阅读说明：本技术 智能安全帽以及作业环境监控系统 (Intelligent safety helmet and operation environment monitoring system ) 是由 王淑嫱 阮浩 宋诗佩 于 2021-01-13 设计创作，主要内容包括：本发明提供一种智能安全帽以及作业环境监控系统,智能安全帽包括：安全帽,用于供作业人员佩戴；温度采集模块,设置在所述安全帽上,用于采集当前的温度数据；通信模块,设置于所述安全帽上,用于实现对采集到的温度数据进行数据传输从而发送至设定的监控装置中,作业环境监控系统包括：复数个智能安全帽以及用于监控该复数个智能安全帽的监控中心,所述监控中心根据所述复数个智能安全帽发送来的温度数据或作业状态数据对作业人员进行作业管理。在作业人员佩戴智能安全帽后,能够自动采集温度数据或作业状态数据,从而实现对作业人员的作业环境进行监控,保障作业人员的作业安全,结构简单,实用性强。(The invention provides an intelligent safety helmet and an operation environment monitoring system, wherein the intelligent safety helmet comprises: the safety helmet is used for being worn by an operator; the temperature acquisition module is arranged on the safety helmet and used for acquiring current temperature data; communication module, set up in on the safety helmet for thereby realize carrying out data transmission to the temperature data who gathers and send to the monitoring device who sets for, operation environment monitored control system includes: the monitoring center is used for carrying out operation management on operating personnel according to the temperature data or the operation state data sent by the intelligent safety caps. After the intelligent safety helmet is worn by an operator, temperature data or operation state data can be automatically acquired, so that the operation environment of the operator is monitored, the operation safety of the operator is guaranteed, the structure is simple, and the practicability is high.)

1. An intelligent safety helmet, comprising:

the safety helmet is used for being worn by an operator;

the temperature acquisition module is arranged on the safety helmet and used for acquiring current temperature data;

and the communication module is arranged on the safety helmet and used for transmitting the collected temperature data to the set monitoring device in a data transmission mode.

2. The smart headgear of claim 1, further comprising:

and one end of the eye protection module is rotatably connected to the safety helmet, so that the other end of the eye protection module can move up and down to realize position switching, and therefore protection use is realized.

3. The smart headgear of claim 1, further comprising:

the image acquisition module is arranged on the safety helmet and used for acquiring images of an operation environment to obtain operation state data, and the operation state data are sent to the monitoring device through the communication module.

4. The intelligent safety helmet of claim 1, wherein:

the temperature acquisition module is arranged in an avoidance space formed between the shell of the safety helmet and the inner framework, and/or the communication module is arranged in an avoidance space formed between the shell of the safety helmet and the inner framework.

5. A work environment monitoring system, comprising:

a plurality of intelligent safety helmets and a monitoring center for monitoring the plurality of intelligent safety helmets,

the intelligent safety helmet is the intelligent safety helmet as claimed in any one of claims 1 to 4, and the monitoring center performs operation management on operators according to the temperature data or the operation state data sent by the plurality of intelligent safety helmets.

6. The work environment monitoring system of claim 5, wherein:

when the temperature data collected by any intelligent safety helmet is higher than a preset temperature threshold value range within a preset time range, the monitoring center sends a matched control instruction to the corresponding intelligent safety helmet so as to adjust the working environment of the corresponding operator.

7. The work environment monitoring system of claim 5, wherein:

the intelligent safety helmets collect operation state data based on preset frequency and send the operation state data to the monitoring center through the communication module, and the monitoring center judges the effectiveness of the operation state data and further judges the operation state and/or operation results of operators.

8. The work environment monitoring system of claim 5, wherein:

at least one intelligent safety helmet in the plurality of intelligent safety helmets is provided with an external communication module which is in direct communication connection with the monitoring center, and temperature data or operation state data acquired by other intelligent safety helmets are forwarded to the monitoring center through the specified external communication module of the intelligent safety helmet.

9. The work environment monitoring system of claim 8, wherein:

the external communication module is communicated with the monitoring center in a wifi communication mode or a mobile data communication mode, and/or the intelligent safety helmets are communicated with one another in a Bluetooth communication mode.

Technical Field

The invention belongs to the technical field of construction protection and safety of constructional engineering, and particularly relates to an intelligent safety helmet and an operation environment monitoring system.

Background

Since the construction site is mostly open-air, especially in summer, the strong sunlight may affect the construction efficiency and the safety of the constructors. Since the development of construction engineering industry, safety production is always the most important, and according to the principle of safety first and prevention first, the rule is already provided, and any person enters a construction site and must wear a safety helmet. However, the traditional safety helmet can only protect objects falling from the air to a certain extent, and the constructors are exposed to sunlight outdoors for a long time, so that the health conditions of the constructors need to be further concerned.

No method for solving the problem well has been found in the prior art. The current types of safety helmets mainly include: an ear protection type safety helmet comprises a helmet body and two ear shield components, wherein the edge of the outer side surface of the helmet body is provided with a flanging, each ear shield component comprises an ear shield main body and an elastic connecting plate, and the elastic connecting plate is used for connecting the ear shield main body and the helmet body and is mainly used for preventing radiography and protecting ears; the utility model provides an intelligence inspection safety helmet, includes the safety helmet body, the safety helmet body is provided with the intermediate layer, and the safety helmet body is provided with the brim of a hat, the front end of safety helmet body is provided with infrared camera and LED lamp, and the operation personnel wear this safety helmet to patrol and examine the transmission line and patrol and examine the process that can real-time recording, and the operation personnel also can communicate with the backstage in real time simultaneously, and the backstage of being convenient for masters transmission line equipment condition and so on.

Because the constructors of the site construction are often in high-temperature and insolation environments, under the condition, the potential safety hazards such as heatstroke and the like often occur. In addition, in an environment with too much dazzling sunlight, the safety hazard to construction personnel working at high floors is also great. Therefore, at present, how to guarantee the safety of constructors in a high-temperature exposure environment is a problem to be solved.

In addition, field monitoring is also a major problem to be solved, and currently, a constructor often transmits field construction information to a manager in a photographing and uploading mode, which can reflect some field conditions, but is not timely or even sometimes not real, which brings risks to construction and management of the whole project, and is a problem to be solved.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provides an intelligent safety helmet and an operation environment monitoring system.

In order to solve the technical problems, the invention adopts the following technical scheme:

an intelligent safety helmet, comprising:

the safety helmet is used for being worn by an operator;

the temperature acquisition module is arranged on the safety helmet and used for acquiring current temperature data;

and the communication module is arranged on the safety helmet and used for transmitting the collected temperature data to the set monitoring device in a data transmission mode.

Further, this intelligent safety helmet still includes: and one end of the eye protection module is rotatably connected to the safety helmet, so that the other end of the eye protection module can move up and down to realize position switching, and therefore protection use is realized.

Further, this intelligent safety helmet still includes: the image acquisition module is arranged on the safety helmet and used for acquiring images of an operation environment to obtain operation state data, and the operation state data are sent to the monitoring device through the communication module.

Further, in this intelligent safety helmet, the temperature acquisition module is disposed in an avoidance space formed between the shell of the safety helmet and the internal skeleton, and/or the communication module is disposed in an avoidance space formed between the shell of the safety helmet and the internal skeleton.

A work environment monitoring system comprising:

a plurality of intelligent safety helmets and a monitoring center for monitoring the plurality of intelligent safety helmets,

the intelligent safety helmet is any one of the intelligent safety helmets in the scheme, and the monitoring center performs operation management on operators according to the temperature data or the operation state data sent by the intelligent safety helmets.

Further, when the temperature data collected by any intelligent safety helmet is higher than a preset temperature threshold value range within a preset time range, the monitoring center sends a matched control instruction to the corresponding intelligent safety helmet so as to adjust the working environment of the corresponding operator.

Furthermore, the plurality of intelligent safety helmets acquire operation state data based on preset frequency and send the operation state data to the monitoring center through the communication module, and the monitoring center judges the effectiveness of the operation state data and further judges the operation state and/or the operation result of an operator.

Furthermore, at least one of the intelligent safety helmets in the plurality of intelligent safety helmets is provided with an external communication module which is in direct communication connection with the monitoring center, and the temperature data or the operation state data collected by other intelligent safety helmets are forwarded to the monitoring center through the specified external communication module of the intelligent safety helmet.

Further, the external communication module communicates with the monitoring center in a wifi communication mode or a mobile data communication mode, and/or the plurality of intelligent safety helmets communicate with each other in a Bluetooth communication mode.

Compared with the prior art, the invention has the beneficial effects that: after an operator wears the intelligent safety helmet, the intelligent safety helmet can automatically acquire temperature data for representing the temperature of an operation environment, so that the operation environment of the operator can be monitored, the operator can be reminded that the current operation environment is not suitable for long-time operation, the operator can appropriately take a rest to avoid sunstroke, the operator is prevented from suffering from high-temperature sunstroke and the like, and the operation safety of the operator is guaranteed.

Secondly, when the working environment has the strong light, especially under the condition of high altitude construction, there is very big potential safety hazard in the dazzling of strong sunshine, and after the operation personnel wore intelligent safety helmet, the operation personnel can independently adjust eye protection module to the eyes position, can effectively avoid dazzling sunshine, avoids the incident emergence when protecting eyes.

In addition, after the intelligent safety helmet is worn by an operator, the image acquisition module is used for acquiring the operation state data of the operator, so that the operation state or operation result of the operator can be known in real time, information such as operation progress and the like can be acquired, the acquisition of false information is reduced, the truth and reliability of the information are ensured, and the current operation site is known and monitored; in addition, the operator can be monitored to a certain extent, so that passive idling behavior can be reduced, and the working efficiency can be improved.

Drawings

Fig. 1 is a schematic structural diagram of an intelligent safety helmet in an embodiment of the invention.

Fig. 2 is a block diagram of a work environment monitoring system in an embodiment of the present invention.

Wherein, 100-intelligent safety helmet 10-safety helmet 1-temperature acquisition module 2-image acquisition module 3-communication module 4-eye protection module 41-protective glasses 42-movable hinge point 43-buckle

200-operation environment monitoring system 5-external communication module 20-monitoring center

Detailed Description

The invention will be further described with reference to examples of embodiments shown in the drawings.

As shown in fig. 1, the present embodiment provides an intelligent safety helmet 100, which is worn by an operator during a work process to protect personal safety of the operator, and can effectively manage and monitor a work condition of the operator. In this embodiment, specifically, taking an outdoor construction scene of a building site as an example for illustrative purposes, an operator is a constructor of the building site, and by applying the intelligent safety helmet 100 to a construction site, the safe work of the constructor can be ensured, and the high-efficiency work of building construction can be realized.

The intelligent helmet 100 includes: the safety helmet comprises a safety helmet 10, a temperature acquisition module 1, an image acquisition module 2, a communication module 3 and an eye protection module 4.

The helmet 10 is similar to the helmet 10 worn by a constructor in the prior art, and is worn by an operator, so that the operator can be safely protected during operation.

The temperature acquisition module 1 is arranged on the safety helmet 10 and used for acquiring current temperature data. Specifically, the temperature acquisition module is arranged in an avoiding space formed between a shell of the safety helmet 10 and an internal framework, the space is a necessary free space due to the safety protection of the safety helmet 10 on an operator, the temperature acquisition module 1 is arranged in the space, the operation environment can be prevented from being damaged to the temperature acquisition module 1, in addition, the temperature acquisition module 1 in the space can be effectively contacted with the external operation environment and the head of the operator, and therefore the most accurate temperature data based on the external operation environment and the body state of the operator can be obtained. In practical application, the temperature acquisition module 1 is configured to periodically acquire temperature data, and the specific periodic interval time can be flexibly set according to actual requirements.

The image acquisition module 2 is disposed on the helmet 10, and is configured to acquire an image of a working environment to obtain working status data. Particularly, the miniature camera is arranged in the front area of the safety helmet 10, so that accurate image acquisition can be carried out on the operation environment in front of an operator, and the operation environment is more suitable for the actual operation condition. In practical application, the image acquisition module 2 is also configured to periodically acquire job status data, i.e., capture and shoot, and the specific period interval time can be flexibly set according to actual requirements. Therefore, even if the operator is in a short rest state at present, effective operation state data can be obtained through the image data collected before and after, and the monitoring effectiveness is ensured.

The communication module 3 is disposed on the helmet 10, and is configured to implement data transmission on the collected temperature data and/or the collected operation state data, so as to send the data to a set monitoring device. Specifically, the communication module 3 is disposed in an avoidance space formed between the outer shell and the inner skeleton of the helmet 10, thereby obtaining the same effect as the temperature collection module 1. Here, the monitoring device may be a preset monitoring center 20, which may be installed locally or in the cloud, so as to facilitate real-time mastering of the working environment, working state or working process condition of the operator; one of the plurality of intelligent safety caps 100 can also be provided with a designated intelligent safety cap 100 which is directly communicated with an external monitoring device, so that the forwarding function of the temperature data or the operation state data acquired by other intelligent safety caps 100 is realized, and flexible configuration can be performed according to the actual situation of a construction site.

Eye protection module 4 is a movable goggles, but its one end swivelling joint is on safety helmet 10 to make the other end reciprocate, when using, the operation personnel can independently pull down, can shelter from strong sunlight, thereby protect eyes, can avoid the potential safety hazard that the highlight caused moreover. The eye protection module 4 has a specific structure as shown in fig. 1, and the goggles 41 can freely move up and down through the movable hinge point 42, so that the switching between the use state and the non-use state is facilitated. And a buckle 43 is arranged at the front end of the safety helmet 10, so that the protective glasses 41 are fixedly kept at the position of the buckle 43 when not used, and are pulled down from the buckle 43 when used. The protective glasses 41 are made of the same material as that of ordinary sunglasses, and can protect against sunlight or strong light source stimulation.

The intelligent safety helmet 100 based on the structure has the advantages of safety, simplicity, convenience, practicability, high efficiency and capability of obtaining real-time data. As shown in fig. 2, based on the intelligent safety helmet 100 with this structure, the embodiment further discloses a work environment monitoring system 200, which includes: a plurality of intelligent safety caps 100 and a monitoring center 20 for monitoring the plurality of intelligent safety caps 100.

The plurality of intelligent safety helmets 100 are the intelligent safety helmets 100 with the structure, and all operators can wear the intelligent safety helmets on one construction site. The intelligent safety helmet 100 is different from the above structure in that: at least one intelligent safety helmet 100 in the plurality of intelligent safety helmets 100 is provided with an external communication module 5 which is directly connected with the monitoring center 20 in a communication way, and the temperature data or the operation state data collected by other intelligent safety helmets 100 are forwarded to the monitoring center 20 through the external communication module 5 of the designated intelligent safety helmet 100. Based on the communication network with the structure, the external communication module 5 and the monitoring center 20 can communicate in a wifi communication mode or a mobile data communication mode; the plurality of intelligent safety helmets 100 can communicate with each other in a Bluetooth communication mode, so that the whole communication network structure is simplified, the management of the sub-areas of the operating personnel on the construction site is realized by arranging the plurality of intelligent safety helmets 100 with the external communication modules 5, and the operation monitoring efficiency is improved. In this embodiment, two smart helmets 100 are provided with the external communication module 5 as an example.

The monitoring center 20 is specifically a cloud monitoring center 20, and stores the received temperature data or operation state data of each intelligent safety cap 100, so that managers can conveniently check the data; the monitoring center 20 also manages the operation of the operator based on the temperature data or the operation state data transmitted from the plurality of intelligent helmets 100. The method specifically comprises the following operation management conditions:

firstly, when the temperature data collected by any intelligent safety helmet 100 is higher than the preset temperature threshold range within the preset time range, the monitoring center 20 sends a matched control instruction to the corresponding intelligent safety helmet 100 to adjust the working environment of the corresponding operator. That is to say, the manager can set the preset temperature threshold range and the temperature data acquisition interval time of each intelligent safety helmet 100 in advance, after the temperature data is acquired by the temperature acquisition module 1, the temperature data is directly sent to the cloud monitoring center 20 through the communication module 3 and the external communication module 5, and when the acquired temperature data reaches the warning temperature or is higher than the warning temperature, the monitoring center 20 automatically sends an alarm to the corresponding manager to remind the manager to take measures in time so as to deal with the emergency situation.

Secondly, after the plurality of intelligent safety helmets 100 collect the operation state data based on the preset frequency and send the operation state data to the monitoring center 20 through the communication module 3, the monitoring center 20 judges the validity of the operation state data and further judges the operation state and/or the operation result of the operator. That is to say, the administrator sets the image capturing interval time of each intelligent safety cap 100 in advance, and when the image capturing module 2 captures image data, the image data is sent to the cloud monitoring center 20 through the communication module 3 and the external communication module 5 for storage. Therefore, managers can call and check at any time, relevant construction conditions and the working state of constructors can be obtained by analyzing shot images, measures can be taken in time when special conditions are met, the construction states can be fed back most truly by real-time monitoring shooting, and fake behaviors and negative idling behaviors are reduced.

The protective scope of the present invention is not limited to the above-described embodiments, and it is apparent that various modifications and variations can be made to the present invention by those skilled in the art without departing from the scope and spirit of the present invention. It is intended that the present invention cover the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents.