TWM604574U - Helmet with supporting display - Google Patents

Abstract

A safety helmet with a head-up auxiliary display, comprising a cap body and a display module arranged on the display module, the cap body comprising an outer cap layer, an inner cap layer spaced from the outer cap layer, and a The buffer layer is arranged between the outer cap layer and the inner cap layer, and a projection channel is formed in the buffer layer. The display module includes a stack mirror arranged at the end of the projection channel and used to display a projected image, at least one mirror arranged in the projection channel and located in the front stage of the stack mirror, and a mirror arranged in the projection channel And a projection lens group located in the front stage of the reflecting mirror, a projection part arranged in the projection channel and capable of providing the projection image to the projection lens group, and a communication part connected to the projection part for information, the superimposed mirror reveals On the cap body and in the line of sight of the wearer of the helmet.

Description

Safety helmet with head-up auxiliary display

This creation is about a kind of helmet, especially a kind of helmet with head-up auxiliary display.

Although many electronic terminal devices provide driving assistance and other functions, the aforementioned electronic terminal devices need to be attached to the leading position of a bicycle or motorcycle during implementation, which causes the rider to look down from time to time during the ride. Data, the rider can not accurately grasp the current road conditions, and easy to cause accidents.

Of course, although there are products that use sound to solve the problems caused by looking down, but for riders who are not familiar with road conditions, sound guidance cannot be reliably guided, causing riders to still be inconsistent from time to time. Looking down at the information, but failed to solve the problem.

The main purpose of this creation is to solve the problem that the current electronic terminal device is likely to cause the rider to be unable to grasp the road conditions and accidents when providing driving assistance.

In order to achieve the above objective, the present invention provides a safety helmet with a head-up auxiliary display. The safety helmet includes a cap body and a display module arranged on the display module. The cap body includes an outer cap layer, and The inner cap layer is separated from the outer cap layer, and a buffer layer is arranged between the outer cap layer and the inner cap layer, and a projection channel is formed in the buffer layer. The display module includes a A stack mirror at the end of the projection channel and used to display a projected image, at least one mirror set in the projection channel and located in the front stage of the stack mirror, and one set in the projection channel and located in the front stage of the mirror Projection lens group, a projection part that is arranged in the projection channel and can provide the projected image to the projection lens group, and a communication part that connects the projection part with information, the stacking mirror is exposed on the cap and located in the safety The cap wearer's line of sight.

In one embodiment, the projection element and the stack mirror are respectively located at two ends of the projection channel.

In one embodiment, the communication element is wirelessly connected to an electronic terminal device, and the helmet includes a power supply module arranged on the cap body.

In one embodiment, the mirror is semi-transparent.

The above technical solutions of this creation have the following characteristics compared with conventional ones: the helmets of this creation provide the wearer with the ability to view the projected image directly from the stack mirror during riding, and the wearer does not need to look down at the electronic terminal device , Which greatly increases the safety of the wearer during riding.

10: safety helmet

11: Cap body

111: outer cap

112: inner cap

113: buffer layer

114: projection channel

12: Display module

121: Mirror

122: mirror

123: Projection lens group

124: Projection

125: Communication

13: Power supply module

Figure 1 is a schematic diagram of the structure of the first embodiment of the creation.

Figure 2 is a schematic structural diagram of the second embodiment of the creation.

The detailed description and technical content of this creation are described as follows in conjunction with the drawings: Please refer to Figures 1 to 2. This creation provides a helmet 10 with a head-up auxiliary display. The helmet 10 is mainly suitable for two-wheeled vehicles. When riding, the so-called two-wheeled wheels refer to bicycles, motorcycles, etc. In addition, the safety helmet 10 includes a cap body 11 and a cap body 11 上的display module 12. Wherein, the cap body 11 includes an outer cap layer 111, an inner cap layer 112 spaced apart from the outer cap layer 111, and a buffer layer 113 disposed between the outer cap layer 111 and the inner cap layer 112. The buffer layer 113 can be implemented with high-density styrofoam. A projection channel 114 is formed in the buffer layer 113, and the projection channel 114 is maintained in a light-free environment to prevent the transmission of a projected image from being disturbed and affecting the projection The quality of the image. Furthermore, the design of the projection channel 114 can be appropriately adjusted according to the type of the cap 11 and the configuration requirements of the display module 12, and is not limited to what is shown in the drawings.

Please refer to FIGS. 1 to 2 again. On the other hand, the display module 12 includes a stacking mirror 121, at least one reflecting mirror 122, at least one projection lens group 123, a projection component 124, and a communication component 125. Wherein, the fold mirror 121 is arranged at the end of the projection channel 114 and used to display a projected image, and the fold mirror 121 is exposed on the cap body 11 and is located in a line of sight of the wearer of the helmet 10, further, to assist For imaging, the fold mirror 121 can be semi-transparent, and the degree of transparency needs to be such that it does not excessively affect the line of sight of the wearer. In addition, the reflecting mirror 122 is arranged in the projection channel 114 and located in the front stage of the fold mirror 12. The main purpose of the mirror 122 is to project the received projected image to the fold mirror 121. The number and spacing distance can be adjusted appropriately according to the state of the projection channel 114. Furthermore, when the display module 12 is implemented with a plurality of the reflecting mirrors 122, the types of the plurality of reflecting mirrors 122 are not limited to the same. The corresponding design can be made according to the type of the projection channel 114. In addition, the projection lens group 123 is composed of a plurality of optical lenses. The projection lens group 123 is arranged in the projection channel 114 and is located at the front stage of the reflecting mirror 122 and the rear stage of the projection element 124. In other words, after the projection lens group 123 receives the projected image from the projection element 124, the projected image is transmitted to the mirror 122. Furthermore, the projection element 124 referred to in this creation is already well known by those skilled in the art, and will not be repeated here. In one embodiment, the projection element 124 and the stacking mirror 121 are located at both ends of the projection channel 114 respectively.

In addition, the communication element 125 is connected to the projection element 124. The communication element 124 can obtain the projected image from an electronic terminal device (not shown) in a wired or wireless manner, and the projected image is calculated by the electronic terminal device After generation, the projected image can include a hint of the vehicle driving path and driving status. In one embodiment, when the communication element 124 is wirelessly connected to the electronic terminal device, the helmet 10 includes a power supply module 13 provided on the cap body 11, and the power supply module 13 at least includes A power conversion device and an energy storage element. The power supply module 13 provides the power required for the operation of the display module 12.

In summary, the helmet 10 of the present invention allows the wearer to view the projected image directly from the stack mirror 121 during the riding process. The wearer does not need to look down at the electronic terminal device, which greatly increases the wearer’s riding Safety.

The above has been a detailed description of this creation, but the above is only a preferred embodiment of this creation, and should not be used to limit the scope of implementation of this creation, that is, everything made in accordance with the scope of the patent application for this creation is equal Changes and modifications should still fall within the scope of the patent for this creation.

10: safety helmet

11: Cap body

111: outer cap

112: inner cap

113: buffer layer

114: projection channel

12: Display module

121: Mirror

122: mirror

123: Projection lens group

124: Projection

13: Power supply module

Claims (5)

A safety helmet with head-up auxiliary display, comprising: a cap body, including an outer cap layer, an inner cap layer spaced from the outer cap layer, and a buffer provided between the outer cap layer and the inner cap layer A projection channel is formed in the buffer layer; a display module includes a stacking mirror arranged at the end of the projection channel and used for displaying a projected image, at least one being arranged in the projection channel and located in front of the stacking mirror -Stage mirror, a projection lens set in the projection channel and located in the front stage of the mirror, a projection part set in the projection channel and capable of providing the projection image to the projection mirror set, and an information connection The communication part of the projection part, the stacking mirror is exposed outside the cap and located in a line of sight of the wearer of the helmet. According to claim 1, the helmet with head-up auxiliary display, wherein the projection member and the stacking mirror are respectively located at two ends of the projection channel. According to claim 1 or 2, the helmet with head-up auxiliary display, wherein the communication element is wirelessly connected to an electronic terminal device, and the helmet includes a power supply module provided on the cap body. According to claim 3, the helmet with head-up auxiliary display, wherein the mirror is semi-transparent. According to claim 1 or 2, the safety helmet with head-up auxiliary display, wherein the mirror is semi-transparent.

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