CN212233321U

CN212233321U - Multifunctional helmet

Info

Publication number: CN212233321U
Application number: CN202021079324.6U
Authority: CN
Inventors: 顾强; 王继涛; 周金欢
Original assignee: Mifu Technology Zhejiang Co ltd
Current assignee: Mifu Technology Zhejiang Co ltd
Priority date: 2020-06-12
Filing date: 2020-06-12
Publication date: 2020-12-29
Anticipated expiration: 2030-06-12

Abstract

A multifunctional helmet comprises a helmet body, a function ring arranged on the helmet body, and an energy source module arranged on the helmet body. Helmet body has an open mouth portion, the function ring includes a shell, and a plurality of settings are in couple on the shell, a plurality of settings are in helmet body is last and respectively with a plurality of couple matched with hangs the groove, and a setting is in camera in the shell, a setting is in wireless headset in the shell, a setting is in oxygen sensor in the shell, a setting is in vibration sensor in the shell, a setting is in walking orbit locator in the shell, and a setting is in communication module in the shell, and a setting is in alarm device of helmet body's inside. The multifunctional helmet brings great convenience to managers to find the specific positions of the persons with the burden injury, and meanwhile, the rescue time is greatly shortened.

Description

Multifunctional helmet

Technical Field

The utility model relates to a connector technical field, especially a multifunctional helmet.

Background

The helmet is an article which is often used in daily life of people, has single function and can only resist a certain protection for a user when a heavy object is smashed. However, people often encounter various dangerous situations in the process of using the helmet, and especially in the industrial fields, such as coal mines, chemical enterprises and the like, when users are in operation, the users are smashed by heavy objects, or the concentration of harmful gases exceeds a certain value, the life of the users is affected. Moreover, if the user is in danger, the existing helmet cannot notify timely, and the most precious treatment time is lost.

SUMMERY OF THE UTILITY MODEL

In view of this, the utility model provides a multi-functional helmet that can in time report to the police to solve above-mentioned problem.

A multifunctional helmet comprises a helmet body, a function ring arranged on the helmet body, and an energy source module arranged on the helmet body. The helmet body is provided with an open part, the function ring comprises a shell, a plurality of hooks arranged on the shell, a plurality of hanging grooves arranged on the helmet body and matched with the hooks respectively, a camera arranged in the shell, a wireless headset arranged in the shell, an oxygen sensor arranged in the shell, a vibration sensor arranged in the shell, a walking track positioner arranged in the shell, a communication module arranged in the shell and an alarm device arranged in the helmet body. The shell is disposed around an edge of the open portion of the helmet body. The hook is arranged on the inner side of the shell, and the hanging groove is arranged on the outer side of the opening part. The hook is inserted in the hanging groove to connect the hook with the helmet body. The camera is arranged at the end part of the section of the outer shell and is used for shooting a scene from the front of the helmet body. The wireless headset is used for receiving sound from an external source and transmitting sound from a user. The oxygen sensor is used to analyze the oxygen content in the vicinity of the helmet. The vibration sensor is used for sensing vibration data from the helmet body and outputting an alarm signal when the helmet body stops vibrating. The walking track positioner is used for detecting the walking track of a user and giving an alarm signal when the walking track stops changing. The communication module automatically dials a distress call when the vibration sensor or the walking track locator outputs an alarm signal. The energy module is used for providing power for the function ring and comprises a solar panel arranged on the helmet body and a rechargeable battery arranged in the shell.

Further, when the oxygen content analyzed by the oxygen sensor is lower than the minimum oxygen consumption of the human, an alarm signal is output.

Further, the function ring further comprises a timer, the timer is used for calculating the time length after the vibration sensor stops vibrating, and when the time length calculated by the timer is larger than the design length, the vibration sensor outputs an alarm signal.

Further, the function ring further comprises a timer, wherein the timer is used for calculating the time length of the change stop of the track detected by the walking track positioner, and when the time length calculated by the timer is greater than the design length, the walking track positioner outputs an alarm signal.

Further, the alarm device is a remote alarm or an acoustic alarm.

Further, the multifunctional helmet further comprises a plurality of warning lamps arranged on the helmet body, the warning lamps are connected with the alarm device, when the alarm device does not output signals, the warning lamps are green, and when the alarm device outputs signals, the warning lamps are red.

Furthermore, the communication module also comprises a telephone card module, and the telephone card module is used for inserting a telephone card and setting an emergency contact.

Further, when the alarm device outputs a signal, the communication module automatically dials a telephone of an emergency contact.

Further, the multifunctional helmet further comprises a gas analyzer, the gas analyzer is used for analyzing gas components of the helmet body, and when the concentration of harmful gas contained in the gas components is greater than a set concentration, an alarm signal is output.

Further, the walking track locator is a GPS locator.

Compared with the prior art, the multifunctional helmet provided by the utility model has the functional ring, the functional ring is provided with the camera, the wireless headset, the oxygen sensor, the vibration sensor, the walking track positioner, the communication module and the alarm device, when the oxygen sensor, the vibration sensor and the next walking track positioner output alarm signals, the alarm device alarms and can send out alarm signals, the signal sent by the alarm signal is transmitted to the signal processing center by the wireless headset, so that the manager of the signal processing center can immediately know that the person is in danger, and simultaneously, due to the camera, the manager can know immediately where the person who meets danger is, therefore, the manager can find the specific position of the person with the injury conveniently, and meanwhile, the rescue time can be greatly shortened. Simultaneously, the function ring passes through the couple setting is in the edge of helmet body's uncovered portion, and it can accomplish the setting of above-mentioned all modules, and it can also block that the foreign matter falls into from user's neck department simultaneously, reaches the dual-purpose of a thing.

Drawings

Fig. 1 is an exploded schematic view of the multifunctional helmet provided by the present invention.

Fig. 2 is a schematic structural view of a functional ring of a female joint provided in the multifunctional helmet of fig. 1.

Fig. 3 is a functional ring schematic block diagram of the multifunctional helmet of fig. 1.

Detailed Description

Specific examples of the present invention will be described in further detail below. It should be understood that the description herein of embodiments of the invention is not intended to limit the scope of the invention.

As shown in fig. 1 to fig. 3, it is a schematic structural diagram of the multifunctional helmet provided by the present invention. The multifunctional helmet comprises a helmet body 10, a function ring 20 arranged in the helmet body 10, and an energy source module 30 arranged on the helmet body 10. It is contemplated that the multifunctional helmet may further include other functional modules, such as mounting modules, assembly components, and electrical connection components, which are well known in the art and will not be described in detail herein.

The helmet body 10 is a conventional helmet, which is worn on the head of a person to protect the head of the person, and therefore has an open portion 11 located at the edge of the helmet body 10, and the head of the person is worn into the helmet body 10 through the open portion 11.

The function ring 20 comprises a shell 21, a plurality of hooks 22 arranged on the shell 21, a plurality of hanging grooves 23 arranged on the helmet body 10 and respectively matched with the plurality of hooks 22, a camera 24 arranged in the shell 21, a wireless headset 25 arranged in the shell 21, an oxygen sensor 26 arranged in the shell 21, a vibration sensor 27 arranged in the shell 21, a walking track positioner 28 arranged in the shell 21, and a communication module 29 disposed in the outer shell 21, an alarm device 201 disposed inside the helmet body 10, a timer 202 disposed in the outer shell 21, a warning lamp 203 disposed outside the helmet body 10, and a gas analyzer 204 disposed in the outer shell 21. The outer shell 21 may be a semi-ring shape, which is disposed outside the helmet body 10, and may be a hollow structure, and includes an upper piece and a lower piece that are fastened together. The modules of the camera 24, the wireless headset 25 and the like are arranged in the shell 21. The hook 22 may be a U-shaped structure, one end of which is fixed to the housing 21, and may be provided in plurality. In the present embodiment, the number of the hooks 22 is 2. The hanging groove 23 is arranged on the outer side edge of the open part 11 of the helmet body 10 and has a deep hole structure. When the hooks 22 are respectively inserted into the hanging grooves 23, the assembly between the function ring 20 and the helmet body 10 can be completed. The camera 24 is disposed on the housing 21, and the head thereof is exposed out of the housing 21, so as to capture a local scene at a proper time. It will be appreciated that the scene captured by the camera 24 may coincide with what is seen by the user's eyes. The camera 24 takes images in stages to complete recording of the activity track of the user. The wireless headset 25 is used for receiving sound from an external source and transmitting sound from a user, the user can communicate with the management center at any time through the wireless headset 25, and particularly when danger is met, the user can communicate with the management center in time. Meanwhile, the management center can also communicate with the user through the wireless headset 25, so that when the user is in danger, the management center can know the information of the user in time through the communication, such as the geographical position, the surrounding environment and the like. The oxygen sensor 26 is used to sense local oxygen content and output an alarm signal when the oxygen content is below the user's oxygen consumption. The oxygen sensor 26 is per se prior art and will not be described in further detail herein. The vibration sensor 27 is used for sensing vibration data from the helmet body 10 and outputting an alarm signal when the helmet body stops vibrating. When the user walks or moves, the helmet body 10 is always in a vibration state, and thus the vibration sensor 27 can always sense the vibration. When the user is stunned by a heavy object or is poisoned and stunned, the helmet body 10 stops vibrating, and the vibration sensor 27 outputs an alarm signal to let the management center know. The walking track locator 28 may be a GPS locator, which is used to locate the walking track of the user, but is a prior art and will not be described herein. By the walking track locator 28, the action track of the user can be known. When the walking track locator 28 stops updating, the user is known to be fixed at a certain position, and when the user is not moving for a certain time, the user can be known to be possibly in danger and needs to be checked or rescued. The communication module 29 may include a phone card module for inserting a phone card, the communication module 29 may communicate with the outside, and when a danger occurs, the user may select the communication module 29 to communicate with a contact on the phone card. The phone card module may also be used to set emergency contacts. When the user encounters danger, the user can contact the emergency contact person by one key, so that the rescue notification is completed. The alarm device 201 is electrically connected to the oxygen sensor 26, the vibration sensor 27, and the walking trace locator 28, and when the oxygen sensor 26, the vibration sensor 27, and the walking trace locator 28 output an alarm signal, the alarm device 201 emits an alarm signal such as "… … drops". The alarm device 201 may also be a remote alarm, which outputs short waves to be collected by the short wave collecting device and then transmitted to the management center for alarming. In addition, when the alarm device 201 outputs a signal, the communication module 29 can also automatically dial the telephone of an emergency contact person, so as to achieve the purpose of multiple alarms and increase the probability that the dangerous person can receive rescue. As for the above-mentioned implementation, it can be implemented by program setting, such as program editing of the microprocessor. The timer 202 may be a function of a microprocessor for calculating the length of time after the vibration sensor 27 stops vibrating or for calculating the length of time when the trajectory detected by the walking trajectory positioner 28 stops changing. And outputs an alarm signal when the time length calculated by the timer 202 is longer than the design length or outputs an alarm signal when the time length calculated by the timer 202 is longer than the design length. The timer 202 can improve the accuracy of outputting the alarm signal, but the vibration sensor 27 or the walking track locator 28 may falsely report due to errors, such as the user just stops for a dry life without walking, or the user sits down for a rest without vibration of the vibration sensor 27.

The warning light 203 with alarm device 29 electric connection, work as when alarm device 29 is not the output signal the warning light 203 is green, works as when alarm device 29 output signal the warning light 203 is red. As for the working principle, it should be the prior art, and is not described in detail herein.

The gas analyzer 204 is used for analyzing gas components around the helmet body 10. And when the concentration of harmful gas contained in the gas components is greater than the set concentration, outputting an alarm signal. If in the chemical industry, some colorless and odorless toxic gases can be leaked sometimes, at the moment, the gas analyzer 204 can analyze in time, and then output an alarm signal when the concentration of the harmful gases is greater than the set concentration.

The energy module 30 is used to provide power to the whole multifunctional helmet, especially a function ring, and may include a solar module disposed in the helmet body 10, and a rechargeable battery disposed in the outer shell 21.

Compared with the prior art, the multifunctional helmet provided by the utility model has the function ring 20, and the function ring 20 has the camera 24, the wireless headset 25, the oxygen sensor 26, the vibration sensor 27, the walking track locator 28, the communication module 29, and the alarm device 201, when the oxygen sensor 26, the vibration sensor 27, and the walking track locator 28 output alarm signals, the alarm device 201 alarms and sends out alarm signals, and the signals sent by the alarm signals are transmitted to the signal processing center by the wireless headset 25, so that the manager of the signal processing center can immediately know that someone is in danger, and meanwhile, due to the camera 24, the manager can immediately know where the dangerous person is, which provides great convenience for the manager to find the specific position of the person with negative injury, meanwhile, the rescue time is greatly shortened. Meanwhile, the functional ring 20 is disposed at the edge of the opening portion 11 of the helmet body 10 through the hook 22, which can complete the setting of all the above modules, and simultaneously, it can prevent foreign matters from falling from the user's neck, thereby achieving the purpose of dual purposes.

The above description is only for the preferred embodiment of the present invention and should not be construed as limiting the scope of the present invention, and any modification, equivalent replacement or improvement within the spirit of the present invention is encompassed by the claims of the present invention.

Claims

1. A multifunctional helmet, characterized in that: the multifunctional helmet comprises a helmet body, a function ring arranged on the helmet body, and an energy module arranged on the helmet body, wherein the helmet body is provided with an open part, the function ring comprises a shell, a plurality of hooks arranged on the shell, a plurality of hanging grooves arranged on the helmet body and respectively matched with the hooks, a camera arranged in the shell, a wireless headset arranged in the shell, an oxygen sensor arranged in the shell, a vibration sensor arranged in the shell, a walking track positioner arranged in the shell, a communication module arranged in the shell, and an alarm device arranged in the helmet body, the shell is arranged around the edge of the open part of the helmet body, the hook is arranged on the inner side of the shell, the hanging groove is formed in the outer side of the open portion, the hook is inserted into the hanging groove to be connected with the hook and the helmet body, the camera is arranged at the end portion of the cross section of the shell and used for shooting a scene from the front of the helmet body, the wireless headset is used for receiving sound from an external source and transmitting sound from a user, the oxygen sensor is used for analyzing oxygen content near the helmet, the vibration sensor is used for sensing vibration data from the helmet body and outputting an alarm signal when the helmet body stops vibrating, the walking track positioner is used for detecting a track where the user walks and outputting the alarm signal when the walking track stops changing, and the communication module automatically dials a distress call when the vibration sensor or the walking track positioner outputs the alarm signal, the energy module is used for providing power for the function ring and comprises a solar panel arranged on the helmet body and a rechargeable battery arranged in the shell.

2. The multifunctional helmet as claimed in claim 1, wherein: and when the oxygen content analyzed by the oxygen sensor is lower than the minimum oxygen consumption of the human, outputting an alarm signal.

3. The multifunctional helmet as claimed in claim 1, wherein: the function ring further comprises a timer, wherein the timer is used for calculating the time length after the vibration sensor stops vibrating, and when the time length calculated by the timer is larger than the design length, the vibration sensor outputs an alarm signal.

4. The multifunctional helmet as claimed in claim 1, wherein: the function ring also comprises a timer, wherein the timer is used for calculating the time length of the change stop of the track detected by the walking track positioner, and when the time length calculated by the timer is greater than the design length, the walking track positioner outputs an alarm signal.

5. The multifunctional helmet as claimed in claim 1, wherein: the alarm device is a remote alarm or an acoustic alarm.

6. The multifunctional helmet as claimed in claim 1, wherein: the multifunctional helmet further comprises a plurality of warning lamps arranged on the helmet body, the warning lamps are connected with the alarm device, when the alarm device does not output signals, the warning lamps are green, and when the alarm device outputs signals, the warning lamps are red.

7. The multifunctional helmet as claimed in claim 1, wherein: the communication module further comprises a telephone card module, and the telephone card module is used for inserting a telephone card and setting an emergency contact.

8. The multifunctional helmet as claimed in claim 6, wherein: when the alarm device outputs a signal, the communication module automatically dials the telephone of the emergency contact.

9. The multifunctional helmet as claimed in claim 1, wherein: the multifunctional helmet further comprises a gas analyzer, wherein the gas analyzer is used for analyzing gas components of the helmet body, and when the concentration of harmful gas contained in the gas components is greater than a set concentration, an alarm signal is output.

10. The multifunctional helmet as claimed in claim 1, wherein: the walking track locator is a GPS locator.