessary to open
The top cover 202 of the interactive module 101 just can easily change chip 203, and other interactive modules 101 are unaffected can be after
It is continuous to use.
Wherein, it can also include stimulating part between base 201 and top cover 202, for exporting stimulus information.Stimulation unit
Part can be integrated with chip 203, such as can set corresponding stimulation circuit in chip 203.According to scene needs, thorn
Swash the type of part, according to the difference for the type for stimulating part, can stimulate part also can just export different with different
Stimulus information, such as stimulus information is including shocking by electricity, shaking, impact, generate heat, feel cold.In embodiments of the present invention, single interaction
Can be with integrated a variety of stimulation parts, so as to export a variety of stimulus informations in module 101.
The base 201 and top cover 202 of any interactive module 101 in multiple interactive modules 101 that electronic equipment includes
Between physical sign parameters inductor can also be set so that there is provided the interactive module 101 of physical sign parameters inductor can receive use
The induction information at family, induction information is such as the body temperature including human body, pulse, limbs displacement.Physical sign parameters inductor can be with
Chip 203 is integrated, such as can set human body sensing information acquisition circuit in chip 203 according to demand.
The positional information of the interactive module 101 at the place of chip 203 can also be stored in chip 203.Chip 203 obtains core
The positional information of interactive module 101 where piece 203, a kind of mode is：Coordinate is set up in the array that interactive module 101 is constituted
System, is a kind of schematic diagram of coordinate system for example, see Fig. 3, the coordinate of transverse axis is represented with letter, the coordinate numeral table of the longitudinal axis
Show, the ordinate of the interactive module 101 of horizontal first row is 1, the abscissa of the interactive module 101 of longitudinal first row is A, for example
It is X from code name1Interactive module 101 to code name be X18Interactive module 101 coordinate be followed successively by from (A, 1) arrive (F, 3).First
In use, the positional information of each interactive module 101 can be pre-written at relatively low cost in the chip 203 of the interactive module 101, then will be every
Individual interactive module 101 is installed by its positional information, naturally it is also possible to first in use, first each interactive module 101
Install, dispensing position information is then distinguished by main frame, if any interactive module 101 is replaced with new interactive module 101,
New interactive module 101 after replacing can obtain the position stored in the chip 203 of at least two adjacent interactive modules 101
Information, and own location information is gone out according to the positional information calculation of acquisition.Refer to Fig. 4, the shape in each section of interactive module 101
Shape is, for example, triangle or class triangle, and each summit of interactive module 101 is connected with wire 102.Certain interactive module 101
Section can also be other shapes, and the embodiment of the present invention is without limitation.It is hereinafter triangle with the section of interactive module 101
Illustrated exemplified by shape
In embodiments of the present invention, used when all interactive modules 101 and wire 102 are either installed first, still
Standby, it can be made by unified standard specification, be convenient for changing and safeguard.
Continuing with referring to Fig. 4, each interactive module 101 can be connected with a wire 102 respectively on each summit, i.e., total
Totally three wires 102 are connected with an interactive module 101.Each interactive module 101 can be by a wire being attached thereto
102 receive informations, by the other two wire output informations being attached thereto, or, each interactive module 101 can by with
Two connected receive informations of wire 102, pass through the other wire output information being attached thereto.It is such it is simple in construction,
Cost is low, and interfering between the transmitted in both directions of signal, reduction signal can be achieved.Wherein, fault detect can refer to that main frame is determined
Phase, such as after each electronic equipment has performed task, detection information is sent at least one interaction mould of electronic equipment
On block 101, to detect whether electronic equipment occurs in that failure, and when electronic equipment breaks down, specific failure is found out
Interactive module 101 and/or wire 102.Fig. 5 A and Fig. 5 B are referred to, main frame is output to the transmission of the detection information of electronic equipment
Direction the transmission direction of the control instruction of electronic equipment can be output to main frame on the contrary, the arrow in such as Fig. 5 A can be represented
Arrow in the transmission path of control instruction, Fig. 5 B can represent the transmission path of detection information.
Fig. 6 is referred to, in order to which closer to the sense of reality, electronic equipment can be provided the user similar to institute's energy in real world
The point-like experienced is stimulated, wire is stimulated, planar is stimulated and radial stimulation, in this case, the interaction on electronic equipment
The quantity of module 101 can be with more, and can set and must compare close.Wherein, the distance between adjacent interactive module 101 can
To be arranged on depending on electronic equipment on the intelligent dress ornaments of which type of VR, for example electronic equipment can be arranged on gloves or conjoined clothes
Decorations are first-class, and in addition, the distance between adjacent interactive module 101 might also depend on the sensitivity that human body is stimulated to external world
Stature of degree or different user etc., the electronic equipment being for example arranged on the intelligent clothing of the VR of child and the VR intelligence for being arranged on adult
The distance between adjacent interactive module 101 of electronic equipment that can be on clothing may be different.Because the susceptibility of human body determine as
Two points on fruit environmental stimuli human body, if being smaller than or equal to a certain distance between the two points, people, which knows from experience, to be judged
To be that same point receives stimulation, and it can not sense that actually two points receive stimulation, sensing result is not accurate enough,
Generally, the scope of the distance is about [45mm, 80mm], so, in order to be exported in different interactive modules 101 to user
During stimulus information, user can be allowed relatively accurately to experience the physical location of stimulation, any two that electronic equipment includes is handed over
The distance between mutual module 101 can be more than 80mm.Simultaneously because the adjacent interactive module 101 of any two may be very short
It is upset respectively in time, if two adjacent interactive modules 101 are closer from obtaining in this case, human body is not easily distinguishable
The position being upset, so the distance between adjacent interactive module 101 of each two can be bigger, such as it is more than 80mm
10%, it is 90mm.The distance between adjacent interactive module 101 of any two for example shown in Fig. 1 is 90mm.
In embodiments of the present invention, in order to simplify circuit, it is to avoid main frame needs and each interactive module 101 is respectively by leading
Line 102 is connected, and at least one interactive module 101 in multiple interactive modules 101 that electronic equipment includes can be direct with main frame
It is connected, and the interactive module 101 that is not joined directly together in multiple interactive modules 101 with main frame can be by being joined directly together with main frame
Interactive module 101 realizes the communication between main frame.Continuing with referring to Fig. 3, main frame is X with code name1Interactive module 101 it is direct
It is connected, other interactive modules are X by code name1Interactive module 101 realize and the communication of main frame.Main frame can pass through general string
Row bus (Universal Serial Bus, USB) interface carries out signal transmission with interactive module 101, and is supplied for electronic equipment
Answer electric energy.Certainly, the mode not limited to this of signal is transmitted between main frame and interactive module 101, electronic equipment obtains the side of electric energy
Formula is also not necessarily limited to this.
Fig. 7 is referred to, electronic equipment normal work, multiple interactive modules are influenceed after being broken down in order to avoid wire 102
There can also be at least two adjacent interactive modules 101 in 101, each two phase at least two adjacent interactive module 101
Connected between two summits of adjacent interactive module 101 by two wires 102, wherein a wire 102 can be as wherein
The standby wire of another wire 102, forms active and standby wire 102.Or, this two wires 102 can be also used for simultaneously respectively
Transmit different types of signal, such as one wire 102 is used to transmit main frame to the control instruction of interactive module 101 to realize pair
The stimulation of user, while another wire 102 is used for induction information (body temperature of such as user or the heartbeat of user of feedback user
Deng) arrive main frame.Or, this two wires 102 can be also used for transmitting the detection instruction from main frame, for carrying out failure inspection
Survey, meet the partly or wholly fault detect demand of electronic equipment.
Continuing with referring to Fig. 7, in order to make above-mentioned two wires 102 being connected between two adjacent interactive modules 101
Can the different signal of simultaneous transmission, any interactive module 101 at least two adjacent interactive module 101 with this two
There can be two interfaces for being respectively used to be connected with two wires 102 on the end points that wire 102 is connected, to transmit difference
Signal.Can be that A interfaces and B connect by two interface flags for the transmission path of the unlike signal of distinguishing simultaneous transmission
Mouthful, and limit the A interfaces of any interactive module 101 and can only be connected by wire 102 with the A interfaces of another interactive module 101,
The B interface of any interactive module 101 can only be connected by wire 102 with the B interface of another interactive module 101, same to limit
Individual signal can only be transmitted in same group of wire 102 and/or same group of wire 102 in the direction transmitted of signal it is consistent, for example from
Main frame is output to the wire that the instruction of electronic equipment can only be connected with the A interfaces of two interactive modules 101 respectively at all two ends
Transmitted in 102.The signal transmission path constituted continuing with the wire 102 that referring to Fig. 5 A, all two ends are connected with A interfaces respectively can
To be referred to as signal transmission path A.The signal constituted continuing with the wire 102 that referring to Fig. 5 B, all two ends are connected with B interface respectively
Transmission path is properly termed as signal transmission path B.In Fig. 5 A and Fig. 5 B, in signal transmission path A and signal transmission path B
Signal transmission direction is on the contrary, but both can also be identical.
In order to prevent from occurring when mounted mistake, for example, it may miss and the A interfaces of any interactive module 101 are passed through into wire
102 are connected with the B interface of another interactive module 101, then, if each wire 102 passes through fastening type structure and the phase of interactive module 101
Even, a kind of mode for preventing from occurring mistake when mounted is to refer to Fig. 8 A, and A of the two ends respectively with two interactive modules 101 connects
Mouthful connected wire 102 can all be circular buckle with two ends, meanwhile, refer to Fig. 8 B, two ends respectively with two interactive modules 101
The connected wire 102 of B interface can all be square buckle with two ends.The A interfaces of certain two ends respectively with two interactive modules 101
Connected wire 102 can also two ends be all square buckle, while B interface of the two ends respectively with two interactive modules 101 is connected
The two ends of wire 102 be all circular buckle.Another mode for preventing from occurring when mounted mistake is to refer to Fig. 8 C, can be with
Presuppose the transmission direction of signal and two signal transmission direction phases in signal transmission path A and signal transmission path B
Instead, the signal transmission direction further according to this two hypothesis determine in three A interfaces of each interactive module 101 which or which two
Default input interface, which two or which be in default output interface, and three B interface of each interactive module 101 which
It is individual or which two be default input interface, which two or which be default output interface, then by each interactive module 101
Default input interface and each wire 102 make the circular buckle for example shown in Fig. 8 C with one end that default input interface is connected,
Make the default output interface and each wire 102 in each interactive module 101 are corresponding with one end that default output end is connected
The buckle of the shape different from circular buckle, such as the square buckle shown in Fig. 8 C, signal is passed after installing in such a way
The connection of wire 102 in defeated path A and signal transmission path B as fig. 5 a and fig. 5b, is passed in two signals respectively
The closure contrast of wire 102 in defeated path, is not in that A interfaces are connected into B interface or B interface is connected to
The situation of A interfaces.
Best effect is reached with minimum interactive module 101 in order to realize, continuing with referring to Fig. 3, multiple interactive modules
101 can form at least one regular hexagon, wherein each regular hexagon passes through at least 6 wires by 6 interactive modules 101
102 connections are formed, and 6 interactive modules 101 for constituting one of regular hexagon are 6 summits of regular hexagon, this at least 6
Wire 102 is the side of regular hexagon.The face of maximum is covered with minimum interactive module 101 due to using regular hexagon to realize
Product, so electronic equipment can cover bigger area with less interactive module 101, to reach that simulation more true to nature is imitated
Really.
For attractive in appearance and increase electronic equipment reliability, corresponding regular hexagon groove can be reserved on the intelligent dress ornaments of VR,
So that electronic equipment is mounted on dress ornament, each regular hexagon that electronic equipment includes just is put into a groove.Make clothes
The material of decorations can be the material that elastomeric material etc. has certain elasticity, so as to human body surface of fitting, wherein regular hexagon groove
Inside can use netted soft cloth to increase human body comfort.Dress ornament can be conjoined clothes, can use for example rearmounted in ridge
The nylon zipper or magnetic sticky buckle at post position or the form of multiple hooks ensure that dress ornament is attached to human body surface or other shapes
Shape or be otherwise attached to the dress ornament of human body surface, the embodiment of the present invention is without limitation.
The intelligent dress ornaments of VR in the embodiment of the present invention can have the setting of standard size, and S, M, L, XL, XXL etc..For
Specific crowd can using increase or decrease interactive module 101 composition regular hexagon number by the way of on dress ornament according to user's body
Material is changed accordingly.
Electronic equipment provided in an embodiment of the present invention includes multiple interactive modules connected with wire 102 that array is set
101, wherein, wire 102 is connected in interactive module 101 by dismountable mode, so easily can be removed or be increased
Plus interactive module 101, or restringing 102, so as to change the size of electronic equipment as needed or easily right
The structure of electronic equipment is adjusted.For different scenes, the user of different statures, different human bodies, it is not necessary to weight
The a whole set of electronic equipment of second mining purchase, need to only increase interactive module 101, reduces interactive module 101 or change the position of interactive module 101
Put, it is to avoid waste.
Fig. 9 is referred to, based on same inventive concept, the embodiment of the present invention provides a kind of exchange method, and this method can lead to
Electronic equipment execution is crossed, the electronic equipment can be the electronic equipment as shown in preceding Fig. 3.The flow of this method is described as follows：
Step 901：The control instruction sent by the first interactive module Receiving Host in electronic equipment；Wherein, electronics
Equipment includes multiple interactive modules 101 and the multiple conducting wires 102 that array is set, and wire 102 is connected to by dismountable mode
In interactive module 101；First interactive module is any one interactive module 101 in multiple interactive modules 101；
Step 902：Stimulus information is exported according to control instruction by the first interactive module；Stimulus information is used to cause user
Produce corresponding induction information.
Due to method provided in an embodiment of the present invention can be as shown in Figure 3 embodiment provide electronic equipment perform, it is preceding
State the structure in the content of environment division to the electronic equipment and achievable function etc. to be described in detail, the ground repeated
Specific introduction is no longer done herein in side.
The course of work to exchange method is introduced below.To have two interactive modules 101 and main frame in electronic equipment
It is joined directly together, is connected in electronic equipment between any two interactive module 101 by two wires 102, main frame passes through Fig. 5 A institutes
The signal transmission path A shown transmits the wire 102 between the A interfaces of distinct interaction module 101 in control instruction, electronic equipment
The connected mode of wire 102 in connected mode and electronic equipment between the B interface of distinct interaction module 101 respectively with Fig. 5 A and
Exemplified by Fig. 5 B are identical.
Main frame is joined directly together by the interactive module 101 of signal input position in Fig. 5 A in electronic equipment with main frame
Default input interface in the A interfaces of one interactive module 101, at least one interactive module 101 into electronic equipment is sent
Control instruction.
Although main frame is usually 101 processing of interactive module for allowing and receiving the control instruction when sending a control instruction
The once control instruction, but because having two default input interfaces in the A interfaces of some interactive modules 101, cause these to interact
Module 101 can repeat to receive same control instruction twice, so when receiving control instruction every time, interactive module 101 needs
First determine whether oneself have received same control instruction in preset duration, if having received in preset duration same
Control instruction, then the interactive module 101 do not handle the control instruction, to avoid handling same control instruction twice, if pre-
If not receiving same control instruction in duration, then the interactive module 101 judges whether carry oneself in the control instruction
Positional information.
If carrying the positional information of the interactive module 101 in the control instruction, the interactive module 101 is according to the control
System instruction exports stimulus information to user, if not carrying the positional information of other interactive modules 101 in the control instruction, should
Interactive module 101 (will can be wrapped for indicating that the interactive module 101 is capable of the feedback information of normal work in feedback information
Include the positional information of the interactive module 101) exported from the default output interface in the A interfaces of the interactive module 101 to main frame, or
Export to main frame, connect actually by the default output in A interfaces from the default output interface in the B interface of the interactive module 101
Mouthful output or exported, can be selected by shortest path principle by default output interface in B interface, can also basis lead
The loading condition that line 102 is carried is determined.In addition, exporting stimulus information to user according to the control instruction in the interactive module 101
Afterwards, the interactive module 101 can also receive user and be upset the induction information produced afterwards, and the induction information is sent to
Main frame, likewise, the interactive module 101 can be by the induction information of reception from default defeated in the A interfaces of the interactive module 101
Outgoing interface is exported to main frame, or is exported from the default output interface in the B interface of the interactive module 101 to main frame.
If also carrying other interactions in addition to carrying the positional information of the interactive module 101 in the control instruction
The positional information of module 101, the interactive module 101 can also be by the control instruction from pre- in the A interfaces of the interactive module 101
If output interface is exported, other interactive modules 101 are transmitted to.Before the control instruction is transmitted into other interactive modules 101,
The interactive module 101 can delete the positional information of the interactive module 101 from the control instruction, to avoid interfering.
And if not having the positional information for carrying the interactive module 101 in the control instruction, then the interactive module 101 can be with
The control instruction directly is exported from the default output interface in the A interfaces of the interactive module 101, is referred to without performing the control
Order.
In order to detect whether electronic equipment is faulty, main frame can be to the interactive module of at least one in electronic equipment 101
Detection instruction is sent, such as main frame can periodically send detection instruction, or main frame can be performed in each electronic equipment
Detection instruction is sent after complete task, main frame can pass through the interactive module 101 where signal output position in Fig. 5 A, i.e. electronics
Default output interface output detection instruction in the A interfaces for an interactive module 101 being joined directly together in equipment with main frame, the inspection
Instruction is surveyed for detecting whether the interactive module 101 in electronic equipment is normal and/or at least two A interfaces of connection at least one
Whether wire 102 occurs in that failure.The transmission direction of detection instruction is consistent with the signal transmission direction in Fig. 5 B, the simply inspection
Survey and transmitted in wire 102 of the instruction not between B interface, but transmitted in the wire 102 between A interfaces.
Processing mode when control instruction is received with interactive module 101 is similar, when receiving detection instruction every time, interaction
Module 101 needs first to determine oneself whether have received same detection instruction in preset duration, if in preset duration
Same detection instruction is have received, then the interactive module 101 does not handle detection instruction, if do not received in preset duration
Same detection is instructed, then the interactive module 101 judges the position letter of the interactive module 101 whether is carried in detection instruction
Breath.
If carrying the positional information of the interactive module 101 in detection instruction, the interactive module 101 will can include
The failure detection result of oneself positional information is exported to main frame from the default input interface in the A interfaces of the interactive module 101, or
Main frame is transmitted to by other interactive modules 101, or, if the signal transmission path B in Fig. 5 B is not used for transmission not
Signal when, the interactive module 101 can connect failure detection result from the default input in the B interface of the interactive module 101
Mouth is exported to main frame, or is transmitted to main frame by other interactive modules 101.Exported actually from the default input interface in A interfaces
Or from the default input interface output in B interface, it can select, can also be held according to wire 102 by shortest path principle
The loading condition of load is determined.
If also carrying other interactions in addition to carrying the positional information of the interactive module 101 in detection instruction
The positional information of module 101, the interactive module 101 can also be by detection instruction from pre- in the A interfaces of the interactive module 101
If input interface is exported, other interactive modules 101 are transmitted to.Before the control instruction is transmitted into other interactive modules 101,
The interactive module 101 can delete the positional information of the interactive module 101 from the control instruction, to avoid interfering.
And if not having the positional information for carrying the interactive module 101 in detection instruction, then the interactive module 101 can be with
Detection instruction directly is exported from the default input interface in the A interfaces of the interactive module 101, is referred to without performing the detection
Order.
The interactive module 101 can be also used for receiving at least one fault detect knot that other interactive modules 101 are sent
Really, and at least one failure detection result is sent to main frame by this.
A kind of mode of main frame output control instruction is exemplified below：Assuming that positional information can be defeated for A1 interactive module 101
Go out the stimulus information shock by electricity, shake, impacting, generating heat, feeling cold, the code of this several stimulus information is respectively set to 1,2,3,4,
5, when main frame will allow the output electric shock stimulus information of interactive module 101 that positional information is A1, main frame is only needed to positional information
{ A1,1 } is instructed for the A1 output control of interactive module 101.As main frame will allow positional information to be respectively two of B2, C3 friendships
Mutual module 101 output of vibration, the stimulus information felt cold respectively, that only needs to the instruction of main frame output control：{ B2,2；C3,5 }, i.e.,
It can be achieved to cause multiple interactive modules 101 to export different stimulus informations by an instruction.
Electronic equipment provided in an embodiment of the present invention includes multiple interactive modules connected with wire 102 that array is set
101, wherein, wire 102 is connected in interactive module 101 by dismountable mode, so easily can be removed or be increased
Plus interactive module 101, or restringing 102, so as to change the size of electronic equipment as needed or easily right
The structure of electronic equipment is adjusted.For different scenes, the user of different statures, different human bodies, it is not necessary to weight
The a whole set of electronic equipment of second mining purchase, need to only increase interactive module 101, reduces interactive module 101 or change the position of interactive module 101
Put, it is to avoid waste.
Described above, above example is implemented above only technical scheme to be described in detail
The explanation of example is only intended to the method and its core concept for helping to understand the present invention, should not be construed as limiting the invention.This
Those skilled in the art the invention discloses technical scope in, the change or replacement that can be readily occurred in should all be covered
Within protection scope of the present invention.
Claims (10)
1. a kind of electronic equipment, is used for and user interactive, the electronic equipment includes multiple interactive modules that array is set
And multiple conducting wires；Wherein, the wire is connected in the interactive module by dismountable mode；The multiple interactive module
In any interactive module be used for Receiving Host send control instruction, and according to the control instruction export stimulus information；Institute
State stimulus information be used for cause the corresponding induction information of user generation.
2. electronic equipment as claimed in claim 1, it is characterised in that the multiple interactive module forms at least one positive six side
Shape, is formed wherein each regular hexagon is connected by 6 interactive modules by least 6 wires, constitutes one of regular hexagon
6 interactive modules be the regular hexagon 6 summits, at least 6 wires be the regular hexagon side.
3. electronic equipment as claimed in claim 1 or 2, it is characterised in that at least two phases in the multiple interactive module
Connected between adjacent interactive module by two wires；Two wires are used to transmit different signals, or wherein one respectively
Root wire is the standby wire of wherein another wire.
4. electronic equipment as claimed in claim 1 or 2, it is characterised in that any two in the multiple interactive module is handed over
The distance between mutual module is more than 80mm.
5. a kind of exchange method, including：
The control instruction sent by the first interactive module Receiving Host in electronic equipment；Wherein, the electronic equipment includes
Multiple interactive modules and multiple conducting wires that array is set, the wire are connected to the interactive module by dismountable mode
On, first interactive module is any one interactive module in the multiple interactive module；
Stimulus information is exported according to the control instruction by first interactive module；The stimulus information is used to cause user
Produce corresponding induction information.
6. method as claimed in claim 5, it is characterised in that
After the control instruction that the first interactive module Receiving Host in by electronic equipment is sent, in addition to：
Determine whether to have have received the control instruction in preset duration by first interactive module；
Stimulus information is exported according to the control instruction by first interactive module, including：
If not receiving the control instruction in the preset duration, referred to by first interactive module according to the control
The order output stimulus information.
7. method as claimed in claim 5, it is characterised in that
Before stimulus information is exported according to the control instruction by first interactive module, in addition to：
Judge that the position that first interactive module whether is carried in the control instruction is believed by first interactive module
Breath；
Stimulus information is exported according to the control instruction by first interactive module, including：
If carrying the positional information of first interactive module in the control instruction, pass through the first interactive module root
The stimulus information is exported according to the control instruction.
8. method as claimed in claim 7, it is characterised in that the first interactive module Receiving Host in by electronic equipment
After the control instruction of transmission, in addition to：
If the positional information of the second interactive module in the electronic equipment is also carried in the control instruction, by described
First interactive module continues to forward the control instruction to other interactive modules, until receiving institute by second interactive module
State control instruction；
Stimulus information is exported according to the control instruction by second interactive module.
9. method as claimed in claim 5, it is characterised in that methods described also includes：
The detection instruction that the main frame is sent is received by first interactive module；The detection instruction is used to detect interactive mould
Whether block is normal；
Fault detect is performed by first interactive module；
The failure detection result of first interactive module is sent to by the main frame by first interactive module.
10. method as claimed in claim 9, it is characterised in that sent out receiving the main frame by first interactive module
After the detection instruction sent, in addition to：
The detection instruction is transmitted to other interactive modules in the electronic equipment by first interactive module.
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| CN201710134472.XA CN107066088B (en) | 2017-03-08 | 2017-03-08 | Interaction method and electronic equipment |
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| CN107066088B (en) | 2023-03-21 |
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