CN103926652B - Mobile phone controls the method for optical fiber splicer and realizes the optical fiber splicer of the method - Google Patents
Mobile phone controls the method for optical fiber splicer and realizes the optical fiber splicer of the method Download PDFInfo
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- CN103926652B CN103926652B CN201410192764.5A CN201410192764A CN103926652B CN 103926652 B CN103926652 B CN 103926652B CN 201410192764 A CN201410192764 A CN 201410192764A CN 103926652 B CN103926652 B CN 103926652B
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Abstract
The present invention relates to fused fiber splice field, control the method for optical fiber splicer in particular to a kind of mobile phone and realize the optical fiber splicer of the method, the method discloses the process using mobile phone control optical fiber splicer to realize welding, convenient, strong adaptability, make the cost of whole device reduce, this invention also discloses the optical fiber splicer realizing the method simultaneously; The object of the present invention is to provide a kind of mobile phone control the method for optical fiber splicer and realize the optical fiber splicer of the method, this invention can reduce equipment cost, and upgrades conveniently.
Description
Technical field
The present invention relates to fused fiber splice field, particularly a kind of mobile phone controls the method for optical fiber splicer and realizes the optical fiber splicer of the method.
Background technology
Current automatic optical fiber heat sealing machine, observe optical fiber by camera by different angles, then picture signal is passed to the control system be arranged in machine, by carrying out analyzing and processing to image, then regulating and controlling motor, change the physical location of optical fiber, make two or two groups of optical fiber aligns, then by electric discharge welding.
The problem of this technology is, must install travelling speed control system quickly in heat sealing machine inside, and the program of a set of special establishment, and this cover system is usually not cheap, so current optical fiber splicer price is more expensive; Meanwhile, the upgrading of chip is quickly, and usual manufacturer has designed, this chip is also just out-of-date, meanwhile, and what software always can not be perfect, always need constantly perfect, although traditional heat sealing machine also can be upgraded, be difficult to notify concrete workmen, and, upgrading needs to connect computer, again brush machine, the operator quality of an a lot of line is limited, cannot complete these operations.
Summary of the invention
The object of the invention is to overcome above-mentioned deficiency existing in prior art, provide a kind of mobile phone control the method for optical fiber splicer and realize the optical fiber splicer of the method, it can reduce equipment cost, and upgrades conveniently.
In order to realize foregoing invention object, the invention provides following technical scheme:
Mobile phone controls a method for optical fiber splicer, and it comprises:
Step one: whether the wifi hotspot function of detection of handset is opened, mobile phone defines the title that a name is referred to as wifi hotspot;
Step 2: the optical fiber splicer that control is corresponding and described mobile phone pass through the wifi hotspot function wireless connections of mobile phone;
Step 3: control described optical fiber splicer to the view data of mobile phone by wifi hotspot function wireless transmission optical fiber splicer inner fiber from described mobile phone, described mobile phone detects described view data, by this detection feedback prompts information to user, until user completes and puts fibre and enable described view data show the qualified images of optical fiber;
Step 4: view data described in described optical fiber splicer uninterrupted sampling, the location parameter that this view data obtains optical fiber analyzed by described mobile phone, described mobile phone automatically calculates optical fiber and reaches the moving parameter of welding requirement position or user manually inputs moving parameter, transmit this moving parameter to optical fiber splicer by mobile phone wireless, the optical fiber controlled on it moves to reach posetionof weld;
Step 5: control described optical fiber splicer from described mobile phone wireless and welding is carried out to described optical fiber, after welding, the view data that mobile phone is collected by analyzing optical fiber splicer, judges welding quality;
Mobile phone is almost that everybody has now, and the processor of mobile phone is very powerful, pass through this method, use the processor of mobile phone to carry out process information and FEEDBACK CONTROL, such optical fiber splicer does not just need the processor installed in the past, also upgrade conveniently to the software related in the method on mobile phone simultaneously, along with the replacement of mobile phone, the renewal of its processor also directly affects the data processing speed of optical fiber splicer, improves the whole efficiency of fused fiber splice, makes optical fiber splicer manufacturing cost lower.
Preferably, the method also comprises:
Step 6: control described optical fiber splicer from described mobile phone wireless and protective sleeve heating is carried out to the optical fiber after welding.
Preferably, in described step 2, after successful connection, the plane No. of the optical fiber splicer that described handset identity connects, from the usage data of this plane No. of server wireless poll, as without usage data, is then this optical fiber splicer building database, records its usage data.
Preferably, when user carries out described step 5, mobile phone opens merit GPS function, the pneumatic parameter of automatic synchronous mobile phone location and this position from internet behind location, user obtains this information from mobile phone screen, and adjusts described welding duration, temperature according to this information.
Preferably, after step 6, mobile phone record when the usage data of time this optical fiber splicer, and is uploaded to described database.
Preferably, in step 2, after successful connection, described mobile phone provides mobile phone power saving operation, heat sealing machine power saving operation, menu setting, exits operation, four kinds of modes of operation for user, and user selects different operating mode according to different demand;
When after selection " mobile phone power saving operations ", the closedown of the screen of described mobile phone, whether the automatic inspection image data of mobile phone is qualified, and voice message user adjusts fiber position, until user completes and puts fibre and enable described view data show the qualified images of optical fiber;
When after selection " heat sealing machine power saving operation ", the screen of described mobile phone keeps Chang Liang, and voice message step is the same with under " mobile phone power saving operation ", mobile phone screen display text prompt while voice message.
Preferably, when user carries out described step 5, select " menu setting ", mobile phone prompting user " splicing parameter is arranged, welding information reading, and heating parameters is arranged, and Website login upgrades ", selects " splicing parameter setting " to control welding duration, temperature.
Preferably; when user carries out described step 6; select described " heating parameters setting "; heating duration, temperature to fiber boot is set; when user carries out described step 5, select described " welding information reading ", the described position that mobile phone is collected and pneumatic parameter can be seen; mobile phone can adjust welding duration, temperature automatically according to this parameter, or user manually adjusts welding duration, temperature.
Preferably, during user job before step one or after step 6, select described " Website login renewal ", the software described mobile phone controlling optical fiber splicer is upgraded.
A kind of optical fiber splicer realizing described method, it comprises: the drive unit controlling optical fiber movement, identify the camera head of fiber position, to the electric discharge device of optical fiber electric discharge welding, the heating arrangement of heating optical fiber protective sleeve, mobile phone control end, described device is all connected to a control system on optical fiber splicer, it can by mobile phone control end described in wifi hotspot or Bluetooth technology wireless connections, described mobile phone control end is provided with control software design, it coordinates the hardware acceptance of described mobile phone/process the data of described device and control described device work, described optical fiber comprises ribbon fiber,
This invention is equivalent to external for the processor of optical fiber splicer in prior art, mobile phone is almost that everybody has now, and the processor of mobile phone is very powerful, by set-up mode of the present invention, control software design installed by mobile phone, enable each device wireless connections on mobile phone and optical fiber splicer, the processor of mobile phone is used to process the information of each device and FEEDBACK CONTROL, such optical fiber splicer does not just need the processor installed in the past, on mobile phone, control software design also upgrades conveniently simultaneously, along with the replacement of mobile phone, the renewal of its processor also directly affects the data processing speed of optical fiber splicer, make the renewal of optical fiber splicer entirety more convenient, manufacturing cost is lower.
As preferred version of the present invention, described control software design can connecting Internet obtain the pneumatic parameter of working environment in conjunction with the GPS in described mobile phone, instead of the device in prior art, optical fiber splicer realizing this function, makes device fabrication cost lower.
As preferred version of the present invention, described control software design can use the humidity/temperature sensor in described mobile phone to obtain the humidity/temperature parameter of working environment, instead of the device in prior art, optical fiber splicer realizing this function, make device fabrication cost lower.
As preferred version of the present invention, described camera head comprises at least one camera and amplifies focusing system, described camera and amplification focusing system coordinate the physical location that can identify optical fiber, after the process of mobile phone control end, control described drive unit make optical fiber align, meet the requirement carrying out lower sequence work.
As preferred version of the present invention, described optical fiber splicer also comprises fiber stripping/cut fine instrument, it is installed on described optical fiber splicer, strip off can treat the protective sleeve of welding optic fibre, welding optic fibre is treated in cut-out, and connect described control system, described control system is by mobile phone control end described in wifi hotspot or Bluetooth technology wireless connections, described control software design can coordinate the data of the fine instrument of the described fiber stripping of the hardware acceptance of described mobile phone/process/cut and its work of manual/auto control, in prior art, the fiber stripping/cut fine process of optical fiber is that operating personnel complete by hand, again optical fiber is put on optical fiber splicer and carries out welding, efficiency is low, and adopt this structure to address this problem, improve the work efficiency of operating personnel, simultaneously control software design matching with mobile phone hardware handles data and control fiber stripping/cut fine tool work, greatly save device fabrication cost.
As preferred version of the present invention, described drive unit comprises the alignment system controlling optical fiber align, the propulsion system advancing optical fiber, described alignment system, propulsion system can feed back to the position data of described mobile phone control end optical fiber, described mobile phone control end can process these data and control described alignment system, propulsion system makes to treat that welding fiber position meets welding requirement, greatly saves device fabrication cost.
As preferred version of the present invention, described mobile phone control end also comprises parameter/image display, it can receive/show the instant view data of described camera head, the function of the image display in prior art on optical fiber splicer, can replace with described parameter/image display, the i.e. screen of mobile phone, so just greatly reduces the manufacturing cost of equipment.
As preferred version of the present invention, heating-up temperature during described heating arrangement work, duration by described mobile phone control end monitoring/control, can instead of the device in prior art, optical fiber splicer realizing this function, make device fabrication cost lower.
As preferred version of the present invention, described optical fiber splicer also comprises the data storing end with its wireless connections, described mobile phone control end can record all data of fusion process, and is shared to described data storing end by control software design, facilitates manufacturer to find and summary problem.
As preferred version of the present invention, described data storing end, data can be transmitted mutually between different mobile phone control ends, described data storing end can permit that described mobile phone control end is to the rights of using of optical fiber splicer, manufacturer can make an announcement to each mobile phone control end by data storing end, upgrade control software design, also can mutually make an announcement between each mobile phone control end, facilitate the renewal of optical fiber splicer, facilitate the reception and registration of various notice, described data storing end permits that described mobile phone control end can make manufacturer monitor product/manage better to the function of optical fiber splicer rights of using.
As preferred version of the present invention, described camera head can also be connected other independently display devices except except the wireless connections of mobile phone control end, this independently display device is provided with or is circumscribed with the physical location data that independently camera head described in arithmetic facility process gathers, calculate optical fiber need the data back of movement to mobile phone control end or directly the physical location data identified returned to mobile phone control end, mobile phone control end carries out lower sequence computing again, improve the reaction velocity of Whole Equipment, efficiency is higher.
As preferred version of the present invention, described control software design can carry out self-inspection to described mobile phone or other external equipment of optical fiber splicer, and transmit self-inspection data to described data storing end, with the minimum requirements identifying described mobile phone, whether other external devices meet work.
The product information of the parts on described optical fiber splicer is stored in described data storing end, described data storing end can monitor the use duration of described parts, after parts reach serviceable life, described optical fiber splicer can be controlled carry out protectiveness locking to parts or unlock, described parts are provided with the identification code that can identify parts identity information, when user needs to change parts, by identification code described in described handset identity, identifying information is uploaded to described data storing end, data storing end removes the locking of described protectiveness, parts are changed, supervise the service condition of user, the use safety of guarantee equipment.
compared with prior art, beneficial effect of the present invention:
Greatly reduce equipment cost, and make the renewal of equipment more convenient.
Accompanying drawing illustrates:
Fig. 1 is optical fiber splicer structural representation of the present invention.
Mark in figure: 1-mobile phone control end, 2-drive unit, 3-camera head, 4-electric discharge device, 5-heating arrangement, 6-control system.
Embodiment
Below in conjunction with embodiment and embodiment, the present invention is described in further detail.But this should be interpreted as that the scope of the above-mentioned theme of the present invention is only limitted to following embodiment, all technology realized based on content of the present invention all belong to scope of the present invention.
Embodiment 1
Mobile phone controls a method for optical fiber splicer, and it comprises:
Step one: whether the wifi hotspot function of detection of handset is opened, mobile phone defines the title that a name is referred to as wifi hotspot;
Step 2: the optical fiber splicer that control is corresponding and described mobile phone pass through the wifi hotspot function wireless connections of mobile phone;
Step 3: control described optical fiber splicer to the view data of mobile phone by wifi hotspot function wireless transmission optical fiber splicer inner fiber from described mobile phone, described mobile phone detects described view data, by this detection feedback prompts information to user, until user completes and puts fibre and enable described view data show the qualified images of optical fiber;
Step 4: view data described in described optical fiber splicer uninterrupted sampling, the location parameter that this view data obtains optical fiber analyzed by described mobile phone, described mobile phone automatically calculates optical fiber and reaches the moving parameter of welding requirement position or user manually inputs moving parameter, transmit this moving parameter to optical fiber splicer by mobile phone wireless, the optical fiber controlled on it moves to reach posetionof weld;
Step 5: control described optical fiber splicer from described mobile phone wireless and welding is carried out to described optical fiber, after welding, the view data that mobile phone is collected by analyzing optical fiber splicer, judge welding quality, the welding duration of welding, temperature data, mobile phone automatically controls or is manually inputted by user;
Step 6: control described optical fiber splicer from described mobile phone wireless and protective sleeve heating is carried out to the optical fiber after welding.
In described step 2, after successful connection, the plane No. of the optical fiber splicer that described handset identity connects, from the usage data of this plane No. of server wireless poll, as without usage data, is then this optical fiber splicer building database, records its usage data.
When user carries out described step 5, mobile phone opens merit GPS function, and the pneumatic parameter of automatic synchronous mobile phone location and this position from internet behind location, user obtains this information from mobile phone screen, and adjusts described welding duration, temperature according to this information.
After step 6, mobile phone record when the usage data of time this optical fiber splicer, and is uploaded to described database.
In step 2, after successful connection, described mobile phone provides mobile phone power saving operation, heat sealing machine power saving operation, menu setting, exits operation, four kinds of modes of operation for user, and user selects different operating mode according to different demand;
When after selection " mobile phone power saving operations ", the closedown of the screen of described mobile phone, whether the automatic inspection image data of mobile phone is qualified, and voice message user adjusts fiber position, until user completes and puts fibre and enable described view data show the qualified images of optical fiber;
When after selection " heat sealing machine power saving operation ", the screen of described mobile phone keeps Chang Liang, and voice message step is the same with under " mobile phone power saving operation ", mobile phone screen display text prompt while voice message.
When user carries out described step 5, select " menu setting ", mobile phone prompting user " splicing parameter is arranged, welding information reading, and heating parameters is arranged, and Website login upgrades ", selects " splicing parameter setting " to control welding duration, temperature.
When user carries out described step 6; select described " heating parameters setting "; heating duration, temperature to fiber boot is set; when user carries out described step 5; select described " welding information reading "; can see the described position that mobile phone is collected and pneumatic parameter, mobile phone can adjust welding duration, temperature automatically according to this parameter, or user manually adjusts welding duration, temperature.
During user job before step one or after step 6, select described " Website login renewal ", the software described mobile phone controlling optical fiber splicer is upgraded.
As Fig. 1, a kind of optical fiber splicer realizing described method, it comprises: the drive unit 2 controlling optical fiber movement, identify the camera head 3 of fiber position, to the electric discharge device 4 of optical fiber electric discharge welding, the heating arrangement 5 of heating optical fiber protective sleeve, mobile phone control end 1, described device is all connected to a control system 6 on optical fiber splicer, be provided with wireless connections module, can by the also mutual data transmission of mobile phone control end 1 described in wifi hotspot or Bluetooth technology wireless connections, this radio connection also can be the wireless communication technology under Zigbee protocol, UWB(carrierfree communication technology), the infrared interconnection technique of IrDA, HomeRF(is the speech with interoperability set up of domestic consumer and data communication network), NFC(near field communication (NFC)), wifi is direct-connected, each mode relative merits are different, at present, the transmission speed of bluetooth reaches 24MB/S, wifi hotspot or wifi direct-connecting technology arrive 240MB/S, both can transmit picture and video, especially a kind of after, almost real-time video data can be transmitted, and other several radio connection, speed speed differs, select corresponding manner as the case may be, if select the connected mode of wifi hotspot, described mobile phone is needed to possess the function setting up wifi hotspot, then optical fiber splicer is connected by wifi and mobile phone,
In the present embodiment, described wireless connections module adopts Taiwan ring grand electrical equipment MR-09wifi chip, described mobile phone control end 1 is provided with control software design, this control software design can be installed on described mobile phone from the Internet download, and it coordinates the hardware acceptance of described mobile phone/process the data of described device and control described device work.
In the present embodiment, described control software design can connecting Internet and in conjunction with the GPS(GPS in described mobile phone) obtain the pneumatic parameter of working environment, described control software design can use the humidity/temperature sensor in described mobile phone to obtain the humidity/temperature parameter of working environment, described camera head 3 comprises at least one camera and amplifies focusing system, heating-up temperature when described heating arrangement 5 works, duration can be monitored/control by described mobile phone control end 1, described control software design can be arranged on Android more than 2.2 system, and based on the Samsung that Android system is changed a social system, millet, HTC, Huawei, in emerging, Meizu, Gionee, association, on the mobile phones such as it language and flat board, this control software design is also applicable to the windowsphone cell phone system of Microsoft, the IOS cell phone system of Apple, this software is with APP form, user can download from internet, be directly installed on described mobile phone control end 1, namely Android system and the mainstream operation system based on the Android system transformation of the way is used, windowsphone cell phone system, on IOS cell phone system, icon is set up at user's desktop, described control software design is when first time uses, show a register interface, point out user's input handset number and user's title above, address, and point out the above-mentioned information of user to be conducive to the enforcement of guaranteeing to keep in good repair, please user fill in factually, then be automatically connected with the website of specifying (being namely finally connected the data storing end described in summary of the invention), to find the mode of renewal online, the information of user is passed to website, online searching is with or without the content upgraded, and point out user whether to upgrade, if user selects to upgrade, select a browser to the website download new software Auto-mounting of specifying, if user does not have data cube computation, send when user has data cube computation after preservation.
In the present embodiment, described optical fiber splicer also comprises fiber stripping/cut fine instrument, it is installed on described optical fiber splicer, strip off can treat the protective sleeve of welding optic fibre, welding optic fibre is treated in cut-out, and connect described control system, described control system 6 is by mobile phone control end 1 described in wifi hotspot or Bluetooth technology wireless connections, described control software design can coordinate the data of the fine instrument of the described fiber stripping of the hardware acceptance of described mobile phone/process/cut and its work of manual/auto control, when Non-follow control fiber stripping/cut fine tool work, it can select to adopt automatic fiber-cutting/cut fibre to carry out work or not use fiber stripping/cut fine instrument.
In the present embodiment, described drive unit 2 comprises the alignment system controlling optical fiber align, the propulsion system advancing optical fiber, described alignment system, propulsion system can feed back to the position data of described mobile phone control end 1 optical fiber, described mobile phone control end 1 can process these data and control described alignment system, propulsion system makes to treat that welding fiber position meets welding requirement, described drive unit 2 being also provided with location division, treating welding optic fibre for placing.
In the present embodiment, described mobile phone control end 1 also comprises parameter/image display, it can receive/show the instant view data of described camera head 3, when being provided with described parameter/image display, need to transmit instant view data, the preferred wifi hotspot of described radio connection, wifi be direct-connected, Bluetooth technology, NFC.
In the present embodiment, described optical fiber splicer also comprises the data storing end with its wireless connections, described mobile phone control end 1 can record all data of fusion process, and be shared to described data storing end by control software design, data can be transmitted mutually between described data storing end, different mobile phone control ends 1, described data storing end is supporting website, described control software design need be registered to this website, described data storing end can set number of times, the territorial scope that registered user uses optical fiber splicer, simultaneously can Remote Open or close the usage license of user.
Described camera head 3 can also be connected other independently display devices except except mobile phone control end 1 wireless connections, this independently display device is provided with or is circumscribed with the physical location data that independently camera head 3 described in arithmetic facility process gathers, calculate optical fiber need the data back of movement to mobile phone control end 1 or directly the physical location data identified returned to mobile phone control end 1, mobile phone control end 1 carries out lower sequence computing again.
Described control software design can carry out self-inspection to described mobile phone or other external equipment of optical fiber splicer, and transmit self-inspection data to described website, thus be conveyed into described data storing end, with the minimum requirements identifying described mobile phone, whether other external devices meet work.
The product information of the parts on described optical fiber splicer is stored in described data storing end, described data storing end can monitor the use duration of described parts, after parts reach serviceable life, described optical fiber splicer can be controlled carry out protectiveness locking to parts or unlock, described parts are provided with the identification code that can identify parts identity information, it can be numerical code, bar code, Quick Response Code or other forms of identification code, when user needs to change parts, by identification code described in described handset identity, identifying information is uploaded to described data storing end, mobile phone major part is provided with camera, camera can realize scanning bar code, Quick Response Code is to determine the identity information of parts, for the mobile phone not having scan function, the numerical code of parts can be inputted on control software design, carry out the acquisition of identity information, subsequently, data storing end removes the locking of described protectiveness, parts are changed, after replacing, described optical fiber splicer can identify whether changed parts are the genuine parts of optical fiber splicer manufacturer and upload this information to described data storing end, when optical fiber splicer employs non-original factory parts, described data storing end can sending out notice on described user mobile phone control end 1, it is reminded to change genuine part, described data storing end also can stop it to the use of non-original factory part by active lock optical fiber splicer.
The course of work:
Two or two groups of optical fiber treating welding are put on described location division, control the fine instrument of described fiber stripping/cut by mobile phone control end 1 and fiber stripping/cut fibre is carried out to optical fiber, the end of optical fiber is made to meet welding requirement, then mobile phone control end 1 controls the physical location data that camera head 3 gathers optical fiber, shown by parameter/image display, mobile phone control end 1 calculates the data of each optical fiber needs movement by these data, again by mobile phone control end 1 automatic or manual accessory drive 2, optical fiber is made to move to assigned address, complete aligning, mobile phone control end 1 receives/processes the humidity/temperature parameter of described working environment, after pneumatic parameter, controlled discharge device 4 electric discharge forms plasma and carries out welding to optical fiber, optical fiber is made to complete welding, period electric discharge device 4 heating-up temperature, duration is controlled by mobile phone control end 1, the view data that mobile phone control end 1 is gathered by described camera head 3 judges optical fiber fusion quality, and determine whether that welding is complete, control heating arrangement 5 by mobile phone control end 1 again after fused fiber splice and make new protective sleeve parcel optical fiber exposed section, finish the work.
When specifically using described control software design by the connected mode of wifi hotspot, after the icon that click control software design generates, can enter help and online, click enters On-line measurement interface, click enters On-line measurement interface, first check after startup whether the wifi hotspot function of mobile phone control end 1 is opened, if do not have it that user can be pointed out to open, mobile phone control end 1 can define the title (under default conditions, this is called the title of mobile phone model) that a name is referred to as wifi hotspot, then mobile phone control end 1 mode of WIFI hot spot finds optical fiber splicer, connect, then give an order name, corresponding optical fiber splicer provide plane No. to mobile phone control end 1 or on mobile phone control end 1 plane No. of manual input optical fibre heat sealing machine, mobile phone control end 1 preserves this plane No., set up the data information of this plane No. simultaneously, if what had just continues the original data of use, give an order times simultaneously, optical fiber splicer is access times notice mobile phone control end 1, mobile phone control end 1 checks that this number of times and the value preset compare, if lower than warning value, mobile phone control end 1 is not pointed out, if arrive warning value, mobile phone prompting user: " described parts title (can set) is close to access times, please change in time, otherwise machine cannot will use after access times X time.If " arrive lock value, mobile phone prompting user: " machine cannot use, and asks renewal part ", point out client: " if renewal part simultaneously, please click and change, " click change after, there is a window, please the identification code of scanning input parts, or input described numerical code, then mobile phone control end 1 is uploaded to data storing end (if not having network to need to point out client) plane No. and dash number, described data storing end can send a numeral, mobile phone control end 1 is issued this numeral and is corresponded to optical fiber splicer, then optical fiber splicer issues mobile phone control end 1yes, mobile phone control end 1 points out user to change, bring into use, if external optical fiber heat sealing machine sends NO, mobile phone control end 1 points out user, " please use the part that genuine man specifies, substitute and counterfeit merchandise can form infringement to machine, as having a question, please contact with producer." (display contact method);
If after start in reasonable amount, mobile phone control end 1 with the online success of optical fiber splicer after, the interface that described control software design controls mobile phone control end 1 occurs that " mobile phone power saving runs, and heat sealing machine power saving runs, and menu setting, exits operation.”
One, after user puts mobile phone power saving operation, mobile phone control end 1 directly to be given an order mstart to optical fiber splicer, then optical fiber splicer starts to mobile phone control end 1 transmit image data, then the described parameter/image display of mobile phone control end 1 is closed, program running background, mobile phone control end 1 receives optical fiber splicer and sends closecover, start to start to detect to view data, if find that view data does not provide image, to give an order gotoscreen to optical fiber splicer, if find that there is image, if detect this side image to be greater than setting numerical value to the distance on this side, with regard to voice message user: " put fine mistake, fibre please be relay.If " be less than described setting numerical value; so just detecting is left side or right side; or both sides all exist; if the side entered, just point out coordinate, 1(camera is numbered; this is the situation of 2 cameras) and right(direction numbering; left side left) x=? Y=, does not enter the side prompting leftgo of screen, or rightgo.To give an order get1 to optical fiber splicer simultaneously, optical fiber splicer starts the view data beaming back No. 1 camera lens to mobile phone control end 1, mobile phone control end 1 starts detected image, when the image center location numerical value on the left side or the right arrives in the numerical range of specifying, right side rx1=? rx2=? between time, stopright is sent to optical fiber splicer, 1rightx=? Y=? in like manner, if preset value lx1=has been arrived on the left side? Lx2=? between, stopleft is sent to optical fiber splicer, 1liftx=? Y=? then get2 is sent, at this moment optical fiber splicer transmits the image of No. 2 camera lenses to mobile phone control end 1, mobile phone draws the position of No. 2 camera lenses, do you use 2rightx=? Y=? report right side fiber position, 2leftx=? Y=? report leftward position, the optical fiber of the left and right sides is judged simultaneously, if find that the front end face of two optical fiber is close to a straight line (fault-tolerant value can regulate), there is no open defect, just start to calculate the angle between optical fiber front end face and both sides, if in default value, just to give an order gofire to optical fiber splicer, otherwise, with regard to voice message, if that optical fiber defectiveness, just prompting please processes that optical fiber again, there is problem both sides, just prompting processes two optical fiber again.To give an order where1 when mobile phone control end 1 receives optical fiber splicer, just send get1 to optical fiber splicer, obtain the position data of No. 1 camera lens two optical fiber, then optical fiber splicer is passed to, if receive where2, just give an order get2, obtains the video of No. 2 camera lenses, draw the position coordinates of two optical fiber, pass to optical fiber splicer.Fireready is sent when receiving optical fiber splicer, mobile phone control end 1 sends get1 and obtains No. 1 camera lens and send the image that get2 obtains No. 2 camera lenses, the coordinate of both preservations central point, both calculating y value difference distance, then time delay is given an order to optical fiber splicer test after (can set) in 6 seconds, then the image obtaining No. 1 camera lens judges, if image has become one, width does not have notable difference (numerical value is adjustable) and does not have obvious defect, just according to the difference of the last y retained, according to a reserved database, a numerical value quoted in voice.If the open defect of finding that there is, or be not a through body, or width have notable difference, voice message user welding failure.If mobile phone control end 1 receives the signal of optical fiber splicer opencover in operational process, stop detecting, get back to the flow process before receiving closecover.Screen on mobile phone control end 1 can wake up.Wake rear screen display up identical with heat sealing machine battery saving mode, again can close screen by power key.
Two, after the power saving of user's spot welder runs, then mobile phone control end 1 is selected to send fstart to optical fiber splicer, mobile phone control end 1 does not close parameter/image display, view data can be shown, other are identical with battery saving mode, but when voice message, parameter/image display there is text prompt, constantly connection status is detected between mobile phone control end 1 and optical fiber splicer, there is abnormal automatically reseting, can not be resetted voice message, in working procedure, by return key, an interface above can be arrived, parameter/image display can also show a button, press this button and there will be the mobile phone power saving operation selecting interface to occur, heat sealing machine power saving runs, menu setting, exit operation,
In operational process, constantly detect connection status between mobile phone control end 1 and optical fiber splicer, occur abnormal automatically reseting, can not reset voice message.
Three, after user's menu is arranged, can select, splicing parameter is arranged, welding information reading, and end surface measurement is arranged, and heating parameters is arranged, and Website login upgrades.
Splicing parameter arranges after interface clicks and enters, mobile phone control end 1 sends order fireclass, read discharge time, electric discharge grade, optical fiber splicer firetime1=? Fireclass1=... .. is until firetime5=? Fireclass5=? mobile phone control end 1 is changed after preserving, with identical form, 5 groups of numerals are handed on simultaneously.Mobile phone control end 1 sends order and reads heating parameters to optical fiber splicer hottime, then on mobile phone control end 1, does heating parameters arrange time of revising in a hurdle with hottime=? send and receive.
In welding information reading, arrange selection, whether record GPS information, if selection has, mobile phone control end 1 just checks the position of GPS when software starts, and does not open and needs to point out unlatching to user.
Temporally can have access to information, the access times of optical fiber splicer simultaneously, can the time, loss, the welding information of GPS location, sends to other people by calling mail or micro-letter or qq, if there is multiple different optical fiber splicer numbering in this mobile phone control end 1, search by device numbering.
End surface measurement is set to, and whether enable image and detect, whether acquiescence, and selection is, then arrange the numerical value after angle-90 degree of image leading edge and image side.So whether image detection software just needs detected image to meet and is less than this angle required, if that side does not meet, with voice to customer prompts, simultaneously send wait to optical fiber splicer, the client of voice message simultaneously ignores and please continues by switch key, and at this moment optical fiber splicer can send goon to mobile phone control end 1, mobile phone control end 1 just continues process, if mobile phone control end 1 receives the signal of opencover, then get back to holding state, wait for the signal of closecover.
Selection Website login upgrades, and mobile phone control end 1 can log in the network address of acquiescence automatically, checks the renewal between control software design and website simultaneously.
Mobile phone control end 1 can transmit the access times of optical fiber splicer to website (data storing end) when client has wifi to connect, the number of the optical fiber splicer used, the identity code of mobile phone control end 1, accept the information that optical fiber splicer pushes simultaneously, when next user uses control software design, show on the downside of control software design, simultaneously, the help interface of control software design, be provided with the word and picture that can be edited by manufacturer, described website can send a background commands to mobile phone control end 1, mobile phone control end 1 can send to optical fiber splicer after platform order upon receipt.
Claims (10)
1. mobile phone controls a method for optical fiber splicer, and it comprises:
Step one: whether the wifi hotspot function of detection of handset is opened, mobile phone defines the title that a name is referred to as wifi hotspot;
Step 2: the optical fiber splicer that control is corresponding and described mobile phone pass through the wifi hotspot function wireless connections of mobile phone;
Step 3: control described optical fiber splicer to the view data of mobile phone by wifi hotspot function wireless transmission optical fiber splicer inner fiber from described mobile phone, described mobile phone detects described view data, by this detection feedback prompts information to user, until user completes and puts fibre and enable described view data show the qualified images of optical fiber;
Step 4: view data described in described optical fiber splicer uninterrupted sampling, the location parameter that this view data obtains optical fiber analyzed by described mobile phone, described mobile phone automatically calculates optical fiber and reaches the moving parameter of welding requirement position or user manually inputs moving parameter, transmit this moving parameter to optical fiber splicer by mobile phone wireless, the optical fiber controlled on it moves to reach posetionof weld;
Step 5: control described optical fiber splicer from described mobile phone wireless and carry out welding to described optical fiber, after welding, the view data that mobile phone is collected by analyzing optical fiber splicer, judges welding quality.
2. mobile phone according to claim 1 controls the method for optical fiber splicer, and it also comprises:
Step 6: control described optical fiber splicer from described mobile phone wireless and protective sleeve heating is carried out to the optical fiber after welding.
3. mobile phone according to claim 2 controls the method for optical fiber splicer:
In described step 2, after successful connection, the plane No. of the optical fiber splicer that described handset identity connects, from the usage data of this plane No. of server wireless poll, as without usage data, is then this optical fiber splicer building database, records its usage data.
4. mobile phone according to claim 3 controls the method for optical fiber splicer:
When user carries out described step 5, mobile phone opens merit GPS function, the pneumatic parameter of automatic synchronous mobile phone location and this position from internet behind location, user obtains this information from mobile phone screen, and adjusts described welding duration and/or temperature according to this information.
5. mobile phone according to claim 4 controls the method for optical fiber splicer:
After step 6, mobile phone record when the usage data of time this optical fiber splicer, and is uploaded to described database.
6. mobile phone according to claim 5 controls the method for optical fiber splicer:
In step 2, after successful connection, described mobile phone provides mobile phone power saving operation, heat sealing machine power saving operation, menu setting, exits operation, four kinds of modes of operation for user, and user selects different operating mode according to different demand;
When after selection " mobile phone power saving operations ", the closedown of the screen of described mobile phone, whether the automatic inspection image data of mobile phone is qualified, and voice message user adjusts fiber position, until user completes and puts fibre and enable described view data show the qualified images of optical fiber;
When after selection " heat sealing machine power saving operation ", the screen of described mobile phone keeps Chang Liang, and voice message step is the same with under " mobile phone power saving operation ", mobile phone screen display text prompt while voice message.
7. mobile phone according to claim 6 controls the method for optical fiber splicer:
When user carries out described step 5, select " menu setting ", mobile phone prompting user " splicing parameter is arranged, welding information reading, and heating parameters is arranged, and Website login upgrades ", selects " splicing parameter setting " to control welding duration and/or temperature.
8. mobile phone according to claim 7 controls the method for optical fiber splicer:
When user carries out described step 6; select described " heating parameters setting "; heating duration to fiber boot and/or temperature are set; when user carries out described step 5; select described " welding information reading "; can see the described position that mobile phone is collected and pneumatic parameter, mobile phone can adjust welding duration, temperature automatically according to this parameter, or user manually adjusts welding duration and/or temperature.
9. mobile phone according to claim 8 controls the method for optical fiber splicer:
During user job before step one or after step 6, select described " Website login renewal ", the software described mobile phone controlling optical fiber splicer is upgraded.
10. one kind realizes the optical fiber splicer of method as described in claim 1-9 any one, it comprises: the drive unit controlling optical fiber movement, identify the camera head of fiber position, to the electric discharge device of optical fiber electric discharge welding, the heating arrangement of heating optical fiber protective sleeve, mobile phone control end, described device is all connected to a control system on optical fiber splicer, it can by mobile phone control end described in wifi hotspot or Bluetooth technology wireless connections, described mobile phone control end is provided with control software design, it coordinates the data of the hardware acceptance of described mobile phone and the described device of process and controls described device work.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104505843A (en) * | 2014-12-29 | 2015-04-08 | 四川双众科技有限公司 | System for controlling reactive compensation of intelligent terminal |
| CN104950394A (en) * | 2015-06-12 | 2015-09-30 | 中国电子科技集团公司第四十一研究所 | Device and method for automatically adjusting optical fiber image |
| EP3686859B1 (en) * | 2017-09-19 | 2024-01-17 | Sumitomo Electric Optifrontier Co., Ltd. | Theft tracking system and theft tracking method for optical fiber fusion splicing device |
| CN107966762B (en) * | 2017-11-23 | 2019-03-22 | 南京迪威普光电技术股份有限公司 | Optical fiber splicer automatic heating furnace |
| CN111492280A (en) * | 2017-12-22 | 2020-08-04 | Sei光学前沿株式会社 | Fusion splicer, wireless information terminal, fusion splicing system, and fusion splicing method |
| EP3742368A4 (en) * | 2018-01-17 | 2021-10-13 | Sumitomo Electric Optifrontier Co., Ltd. | Fusion splicing device management system and fusion splicing device management method |
| CN108562974A (en) * | 2018-04-27 | 2018-09-21 | 深圳市中为光通信技术有限公司 | The control method and device of optical fiber splicer, optical fiber splicer |
| CN112719585B (en) * | 2020-12-16 | 2022-06-17 | 深圳市讯泉科技有限公司 | Fusion splicing control method, device, equipment and computer readable storage medium |
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| CN203414620U (en) * | 2013-09-02 | 2014-01-29 | 成都捷康特科技有限公司 | Improved cutting positioning type fiber fusion splicer |
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| JPH07104452B2 (en) * | 1986-11-26 | 1995-11-13 | 古河電気工業株式会社 | Clamping method for multi-fiber coated optical fiber fusion splicing |
| WO2010033498A1 (en) * | 2008-09-16 | 2010-03-25 | Afl Telecommunications Llc | Automatic alignment for splicing of non-circular fiber |
| JP5227759B2 (en) * | 2008-11-28 | 2013-07-03 | 株式会社フジクラ | Optical fiber fusion splicer |
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| CN203414620U (en) * | 2013-09-02 | 2014-01-29 | 成都捷康特科技有限公司 | Improved cutting positioning type fiber fusion splicer |
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Effective date of registration: 20171117 Address after: 610000, B-6, Qingyang Industrial Park, dragon industrial port, Qingyang District, Sichuan, Chengdu Patentee after: SIGNAL FIRE TECHNOLOGY Co.,Ltd. Address before: 610000 Sichuan province Chengdu city Qingyang District street small pavilion 0422 sandalwood garden project Patentee before: Luo Chunhui |