CN114677103A - Paperless field counting method, device, equipment and storage medium - Google Patents
Paperless field counting method, device, equipment and storage medium Download PDFInfo
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Abstract
The application relates to a paperless field counting method, a paperless field counting device, paperless field counting equipment and a storage medium, wherein the paperless field counting method comprises the following steps: acquiring an initial blank template in an initial purchase inventory library; receiving initial purchasing information, wherein the initial purchasing information comprises various parameter information of materials needing to be purchased; filling the initial purchasing information to an initial blank template to generate an initial purchasing list; converting the initial purchasing list into a purchasing two-dimensional code and storing the purchasing two-dimensional code into a preset standard purchasing code library; receiving a warehousing two-dimensional code, wherein the warehousing two-dimensional code comprises various parameter information of materials needing to be warehoused; respectively identifying the purchasing two-dimensional code and the warehousing two-dimensional code and judging whether the initial purchasing information is the same as the warehousing purchasing information; and if the initial purchasing information is the same as the warehousing purchasing information, completing warehousing. The application has the technical effects that: the paperless office is realized on the checking site by the working personnel, and meanwhile, the purchasing and warehousing efficiency of the purchased materials is improved, so that the warehousing process is time-saving and labor-saving.
Description
Technical Field
The application relates to the technical field of paperless office, in particular to a paperless on-site checking method, device, equipment and storage medium.
Background
In the existing purchasing process, generally, after materials or equipment to be purchased are collected, the materials or equipment are printed into a purchasing list, the purchasing list is sent to a purchasing party, the purchasing party performs purchasing, the purchasing party issues a warehousing list after completing purchasing, a worker needs to warehouse the materials or equipment purchased by the purchasing party, and the acquired materials or equipment are warehoused by comparing the purchasing list with the warehousing list.
In view of the above procurement process, the inventors believe that the process has at least the following problems: the staff needs to spend a large amount of time and energy when checking the warehousing inventory and the purchasing inventory, which results in time and labor waste in the warehousing process.
Disclosure of Invention
In order to solve the problem that manual checking of a purchasing list and a warehousing list is time-consuming and labor-consuming when materials are warehoused, the paperless on-site checking method, the paperless on-site checking device, the paperless on-site checking equipment and the storage medium are provided.
In a first aspect, the present application provides a paperless on-site inventory method, which adopts the following technical scheme: the method comprises the following steps: when an instruction for generating a purchase list is received, acquiring an initial blank template in an initial purchase list library;
receiving initial purchasing information, wherein the initial purchasing information comprises various parameter information of materials needing to be purchased;
Filling the initial purchasing information to an initial blank template to generate an initial purchasing list;
converting the initial purchase list into a purchase two-dimensional code and storing the purchase two-dimensional code into a preset standard purchase code library;
receiving a warehousing two-dimensional code, wherein the warehousing two-dimensional code comprises warehousing purchase information, and the warehousing purchase information comprises various parameter information of materials needing to be warehoused;
respectively identifying the purchasing two-dimensional code and the warehousing two-dimensional code and judging whether the initial purchasing information is the same as the warehousing purchasing information;
and if the initial purchasing information is the same as the warehousing purchasing information, completing warehousing.
According to the technical scheme, the initial purchasing information is converted into the purchasing two-dimensional code, the warehousing purchasing information is converted into the warehousing two-dimensional code, and the purchasing two-dimensional code and the warehousing two-dimensional code are compared, so that whether the purchased material is the same as the warehousing material can be quickly and conveniently obtained; when the two-dimensional codes are different, the initial purchasing information and the warehousing purchasing information can be compared through the purchasing two-dimensional code and the warehousing two-dimensional code, and the difference between the initial purchasing information and the warehousing purchasing information is sent to the intelligent terminal of a worker; the paperless office is realized on the checking site by the working personnel, and meanwhile, the purchasing and warehousing efficiency of the purchased materials is improved, so that the warehousing process is time-saving and labor-saving.
Preferably, after the acquiring the initial blank template in the initial purchase inventory library, the method further includes:
sending the completed orders in the historical order library to an intelligent terminal of a worker in a popup mode;
when a pop-up window selection instruction of a worker is received, the completed orders are sorted according to the storage time;
when receiving any completed order in a historical order library selected by a worker, acquiring historical purchasing information in the selected completed order, wherein the historical purchasing information comprises various parameter information of materials needing to be purchased in the completed order;
and acquiring a completed order according to the historical purchasing information and replacing the completed order with the initial blank template.
Through the technical scheme, when a worker creates the initial blank template, the worker can browse the completed orders displayed by the popup window, and replace the initial blank template by selecting any one of the completed orders, so that the worker can quickly and conveniently create a new order similar to the completed order and replace the initial blank template according to the completed order, and the creating efficiency of the similar order is improved.
Preferably, before said when receiving any completed order in the staff selection history order library, further comprising:
Acquiring retrieval information input by a worker, wherein the retrieval information comprises specific parameter information of a material;
judging whether the historical purchasing information in different completed orders contains the same part as the retrieval information or not;
if yes, finished orders containing the same content with the retrieval information in the historical order library are obtained, and different finished orders are sorted according to the storage time.
Through the technical scheme, when a new order is created according to a completed order, a worker can quickly and accurately inquire the order with the same parameter information in the completed order through the specific parameter information of the input material, so that the worker can quickly and conveniently create the order with the same parameter information, and the efficiency of creating the order by the worker is further improved.
Preferably, before the step of filling the initial purchase information into the initial blank template to generate the initial purchase list, the method further includes:
acquiring input size information in the initial purchasing information;
comparing the input size information with a preset standard size range;
and if the input size information is out of the preset standard size range, sending alarm information corresponding to the input size information to an intelligent terminal of a worker in a popup mode.
Through the technical scheme, when a worker finishes creating a purchase order, the system can automatically acquire input size information and compare the input size information with a preset standard size range; when the input size information is located outside the standard size range, the system sends alarm information corresponding to the input size information and sends the alarm information to the intelligent terminal of the worker in a popup window mode, so that the worker can verify and check abnormal size information in the purchase list, the possibility of size errors in the purchase list caused by errors of the worker is reduced, and the accuracy of the purchase list is improved.
Preferably, before the comparing the input size information with the preset standard size range, the method further includes:
acquiring finished orders with the same material as input size information in a historical order library, wherein the parameter information of the materials comprises the material;
acquiring input size information in a finished order;
and acquiring a union of the input size information and preset standard size information in the finished order and setting the union as the preset standard size information.
By the technical scheme, the input size information in the finished order is compared with the preset standard size range, and the input size information and the preset standard size range are combined, so that the standard size information can be automatically adjusted according to the finished order, the standard size range is more in accordance with the purchasing logic and range of workers according to the finished order, and the adaptability of the standard size range is improved.
Preferably, the acquiring a union of the input size information and preset standard size information in the completed order and setting the union as the preset standard size information includes:
acquiring a difference value between input size information in each finished order and a preset standard size range;
calculating to obtain an average difference value;
expanding the standard size range to form an average standard range;
the average standard range is set as the standard size range.
According to the technical scheme, the difference value between the input size information in the finished order and the preset standard size range is calculated, the average difference value between different standard difference values is calculated, and the average difference value is added to the two ends of the standard size range, so that the standard size range is further fit with the purchasing logic of workers, and the adaptability of the standard size range is further improved.
Preferably, the sending the completed orders in the historical order library to the intelligent terminal of the staff in a pop-up form includes:
acquiring types in initial purchasing information, wherein the types of the initial purchasing information comprise standard types and nonstandard types;
if the initial purchasing information is of a non-standard type, the finished order is not sent; otherwise, the completed orders in the historical order library are sent to the intelligent terminal of the staff in a pop-up window mode.
According to the technical scheme, before a worker creates a purchase order, the type in the initial purchase information is judged, and when the initial purchase information is purchased as a standard component, a new purchase list can be quickly generated by comparing the completed order; when the initial purchasing information is purchased by the non-standard parts, the initial blank template is directly created, based on the condition that logical association rarely occurs between the non-standard parts, the initial purchasing information is directly input by a worker, and on the contrary, the creating efficiency of the purchasing list of the non-standard parts is improved, so that the creating efficiency of a new purchasing list is improved.
In a second aspect, the application provides a paperless field counting device, which adopts the following technical scheme: the device comprises:
the initial template acquisition module is used for acquiring an initial blank template in the initial purchase inventory library when receiving an instruction of generating a purchase inventory;
the system comprises a purchasing information receiving module, a purchasing information processing module and a purchasing information processing module, wherein the purchasing information receiving module is used for receiving initial purchasing information which comprises various parameter information of materials needing to be purchased;
the initial template filling module is used for filling the initial purchasing information into an initial blank template to generate an initial purchasing list;
The purchase information conversion module is used for converting the initial purchase list into a purchase two-dimensional code and storing the purchase two-dimensional code into a preset standard purchase code library;
the warehousing information conversion module is used for receiving warehousing two-dimensional codes, wherein the warehousing two-dimensional codes comprise warehousing purchase information, and the warehousing purchase information comprises various parameter information of materials needing to be warehoused;
the system comprises a purchasing and warehousing judgment module, a warehousing information acquisition module and a warehousing information acquisition module, wherein the purchasing and warehousing judgment module is used for respectively identifying a purchasing two-dimensional code and a warehousing two-dimensional code and judging whether initial purchasing information is the same as warehousing purchasing information;
and the purchasing information processing module is used for finishing warehousing if the initial purchasing information is the same as the warehousing purchasing information.
According to the technical scheme, the initial purchasing information is converted into the purchasing two-dimensional code, the warehousing purchasing information is converted into the warehousing two-dimensional code, and the purchasing two-dimensional code and the warehousing two-dimensional code are compared, so that whether the purchased material is the same as the warehousing material can be quickly and conveniently obtained; when the two-dimensional codes are different, the initial purchasing information and the warehousing purchasing information can be compared through the purchasing two-dimensional code and the warehousing two-dimensional code, and the difference between the initial purchasing information and the warehousing purchasing information is sent to the intelligent terminal of a worker; the paperless office is realized on the checking site by the working personnel, and meanwhile, the purchasing and warehousing efficiency of the purchased materials is improved, so that the warehousing process is time-saving and labor-saving.
In a third aspect, the present application provides a computer device, which adopts the following technical solutions: comprising a memory and a processor, said memory having stored thereon a computer program that can be loaded by the processor and executed to perform any of the paperless field inventorying methods described above.
By the technical scheme, the initial purchasing information is converted into the purchasing two-dimensional code, the warehousing purchasing information is converted into the warehousing two-dimensional code, and the purchasing two-dimensional code and the warehousing two-dimensional code are compared, so that whether the purchased materials are the same as the warehousing materials can be quickly and conveniently obtained; when the two-dimensional codes are different, the initial purchasing information and the warehousing purchasing information can be compared through the purchasing two-dimensional code and the warehousing two-dimensional code, and the difference between the initial purchasing information and the warehousing purchasing information is sent to an intelligent terminal of a worker; the working personnel can realize paperless office on the checking site, and the purchasing and warehousing efficiency of the purchasing materials is improved, so that the time and labor are saved in the warehousing process.
In a fourth aspect, the present application provides a computer-readable storage medium, which adopts the following technical solutions: a computer program is stored which can be loaded by a processor and which can carry out any of the above paperless field inventorying methods.
By the technical scheme, the initial purchasing information is converted into the purchasing two-dimensional code, the warehousing purchasing information is converted into the warehousing two-dimensional code, and the purchasing two-dimensional code and the warehousing two-dimensional code are compared, so that whether the purchased materials are the same as the warehousing materials can be quickly and conveniently obtained; when the two-dimensional codes are different, the initial purchasing information and the warehousing purchasing information can be compared through the purchasing two-dimensional code and the warehousing two-dimensional code, and the difference between the initial purchasing information and the warehousing purchasing information is sent to an intelligent terminal of a worker; the working personnel can realize paperless office on the checking site, and the purchasing and warehousing efficiency of the purchasing materials is improved, so that the time and labor are saved in the warehousing process.
In summary, the present application includes at least one of the following beneficial technical effects:
1. the initial purchasing information is converted into the purchasing two-dimensional code, the warehousing purchasing information is converted into the warehousing two-dimensional code, and the purchasing two-dimensional code and the warehousing two-dimensional code are compared, so that whether the purchased materials are the same as the warehoused materials or not can be quickly and conveniently obtained; when the two-dimensional codes are different, the initial purchasing information and the warehousing purchasing information can be compared through the purchasing two-dimensional code and the warehousing two-dimensional code, and the difference between the initial purchasing information and the warehousing purchasing information is sent to an intelligent terminal of a worker; the working personnel can realize paperless office on the checking site, and the purchasing and warehousing efficiency of the purchased materials is improved, so that the warehousing process is time-saving and labor-saving;
2. By calculating the difference between the input size information in the finished order and the preset standard size range, calculating the average difference between different standard differences and adding the average difference to the two ends of the standard size range, the standard size range is further fit with the purchasing logic of workers, and the adaptability of the standard size range is further improved.
Drawings
Fig. 1 is a flowchart of a paperless on-site inventory method in an embodiment of the present application.
FIG. 2 is a diagram illustrating an overall completed order popup display in an embodiment of the present application.
Fig. 3 is a block diagram of a paperless field counting device in the embodiment of the present application.
Reference numerals: 301. an initial template acquisition module; 302. a purchasing information receiving module; 303. an initial template filling module; 304. a purchase information conversion module; 305. a warehousing information conversion module; 306. a purchasing and warehousing judgment module; 307 procurement information processing module.
Detailed Description
The present application is described in further detail below with reference to figures 1-3.
The embodiment of the application discloses a paperless field checking method, which is applied to a field checking management system, wherein the field checking management system comprises intelligent equipment such as a server, a mobile phone and a tablet personal computer and scanning equipment of an industrial PDA; the system comprises a plurality of intelligent devices, a worker makes and generates a purchase list through the intelligent devices and sends purchase data in the purchase list to a server through a network, the server can integrate and process the purchase data and finally convert the purchase data into a purchase two-dimensional code, the worker identifies and stores a warehousing two-dimensional code sent by a purchaser through scanning equipment, the data of the stored warehousing two-dimensional code are sent to the server through the network, and the server compares the purchase two-dimensional code with the warehousing two-dimensional code and sends different warehousing instructions according to comparison results.
As shown in fig. 1, the method comprises the steps of:
s10, when receiving the instruction of generating the purchase list, obtaining the initial blank template.
The initial blank template is stored in a preset initial purchase list library, the initial purchase list library stores initial blank templates with different types, when a worker receives a purchase list for the first time, the server defaults to select the preset blank template, and when the worker does not receive the purchase list for the first time, the server defaults to select the initial blank template with the same clapper as the purchase list closest to time. For example, A, B and C initial blank templates are stored in the initial purchase list library, the initial blank template selected by the server in a default mode is A, when the system receives an instruction for generating the purchase list for the first time, the service please select A in a default mode, and a worker can modify the template selection interface; when the system receives the purchase list for the non-first time, the initial blank template selected before one day is C, the initial hole plate template selected before three days is B, the initial blank template selected by the system is C in a default mode, and meanwhile, workers can still modify the template selection page.
And S11, receiving initial purchasing information.
The initial purchasing information comprises the type, size and quantity of the materials needing to be purchased; the staff can directly input the initial purchasing information required by the server through the intelligent terminal.
And S12, generating an initial purchase list.
The method comprises the steps that initial purchasing information is filled into an initial blank template by a server to generate a purchasing list, when the initial purchasing information is automatically filled into the initial blank template by the server, the type, the size and the quantity of materials needing to be purchased are filled into the initial blank template by identifying keywords in the initial purchasing information, and when other information is identified in the initial purchasing information, the initial blank template is supplemented in a remark mode.
And S13, converting the initial purchase list into a purchase two-dimensional code.
The server converts the types, sizes and quantities of the materials in the initial purchasing information, extracts the conversion information in the initial purchasing information at first, wherein the conversion information comprises the types, sizes and quantities of the materials to be purchased, and the staff can acquire the conversion information in a mode of marking the conversion information.
And S14, receiving the two-dimensional code to be stored.
The warehousing two-dimensional code comprises warehousing purchase information, and the warehousing purchase information comprises the type, size and quantity of materials needing to be warehoused.
And S15, judging whether the purchase two-dimensional code is the same as the warehousing two-dimensional code.
The server judges whether the purchase two-dimensional code is the same as the warehousing two-dimensional code or not, directly acquires a data area in the two-dimensional code through a positioning point of the two-dimensional code, quickly and conveniently obtains whether the data area of the warehousing two-dimensional code is matched with the data area of the purchase two-dimensional code by comparing the data area between the two-dimensional code and the warehousing two-dimensional code, and when the data area between the warehousing two-dimensional code and the purchase two-dimensional code is completely the same, the warehousing of materials can be quickly realized.
And S16, if the initial purchasing information is the same, storing the initial purchasing information into a historical order library.
The historical order library is a data repository preset by the server, when data areas between the two-dimensional codes for warehousing and purchasing are the same, initial purchasing information is obtained, the initial purchasing information is packaged to generate a completed order, the completed order comprises conversion information and remark information, the completed order is stored in the historical order library, the server sorts the completed order according to the time of the completed order stored in the historical order library, and the completed order with the closest time is preferentially displayed.
And S17, if the abnormal parameter information is different, sending the abnormal parameter information to the intelligent terminal of the worker.
When the server detects that the warehousing two-dimensional code is different from the purchasing two-dimensional code, transcoding analysis is carried out on the warehousing two-dimensional code and the purchasing two-dimensional code respectively, warehousing purchasing information and initial purchasing information are obtained respectively, the warehousing purchasing information and the initial purchasing information are compared, different abnormal parameter information between the warehousing purchasing information and the initial purchasing information is obtained, and abnormal parameter information such as 'X-type steel pipe size abnormity' is sent to an intelligent terminal of a worker.
In one embodiment, as shown in fig. 2, in order to improve the efficiency of creating a new purchase list by a worker, it is considered that in the purchase process, it often happens that only the change is made to the purchase quantity of a completed order; after an initial blank template in an initial purchase order library is obtained, finished orders in a historical order library are sent to an intelligent terminal of a worker in a pop-up window form, when an instruction of the worker for selecting the pop-up window is received, the finished orders are sorted according to the storage time and are played in the pop-up window in a rolling mode according to the sequence, when any finished order in the historical order library selected by the worker is received, historical purchase information in the finished orders is obtained by a server, the historical purchase information is conversion information in the finished orders, the initial blank template is filled by the server according to the historical purchase information, so that the worker can directly modify or supplement the initial purchase information in the finished orders, and the worker can quickly and conveniently create a similar purchase order according to the finished orders in an auxiliary server mode, thereby improving the efficiency of creating similar orders.
In one embodiment, it is considered that with the increasing data volume in the historical order library, the staff cannot quickly inquire the required completed orders on the popup interface; before receiving that a worker selects any finished order in a historical order library, the worker can input retrieval information on a pop-up window through an intelligent device, the retrieval information comprises the material, the size, the quantity and the like of materials needing to be retrieved, a server obtains the retrieval information input by the worker and judges whether a part identical to the retrieval information exists in the historical purchasing information in the finished orders in the historical order library, when the same part is retrieved, the server displays the finished orders containing the same part on an intelligent terminal of the worker in a new pop-up window mode according to the storage time, otherwise, the pop-up window of the finished orders displayed on the intelligent terminal of the worker is closed, and therefore the worker can conveniently create a new purchasing list. Through inputting the retrieval information, the workers can further screen the completed orders, and the efficiency of the workers in inquiring similar orders is improved.
In one embodiment, in the process of generating the purchasing list, considering that when the staff inputs the initial purchasing information, the condition of error writing is easy to occur, so that the data of the purchasing list is inconsistent with the material actually required to be purchased, and therefore the purchasing list needs to be verified; before the initial purchasing information is filled into an initial blank template to generate an initial purchasing list, input size information in the initial purchasing information is obtained, the input size information is compared with a preset standard size range, and if the input size information is located outside the standard size range, alarm information such as 'input size information is abnormal' is sent and displayed on an intelligent terminal of a worker in a pop-up window mode. For example, if the preset standard size range is 10mm-100mm and the input size information is 240mm, an alarm message of "input size information is abnormal" is sent.
In one embodiment, considering that the size of the material actually purchased is not constant, the size may exceed a preset standard size range, and therefore, the standard size range needs to be changed along with the change of the purchase list; before comparing the input size information with a preset standard size range, acquiring a finished order with the same material as the input size information in a historical order library, wherein the input size information comprises material information of materials, acquiring the input size information in the finished order with the same material as the input size information, acquiring a union of the input size information and the preset standard size information, and setting the union as new standard size information, so that the standard size range can be adjusted and changed along with the input size information of the finished order. For example, the standard size range is 10mm to 100mm, if the input size information of completed orders with the same material is inquired in the historical order library to be 120mm, the standard size range is updated, and the preset standard size range is changed to be 10mm to 120 mm.
Further, in the process of adjusting the standard size range, in consideration of the situation that the preset standard size range is too large due to an excessively large difference between the input size information and the preset standard size information, the difference between the input size information in the completed order and the preset standard size range is obtained, an average difference is calculated, the standard size range is respectively expanded by the average difference to form an average standard range, and the average standard range is set as the standard size range, so that the standard size range is unlikely to be too large due to the excessively large input size range in the completed order. For example, if the preset standard size range is 10mm to 100mm, and input size information with the same material and the size of 200mm appears in a completed order, the standard size range is replaced by 10mm to 150mm, so that the possibility that the standard size range is influenced by an overlarge difference value between the standard size range and the standard size range in the completed order is reduced, and the precision degree of the change of the standard size range is improved.
In one embodiment, considering that the dimensional information of the non-standard part is not regular, the type of the material needs to be judged; the method comprises the steps that before a server sends a finished order in a historical order library to an intelligent terminal of a worker, the type in initial purchasing information is obtained, the type of the initial purchasing information comprises a standard part and a non-standard part, and if the initial purchasing information is the non-standard part, the finished order is not sent to the intelligent terminal of the worker; otherwise, the completed orders in the historical order library are sent to the intelligent terminal of the staff in a pop-up window mode, interference of the completed orders when the staff create the purchasing list of the non-standard parts is reduced, and meanwhile the efficiency of creating the purchasing list of the standard parts by the staff is improved.
The implementation principle of the embodiment of the application is as follows: when an instruction for generating a purchase list is received, acquiring a preset initial blank template, judging the type of the purchase list, and if the type of the purchase list is a non-standard part, not displaying a finished order; otherwise, displaying the completed order on an intelligent terminal of a worker in a pop-up window form, comparing the completed order when receiving retrieval information input by the worker, inquiring whether the completed order containing the same part exists or not, if so, circularly displaying the completed order in a new pop-up window form according to the storage time, controlling the completed order to replace an initial blank template when the worker clicks the completed order, receiving initial purchase information input by the worker, filling the initial purchase information onto the initial blank template to generate a purchase list, converting the purchase list into a purchase two-dimensional code, comparing the purchase list with the received packed two-dimensional code, if so, acquiring the initial purchase information and generating the completed order, and storing the completed order into a preset historical order library; otherwise, acquiring abnormal parameter information between the initial purchasing information and the warehousing purchasing information and sending the abnormal parameter information to the intelligent terminal of the working personnel.
Based on the method, the embodiment of the application further discloses a paperless field counting device.
As shown in fig. 3, the apparatus includes the following modules:
an initial template obtaining module 301, configured to obtain an initial blank template in an initial purchase list library when an instruction for generating a purchase list is received;
a purchasing information receiving module 302, configured to receive initial purchasing information, where the initial purchasing information includes information of various parameters of materials to be purchased;
the initial template filling module 303 is configured to fill the initial purchase information into the initial blank template to generate an initial purchase list;
the purchasing information conversion module 304 is used for converting the initial purchasing list into a purchasing two-dimensional code;
the warehousing information conversion module 305 is configured to receive a warehousing two-dimensional code, where the warehousing two-dimensional code includes warehousing purchase information, and the warehousing purchase information includes various parameter information of materials to be warehoused;
the purchasing warehousing judgment module 306 is used for judging whether the purchasing two-dimensional code is the same as the warehousing two-dimensional code;
the purchase information processing module 307 is configured to determine that if the purchase two-dimensional code is the same as the warehousing two-dimensional code, obtain initial purchase information, package the initial purchase information to generate a completed order, and store the completed order in a preset historical order library; otherwise, acquiring abnormal parameter information between the initial purchasing information and the warehousing purchasing information, and sending the abnormal parameter information to the intelligent terminal of the worker.
The embodiment of the application also discloses computer equipment.
In particular, the computer device comprises a memory and a processor, the memory having stored thereon a computer program that can be loaded by the processor and that executes the paperless field inventorying method described above.
The embodiment of the application also discloses a computer readable storage medium.
Specifically, the computer-readable storage medium stores a computer program capable of being loaded by a processor and executing the paperless on-site inventory method as described above, and includes, for example: various media capable of storing program codes, such as a usb disk, a removable hard disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk, or an optical disk.
The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications of the present embodiment without inventive contribution as needed after reading the present specification, but all of them are protected by patent law within the scope of the claims of the present invention.
Claims (10)
1. A paperless on-site inventory method, comprising:
when an instruction for generating a purchase list is received, acquiring an initial blank template in an initial purchase list library;
Receiving initial purchasing information, wherein the initial purchasing information comprises various parameter information of materials needing to be purchased;
filling the initial purchasing information to an initial blank template to generate an initial purchasing list;
converting the initial purchase list into a purchase two-dimensional code and storing the purchase two-dimensional code into a preset standard purchase code library;
receiving a warehousing two-dimensional code, wherein the warehousing two-dimensional code comprises warehousing purchase information, and the warehousing purchase information comprises various parameter information of materials needing to be warehoused;
respectively identifying the purchasing two-dimensional code and the warehousing two-dimensional code and judging whether the initial purchasing information is the same as the warehousing purchasing information;
and if the initial purchasing information is the same as the warehousing purchasing information, completing warehousing.
2. The method of claim 1, wherein after said obtaining an initial blank template in an initial procurement manifest library, further comprising:
sending the completed orders in the historical order library to an intelligent terminal of a worker in a popup mode;
when a pop-up window selection instruction of a worker is received, the completed orders are sorted according to the storage time;
when receiving any completed order in a historical order library selected by a worker, acquiring historical purchasing information in the selected completed order, wherein the historical purchasing information comprises various parameter information of materials needing to be purchased in the completed order;
And acquiring a completed order according to the historical purchasing information and replacing the completed order with the initial blank template.
3. The method of claim 2, further comprising, prior to said when receiving any completed orders in the staff selection historical order repository:
acquiring retrieval information input by a worker, wherein the retrieval information comprises specific parameter information of a material;
judging whether the historical purchasing information in different completed orders contains the same part as the retrieval information or not;
if yes, finished orders containing the same content with the retrieval information in the historical order library are obtained, and different finished orders are sorted according to the storage time.
4. The method of claim 1, wherein prior to said populating said initial procurement information onto an initial blank template to generate an initial procurement manifest, further comprising:
acquiring input size information in the initial purchasing information;
comparing the input size information with a preset standard size range;
and if the input size information is out of the preset standard size range, sending alarm information corresponding to the input size information to an intelligent terminal of a worker in a popup mode.
5. The method according to claim 4, further comprising, before the comparing the input size information with the preset standard size range:
acquiring finished orders with the same material as input size information in a historical order library, wherein the parameter information of the materials comprises the material;
acquiring input size information in a finished order;
and acquiring a union of the input size information and preset standard size information in the finished order and setting the union as the preset standard size information.
6. The method of claim 5, wherein the obtaining and setting a union of the input size information and preset standard size information in the completed order to the preset standard size information comprises:
acquiring a difference value between input size information in each finished order and a preset standard size range;
calculating the average value of the different difference values to obtain an average difference value;
expanding the standard size range by the average difference value to form an average standard range;
the average standard range is set as the standard size range.
7. The method of claim 2, wherein the sending the completed orders in the historical order library to the intelligent terminal of the staff in a pop-up form comprises:
Acquiring types in initial purchasing information, wherein the types of the initial purchasing information comprise standard types and nonstandard types;
if the initial purchasing information is of a non-standard type, the finished order is not sent; otherwise, the completed orders in the historical order library are sent to the intelligent terminal of the staff in a pop-up window mode.
8. A paperless field check device, the device comprising:
the initial template acquisition module (301) is used for acquiring an initial blank template in an initial purchase inventory library when receiving an instruction of generating a purchase inventory;
the purchasing information receiving module (302) is used for receiving initial purchasing information which comprises various parameter information of materials needing to be purchased;
an initial template filling module (303) for filling the initial purchasing information into an initial blank template to generate an initial purchasing list;
the purchasing information conversion module (304) is used for converting the initial purchasing list into a purchasing two-dimensional code and storing the purchasing two-dimensional code into a preset standard purchasing code library;
the warehousing information conversion module (305) is used for receiving warehousing two-dimensional codes, the warehousing two-dimensional codes comprise warehousing purchase information, and the warehousing purchase information comprises various parameter information of materials needing to be warehoused;
The purchasing and warehousing judgment module (306) is used for respectively identifying the purchasing two-dimensional code and the warehousing two-dimensional code and judging whether the initial purchasing information is the same as the warehousing purchasing information;
and the purchase information processing module (307) is used for finishing warehousing if the initial purchase information is the same as the warehousing purchase information.
9. A computer device comprising a memory and a processor, the memory having stored thereon a computer program that can be loaded by the processor and that executes the method according to any of claims 1 to 7.
10. A computer-readable storage medium, in which a computer program is stored which can be loaded by a processor and which executes the method of any one of claims 1 to 7.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210210889.0A CN114677103A (en) | 2022-03-03 | 2022-03-03 | Paperless field counting method, device, equipment and storage medium |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210210889.0A CN114677103A (en) | 2022-03-03 | 2022-03-03 | Paperless field counting method, device, equipment and storage medium |
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| Publication Number | Publication Date |
|---|---|
| CN114677103A true CN114677103A (en) | 2022-06-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202210210889.0A Pending CN114677103A (en) | 2022-03-03 | 2022-03-03 | Paperless field counting method, device, equipment and storage medium |
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| Country | Link |
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| CN (1) | CN114677103A (en) |
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- 2022-03-03 CN CN202210210889.0A patent/CN114677103A/en active Pending
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