CN-121979495-A - Exhibition management software

CN121979495ACN 121979495 ACN121979495 ACN 121979495ACN-121979495-A

Abstract

The invention discloses a system of 'exhibition supervision and communication', which is specially designed for large-scale exhibition site supervision. The system adopts a 'exhibition hall-exhibition booth channel' two-dimensional index architecture, supports two-step clicking and 3-5 seconds accurate positioning of exhibition booth, and realizes mobile terminal flattening interaction without text input. A binary safety supervision model is innovatively introduced, namely a behavior safety module supports photographing records and dynamically clears safety hidden dangers aiming at high-frequency illegal behaviors, and a process tracking module manages professional hidden dangers needing to be rectified for a limited period, so that a full-flow closed loop including discovery, photographing records, rectification notification, one-key copy forwarding, acceptance filing is realized. The system improves the on-site response speed, data consistency and traceability through the structured information flow, and provides an efficient and extensible digital supervision solution for the ultra-large exhibition.

Inventors

HE ZHIWEI
WANG LIANBO
ZHOU LEI
GUO WENBIN
Ye ziyan

Assignees

广州市恒茂建设监理有限公司

Dates

Publication Date: 20260505
Application Date: 20251124

Claims (3)

1. An exhibition prison software system, which is characterized in that the system adopts an exhibition hall and exhibition booth two-dimensional structured index architecture, and specifically comprises: (a) The exhibition selecting module is used for clearly listing all exhibition numbers of the exhibition in an option form and enabling a user to select a target exhibition through single click; (b) The channel screening module is used for dynamically loading all standard channel numbers in the selected exhibition hall as second-stage options in response to the exhibition hall selection, and a user ensures that the scale of the two-stage screening result set is controllable and the response is efficient by clicking the target channel number again, and displays all exhibition hall lists and the associated information of the exhibition hall lists under the channel; (c) The whole query flow is completed through flattening and option-driven clicking operation without a text input interaction mechanism and does not depend on manual input of display position numbers or keywords, and is adapted to single-hand operation of a mobile terminal and high-noise and high-pressure field operation environments; (d) The system designs information interaction logic based on a man-machine-environment engineering principle, so that the cognitive load of a user is obviously reduced, and the retrieval precision and the operation robustness are improved.
2. The exhibition proctoring software system of claim 1, further integrating the following functional modules on the basis of a two-dimensional structured indexing architecture: (a) The construction unit communication module is used for inquiring the related construction unit information by one key on the display position detail interface and supporting direct dialing; (b) The correction closed loop management module is used for generating a structural correction notice book containing a display position number, a construction unit, a problem type, a problem description, an inspector, a contact way and correction deadline, providing a one-key copying function, completely copying a standardized notice text to a system clipboard, enabling a user to paste the notice text to a third party communication application such as a WeChat, a nail and the like for sending, ensuring that the notice content format is standard, information is complete and traceable, and forming a field management closed loop of 'quick positioning-instant communication-closed loop correction-dynamic monitoring'.
3. The intelligent management software system according to claim 1, wherein the site security proctoring is divided into two types of modules based on a two-dimensional structured indexing architecture: (a) The behavior safety module is used for recording and marking high-frequency behavior hidden dangers which can be corrected in real time, and collecting data to the dynamic billboard in real time for statistical analysis; (b) And the process tracking module is used for generating a structural rectification notice and supporting the issuing of a limit rectification task, the transmission of inter-application notification, tracking, verification and closed-loop management.

Description

Exhibition management software Technical Field The invention relates to the technical field of computer software and informatization management, in particular to an intelligent management software system for large-scale exhibition site supervision business, which is characterized in that the advanced architecture design based on a two-dimensional structural index of an exhibition hall and an exhibition site is used, the design depth is integrated with a Human-Machine-environment engineering (Human-Machine-EnvironmentErgonomics) principle, the operation habit, cognitive load and equipment use limit of site supervision personnel in noisy, mobile and high-pressure environments are fully considered, the information interaction logic conforming to the actual operation scene is constructed, the agile and accurate query of the exhibition site information is realized, the functions of address book, construction unit coordination, problem rectification closed-loop tracking and multi-level progress management are integrated on the basis, the site safety supervision work structure is innovatively divided into two modules of 'behavioral safety' and 'non-behavioral safety', the dynamic zero clearing management and process tracking rectification mechanism are respectively matched, a high-efficiency, closed-loop and traceable information flow system is constructed, and the response efficiency, the data consistency and the essential safety level of the exhibition site management are remarkably improved. Background In the existing exhibition supervision practice, the exhibition information inquiry generally depends on unstructured paper data, exhibition business address book or general electronic forms, and lacks a unified data model and an efficient retrieval mechanism. When a site supervision personnel needs to quickly locate a specific exhibition position, the site supervision personnel often need to turn pages by pages or cross a plurality of systems for cross comparison, so that the time consumption is long, the mistakes are easy to occur, and the site supervision personnel are difficult to meet the requirement of high-strength and fast-paced exhibition site management. Especially in the national ultra-large exhibition, the number of exhibition stands is huge, the layout is complex, the traditional query mode can not complete target positioning within 3-5 seconds, and the timely execution of management actions such as subsequent communication, correction and scheduling is severely restricted. In addition, the existing system does not generally structurally correlate the exhibition booth number with the exhibition booth channel number, so that retrieval logic is loose, performance bottlenecks are prominent, and high-concurrency low-delay field service scenes are difficult to support. More critical is that the current exhibition security supervision lacks structural classification and differentiation management strategies, namely behavior hidden dangers (such as illegal smoking, climbing operation without wearing a safety rope, wearing a safety helmet and the like) often have the characteristics of high frequency, easiness and immediate correction, but lack systematic record and trend analysis, and professional hidden dangers such as structural security, temporary electricity consumption and the like need professional evaluation, limit rectification and process verification, but the prior system usually processes the two problems together, so that management resource mismatch and rectification efficiency are low. Disclosure of Invention In order to solve the technical problems, the invention provides a 'exhibition prison' software system, which has the core design concept that 1. A double-layer structured query architecture combining 'museum number selection' and 'exhibition booth channel number screening' is constructed, and based on a mobile terminal high-strength operation scene, the low-efficiency mode of manual editing or keyword retrieval is thoroughly replaced by adopting the interactive design of whole-course flattening, option driving and text input-free. When the user operates, no text or display position number is required to be input, and the system dynamically loads all channel numbers in the exhibition hall as second-level options immediately by clicking twice, namely selecting the target exhibition hall number from clearly listed exhibition hall options, so that the user clicks the target channel again, and all display position lists and associated information of the channel can be accurately presented within 3-5 seconds. The design has a firm basis for the fact that in large exhibitions, the area of each exhibition is relatively fixed, and the total number of exhibition stands and the number of channels which each exhibition can accommodate are highly stable and limited (the number of exhibition stands in a single exhibition is usually hundreds, and the average number of the exhibition stands in a singl