JP2000220024A - Structure for attaching shield in helmet - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate operations to remove a shield in a helmet for wearing when riding on a motorcycle, etc. SOLUTION: This structure for attaching a shield in a helmet is designed to readily remove the shield by rotating an operating lever or performing operations to slide the operating lever, thereby extending a shield pressing cover 4L outward, forming a gap B capable of passing the shield therethrough between the shield pressing cover 4L and an apex of a supporting shaft 5 and making an attaching part 3L of the shield reach to the apex of the supporting shaft 5.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a shield provided on a full-face type and a jet type helmet to protect a head and a face when riding various moving vehicles such as motorcycles and four-wheeled vehicles or moving equipment. Mounting structure.

[0002]

2. Description of the Related Art The present applicant has proposed a mounting structure in which a shield can be detached without removing a shield pressing cover as Japanese Patent Publication No. 6-89483. According to the present invention, the shield cannot be attached or detached without removing the shield holding cover, that is, the screw for fixing the shield holding cover is lost, or the engaging member formed on the shield holding cover is damaged. Was all solved.

[0003]

By the way, in the mounting structure of the present invention, after the shield is turned to the upper limit position, the vicinity of the shield mounting portion is held by hand, and the mounting portion is separated from the outer surface of the base plate. When lifted in the direction exceeding the upper limit position, the shield stopper part comes off, and when the shield is pulled out in the opening direction, the mounting part of the shield is guided by the slope of the guide convex part in the base plate, The mounting hole in the mounting portion is disengaged from the support shaft and reaches the top of the support shaft, whereby the shield holding cover is pushed outward and a gap is formed between the cover and the support shaft top where the shield can pass, By utilizing this gap, the shield can be easily removed. That is, an operation different from a normal opening / closing operation is performed on the shield by the user himself / herself to remove the shield.

However, when the above operation is performed by the user's hand, if the user is not accustomed to the removal operation, the shield cannot be removed smoothly depending on the degree of force applied. Further improvement in ease is strongly desired.

[0005] The present invention aims to further improve the ease of the above-described shield removing operation, and to provide an attachment structure that allows any person, regardless of the user, to easily and quickly remove the shield. Aim.

[0006]

In order to achieve the above object, the present invention employs the following technical means.

In a state where a shield holding cover having elasticity is attached to the helmet body or the base plate, a shield is rotatably supported on a support shaft of a base plate attached to the left and right side surfaces of the helmet body. By applying a force in the direction away from the helmet body that is different from the normal opening and closing operation to the shield at the position near the mounting part of the shield, the shield is removed from the support shaft of the base plate with that force, and the shield holding cover To form a gap through which the shield can pass between the cover and the apex of the spindle, and between the helmet body and the shield holding cover, the mounting portion of the shield is separated from the helmet body. , Remove from the support shaft of the base plate, and form a gap between the top of the support shaft and the shield holding cover. That the inclined surface, rotating the operating lever and a push-up surface section for moving the mounting portion of the shield into the gap, or by providing operably slide,
This is to make it easier to remove the shield.

[0008] As a specific structure of the operating lever for rotating operation, for example, an operating portion protruding from an opening at a front end and a supporting portion supported by a base plate at a rear end are provided. In the vicinity, there is a shield in which a slope portion that generates a force in a direction away from the helmet body and a push-up surface portion that moves the attachment portion into the gap are connected to each other.

According to this operating lever, when the operating portion is rotated in the same direction as the opening direction of the shield, the slope provided on the support portion enters between the mounting portion of the base plate and the shield, and Is separated from the base plate along the axis of the support shaft. Then, the mounting portion is disengaged from the support shaft, and the shield holding cover is pushed outward. Then, a gap is formed between the pushed-out shield holding cover and the support shaft, through which the mounting portion can pass. Further, when the operating portion is operated, the push-up surface portion pushes up the mounting portion into the gap to reach the spindle apex.

[0010] Further, as a specific configuration of the operation lever for sliding operation, for example, an operation portion protruding from an opening at a front end and a force in a direction away from the helmet body near a mounting portion of a shield at a rear end are generated. A slide portion having a slope portion to be moved and a push-up surface portion for moving the mounting portion into the gap is slidable, and is normally arranged so that an urging force acts in a direction to separate the slide portion from the mounting portion of the shield. There is an operation lever that is used.

According to this operating lever, when the slide portion is slid, the slope provided on the slide portion enters between the mounting portion of the base plate and the shield, and the mounting portion is moved along the axis of the support shaft. Away from Then, the mounting portion is disengaged from the support shaft, and the shield holding cover is pushed outward. Then, a gap is formed between the pushed-out shield holding cover and the support shaft, through which the mounting portion can pass. Further, when the operation portion is slid, the push-up surface portion pushes the mounting portion into the gap to reach the top of the spindle.

The operation lever is provided so as to be able to protrude and retract from an opening formed by the base plate and the shield pressing cover, and the operation lever is operated with the operation lever in accordance with the opening operation of the shield. The protruding mechanism may be provided so as to protrude from the opening.

As a specific configuration of the protruding mechanism, for example, it is provided over an operation lever and a shield, and is provided with a pushing piece provided on the shield, near the support portion, near a predetermined position of the shield. And a pushing portion that is pushed by the pushing piece and projects the operating portion from the opening with the opening movement from the opening to the predetermined position.

According to this projecting mechanism, when the shield is opened, the pushing portion is pushed by the opening shield, whereby the support portion rotates and the operating portion projects from the opening.

Further, the projecting mechanism is provided between the support portion and the base plate over the operation lever and the base plate so that an urging force for constantly rotating the support portion toward the opening portion acts on the support portion. One constituted by an urging means is exemplified.

According to this projecting mechanism, when the shield is opened, the operating lever pressed by the shield is rotated by the urging force, so that the operating portion projects from the opening.

[0017]

As described above, according to the present invention, the shield pressing cover can be pushed outward by turning or sliding the operation lever, and the shield can pass between the cover and the top of the spindle. Since the mounting structure is designed to remove the shield by forming a gap
By operating the operation lever, a gap is formed between the shield pressing cover and the axle apex that allows the shield to pass by a single operation, and the shield can be removed. Therefore, as compared with the conventional structure in which the user directly holds the shield and performs the above operation to remove the shield, an excellent effect that the removal work of the shield can be performed extremely easily and quickly can be achieved.

According to a second aspect of the present invention, the operating lever is
When the shield is opened, the operating portion protrudes for the first time, and when the shield is closed, the operation portion can be stored.

[0019]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 shows a full-face helmet A in which a mounting structure of the present invention is implemented, and a rotary operation type operation lever 8L. , 8R. In the figure, 1 is a helmet body, 2L and 2R are base plates fixed to the left and right outer surfaces of the helmet body 1, 3 is a shield, and 4L and 4R are shield holding covers. The left and right operation levers 8L and 8R, base plates 2L and 2R, and shield holding covers 4L and 4R have the same configuration. Therefore, the operation lever 8L, base plate 2L and shield holding cover 4L, and the side attached to them will be described later. Only the parts will be described.

The base plate 2L has a support shaft 5 serving as a center of rotation of the shield 3, an elastic engagement piece 6 for regulating the rotation range of the shield 3 and providing a moderation to the opening movement, and a lower end peripheral edge of the shield 3. Shield stopper part 3 provided
3L is fitted, has a guide recess 7 for guiding the rotation of the shield 3 from a fully closed state to near a fully opened state, and an operation lever 8L for operating the shield 3 differently from a normal opening and closing operation. .

The operating lever 8L is adapted to generate a force in a direction away from the helmet main body at the mounting portion 3L of the shield 3 by a rotating operation.

Since the shield 3 and the shield holding cover 4L have substantially the same configuration as the conventional configuration and will not be described in detail, the shield 3 is made of a transparent or colored transparent and elastic synthetic resin plate. The mounting portion 3L has a mounting hole 31L fitted to the support shaft 5, a guide hole 32L fitted to the elastic engagement piece 6 to regulate the rotation range of the shield 3, and a shield stopper. A portion 33L is formed. The illustrated mounting portion 3R and mounting hole 31 are shown.
The description of the R and the guide hole 32R is the same as that of the mounting hole 31L, the guide hole 32L, and the shield stopper 33L, and thus the description is omitted.

The shield pressing cover 4L is formed of an elastic synthetic resin material so as to cover the base plate 2L. An opening 41 for inserting and removing the shield 3 is formed on the front side between the shield pressing cover 4L and the helmet body 1. Have been. Reference numeral 42 designates the mounting portion 3L as the base plate 2L.
Reference numeral 43 denotes a locking projection that is engaged with a concave portion 51 provided on the support shaft 5 of the base plate 2L, and reference numeral 44 denotes a lock that fixes the shield pressing cover 4L to the base plate 2L.
Are provided over both, and when the lock is released by an external operation, the shield pressing cover 4L is detached.

The support shaft 5 has a holding piece 5 at its front end protruding in a circular shape on the front so as to prevent the shield 3 from coming off when the shield 3 rotates from a fully closed state to a nearly fully opened state.
2 except that the shield 3 is not fully opened.
The end surface 311 of the mounting hole 31L is sandwiched between the base plate and the retaining plate, and is prevented from being removed. When the shield 3 is fully opened, the removal is released and the shield 3 can be inserted and removed.

The elastic engaging piece 6 is formed into a substantially C-shaped front by cutting off a part of a circular ring. A part of the closed outer peripheral surface is connected to the base plate 2L, and both open sides are opened. Claws 61 and 62 are provided at the ends toward the outside in the radial direction. In addition, the elastic engagement piece 6 has a guide convex portion 6 extending from the closed side to the open side and outward from the closed portion.
3 and 64 are projected, and inclined surfaces 631 and 641 inclined toward the base plate 2L are formed on the side surfaces along the longitudinal direction of the guide convex portions 63 and 64, so that the shield 3 described later can be smoothly attached and detached. Is to be performed.

The guide recess 7 is formed in an arc shape along the movement locus of the shield stopper 33L in the rotation of the shield 3 about the support shaft 5. At the rear side in the longitudinal direction, a step portion 71 for determining the fully closed state is formed by bringing the shield stopper 33L into contact at the fully closed position of the shield 3, and an open portion 72 is formed at the front side. With the opening 72, the shield stopper 33L is removed from the guide recess 7 when the shield 3 is fully opened, and the shield stopper 33L is fitted into the guide recess 7 at the time of mounting, which will be described later.

The operating lever 8L has an operating portion 81 at one end,
The other end has a supporting portion 82 rotatably supported by the base plate 2L, and is spaced from the end of the guide recess 7 on the opening 72 side by a distance larger than the width of the shield stopper 33L. And is rotatably supported by a shaft portion 9 formed so as to protrude. The shaft portion 9 is cut out along the axial direction, and the shield stopper portion 3 is opened when the shield 3 is fully opened.
The guide portion 9 guides the shield stopper portion 33L in the axial direction while determining the fully open position by contact of the shield stopper portion 3L.
1 is formed.

The operating portion 81 is formed by projecting the side edge of the operating lever 8L outward toward the opening 41.

The supporting portion 82 is formed in a substantially C-shaped front by cutting off a part of the circular ring opposite to the opening.

Across the support portion 82 and the shield 3,
A protruding mechanism 10 for protruding the operation lever from the opening with the opening movement of the shield 3 is provided. The projecting mechanism 10 will be described in detail.
And one end edge 821 (lower side in the drawing) of the C-shaped support portion 82. The shield stopper portion 33L is moved from near the fully open position of the shield 3 to the fully open position by the movement of the shield stopper portion 33L. 33L is edge 8
The support portion 82 is rotated in the same direction as the opening movement of the shield 3 by contacting the end 21 and pushing the end edge. That is, by the rotation of the support portion 82,
The operation unit 81 projects from the opening 41. In the following description, the end edge 821 will be described as a pressing portion, and the pressing portion will be denoted by reference numeral 821.

A right-angled surface extending from the surface of the support portion 82 to the base plate 2L is formed in a range from the end edge opposite to the pushing portion 821 to the middle of the operation lever 8L along the circumferential direction. And an operation lever 8L to be described later.
Is formed as a push-up surface portion 822 that pushes up the attachment portion 3L of the shield 3 at the time of turning. Further, a slope portion 823 is formed from the lower end of the push-up surface portion 822 toward the base plate 2L. The slope portion 823 enters between the base plate 2L and the mounting portion 3L by the rotation of the operation lever, and the mounting portion 3L. To base plate 2L
To lift away from Furthermore,
From the lower end of the slope portion 823, the base plate 2L and the mounting portion 3
A horizontal surface portion 824 located between L is formed. When the shield 3 is attached, the horizontal surface portion 824 is always located between the base plate 2L and the attachment portion 3L, and the inclined surface portion 823 is attached to the base plate 2L.
And the mounting portion 3L.

The attachment and detachment of the shield 3 having such an attachment structure will be described below with reference to FIGS.
First, the removal method will be described.

First, the shield 3 is opened in the opening direction as shown in FIG. At this time, the shield stopper 33L
Moves forward with the rotation of the shield 3, comes out of the open portion 72 of the guide concave portion 7, and comes into contact with the pushing portion 821 of the operation lever 8 </ b> L.

When it is further opened to the fully opened state, as shown in FIG. 6, the stopper portion 33L enters the guide portion 91, and at the same time, pushes the pushing portion 821 of the operation lever 8L, whereby the support portion 82 rotates. As a result, the operation unit 81 protrudes from the opening 41. At the same time as the operation portion 81 projects, the attachment portion 3 </ b> L that has been prevented from being removed by the holding piece 52 of the support shaft 5 is released and can be inserted into and removed from the support shaft 5.

Next, as shown in FIGS. 7 and 8, the projecting operation section 81 is rotated upward. At this time, the slope portion 823 enters between the base plate 2L and the attachment portion 3L, guides the attachment portion 3L to spread outward along the slope portion 823, and pushes the edge of the attachment portion 3L to the push-up surface portion 824. Make contact. Then, the mounting portion 3L is attached to the support shaft 5
At the same time as being disengaged from the elastic engagement piece 6, the shield holding cover 4L is pushed outward through the projection 42 to form a gap B between the cover and the support shaft 5 through which the mounting portion 3L can pass. .

Subsequently, as shown in FIGS. 9 and 10, when the operation portion 81 is further rotated upward, the push-up surface portion 824 pushes up the mounting portion 3L and enters the gap B. As a result, the shield 3 can be pulled out, and by pulling out the shield 3 from this state, the shield 3 is removed as shown in FIG.

Hereinafter, a method of attaching the shield 3 will be described.
As for the mounting method, the mounting is performed by the mounting portion 3L basically performing the reverse operation to the above-described operation at the time of mounting. That is, when the attachment portion 3L is inserted from the opening portion 41, the edge thereof comes into contact with the inclined surface 641 and is spread outward by the inclined surface 641. Then, the attachment portion 3L pushes the shield holding cover 4L outward to form a gap between the cover and the support shaft 5 through which the attachment portion 3L can pass. (Not shown so far)

When the mounting portion 3L is pushed in from this state, as shown in FIG. 12, the mounting portion 3L exceeds the apex of the support shaft, and is further pressed, so that the support shaft 5 is attached to the mounting hole 31L, and the elastic engagement piece 6 is attached. The guide hole 32L has a shield stopper 33L.
Are fitted into the open portions 72, respectively, and the shield 3 is set. (Same state as in FIG. 6)

Next, the slide type operation lever 8L '
An example of the mounting structure provided with the will be described. Note that a description of a portion that overlaps with the mounting structure provided with the separating device having the rotation type operation lever described above will be omitted.

The operation lever 8L 'is for generating a force in a direction away from the helmet body on the mounting portion 3L' of the shield 3 'by a sliding operation.

As shown in FIGS. 13 and 14, the operating lever 8L 'is rotatably supported by a shaft 9' protruding from the base plate 2L '. 3 'and is housed between the base plate 2L' and the shield pressing cover 4L '.

The operating lever 8L 'will be described in detail. The operating lever 8L' is composed of a rotating portion 83 supported by the shaft portion 9 'and a sliding portion 84 slidably mounted on the rotating portion 83. .

The rotating portion 83 has a pushing plate 831 extending from a supporting portion 82 'supported by the shaft portion 9'. A projecting mechanism 10 ′ made of a spring S is provided between the pushing plate 831 and the base plate 2 L ′, and the rotating part 83 is always moved in the same direction as the opening direction of the shield 3 ′ by the urging force of the spring S. It is energizing.

The sliding portion 84 has an operating portion 81 'at the tip.
At the rear end, a push-up surface portion 822 ′, a slope portion 823 ′, and a horizontal surface portion 824 ′ are respectively provided, and are slidably fitted to a fitting portion 832 formed integrally with the rotating portion 83. Further, a rectangular through hole 841 is formed at a slightly rear end side of the slide portion 84. And the fitting portion 832
Is fitted into the through hole 841, and a compression spring S is provided between the protrusion 833 and the through hole 841.
By arranging 1, the slide portion 84 is always urged to be separated from the shield 3 ′.

The push-up surface portion 822 'and the slope portion 82
The 3 ′ and the horizontal surface portion 824 ′ have the same action as in the above-described example, and the push-up surface portion 822 ′ is formed of a surface perpendicular to the surface of the slide portion 84 toward the base plate 2L ′. In addition, the slope portion 823 'is connected to the base plate 2L' from the lower end of the push-up surface portion 822 '.
It is composed of a slope toward. The horizontal surface portion 824 is formed so as to protrude from the lower end of the inclined surface portion 822 ′ in a planar shape along the surface of the base plate 2L ′.

Hereinafter, the removal of the shield 3 'having such a mounting structure will be described with reference to FIGS.

First, as shown in FIG. 15, when the shield 3 'is opened, the rotating mechanism 83' is rotated by the urging force of the projecting mechanism 10 ', that is, the spring S, and the operating part 81' is moved to the opening 4 '.
Projects from 1 '.

Then, as shown in FIG.
Is fully opened, the operation portion 81 'is pushed up against the urging force of the compression spring S1 to slide the slide portion 84. Then, the slope portion 823 'enters between the base plate 2L' and the mounting portion 3L ', and guides the mounting portion 3L' so as to extend outward along the slope portion 823 ', and the edge of the mounting portion 3L'. Is brought into contact with the push-up surface portion 822 ′. At this time, the mounting portion 3L 'is disengaged from the support shaft 5' and the elastic engagement piece 6 ', and at the same time, the shield pressing cover 4L' is pushed outward through the protrusion 42 'to spread the cover and the support shaft 5L. And a gap B ′ through which the mounting portion 3L ′ can pass.

Subsequently, as shown in FIG. 17, when the operation portion 81 'is further pushed up, the push-up surface portion 822' pushes up the mounting portion 3L 'and enters the gap B'. As a result, the shield 3 'can be pulled out.
The operation mode and the gap B 'of the mounting portion 3L' and the shield pressing cover 4L 'in the state of FIGS. 16 and 17 are the same as those shown in FIGS. I do.

Then, the shield 3 'is removed by pulling out the shield 3' from this state. The detached state is the same as that in FIG.

The attachment of the shield 3 'is not shown because it is the same as in the above-described example. However, when the shield 3' is set and fully closed, the operation lever 8L 'is pushed by the shield 3'. It is stored and returns to the state of FIG.

As described above, the mounting structure of the present invention allows the shield to be attached and detached extremely easily with the shield holding cover fixed, and in particular, the detachment can be reliably performed by operating the operation lever of the separating device. and,
Can be done quickly.

Although the present embodiment has been described with reference to the example of a full face helmet, this mounting structure can be applied to a jet type helmet.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view of a full-face helmet using a mounting structure according to the present invention.

FIG. 2 is an exploded perspective view showing a main part in an enlarged manner.

FIG. 3 is a partially cutaway side view of a main part showing a shield mounting state.

FIG. 4A is a sectional view taken along line (a)-(a ′) of FIG. 3;
FIG. 4B is a sectional view taken along line (b)-(b ′) of FIG.

FIG. 5 is a partially cutaway side view showing a first step in a detachment order.

FIG. 6 shows a second step.

FIG. 7 shows a third step.

FIG. 8 is a sectional view showing the operation of the shield in the third step.

FIG. 9 is a partially cutaway side view showing a fourth step in the detachment order.

FIG. 10 is a sectional view showing the operation of the shield in a fourth step.

FIG. 11 is a partially cutaway side view showing a fifth step in the order of removal.

FIG. 12 is a partially cutaway side view showing a halfway state during mounting.

FIG. 13 is an enlarged cutaway side view of a main part of a mounting structure using an operation lever of another example.

14 is a sectional view taken along line (c)-(c ') of FIG.

FIG. 15 is a partially cutaway side view showing a first step in a detaching order.

FIG. 16 shows a second step.

FIG. 17 shows a third step.

[Explanation of symbols]

 1: Helmet body 2L, 2L ', 2R: Base plate 3, 3': Shield 4L, 4L ', 4R: Shield press cover 5, 5': Support shaft 8L, 8L ', 8R: Operation lever 3L, 3L', 3R : Mounting part 10, 10 ': Projection mechanism 33L: Shield stopper part 41, 41': Opening part 80L, 80L ', 80R: Separating device 81, 81': Operation part 82: Support part 821: Pushing part 823, 823 ': Slope 822, 822': Push-up surface B, B ': Clearance

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[Procedure amendment]

[Submission date] December 27, 1999 (1999.12.
27)

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Claims

[Correction method] Change

[Correction contents]

[Claims]

[Procedure amendment 2]

[Document name to be amended] Statement

[Correction target item name] 0007

[Correction method] Change

[Correction contents]

In a state where a shield holding cover having elasticity is attached to the helmet body or the base plate, a shield is rotatably supported on a support shaft of a base plate attached to the left and right side surfaces of the helmet body. When a force is applied to the shield in the direction away from the helmet body, which is different from the normal opening / closing operation, at the position, near the mounting part of the shield, the shield is removed from the support shaft of the base plate with that force and the shield holding cover is removed. and spread towards, the attachment structure of the shield as the shield forms a gap which can pass through to attach and detach the shield through the gap between the supporting shaft apex and the cover, and the helmet body Shield presser hippo
-An operation lever is provided between the
Or, slide the attachment part of the shield
The operating lever and push the shield
Even thickness direction from cover side to base plate side
It has a slope that slopes down, and this slope is
Depending on the operation, between the base plate and the shield mounting part
Enter the helmet body with the mounting part along the slope
Lift it in the direction away from the
The above clearance is formed between the top of the shaft and the shield holding cover
And push up the shield mounting part continuously on the slope.
The push-up surface has an operating lever
By pushing the mounting part into the above gap.
This makes it easier to remove the shield.

[Procedure amendment 3]

[Document name to be amended] Statement

[Correction target item name] 0031

[Correction method] Change

[Correction contents]

As shown in FIGS. 3 and 4B,
A right-angled surface from the support portion 82 to the base plate 2L is formed in a range from the end edge opposite to the pushing portion 821 to the middle of the operation lever 8L along the circumferential direction. Push-up surface portion 822 that pushes up mounting portion 3L of shield 3 when rotating operation lever 8L described later.
And Then, the lower end of the push-up surface portion 822
Inclined in the thickness direction toward the base plate 2L from
A surface portion 823 is formed. This slope 823 is
Rotation of the lever makes the base plate 2L and the mounting part 3L
Between the base plate and the mounting part 3L along the slope.
To lift away from the 2L
You. Further, the base plate 2L is extended from the lower end of the slope 823.
A horizontal surface portion 824 is formed between and the mounting portion 3L. The horizontal surface portion 824 is always located between the base plate 2L and the mounting portion 3L when the shield 3 is mounted, so that the slope portion 823 can easily enter between the base plate 2L and the mounting portion 3L. ing.

[Procedure amendment 4]

[Document name to be amended] Statement

[Correction target item name] 0035

[Correction method] Change

[Correction contents]

Next, as shown in FIGS. 7 and 8, the projecting operation section 81 is rotated upward. At this time, the slope
823 enters between base plate 2L and mounting portion 3L
Helmet while attaching the attachment part 3L along the slope part 823.
Lift in the direction away from the main unit and spread out
I will guide you. Then, the mounting portion 3L includes the support shaft 5 and the bullet
At the same time as disengagement from the engagement piece 6,
Push the cover 4L outward and spread it out.
A gap B is formed between the shaft 5 and the mounting portion 3L through which the mounting portion 3L can pass.
You. In this state, the push-up surface portion 82 is attached to the edge of the mounting portion 3L.
4 are in contact.

[Procedure amendment 5]

[Document name to be amended] Statement

[Correction target item name] 0045

[Correction method] Change

[Correction contents]

The push-up surface portion 822 'and the slope portion 82
The 3 ′ and the horizontal surface portion 824 ′ have the same action as in the above-described example, and the push-up surface portion 822 ′ is formed of a surface perpendicular to the surface of the slide portion 84 toward the base plate 2L ′. In addition, the slope portion 823 'is connected to the base plate 2L' from the lower end of the push-up surface portion 822 '.
And a slope inclined in the thickness direction toward. The horizontal surface portion 824 is formed so as to protrude from the lower end of the inclined surface portion 822 ′ in a planar shape along the surface of the base plate 2L ′.

[Procedure amendment 6]

[Document name to be amended] Statement

[Correction target item name] 0048

[Correction method] Change

[Correction contents]

Then, as shown in FIG.
Is fully opened, the operation portion 81 'is pushed up against the urging force of the compression spring S1 to slide the slide portion 84. Then, the slope portion 823 'is connected to the base plate 2L'.
It enters between the mounting portion 3L 'and the mounting portion 3L'
Guide to spread outward along 823 '. Do
And the mounting portion 3L 'is separated from the support shaft 5' and the elastic engagement piece 6 '.
At the same time, the shield holding cover is
-4L 'is pushed outward and spread between the cover and the support shaft 5'.
A gap B 'through which the mounting portion 3L' can pass is formed therebetween. This
In the state of, the pushing-up surface portion 822 'is attached to the edge of the mounting portion 3L'.
Are in contact.

Claims (2)

[Claims] 1. A helmet body or a shield holding cover having elasticity attached to a base plate is engaged with a shield rotatably supported by a support shaft of a base plate attached to the left and right side surfaces of the helmet body. ,
At a predetermined position, a force is applied to the shield in the direction away from the helmet body, which is different from the normal opening / closing operation, near the mounting part of the shield, and the shield is removed from the support shaft of the base plate by that force and the shield is pressed down. A shield mounting structure in which a cover is pushed outward to form a gap through which the shield can pass between the cover and the axle apex, and the shield is attached and detached through the gap. An inclined surface portion between the main body and the shield holding cover, which separates the shield mounting portion from the helmet main body, removes the shield mounting portion from the support shaft of the base plate, and forms a gap between the top of the support shaft and the shield holding cover, An operating lever having a push-up surface portion for moving the mounting portion into the gap so as to be pivotable or slidable. A shield mounting structure characterized in that the shield can be easily removed by the above method. 2. The operating lever is disposed so as to be able to protrude and retract from an opening formed by a base plate and a shield pressing cover, and the operating lever is configured to move the operating lever along with the opening operation of the shield. The shield mounting structure according to claim 1, wherein the shield is configured to protrude by a protruding mechanism that protrudes from the shield.