CN106487661A - Intelligent searching system and its method of the enhancement mode based on mobile terminal - Google Patents
Intelligent searching system and its method of the enhancement mode based on mobile terminal Download PDFInfo
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- CN106487661A CN106487661A CN201611006596.1A CN201611006596A CN106487661A CN 106487661 A CN106487661 A CN 106487661A CN 201611006596 A CN201611006596 A CN 201611006596A CN 106487661 A CN106487661 A CN 106487661A
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- message
- mobile terminal
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- message packet
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
- H04L51/21—Monitoring or handling of messages
- H04L51/23—Reliability checks, e.g. acknowledgments or fault reporting
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47B—TABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
- A47B21/00—Tables or desks for office equipment, e.g. typewriters, keyboards
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72448—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions
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- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Human Computer Interaction (AREA)
- Data Exchanges In Wide-Area Networks (AREA)
Abstract
Intelligent searching system and its method of a kind of enhancement mode based on mobile terminal, including：Mobile terminal, for gathering with user-dependent environmental information and sending the environmental information；Cloud server；The cloud server is arranged in casing；Integration on the wall of desk one end is connected to supporting table；Integration on the wall of the cloud server is connected to locating piece, and the supporting table is connected with locating piece；Effectively prevent in conjunction with its method the message packet transmission between mobile terminal described in prior art and the cloud server break down, normally cannot obtain message packet, be not easy to execute, shared region is not little, construction diversification is not enough, construction also unsightly defect.
Description
Technical field
The present invention relates to intelligent search technique field, intelligent search system of more particularly to a kind of enhancement mode based on mobile terminal
System and its method.
Background technology
The acquisition methods of traditional background data by mobile terminal are, user either manually or by NetFind and downloads sense
The data of interest carry out selection use.The problem that this technology is present is, due to needing user manually operated, to be therefore inconvenient to use
Family obtains the background data that newest users recommend in time, and the data for causing some personalized can not be in time by individual character
Change a large amount of use.
Thus the intelligent searching system being just proposed based on mobile terminal, including：Mobile terminal, for collection and user's phase
The environmental information of pass simultaneously sends the environmental information；
Cloud server, for receiving the environmental information of mobile terminal transmission, searches for the use according to the environmental information
The interesting data at family, and the background data that the mobile terminal is used is suitable to according to interesting data generation, and will be described
Background data sends to the mobile terminal and arranges the mobile terminal so as to the mobile terminal according to the background data
Context parameter.
The method adopted when its carrying out practically is as follows：
Mobile terminal collection and user-dependent environmental information；
The mobile terminal sends the environmental information to cloud server；
The cloud server searches for the interesting data of the user according to the environmental information；
The cloud server is generated according to the interesting data and is suitable to the background data that the mobile terminal is used, and will be described
Background data is sent to the mobile terminal；And the mobile terminal arranges the mobile terminal according to the background data
Context parameter.
In addition described at present mobile terminal sends the environmental information to cloud server and the cloud server
Generated according to the interesting data be suitable to background data that the mobile terminal uses and the background data sent to described
During mobile terminal, it is all to transmit to send this with message packet form between the mobile terminal and the cloud server
The environmental information, background data a bit, and when being transmitted with message packet form, it occur frequently that message packet is lost, is obtained
The chaotic problem of the sequence of message packet so that the message packet transmission between the mobile terminal and the cloud server is sent out
Raw fault, it is impossible to normally obtain message packet.
In practical application, in order to save space, generally require one end for being connected to desk firm for cloud server,
The mode of desk one end connection cloud server is, by Threaded Connector Coupling, cloud server silk is connected to the desk one
End, so has such defect：
Being screwed into from high to low during execution is not easy, namely silk connects, releases when silk connects and will back-out from low to high, such mistake
Journey is not easy to execute；Silk socket part must must project outer wall in the desk, and protuberance is not often little, and shared region is just not yet
Little；In addition the recoverable strain of Al alloy block is relied on, and construction diversification is not enough, constructs also not pleasing.
Content of the invention
For solving the above problems, the invention provides intelligent searching system and its side of a kind of enhancement mode based on mobile terminal
There is event in method, the message packet transmission that effectively prevent between mobile terminal described in prior art and the cloud server
Barrier, normally cannot obtain message packet, be not easy to execute, shared region is not little, construction diversification is not enough, it is also unsightly to construct
Defect.
In order to overcome deficiency of the prior art, the invention provides a kind of intelligent search of enhancement mode based on mobile terminal
The solution of system and method, specific as follows：
A kind of intelligent searching system of enhancement mode based on mobile terminal, including：Mobile terminal, for collection and user-dependent ring
Environment information simultaneously sends the environmental information；
Cloud server, for receiving the environmental information of mobile terminal transmission, searches for the use according to the environmental information
The interesting data at family, and the background data that the mobile terminal is used is suitable to according to interesting data generation, and will be described
Background data sends to the mobile terminal and arranges the mobile terminal so as to the mobile terminal according to the background data
Context parameter；
Integration on the wall of desk one end is connected to supporting table；
Integration on the wall of the cloud server is connected to locating piece, and the supporting table is connected with locating piece；
Integration on the wall of described desk one end is connected to supporting table F10；
On the wall of the cloud server, integration is connected to locating piece F30, and supporting table F10 is connected with locating piece F30
Connect；
Positioning port F11 is had in supporting table F10, is also connected with the scarfing unit of scarfing body F20 in supporting table F10
F21, scarfing unit F21 contain the centerline direction along positioning port F12 and pierce into inside positioning port F11 and can be in positioning port
The the first built-in brick F211 swung between the first site set in F12 and the second site, first site is away from the center line
Distance of the distance than the second site away from the center line shorter.
The locating piece F30 contain penetrate in the positioning port F11 and can one interlocking site and one point open between site revolve
Dynamic more than one second built-in brick F31, the second built-in brick F31 contain for the embedding of the first built-in brick F211 interlocking
Joint F311.
The second built-in brick F31 rabbet site when, the first built-in brick F211 same scarf joint at the first site
F311 is halved together；, at separate site, the first built-in brick F211 is at the second site with interlocking for the second built-in brick F31
Head F311 phase separates.
Method of the described enhancement mode based on the intelligent searching system of mobile terminal, step are as follows：
Mobile terminal collection and user-dependent environmental information；
The mobile terminal sends the environmental information to cloud server；
The cloud server searches for the interesting data of the user according to the environmental information；
The cloud server is generated according to the interesting data and is suitable to the background data that the mobile terminal is used, and will be described
Background data is sent to the mobile terminal；And the mobile terminal arranges the mobile terminal according to the background data
Context parameter；
And the mobile terminal sends to cloud server and the cloud server environmental information according to described emerging
Interesting data genaration is suitable to the background data that the mobile terminal uses and sends the background data to the mobile terminal
Period, is all to transmit these described environment of transmission with message packet form between the mobile terminal and the cloud server
Information and background data, its transmitting procedure comprises the steps：
Step 1：Each duration statistical module and initial value are all configured in described first mobile terminal and the cloud server
For 0 counting variable, pass through in mobile terminal and the cloud server between the mobile terminal and the cloud server
Transmission message packet a side towards obtain message packet a side transmission request message and obtain message packet a side towards biography
One side of defeated message packet transmits the response message to request message response to realize the mobile terminal and the cloud service
The foundation of the message passage between device, includes error code, for the message domain that recognizes and any code in the request message；Institute
State message domain, sequence of message number, any code and the error code included in message packet for recognizing；
Step 2：Determine that having or not message packet must transmit, and must transmit if there are message packet, branch to carry out in step 3, if
Must transmit without message packet, branch to step 5 and go to carry out；
Step 3：Transmission message packet；
Step 4：Transmit inquiry message to realize situation retrieval, the inquiry message includes any code and error code；
Step 5：Transmission keeps the message of message passage realizing the holding of message passage, in the message of the holding message passage
Including sequence of message number, any code and error code.
Such method can improve the message packet transmission performance of the mobile terminal and the cloud server, preferably
Convenient staff, during in addition transmitting, stationary performance is good, can efficiently prevent transmission from not reaching stable state.Embedding by applying
The same positioning block structure of framework is connect, is halved together with interlocking framework after the locating piece penetrates into positioning port, the second built-in brick F31 turn
Corresponding amplitude can just reach the decomposition through positioning port, and the supporting table can be embedded in desk, allow positioning port to exist
The outer scope that just, which covers is little, in addition separates easily, and applicability is very high.
Description of the drawings
Fig. 1 is connection diagram of the enhancement mode of the present invention based on the intelligent searching system of mobile terminal；
Fig. 2 is schematic diagram of the locating piece in the embodiment of the present invention in interlocking site.
Fig. 3 is schematic diagram of the locating piece in Fig. 2 in separate site；
Fig. 4 is the local interior's schematic diagram in Fig. 2；
Fig. 5 is the combination schematic diagram in Fig. 3；
Fig. 6 is the graphics of the built-in brick in Fig. 2.
Specific embodiment
The present invention is described further below in conjunction with accompanying drawing.
1- Fig. 6 understands with reference to the accompanying drawings, the intelligent searching system of the enhancement mode of the present invention based on mobile terminal, including：Mobile
Terminal, for gathering with user-dependent environmental information and sending the environmental information；
Cloud server, for receiving the environmental information of mobile terminal transmission, searches for the use according to the environmental information
The interesting data at family, and the background data that the mobile terminal is used is suitable to according to interesting data generation, and will be described
Background data sends to the mobile terminal and arranges the mobile terminal so as to the mobile terminal according to the background data
Context parameter；
Integration on the wall of described desk one end is connected to supporting table F10；
On the wall of the cloud server, integration is connected to locating piece F30, and supporting table F10 is connected with locating piece F30
Connect；
Positioning port F11 is had in supporting table F10, is also connected with the scarfing unit of scarfing body F20 in supporting table F10
F21, scarfing unit F21 contain the centerline direction along positioning port F12 and pierce into inside positioning port F11 and can be in positioning port
The the first built-in brick F211 swung between the first site set in F12 and the second site, first site is away from the center line
Distance of the distance than the second site away from the center line shorter.
The locating piece F30 contain penetrate in the positioning port F11 and can one interlocking site and one point open between site revolve
Dynamic more than one second built-in brick F31, the second built-in brick F31 contain for the embedding of the first built-in brick F211 interlocking
Joint F311.
The second built-in brick F31 rabbet site when, the first built-in brick F211 same scarf joint at the first site
F311 is halved together, it is to avoid the second built-in brick F31 is by separating in the positioning port F11；The second built-in brick F31 is in separate position
During point, the first built-in brick F211 separates with scarf joint F311 phase at the second site, can so allow the second built-in brick F31
Realize by separating in the positioning port F11.
Supporting table F10 contain upper support board F12 and lower support plate F13, the positioning port F11 be opened in described
On upper support board F12, supporting table F10 is embedded in the wall of described desk one end, and so that the positioning port F11 is existed
Outward.
The scarfing body F20 contains a pair of scarfing unit F21 that mirror image is distributed in the positioning port F11 both sides, also each
Each scarfing unit F21 is located at the spiral helicine first rubber strip F22 between the upper support board F12, scarfing unit F21 is same
First rubber strip F22 is clamped between upper support board F12 and lower support plate F13, and can allow scarfing unit F21 in the first site
Move back and forth between the second site, the first rubber strip F22 is connected to apply scarfing unit F21 with scarfing unit F21
Plus maintain the reactivation in the first site.
Supporting table F10 also only can contain upper support board F12, be connected to via upper support board F12 integration
On the wall of described desk one end.
Each described first built-in brick F211 carries a pair first rubber strip F22 between the upper support board F12, maintains
Scarfing unit F21 stablizing under external action；The first built-in brick F211 penetrates into the head band in the positioning port F11
Have for being oriented to the second built-in brick F31 and penetrate into guide part F2111, the guide part F2111 in the positioning port F11 and contain
Same level face is had to keep face or the curved portions of inclination.
A pair second built-in brick F31, the second built-in brick F31 that the locating piece F30 contains mirror image distribution is arc ring
Shape, described in a pair, the second built-in brick F31 can be separate framework, it is also possible to be the framework being tied.
The scarf joint F311 contains the interlocking mouth being opened on one side facing with the first built-in brick F211
The week of F3111, the second built-in brick F31 keeps inclination along the same level face opposite with the guide pad F2111 is connected to
Face.During the locating piece F30 is assembled, the same level face on the second built-in brick F31 keeps the same institute of the face of inclination
The guide pad F2111 stated on the first built-in brick F211 contacts, and the first built-in brick F211 is pressed against institute from the first site
The second site is stated, is constituted no small region and allows the second built-in brick F31 to enter in the positioning port F11, in the described second interlocking
Block F31 enter after, the first built-in brick F211 run under the cooperation of the first rubber strip F22 the first site with described
Interlocking mouth F3111 is halved together, and is so more avoided that the second built-in brick F31 separates, it is achieved that the locating piece F30 is also had
Effect with the stable connection of the cloud server of its integration connection.
The first built-in brick F211 has opening F2112, the interlocking with the opposite head of the second built-in brick F31
Connect, in mouth F3111, the bracing beam F3112 plugged for same opening F2112, it is to avoid the problem of turn occurs.In separate institute
During stating locating piece F30, cloud server described in turn, the second built-in brick F31 is allowed from interlocking site turn to separate position
Point, so described first built-in brick F211 return original towards the second site to the first site after running, the second built-in brick F31's
Scarf joint F311 allows the second built-in brick F31 to separate with the first built-in brick F211 phase shift.
Scarfing unit F21 and the second built-in brick F31 can quantity be only 1, the surface in the positioning port F11 is court
The flaring shape structure of the inside, the locating piece F30 are same level face with the opposite edge surface in the surface in the positioning port F11
Keep the surface of inclination and match with the surface in the positioning port F11, so in the same scarfing unit of the second built-in brick F31
After F21 is halved together, the edge surface of the locating piece F30 combines to avoid institute together with the surface in positioning port F11
State locating piece F30 to separate.
Method of the described enhancement mode based on the intelligent searching system of mobile terminal, step are as follows：
Mobile terminal collection and user-dependent environmental information；
The mobile terminal sends the environmental information to cloud server；
The cloud server searches for the interesting data of the user according to the environmental information；
The cloud server is generated according to the interesting data and is suitable to the background data that the mobile terminal is used, and will be described
Background data is sent to the mobile terminal；And the mobile terminal arranges the mobile terminal according to the background data
Context parameter；
And the mobile terminal sends to cloud server and the cloud server environmental information according to described emerging
Interesting data genaration is suitable to the background data that the mobile terminal uses and sends the background data to the mobile terminal
Period, is all to transmit these described environment of transmission with message packet form between the mobile terminal and the cloud server
Information and background data, its transmitting procedure comprises the steps：
Step 1：Each duration statistical module and initial value are all configured in described first mobile terminal and the cloud server
For 0 counting variable, pass through in mobile terminal and the cloud server between the mobile terminal and the cloud server
Transmission message packet a side towards obtain message packet a side transmission request message and obtain message packet a side towards biography
One side of defeated message packet transmits the response message to request message response to realize the mobile terminal and the cloud service
The foundation of the message passage between device, includes error code, for the message domain that recognizes and any code in the request message；Institute
State message domain, sequence of message number, any code and the error code included in message packet for recognizing；
Step 2：Determine that having or not message packet must transmit, and must transmit if there are message packet, branch to carry out in step 3, if
Must transmit without message packet, branch to step 5 and go to carry out；
Step 3：Transmission message packet；
Step 4：Transmit inquiry message to realize situation retrieval, the inquiry message includes any code and error code；
Step 5：Transmission keeps the message of message passage realizing the holding of message passage, in the message of the holding message passage
Including sequence of message number, any code and error code；
The step 1 comprises the steps：
Step 1-1：Under conditions of determination does not also transmit request message, branch to carry out in step 1-2；If having transmitted request
Message, going in step 1-3 is carried out；
Step 1-2：The number of transmission request message repeatedly is set as the number that highest set in advance transmits request message repeatedly,
And confirm the request message；
Step 1-3：Transmitting request message, and run simultaneously duration statistical module is carried out from the duration started after transmission request message
Statistics；
Step 1-4：Confirm to have or not get in request message for the message domain that recognizes, if getting this for recognizing
Message domain, branches to carry out in step 1-6；If not getting this for the message domain for recognizing, branch to enter in step 1-5
OK；
Step 1-5：Determine the duration statistics of duration statistical module either with or without the duration for reaching setting, if reached set when
Long, just terminate the duration statistics of duration statistical module and the number of transmission request message repeatedly is subtracted one, then go to step 1-1
Go to carry out, if the duration for not up to setting, branches to go to carry out in step 1-4；
Step 1-6：By the error code in the request message, the debugging to the request message is carried out, if do not found
Mistake, branches to execute in step 1-7；If having found mistake, branch to carry out in step 1-4；
Step 1-7：Terminate the duration statistics of duration statistical module, in addition the number of transmission request message repeatedly is set as setting in advance
Fixed highest transmits the number of request message repeatedly；
Step 1-8：Carry out the decoding to request message to determine.
The process for confirming the transmission request message in step 1-2 comprises the steps：
Step 1-2-1：Carry out checking the request message；
Step 1-2-2：Determining whether the request message is mutually arranged in pairs or groups with the communication standard for adopting, if mutually arranged in pairs or groups, branching to
Carry out in step 1-3；If mutually do not arranged in pairs or groups, terminate the holding of message passage with regard to transmitting the message for removing message passage；
Step 1-8 comprises the steps：
Step 1-8-1：Determine any code in the request message whether with request message when transmitting be arbitrarily not
It is identical, if identical, branches to step 1-8-2；If it is not the same, carrying out duration statistics and turning with regard to running duration statistical module
Carry out in step 1-4；
Step 1-8-2：Determine and whether response message is got, if response message has been got, branch to enter in step 2
OK；If not getting response message, carry out duration statistics and go in step 1-4 carrying out with regard to running duration statistical module；
The step 3 comprises the steps：
Step 3-1：Transmission message packet, in addition running simultaneously duration statistical module carries out duration statistics；
Step 3-2：Determine whether get in message packet for the message domain that recognizes, if got in message packet
For the message domain that recognizes, branch to go to execute in step 1-6, if do not get in message packet for the report that recognizes
Literary domain, branches to go to execute in step 1-5；
Step 3-3：Determine whether the duration statistics that duration statistical module is carried out has arrived duration set in advance, if arrived pre-
The duration for first setting, is carried out duration statistics and goes to step 3-8 going to carry out with regard to terminating duration statistical module, if do not arrived in advance
The duration of setting, branches to carry out in step C-2；
Step 3-4：Using the error code in message packet, the debugging to message packet being carried out, if mistake is not found, just turning
Carry out in step 3-5, if mistake has been found, branch to carry out in step 3-2；
Step 3-5：Terminating duration statistical module carries out duration statistics；
Step 3-6：Carry out the decoding to message packet to determine；
Step 3-7：Determine either with or without the back message obtained for message of receiveing the response, if obtained for report of receiveing the response
The back message of text, proceeding to step 4 is carried out, if there is no the back message for message of receiveing the response, proceeds to step
Rapid 3-8 is carried out；
Step 3-8：The message implementation of intercepting that transmission is used for intercepting is intercepted, and the message of intercepting for intercepting includes arbitrarily
Code, error code and sequence of message number；
Step 3-6 comprises the steps：
Step 3-6-1：Determine whether same with any code-phase of request message any code in message packet is, if identical, just
Proceeding to step 3-6-2 is carried out, if it is not the same, proceeding to step 3-8；
Step 3-6-2：Determine whether with sequence of message number in message packet, if there are sequence of message number, proceed to step
3-6-3 is carried out；If without sequence of message number, proceeding to step 3-8 is carried out；
Step 3-6-3：Determine whether wrong the sequence of message number in message packet is, if wrong, proceed to step 3-8 and enter
OK；If errorless, proceeding to step 3-6-4 is carried out；
Step 3-6-4：Determine that message packet is message packet, if message packet, branching to step 3-6-5 is carried out,
If being not message packet, branching to step 3-7 is carried out；
Step 3-6-5：The counting variable of the side for obtaining message packet is increased one；
Determine that the whether wrong standard of the sequence of message number in message packet is the counting variable of the side for obtaining message packet
Whether the sequence of message number of the message packet that obtain is equal to；
Step 3-8 comprises the steps：
Step 3-8-1：What transmission was used for intercepting intercepts message, and obtains and intercept the side order of message and carry out intercepting report to acquisition
The determination of text and the debugging using the error code that intercepts in message；
Step 3-8-2：Determine whether same with any code-phase of request message any code for intercepting message for being used for intercepting is, if
Identical, branching to step 3-8-3 is carried out；If it is not the same, carrying out duration statistics with regard to starting duration statistical module and going to step
3-8-1 is carried out；
Step 3-8-3：Determine and intercept either with or without sequence of message number in message for intercepted, if it has, branching to step 3-8-4
Carry out；If it did not, carrying out duration statistics with regard to starting duration statistical module and going to step 3-8-1 carrying out；
Step 3-8-4：Determine whether wrong the sequence of message number that intercepts in message is, if errorless, branch to step 3-8-5 and enters
OK；If wrong, carry out duration statistics with regard to starting duration statistical module and go to step 3-8-1 carrying out；
Step 3-8-5：Determine and whether message packet is obtained, if message packet is obtained, branch to step 3-8-6 and enter
OK；If not obtaining message packet, branching to step 3-8-7 is carried out；
Step 3-8-6：The counting variable of the side for obtaining message packet is increased one；
Step 3-8-7：Determine and previous message packet whether is obtained, if previous message packet is obtained, branch to step
Rapid 4 are carried out；If not obtaining previous message packet, branching to step 3-1 is carried out；
Determine that the whether wrong standard of the sequence of message number that intercepts in message is the counting variable for obtaining the side for intercepting message
Whether the sequence of message number for intercepting message for obtaining is equal to；
The step 4 comprises the steps：
Step 4-1：Transmission inquiry message, and the side order of acquisition inquiry message carries out the determination to obtaining inquiry message and profit
Debugging with the error code in inquiry message；
Step 4-2：Determine that the arbitrary code in inquiry message is identical with the random code of request message, if identical, just turn
Carry out to step 4-3；If it is not the same, carrying out duration statistics with regard to starting duration statistical module and going to step 4-1 carrying out；
Step 4-3：The inquiry message for determining transmission is inquiry message or message packet, if inquiry message or disappearing
Breath message, branching to step 4-4 is carried out, and if not inquiry message or message packet, just transmission removes the report of message passage
Text is terminating the holding of message passage；
Step 4-4：Determine that the inquiry message for transmitting is inquiry message, if inquiry message, branch to step 4-5 and enter
OK；If not inquiry message, the counting variable of the side for obtaining message packet is increased one, then to transmitting the one of message packet
Side's transmission is for the back message of message of receiveing the response；
Step 4-5：Determine that back message of the transmission for message of receiveing the response, either with or without failure, if do not failed, is branched to
Step 5 carry out；If it fails, branch to step 4-6 carrying out；
Step 4-6：The message in message packet is determined either with or without loss, if lost, just transmission removes the report of message passage
Text is terminating the holding of message passage；If not losing, duration statistics being carried out with regard to starting duration statistical module and goes to step
4-1 is carried out；
The step 5 comprises the steps：
Step 5-1：Transmission keeps the message of message passage, and acquisition keeps the side order of the message of message passage to carry out to obtaining
The debugging of the error code that goes bail in the determination of the message for holding message passage and the message of utilization holding message passage；
Step 5-2：Determine whether identical any code in the message for keeping message passage is with any code of request message, if
Identical, branching to step 5-3 is carried out；If it is not the same, carrying out duration statistics with regard to starting duration statistical module and counting in duration
Going to step 5-1 after reaching two seconds is carried out；
Step 5-3：Determine in the message for keep message passage whether there is sequence of message number, if it has, branch to step 5-4 entering
OK, if it did not, carrying out duration statistics and going to step 5-1 after duration statistics reaches two seconds entering with regard to starting duration statistical module
OK；
Step 5-4：Determine whether wrong the sequence of message number in the message for keeping message passage is, if errorless, branch to step
Rapid 5-5 is carried out；If wrong, duration statistics is carried out with regard to starting duration statistical module and step is gone to after duration statistics reaches two seconds
Rapid 5-1 is carried out；
Step 5-5：Determine and whether message packet is got, if message packet is got, branching to step 5-6 is carried out；Such as
Fruit does not get message packet, carries out duration statistics with regard to starting duration statistical module and goes to after duration statistics reaches two seconds
Step 5-1 is carried out；
Step 5-6：The counting variable of the side for obtaining message packet is increased one；
Step 5-7：Determine and need transmit either with or without message packet, if it has, branch to step 3 carrying out；If it did not, to transmission
The one side transmission of message packet is for the back message of message of receiveing the response；
Determine that the whether wrong standard of the sequence of message number in the message for keeping message passage is to obtain to keep message passage
Whether the counting variable of one side of message is equal to the sequence of message number of the message of the holding message passage for obtaining.
Any code the side by cloud server in transmission message packet is transmitted towards the side for obtaining message packet
The response message that one side of request message and acquisition message packet is responded towards the side transmission of transmission message packet to request message
When, cloud server transmit first in any code just as mark, cloud server transmit first after described mobile eventually
It is intended to, containing the mark, in addition be used for determining through determining the mark in the message transmitted between end and the cloud server
Whether the mobile terminal for adopting at present transmits request message in the side for transmitting message packet towards the side for obtaining message packet
Adopt during response message request message responded towards the side transmission of transmission message packet with the side for obtaining message packet
Mobile terminal.
Such method can improve the message packet transmission performance of the mobile terminal and the cloud server, preferably
Convenient staff, during in addition transmitting, stationary performance is good, can efficiently prevent transmission from not reaching stable state.
The present invention is described in the way of description of the drawings above, it will be understood by those of skill in the art that
The disclosure is not limited to embodiments described above, in the case of without departing from the scope of the present invention, permissible
Make a variety of changes, change and replace.
Claims (4)
1. intelligent searching system of a kind of enhancement mode based on mobile terminal, it is characterised in that include：Mobile terminal, for gathering
With user-dependent environmental information and send the environmental information；
Cloud server, for receiving the environmental information of mobile terminal transmission, searches for the use according to the environmental information
The interesting data at family, and the background data that the mobile terminal is used is suitable to according to interesting data generation, and will be described
Background data sends to the mobile terminal and arranges the mobile terminal so as to the mobile terminal according to the background data
Context parameter；
Integration on the wall of desk one end is connected to supporting table；On the wall of the cloud server, integration is connected to fixed
Position block, the supporting table are connected with locating piece；
Positioning port being had in the supporting table, the scarfing unit of scarfing body being also connected with the supporting table, the scarfing unit contains
The first site for having the centerline direction along positioning port to pierce into inside positioning port and can set in positioning port and the second site
Between swing the first built-in brick, distance of first site away from the center line than the second site away from the center line away from
From shorter；
The locating piece contain penetrate in the positioning port and can an interlocking site and one point open one of turn between site with
On the second built-in brick, second built-in brick contain for the first built-in brick interlocking scarf joint；
When site is rabbeted, first built-in brick is halved together with scarf joint second built-in brick at the first site；Described
At separate site, first built-in brick mutually separates with scarf joint second built-in brick at the second site；
The supporting table contains upper support board and lower support plate, and the positioning port is opened on the upper support board, institute
State in the wall that supporting table is embedded in described desk one end, and make the positioning port outside；
The scarfing body contains a pair of scarfing unit that mirror image is distributed in the positioning port both sides, is also each located at each scarfing unit
With spiral helicine first rubber strip between the upper support board, the scarfing unit with the first rubber strip pincers upper support board with
Between lower support plate, and the scarfing unit can be allowed to move back and forth between the first site and the second site, first rubber strip is same
The scarfing unit is connected；
The supporting table also can only contain upper support board, be connected to described desk one end via upper support board integration
Wall on；
Each described first built-in brick is with a pair first rubber strips between the upper support board；First built-in brick is penetrated into
Head in the positioning port is carried and penetrates into guide part in the positioning port, the guiding for being oriented to second built-in brick
Face or the curved portions that same level face keeps inclination are contained in portion；
The locating piece contains a pair second built-in bricks of mirror image distribution, and second built-in brick is arc ring shape, the described in a pair
Two built-in bricks can be separate framework, it is also possible to be the framework being tied;
The scarf joint contains the interlocking mouth being opened on one side facing with first built-in brick, second built-in brick
Week keeps the face of inclination along the same level face opposite with the guide pad is connected to;
First built-in brick has opening with the opposite head of second built-in brick, connects for same in the interlocking mouth
The bracing beam that opening is plugged;
The scarfing unit and the second built-in brick can quantity be only 1, the surface in the positioning port is the flaring shape towards the inside
Structure, the locating piece keep the surface of inclination simultaneously same with the opposite edge surface in the surface in the positioning port for same level face
Surface in the positioning port matches.
2. method of the enhancement mode according to claim 1 based on the intelligent searching system of mobile terminal, is characterised by, step
As follows：
Mobile terminal collection and user-dependent environmental information；
The mobile terminal sends the environmental information to cloud server；
The cloud server searches for the interesting data of the user according to the environmental information；
The cloud server is generated according to the interesting data and is suitable to the background data that the mobile terminal is used, and will be described
Background data is sent to the mobile terminal；And the mobile terminal arranges the mobile terminal according to the background data
Context parameter；
And the mobile terminal sends to cloud server and the cloud server environmental information according to described emerging
Interesting data genaration is suitable to the background data that the mobile terminal uses and sends the background data to the mobile terminal
Period, is all to transmit these described environment of transmission with message packet form between the mobile terminal and the cloud server
Information and background data, its transmitting procedure comprises the steps：
Step 1：Each duration statistical module and initial value are all configured in described first mobile terminal and the cloud server
For 0 counting variable, pass through in mobile terminal and the cloud server between the mobile terminal and the cloud server
Transmission message packet a side towards obtain message packet a side transmission request message and obtain message packet a side towards biography
One side of defeated message packet transmits the response message to request message response to realize the mobile terminal and the cloud service
The foundation of the message passage between device, includes error code, for the message domain that recognizes and any code in the request message；Institute
State message domain, sequence of message number, any code and the error code included in message packet for recognizing；
Step 2：Determine that having or not message packet must transmit, and must transmit if there are message packet, branch to carry out in step 3, if
Must transmit without message packet, branch to step 5 and go to carry out；
Step 3：Transmission message packet；
Step 4：Transmit inquiry message to realize situation retrieval, the inquiry message includes any code and error code；
Step 5：Transmission keeps the message of message passage realizing the holding of message passage, in the message of the holding message passage
Including sequence of message number, any code and error code.
3. method of the enhancement mode according to claim 2 based on the intelligent searching system of mobile terminal, is characterised by described
Step 1 comprises the steps：
Step 1-1：Under conditions of determination does not also transmit request message, branch to carry out in step 1-2；If having transmitted request
Message, going in step 1-3 is carried out；
Step 1-2：The number of transmission request message repeatedly is set as the number that highest set in advance transmits request message repeatedly,
And confirm the request message；
Step 1-3：Transmitting request message, and run simultaneously duration statistical module is carried out from the duration started after transmission request message
Statistics；
Step 1-4：Confirm to have or not get in request message for the message domain that recognizes, if getting this for recognizing
Message domain, branches to carry out in step 1-6；If not getting this for the message domain for recognizing, branch to enter in step 1-5
OK；
Step 1-5：Determine the duration statistics of duration statistical module either with or without the duration for reaching setting, if reached set when
Long, just terminate the duration statistics of duration statistical module and the number of transmission request message repeatedly is subtracted one, then go to step 1-1
Go to carry out, if the duration for not up to setting, branches to go to carry out in step 1-4；
Step 1-6：By the error code in the request message, the debugging to the request message is carried out, if do not found
Mistake, branches to execute in step 1-7；If having found mistake, branch to carry out in step 1-4；
Step 1-7：Terminate the duration statistics of duration statistical module, in addition the number of transmission request message repeatedly is set as setting in advance
Fixed highest transmits the number of request message repeatedly；
Step 1-8：Carry out the decoding to request message to determine；
The process for confirming the transmission request message in step 1-2 comprises the steps：
Step 1-2-1：Carry out checking the request message；
Step 1-2-2：Determining whether the request message is mutually arranged in pairs or groups with the communication standard for adopting, if mutually arranged in pairs or groups, branching to
Carry out in step 1-3；If mutually do not arranged in pairs or groups, terminate the holding of message passage with regard to transmitting the message for removing message passage；
Step 1-8 comprises the steps：
Step 1-8-1：Determine any code in the request message whether with request message when transmitting be arbitrarily not
It is identical, if identical, branches to step 1-8-2；If it is not the same, carrying out duration statistics and turning with regard to running duration statistical module
Carry out in step 1-4；
Step 1-8-2：Determine and whether response message is got, if response message has been got, branch to enter in step 2
OK；If not getting response message, carry out duration statistics and go in step 1-4 carrying out with regard to running duration statistical module；
The step 3 comprises the steps：
Step 3-1：Transmission message packet, in addition running simultaneously duration statistical module carries out duration statistics；
Step 3-2：Determine whether get in message packet for the message domain that recognizes, if got in message packet
For the message domain that recognizes, branch to go to execute in step 1-6, if do not get in message packet for the report that recognizes
Literary domain, branches to go to execute in step 1-5；
Step 3-3：Determine whether the duration statistics that duration statistical module is carried out has arrived duration set in advance, if arrived pre-
The duration for first setting, is carried out duration statistics and goes to step 3-8 going to carry out with regard to terminating duration statistical module, if do not arrived in advance
The duration of setting, branches to carry out in step C-2；
Step 3-4：Using the error code in message packet, the debugging to message packet being carried out, if mistake is not found, just turning
Carry out in step 3-5, if mistake has been found, branch to carry out in step 3-2；
Step 3-5：Terminating duration statistical module carries out duration statistics；
Step 3-6：Carry out the decoding to message packet to determine；
Step 3-7：Determine either with or without the back message obtained for message of receiveing the response, if obtained for report of receiveing the response
The back message of text, proceeding to step 4 is carried out, if there is no the back message for message of receiveing the response, proceeds to step
Rapid 3-8 is carried out；
Step 3-8：The message implementation of intercepting that transmission is used for intercepting is intercepted, and the message of intercepting for intercepting includes arbitrarily
Code, error code and sequence of message number；
Step 3-6 comprises the steps：
Step 3-6-1：Determine whether same with any code-phase of request message any code in message packet is, if identical, just
Proceeding to step 3-6-2 is carried out, if it is not the same, proceeding to step 3-8；
Step 3-6-2：Determine whether with sequence of message number in message packet, if there are sequence of message number, proceed to step
3-6-3 is carried out；If without sequence of message number, proceeding to step 3-8 is carried out；
Step 3-6-3：Determine whether wrong the sequence of message number in message packet is, if wrong, proceed to step 3-8 and enter
OK；If errorless, proceeding to step 3-6-4 is carried out；
Step 3-6-4：Determine that message packet is message packet, if message packet, branching to step 3-6-5 is carried out,
If being not message packet, branching to step 3-7 is carried out；
Step 3-6-5：The counting variable of the side for obtaining message packet is increased one；
Determine that the whether wrong standard of the sequence of message number in message packet is the counting variable of the side for obtaining message packet
Whether the sequence of message number of the message packet that obtain is equal to；
Step 3-8 comprises the steps：
Step 3-8-1：What transmission was used for intercepting intercepts message, and obtains and intercept the side order of message and carry out intercepting report to acquisition
The determination of text and the debugging using the error code that intercepts in message；
Step 3-8-2：Determine whether same with any code-phase of request message any code for intercepting message for being used for intercepting is, if
Identical, branching to step 3-8-3 is carried out；If it is not the same, carrying out duration statistics with regard to starting duration statistical module and going to step
3-8-1 is carried out；
Step 3-8-3：Determine and intercept either with or without sequence of message number in message for intercepted, if it has, branching to step 3-8-4
Carry out；If it did not, carrying out duration statistics with regard to starting duration statistical module and going to step 3-8-1 carrying out；
Step 3-8-4：Determine whether wrong the sequence of message number that intercepts in message is, if errorless, branch to step 3-8-5 and enters
OK；If wrong, carry out duration statistics with regard to starting duration statistical module and go to step 3-8-1 carrying out；
Step 3-8-5：Determine and whether message packet is obtained, if message packet is obtained, branch to step 3-8-6 and enter
OK；If not obtaining message packet, branching to step 3-8-7 is carried out；
Step 3-8-6：The counting variable of the side for obtaining message packet is increased one；
Step 3-8-7：Determine and previous message packet whether is obtained, if previous message packet is obtained, branch to step
Rapid 4 are carried out；If not obtaining previous message packet, branching to step 3-1 is carried out；
Determine that the whether wrong standard of the sequence of message number that intercepts in message is the counting variable for obtaining the side for intercepting message
Whether the sequence of message number for intercepting message for obtaining is equal to；
The step 4 comprises the steps：
Step 4-1：Transmission inquiry message, and the side order of acquisition inquiry message carries out the determination to obtaining inquiry message and profit
Debugging with the error code in inquiry message；
Step 4-2：Determine that the arbitrary code in inquiry message is identical with the random code of request message, if identical, just turn
Carry out to step 4-3；If it is not the same, carrying out duration statistics with regard to starting duration statistical module and going to step 4-1 carrying out；
Step 4-3：The inquiry message for determining transmission is inquiry message or message packet, if inquiry message or disappearing
Breath message, branching to step 4-4 is carried out, and if not inquiry message or message packet, just transmission removes the report of message passage
Text is terminating the holding of message passage；
Step 4-4：Determine that the inquiry message for transmitting is inquiry message, if inquiry message, branch to step 4-5 and enter
OK；If not inquiry message, the counting variable of the side for obtaining message packet is increased one, then to transmitting the one of message packet
Side's transmission is for the back message of message of receiveing the response；
Step 4-5：Determine that back message of the transmission for message of receiveing the response, either with or without failure, if do not failed, is branched to
Step 5 carry out；If it fails, branch to step 4-6 carrying out；
Step 4-6：The message in message packet is determined either with or without loss, if lost, just transmission removes the report of message passage
Text is terminating the holding of message passage；If not losing, duration statistics being carried out with regard to starting duration statistical module and goes to step
4-1 is carried out；
The step 5 comprises the steps：
Step 5-1：Transmission keeps the message of message passage, and acquisition keeps the side order of the message of message passage to carry out to obtaining
The debugging of the error code that goes bail in the determination of the message for holding message passage and the message of utilization holding message passage；
Step 5-2：Determine whether identical any code in the message for keeping message passage is with any code of request message, if
Identical, branching to step 5-3 is carried out；If it is not the same, carrying out duration statistics with regard to starting duration statistical module and counting in duration
Going to step 5-1 after reaching two seconds is carried out；
Step 5-3：Determine in the message for keep message passage whether there is sequence of message number, if it has, branch to step 5-4 entering
OK, if it did not, carrying out duration statistics and going to step 5-1 after duration statistics reaches two seconds entering with regard to starting duration statistical module
OK；
Step 5-4：Determine whether wrong the sequence of message number in the message for keeping message passage is, if errorless, branch to step
Rapid 5-5 is carried out；If wrong, duration statistics is carried out with regard to starting duration statistical module and step is gone to after duration statistics reaches two seconds
Rapid 5-1 is carried out；
Step 5-5：Determine and whether message packet is got, if message packet is got, branching to step 5-6 is carried out；Such as
Fruit does not get message packet, carries out duration statistics with regard to starting duration statistical module and goes to after duration statistics reaches two seconds
Step 5-1 is carried out；
Step 5-6：The counting variable of the side for obtaining message packet is increased one；
Step 5-7：Determine and need transmit either with or without message packet, if it has, branch to step 3 carrying out；If it did not, to transmission
The one side transmission of message packet is for the back message of message of receiveing the response；
Determine that the whether wrong standard of the sequence of message number in the message for keeping message passage is to obtain to keep message passage
Whether the counting variable of one side of message is equal to the sequence of message number of the message of the holding message passage for obtaining.
4. method of the enhancement mode according to claim 3 based on the intelligent searching system of mobile terminal, is characterised by described
Arbitrarily code transmits request message in a side of transmission message packet towards the side for obtaining message packet by cloud server and obtains
Take a side of message packet towards the side transmission of transmission message packet to the response message of request message response when, cloud server
First transmit in any code just as mark, cloud server transmit first after the mobile terminal and the high in the clouds take
It is intended to, containing the mark, in addition be used for determining the movement of current employing through determining the mark in the message transmitted between business device
Whether terminal towards the side transmission request message for obtaining message packet and obtains message packet in the side for transmitting message packet
A side towards transmission message packet side transmission to the mobile terminal that the adopts during response message of request message response.
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| CN107870264A (en) * | 2016-10-12 | 2018-04-03 | 杨甫进 | Electric wire tester and its method |
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| CN106951964A (en) * | 2017-03-20 | 2017-07-14 | 海桂珍 | A kind of artificial intelligence learning system and its method based on psychological knowledge |
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