CN105243760A - Information interaction system and method based on self-help borrowing and returning device - Google Patents
Information interaction system and method based on self-help borrowing and returning device Download PDFInfo
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- CN105243760A CN105243760A CN201510568279.8A CN201510568279A CN105243760A CN 105243760 A CN105243760 A CN 105243760A CN 201510568279 A CN201510568279 A CN 201510568279A CN 105243760 A CN105243760 A CN 105243760A
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Abstract
The invention provides an information interaction system and a method based on a self-help borrowing and returning device, which belongs to the technical field of communication. The information interaction system comprises a self-help borrowing and returning device which is internally provided with a memory, a high-frequency reader, an ultrahigh-frequency reader and a processor, a server end with multiple application servers, and communication channels comprising a main channel and multiple application channels. The main channel is configured to realize handshake communication between the self-help borrowing and returning device and the server end according to user information. The multiple application channels are in one-to-one correspondence with the application servers, and each application channel is configured to realize transmission of data information or a short message or service information between the self-help borrowing and returning device and the corresponding application server. The ultrahigh-frequency reader replaces the existing high-frequency reader to acquire book information in a book label, and while the size of the label is reduced, the recognition rate of the self-help borrowing and returning device is improved.
Description
Technical field
The present invention relates to communication technical field, particularly relate to a kind of information interaction system and method.
Background technology
As the epoch of an information, the acquisition speed of people to knowledge is had higher requirement, library obtains the important base of knowledge as people, along with the increase of library interior collected books, the management of books and circulation have become the significant problem that restriction Service Quality of library improves, traditional manual management mode can not meet the requirement of people to circulation of books speed already, how to utilize the modern times can means to realize the automatic management of books, accelerate the velocity of liquid assets of books, start to become the huge challenge that each macro library faces.
Along with radio RF recognition technology (RadioFrequencyIdentification, RFID) development, people start to be applied in the practical application in library, automatically be progressively presented in each macro library by means of equipment of going back, its RFID technique is applied to books management and circulation in, reader can utilize this self-service borrows and return equipment of books to manage something individually borrowing of books and giving back, and decreases the stand-by period of reader, accelerates the velocity of liquid assets of books; Librarian also can utilize RFID technique realize quick businessman, framed bent, the wrong frame of books and make an inventory simultaneously.
But, self-service borrows and return equipment domestic at present, what major part adopted is the label of 13.56MHz, although through constantly improvement, but label volume is still excessive, can not snugly paste in spine, intelligence be pasted inside the strip of paper used for sealing of books, reader is very easy to find book labels and is torn to pieces, and brings hidden danger to the safety of books; Further, existing self-service borrows and return equipment volume is too huge, in the process of transport, inconvenience very, and failure rate is high; Finally, in existing self-service borrows and return equipment, use the sip2 agreement of the nineties in last century already, need to build the control that multiple-route cluster could realize this self-service borrows and return equipment.
Summary of the invention
For the problems referred to above, the present invention aims to provide a kind of information interaction system based on self-service borrows and return equipment and method, ultrahigh frequency reader-writer is replaced the book information in existing high frequency read write line acquisition book labels by it, while reducing tag size, improves the discrimination of self-service borrows and return equipment.
Based on an information interaction system for self-service borrows and return equipment, described information interaction system comprises: self-service borrows and return equipment, server end and communication port; Wherein,
Described self-service borrows and return equipment comprises:
Storer, is configured to the configuration information storing described self-service borrows and return equipment;
High frequency read write line, is configured to obtain user profile;
Ultrahigh frequency reader-writer, is configured to obtain the self-service book information borrowing returning book;
Processor, be connected with described storer, described high frequency read write line and described ultrahigh frequency reader-writer respectively, described processor is configured to start described self-service borrows and return equipment and described communication port according to described configuration information, control the acquisition of the book information of described ultrahigh frequency reader-writer and process described book information and the data message obtained after process is sent to described server end by described communication port according to described configuration information;
Described server end comprises multiple application server, and each described application server is respectively by described communication port and described self-service borrows and return equipment connection;
Described communication port comprises:
Main channel, is configured to the handshake communication realizing between described self-service borrows and return equipment and described server end according to described user profile;
Multiple application passage, and described application passage and described application server one_to_one corresponding are arranged, each described application passage is configured to realize the transmission of data message between described self-service borrows and return equipment and application server corresponding with it or short message or business information.
In the technical program, use ultrahigh frequency reader-writer to obtain book information from the label books, and realize the transmission of information by application passage, so not only can reduce the size of label, reduce the size of self-service borrows and return equipment simultaneously, improve the accuracy rate that self-service borrows and return equipment obtains book information.In addition, the application passage be described to above is the passage realizing data communication between self-service borrows and return equipment and server end.
Preferably, implement main channel agreement respectively in described processor and corresponding described application server, realize the handshake communication between described self-service borrows and return equipment and described application server according to described user profile.
Preferably, practice passage upper-layer protocol respectively in described processor and corresponding described application server, realized the transmission of described data message between described self-service borrows and return equipment and described application server or short message by the application passage that described application server is corresponding;
Preferably, practice passage lower-layer protocols respectively in described processor and corresponding described application server, realized the cutting of described data message or the short message transmitted between described self-service borrows and return equipment and described application server by the application passage that described application server is corresponding.
Preferably, described application passage lower-layer protocols implemented by described processor, and described data message or short message are cut into multistage segment information, and every section of described segment information is carried out independent numbering;
Described application server is verified segment information every section described respectively.
In the technical program, application server is verified every section of segment information, like this, after there is mistake in the information received, as long as notice self-service borrows and return device resends relevant segments information, has greatly saved Internet resources, has improve data transmission efficiency simultaneously.
Preferably, implement service management agreement respectively in described processor and corresponding described application server, realized the transmission of the described business information between described self-service borrows and return equipment and described application server by the application passage that described application server is corresponding.
Preferably, described service management agreement comprises: books service protocol and self-service borrows and return device management protocol;
Described books service protocol is supported: the instruction that checks out, also book instruction, renew instruction, Readers ' Query instruction and Books Search instruction;
Described self-service borrows and return device management protocol comprises: log management agreement, condition managing agreement, version management agreement and state modulator agreement.
In the technical program, respectively log management, version management and parameter management are defined in service management agreement, simplify the complexity of each agreement.
Based on an information interacting method for self-service borrows and return equipment, be applied to above-mentioned information interaction system, self-service borrows and return equipment comprises: storer, ultrahigh frequency reader-writer and processor, and described information interacting method specifically comprises the following steps:
Start self-service borrows and return equipment and main channel;
Start application server and application passage corresponding with it;
High frequency read write line obtains user profile;
Ultrahigh frequency reader-writer obtains the self-service book information borrowing returning book;
Self-service borrows and return equipment obtains the business information associated with described book information;
Processor carries out process to described book information and described business information and obtains data message;
By described application passage, described data message is sent to described application server;
Described application server realizes the service management to borrowing returning book according to the described data message received, and result is fed back to self-service borrows and return equipment by described application passage.
Preferably, described business information comprises: the instruction that checks out, also book instruction, renew instruction, Readers ' Query instruction, Books Search instruction, log management instruction, state management instructions, version management instruction and state modulator instruction.
Preferably, described user profile comprises user ID (Identity, identification presentation number).
Information interaction system based on self-service borrows and return equipment provided by the invention and method, following beneficial effect can be brought:
In the present invention, communication port comprises a main channel and multiple application passage, and all business (comprising the transmission of data message, the transmission etc. of business information) all use same connection (comprising above-mentioned main channel and multiple application passage) in this information interaction system based on self-service borrows and return equipment, like this, in whole communication process, only need communication encryption once, decrease quantity and the time of encryption process in self-service borrows and return equipment, decrease quantity and the time of server-side processes work;
In addition, each application channel protocol is split as application passage upper-layer protocol and application passage lower-layer protocols, wherein, application passage upper-layer protocol provides the transmitted in both directions of large files (comprising data message), the service of common short message is also provided simultaneously, decreases the difficulty developed separately file (data) and transmit in each application;
Further, each application passage is independent each other, after such application passage breaks down, the proper communication of other application passages can not be affected, the application passage broken down is recovered separately; And all business use a connection, separate between each business, in the process of transmission, do not need mutual wait, greatly save the time of system transfers.
Accompanying drawing explanation
Below by clearly understandable mode, accompanying drawings preferred implementation, is further described above-mentioned characteristic, technical characteristic, advantage and implementation thereof.
Fig. 1 is the structural representation based on the information interaction system of self-service borrows and return equipment in the present invention;
Fig. 2 is the schematic flow sheet based on the information interacting method of self-service borrows and return equipment in the present invention.
Reference numeral:
1-self-service borrows and return equipment, 11-storer, 12-high frequency read write line, 13-ultrahigh frequency reader-writer, 14-processor, 2-server end, 21-first application server, 22-second application server, 2n-n-th application server, A-main channel, B1-first applies passage, B2-second applies passage, and Bn-n-th applies passage.
Embodiment
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, contrast accompanying drawing is illustrated the specific embodiment of the present invention below.Apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings, and obtain other embodiment.
Be illustrated in figure 1 the structural representation of the information interaction system based on self-service borrows and return equipment provided by the invention, as can be seen from the figure, this information interaction system comprises: self-service borrows and return equipment 1, server end 2 and communication port, self-service borrows and return equipment 1 is communicated by communication port with server end 2.
Specifically, self-service borrows and return equipment 1 comprises: the storer 11 being configured to the configuration information storing self-service borrows and return equipment 1, be configured to the high frequency read write line 12 obtaining user profile, be configured to obtain self-service ultrahigh frequency reader-writer 13 and the processor 14 of borrowing the book information of returning book, wherein, processor 14, respectively with storer 11, high frequency read write line 12 and ultrahigh frequency reader-writer 13 connect, and processor 14 is configured to start self-service borrows and return equipment 1 and communication port according to configuration information, control the acquisition of the book information of ultrahigh frequency reader-writer 13 according to configuration information and book information processed and the data message obtained after process is sent to server end 2 by communication port.More particularly, before this information interaction system of use carries out data transmission, prestore the configuration information of self-service borrows and return equipment 1 in storer 11, specifically comprise the configuration information of high frequency read write line 12, ultrahigh frequency reader-writer 13 and processor 14, like this, in the process that self-service borrows and return equipment 1 starts, read the configuration information in storer 11 by processor 14, i.e. identifiable design two read write lines controlled the read-write operation of two read write lines by processor 14.In addition, be pre-stored in by configuration information in storer 11, self-service borrows and return equipment 1 does not need the problem worrying that file layout is destroyed or is accidentally deleted in the process started.
Have again, known by above description, user profile is obtained in the present invention by high frequency read write line 12, here the high frequency read write line 12 mentioned be generally use in existing self-service borrows and return equipment 1 high frequency read write line 12 (as, frequency is the high frequency read write line of 13.56MHz), we use high frequency read write line 12 to obtain user profile, as user ID etc.In the process that user profile obtains, user only needs by the label of built in user information near this high frequency read write line 12, and the label as built in user information can be borrower's card etc.When user uses borrower's card, in the process used, only need this borrower's card in the read-write regional extent of high frequency read write line 12, this high frequency read write line 12 can obtain the user ID information in borrower's card, and in the present invention, we do not limit the particular content in this user ID, as, can be the sequence number etc. that user obtains in server end registration, as long as the identity of this user of mark that this user ID can be unique, all be included in content of the present invention.Same, ultrahigh frequency reader-writer 13 is used to obtain in the process of the book information in book labels in the present invention, only need the book labels that is arranged on the books spine read-write scope near this ultrahigh frequency reader-writer 13, be noted that, in the present invention, ultrahigh frequency reader-writer 13 is used to replace existing high frequency read write line 12 to realize the read work of book labels, can disposable many books be placed in the read-write scope of ultrahigh frequency reader-writer 13 simultaneously, the reading time is greatly reduced while which enhancing the accuracy of book information acquisition, and obviously can reduce the size of self-service borrows and return equipment 1, shorten the distance of equipment room.In a particular embodiment, what ultrahigh frequency reader-writer 13 used can be the read write line of frequency at 860-960MHz.Certainly, in the present invention, we are not specifically limited the concrete model of ultrahigh frequency reader-writer 13, frequency of utilization, as long as it can realize object of the present invention, are all included in content of the present invention.
As for the processor 14 in this self-service borrows and return equipment 1, in a particular embodiment, we use the embedded-type ARM chip of technical grade to instead of the program of existing Intel version, like this, the size of this self-service borrows and return equipment 1 is reduced while enhancing the processing power of the self-service borrows and return equipment 1 in the present invention, two read write lines (the high frequency read write line 12 in the present invention and ultrahigh frequency reader-writer 13) are all no longer separated with processor 14, are integrated on one piece of mainboard and can realize object.Be noted that in addition, carry out in the process of system remote renewal at use self-service borrows and return equipment 1 provided by the invention, only need to use above-mentioned processor 14 directly to obtain telefile to carry out switching, and be all kept in the storer 11 on mainboard due to all configuration informations, thus the problem that configuration information backs up is not worried, do not worry that configuration information is by the problem surprisingly covered, and substantially reduces failure rate while improve efficiency yet; In addition, self-service borrows and return equipment 1 provided by the invention does not need to attempt carrying out protocol identification with peripheral read-write equipment in the process run, even thus a null device also can carry out remote update, convenient and simple.
Server end 2 comprises multiple application server, as shown in fig. 1, server end 2 comprise the first application server 21, second application server 22 ..., the n-th application server 2n, and each application server is connected with self-service borrows and return equipment 1 respectively by communication port, corresponding application server controls corresponding business.In addition, a database server is comprised at the plurality of application server, prestored in this database server all self-service borrows and return equipment 1 information (as, self-service borrows and return device id) and all users registered in this database server information (as, user ID), like this, when needing to carry out certification to the identity of user and the identity of self-service borrows and return equipment, only need the identification information of the two to be sent in this database server.
Communication port comprises: a main channel and multiple application passage, and wherein, main channel A, is configured to the handshake communication realizing between self-service borrows and return equipment 1 and server end 2 according to user profile; Multiple application passage, and application passage and application server one_to_one corresponding are arranged, each application passage is configured to realize the transmission of data message between self-service borrows and return equipment 1 and application server corresponding with it or short message or business information, concrete as shown in Figure 1 in, above-mentioned multiple application passages be specially application channel B 1, application channel B 2 ..., application channel B n.Specifically, implement main channel agreement respectively in processor 14 and corresponding application server, realize the handshake communication between self-service borrows and return equipment 1 and application server according to user profile.In a particular embodiment, the process of to be application server to the identity of self-service borrows and return equipment 1 and user the carry out certification of handshake communication here, in this process, the user ID got and self-service borrows and return device id are sent to corresponding application server by self-service borrows and return equipment 1, as in the database server that is described to above, when database server receives this user ID and self-service borrows and return device id, immediately authentication is carried out to this user and self-service borrows and return equipment 1, this user ID and self-service borrows and return device id is searched in database server, namely the handshake communication between self-service borrows and return equipment 1 and application server is achieved, only have and achieve handshake communication therebetween, just follow-up communication can be carried out, otherwise result feedback of certification being made mistakes is to user, prompting user certification again.Further, except handshake communication, the network Heartbeat of self-service borrows and return equipment 1 and application server carries out equally in this main channel.
In the present invention, each application passage is split as two-layer, specifically, practice passage upper-layer protocol respectively in processor 14 and corresponding application server, realized the transmission of data message between self-service borrows and return equipment 1 and application server or short message by the application passage that application server is corresponding.Can find out, application passage upper-layer protocol provides the transmitted in both directions of large files (comprising data message), also provides the service of common short message simultaneously, decreases the difficulty developed separately file (data) and transmit in each application.Further, practice passage lower-layer protocols respectively in processor 14 and corresponding application server, realized the cutting of data message or the short message transmitted between self-service borrows and return equipment 1 and application server by the application passage that application server is corresponding.More particularly, practice at processor 14 in the process of passage lower-layer protocols, data message or short message are cut into multistage segment information, and every section of segment information is carried out independent numbering; Corresponding application server is when receiving above-mentioned multistage segment information, respectively every section of segment information is verified, like this, after there is mistake in the information received, as long as notice self-service borrows and return equipment 1 retransmits relevant segments information, greatly save Internet resources, improve data transmission efficiency simultaneously.In addition, be noted that and carry out in the process that communicate by means of going back equipment with corresponding application passage at self-service machine, after a direction initiating communication, another direction can not simultaneously initiating communication, and this assures is one-way communication, and there will not be the problem of signal cross-talk.
Further, service management agreement is also comprised in processor 14 and application server, specifically, implement service management agreement respectively in processor 14 and corresponding application server, realized the transmission of the business information between self-service borrows and return equipment 1 and application server by the application passage that application server is corresponding.In a particular embodiment, service management agreement comprises: books service protocol and self-service borrows and return equipment 1 management agreement; Books service protocol is supported: the instruction that checks out, also book instruction, renew instruction, Readers ' Query instruction and Books Search instruction; Self-service borrows and return device management protocol comprises: log management agreement, condition managing agreement, version management agreement and state modulator agreement.This log management agreement supports the active transmission instruction etc. of daily record selection instruction and self-service borrows and return device log, namely self-service borrows and return equipment 1 can this log management protocol realization log management in real time, comprise self-service borrows and return equipment 1 by journal file active transmission in application server, user also can select the journal file etc. of needs by self-service borrows and return equipment 1; The support of condition managing agreement obtains status information instruction, and namely user can obtain the state etc. of this self-service borrows and return equipment 1 and each application server by self-service borrows and return equipment 1; Version management agreement supports new version software transfer instruction, and this version management protocol realization namely can be used to upgrade etc. the software version in self-service borrows and return equipment 1; State modulator agreement support parameter transfer instruction etc., namely can by the parameter transmission of information in self-service borrows and return equipment 1, from self-service borrows and return equipment 1, obtain the relevant parameter etc. of equipment.Be noted that in the present invention in addition, respectively log management, version management and parameter management defined in service management agreement, simplify the complexity of each agreement.As can be seen from description above, main channel provided by the invention agreement, application channel protocol and service management agreement cooperatively interact, except realizing in existing library except normal business circulates, can also realizing the management to self-service borrows and return equipment.
Finally, we know, in the process of data communication, all need to be encrypted the data of transmission, if employ multiple-route cluster in same system, often overlap corresponding a set of agreement in network, like this in the process of data communication, often overlap agreement all to need to be encrypted communication, many cover agreements need repeatedly to encrypt naturally.And in the present invention, a main channel and multiple application passage is comprised by communication port, but all business (comprising the transmission of data message, the transmission etc. of business information) all use same connection (this connection comprises above-mentioned main channel and multiple application passage) in this information interaction system based on self-service borrows and return equipment 1, like this, in whole communication process, only need communication encryption once, decrease quantity and the time of encryption process in self-service borrows and return equipment 1, decrease quantity and the time of server end 2 work for the treatment of.And in the present invention, each application passage is independent each other, after such application passage breaks down, the proper communication of other application passages can not be affected, the application passage broken down is recovered separately; And all business use a connection, separate between each business, in the process of transmission, do not need mutual wait, greatly save the time of system transfers.As for encryption method, can be the cipher modes such as symmetric cryptography, asymmetric encryption, digital envelope, here we be not specifically limited, and comprise the algorithm of encryption, as long as the cryptographic algorithm used and encryption method can realize content of the present invention, be all included in content of the present invention.
Be illustrated in figure 2 the schematic flow sheet of the information interacting method based on self-service borrows and return equipment provided by the invention, this information interacting method is applied in above-mentioned information interaction system, and this information interacting method specifically comprises the following steps:
S1 starts self-service borrows and return equipment 1 and main channel.Specifically, this self-service borrows and return equipment 1 is started by processor 14 configuration information obtained in storer 11; Obtain the configuration information of high frequency read write line 12 and ultrahigh frequency reader-writer 13 simultaneously, thus realize the Read-write Catrol to two read write lines.
S2 starts application server and application passage corresponding with it, the different business information that different application server processes self-service borrows and return equipment 1 sends.
Main channel is passed through in step S1 and step S2, the startup of self-service borrows and return equipment 1 and each application server, the handshake communication between self-service borrows and return equipment and each application server is set up in main channel, in a particular embodiment, the process of to be application server to the identity of self-service borrows and return equipment 1 and user the carry out certification of handshake communication here, in this process, self-service borrows and return equipment 1 by the user ID that gets and self-service borrows and return device id (as, each self-service borrows and return equipment unique sequence numbers and password) be sent to corresponding application server, concrete corresponding application server is here the database server be described to above, when then database server receives this user ID and self-service borrows and return device id, immediately authentication is carried out to this user and self-service borrows and return equipment 1, this user ID and self-service borrows and return device id is searched in database server, thus the handshake communication achieved between self-service borrows and return equipment 1 and application server, only have and achieve handshake communication therebetween, just follow-up communication can be carried out, otherwise result feedback of certification being made mistakes is to user, prompting user certification again.After this, once after the foundation of main channel, all application passages are set up all subsequently, the process of application Path Setup is specially: whether the application server that first server end inspection is corresponding with user started, if be not activated, then start corresponding application server; And then, the server end inquiry application passage corresponding with this user configures, and starts and applies passage accordingly, and corresponding channel configuration information is returned that end of self-service borrows and return equipment according to the configuration of application passage; Last self-service borrows and return equipment starts corresponding application passage according to the channel configuration information received.
S3 high frequency read write line 12 obtains user profile.Specifically, this user profile comprises user ID, certainly, while high frequency read write line 12 obtains user profile, self-service borrows and return equipment 1 automatic acquisition self-service borrows and return device id, like this, carrying out, in the process of authentication, self-service borrows and return device id being sent to server end 2 to self-service borrows and return equipment 1 simultaneously.User profile is obtained in the present invention by high frequency read write line 12, here the high frequency read write line 12 mentioned be generally use in existing self-service borrows and return equipment 1 high frequency read write line 12 (as, frequency is the high frequency read write line 12 of 13.56MHz), we use high frequency read write line 12 to obtain user profile, as user ID etc.In the process that user profile obtains, user only needs by the label of built in user information near this high frequency read write line 12, and the label as built in user information can be borrower's card etc.When user uses borrower's card, in the process used, only need this borrower's card in the read-write regional extent of high frequency read write line 12, this high frequency read write line 12 can obtain the user ID information in borrower's card, certainly, here we also do not limit the concrete form of this user ID, as long as the identity of the identifying user that it can be unique is all included in content of the present invention.
S4 ultrahigh frequency reader-writer 13 obtains the self-service book information borrowing returning book.Specifically, ultrahigh frequency reader-writer 13 is used to obtain in the process of the book information in book labels in the present invention, only need the book labels that is arranged on the books spine read-write scope near this ultrahigh frequency reader-writer 13, be noted that, in the present invention, ultrahigh frequency reader-writer 13 is used to replace existing high frequency read write line 12 to realize the read work of book labels, can disposable many books be placed in the read-write scope of ultrahigh frequency reader-writer 13 simultaneously, the reading time is greatly reduced while which enhancing the accuracy of book information acquisition, and obviously can reduce the size of self-service borrows and return equipment 1, shorten the distance of equipment room.In a particular embodiment, ultrahigh frequency reader-writer 13 uses frequency at the read write line of 860-960MHz.Here we only make restriction to the frequency of this overclocking read write line, and the concrete model for ultrahigh frequency reader-writer does not limit.
S5 self-service borrows and return equipment obtains the business information associated with described book information; Specifically, in this step, business information comprises: the instruction that checks out, also book instruction, renew instruction, Readers ' Query instruction, Books Search instruction, log management instruction, state management instructions, version management instruction and state modulator instruction.For the service order in business information, as, check out instruction, also book instruction, renew instruction, Readers ' Query instruction, Books Search instruction etc., after corresponding application server receives user ID, book information and corresponding service order, itself and background data base are compared, find relevant business tine, feed back in self-service borrows and return equipment, consult for user; For supervisory instruction in business information, as version management instruction, this supervisory instruction can be sent in downstream plant according to corresponding application passage by user, in a particular embodiment, user can by new version software transfer instruction by corresponding version management application channel transfer to downstream plant etc.
S6 processor 14 pairs of book informations carry out process and obtain data message.
Data message is sent to application server by application passage by S7.
S8 application server realizes the service management to borrowing returning book according to the data message received, and result is fed back to self-service borrows and return equipment 1 by application passage, completes the data transmission between self-service borrows and return equipment 1 and server end 2 with this.
It should be noted that above-described embodiment all can independent assortment as required.The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1. based on an information interaction system for self-service borrows and return equipment, it is characterized in that, described information interaction system comprises: self-service borrows and return equipment, server end and communication port; Wherein,
Described self-service borrows and return equipment comprises:
Storer, is configured to the configuration information storing described self-service borrows and return equipment;
High frequency read write line, is configured to obtain user profile;
Ultrahigh frequency reader-writer, is configured to obtain the self-service book information borrowing returning book;
Processor, be connected with described storer, described high frequency read write line and described ultrahigh frequency reader-writer respectively, described processor is configured to start described self-service borrows and return equipment and described communication port according to described configuration information, control the acquisition of the book information of described ultrahigh frequency reader-writer and process described book information and the data message obtained after process is sent to described server end by described communication port according to described configuration information;
Described server end comprises multiple application server, and each described application server is respectively by described communication port and described self-service borrows and return equipment connection;
Described communication port comprises:
Main channel, is configured to the handshake communication realizing between described self-service borrows and return equipment and described server end according to described user profile;
Multiple application passage, and described application passage and described application server one_to_one corresponding are arranged, each described application passage is configured to realize the transmission of data message between described self-service borrows and return equipment and application server corresponding with it or short message or business information.
2. information interaction system according to claim 1, it is characterized in that: implement main channel agreement respectively in described processor and corresponding described application server, realize the handshake communication between described self-service borrows and return equipment and described application server according to described user profile.
3. information interaction system as claimed in claim 2, is characterized in that:
Practice passage upper-layer protocol respectively in described processor and corresponding described application server, realized the transmission of described data message between described self-service borrows and return equipment and described application server or short message by the application passage that described application server is corresponding.
4. information interaction system as claimed in claim 3, is characterized in that:
Practice passage lower-layer protocols respectively in described processor and corresponding described application server, realized the cutting of described data message or the short message transmitted between described self-service borrows and return equipment and described application server by the application passage that described application server is corresponding.
5. information interaction system as claimed in claim 4, is characterized in that:
Described application passage lower-layer protocols implemented by described processor, and described data message or short message are cut into multistage segment information, and every section of described segment information is carried out independent numbering;
Described application server is verified segment information every section described respectively.
6. the information interaction system as described in claim 3 or 4 or 5, is characterized in that:
Implement service management agreement respectively in described processor and corresponding described application server, realized the transmission of the described business information between described self-service borrows and return equipment and described application server by the application passage that described application server is corresponding.
7. information interaction system as claimed in claim 6, is characterized in that:
Described service management agreement comprises: books service protocol and self-service borrows and return device management protocol;
Described books service protocol is supported: the instruction that checks out, also book instruction, renew instruction, Readers ' Query instruction and Books Search instruction;
Described self-service borrows and return device management protocol comprises: log management agreement, condition managing agreement, version management agreement and state modulator agreement.
8. the information interacting method based on self-service borrows and return equipment, it is characterized in that, information interacting method is applied to the information interaction system as described in claim 1-7, self-service borrows and return equipment comprises: storer, ultrahigh frequency reader-writer and processor, and described information interacting method specifically comprises the following steps:
Start self-service borrows and return equipment and main channel;
Start application server and application passage corresponding with it;
High frequency read write line obtains user profile;
Ultrahigh frequency reader-writer obtains the self-service book information borrowing returning book;
Self-service borrows and return equipment obtains the business information associated with described book information;
Processor carries out process to described book information and described business information and obtains data message;
By described application passage, described data message is sent to described application server;
Described application server realizes the service management to borrowing returning book according to the described data message received, and result is fed back to self-service borrows and return equipment by described application passage.
9. information interacting method as claimed in claim 8, it is characterized in that, described business information comprises: the instruction that checks out, also book instruction, renew instruction, Readers ' Query instruction, Books Search instruction, log management instruction, state management instructions, version management instruction and state modulator instruction.
10. information interacting method as claimed in claim 8 or 9, it is characterized in that, described user profile comprises user ID.
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| CN107733835A (en) * | 2016-08-11 | 2018-02-23 | 凡学（上海）教育科技有限公司 | A kind of self-service borrowing-returning books system in library based on O2O and method |
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| CN105243760B (en) | 2017-10-20 |
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