CN214098567U - Helmet replacing system for electric vehicle helmet - Google Patents
Helmet replacing system for electric vehicle helmet Download PDFInfo
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- CN214098567U CN214098567U CN202022446440.3U CN202022446440U CN214098567U CN 214098567 U CN214098567 U CN 214098567U CN 202022446440 U CN202022446440 U CN 202022446440U CN 214098567 U CN214098567 U CN 214098567U
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Abstract
The utility model discloses a helmet changing system of an electric vehicle, which comprises a helmet cabinet body, an intelligent terminal, a cloud platform subsystem in communication connection with the intelligent terminal, a human-computer interaction subsystem which is arranged on the helmet cabinet body and is in communication connection with the cloud platform subsystem, and a cabinet management subsystem in communication connection with the human-computer interaction subsystem; the helmet cabinet body is also provided with a plurality of helmet bins for placing helmets, and each helmet bin is also internally provided with a single-bin management subsystem in communication connection with the cabinet management subsystem; the single-bin management subsystem comprises a single-bin communication module, a single-bin control module in communication connection with the cabinet management subsystem through the single-bin communication module, and a single-bin identification module and a single-bin lock control module which are electrically connected with the single-bin control module respectively. The foundation the utility model provides a system, the resident can be anytime and anywhere very convenient exchange the helmet through intelligent terminal such as cell-phone to solve the inconvenient helmet that carries of resident and forget the problem of wearing the helmet, the practicality is strong.
Description
Technical Field
The utility model relates to an electric motor car technical field especially relates to a helmet system is traded to helmet of electric motor car.
Background
With the continuous improvement of traffic regulations, the residents who ride the electric vehicles must wear helmets when riding. However, the helmet is too large in size, and the electric vehicle is not provided with a space for placing the helmet, so that the helmet is not easy to carry, and therefore, many residents do not wear the helmet or forget to wear the helmet when riding the electric vehicle to go out, and the potential safety hazard is high.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a helmet system is traded to helmet of electric motor car, according to this system, the resident can be anytime and anywhere very convenient through intelligent terminal such as cell-phone and trade the helmet to solve the inconvenient helmet of carrying of resident and forget the problem of wearing the helmet, the practicality is strong.
In order to realize the purpose, the following technical scheme is adopted:
a helmet changing system of an electric vehicle comprises a helmet cabinet body, an intelligent terminal, a cloud platform subsystem in communication connection with the intelligent terminal, a human-computer interaction subsystem installed on the helmet cabinet body and in communication connection with the cloud platform subsystem, and a cabinet management subsystem in communication connection with the human-computer interaction subsystem; the helmet cabinet body is also provided with a plurality of helmet bins for placing helmets, and each helmet bin is also internally provided with a single-bin management subsystem in communication connection with the cabinet management subsystem; the single-bin management subsystem comprises a single-bin communication module, a single-bin control module in communication connection with the cabinet management subsystem through the single-bin communication module, and a single-bin identification module and a single-bin lock control module which are electrically connected with the single-bin control module respectively.
Furthermore, the single-cabin management subsystem further comprises a humidity detection module, a single-cabin disinfection module and a single-cabin drying module, wherein the humidity detection module is electrically connected with the single-cabin control module respectively, the single-cabin disinfection module is used for sterilizing and disinfecting the helmet, and the single-cabin drying module is used for drying the helmet.
Furthermore, the single-bin management subsystem further comprises a single-bin air exhaust module electrically connected with the single-bin control module.
Further, the single-cabin identification module comprises an RFID card reader installed on the helmet cabin and a magnetic switch.
Further, the humidity detection module comprises a humidity sensor mounted on the helmet bin; the single-chamber disinfection module comprises a disinfection seat arranged on the helmet chamber and a disinfection lamp arranged on the disinfection seat; the single-bin drying module comprises a drying seat arranged on the helmet bin, a heater arranged in the drying seat and a drying fan used for blowing hot air generated by the heater into the helmet bin.
Further, the cloud platform subsystem comprises a service management module, a data storage module, an identity authentication module, a consumption configuration module, a query module and a first communication module which is in communication connection with the human-computer interaction subsystem and the intelligent terminal.
Further, the human-computer interaction subsystem comprises a display interaction module, an application software module, a monitoring module and a cabinet communication module which is in communication connection with the cabinet management subsystem.
Furthermore, the cabinet management subsystem comprises a cabinet main control module, a data forwarding module, a cabinet exhaust module and a parallel access module.
Adopt above-mentioned scheme, the beneficial effects of the utility model are that:
the system is provided with a cloud platform subsystem, a man-machine interaction subsystem, a cabinet management subsystem and a single-bin management subsystem, residents can exchange helmets at any time and any place through intelligent terminals such as mobile phones, the problems that the residents are inconvenient to carry the helmets and forget to wear the helmets can be solved, and the system is high in practicability; simultaneously, the helmet disinfection and the stoving of returning are disinfected and are dried to the single storehouse disinfection module and the single storehouse stoving module of each single storehouse management subsystem of accessible, guarantee that the helmet is clean and tidy clean, can solve the sanitary problem that different residents worn the helmet and produced, improve user experience.
Drawings
Fig. 1 is a perspective view of a helmet body of the present invention;
fig. 2 is a perspective view of the helmet compartment of the present invention (with the compartment door omitted);
FIG. 3 is a schematic block diagram of the present invention;
wherein the figures identify the description:
1-helmet body; 2, an intelligent terminal;
3-cloud platform subsystem; 4-a human-computer interaction subsystem;
5-cabinet management subsystem; 11-helmet cabin;
12-single bin management subsystem; 31-a service management module;
32-a data storage module; 33-identity authentication module;
34-a consumption configuration module; 35-a query module;
36 — a first communication module; 41-display interaction module;
42-application software module; 43-a monitoring module;
44-cabinet communication module; 51-cabinet master control module;
52-a data forwarding module; 53-cabinet exhaust module;
54-parallel access module; 121-single bin communication module;
122-single bin control module; 123-single bin identification module;
124-single-bin lock control module; 125-humidity detection module;
126-single-bin sterilization module; 127-single bin drying module;
128-single-bin air exhaust module.
Detailed Description
The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.
Referring to fig. 1 to 3, the utility model provides a helmet changing system for electric vehicle, which comprises a helmet cabinet body 1, an intelligent terminal 2, a cloud platform subsystem 3 in communication connection with the intelligent terminal 2, a human-computer interaction subsystem 4 installed on the helmet cabinet body 1 and in communication connection with the cloud platform subsystem 3, and a cabinet management subsystem 5 in communication connection with the human-computer interaction subsystem 4; the helmet cabinet body 1 is also provided with a plurality of helmet bins 11 for placing helmets, and each helmet bin 11 is also internally provided with a single-bin management subsystem 12 which is in communication connection with the cabinet management subsystem 5; the single-bin management subsystem 12 comprises a single-bin communication module 121, a single-bin control module 122 in communication connection with the cabinet management subsystem 5 through the single-bin communication module 121, and a single-bin identification module 123 and a single-bin lock control module 124 which are electrically connected with the single-bin control module 122 respectively.
The single-cabin management subsystem 12 further includes a humidity detection module 125, a single-cabin disinfection module 126 for disinfecting and sterilizing helmets, and a single-cabin drying module 127 for drying helmets, which are electrically connected to the single-cabin control module 122, respectively; the single-bin management subsystem 12 further comprises a single-bin exhaust module 128 electrically connected with the single-bin control module 122; the single-cabin identification module 123 comprises an RFID card reader installed on the helmet cabin 11, and a magnetic switch; the humidity detection module 125 comprises a humidity sensor installed on the helmet cabin 11; the single-chamber disinfection module 126 comprises a disinfection seat arranged on the helmet chamber 11 and a disinfection lamp arranged on the disinfection seat; the single-bin drying module 127 comprises a drying seat arranged on the helmet bin 11, a heater arranged in the drying seat, and a drying fan for blowing hot air generated by the heater into the helmet bin 11; the cloud platform subsystem 3 comprises a service management module 31, a data storage module 32, an identity authentication module 33, a consumption configuration module 34, a query module 35 and a first communication module 36 which is used for being in communication connection with the human-computer interaction subsystem 4 and the intelligent terminal 2; the human-computer interaction subsystem 4 comprises a display interaction module 41, an application software module 42, a monitoring module 43 and a cabinet communication module 44 for being in communication connection with the cabinet management subsystem 5; the cabinet management subsystem 5 comprises a cabinet main control module 51, a data forwarding module 52, a cabinet exhaust module 53 and a parallel access module 54.
The utility model discloses the theory of operation:
continuing to refer to fig. 1 to 3, this system includes helmet cabinet 1, intelligent terminal 2, high in the clouds platform subsystem 3, human-computer interaction subsystem 4 to and rack management subsystem 5 and single storehouse management subsystem 12, wherein high in the clouds platform subsystem 3 is used for managing and coordinating the information interaction between each subsystem to other subsystems in a unified way, specifically includes:
the first communication module 36: the first communication module 36 includes but is not limited to a communication mode communication network such as a LoRa communication unit, a WiFi communication unit, a 4G communication unit, etc., automatically recognizes and switches keep-alive, ensures stable communication with the human-computer interaction subsystem 4 and the intelligent terminal 2, processes data uploaded by the human-computer interaction subsystem 4 and the intelligent terminal 2, responds to the data uploaded by the intelligent terminal 2 and the human-computer interaction subsystem 4 in time, ensures normal and effective communication, and is mandatory;
the service management module 31: processing business logic, managing and controlling the process of renting and returning the helmet, guiding the human-computer interaction subsystem 4 to open and close the cabin door of the helmet cabin 11, and starting the function control of disinfection, sterilization, drying and the like according to the business logic;
the identity authentication module 33: whether the user can use the system function is judged by authentication (identity, account verification and the like), and when the system function cannot be used, an accurate prompt is made;
the consumption configuration module 34: providing a configuration page for dynamically configurable items such as money amount of the rental helmet, package and the like, guiding configuration of management personnel, and performing configuration management and control according to market demands;
the query module 35: the functions of inquiring data generated by systems such as transaction times of the rental helmet, deposit and the like can be provided, corresponding data can be displayed friendly and accurately, and management personnel can check the data conveniently;
the data storage module 32: the data generated in the whole system is effectively stored, and historical data is managed and controlled to ensure the accuracy and reliability of the data;
the human-computer interaction subsystem 4 is convenient for the human-computer operation of the user, and then conveniently rents the helmet, specifically includes:
the application software module 42: the helmet cabinet body 1 is a software system which is communicated with the cloud platform subsystem 3 and the cabinet management subsystem 5, can be installed on the display interaction module 41, and can complete remote control on the helmet cabinet body 1 according to an instruction of the cloud platform subsystem 3;
the display interaction module 41: the helmet cabinet comprises a touch screen arranged on a helmet cabinet body 1, and the current working states of each helmet bin 11 and the whole cabinet of the helmet cabinet body 1 can be clearly known through the touch screen, wherein in one embodiment, the working states can be divided into three working states of available working states, sterilization working states, drying working states and the like so as to be convenient for a user to check;
cabinet communication module 44: through a data interaction protocol, the system interacts with the cabinet main control module 51 of the cabinet management subsystem 5 to ensure effective interaction and normal communication;
the monitoring module 43: including installing the camera on the helmet cabinet body 1, the accessible is to the recording of video, sound, and then realizes carrying out real time monitoring to the environment of the 1 peripheral of the helmet cabinet body, improves the security of the 1 use of the helmet cabinet body.
The cabinet management subsystem 5 is used for performing unified management on the whole helmet cabinet body 1 and each helmet cabin 11, and specifically comprises:
cabinet master control module 51: the electric equipment in the helmet cabinet body 1 can be controlled, including but not limited to controlling electric meters, air switches, circuit breakers, fire extinguishers, and other electronic devices in the helmet cabinet body 1;
the data forwarding module 52: protocol conversion and data forwarding are carried out on the human-computer interaction subsystem 4 and the plurality of single-bin management subsystems 12 through a data interaction protocol, so that control instructions issued by the human-computer interaction subsystem 4 are accurately and reliably received by each corresponding single-bin management subsystem 12, and meanwhile, data fed back by the single-bin management subsystems 12 are accurately and effectively uploaded to the human-computer interaction subsystem 4 and are displayed and processed by the human-computer interaction subsystem 4;
cabinet air exhaust module 53: the helmet cabinet comprises a plurality of first rows of fans arranged on the helmet cabinet body 1, and air in the helmet cabinet body can be exhausted outside in time to ensure fresh air;
the parallel access module 54: providing a system interface, adding the system interface in a form of an auxiliary cabinet when other human-computer interaction systems are owned, and finishing flow management and control in a self-adaptive manner and starting to use the system interface;
the single-cabin management subsystem 12 is used for controlling and managing the helmet cabin 11, and specifically comprises:
the single bin control module 122: the helmet cabin comprises a control panel arranged on the back of a helmet cabin 11 and used for controlling the work of other modules of the helmet cabin 11;
the single-bin lock control module 124: the control device comprises a control electronic lock and a magnetic lock which are arranged on a cabin door of a helmet cabin 11, can control a switch of the magnetic lock, detect the quality of the switch in real time, protect the switch and feed back the working state of the lock in real time;
the humidity detection module 125: the humidity sensor is arranged in the helmet bin 11 and can detect and feed back the humidity of returned helmets so that the single-bin drying module 127 can dry the returned helmets;
single bin drying module 127: the helmet drying device comprises a drying seat arranged in a helmet bin 11, a heater arranged in the drying seat, and a drying fan used for blowing hot air generated by the heater into the helmet bin 11, wherein when a humidity sensor detects that the humidity value of a helmet is lower than a preset threshold value, the drying fan is started to dry the helmet, so that the helmet drying device is convenient for a user to use next time;
single-bin sterilization module 126: including but not limited to ultraviolet disinfection lamp or spraying disinfectant, the helmet in the helmet storehouse 11 is sterilized, can set up the sterilization time, guarantee the effectiveness sterilized;
single bin communication module 121: the helmet management system is in charge of communicating with the cabinet management subsystem 5, responding to an operation instruction of the cabinet management subsystem 5, feeding back the condition in the helmet bin 11 in real time and ensuring timeliness of information transmission;
single-bin ventilation module 128: the helmet comprises a plurality of second exhaust fans arranged in a helmet cabin 11, so that the air in the cabin is fresh and natural;
the single bin identification module 123: identification equipment such as an RFID card reader, a magnetic switch and the like which are installed on the helmet bin 11 can be included, the RFID electronic identification tag and the magnet which are marked with unique marks are marked on the helmet, when the helmet is placed in the helmet bin 11, the safety return of the helmet can be doubly sensed, and the function of expense settlement can be started;
and 2, the intelligent terminal: comprises other electronic intelligent devices such as a smart phone, an account module, a code scanning module and a payment module can be arranged on the intelligent terminal 2, wherein,
an account module: providing operations such as account registration, login and password recovery, establishing a user system, opening an account interface, and providing user support for other systems needing helmet data binding;
sweep a yard module: providing two functions of code scanning and authentication, wherein a user can get and return the helmet through code scanning, and the authority of the user needing authentication is verified, including but not limited to deposit, package, payment last time, executed order and the like;
a payment module: the payment channel of the system service is provided, and the user pays different transaction fees by selecting the services of drying, killing, renting, returning and the like, and provides refund support for refunding fees of guarantee funds and the like.
The above description is only exemplary of the present invention and should not be construed as limiting the present invention, and any modifications, equivalents and improvements made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.
Claims (8)
1. A helmet changing system of an electric vehicle is characterized by comprising a helmet cabinet body, an intelligent terminal, a cloud platform subsystem in communication connection with the intelligent terminal, a human-computer interaction subsystem installed on the helmet cabinet body and in communication connection with the cloud platform subsystem, and a cabinet management subsystem in communication connection with the human-computer interaction subsystem; the helmet cabinet body is also provided with a plurality of helmet bins for placing helmets, and each helmet bin is also internally provided with a single-bin management subsystem in communication connection with the cabinet management subsystem; the single-bin management subsystem comprises a single-bin communication module, a single-bin control module in communication connection with the cabinet management subsystem through the single-bin communication module, and a single-bin identification module and a single-bin lock control module which are electrically connected with the single-bin control module respectively.
2. The helmet changing system for the electric vehicle according to claim 1, wherein the single-cabin management subsystem further comprises a humidity detection module, a single-cabin disinfection module for sterilizing and disinfecting the helmet, and a single-cabin drying module for drying the helmet, each of which is electrically connected to the single-cabin control module.
3. The helmet changing system for the electric vehicle according to claim 2, wherein the single-cabin management subsystem further comprises a single-cabin air exhaust module electrically connected to the single-cabin control module.
4. The helmet changing system for the electric vehicle according to claim 3, wherein the single compartment identification module comprises an RFID card reader mounted on the helmet compartment, and a magnetic switch.
5. The helmet changing system for an electric vehicle according to claim 4, wherein the humidity detecting module comprises a humidity sensor installed on a helmet compartment; the single-chamber disinfection module comprises a disinfection seat arranged on the helmet chamber and a disinfection lamp arranged on the disinfection seat; the single-bin drying module comprises a drying seat arranged on the helmet bin, a heater arranged in the drying seat and a drying fan used for blowing hot air generated by the heater into the helmet bin.
6. The helmet changing system for the electric vehicle according to claim 1, wherein the cloud platform subsystem comprises a service management module, a data storage module, an identity authentication module, a consumption configuration module, an inquiry module, and a first communication module for communication connection with the human-computer interaction subsystem and the intelligent terminal.
7. The helmet exchange system for an electric vehicle of claim 1, wherein the human-computer interaction subsystem comprises a display interaction module, an application software module, a monitoring module, and a cabinet communication module for communicatively coupling with a cabinet management subsystem.
8. The helmet changing system for the electric vehicle according to claim 1, wherein the cabinet management subsystem comprises a cabinet main control module, a data forwarding module, a cabinet air exhaust module and a parallel access module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022446440.3U CN214098567U (en) | 2020-10-28 | 2020-10-28 | Helmet replacing system for electric vehicle helmet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022446440.3U CN214098567U (en) | 2020-10-28 | 2020-10-28 | Helmet replacing system for electric vehicle helmet |
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| Publication Number | Publication Date |
|---|---|
| CN214098567U true CN214098567U (en) | 2021-08-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202022446440.3U Active CN214098567U (en) | 2020-10-28 | 2020-10-28 | Helmet replacing system for electric vehicle helmet |
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| Country | Link |
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| CN (1) | CN214098567U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2023246951A1 (en) * | 2022-06-23 | 2023-12-28 | 深圳市肥卡科技有限公司 | Helmet drying, sterilizing, and disinfecting machine capable of automatically detecting dryness level thereof |
-
2020
- 2020-10-28 CN CN202022446440.3U patent/CN214098567U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2023246951A1 (en) * | 2022-06-23 | 2023-12-28 | 深圳市肥卡科技有限公司 | Helmet drying, sterilizing, and disinfecting machine capable of automatically detecting dryness level thereof |
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