CN111460843A - Method and device for remotely deploying and controlling bar code scanning equipment - Google Patents
Method and device for remotely deploying and controlling bar code scanning equipment Download PDFInfo
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Abstract
The invention relates to a method for remotely deploying and controlling bar code scanning equipment, which comprises the following steps: adding a network module in the bar code scanning equipment for connecting the bar code scanning equipment and a world wide web; the method comprises the steps that a remote server is deployed, a configuration file used for setting parameters of the barcode scanning equipment is received, and the version of the configuration file is recorded; the barcode scanning equipment reads the version of the configuration file recorded on the remote server through a network module, and judges whether the version of the configuration file recorded on the remote server is higher than the version of the configuration file currently used by the barcode scanning equipment; if the version of the configuration file recorded on the remote server is higher than the version of the configuration file currently used by the barcode scanning equipment, downloading the configuration file from the remote server to the barcode scanning equipment, and replacing the configuration file of the local machine for updating; otherwise, ending.
Description
Technical Field
The invention relates to a method and a device for remotely deploying and controlling a bar code scanning device, belonging to the technical field of bar code device control management.
Background
The two-dimensional code is widely applied to life and production, and in chain supermarkets, a plurality of self-service payment devices are arranged in each supermarket. Because each intelligent self-service payment device is an intelligent terminal with complete functions, and the data port is mainly used for outputting data and independently setting point to point, each self-service payment device needs to be independently set and information is collected and counted.
The flow chart of the existing payment equipment is shown in the attached figure 1 of the specification, when self-service payment is carried out, a payment code is collected, decoded and uploaded to host equipment by embedded code scanning equipment, and the host and a server interact successfully and prompt the success of payment. Fig. 2 of the specification is a control means of the existing embedded code scanning device, and the parameter configuration of each barcode scanning device can be set only by reading the barcode containing the setting trigger instruction as the setting barcode or by the host, for example, allowing the embedded code scanning device to read the QR code, initializing the setting, and the like.
In a daily barcode reading application scene, the embedded code scanning device is often modified and set as required. With the rapid development of mobile payment and the well blowout of new retail business, the barcode scanning devices are usually distributed in a distributed manner, even in different regions, as an important tool for reading the mobile phone screen. At present, the parameter setting of the bar code equipment needs to be modified one by one to independently set the bar code scanning equipment, which not only wastes time and labor, but also is easy to make mistakes, omit and the like.
Disclosure of Invention
In order to solve the problems in the prior art, the invention provides a method and a device for remotely deploying and controlling a barcode scanning device, which solve the problems that the barcode scanning device needs to be arranged in multiple places and in large batch and needs a large amount of manpower and material resources.
The technical scheme of the invention is as follows:
technical scheme one
A method for remotely deploying and controlling a barcode scanning device comprises the following steps:
adding a network module in the bar code scanning equipment for connecting the bar code scanning equipment and a world wide web;
the method comprises the steps that a remote server is deployed, a configuration file used for setting parameters of the barcode scanning equipment is received, and the version of the configuration file is recorded;
the bar code scanning equipment establishes communication connection with the remote server through a network module, reads the version of the configuration file recorded on the remote server and judges whether the version of the configuration file recorded on the remote server is higher than the version of the configuration file currently used by the bar code scanning equipment;
if the version of the configuration file recorded on the remote server is higher than the version of the configuration file currently used by the barcode scanning equipment, downloading the configuration file from the remote server to the barcode scanning equipment, and replacing the configuration file of the local machine for updating;
and if the version of the configuration file on the remote server is not higher than the version of the configuration file currently used by the barcode scanning equipment, ending the operation.
Further, the barcode scanning device downloads the configuration file from the remote server to the barcode scanning device, updates the configuration file replacing the local machine, uploads the serial number of the local machine to the remote server, and the remote server stores the serial number and counts the number of the updated barcode scanning devices according to the serial number.
Further, the method also comprises a data interaction step, which is as follows:
after the communication connection between the bar code scanning equipment and the remote server is successful, transmitting the current time to the remote server;
setting a timer based on the current time;
the method comprises the steps that when the bar code decoding is successful, the bar code scanning equipment carries out classification analysis statistics on collected information data, wherein the information data comprise decoding places, the number of use times of bar code types and decoding time;
when the timer reaches the set time, the information data is encrypted and encoded and then uploaded to a remote server, and meanwhile, the counting time of the timer is reset;
the remote server receives the information data.
Further, the network module is a wireless cellular network.
Technical scheme two
An apparatus for remotely deploying a controlled barcode scanning device, comprising a memory and a processor, the memory storing instructions adapted to be loaded by the processor and to perform the steps of:
adding a network module in the bar code scanning equipment for connecting the bar code scanning equipment and a world wide web;
the method comprises the steps that a remote server is deployed, a configuration file used for setting parameters of the barcode scanning equipment is received, and the version of the configuration file is recorded;
the bar code scanning equipment establishes communication connection with the remote server through a network module, reads the version of the configuration file recorded on the remote server and judges whether the version of the configuration file recorded on the remote server is higher than the version of the configuration file currently used by the bar code scanning equipment;
if the version of the configuration file recorded on the remote server is higher than the version of the configuration file currently used by the barcode scanning equipment, downloading the configuration file from the remote server to the barcode scanning equipment, and replacing the configuration file of the local machine for updating;
and if the version of the configuration file on the remote server is not higher than the version of the configuration file currently used by the barcode scanning equipment, ending.
Further, the barcode scanning device downloads the configuration file from the remote server to the barcode scanning device, updates the configuration file replacing the local machine, uploads the serial number of the local machine to the remote server, and the remote server stores the serial number and counts the number of the updated barcode scanning devices according to the serial number.
Further, the method also comprises a data interaction step, which is as follows:
after the communication connection between the bar code scanning equipment and the remote server is successful, transmitting the current time to the remote server;
setting a timer based on the current time;
the method comprises the steps that when the bar code decoding is successful, the bar code scanning equipment carries out classification analysis statistics on collected information data, wherein the information data comprise decoding places, the number of use times of bar code types and decoding time;
when the timer reaches the set time, the information data is encrypted and encoded and then uploaded to a remote server, and meanwhile, the counting time of the timer is reset;
the remote server receives the information data.
Further, the network module is a wireless cellular network.
The invention has the following beneficial effects:
1. according to the method and the device for remotely deploying and controlling the barcode scanning equipment, disclosed by the invention, the problems that the barcode scanning equipment needs to be arranged in multiple places in a large batch and a large amount of manpower and material resources are needed are solved by adding the network module to the embedded barcode scanning equipment and deploying the remote server.
2. According to the method and the device for remotely deploying and controlling the bar code scanning equipment, when remote setting is carried out, the remote server can count the successful setting and display the serial number of the unsuccessfully set product, so that the problems of setting failure and omission are solved.
3. The invention relates to a method and a device for remotely deploying and controlling a bar code scanning device, which increase the statistics of payment code times of merchant banks such as payment treasures, WeChat, cloud flash payment and the like in a consumption scene of an embedded bar code scanning device and the statistics of decoding success times in a factory; in a consumption scene, the collected statistical information of the times of the payment codes can know the habits of users in various regions, and the business layout can be better carried out; the efficiency of each line of factory can be known to the success number of times statistics in the mill, can in time get rid of the problem to the line of factory that efficiency becomes low, has good effect to the efficiency promotion of whole mill.
Drawings
Fig. 1 is a flow chart of a conventional payment device;
FIG. 2 is a diagram illustrating a conventional control method for an embedded code scanning device;
FIG. 3 is a schematic diagram illustrating information transmission between an embedded code scanning device and a remote server according to an embodiment of the present invention;
FIG. 4 is a flowchart of a first embodiment of the present invention;
FIG. 5 is a flowchart illustrating a network connection between a barcode scanning device and a remote server according to an embodiment of the present invention;
FIGS. 6 and 7 are exemplary diagrams of data interaction between a barcode scanning device and a remote server according to an embodiment of the present invention;
fig. 8 is an exemplary diagram of performing classification analysis statistics on collected information data according to an embodiment of the present invention.
Detailed Description
The invention is described in detail below with reference to the figures and the specific embodiments.
Example one
Referring to fig. 3 and 4, a method for remotely deploying and controlling a barcode scanning device (the barcode scanning device may be an embedded barcode identification device, or other devices), includes the following steps:
and adding a network module in the bar code scanning equipment.
Deploying a remote server, which may be any server accessible over the world wide web; uploading a configuration file (in this embodiment, the configuration file is a binary file, and one bit or several bits control one function) for setting parameters of the barcode scanning device to the remote server, and labeling the version of the configuration file; for example, a configuration file for opening and reading a PDF code is manufactured, the configuration file is a binary file, one or more bits are adopted to realize control over the embedded code scanning device, the configuration file is uploaded to a remote server after being manufactured, the configuration file is placed into a corresponding folder of an X product of company A to be deployed, and the version number +1 of the configuration file of the X product of company A is set on the remote server.
The method comprises the steps that a network module is powered on and initialized by the barcode scanning equipment and is connected with a remote server through the network module, after the barcode scanning equipment is connected with the remote server, the version of a configuration file recorded on the server is automatically downloaded, and whether the version of the configuration file on the remote server is higher than the version of the configuration file currently used by the barcode scanning equipment is judged according to the version number of the configuration file of the barcode scanning equipment and the version number of the configuration file on the remote server.
If the version of the configuration file on the remote server is larger than the version of the configuration file currently used by the bar code scanning equipment, the configuration file is downloaded from the remote server to a flash of the bar code scanning equipment for storage, the power failure data of the flash cannot be lost, the power failure is prevented, or no serial number is sent to the server due to network problems, after the downloading is completed, a successful zone bit of the downloaded configuration file is stored in the flash, and the equipment reads a cache to complete the updating (the local machine refers to the bar code scanning equipment currently connected with the remote server).
And if the version of the configuration file on the remote server is not higher than the version of the configuration file currently used by the barcode scanning equipment, ending.
In the embodiment, the problems that the bar code scanning equipment needs to be arranged in multiple places and in large batch and a large amount of manpower and material resources are needed are solved by adding the network module to the embedded bar code scanning equipment and deploying the remote server.
Example two
Further, the barcode scanning device downloads a configuration file from the remote server to the barcode scanning device, after the configuration file of the local machine is updated and replaced, the device uploads a serial number of the local machine to the remote server through a network module, a website special for receiving device data is arranged on the remote server, and the remote server stores the serial number and counts the number of the updated barcode scanning devices; after the serial number is uploaded, the local computer clears the flag bit of successful downloading in the flash.
Referring to fig. 6 and fig. 7 specifically, further, the method further includes a data interaction step, specifically as follows:
after the bar code scanning device is connected with the remote server, the remote server is connected to send an AT + CC L K;
on the basis of the current time, a 1 second timer is used for making a clock to time, for example, a one-hour timed time is set;
referring to fig. 8 in particular, when the barcode scanning device successfully decodes the barcode, the barcode scanning device performs classification analysis statistics on the collected information data, where the information data includes a decoding location (AT + CENG;
when the timer reaches the set time, information data are sent to the server, the information data are composed of time + location + statistical information, the data need to be encrypted by an algorithm of RAS1024 and then encoded by base64 to be converted into a visible character string, and the method comprises the following steps of: (AT + http action 99, data), sending to the remote server, and resetting the counting time of the timer;
the remote server saves the information data; through analyzing the statistical information data, the utilization rate, market share and the intensity of the use time period of the payment treasures, WeChat, Unionpay and the like in each region can be obtained.
Referring to fig. 5 specifically, further, the network module is a wireless cellular network module, which may be a GSM network module specifically; the process that the bar code scanning equipment uses the AT instruction to connect the remote server through the GSM network module is as follows:
after the embedded code scanning device is powered on and started, sending AT + CPIN? Inquiring whether a SIM card is inserted;
is AT + CGREG sent? Inquiring whether the network is normal;
sending AT + CSTT ═ xxx to set up the network;
sending an AT + CIICR activation PDP scene;
sending AT + CIFSR to obtain local IP;
sending AT + HTTPSS L ═ 0 to close ssl encryption;
sending AT + HTTPPARA UR L to set the server address;
sending AT + HTTPPARA ═ PORT, XXX sets up the PORT;
and sending AT + HTTPSETUP to create an http link, and connecting the remote server after success.
The method has the advantages of the first embodiment, and further, when the remote setting is carried out, the remote server can carry out statistics on the successful setting and display the serial numbers of the products which are not successfully set, so that the problems of setting failure and omission are solved; adding statistics on payment code times of merchant banks such as payment treasures, WeChat and cloud flash payment of the embedded code scanning equipment in a consumption scene and statistics on decoding success times in a factory; in a consumption scene, the collected statistical information of the times of the payment codes can know the habits of users in various regions, and the business layout can be better carried out; the efficiency of each line of factory can be known to the success number of times statistics in the mill, can in time get rid of the problem to the line of factory that efficiency becomes low, has good effect to the efficiency promotion of whole mill.
EXAMPLE III
Referring to fig. 3 and 4, an apparatus for remotely deploying and controlling a barcode scanning device (the barcode scanning device may be an embedded barcode identification device, or other device) includes a memory and a processor, the memory storing instructions adapted to be loaded by the processor and to perform the following steps:
and adding a network module in the bar code scanning equipment.
Deploying a remote server, which may be any server accessible over the world wide web; uploading a configuration file (in this embodiment, the configuration file is a binary file, and one bit or several bits control one function) for setting parameters of the barcode scanning device to the remote server, and labeling the version of the configuration file; for example, a configuration file for opening and reading a PDF code is manufactured, the configuration file is a binary file, one or more bits are adopted to realize control over the embedded code scanning device, the configuration file is uploaded to a remote server after being manufactured, the configuration file is placed into a corresponding folder of an X product of company A to be deployed, and the version number +1 of the configuration file of the X product of company A is set on the remote server.
The method comprises the steps that a network module is powered on and initialized by the barcode scanning equipment and is connected with a remote server through the network module, after the barcode scanning equipment is connected with the remote server, the version of a configuration file recorded on the server is automatically downloaded, and whether the version of the configuration file on the remote server is higher than the version of the configuration file currently used by the barcode scanning equipment is judged according to the version number of the configuration file of the barcode scanning equipment and the version number of the configuration file on the remote server.
If the version of the configuration file on the remote server is larger than the version of the configuration file currently used by the bar code scanning equipment, the configuration file is downloaded from the remote server to a flash of the bar code scanning equipment for storage, the power failure data of the flash cannot be lost, the power failure is prevented, or no serial number is sent to the server due to network problems, after the downloading is completed, a successful zone bit of the downloaded configuration file is stored in the flash, and the equipment reads a cache to complete the updating (the local machine refers to the bar code scanning equipment currently connected with the remote server).
And if the version of the configuration file on the remote server is not higher than the version of the configuration file currently used by the barcode scanning equipment, ending.
In the embodiment, the problems that the bar code scanning equipment needs to be arranged in multiple places and in large batch and a large amount of manpower and material resources are needed are solved by adding the network module to the embedded bar code scanning equipment and deploying the remote server.
Example four
Further, the barcode scanning device downloads a configuration file from the remote server to the barcode scanning device, after the configuration file of the local machine is updated and replaced, the device uploads a serial number of the local machine to the remote server through a network module, a website special for receiving device data is arranged on the remote server, and the remote server stores the serial number and counts the number of the updated barcode scanning devices; after the serial number is uploaded, the local computer clears the flag bit of successful downloading in the flash.
Referring to fig. 6 and fig. 7 specifically, further, the method further includes a data interaction step, specifically as follows:
after the bar code scanning device is connected with the remote server, the remote server is connected to send an AT + CC L K;
on the basis of the current time, a 1 second timer is used for making a clock to time, for example, a one-hour timed time is set;
referring to fig. 8 in particular, when the barcode scanning device successfully decodes the barcode, the barcode scanning device performs classification analysis statistics on the collected information data, where the information data includes a decoding location (AT + CENG;
when the timer reaches the set time, information data are sent to the server, the information data are composed of time + location + statistical information, the data need to be encrypted by an algorithm of RAS1024 and then encoded by base64 to be converted into a visible character string, and the method comprises the following steps of: (AT + http action 99, data), sending to the remote server, and resetting the counting time of the timer;
the remote server saves the information data; through analyzing the statistical information data, the utilization rate, market share and the intensity of the use time period of the payment treasures, WeChat, Unionpay and the like in each region can be obtained.
Referring to fig. 5 specifically, further, the network module is a wireless cellular network module, which may be a GSM network module specifically; the process that the bar code scanning equipment uses the AT instruction to connect the remote server through the GSM network module is as follows:
after the embedded code scanning device is powered on and started, sending AT + CPIN? Inquiring whether a SIM card is inserted;
is AT + CGREG sent? Inquiring whether the network is normal;
sending AT + CSTT ═ xxx to set up the network;
sending an AT + CIICR activation PDP scene;
sending AT + CIFSR to obtain local IP;
sending AT + HTTPSS L ═ 0 to close ssl encryption;
sending AT + HTTPPARA UR L to set the server address;
sending AT + HTTPPARA ═ PORT, XXX sets up the PORT;
and sending AT + HTTPSETUP to create an http link, and connecting the remote server after success.
The embodiment has the beneficial effects of the third embodiment, and further, when the remote setting is carried out, the remote server can carry out statistics on the successful setting and display the serial numbers of the products which are not successfully set, so that the problems of setting failure and omission are solved; adding statistics on payment code times of merchant banks such as payment treasures, WeChat and cloud flash payment of the embedded code scanning equipment in a consumption scene and statistics on decoding success times in a factory; in a consumption scene, the collected statistical information of the times of the payment codes can know the habits of users in various regions, and the business layout can be better carried out; the efficiency of each line of factory can be known to the success number of times statistics in the mill, can in time get rid of the problem to the line of factory that efficiency becomes low, has good effect to the efficiency promotion of whole mill.
The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes performed by the present specification and drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (8)
1. A method for remotely deploying and controlling a barcode scanning device is characterized by comprising the following steps:
adding a network module in the bar code scanning equipment for connecting the bar code scanning equipment and a world wide web;
the method comprises the steps that a remote server is deployed, a configuration file used for setting parameters of the barcode scanning equipment is received, and the version of the configuration file is recorded;
the bar code scanning equipment establishes communication connection with the remote server through a network module, reads the version of the configuration file recorded on the remote server and judges whether the version of the configuration file recorded on the remote server is higher than the version of the configuration file currently used by the bar code scanning equipment;
if the version of the configuration file recorded on the remote server is higher than the version of the configuration file currently used by the barcode scanning equipment, downloading the configuration file from the remote server to the barcode scanning equipment, and replacing the configuration file of the local machine for updating;
and if the version of the configuration file on the remote server is not higher than the version of the configuration file currently used by the barcode scanning equipment, ending.
2. The method of claim 1, wherein the method comprises the steps of: and the bar code scanning equipment downloads the configuration file from the remote server to the bar code scanning equipment, uploads the serial number of the local machine to the remote server after updating the configuration file of the local machine, stores the serial number by the remote server, and counts the number of the updated bar code scanning equipment according to the serial number.
3. The method of claim 1, further comprising a data interaction step, specifically as follows:
after the communication connection between the bar code scanning equipment and the remote server is successful, transmitting the current time to the remote server;
setting a timer based on the current time;
the method comprises the steps that when the bar code decoding is successful, the bar code scanning equipment carries out classification analysis statistics on collected information data, wherein the information data comprise decoding places, the number of use times of bar code types and decoding time;
when the timer reaches the set time, the information data is encrypted and encoded and then uploaded to a remote server, and meanwhile, the counting time of the timer is reset;
the remote server receives the information data.
4. The method of claim 1, wherein the method comprises the steps of: the network module is a wireless cellular network.
5. An apparatus for remotely deploying a controlled barcode scanning device, comprising a memory and a processor, the memory storing instructions adapted to be loaded by the processor and to perform the steps of:
adding a network module in the bar code scanning equipment for connecting the bar code scanning equipment and a world wide web;
the method comprises the steps that a remote server is deployed, a configuration file used for setting parameters of the barcode scanning equipment is received, and the version of the configuration file is recorded;
the bar code scanning equipment establishes communication connection with the remote server through a network module, reads the version of the configuration file recorded on the remote server and judges whether the version of the configuration file recorded on the remote server is higher than the version of the configuration file currently used by the bar code scanning equipment;
if the version of the configuration file recorded on the remote server is higher than the version of the configuration file currently used by the barcode scanning equipment, downloading the configuration file from the remote server to the barcode scanning equipment, and replacing the configuration file of the local machine for updating;
and if the version of the configuration file on the remote server is not higher than the version of the configuration file currently used by the barcode scanning equipment, ending.
6. The apparatus of claim 5, wherein the remote deployment control bar code scanner device comprises: and the bar code scanning equipment downloads the configuration file from the remote server to the bar code scanning equipment, uploads the serial number of the local machine to the remote server after updating the configuration file of the local machine, stores the serial number by the remote server, and counts the number of the updated bar code scanning equipment according to the serial number.
7. The device for remotely deploying and controlling the barcode scanning equipment according to claim 5, further comprising a data interaction step, specifically as follows:
after the communication connection between the bar code scanning equipment and the remote server is successful, transmitting the current time to the remote server;
setting a timer based on the current time;
the method comprises the steps that when the bar code decoding is successful, the bar code scanning equipment carries out classification analysis statistics on collected information data, wherein the information data comprise decoding places, the number of use times of bar code types and decoding time;
when the timer reaches the set time, the information data is encrypted and encoded and then uploaded to a remote server, and meanwhile, the counting time of the timer is reset;
the remote server receives the information data.
8. The apparatus of claim 5, wherein the remote deployment control bar code scanner device comprises: the network module is a wireless cellular network.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113079269A (en) * | 2021-03-17 | 2021-07-06 | 杭州思看科技有限公司 | Three-dimensional scanning system, method, electronic device, and storage medium |
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| CN111460843B (en) | 2023-09-05 |
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