CN115049166A - Exhibition hall equipment control method and system for zero-carbon exhibition hall - Google Patents
Exhibition hall equipment control method and system for zero-carbon exhibition hall Download PDFInfo
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Abstract
The invention relates to the technical field of exhibition hall equipment control, and particularly discloses an exhibition hall equipment control method and system for a zero-carbon exhibition hall. The identity information of a plurality of exhibitors is acquired to carry out classification planning; directing a plurality of exhibitor categories into different zero-carbon exhibit vehicles; generating a plurality of zero-carbon exhibition routes; carrying out public zero carbon exhibition; and carrying out classified linkage VR exhibition with corresponding zero-carbon exhibition vehicles at a plurality of classified destination positions. Can avoid the exhibitor to omit suitable exhibition, and need not to keep all exhibition halls in the exhibition period to equip work, can avoid the waste of unnecessary energy.
Description
Technical Field
The invention belongs to the technical field of exhibition hall equipment control, and particularly relates to an exhibition hall equipment control method and system for a zero-carbon exhibition hall.
Background
Zero carbon emission, no carbon dioxide emission, and the balance of the carbon dioxide emission is achieved by supplementing equal amount of oxygen by natural methods such as tree planting and the like. Zero carbon emissions, refers to activities that reduce pollutant emissions indefinitely up to zero. In terms of content, the method is to control the emission of wastes which must not be generated in the production process and reduce the emission to zero; secondly, the waste which is inevitably discharged is fully utilized, and finally, the existence of non-renewable resources and energy sources is eliminated.
In order to conduct publicity with zero carbon emission, exhibition in a zero carbon exhibition hall needs to be conducted. Present zero carbon exhibition room can set up different zero carbon exhibition themes usually, the exhibition of the different trades of being convenient for personnel of exhibiting carries out corresponding theme is visited, however present zero carbon exhibition room can only be carried out the selection of exhibition route by the personnel of exhibiting according to self condition, consequently omit the exhibition that is fit for the personnel of exhibiting in the zero carbon exhibition room very easily, and this kind of zero carbon exhibition room is during the exhibition, need keep all exhibition hall equipment work, when not visiting the personnel's exhibition and visit, waste the unnecessary energy.
Disclosure of Invention
The embodiment of the invention aims to provide a method and a system for controlling equipment in a exhibition hall for a zero-carbon exhibition hall, and aims to solve the problems in the background art.
In order to achieve the above purpose, the embodiments of the present invention provide the following technical solutions:
an exhibition hall equipment control method for a zero-carbon exhibition hall comprises the following steps:
acquiring identity information of a plurality of exhibitors, and performing classification planning based on the identity information to generate classification planning information;
generating a plurality of classification guide signals according to the classification planning information, and guiding a plurality of exhibitors to different zero-carbon exhibition vehicles according to the classification guide signals;
generating zero-carbon exhibition routes corresponding to a plurality of zero-carbon exhibition vehicles according to the classification planning information, wherein the zero-carbon exhibition routes comprise public exhibition routes and classified exhibition routes;
controlling a plurality of zero-carbon exhibition vehicles to follow and travel according to the public exhibition route, and performing public zero-carbon exhibition in the following and traveling process of the plurality of zero-carbon exhibition vehicles;
according to a plurality of categorised exhibition route, control a plurality of zero carbon exhibition vehicles that correspond and get into categorised destination location, carry out categorised linkage VR exhibition at a plurality of categorised destination locations and the zero carbon exhibition vehicle that corresponds.
As a further limitation of the technical solution of the embodiment of the present invention, the obtaining identity information of a plurality of exhibitors, performing a classification planning based on the identity information, and generating classification planning information specifically includes the following steps:
acquiring participation application information of a plurality of participants;
extracting a plurality of identity information from a plurality of the participating application information;
respectively matching corresponding classification labels according to the identity information;
and performing classification planning according to the plurality of classification labels to generate classification planning information.
As a further limitation of the technical solution of the embodiment of the present invention, the generating a plurality of classification guidance signals according to the classification planning information, and guiding a plurality of exhibitors into different zero-carbon exhibit vehicles in a classification manner according to the classification guidance signals specifically includes the following steps:
generating a plurality of classification guiding signals according to the classification planning information;
when entering a zero-carbon exhibition hall, performing identity recognition on exhibitors to generate recognition information;
matching corresponding classification guide signals according to the identification information;
and guiding the exhibitor classification to the corresponding zero-carbon exhibition vehicle according to the classification guiding signal.
As a further limitation of the technical solution of the embodiment of the present invention, the generating of the zero-carbon exhibition route corresponding to the plurality of zero-carbon exhibition vehicles according to the classification planning information specifically includes the following steps:
acquiring a plurality of classification target positions according to the classification planning information;
and generating zero-carbon exhibition routes corresponding to a plurality of zero-carbon exhibition vehicles according to the plurality of classified destination positions, wherein the zero-carbon exhibition routes comprise public exhibition routes and classified exhibition routes.
As a further limitation of the technical solution of the embodiment of the present invention, the controlling the plurality of zero-carbon display vehicles to follow according to the public display route, wherein the performing of the public zero-carbon display in the following traveling process of the plurality of zero-carbon display vehicles specifically includes the following steps:
controlling a plurality of zero-carbon exhibition vehicles to follow according to the public exhibition route;
carrying out following travel positioning in the following travel process of a plurality of zero-carbon exhibition vehicles to obtain following travel positions;
generating a corresponding exhibition signal according to the following travelling position;
and carrying out public zero-carbon exhibition and subarea exhibition according to the exhibition signals.
As a further limitation of the technical solution of the embodiment of the present invention, the step of controlling a plurality of corresponding zero-carbon exhibition vehicles to enter the classification destination positions according to a plurality of classification exhibition routes, and performing classification linkage VR exhibition with the corresponding zero-carbon exhibition vehicles at the plurality of classification destination positions specifically includes the following steps:
controlling a plurality of corresponding zero-carbon exhibition vehicles to enter classification target positions according to a plurality of classification exhibition routes;
after the plurality of zero-carbon exhibition vehicles enter the corresponding classification target positions, performing VR wearing prompt and VR wearing induction;
importing corresponding VR zero carbon exhibition data after sensing that all exhibitors on the corresponding zero carbon exhibition vehicle finish VR wearing;
according to a plurality of zero carbon exhibition data of VR are carried out categorised linkage VR exhibition with a plurality of zero carbon exhibition vehicles that correspond.
The utility model provides a control system is equipped in exhibition room for zero carbon exhibition room, the system includes that the categorised planning unit of exhibitions, exhibition vehicle guide unit, exhibition route generate unit, public zero carbon exhibition unit and categorised linkage exhibition unit, wherein:
the exhibition classification planning unit is used for acquiring identity information of a plurality of exhibition participants, performing classification planning based on the identity information and generating classification planning information;
the exhibition vehicle guiding unit is used for generating a plurality of classification guiding signals according to the classification planning information and guiding a plurality of exhibitors into different zero-carbon exhibition vehicles according to the classification guiding signals;
the exhibition route generating unit is used for generating zero-carbon exhibition routes corresponding to a plurality of zero-carbon exhibition vehicles according to the classified planning information, wherein the zero-carbon exhibition routes comprise public exhibition routes and classified exhibition routes;
the public zero-carbon exhibition unit is used for controlling the plurality of zero-carbon exhibition vehicles to follow and advance according to the public exhibition route, and performing public zero-carbon exhibition in the following and advancing process of the plurality of zero-carbon exhibition vehicles;
categorised linkage exhibition unit is used for being a plurality of according to categorised exhibition route, control a plurality of zero carbon exhibition vehicles that correspond and get into categorised destination position, carry out categorised linkage VR exhibition at a plurality of categorised destination positions and the zero carbon exhibition vehicle that corresponds.
As a further limitation of the technical solution of the embodiment of the present invention, the exhibition vehicle guidance unit specifically includes:
the guide signal generating module is used for generating a plurality of classification guide signals according to the classification planning information;
the identity recognition module is used for carrying out identity recognition on the exhibitors when entering the zero-carbon exhibition hall to generate recognition information;
the signal matching module is used for matching the corresponding classification guide signals according to the identification information;
and the classification guide module is used for guiding the exhibitors into corresponding zero-carbon exhibition vehicles in a classification way according to the classification guide signals.
As a further limitation of the technical solution of the embodiment of the present invention, the public zero carbon exhibition unit specifically includes:
the traveling control module is used for controlling a plurality of zero-carbon exhibition vehicles to travel along the public exhibition route;
the traveling positioning module is used for performing following traveling positioning in the following traveling process of the plurality of zero-carbon exhibition vehicles to obtain following traveling positions;
the exhibition signal generating module is used for generating a corresponding exhibition signal according to the following travelling position;
and the subarea exhibition module is used for carrying out public zero-carbon exhibition subarea exhibition according to the exhibition signals.
As a further limitation of the technical solution of the embodiment of the present invention, the classified linkage exhibition unit specifically includes:
the classification control module is used for controlling a plurality of corresponding zero-carbon exhibition vehicles to enter classification target positions according to a plurality of classification exhibition routes;
the VR prompt induction module is used for performing VR wearing prompt and VR wearing induction after the zero-carbon exhibition vehicles enter the corresponding classification target positions;
the data import module is used for importing corresponding VR zero-carbon exhibition data after sensing that all exhibitors on the corresponding zero-carbon exhibition vehicle finish VR wearing;
and the VR exhibition module is used for carrying out classified linkage VR exhibition according to a plurality of VR zero-carbon exhibition data and a plurality of corresponding zero-carbon exhibition vehicles.
Compared with the prior art, the invention has the beneficial effects that:
the embodiment of the invention carries out classification planning by acquiring the identity information of a plurality of exhibitors; directing a plurality of exhibitor categories into different zero-carbon exhibit vehicles; generating a plurality of zero-carbon exhibition routes; carrying out public zero carbon exhibition; and carrying out classified linkage VR exhibition with corresponding zero-carbon exhibition vehicles at a plurality of classified destination positions. Can avoid the exhibitor to omit suitable exhibition, and need not to keep all exhibition halls in the exhibition period to equip work, can avoid the waste of unnecessary energy.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, 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 only some embodiments of the present invention.
Fig. 1 shows a flow chart of a method provided by an embodiment of the invention.
Fig. 2 shows a flowchart of identity information classification planning in the method provided by the embodiment of the present invention.
Fig. 3 shows a flowchart of the exhibition vehicle classification guidance in the method provided by the embodiment of the invention.
Fig. 4 shows a flow chart of generating a zero-carbon exhibition route in the method provided by the embodiment of the invention.
Fig. 5 shows a flow chart of a public zero carbon exhibition in the method provided by the embodiment of the invention.
Fig. 6 shows a flowchart of a classified linkage VR exhibition in the method provided by the embodiment of the present invention.
Fig. 7 shows an application architecture diagram of a system provided by an embodiment of the invention.
Fig. 8 shows a block diagram of the structure of the guide unit of the exhibition vehicle in the system provided by the embodiment of the invention.
Fig. 9 shows a block diagram of a common zero-carbon exhibition unit in the system according to the embodiment of the present invention.
Fig. 10 shows a block diagram of a classified linkage exhibition unit in the system according to the embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
It can be understood that, among the prior art, zero carbon exhibition room can only be carried out the selection of exhibition route by the exhibition personnel according to self condition, consequently omits the exhibition that is fit for the exhibition personnel in the zero carbon exhibition room very easily, and this kind of zero carbon exhibition room need keep all exhibition halls to equip work during the exhibition, when not having exhibition personnel's exhibition to visit, extravagant unnecessary energy.
Fig. 1 shows a flow chart of a method provided by an embodiment of the invention.
Specifically, the exhibition hall equipment control method for the zero-carbon exhibition hall specifically comprises the following steps:
step S101, obtaining identity information of a plurality of exhibitors, and performing classification planning based on the identity information to generate classification planning information.
In the embodiment of the invention, before preparing to enter a zero-carbon exhibition hall to participate in a zero-carbon exhibition, exhibitors need to submit exhibitor application information, the exhibitor application information is obtained, the identity information corresponding to a plurality of exhibitors is extracted from the exhibitor application information, the identity information is analyzed, the occupation corresponding to the exhibitor is determined, the classification labels corresponding to the exhibitor are matched, and then the exhibition visits of the exhibitor are classified and planned according to the classification labels to generate the classification planning information.
It is understood that the plurality of exhibitors in the embodiment of the present invention are exhibitors who visit at the same time period at a zero-carbon exhibition; a plurality of exhibitors can make an appointment on the internet, submit exhibitor application information in the appointment process, or scan codes on site, fill in exhibitor application information and upload the information; the exhibition application information comprises names, ages, professions, contact ways, exhibition time and the like of exhibition personnel; a plurality of classification tags are preset in the system, and classification tags related to the occupation of the exhibitors can be matched by analyzing the occupation of the exhibitors, for example: the plurality of classification labels include industrial zero carbon exhibition, teaching zero carbon exhibition, medical zero carbon exhibition, agricultural zero carbon exhibition, etc., and the profession of the exhibitor is "mechanical engineer", then the classification label of matching is "industrial zero carbon exhibition".
Specifically, fig. 2 shows a flowchart of identity information classification planning in the method provided by the embodiment of the present invention.
In an embodiment of the present invention, the obtaining identity information of a plurality of exhibitors, and performing a classification plan based on the identity information, and the generating classification plan information specifically includes the following steps:
step S1011, obtain the participation application information of a plurality of exhibitors.
Step S1012, extracting a plurality of identity information from the plurality of the participating application information.
And S1013, respectively matching corresponding classification labels according to the identity information.
And step S1014, carrying out classification planning according to the plurality of classification labels to generate classification planning information.
Further, the exhibition hall equipment control method for the zero carbon exhibition hall further comprises the following steps:
and step S102, generating a plurality of classification guiding signals according to the classification planning information, and guiding a plurality of exhibitors to different zero-carbon exhibition vehicles in a classification manner according to the classification guiding signals.
In the embodiment of the invention, a plurality of exhibitors are classified according to the classification planning information, the exhibitors classified in the same category are matched with the same zero-carbon exhibition vehicle, a plurality of classification guide signals are generated, and the plurality of exhibitors are classified and guided to different zero-carbon exhibition vehicles through the plurality of classification guide signals. Specifically, the classification guidance signal may be guidance information sent to the mobile phone of the exhibitor and a prompt signal for displaying the zero-carbon exhibition vehicle, for example: the car heads of the plurality of zero-carbon exhibition vehicles emit light signals with different colors, the guiding information received by the mobile phone of a certain exhibitor is 'entering the zero-carbon exhibition vehicle with red car head light', and the exhibitor can search the zero-carbon exhibition vehicle with red car head light and enter the zero-carbon exhibition vehicle.
Specifically, fig. 3 shows a flowchart of the exhibited vehicle classification guidance in the method provided by the embodiment of the present invention.
In a preferred embodiment of the present invention, the step of generating a plurality of classification guidance signals according to the classification planning information, and guiding a plurality of exhibitor classifications to different zero-carbon exhibition vehicles according to the plurality of classification guidance signals specifically includes the steps of:
step S1021, generating a plurality of classification guiding signals according to the classification planning information.
And step S1022, when entering the zero carbon exhibition hall, performing identity recognition on the exhibition staff to generate recognition information.
And step S1023, matching the corresponding classification guiding signals according to the identification information.
And step S1024, guiding the exhibitors to the corresponding zero-carbon exhibition vehicles in a classified manner according to the classified guiding signals.
Further, the exhibition hall equipment control method for the zero carbon exhibition hall further comprises the following steps:
and S103, generating zero-carbon exhibition routes corresponding to the plurality of zero-carbon exhibition vehicles according to the classified planning information, wherein the zero-carbon exhibition routes comprise public exhibition routes and classified exhibition routes.
In the embodiment of the invention, the classification target positions corresponding to different zero-carbon exhibition vehicles are determined according to the classification planning information, and then the route planning is carried out according to the classification target positions to generate a plurality of zero-carbon exhibition routes comprising public exhibition routes and classification exhibition routes, wherein the public exhibition routes in different zero-carbon exhibition routes are the same, and the classification exhibition routes in different zero-carbon exhibition routes are different.
It will be appreciated that different zero-carbon exhibition routes have the same public exhibition route and different categorical exhibition routes, so that the display of zero-carbon basic information can be performed at the public exhibition routes, for example: a meaning exhibition with zero carbon emission, a development exhibition with zero carbon emission, an idea exhibition with zero carbon life and the like; different classification destination positions can be reached according to different classification exhibition routes, and then zero-carbon exhibition aiming at the occupation of exhibitors can be carried out at the corresponding classification destination positions, for example: the profession of the exhibitor is "mechanical engineer" and the matching category label is "industrial zero carbon exhibition", then the relevant zero carbon exhibition of the zero carbon application in the industry is made at the location of the category destination.
Specifically, fig. 4 shows a flow chart of generating a zero-carbon exhibition route in the method provided by the embodiment of the invention.
In an embodiment of the present invention, the generating a zero-carbon exhibition route corresponding to a plurality of zero-carbon exhibition vehicles according to the classification planning information includes:
and step S1031, obtaining a plurality of classification target positions according to the classification planning information.
Step S1032 is to generate a zero-carbon exhibition route corresponding to the plurality of zero-carbon exhibition vehicles according to the plurality of classified destination positions, where the zero-carbon exhibition route includes a public exhibition route and a classified exhibition route.
Further, the exhibition hall equipment control method for the zero carbon exhibition hall further comprises the following steps:
and step S104, controlling the plurality of zero-carbon exhibition vehicles to follow and advance according to the public exhibition route, and performing public zero-carbon exhibition in the following and advancing process of the plurality of zero-carbon exhibition vehicles.
In the embodiment of the invention, the public exhibition routes of the plurality of zero-carbon exhibition vehicles are the same, the plurality of zero-carbon exhibition vehicles are controlled to keep the same following distance, follow and travel along the public exhibition routes in sequence, and in the process of following and traveling of the plurality of zero-carbon exhibition vehicles, infrared induction positioning is carried out to determine the following and traveling positions of the plurality of zero-carbon exhibition vehicles, so that the exhibition switches in corresponding areas are gradually opened and closed according to the following and traveling positions to carry out the public zero-carbon exhibition subarea exhibition.
It can be understood that, can be according to the different exhibition themes such as the meaning exhibition of zero carbon emission, the development exhibition of zero carbon emission, the theory exhibition of zero carbon life, carry out public zero carbon exhibition subregion exhibition, when not having zero carbon exhibition vehicle to get into corresponding region, keep closing of corresponding exhibition equipment, carry out the infrared induction location, when a plurality of zero carbon exhibition vehicles will reach corresponding region, open opening of exhibition equipment in the corresponding theme exhibition region, can effectively avoid the waste of unnecessary energy.
Specifically, fig. 5 shows a flow chart of a public zero carbon exhibition in the method provided by the embodiment of the invention.
In a preferred embodiment provided by the present invention, the controlling the plurality of zero-carbon display vehicles to follow the public display route, wherein the performing the public zero-carbon display in the following process of the plurality of zero-carbon display vehicles specifically includes the following steps:
and S1041, controlling a plurality of zero-carbon exhibition vehicles to follow according to the public exhibition route.
And step S1042, performing following travel positioning in the following travel process of the plurality of zero-carbon exhibition vehicles to obtain following travel positions.
And S1043, generating a corresponding exhibition signal according to the following travel position.
And step S1044, carrying out public zero-carbon exhibition subarea exhibition according to the exhibition signals.
Further, the exhibition hall equipment control method for the zero carbon exhibition hall further comprises the following steps:
and S105, controlling a plurality of corresponding zero-carbon exhibition vehicles to enter classification target positions according to a plurality of classification exhibition routes, and performing classification linkage VR exhibition on the plurality of classification target positions and the corresponding zero-carbon exhibition vehicles.
In the embodiment of the invention, after a plurality of zero-carbon exhibition vehicles finish following and traveling of a public exhibition route, different zero-carbon exhibition vehicles travel into corresponding classification destination positions according to the corresponding classification exhibition routes, then VR dressing prompt is carried out, whether all exhibitors on the zero-carbon exhibition vehicles finish wearing VR equipment is sensed in real time, after all exhibitors on the zero-carbon exhibition vehicles are sensed to finish wearing the VR equipment, VR zero-carbon exhibition data corresponding to related classification labels are led into the zero-carbon exhibition vehicles and the VR equipment, related zero-carbon content VR exhibition is carried out through the VR equipment, linkage control of the zero-carbon exhibition vehicles is carried out according to different exhibition scenes, and the exhibition immersion feeling of the exhibitors on the zero-carbon exhibition vehicles is improved.
It can be understood that the wearing of the VR device is realized by an inductive sensor on the VR device; VR zero carbon exhibition data includes VR video exhibition data and VR coordinated control data, wherein: importing VR video exhibition data into VR equipment, and playing related VR exhibition videos to exhibitors through the VR equipment; the leading-in zero carbon exhibition vehicle of VR coordinated control data, the video broadcast scene of control zero carbon exhibition vehicle and VR exhibition links, improves the VR of exhibitor and immerses the sense, for example: when the categorised label that zero carbon exhibition vehicle corresponds is "zero carbon exhibition of agriculture", VR video content in the broadcast is for "take the plane to watch the carbon emission harm that the burning straw brought" in the relevant VR equipment, then bloies at one end through zero carbon exhibition vehicle, causes the sensation of exhibitor personnel's flight to heating at a plurality of exhibitor personnel's seat downside, when causing the exhibitor personnel to fly, press close to the sensation of the straw that is burning.
Specifically, fig. 6 shows a flowchart of classified linkage VR exhibition in the method provided by the embodiment of the present invention.
In a preferred embodiment of the present invention, the step of controlling a plurality of corresponding zero-carbon exhibit vehicles to enter into the classification destination locations according to a plurality of classification exhibit routes, and performing the classification linkage VR exhibition with the corresponding zero-carbon exhibit vehicles at the plurality of classification destination locations specifically includes the following steps:
and step S1051, controlling a plurality of corresponding zero-carbon exhibition vehicles to enter classification target positions according to a plurality of classification exhibition routes.
Step S1052, after a plurality of zero-carbon exhibition vehicles enter the corresponding classification target positions, the VR wearing prompt and the VR wearing induction are carried out.
And step S1053, after sensing that all the exhibitors on the corresponding zero-carbon exhibition vehicle finish VR wearing, importing corresponding VR zero-carbon exhibition data.
And S1054, carrying out classified linkage VR exhibition with a plurality of corresponding zero-carbon exhibition vehicles according to a plurality of VR zero-carbon exhibition data.
Further, fig. 7 is a diagram illustrating an application architecture of the system according to the embodiment of the present invention.
In another preferred embodiment, the present invention provides an exhibition hall equipment control system for a zero carbon exhibition hall, comprising:
and the exhibitor classified planning unit 101 is configured to obtain identity information of a plurality of exhibitors, perform classified planning based on the identity information, and generate classified planning information.
In the embodiment of the present invention, before entering a zero-carbon exhibition hall to participate in a zero-carbon exhibition, exhibitor application information needs to be submitted, the exhibitor classification planning unit 101 analyzes the identity information by acquiring exhibitor application information of a plurality of exhibitors, extracting identity information corresponding to the plurality of exhibitors from the exhibitor application information, determining occupations corresponding to the exhibitors, matching classification labels corresponding to the plurality of exhibitors, and then performing classification planning on the exhibitor visits of the plurality of exhibitors according to the classification labels to generate classification planning information.
And the exhibition vehicle guiding unit 102 is configured to generate a plurality of classification guiding signals according to the classification planning information, and guide a plurality of exhibitors into different zero-carbon exhibition vehicles according to the plurality of classification guiding signals.
In the embodiment of the present invention, the exhibition vehicle guidance unit 102 classifies a plurality of exhibitors according to the classification planning information, matches exhibitors classified into the same category to the same zero-carbon exhibition vehicle, generates a plurality of classification guidance signals, and guides the plurality of exhibitors into different zero-carbon exhibition vehicles in a classification manner through the plurality of classification guidance signals.
Specifically, fig. 8 shows a block diagram of the structure of the exhibition vehicle guiding unit 102 in the system provided by the embodiment of the present invention.
In a preferred embodiment of the present invention, the exhibition vehicle guiding unit 102 specifically includes:
and a guiding signal generating module 1021, configured to generate a plurality of classification guiding signals according to the classification planning information.
The identity recognition module 1022 is configured to perform identity recognition on the exhibitor when entering the zero carbon exhibition hall, and generate recognition information.
And the signal matching module 1023 is used for matching the corresponding classification guiding signal according to the identification information.
And the classification guiding module 1024 is used for guiding the exhibitors into corresponding zero-carbon exhibition vehicles in a classification manner according to the classification guiding signals.
Further, the exhibition hall equipment control system for the zero carbon exhibition hall further comprises:
and an exhibition route generating unit 103 configured to generate zero-carbon exhibition routes corresponding to the plurality of zero-carbon exhibition vehicles according to the classification planning information, where the zero-carbon exhibition routes include a public exhibition route and a classification exhibition route.
In the embodiment of the present invention, the exhibition route generating unit 103 determines the classification destination positions corresponding to different zero-carbon exhibition vehicles according to the classification planning information, and further performs route planning according to a plurality of classification destination positions to generate a plurality of zero-carbon exhibition routes including public exhibition routes and classification exhibition routes, where the public exhibition routes in different zero-carbon exhibition routes are the same, and the classification exhibition routes in different zero-carbon exhibition routes are different.
And the public zero carbon exhibition unit 104 is used for controlling the plurality of zero carbon exhibition vehicles to follow and advance according to the public exhibition route, and carrying out public zero carbon exhibition in the process of following and advancing the plurality of zero carbon exhibition vehicles.
In the embodiment of the present invention, the public display routes of the plurality of zero carbon display vehicles are the same, the public zero carbon display unit 104 controls the plurality of zero carbon display vehicles to keep the same following distance, follow and travel along the public display routes in sequence, and perform infrared sensing positioning during the following and traveling process of the plurality of zero carbon display vehicles, determine the following and traveling positions of the plurality of zero carbon display vehicles, so as to gradually open and close the display switches in corresponding areas according to the following and traveling positions, and perform the public zero carbon display subarea display.
Specifically, fig. 9 shows a block diagram of a common zero-carbon exhibition unit 104 in the system according to the embodiment of the present invention.
In a preferred embodiment provided by the present invention, the public zero carbon display unit 104 specifically includes:
and a traveling control module 1041, configured to control the plurality of zero-carbon exhibition vehicles to follow and travel according to the public exhibition route.
The traveling positioning module 1042 is configured to perform following traveling positioning to obtain a following traveling position in a following traveling process of the plurality of zero-carbon exhibition vehicles.
And an exhibition signal generating module 1043, configured to generate a corresponding exhibition signal according to the following traveling position.
And the subarea exhibition module 1044 is used for carrying out public zero-carbon exhibition subarea exhibition according to the exhibition signals.
Further, the exhibition hall equipment control system for the zero carbon exhibition hall further comprises:
categorised linkage exhibition unit 105 is used for according to a plurality of categorised exhibition route controls a plurality of zero carbon exhibition vehicles that correspond and gets into categorised destination location, carries out categorised linkage VR exhibition at a plurality of categorised destination locations and the zero carbon exhibition vehicle that corresponds.
In the embodiment of the invention, after a plurality of zero-carbon exhibition vehicles finish following and traveling of a public exhibition route, the classification linkage exhibition unit 105 controls different zero-carbon exhibition vehicles to travel into corresponding classification destination positions according to the corresponding classification exhibition routes, then VR dressing prompt is carried out, whether all exhibitors on the zero-carbon exhibition vehicles finish wearing VR equipment is sensed in real time, after all exhibitors on the zero-carbon exhibition vehicles are sensed to finish wearing the VR equipment, VR zero-carbon exhibition data corresponding to relevant classification labels are led into the zero-carbon exhibition vehicles and the VR equipment, relevant zero-carbon content VR exhibition is carried out through the VR equipment, linkage control of the zero-carbon exhibition vehicles is carried out according to different exhibition scenes, and VR exhibition immersion feeling of the exhibitors on the zero-carbon exhibition vehicles is improved.
Specifically, fig. 10 shows a block diagram of the categorized linkage exhibition unit 105 in the system according to the embodiment of the present invention.
In a preferred embodiment of the present invention, the categorized linked display unit 105 specifically includes:
the classification control module 1051 is configured to control a plurality of corresponding zero-carbon exhibition vehicles to enter the classification destination locations according to a plurality of the classification exhibition routes.
VR suggestion response module 1052 for after a plurality of zero carbon exhibition vehicles get into the categorised destination place that corresponds, carry out VR and dress suggestion and VR and dress the response.
In summary, the embodiment of the present invention can perform a classified planning of exhibitors, guide a plurality of exhibitors into different zero-carbon exhibition vehicles in a classified manner, generate zero-carbon exhibition routes corresponding to the plurality of zero-carbon exhibition vehicles, control the plurality of zero-carbon exhibition vehicles to perform a public zero-carbon exhibition in the public exhibition routes, and perform a classified linkage VR exhibition at a classification destination location, thereby avoiding the exhibitors from missing a proper exhibition, avoiding the need to keep all equipment in the exhibition hall working during the exhibition, and avoiding unnecessary energy waste.
Claims (10)
1. An exhibition hall equipment control method for a zero-carbon exhibition hall is characterized by specifically comprising the following steps of:
acquiring identity information of a plurality of exhibitors, and performing classification planning based on the identity information to generate classification planning information;
generating a plurality of classification guide signals according to the classification planning information, and guiding a plurality of exhibitors to different zero-carbon exhibition vehicles according to the classification guide signals;
generating zero-carbon exhibition routes corresponding to a plurality of zero-carbon exhibition vehicles according to the classification planning information, wherein the zero-carbon exhibition routes comprise public exhibition routes and classified exhibition routes;
controlling a plurality of zero-carbon exhibition vehicles to follow and travel according to the public exhibition route, and performing public zero-carbon exhibition in the following and traveling process of the plurality of zero-carbon exhibition vehicles;
according to a plurality of categorised exhibition route, control a plurality of zero carbon exhibition vehicles that correspond and get into categorised destination location, carry out categorised linkage VR exhibition at a plurality of categorised destination locations and the zero carbon exhibition vehicle that corresponds.
2. The exhibition hall equipment control method for the zero-carbon exhibition hall according to claim 1, wherein the step of obtaining identity information of a plurality of exhibitors, performing classification planning based on the identity information, and generating classification planning information specifically comprises the steps of:
acquiring participation application information of a plurality of participants;
extracting a plurality of identity information from a plurality of the participating application information;
respectively matching corresponding classification labels according to the identity information;
and performing classification planning according to the plurality of classification labels to generate classification planning information.
3. The method as claimed in claim 1, wherein the step of generating a plurality of classification guidance signals according to the classification planning information and guiding a plurality of exhibitors into different zero-carbon exhibition vehicles according to the classification guidance signals comprises the steps of:
generating a plurality of classification guiding signals according to the classification planning information;
when entering a zero-carbon exhibition hall, performing identity recognition on exhibitors to generate recognition information;
matching corresponding classification guide signals according to the identification information;
and guiding the exhibitor classification to the corresponding zero-carbon exhibition vehicle according to the classification guiding signal.
4. The method as claimed in claim 1, wherein the step of generating the zero-carbon exhibition route corresponding to the plurality of zero-carbon exhibition vehicles according to the classification planning information includes the steps of:
acquiring a plurality of classification target positions according to the classification planning information;
and generating zero-carbon exhibition routes corresponding to a plurality of zero-carbon exhibition vehicles according to a plurality of classified destination positions, wherein the zero-carbon exhibition routes comprise public exhibition routes and classified exhibition routes.
5. The exhibition hall equipment control method for zero carbon exhibition hall according to claim 1, wherein said controlling the plurality of zero carbon exhibition vehicles to follow the public exhibition route, wherein the following steps are specifically included in the process of the following travel of the plurality of zero carbon exhibition vehicles for the public zero carbon exhibition:
controlling a plurality of zero-carbon exhibition vehicles to follow according to the public exhibition route;
carrying out following travel positioning in the following travel process of a plurality of zero-carbon exhibition vehicles to obtain following travel positions;
generating a corresponding exhibition signal according to the following travelling position;
and carrying out public zero-carbon exhibition and subarea exhibition according to the exhibition signals.
6. The method as claimed in claim 1, wherein the step of controlling the plurality of corresponding zero-carbon exhibition vehicles to enter the classification destination locations according to the plurality of classification exhibition routes, and the step of performing the classification linkage VR exhibition with the corresponding zero-carbon exhibition vehicles at the plurality of classification destination locations comprises the following steps:
controlling a plurality of corresponding zero-carbon exhibition vehicles to enter classification target positions according to a plurality of classification exhibition routes;
after the plurality of zero-carbon exhibition vehicles enter the corresponding classification target positions, performing VR wearing prompt and VR wearing induction;
importing corresponding VR zero carbon exhibition data after sensing that all exhibitors on the corresponding zero carbon exhibition vehicle finish VR wearing;
according to a plurality of zero carbon exhibition data of VR are carried out categorised linkage VR exhibition with a plurality of zero carbon exhibition vehicles that correspond.
7. The utility model provides a control system is equipped in exhibition room for zero carbon exhibition room which characterized in that, the system includes that the categorised planning unit of exhibitions, exhibition vehicle guide unit, exhibition route generate unit, public zero carbon exhibition unit and categorised linkage exhibition unit, wherein:
the exhibition classification planning unit is used for acquiring identity information of a plurality of exhibition participants, performing classification planning based on the identity information and generating classification planning information;
the exhibition vehicle guiding unit is used for generating a plurality of classification guiding signals according to the classification planning information and guiding a plurality of exhibitors into different zero-carbon exhibition vehicles according to the classification guiding signals;
the exhibition route generating unit is used for generating zero-carbon exhibition routes corresponding to a plurality of zero-carbon exhibition vehicles according to the classified planning information, wherein the zero-carbon exhibition routes comprise public exhibition routes and classified exhibition routes;
the public zero-carbon exhibition unit is used for controlling the plurality of zero-carbon exhibition vehicles to follow and advance according to the public exhibition route, and performing public zero-carbon exhibition in the following and advancing process of the plurality of zero-carbon exhibition vehicles;
categorised linkage exhibition unit is used for being a plurality of according to categorised exhibition route, control a plurality of zero carbon exhibition vehicles that correspond and get into categorised destination position, carry out categorised linkage VR exhibition at a plurality of categorised destination positions and the zero carbon exhibition vehicle that corresponds.
8. The exhibition hall equipment control system for zero carbon exhibition hall of claim 7 wherein the exhibition vehicle guidance unit specifically comprises:
the guide signal generating module is used for generating a plurality of classification guide signals according to the classification planning information;
the identity recognition module is used for carrying out identity recognition on the exhibitors when entering the zero-carbon exhibition hall to generate recognition information;
the signal matching module is used for matching the corresponding classification guide signals according to the identification information;
and the classification guiding module is used for guiding the exhibitor classification to the corresponding zero-carbon exhibition vehicle according to the classification guiding signal.
9. The exhibition hall equipment control system for zero carbon exhibition halls as claimed in claim 7, wherein the common zero carbon exhibition unit specifically comprises:
the traveling control module is used for controlling a plurality of zero-carbon exhibition vehicles to travel along the public exhibition route;
the traveling positioning module is used for performing following traveling positioning in the following traveling process of the zero-carbon exhibition vehicles to obtain following traveling positions;
the exhibition signal generating module is used for generating a corresponding exhibition signal according to the following travelling position;
and the subarea exhibition module is used for carrying out public zero-carbon exhibition subarea exhibition according to the exhibition signals.
10. The exhibition hall equipment control system for zero carbon exhibition hall as claimed in claim 7, wherein the classified linkage exhibition unit specifically comprises:
the classification control module is used for controlling a plurality of corresponding zero-carbon exhibition vehicles to enter classification target positions according to a plurality of classification exhibition routes;
the VR prompting and sensing module is used for performing VR wearing prompt and VR wearing sensing after the plurality of zero-carbon exhibition vehicles enter the corresponding classification target positions;
the data import module is used for importing corresponding VR zero-carbon exhibition data after sensing that all exhibitors on the corresponding zero-carbon exhibition vehicle finish VR wearing;
and the VR exhibition module is used for carrying out classified linkage VR exhibition according to a plurality of VR zero-carbon exhibition data and a plurality of corresponding zero-carbon exhibition vehicles.
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Application publication date: 20220913 |