JPH0650499Y2 - Helmet with electrical components - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial field of application] The present invention relates to a helmet to which an electric component such as a light emitter is attached.

[Prior Art] A light emitting body for improving visibility is attached to the surface of a shell, and a battery, a power switch, a circuit and the like are attached to the side of the finger cleaner, which has already been proposed by the present applicant (actual application). 63-73122 (see Japanese Utility Model Laid-Open No. 1-177233).

[Problems to be Solved by the Invention] By the way, in the above, the battery, the circuit, etc. are provided with a concave portion which is opened on the back side of the tinger liner (shell side, the inside of the helmet is the inside, the same applies hereinafter). It is stored in this. However, in this case, it is necessary to remove the finger liner each time the battery is replaced, which is troublesome.
It was also necessary to take care so that the battery would not rattle in the recess when worn.

Then, the objective of this invention is providing the helmet with an electrical component which solves such a subject.

[Means for Solving the Problems] In order to solve the above problems, the helmet with electric components according to the present invention has a battery storage part (5) attached to a finger guard liner (5) detachably supported inside a chin guard (2). 14) is formed by opening the inside of the helmet, and a pair of first locking members (15) are provided on both sides of the battery housing (14) toward the inside of the helmet, while the battery housing (14) is formed. The lid (17) covering from the inside of the helmet is formed of a flat plate-like elastic body, and a pair of second members that can be engaged with and disengaged from the first locking member (15) are provided on both sides thereof.
By providing the locking member (18) and making the distance D between the second locking members (18) larger than the distance d between the first locking members (15) (D> d), at the time of mounting The lid (17) is curved so that the battery (13) in the battery housing is pressed down by the middle part of the lid (17), and the thickness of the finger cleaner (5) is such that almost the entire battery (13) can be accommodated. And a connector (10, 12a) in a circuit connecting the battery (13) and its load is provided on the Tinger liner (5). It is characterized by

[Operation of the device] Since the battery housing formed on the inner surface of the chinger liner is opened to the inside of the helmet, the battery can be replaced from the inside of the helmet only by removing the lid without removing the chinger liner. Further, since the lid is formed of a flat plate-like elastic body and the distance D between the second locking members is larger than the distance d between the first locking members on the recess side (D> d), the lid is mounted. At that time, the central part bends and presses the battery,
Do not rattle this in the battery compartment.

Further, the thickness of the finger guard liner (5) is such that the battery housing portion (1) has a depth such that substantially the entire battery (13) can be housed.
Since it is thick enough to form 4), the battery (13) is securely stored and held. As a result, the Tinger liner (5) cannot be flexibly deformed to accommodate the battery (13), but this is solved by attaching the elastically deformable lid (17).

Furthermore, since the chinger liner (5) is detachably supported inside the chin guard, and the connector (10, 12a) in the circuit connecting the battery (13) and its load is provided in the chinger liner (5), Unexpected situations such as disconnection can be dealt with swiftly, improving maintainability.

[Embodiment] FIGS. 1 to 5 show an embodiment of the present invention. FIG. 1 shows a side view of a full-face helmet according to the present embodiment, where 1 is a shell, 2 is a chin guard, 3 is a runner, 4 is an interior pad, 5 is a chinger liner, and 6 is an end portion of the chinger liner 5. Cheek pad formed on the LED, 7 LED
And the like, 8 is a light emitting circuit, 9 is a pressure-sensitive head switch, 10 is a connector, 11 is a power switch, and 12 is a socket.

2 shows the portion of the chewing pad liner 5 and the cheek pad 6, and the battery 13 connected to the socket 12 is a battery accommodating portion 14 which is a through hole that opens inward of the helmet inside the front portion of the chewing pad liner 5. It is stored inside. Reference numeral 12a is an intermediate connector provided near the socket 12, and facilitates replacement when the socket 12 is damaged.

A pair of first locking members 15 formed of male (female) hooks are provided on both sides of the battery storage portion 14 on the inner surface of the finger cleaner 5. Further, a lid 17 is detachably attached to the periphery 16 of the inner surface of the chinger dryer 5. The lid 17 is composed of a flat plate-like elastic body, and second locking members 18 made up of female (male) hooks are provided on both sides of the lid 17.
A frame-shaped seal is attached to the side surface.

As shown in FIG. 3, the lid 17 is in a flat plate shape when not attached, and has a distance D between the left and right second locking members 18 and the left and right first locking members 18.
The distance d between the locking members 15 is related so that d <D, and when the lid 17 is attached, the locking member 15 bends along the inner surface of the finger guard liner 5. The first and second locking members 15,
Changing 18 to various other locking members is optional.

As shown in Fig. 4, when the lid 17 is attached,
The power switch 11 is located between the side end of 17 and the cheek pad 6. In this way, when the battery switch 11 is opened and closed, as shown in FIG. 4, the finger F is put inward from the lower opening of the shell 1. At this time,
Since there are cheek pads 6 and ends of the lid 17 on both sides of the finger F, they are guided to the battery switch 11 by being used as guides. Therefore, the position of the battery switch 11 can be easily confirmed even when the user is looking around, and the operation thereof is extremely quick. Since the battery switch 11 is located near the battery 13, there is an advantage that the cord can be shortened.

FIG. 5 shows the liner 3, and a cord extending from the head switch 9 attached to the inner top of the liner 3.
20 extends rearward along (or is housed inside) the ventilation groove formed on the inner surface of the liner 3, and passes through the back side of the interior pad 4 to reach the lower portion. Here, it wraps around to the side, passes from the side edge 21 between the mesh-like cloth 22 and the liner 3 that cover it, goes out through the hole 23 provided in the mesh-like cloth 22, and connects to the connector 10. ing.

The side edge 21 is adapted to be joined to the rear end edge 24 of the cheek pad 6, and the connector 10 can be connected to the power source side connector 10 provided on the back side of the cheek pad 6. By doing this, the head switch 9 and the cord 20 are provided inside the liner 3, so when replacing the head switch 9,
It is not necessary to remove the liner 3 and maintainability is good. The cord 25 on the light emitting circuit 8 side is wired between the mesh-like cloth 22 and the shell 1 toward the connector 10. Further, a head pad 26 is provided so as to cover the head switch 9, and its rear portion overlaps with the interior pad 4. (See FIGS. 1 and 5) Therefore, the head switch 26 and the cord 20 can be provided so as not to be seen from the outside by the head pad 26.

Next, the operation of this embodiment will be described. First, when the battery 13 is replaced, as shown in FIG. 2, since the battery housing 14 is opened to the inside of the helmet, the battery 13 can be replaced without removing the Tinger liner 5. battery
Since the replacement of 13 is relatively frequent, the maintainability is improved.

Further, since the central portion of the lid 17 is curved toward the battery 13 in the attached state, the battery 13 can be constantly pressed against the lid 17, and the battery 13 does not rattle in the battery housing portion 14 when worn.

Further, the wall thickness of the chinger dryer 5 is sufficient to form the battery housing portion 14 having a depth that can accommodate substantially the entire battery 13, so that the battery 13 can be reliably housed and held.

As a result, in order to house the battery 13, the zing liner 5
Can not be freely bent and deformed, but this is solved by attaching an elastically deformable lid 17.

Further, since the Chinger guard liner 5 is detachable from the Chinger guard and the connectors 10 and 12a in the circuit connecting the battery 13 and its load are provided in the Chinger guard liner 5, it is possible to prevent an unexpected situation such as a line disconnection. It can be dealt with promptly and maintainability is improved.

[Effects of the Invention] In the helmet with electrical components according to the present invention, the battery storage portion for storing the battery is formed on the inner surface of the chinger liner so as to face inward of the helmet. Therefore, when replacing the battery, the chinger liner is removed. It is not necessary and the maintainability is improved. Also, the distance D between the second locking members on the lid side
Is larger than the distance d between the first locking members on the concave side (D>
d) Therefore, when the lid is attached, the battery using the curvature of the central portion thereof can be pressure-contacted, and the battery can be held in the battery storage portion so as not to rattle when worn.

Further, the wall thickness of the Tinger dryer is sufficient to form a battery housing portion having a depth capable of housing substantially the entire battery, so that the battery is reliably housed and held. As a result, the Tinger liner cannot be flexibly deformed to accommodate the battery, but this is solved by attaching an elastically deformable lid.

In addition, the Chinger Guarder is removable from the Chinger Guard, and the connector in the circuit that connects the battery and its load is provided on the Chinger Guarder, so that you can quickly respond to an unexpected situation such as a circuit disconnection, and perform maintenance. The property is improved.

[Brief description of drawings]

1 to 5 show an embodiment, FIG. 1 is a side view of a helmet with a part cut away, and FIG. 2 is a developed perspective view of essential parts,
3 and 4 are explanatory views of the operation of the main part, and FIG. 5 is a partially cutaway side view of the liner. (Explanation of symbols) 1 ... Shell, 2 ... Chin guard, 3 ... Liner, 5 ...
… Chinger dryer, 6 …… Cheek pad, 7 …… Luminescent body,
11 …… Battery switch, 13 …… Battery, 14 …… Battery compartment,
17: lid, d: spacing between first locking members, D: spacing between second locking members.

Claims (1)

[Scope of utility model registration request] 1. A battery accommodating part (14) is formed by opening a battery accommodating part (14) inward of a helmet in a cinger guard liner (5) which is detachably supported inside a chin guard (2).
A pair of first locking members (15) are provided on both sides of the inside of the helmet toward the inside of the helmet, and a lid (17) that covers the battery storage section (14) from inside of the helmet is formed of a flat elastic body. A pair of second locking members (18) that can be engaged with and disengaged from the first locking member (15) are provided on both sides of the first locking member (15), and the distance D between the second locking members (18) is set to the first locking. By making the distance d between the members (15) larger (D> d), the lid (17) can be attached during mounting.
The battery storage (13) is curved by bending the battery (13) in the middle part and the thickness of the finger guard liner (5) is large enough to accommodate the entire battery (13). It has a sufficient thickness to form the portion (14), and this tinger liner (5) is provided with connectors (10, 12a) in a circuit connecting the battery (13) and its load. Helmet with electrical equipment.