Helmet with a module

Abstract

This utility model discloses a helmet equipped with modules, including a helmet body and modularization. A multi-purpose slider is attached to the helmet body, and the modularized multi-purpose slider is detachably attached to the helmet body. The modularization includes a mask, a lighting device, noise-reducing headphones. The helmet equipped with this module can satisfy the wearing of employees wearing glasses through the mask instead of goggles. The lighting equipment can provide lighting in workplaces with insufficient light, such as distribution rooms, underground distribution rooms, ring network cabinets, and box-type transformers. The noise-reducing headphones can ensure that the user blocks out noise in a noisy environment, has a communication function, and can ensure the smooth progress of the user's work. Moreover, the modularization of the mask, lighting device, and noise-reducing headphones is freely removable according to the application, enabling the user to arrange them flexibly according to the scene. ​

Description

Technical Field

[0001] The present utility model relates to a helmet, and particularly to a helmet equipped with modules.

Background Art

[0002] In the power grid system, it is stipulated that goggles must be worn for low-voltage non-stop work, but the goggles have defects. First, the face cannot be effectively protected from injuries. Second, many of those wearing glasses cannot wear them correctly, and wearing them forcefully will instead affect safety. Also, many of the workplaces of workers are places with insufficient light, such as distribution rooms, underground distribution rooms, ring network cabinets, box-type transformers, etc. When working in these places, it is necessary to work while holding a lighting device in hand. Such work has a certain safety risk and there is a problem that the headlight is not slippery when using the headlight.

Summary of the Invention

[0003] In order to solve the above problems, the present utility model provides a helmet equipped with modules. The technical solution adopted in the present utility model is: It includes a helmet equipped with modules. The helmet equipped with modules includes a helmet body and modularization. A multi-purpose slider is attached to the helmet body, and is detachably attached to the helmet body by the modularized multi-purpose slider. The modularization includes a mask, a lighting device, noise-reducing headphones. The mask is an arc-shaped plate body, and both sides thereof are attached to the multi-purpose slider through a rotary connection base. The mask is rotatable relative to the helmet body with respect to the wearer's face through the rotary connection base. The lighting device is It is attached to the top of the helmet body via a multi-purpose slider and the angle can be adjusted. The noise reduction earphones are stored in the headphone storage box, and the headphone storage box is slidably attached to the multi-purpose slider. Furthermore, the multi-purpose slider is composed of joints of several segments, and the multi-purpose slider is generally in a T shape. The T-shaped middle segment of the multi-purpose slider is located in the middle of the helmet body and extends from the rear end to the front end of the helmet body. The T-shaped both-side segments of the multi-purpose slider extend from the middle of the rear end of the he lmet body to both the left and right sides of the helmet body. Furthermore, the rotary connection base and the multi-purpose slider are removably connected, and the rotary connection ba se is positionally slidable on the multi-purpose slider, and the space gap between the mask and the outer edge of the front end of the helmet body can be adjusted. Furthermore, the headphone storage box and the lighting fixture are respectively removably attached to the slide mount and the lighting mount , and both the slide mount and the lighting mount can be positionally slid on the multi-purpose s lider. Furthermore, the module further includes a 10 kV alert module, and the 10 kV alert mod ule is attached to the multi-purpose slider via the slide mount. Advantageous effects of this utility model: The helmet equipped with this module can satisfy the wearing of employees who wear glasses through a mask instead of goggles. The lighting equipment can provide illumination in workplaces with insufficient light such as power distribution rooms, underground power distribution rooms, ring network cabinets, box-type transformers, etc. The noise reduction earphones can ensure that the user can block out noise in an environment with high noise, and are equipped with a communication function for the user. The noise reduction earphones can ensure that the user can block out noise in an environment with high noise, and are equipped with a communication function for the user. The noise reduction earphones can ensure that the user can block out noise in an environment with high noise, and are equipped with a communication function for the user. While ensuring the smooth progress of work, the mask, lighting device, and noise reduction headphones can be freely removed according to the application, enabling the user to flexibly arrange them according to the on-site situation. Joule can be freely removed according to the application and the user can arrange it flexibly according to the on-site situation. In addition, the modular helmet with modules includes a 10kV alert module. The 10kV alert module can induce the electric field to realize proximity power alerts and ensure the safety of employees. Therefore, the helmet equipped with this module is particularly suitable for use by the staff of the power grid system and can be popularized in the power grid system.

Brief Description of the Drawings

[0004]

Figure 1

Figure 2

Figure 3

Figure 4

Figure 5

[0005] In Figures 1-5, 1 - helmet body, 2 - multi-purpose slider, 3 - mask, 4 - lighting equipment, 5 - headphone storage box, 6 - 10kV alarm module, 7 - rotating connection base, 8 - T-shaped middle stage, 9 - T-shaped both sides stage, 10 - slide mount, 11 - lighting mount.

Embodiments for Carrying Out the Invention

[0006] ​The following clearly and completely describes the technical solution of the present utility model embodiment with reference to the drawings of the present utility model embodiment. It is obvious that the described embodiments are only some embodiments of the present utility model and not all embodiments. All other embodiments obtained by those skilled in the art based on the embodiments in the present utility model without creative labor belong to the scope protected by the present utility model. During the low-voltage power outage-free operation of the power grid system, goggles cannot effectively protect the face. When wearing glasses and goggles double-layered, it will affect safety and there are problems such as inconvenience in lighting in workplaces with insufficient light. Therefore, this embodiment provides a helmet with modules. The helmet with this module is modularized with the helmet body 1. The helmet body 1 functions as a modularized mounting carrier and can effectively protect employees during the low-voltage power outage-free operation of the power grid system. At the same time, it can improve the convenience of employees' work. Specifically, as shown in FIG. 1, in this embodiment, a multi-purpose slider 2 is attached to the helmet body 1. The multi-purpose slider 2 is composed of the splicing of several segments. The multi-purpose slider 2 is generally in a T shape. The T-shaped middle segment 8 of the multi-purpose slider 2 is located in the middle of the helmet body 1 and extends from the rear end to the front end of the helmet body 1. The T-shaped both-side segments 9 of the multi-purpose slider 2 extend from the middle of the rear end of the helmet body 1 to both the left and right sides of the helmet body 1. The multi-purpose runway 2 is a finished product part purchased on the market. For example, it is a modified guide rail of a military multi-purpose helmet. Each multi-purpose runway 2 is attached to the helmet body 1 through screws or magic tapes, and can meet the modularized mounting. When performing low-voltage power outage-free operations in the power grid system, goggles cannot effectively protect the face. When wearing glasses and goggles doubly, it will affect safety, and there are problems such as inconvenience in lighting in workplaces with insufficient light. Therefore, this embodiment provides a helmet with modules. This module-equipped helmet is modularized with the helmet body 1. The helmet body 1 functions as a modularized mounting carrier and can effectively protect employees during low-voltage power outage-free operations in the power grid system. At the same time, it can improve the convenience of employees' work. Specifically, as shown in Figure 1, in this embodiment, a multi-purpose slider 2 is attached to the helmet body 1. The multi-purpose slider 2 is composed of the splicing of several segments. The multi-purpose slider 2 is generally in a T shape. The T-shaped middle segment 8 of the multi-purpose slider 2 is located in the middle of the helmet body 1 and extends from the rear end to the front end of the helmet body 1. The T-shaped both-side segments 9 of the multi-purpose slider 2 extend from the middle of the rear end of the helmet body 1 to both the left and right sides of the helmet body 1. The multi-purpose runway 2 is a finished product part purchased on the market. For example, it is a modified guide rail of a military multi-purpose helmet. Each multi-purpose runway 2 is attached to the helmet body 1 through screws or magic tapes, and can meet the modularized mounting. The helmet body 1 functions as a modularized mounting carrier and can effectively protect employees during the low-voltage power outage-free operation of the power grid system, and at the same time can improve the convenience of employees' work. Specifically, as shown in FIG. 1, in this embodiment, a multi-purpose slider 2 is attached to the helmet body 1. The multi-purpose slider 2 is composed of the splicing of several segments. The multi-purpose slider 2 is generally in a T shape. The T-shaped middle segment 8 of the multi-purpose slider 2 is located in the middle of the helmet body 1 and extends from the rear end to the front end of the helmet body 1. The T-shaped both-side segments 9 of the multi-purpose slider 2 extend from the middle of the rear end of the helmet body 1 to both the left and right sides of the helmet body 1. The multi-purpose runway 2 is a finished product part purchased on the market. For example, it is a modified guide rail of a military multi-purpose helmet. Each multi-purpose runway 2 is attached to the helmet body 1 through screws or magic tapes, and can meet the modularized mounting. Specifically, as shown in FIG. 1, in this embodiment, a multi-purpose slider 2 is attached to the helmet body 1. The multi-purpose slider 2 is composed of the splicing of several segments. The multi-purpose slider 2 is generally in a T shape. The T-shaped middle segment 8 of the multi-purpose slider 2 is located in the middle of the helmet body 1 and extends from the rear end to the front end of the helmet body 1. The T-shaped both-side segments 9 of the multi-purpose slider 2 extend from the middle of the rear end of the helmet body 1 to both the left and right sides of the helmet body 1. The multi-purpose runway 2 is a finished product part purchased on the market. For example, it is a modified guide rail of a military multi-purpose helmet. Each multi-purpose runway 2 is attached to the helmet body 1 through screws or magic tapes, and can meet the modularized mounting. The multi-purpose slider 2 is composed of the splicing of several segments. The multi-purpose slider 2 is generally in a T shape. The T-shaped middle segment 8 of the multi-purpose slider 2 is located in the middle of the helmet body 1 and extends from the rear end to the front end of the helmet body 1. The T-shaped middle segment 8 of the multi-purpose slider 2 is located in the middle of the helmet body 1 and extends from the rear end to the front end of the helmet body 1. The T-shaped middle segment 8 of the multi-purpose slider 2 is located in the middle of the helmet body 1 and extends from the rear end to the front end of the helmet body 1. The T-shaped both-side segments 9 of the multi-purpose slider 2 extend from the middle of the rear end of the helmet body 1 to both the left and right sides of the helmet body 1. The multi-purpose runway 2 is a finished product part purchased on the market. For example, it is a modified guide rail of a military multi-purpose helmet. Each multi-purpose runway 2 is attached to the helmet body 1 through screws or magic tapes, and can meet the modularized mounting. ​ The modularization in this embodiment includes a mask 3, a lighting device 4, noise-canceling headphones, and a 1 0 kV alert module 6. Here, the mask 3 is an arc-shaped plate body, and the mask 3 is used instead of goggles and can effectively protect the face from damage. As shown in FIG. 2, both sides of the mask 3 are attached to the multi-purpose slider 2 via a rotary connection base 7 set, and the mask 3 can rotate the cover with respect to the wearer's face against the helmet body 1 via the rotary connection base 7. At the same time, the rotary connection base 7 is detachably connected to the multi-purpose slider 2 so that the mask 3 can be detached from the helmet body 1. The rotary connection base 7 is a commercially purchased military helmet modification part, which enables positioning sliding on the multi-purpose slide 2 and can adjust the space gap between the mask 3 and the outer edge of the tip of the helmet body 1, leaving a certain space gap between the face and the mask 3 to ensure that it meets the use of glasses wearers. The lighting equipment 4 is a commercially purchased lighting flashlight. As shown in FIG. 1, it is positionally slidably attached to the top of the helmet body 1 via a lighting mount 11 set with the multi-purpose slider 2 The lighting mount 11 is a commercially purchased military helmet modification part. Since the multi-purpose slider 2 at the top of the helmet body 1 is arc-shaped, by positioning the lighting device 4 at different positions on the multi-purpose slider 2 via the lighting mount 11 the lighting angle can be changed to meet the lighting requirements in workplaces with insufficient light, such as distribution rooms, underground distribution rooms, ring network cabinets, and box-type transformers. As shown in FIGS. 3 and 4, the noise-canceling earphones are noise-canceling earphones capable of wirelessly connecting to a mobile phone and can be detachably connected to the multi-purpose slider 2 via a connection base 12 set with the multi-purpose slider 2. The connection base 12 is a commercially purchased military helmet modification part. By positioning the noise-canceling earphones at different positions on the multi-purpose slider 2 via the connection base 12 the wearing position of the noise-canceling earphones can be adjusted to meet the use of different wearers. The 0 kV alert module 6 is a commercially purchased voltage alert device and is detachably connected to the multi-purpose slider 2 via a connection base 13 set with the multi-purpose slider 2. The connection base 13 is a commercially purchased military helmet modification part. By positioning the 0 kV alert module 6 at different positions on the multi-purpose slider 2 via the connection base 13 the wearing position of the 0 kV alert module 6 can be adjusted to meet the use of different wearers. The multi-purpose slider 2 is a commercially purchased multi-purpose slide and is detachably connected to the helmet body 1 via a connection base 14 set with the helmet body 1. The connection base 14 is a commercially purchased military helmet modification part. By positioning the multi-purpose slider 2 at different positions on the helmet body 1 via the connection base 14 the position of the multi-purpose slider 2 on the helmet body 1 can be adjusted to meet the use of different wearers. It is an earphone, and the noise reduction earphone is stored in the headphone storage box 5, and the head phone storage box 5 is positioned and slidably attached to the multi-purpose slider 2 via the slide mount 10 which is set as a set with the multi-purpose slider 2. When it is necessary to use the noise reduction headphone, take it out from the headphone storage box 5 and wear it, and perform the call function among employees after wearing the noise reduction headphone, protecting the hearing of employees and at the same time ensuring that the work proceeds smoothly. When the noise reduction headphone needs to be charged, remove the inside of the headphone storage box 5 from the slide mount 10 and charge it. In addition to the mask 3 for face protection, the lighting device 4 for lighting, and the noise reduction earphone for call and noise reduction, for modularization, there is a 10kV alert module 6. As shown in Fig. 5, the 10kV early warning module 6 adopts, for example, a 10kV early warning module of SUN brand. Under the scene of a 10kV transmission line or a switchgear cabinet, it realizes an early warning of approaching electricity by measuring the induced electric field, thereby guaranteeing the safety of employees. The 10kV alert module 6 is positioned and slidably attached to the multi-purpose slider 2 which is set on the left and right sides of the headphone storage case 5 and the helmet body 1 respectively via the slide mount 10. From the above, the helmet equipped with this module can satisfy the wearing of employees wearing glasses through the mask 3 instead of goggles. The lighting equipment 4 can illuminate workplaces with insufficient light such as distribution rooms, underground distribution rooms, ring network cabinets, and box-type transformers. The noise reduction earphone can guarantee that the user can block noise in an environment with high noise, and the call function can satisfy the call needs of employees. function can satisfy the call needs of employees. function can satisfy the call needs of employees. function can satisfy the call needs of employees. function can satisfy the call needs of employees. function can satisfy the call needs of employees. function can satisfy the call needs of employees. function can satisfy the call needs of employees. Therefore, the helmet equipped with this module can satisfy the wearing of employees wearing glasses through the mask 3 instead of goggles. The lighting equipment 4 can illuminate workplaces with insufficient light such as distribution rooms, underground distribution rooms, ring network cabinets, and box-type transformers. The noise reduction earphone can guarantee that the user can block noise in an environment with high noise, and the call function can satisfy the call needs of employees. function can satisfy the call needs of employees. function can satisfy the call needs of employees. It has functions and guarantees the smooth progress of the user's work, together with the mask 3 and the lighting device 4 The modularization of the noise reduction headphones can be freely removed according to the application and can be flexibly arranged by the user according to the scene. As mentioned above, a specific embodiment of this utility model has been described in detail. However, the content is only a preferred embodiment of this utility model and is not considered to be used for limiting the implementation scope of this utility model. Any equivalent changes and improvements made based on the application scope of this utility model shall all fall within the patent coverage of this utility model. ​​

Claims

1. A helmet equipped with a module, comprising: a helmet body and a module; a multi-purpose slider is attached to the helmet body; the module is removably attached to the helmet body by the multi-purpose slider; the module includes a mask, a lighting device, and noise-canceling headphones; the mask is an arc-shaped plate body, and both sides thereof are attached to the multi-purpose slider via a rotary connection base; the mask is rotatable relative to the helmet body with respect to the wearer's face via the rotary connection base; and is possible; the lighting fixture is attached to the top of the helmet body via the multi-purpose slider and can be angle-adjusted; and is possible; the noise-canceling headphones are housed in a headphone storage box, and the headphone storage box is slidably attached to the multi-purpose slider. A helmet equipped with a module.

2. A helmet equipped with the module of Claim 1, wherein: the multi-purpose slider is composed of the combination of several segments; the multi-purpose slider is generally T-shaped; the T-shaped middle section of the multi-purpose slider is located in the middle of the helmet body; extends from the rear end to the front end of the helmet body; the T-shaped both-side segments of the multi-purpose slider extend from the middle part of the rear end of the helmet body to both the left and right sides of the helmet body. A helmet equipped with a module.

3. A helmet equipped with the module of Claim 1, wherein: the rotary connection base and the multi-purpose slider are removably connected; the rotary connection base can be slidably positioned on the multi-purpose slider; and the space gap between the mask and the outer edge of the front end of the helmet body can be adjusted. A helmet equipped with a module.

4. A helmet equipped with the module of Claim 1, wherein: the headphone storage box and the lighting fixture are respectively detachably attached to a slide mount and a lighting mount; and both the slide mount and the lighting mount can be slidably positioned on the multi-purpose slider. A helmet equipped with a module.

5. A helmet equipped with the module of Claim 1, wherein: the module further includes a 10 kV alert module; and the 10 kV alert module is attached to the multi-purpose slider via a slide mount. A helmet equipped with a module. ​

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