CN109961245B - Electronic signing method and system - Google Patents
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- CN109961245B CN109961245B CN201711409032.7A CN201711409032A CN109961245B CN 109961245 B CN109961245 B CN 109961245B CN 201711409032 A CN201711409032 A CN 201711409032A CN 109961245 B CN109961245 B CN 109961245B
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Abstract
The embodiment of the invention provides an electronic signing method and system. The method comprises the following steps: the mobile terminal searches the Bluetooth equipment carried by a delivery party in a WeChat-shake peripheral mode; after the Bluetooth equipment is searched, the WeChat server acquires the mobile phone number of the mobile terminal, and the distribution system server searches a stored distribution database according to the mobile phone number to determine that the sign-in state corresponding to the mobile phone number is the material information which is not signed in; the WeChat server transmits the material information to the mobile terminal; the mobile terminal acquires a signing state corresponding to the material information input by the signing party after the signing party compares the distributed materials and the material information carried by the distributing party; the WeChat server generates a signing request corresponding to the signed material information in the signing state; and updating the signing state corresponding to the signed material information in the distribution database by the distribution system server according to the signing request. The embodiment of the invention avoids the occurrence of tampering or counterfeiting by a delivery party and improves the signing efficiency.
Description
Technical Field
The embodiment of the invention relates to the technical field of communication, in particular to an electronic signing method and system.
Background
At present, the distribution signing method in the logistics industry mainly adopts a signing mode of paper single-sheet signature and scanning input: after the goods are delivered to the point, the delivery personnel provide the single signing sheet to sign by the signing party to confirm that the goods are received, then the delivery party utilizes the code scanning gun to scan the code entering system to confirm the signing, and meanwhile the single signing sheet made of paper is stored for later verification. The signing method needs to distribute digital numbers with a fixed format to materials, convert the digital numbers into bar codes to be printed or pasted on the materials, use a specific bar code scanning gun to read the digital numbers when signing, and automatically record the digital numbers into a background system for signing. However, the distribution signing method of the paper single sheets and the scanning gun cannot ensure the real effectiveness of the paper single sheet signing because of the situations of the loss of the paper single sheets or the signing on behalf of the user and the like.
At present, the authenticity of single paper sign-in is mainly confirmed through manual check, for example, point-to-point distribution in a certain area, the single paper sign-in is about 3 ten thousand in a month, the checking time is at least 120 hours, a large amount of manpower is consumed each month to finish the authenticity checking work of a distribution list, and in the manual checking mode, the authenticity of the checking information such as the signature of a receiver or the signing date on the paper list is difficult to judge, so that the checking work efficiency is poor. In addition, the system cannot reflect the real delivery timeliness of the delivery company due to the time difference between the sign-in time and the entry time.
Disclosure of Invention
Aiming at the defects in the prior art, the embodiment of the invention provides an electronic signing method and system.
In a first aspect, an embodiment of the present invention provides an electronic sign-in method, including:
the mobile terminal provided with the WeChat application searches the Bluetooth equipment carried by a delivery party in a WeChat shake-shake peripheral mode;
after the Bluetooth equipment is searched, the WeChat server acquires the mobile phone number of the mobile terminal and sends the mobile phone number to a distribution system server;
the distribution system server searches a distribution database stored in the distribution system server according to the mobile phone number, determines that the sign-on state corresponding to the mobile phone number is the material information which is not signed on, and sends the material information to the WeChat server;
the WeChat server transmits the material information to the mobile terminal;
the mobile terminal acquires a signing state corresponding to the material information input by a signing party after the signing party compares the distribution material carried by the distribution party with the material information;
the WeChat server generates a signing request corresponding to the material information with the signing state being signed, and sends the signing request to the distribution system server;
and the distribution system server updates the signing state corresponding to the signed material information in the distribution database according to the signing request.
In a second aspect, an embodiment of the present invention provides an electronic sign-in system, including:
the system comprises Bluetooth equipment carried by a delivery party, a mobile terminal for installing WeChat application, a WeChat server and a delivery system server;
the mobile terminal is used for searching the Bluetooth equipment carried by the delivery party in a WeChat shake-shake peripheral mode;
the WeChat server is used for acquiring the mobile phone number of the mobile terminal after the Bluetooth equipment is searched, and sending the mobile phone number to the distribution system server;
the distribution system server is used for searching a distribution database stored in the distribution system server according to the mobile phone number, determining that the sign-in state corresponding to the mobile phone number is the material information which is not signed in, and sending the material information to the WeChat server;
the WeChat server is also used for transmitting the material information to the mobile terminal;
the mobile terminal is further used for acquiring a signing state corresponding to the material information input by the signing party after the signing party compares the distribution material carried by the distribution party with the material information;
the WeChat server is also used for generating a signing request corresponding to the material information with the signing state of signed and sending the signing request to the distribution system server;
and the distribution system server is also used for updating the signing state corresponding to the signed material information in the distribution database according to the signing request.
The electronic signing method provided by the embodiment of the invention uses the low-consumption Bluetooth equipment as the signing token, ensures that the distributor can sign the materials when being near the signing party, avoids the situation of false signing, has longer charging period of the low-consumption Bluetooth equipment, is not easy to damage, is convenient to carry, and is safer and more reliable compared with a bar code. Electronic signing is realized by shaking the peripheral function through WeChat, the timeliness of electronic signing can be ensured, the signing action of the signing party triggers the distribution system to update the signing state, the original distribution party records information to update the signing state of the distribution system, the situation that the distribution party falsifies or counterfeits is avoided, and the signing efficiency is improved.
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In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and those skilled in the art can also obtain other drawings according to the drawings without creative efforts.
Fig. 1 is a schematic flow chart of an electronic sign-on method according to an embodiment of the present invention;
FIG. 2 is a schematic flow chart of an electronic sign-on method according to another embodiment of the present invention;
fig. 3 is a schematic structural diagram of an electronic sign-on system according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Fig. 1 is a schematic flow chart of an electronic sign-on method according to an embodiment of the present invention, and as shown in fig. 1, the electronic sign-on method includes:
s11, the mobile terminal provided with the WeChat application searches the Bluetooth equipment carried by the delivery party in a WeChat shake-shake peripheral mode;
specifically, the WeChat application is communication software commonly used in daily life of people, and a Tencent company adds a shaking-shaking periphery function after the version 6.0.0 of WeChat, wherein the shaking-shaking periphery is a connection inlet provided by the WeChat for a low-power-consumption Bluetooth hardware iBeacon device. Under the state that cell-phone bluetooth is opened, when the user opens in the WeChat and shakes once, if there is iBeacon equipment around, can appear peripheral entry automatically, the user shakes once and will obtain information around this moment, for example trade company propaganda preferential information etc.. The iBeacon technology utilizes a broadcast frame called a notification frame in low-loss bluetooth technology BLE, and the notification frame is a frame which is periodically transmitted and can be received by a device which supports BLE. The BLE low-consumption Bluetooth technology is a high-robustness wireless technology with low cost, short distance and interoperability and works in an unlicensed ISM radio frequency band of 2.4 GHz. It was designed from the beginning as an Ultra Low Power (ULP) wireless technology, utilizing many intelligent means to minimize power consumption. BLE bluetooth low energy technology employs variable connection intervals, which may range from milliseconds to seconds depending on the particular application. And the BLE technology adopts a very fast connection mode, so that the link can be in a non-connection state at ordinary times to save energy, in the state, the two ends of the link only know each other, the link is opened only when necessary, and then the link is closed in the shortest possible time.
The data of the iBeacon equipment mainly comprises four kinds of information, namely universal unique identifiers UUID, Major, Minor and MeasuredPower. UUID is a 128-bit identifier specified as the ISO/IEC11578:1996 standard. Major and Minor are set by the iBeacon issuer themselves and are both 16-bit identifiers. For example, a chain store can write area information in Major, and can write ID of individual store in Minor. When the iBeacon function is embedded in the home appliance, the product model may be denoted by Major, and the error code may be denoted by Minor, to notify the failure to the outside. The MeasuredPower is the reference received signal strength when the distance between the iBeacon module and the receiver is 1m, and the receiver calculates the distance between the sending module and the receiver according to the reference received signal strength and the strength of the actual received signal.
Because the WeChat shake-shake periphery function can only open the relevant information carried by the iBeacon equipment that the Bluetooth shakes to within a certain distance, therefore, can dispose iBeacon equipment for the delivery side, and distribute a unique UUID for every delivery side, when the delivery side carries the Bluetooth equipment iBeacon equipment and delivers the material and arrives at the place of signing for, the signing for opens the Bluetooth function of the mobile terminal, shake the periphery function through the WeChat and search the iBeacon equipment that the delivery side carries. If the iBeacon equipment can be searched, the distribution party is indicated to be near the signing party, so that false signing of updating the system signing state due to the fact that the distribution party does not distribute materials can be avoided.
Step S12, after the Bluetooth equipment is searched, the WeChat server acquires the mobile phone number of the mobile terminal and sends the mobile phone number to a distribution system server;
specifically, after the bluetooth device is searched by the WeChat, the WeChat server obtains a mobile phone number corresponding to a micro signal of the signing party and sends the mobile phone number to the distribution system server, and a relevant protocol can be set between the WeChat server and the distribution system server, for example, a mobile field is a user mobile phone number field in the WeChat system server, and a leader mobile phone number field in the distribution system server, so that the WeChat server sends the mobile phone number field of the signing party to the WeChat server after the bluetooth device is searched by the signing party, and the WeChat server can acquire the mobile phone number of the leader mobile phone after receiving the field information.
Step S13, the distribution system server searches a distribution database stored in the distribution system server according to the mobile phone number, determines that the sign-in state corresponding to the mobile phone number is the material information which is not signed in, and sends the material information to the WeChat server;
specifically, the distribution system server stores a distribution database, and the distribution database stores all distribution list information, including: the information of the distributor, the signing party, the number of the distribution order, the title of the distribution order, the material information, the signing state and the like of each distribution order. The distributor can be an express company name or a specific express staff number, the signing party can be a mobile phone number of a common user, a business hall staff or a website staff, and the signing state comprises a non-signing state and a signed state. The distribution database provides a query function, for example, the distribution database is searched by using the signing party as a keyword, and information such as a distributor, a distribution order number, a distribution order title, material information, a signing state and the like of all distribution orders corresponding to the signing party can be searched. When a delivery order is generated, the delivery system updates the delivery database and marks the signing-in state as not signed-in, and when the signing-in party signs in the delivery order, the delivery database changes the signing-in state corresponding to the order from not signed-in to signed-in.
After the distribution system server obtains the mobile phone number sent by the WeChat server, the distribution database is searched, all distribution orders taking the mobile phone number as a signing party are obtained, and all material information with the signing state of not signing is sent to the WeChat server. If the distribution system cannot find the distribution list information which takes the mobile phone number as the sign receiving and releasing, a response of failure query is returned to the WeChat server, and the WeChat server feeds back the distribution list information which does not correspond to the mobile phone number to the mobile terminal.
Step S14, the WeChat server transmits the material information to the mobile terminal;
specifically, after the WeChat server receives the material information, the WeChat server displays the material information in a WeChat interface of the mobile terminal of the signatory, and the WeChat server can also set a state option for each material information to receive the state information of the material input by the signatory.
Step S15, after the signing party compares the distribution materials carried by the distribution party with the material information, the mobile terminal obtains the signing state corresponding to the material information input by the signing party;
specifically, after the signing party acquires the material information, the signing party compares the distribution materials carried by the distribution party, and confirms the signing of the carried distribution materials, for example, the signing state of the material information is input through a mobile terminal, or the corresponding state option of the material information is checked to be signed, so that the signing party completes the signing work.
Step S16, the WeChat server generates a signing request corresponding to the material information of which the signing state is signed, and sends the signing request to the distribution system server;
specifically, after the signing party selects to sign, the WeChat server generates a signing request of the signed material information, for example, a message field isapproval is set as the signing request by a protocol, and the WeChat server sends the message field isapproval to the delivery system server with the message field isapproval set to 1 (i.e., through checking).
Step S17, the distribution system server updates the signing status corresponding to the signed material information in the distribution database according to the signing request.
Specifically, after receiving the signing request, the distribution system server changes the signing state of the material information confirmed by the signing party in the distribution database into signed state, thereby completing the whole electronic signing process.
The electronic signing method provided by the embodiment of the invention uses the low-consumption Bluetooth equipment as the signing token, ensures that the distributor can sign the materials when being near the signing party, avoids the situation of false signing, has longer charging period of the low-consumption Bluetooth equipment, is not easy to damage, is convenient to carry, and is safer and more reliable compared with a bar code. Electronic signing is realized by shaking the peripheral function through WeChat, the timeliness of electronic signing can be ensured, the signing action of the signing party triggers the distribution system to update the signing state, the original distribution party records information to update the signing state of the distribution system, the situation that the distribution party falsifies or counterfeits is avoided, and the signing efficiency is improved.
On the basis of the foregoing embodiment, further, the updating, by the distribution system server, the sign-off state corresponding to the signed-off material information in the distribution database according to the sign-off request includes:
after receiving the signing request, the distribution system server sends a request for acquiring a material image corresponding to the signed material information to the WeChat server;
the WeChat server starts a WeChat photographing function of the mobile terminal and sends the material image to the distribution system server after acquiring the material image;
and the distribution system server updates the sign-in state corresponding to the signed-in material information in the distribution database and stores the material image.
Specifically, in order to further ensure the authenticity of electronic sign-in, the distribution system server may further send a request for obtaining a material image corresponding to the signed material information to the WeChat server after receiving the sign-in request sent by the WeChat server, the WeChat server starts a photographing function of the mobile terminal after receiving the request, photographs the signed material to obtain the material image, and sends the material image to the distribution system server, and the distribution system server updates the sign-in state of the material information corresponding to the distribution database after receiving the material image, and stores the material image.
In practical application, after the mobile terminal searches for the Bluetooth equipment through the WeChat shake periphery, the WeChat server can also read the number UUID of the Bluetooth equipment, send the number of the Bluetooth equipment and the mobile phone number of the mobile terminal to the distribution system server, and after the distribution system server changes the sign-in state of the material information, the distribution system server can also associate the number of the Bluetooth equipment or a distributor corresponding to the number, so that both parties of the problem can be directly determined when complaints and disputes occur.
The electronic signing method provided by the embodiment of the invention uses low-consumption Bluetooth equipment as a signing token, realizes electronic signing through a function of shaking the periphery by WeChat, stores material images, ensures that a distribution party can sign materials when near the signing party, avoids the situation of false signing, triggers a distribution system to update the signing state by the signing action of the signing party, replaces the original distribution party to record information to update the signing state of the distribution system, avoids the situation of falsification or counterfeiting of the distribution party, obtains the material images from the signing party, further ensures the authenticity of electronic signing, and further improves the signing efficiency.
On the basis of the foregoing embodiments, further, the electronic sign-on method further includes:
the mobile terminal sends a request for inquiring a distribution list to the WeChat server through a WeChat enterprise number;
the WeChat server acquires the mobile phone number of the mobile terminal and sends the mobile phone number and the request for inquiring the distribution list to a distribution system server;
the distribution system server searches a distribution database stored in the distribution system server according to the mobile phone number, determines distribution order information corresponding to the mobile phone number, and sends the distribution order information to the WeChat server;
and the WeChat server transmits the delivery list information to the mobile terminal.
Specifically, the user can also query all delivery list states with the user as the signing party through the WeChat, for example, the user opens an electronic signing application of the WeChat enterprise number and opens a 'my to Do' menu in an application menu, at this time, the mobile terminal sends a request for querying the delivery list to the WeChat server through the WeChat enterprise number, the WeChat server obtains the mobile phone number of the user and sends the mobile phone number and the query request to the delivery system server, the delivery system server searches a delivery database according to the mobile phone number and returns all delivery lists with the mobile phone number as the recipient to the WeChat server, the WeChat server displays all delivery list information to the user on a WeChat interface, and the user can check all material information and corresponding signing states thereof.
In practical application, after the distribution system server searches the distribution system database, a distribution list taking the mobile phone number as a receiver can be returned to the WeChat server, the WeChat server can display the distribution list to a user, and after the user clicks one of the distribution lists at the mobile terminal, the distribution list number, the material information, the sign-in state and the like corresponding to the distribution list are returned.
For example, a user opens an electronic sign-off application of a WeChat enterprise number, and opens a 'my to do' menu in an application menu, at the moment, a mobile terminal sends a request for inquiring a distribution list to a WeChat server through the WeChat enterprise number, the WeChat server acquires a mobile phone number of the user, sends the mobile phone number and the request for inquiring to a distribution system server, the distribution system searches the distribution list taking the mobile phone number as a sign-off party in a distribution database according to the mobile phone number, returns field information such as a distribution list number orderNo, a distribution list title, a distributor sublier, a material type PojectType and the like to the WeChat server, the user clicks a specific distribution list on the WeChat enterprise number, the WeChat server transmits the corresponding distribution list number orderNo to the distribution system, and the distribution system inquires field information such as a specific material type Itype, a material Quantity Quantity, a payment type PayType and a sign-off state in the distribution list number according to the distribution list number, and returning to the foreground of the WeChat server for displaying, and finishing the query.
According to the electronic signing method provided by the embodiment of the invention, the low-consumption Bluetooth equipment is used as the signing token, electronic signing is realized through the peripheral function of shaking WeChat, the false signing situation is avoided, the distribution list information taking the user mobile phone number as the signing party can be searched through the WeChat enterprise number, the user can conveniently obtain the distribution list details in time, and the signing efficiency is further improved.
On the basis of the above embodiments, further, the sending the mobile phone number to a distribution system server includes;
the WeChat server sends the mobile phone number to a workbench server through a WeChat interface;
the workbench server forwards the mobile phone number to the distribution system server;
correspondingly, the sending the material information to the WeChat server includes:
the distribution system server sends the material information to the workbench server;
and the workbench server sends the material information to the WeChat server through a WeChat interface.
Specifically, the WeChat server is a server address of a WeChat external interface provided by Tencent corporation and is located in a public network, the workbench server is a server owned by an operator and is deployed in a DMZ area to realize the internal and external network interconnection function, the workbench realizes information interaction with WeChat according to the access specification specified by the WeChat through an https protocol, the distribution system server is deployed in an MDCN network in the operator, and the workbench server and the distribution system server mutually develop a webservice interface according to a TCP/IP protocol to realize information interconnection.
After the mobile phone number of the mobile terminal is acquired by the WeChat server, the mobile phone number is sent to the workbench server, the workbench server forwards the mobile phone number to the distribution system server, the distribution system server sends the material information to the workbench server after acquiring the material information of which the sign-in state corresponding to the mobile phone number is not signed in, the workbench server forwards the material information to the WeChat server, the WeChat server sends the sign-in request to the workbench server after the sign-in party confirms the sign-in, the workbench server forwards the sign-in request to the distribution system server, and the distribution system server changes the sign-in state of the material information in the distribution database according to the sign-in request.
The electronic signing method provided by the embodiment of the invention uses low-consumption Bluetooth equipment as a signing token, realizes electronic signing through a WeChat shaking and surrounding function, realizes communication between a WeChat server and a distribution system server through a workbench server, ensures that a distribution party can sign materials when the distribution party is near the signing party, avoids the situation of false signing, triggers the distribution system to update the signing state through the signing action of the signing party, replaces the original distribution party to record information to update the distribution system signing state, avoids the situation of falsification or counterfeiting of the distribution party, and further improves the signing efficiency.
On the basis of the foregoing embodiments, further, the forwarding, by the workbench server, the mobile phone number to the distribution system server further includes:
the workbench server forwards the mobile phone number to a partner server;
the partner server searches a distribution database stored in the partner server according to the mobile phone number, determines that the sign-on state corresponding to the mobile phone number is the material information which is not signed on, and sends the material information to the workbench server.
Specifically, a partner server, such as an express company server, a website order system, an entity store order system, and the like, may be accessed through the workstation server, and the partner server and the workstation server may develop a webservice interface according to a TCP/IP protocol to implement information interconnection.
After the mobile phone number of the mobile terminal is acquired by the WeChat server, the mobile phone number is sent to the workbench server, the workbench server forwards the mobile phone number to the distribution system server, the distribution system server acquires the material information of which the sign-in state corresponding to the mobile phone number is not signed in and then sends the material information to the workbench server, if the distribution system server cannot search the corresponding mobile phone number, a query failure response is fed back to the workbench server, the workbench server sends the mobile phone number to the partner server, the partner server acquires the material information of which the sign-in state corresponding to the mobile phone number is not signed in and then sends the material information to the workbench server, the workbench server forwards the material information to the WeChat server, and the WeChat server sends a sign-in request to the workbench server after the sign-in party confirms the sign-in state, the workstation server transmits a signing request to the distribution system server or the partner server, and the distribution system server or the partner server changes the signing state of the material information in the distribution database or the partner database according to the signing request.
In practical application, the electronic signing method can realize partial signing, namely, a batch of materials arrive in batches at different time periods, the workbench server makes statistics and records, and the materials are transmitted to the distribution system server or the partner system server for signing in a whole list at one time after all signing is finished.
In practical application, the information of the delivery order signed by the WeChat shaking in the partner server can be stored in the delivery system server through the workbench server, so that the order inquiry can be realized through the delivery system server.
Fig. 2 is a schematic flow chart of an electronic sign-off method according to another embodiment of the present invention, as shown in fig. 2, where the website personnel are sign-off parties in a partner system, and the service hall personnel are sign-off parties in a distribution system, the electronic sign-off method includes:
s21, the distribution personnel carry the materials and the Bluetooth equipment to arrive at the address to be distributed;
step S22, the personnel in the network or the service hall use the own smart phone to open the Bluetooth equipment of the mobile phone, enter a discovery menu, open a shaking function, shake in the peripheral function and search the Bluetooth equipment on the body of the distributor;
step S23, after the search is carried out, the WeChat server transmits the telephone number mobile field of the personnel of the network or the service hall and the Bluetooth equipment number channel ID on the distributor to the workbench server, and the workbench server acquires the mobile phone number and the Bluetooth equipment number;
step S24, the partner server judges whether the mobile phone number is a website personnel, if yes, step S25 is executed, otherwise, step S26 is executed;
step S25, the partner system searches a partner database, and reads the material information to be signed by the website personnel in the partner, including the fields of the type of material typecount, the total issued material count, the total put count putcount and the corresponding delivery order number deliveryNo;
step S26, the distribution system server searches a distribution database and obtains distribution list information corresponding to the mobile phone number;
step S27, the workbench server determines a material list which can be signed;
step S28, comparing the obtained information of the materials to be signed with the materials provided by the actual distributors by the network or the service hall personnel;
step S29, after confirming that no error exists, the distributor delivers the material to the personnel of the network or the service hall, the relevant personnel click on the WeChat to sign off, and the WeChat server sets the message field isapprval as 1 and sends the message field isapprval to the partner system or the distribution system after clicking;
step S210, the sign-in request is forwarded to a distribution system/a partner system through a workbench server, the distribution system/the partner system searches for a corresponding distribution list according to the delivery list number deliveryNo, sets a sign-in state field OrderStatus of the distribution list from CS (initial) to QS (signed-in), and registers the material as signed-in;
s211, the workbench server prompts a website worker or a service hall worker to take a material image through the WeChat server;
s212, the network personnel or the service hall personnel shoot material images through WeChat;
step S213, the distribution system/the partner system acquires and stores the image;
and step S214, the workbench server prompts that the picture is successfully stored, and the electronic sign-in process is completed.
The electronic signing method provided by the embodiment of the invention uses low-consumption Bluetooth equipment as a signing token, realizes electronic signing through a WeChat shaking and surrounding function, ensures that a distributor can sign materials when being near the signing party, avoids the situation of false signing, triggers a distribution system to update the signing state by the signing action of the signing party, replaces the original distributor to record information to update the signing state of the distribution system, avoids the situation of falsification or counterfeiting of the distributor, realizes the communication between a WeChat server and a distribution system server as well as a partner server through a workbench server, increases the application range of electronic signing, and further improves the signing efficiency.
Fig. 3 is a schematic structural diagram of an electronic sign-off system according to an embodiment of the present invention, and as shown in fig. 3, the system includes: a bluetooth device 31 carried by the delivery side, a mobile terminal 32 installed with a wechat application, a wechat server 33 and a delivery system server 35, wherein:
the mobile terminal 32 is used for searching the Bluetooth equipment 31 carried by the delivery party in a WeChat shake-shake peripheral mode; the wechat server 33 is used for acquiring the mobile phone number of the mobile terminal 32 after searching the bluetooth device 31, and sending the mobile phone number to the distribution system server 35; the distribution system server 35 is configured to search a distribution database stored in the distribution system server 35 according to the mobile phone number, determine that the sign-off state corresponding to the mobile phone number is the material information that is not signed off, and send the material information to the WeChat server 33; the WeChat server 33 is also used for transmitting the material information to the mobile terminal 32; the mobile terminal 32 is further configured to, after the signing party compares the distribution materials and the material information carried by the distribution party, obtain a signing state corresponding to the material information input by the signing party; the WeChat server 33 is further configured to generate a signing request corresponding to the material information whose signing status is signed, and send the signing request to the distribution system server 35; the distribution system server 35 is further configured to update the signing status corresponding to the signed material information in the distribution database according to the signing request.
Specifically, when the materials are distributed, the distribution party carries the bluetooth device 31 and after the distributed materials arrive at the signing place, the signing party opens the bluetooth function of the mobile terminal 32, and searches the bluetooth device 31 carried by the distribution party by shaking the surrounding function through WeChat.
After the bluetooth device 31 is searched by the WeChat, the WeChat server 33 obtains a mobile phone number corresponding to the micro signal of the signing party, sends the mobile phone number to the distribution system server 35, after the distribution system server 35 obtains the mobile phone number sent by the WeChat server 33, searches the distribution database, obtains all distribution orders taking the mobile phone number as the signing party, and sends all material information of which the signing state is not signed to the WeChat server 33.
After receiving the material information, the WeChat server 33 displays the material information in the WeChat interface of the mobile terminal of the signing party, after the signing party obtains the material information, the signing party compares the distribution materials carried by the distribution party, the signing is confirmed for the carried distribution materials, after the signing party selects the signing, the WeChat server 33 generates a signing request of the signed material information, and the signing request is sent to the distribution system server 35. After receiving the signing request, the distribution system server 35 changes the signing status of the material information confirmed by the signing party in the distribution database to signed, thereby completing the whole electronic signing process. The system provided in the embodiment of the present invention is configured to implement the method, and the functions of the system specifically refer to the method embodiment, which is not described herein again.
The electronic signing system provided by the embodiment of the invention uses the low-consumption Bluetooth equipment as the signing token, ensures that the distributor can sign for the materials when being near the signing party, avoids the situation of false signing, has longer charging period of the low-consumption Bluetooth equipment, is not easy to damage, is convenient to carry, and is safer and more reliable compared with a bar code. Electronic signing is realized by shaking the peripheral function through WeChat, the timeliness of electronic signing can be ensured, the signing action of the signing party triggers the distribution system to update the signing state, the original distribution party records information to update the signing state of the distribution system, the situation that the distribution party falsifies or counterfeits is avoided, and the signing efficiency is improved.
On the basis of the foregoing embodiment, further, the distribution system server is further configured to:
after receiving the signing request, sending a request for acquiring a material image corresponding to the signed material information to the WeChat server;
correspondingly, the WeChat server is further used for starting a WeChat photographing function of the mobile terminal and sending the material images to the distribution system after the material images are obtained;
the distribution system server is further configured to update the sign-in state corresponding to the signed-in material information in the distribution database, and store the material image.
Specifically, in order to further ensure the authenticity of electronic sign-in, the distribution system server may further send a request for obtaining a material image corresponding to the signed material information to the WeChat server after receiving the sign-in request sent by the WeChat server, the WeChat server starts a photographing function of the mobile terminal after receiving the request, photographs the signed material to obtain the material image, and sends the material image to the distribution system server, and the distribution system server updates the sign-in state of the material information corresponding to the distribution database after receiving the material image, and stores the material image. The system provided in the embodiment of the present invention is configured to implement the method, and the functions of the system specifically refer to the method embodiment, which is not described herein again.
The electronic signing system provided by the embodiment of the invention uses the low-consumption Bluetooth equipment as a signing token, realizes electronic signing through a function of shaking the periphery by WeChat, stores the material image, ensures that a distributor can sign the material when being near the signing party, avoids the situation of false signing, triggers the distribution system to update the signing state by the signing action of the signing party, replaces the original distribution party to input information to update the signing state of the distribution system, avoids the situation of falsification or counterfeiting of the distributor, obtains the material image from the signing party, further ensures the authenticity of electronic signing, and further improves the signing efficiency.
On the basis of the foregoing embodiments, further, the mobile terminal is further configured to:
sending a request for inquiring a distribution list to the WeChat server through a WeChat enterprise number;
correspondingly, the WeChat server is also used for acquiring the mobile phone number of the mobile terminal and sending the mobile phone number and the request for inquiring the distribution list to the distribution system server;
correspondingly, the distribution system server is further configured to search a distribution database stored in the distribution system server according to the mobile phone number, determine distribution order information corresponding to the mobile phone number, and send the distribution order information to the WeChat server;
correspondingly, the WeChat server is also used for transmitting the delivery list information to the mobile terminal.
Specifically, the user can also query all delivery list states with the user as the signing party through the WeChat, for example, the user opens an electronic signing application of the WeChat enterprise number and opens a 'my to Do' menu in an application menu, at this time, the mobile terminal sends a request for querying the delivery list to the WeChat server through the WeChat enterprise number, the WeChat server obtains the mobile phone number of the user and sends the mobile phone number and the query request to the delivery system server, the delivery system server searches a delivery database according to the mobile phone number and returns all delivery lists with the mobile phone number as the recipient to the WeChat server, the WeChat server displays all delivery list information to the user on a WeChat interface, and the user can check all material information and corresponding signing states thereof. The system provided in the embodiment of the present invention is configured to implement the method, and the functions of the system specifically refer to the method embodiment, which is not described herein again.
The electronic sign-off system provided by the embodiment of the invention uses the low-consumption Bluetooth equipment as the sign-off token, realizes electronic sign-off by shaking a peripheral function through WeChat, avoids the situation of false sign-off, can search the distribution list information taking the user mobile phone number as the sign-off party through the WeChat enterprise number, is convenient for the user to obtain the details of the distribution list in time, and further improves the sign-off efficiency.
On the basis of the above embodiments, as shown in fig. 3, the electronic sign-off system further includes: a bluetooth device 31 carried by a delivery side, a mobile terminal 32 installed with a wechat application, a wechat server 33, a workbench server 34, and a delivery system server 35, wherein:
the workbench server 34 is configured to forward the mobile phone number to the distribution system server; correspondingly, the distribution system server 35 is specifically configured to send the material information to the workbench server 34; the workbench server 34 is further configured to send the material information to the WeChat server 33 through a WeChat interface.
After the WeChat server 33 obtains the mobile phone number of the mobile terminal 32, the mobile phone number is sent to the workbench server 34, the workbench server 34 forwards the mobile phone number to the distribution system server 35, the distribution system server 35 sends the material information to the workbench server 34 after obtaining the material information that the sign-off state corresponding to the mobile phone number is not signed off, the workbench server 34 forwards the material information to the WeChat server 33, the WeChat server 33 sends the sign-off request to the workbench server 34 after the sign-off party confirms the sign-off, the workbench server 34 forwards the sign-off request to the distribution system server 35, and the distribution system server 35 changes the sign-off state of the material information in the distribution database according to the sign-off request. The system provided in the embodiment of the present invention is configured to implement the method, and the functions of the system specifically refer to the method embodiment, which is not described herein again.
The electronic signing system provided by the embodiment of the invention uses low-consumption Bluetooth equipment as a signing token, realizes electronic signing through a WeChat shaking peripheral function, realizes communication between a WeChat server and a distribution system server through a workbench server, ensures that a distribution party can sign materials when the distribution party is near the signing party, avoids the situation of false signing, triggers the distribution system to update the signing state through the signing action of the signing party, replaces the original distribution party to record information to update the distribution system signing state, avoids the situation of falsification or counterfeiting of the distribution party, and further improves the signing efficiency.
On the basis of the above embodiments, as shown in fig. 3, the electronic sign-off system further includes: a bluetooth device 31 carried by a delivery side, a mobile terminal 32 in which a wechat application is installed, a wechat server 33, a workbench server 34, a delivery system server 35, and a partner server 36, wherein: the workbench server 34 is also used for forwarding the mobile phone number to a partner server; the partner server 36 is configured to search a distribution database stored in the partner server 36 according to the mobile phone number, determine that the sign-off state corresponding to the mobile phone number is the material information that has not been signed off, and send the material information to the workbench server 34.
After the WeChat server 33 obtains the mobile phone number of the mobile terminal 32, the mobile phone number is sent to the workbench server 34, the workbench server 34 forwards the mobile phone number to the distribution system server 35, the distribution system server 35 sends the material information of which the sign-off state corresponding to the mobile phone number is not signed off to the workbench server 34, if the distribution system server 35 cannot find the corresponding mobile phone number, the query failure response is fed back to the workbench server 34, the workbench server 34 sends the mobile phone number to the partner server 36, the partner server 36 sends the material information of which the sign-off state corresponding to the mobile phone number is not signed off to the workbench server 34, the workbench server 34 forwards the material information to the WeChat server 33, after the WeChat server 33 confirms the sign-off of the signing party, and sending the signing request to the workbench server 34, forwarding the signing request to the distribution system server 35 or the partner server 36 by the workbench server 34, and changing the signing state of the material information in the distribution database or the partner database by the distribution system server 35 or the partner server 36 according to the signing request. The system provided in the embodiment of the present invention is configured to implement the method, and the functions of the system specifically refer to the method embodiment, which is not described herein again.
The electronic signing system provided by the embodiment of the invention uses low-consumption Bluetooth equipment as a signing token, realizes electronic signing through a WeChat shaking and surrounding function, ensures that a distributor can sign materials when being near the signing party, avoids the situation of false signing, triggers the distribution system to update the signing state by the signing action of the signing party, replaces the original distributor to record information to update the signing state of the distribution system, avoids the situation of falsification or counterfeiting of the distributor, realizes the communication between a WeChat server and a distribution system server as well as a partner server through a workbench server, increases the application range of electronic signing, and further improves the signing efficiency.
Those of ordinary skill in the art will understand that: all or part of the steps for implementing the method embodiments may be implemented by hardware related to program instructions, and the program may be stored in a computer readable storage medium, and when executed, the program performs the steps including the method embodiments; and the aforementioned storage medium includes: various media that can store program codes, such as ROM, RAM, magnetic or optical disks.
The above-described embodiments of the system and the like are merely illustrative, and the units described as separate parts may or may not be physically separate, and parts displayed as units may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of the present embodiment. One of ordinary skill in the art can understand and implement it without inventive effort.
Through the above description of the embodiments, those skilled in the art will clearly understand that each embodiment can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware. With this understanding in mind, the above-described technical solutions may be embodied in the form of a software product, which can be stored in a computer-readable storage medium such as ROM/RAM, magnetic disk, optical disk, etc., and includes instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the methods described in the embodiments or some parts of the embodiments.
Finally, it should be noted that: the above embodiments are only used for illustrating the technical solutions of the embodiments of the present invention, and are not limited thereto; although embodiments of the present invention have been described in detail with reference to the foregoing embodiments, those skilled in the art will understand that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.
Claims (10)
1. An electronic sign-on method, comprising:
the mobile terminal provided with the WeChat application searches the Bluetooth equipment carried by a delivery party in a WeChat shake-shake peripheral mode; each distribution party carries one Bluetooth device, and the unique identifications of the Bluetooth devices carried by different distribution parties are different;
after the Bluetooth equipment is searched, the WeChat server acquires the mobile phone number of the mobile terminal and sends the mobile phone number to a distribution system server;
the distribution system server searches a distribution database stored in the distribution system server according to the mobile phone number, determines that the sign-on state corresponding to the mobile phone number is the material information which is not signed on, and sends the material information to the WeChat server;
the WeChat server transmits the material information to the mobile terminal;
the mobile terminal acquires a signing state corresponding to the material information input by a signing party after the signing party compares the distribution material carried by the distribution party with the material information;
the WeChat server generates a signing request corresponding to the material information with the signing state being signed, and sends the signing request to the distribution system server;
and the distribution system server updates the signing state corresponding to the signed material information in the distribution database according to the signing request.
2. The electronic sign-on method according to claim 1, wherein the updating, by the distribution system server, the sign-on status corresponding to the signed-on material information in the distribution database according to the sign-on request includes:
after receiving the signing request, the distribution system server sends a request for acquiring a material image corresponding to the signed material information to the WeChat server;
the WeChat server starts a WeChat photographing function of the mobile terminal and sends the material image to the distribution system server after acquiring the material image;
and the distribution system server updates the sign-in state corresponding to the signed-in material information in the distribution database and stores the material image.
3. An electronic signature method as recited in claim 1, wherein the electronic signature method further comprises:
the mobile terminal sends a request for inquiring a distribution list to the WeChat server through a WeChat enterprise number;
the WeChat server acquires the mobile phone number of the mobile terminal and sends the mobile phone number and the request for inquiring the distribution list to a distribution system server;
the distribution system server searches a distribution database stored in the distribution system server according to the mobile phone number, determines distribution order information corresponding to the mobile phone number, and sends the distribution order information to the WeChat server;
and the WeChat server transmits the delivery list information to the mobile terminal.
4. An electronic signature method as claimed in any one of claims 1 to 3 wherein said transmitting said cell phone number to a distribution system server includes;
the WeChat server sends the mobile phone number to a workbench server through a WeChat interface;
the workbench server forwards the mobile phone number to the distribution system server;
correspondingly, the sending the material information to the WeChat server includes:
the distribution system server sends the material information to the workbench server;
and the workbench server sends the material information to the WeChat server through a WeChat interface.
5. The electronic sign-on method of claim 4, wherein the workbench server forwards the cell phone number to the distribution system server, further comprising:
the workbench server forwards the mobile phone number to a partner server;
the partner server searches a distribution database stored in the partner server according to the mobile phone number, determines that the sign-on state corresponding to the mobile phone number is the material information which is not signed on, and sends the material information to the workbench server.
6. An electronic sign-on system, comprising:
the system comprises Bluetooth equipment carried by a delivery party, a mobile terminal for installing WeChat application, a WeChat server and a delivery system server;
the mobile terminal is used for searching the Bluetooth equipment carried by the delivery party in a WeChat shake-shake peripheral mode; each distribution party carries one Bluetooth device, and the unique identifications of the Bluetooth devices carried by different distribution parties are different;
the WeChat server is used for acquiring the mobile phone number of the mobile terminal after the Bluetooth equipment is searched, and sending the mobile phone number to the distribution system server;
the distribution system server is used for searching a distribution database stored in the distribution system server according to the mobile phone number, determining that the sign-in state corresponding to the mobile phone number is the material information which is not signed in, and sending the material information to the WeChat server;
the WeChat server is also used for transmitting the material information to the mobile terminal;
the mobile terminal is further used for acquiring a signing state corresponding to the material information input by the signing party after the signing party compares the distribution material carried by the distribution party with the material information;
the WeChat server is also used for generating a signing request corresponding to the material information with the signing state of signed and sending the signing request to the distribution system server;
and the distribution system server is also used for updating the signing state corresponding to the signed material information in the distribution database according to the signing request.
7. The electronic sign-on system of claim 6, wherein the distribution system server is further configured to:
after receiving the signing request, sending a request for acquiring a material image corresponding to the signed material information to the WeChat server;
correspondingly, the WeChat server is further used for starting a WeChat photographing function of the mobile terminal and sending the material images to the distribution system after the material images are obtained;
the distribution system server is further configured to update the sign-in state corresponding to the signed-in material information in the distribution database, and store the material image.
8. The electronic sign-on system of claim 6, wherein the mobile terminal is further configured to:
sending a request for inquiring a distribution list to the WeChat server through a WeChat enterprise number;
correspondingly, the WeChat server is also used for acquiring the mobile phone number of the mobile terminal and sending the mobile phone number and the request for inquiring the distribution list to the distribution system server;
correspondingly, the distribution system server is further configured to search a distribution database stored in the distribution system server according to the mobile phone number, determine distribution order information corresponding to the mobile phone number, and send the distribution order information to the WeChat server;
correspondingly, the WeChat server is also used for transmitting the delivery list information to the mobile terminal.
9. An electronic signature system as claimed in any one of claims 6 to 8 further comprising:
the workbench server is used for forwarding the mobile phone number to the distribution system server;
correspondingly, the distribution system server is specifically configured to send the material information to the workbench server;
the workbench server is further used for sending the material information to the WeChat server through a WeChat interface.
10. The electronic signature system of claim 9, further comprising:
a partner server;
correspondingly, the workbench server is also used for forwarding the mobile phone number to a partner server;
the partner server is used for searching a distribution database stored in the partner server according to the mobile phone number, determining that the sign-in state corresponding to the mobile phone number is the material information which is not signed in, and sending the material information to the workbench server.
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| CN103530753A (en) * | 2013-10-21 | 2014-01-22 | 北京邮电大学 | Informatization express method capable of protecting privacy of client |
| CN106296057A (en) * | 2015-05-29 | 2017-01-04 | 阿里巴巴集团控股有限公司 | The processing method of express delivery information, device and server |
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| DK1181655T3 (en) * | 1999-02-08 | 2004-02-02 | United Parcel Service Inc | Package Shipment Systems and Methods Using the Internet |
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|---|---|---|---|---|
| CN103455900A (en) * | 2013-09-03 | 2013-12-18 | 万森 | Method and device for express delivery management based on two-dimension code |
| CN103530753A (en) * | 2013-10-21 | 2014-01-22 | 北京邮电大学 | Informatization express method capable of protecting privacy of client |
| CN106296057A (en) * | 2015-05-29 | 2017-01-04 | 阿里巴巴集团控股有限公司 | The processing method of express delivery information, device and server |
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