JP2018062721A - Inverted stored helmet - Google Patents

Abstract

SOLUTION: There is provided an inverted stored helmet which is a helmet 1 including: a base 2 composed of a base body 11 and an intermediate base 31; a substantially hemispherical cap body 51 covering an upper side of the base; first horizontal turning shafts 74, 74 at an upper end of an engaging panel 71 which is disposed in a rear part of the intermediate base 31 integrally therewith, for turning the helmet 1 upward; and a second turning shaft 82 in a direction intersecting with the first turning shaft that inverts the cap body which has been turned upward, by turning it upside down.EFFECT: There is provide a helmet that can be turned so as to raise a cap body to allow it inverted and stored, without being bulky in a height direction.SELECTED DRAWING: Figure 7

Description

  The present invention is a helmet in which the use state and the storage state can be changed. For example, the helmet can be easily used in an emergency such as an earthquake or when performing work, and can be easily stored in a reduced state when stored. About things.

Since it is used as a preparation for disaster prevention, a helmet that reduces the volume of the helmet has been developed by folding it. In addition to the foldable helmet, there has been a case in which a cap body portion and a headband portion are divided and the cap body portion is stored inside the headband portion.
(See Patent Document 1)

In addition, there has been a case where the helmet body portion is stored with the pivot portion as a starting point reversed with respect to the headband portion.
(See Patent Document 2)

In addition, there has been a helmet in which a helmet is divided into a plurality of parts in the height direction and each divided body is stored below.
(See Patent Document 3)

  Such a storage-type helmet has a structure in which the apex of the cap body has to be convex due to the structure of the helmet. The storage type helmet is stored so as not to be bulky during storage and to ensure a predetermined strength. It has been demanded.

  The prior arts described in Patent Documents 1 and 2 cannot reduce the height in the housed state because the headband portion is bulky. In addition, the prior art described in Patent Document 2 reverses the cap body portion by the shaft, but the rotational shaft must be thin due to the thickness of the side surface of the helmet, and there is a problem in strength. In order to reverse the cap body from the state of use, smooth reversal and cap body fixing means are difficult. The prior art described in Patent Document 3 can reduce the bulk in the height direction by dividing into a plurality of parts, but has to use a plurality of stoppers and release means.

JP 2004-84145 A JP2015-133202A Japanese Patent Laying-Open No. 2015-28233

  Thus, a helmet that is not bulky in the height direction and can store the cap body inward of the headband-shaped part, has a height as low as possible, has a predetermined strength, and uses a plurality of release means There has been a demand for a storage-type helmet that can be easily stored and used without any problems.

  Therefore, the inverted storage helmet according to the present invention is a helmet including an annular base and a substantially hemispherical cap body that covers the upper portion of the annular base, and is disposed on the base, and one end portion of the base is attached to the helmet. As a fulcrum, it intersects with a horizontal first rotation axis that rotates the cap body in the vertical direction and the first rotation axis that rotates the cap body that is rotated upward and reverses it upside down. And a second rotation axis in the direction.

  The first rotation shaft has a rotation base portion that is positioned at the upper rear edge of the base and is rotatably supported by the first rotation shaft, and projects the second rotation shaft from the tip thereof. In addition, it is preferable to have a second rotation shaft support portion that is rotatably supported by the second rotation shaft at the rear of the cap body.

  The base includes an annular base body and an intermediate base. The intermediate base is disposed above the base body, and further a cap body is disposed above the base body. It is preferable that it is supported so as to be housed along the inside.

  Further, the intermediate base is configured such that the tip of the intermediate base is pivotally supported by a horizontal rotation support shaft on the side surface of the base main body and radially expands toward the rear, and the inner upper edge of the base main body is located behind the intermediate base. It is preferable that an engagement panel that engages with is disposed.

  Further, the engagement between the engagement panel and the base main body includes an engagement convex portion protruding outward from a lower edge of the engagement panel, an engagement concave portion formed inward at the rear of the base main body, and an engagement state. It is preferable to consist of an elastic body that holds

  Further, the engagement panel has an engagement release portion that is pivotally supported on the intermediate base by a horizontal panel rotation shaft on the side except for the upper end and the lower end, and extends from the upper end. The release portion is engaged by turning a predetermined angle of a turning base that is turned by a first turning shaft, and the engagement is released by turning the upper end of the engaging panel outward. It is preferable that

  According to the first and second aspects of the present invention, it is possible to rotate the cap body so as to stand up and to store the cap body by inverting it, and to provide a storable helmet that is not bulky in the height direction. be able to. In addition, by concentrating the pivot shaft on the rear side, a shaft having a predetermined thickness can be used in terms of the structure and function of the helmet, and a predetermined strength can be obtained.

  Further, according to the third and fourth aspects of the invention, the base is divided into the base main body and the intermediate base, and the intermediate base can be stored in the base main body, so that the bulk can be further reduced during storage. .

  Further, according to the fifth and sixth aspects of the invention, when the cap body is raised, the engagement of the intermediate base with the base body can be released, and the cap body is stored and the intermediate base is disengaged. With the same, easy storage is possible with one touch.

It is a perspective view of the use condition which shows the whole helmet 1 of this embodiment. FIG. 2 is a perspective view showing the entire helmet 1 of the present embodiment and showing a state where the cap body is turned up from the state shown in FIG. It is the perspective view which shows the whole helmet 1 of this embodiment, Comprising: The state which rotated further in the starting direction from the state of FIG. It is the perspective view which shows the whole helmet 1 of this embodiment, Comprising: The state which rotated the cap body from the state of FIG. 3, and was reversed. FIG. 5 is a perspective view showing the entire helmet 1 of the present embodiment, in a storage state in which the cap body and the intermediate base are stored in the storage position from the state of FIG. 4. It is a side view showing the whole helmet 1 of this embodiment. It is the sectional view on the AA line of FIG. FIG. 3 is a partially enlarged perspective view showing an engagement panel arranged on the intermediate base, with the cap body and the rotation base of the helmet according to the present embodiment removed. It is a partially expanded perspective view which shows the state which attached the cap body and rotation base part which were notched in FIG. It is a whole perspective view which shows the state seen from the back surface side of the engagement panel used for this embodiment. It is a partially expanded sectional view which shows the engagement state of the engagement panel of this embodiment. It is a partially expanded sectional view which shows the state which released the engagement of the engagement panel of this embodiment.

  An embodiment of the present invention will be described with reference to the drawings. FIG. 1 shows the entire helmet 1 of the present invention. The helmet 1 is composed of a base 2 and a cap body 51. A single hat-shaped helmet is divided in a substantially horizontal direction, and a base 2 is provided below and a cap body 51 is provided above. For this reason, the base 2 is formed in a headband shape and an annular shape, and has a space serving as a storage position 3 on the inner wall side. The base 2 in the present embodiment is further divided into a base body 11 and an intermediate base 31.

  Although not shown in the drawing, when the helmet 1 is used, a cushioning material made of foamable resin or the like is disposed inside the cap body 51, and a wearing belt is disposed on the inner wall of the base 2.

  In this description, the direction having the flange 12 will be described as the front direction, the opposite side as the rear direction, the state in which the helmet 1 can be used is in the use state (see FIG. 1), and the state in which the cap body 51 is inverted and stored is stored. The state (see FIG. 5) will be described. Moreover, the side which the user of the helmet 1 wears is demonstrated inside, and the other side is demonstrated as an outer side.

  The basic functions in this embodiment will be described. The lock | rock part 16 arrange | positioned in the front inner side of the base 2 is cancelled | released from the helmet 1 of the use condition shown in FIG. Then, as shown in FIG. 2, the cap body 51 is rotated and started up, and when the cap body 51 is started up to the position shown in FIG. 3, the engagement between the intermediate base 31 and the base body 11 is released. In the state where the cap body 51 is raised, the cap body 51 is rotated so as to be reversed upside down as shown in FIG. 4, and the cap body 51 is further rotated in the direction opposite to the rising direction, as shown in FIG. As shown, the cap body 51 can be stored in the storage position 3 inside the base. In actuality, the intermediate base 31 is disengaged in the state shown in FIG. 3, and the intermediate base 31 falls inward of the base body 11. In FIG. 11 shows a state where it is not housed.

  As described above, the reverse storage helmet 1 of the present invention is characterized by combining the rotation for opening the cap body 51 upward and the rotation for reversing the cap body 51 upside down into the storage state. And

The structure of the helmet according to this embodiment will be described with reference to FIGS.
The base body 11 is a ring-shaped or headband-like plate-like member that corresponds to the lower part of the entire helmet 1 when in use. The front of the base body 11 having the collar 12 is located near the user's forehead when worn, and the rear of the base body 11 is located near the user's back head. The height of the base body 11 is about one third of the total height that is the height to the top of the cap body 51 in the front of the helmet 1 and about one half in the rear.

  The intermediate base 31 has a substantially C-shaped form in which a part of the annular body is cut out in a plan view, and a substantially fan-shaped form having a radially expanding shape from the front ends 32 and 32 to the rear in a side view. In the side view, in the vicinity of the ends 32, 32 of the intermediate base 31, the intermediate base 31 is pivotally supported by pivot support shafts 33, 33 at pivot support positions 13, 13 that are slightly in front of the center of the side surface of the base body 11. By this shaft support, the intermediate base 31 rotates in the vertical direction (in the direction of arrow line Z in FIG. 6) with the rotation support shafts 33 and 33 as fulcrums.

  A central portion on the rear side of the intermediate base 31 is recessed, and a recess 34 for arranging the engagement panel 71 is formed. By disposing the engagement panel 71 in the recess 34, the outer surface of the intermediate base 31 and the outer surface of the engagement panel 71 are formed on the same plane in the use state. It is integrated with the base 31 and the base 2. Thereby, as will be described later, the first rotation shafts 74 and 74 disposed on the engagement panel 71 are disposed on the upper end which is one end portion of the intermediate base 31 and the base 2.

  The intermediate base 31 in the storage state is stored along the inner side of the inner wall of the base body 11 from the pivot support positions 13 and 13 of the base body 11 to the rear (see FIG. 5). From this state, when the intermediate base 31 is raised, it is disposed so as to rise further from the inner side of the upper end edge of the base body 11 in a side view.

  A panel engagement convex portion 72 that protrudes outward is formed at a height position corresponding to the lower end of the intermediate base 31 that is the lower end of the engagement panel 71. On the other hand, a panel engaging recess 14 is formed at the upper edge of the base body 11 so as to be recessed inward at the upper edge. When the intermediate base 31 rotates and rises, the panel engagement convex portion 72 engages with the panel engagement concave portion 14, and the intermediate base 31 holds the state of rotating and rising. This engaged state is held by an elastic body 75 that urges the engaging panel 71 outward. In the present embodiment, the elastic body 75 uses a resin spring, but other things such as a coil spring may be used.

  Next, the cap body 51 will be described with reference to FIGS. The cap body 51 is disposed above the base body 11 and the intermediate base 31 in the use state. The cap body 51 covers the user's forehead and top, and has a substantially semicircular shape when viewed from the side. The substantially semicircular shape is a dish-like shape in which a sphere is cut out by about one-third to one-fourth. In the side view, the lower edge 52 of the cap body 51 is inclined to the right shoulder. The cap body 51 is curved as a whole, and has a rear bent portion 54 that bends from the rear thereof, and this curved portion is located between the user's top and back.

  As will be described later, it has a front hanging piece 53 that hangs downward from the front side end of the cap body 51, and engages with the front recessed portion 15 that is recessed inside the front upper end of the base body 11. A second turning shaft support portion 59 is disposed inside the rear bent portion 54 of the cap body 51, and the second turning shaft support portion 59 supports the first turning shafts 74 and 74. A second rotating shaft 82 protruding from the moving base 81 is supported to be rotatable.

  Side drooping pieces 55, 55 projecting further downward are formed from the lower edges 52 on both sides of the cap body 51. The side hanging pieces 55 and 55 are engaged with the side recesses 35 and 35 inside the upper end edges on the side of the base body 11 and the intermediate base 31 so as to prevent the cap body 51 in a used state from rattling.

  In addition, the lower edge 52 of the cap body 51 is formed so that the entire upper end edge of the base body 11 or a part thereof is supported from below, and support pieces 17 and 17 are formed at least from the upper edge of the base body 11. The lower edge 52 is supported from below.

  A to-be-locked piece 56 having an opening 57 is formed by hanging downward from the front hanging piece 53 of the cap body 51, and a lock portion 16 that is urged in the locking direction is disposed on the front inner side of the base body 11. The state where the cap body 51 is disposed on the base body 11 can be maintained by engaging the key portion of the lock portion 16 with the opening 57. When the cap body 51 is stored after releasing this state, the user manually presses the lower portion of the lock portion 16 to release the engaged state with the locked piece 56, thereby removing the cap body 51. It can be turned in the direction of rising.

  Next, a mechanism in which the cap body 51 is rotated by the first rotation shafts 74 and 74 and the second rotation shaft 82 will be described.

  As shown in FIG. 8, the engagement panel 71 disposed in the recess 34 behind the intermediate base 31 is formed with shaft holding portions 73, 73 protruding further upward from both sides of the upper end thereof. Horizontal first rotation shafts 74 and 74 projecting inward from 73 and 73 are arranged. The first rotation shafts 74 and 74 have a rotation base 81 connected to the cap body 51 rotatably supporting the first rotation shafts 74 and 74, and the cap body 51 is vertically moved with the shaft as a fulcrum. (See FIGS. 2 and 3).

  The first rotation shafts 74 and 74 protrude from the shaft holding portions 73 and 73 by a predetermined length, but may be a single shaft. Moreover, since it is located in the back of the helmet 1 in a present Example, it is a horizontal axis which makes the direction which goes from one side surface side to the other side surface a longitudinal direction, However, The direction of a longitudinal direction is limited to this It is not a thing.

  The rotation base 81 and the second rotation shaft 82 will be described. As shown in FIG. 9, the rotation base 81 in the present embodiment is formed such that a cylindrical second rotation shaft 82 protrudes from the tip side, and the first rotation shafts 74 and 74 are rotated on the end side. It has a bearing portion 83 that is freely supported. The rear bent portion 54 of the cap body 51 has a rotation hole through which the second rotation shaft 82 passes, and a second rotation having a shaft convex portion 60 that engages with the shaft recess 84 of the second rotation shaft 82. By attaching the shaft support portion 59, the cap body 51 is supported so that it can be rotated and reversed with the second rotation shaft 82 as a fulcrum.

  The second rotating shaft 82 has a longitudinal direction that intersects the first rotating shafts 74 and 74 in the horizontal direction. The intersecting direction is a direction intersecting the longitudinal direction of the first rotation shafts 74 and 74 in a plan view. The reverse storage type helmet 1 of the present invention is characterized by combining rotation in a direction to open the cap body 51 and rotation in a direction in which the cap body 51 is reversed upside down. What is necessary is just to perform the mutually independent independent rotation by an axis | shaft and to cross | intersect in planar view.

  The cap body 51 that is turned up by the first turning shafts 74 and 74 is inverted so as to be turned upside down by the second turning shaft 82 (see FIG. 4). From the state in which the cap body 51 is inverted, the cap body 51 is stored in the storage position 3 of the base body 11 by further rotating the first rotary shafts 74 and 74 in the direction opposite to the rising direction. (See FIG. 5).

  A structure for releasing the engagement between the intermediate base 31 and the base body 11 will be described. As shown in FIG. 10, the engagement panel 71 mounted on the intermediate base 31 is between the upper-end shaft holding portions 73, 73 and the lower-end panel engagement convex portion 72, and has shaft holes on both sides thereof. A shaft (not shown) disposed on the side surface of the recess 34 of the intermediate base 31 is rotated about the shaft as a fulcrum.

  The engagement panel 71 has an engagement release portion 77 that protrudes upward on the outer side of the upper edge between the shaft holding portions 73 and 73. The rotation base 81 and the cap body 51 are turned up with the first rotation shafts 74 and 74 as fulcrums, and in a state of reaching the substantially vertical direction, the cylindrical outer portion of the bearing portion 83 of the rotation base 81 is provided. The surface contacts the disengagement part 77. This is because the thickness of the bearing portion 83 in the side view is different from the distance (Y) in one direction from the center line and the distance (Y) in the other direction. When the rotation base 81 and the cap body 51 are further rotated from this state, a force for pushing the engagement release portion 77 of the engagement panel 71 to the outside acts, and the engagement panel 71 is rotated and the lower end panel engagement. The engagement between the mating convex portion 72 and the panel engaging concave portion 14 of the base main body 11 can be released.

  The helmet 1 in the present embodiment accommodates the cap body 51 in the accommodation position 3 by two different rotations, the rotation by the first rotation shafts 74 and 74 and the rotation by the second rotation shaft 82. Can do. Further, by concentrating all of these shafts and the engagement panel 71 behind the helmet 1, a shaft having a predetermined thickness and strength can be used.

  Further, by dividing the base 2 into the base main body 11 and the intermediate base 31, not only the cap body 51 can be stored, but also the height of the base 2 in the height direction can be reduced. Moreover, the first rotation of the cap body 51 and the disengagement of the intermediate base 31 are performed by a series of operations, and the helmet 1 can be stored by a simple operation.

DESCRIPTION OF SYMBOLS 1 ... Helmet 2 ... Base 11 ... Base main body 14 ... Engagement recessed part 31 ... Intermediate base 32 ... Tip 33 ... Rotation support shaft 51 ... Cap body 54 ... Back bending part 71 ... Engagement panel 72 ... Engagement convex part 74 ... first rotation shaft 75 ... elastic body 77 ... engagement release portion 81 ... rotation base 82 ... second rotation shaft

Claims (6)

A helmet comprising an annular base and a substantially hemispherical cap that covers the upper part of the annular base,
A first horizontal axis of rotation that is disposed on the base and pivots the cap body in the vertical direction with one end of the base as a fulcrum;
A reversing storage helmet, comprising: a second rotating shaft in a direction intersecting with the first rotating shaft for rotating and reversing the cap body rotated upward. The first pivot axis is located at the rear upper edge of the base,
Having a rotation base that is rotatably supported by the first rotation axis, and projecting the second rotation axis from its tip;
The reverse storage helmet according to claim 1, further comprising a second rotation shaft support portion that is rotatably supported by the second rotation shaft at the rear of the cap body. The base is composed of an annular base body and an intermediate base,
The intermediate base is disposed above the base body, and a cap body is disposed above the intermediate base, and is supported so as to be housed along the inner side of the base body. The reversal storage helmet as described in any one of. The intermediate base is a form in which the tip is pivotally supported by a horizontal rotation support shaft on the side surface of the base main body, and radially spreads toward the rear,
The reverse storage helmet according to claim 3, wherein an engagement panel that engages with an inner upper edge of the base body is disposed behind the intermediate base.   The engagement between the engagement panel and the base body maintains the engagement state with the engagement protrusion protruding outward from the lower edge of the engagement panel, the engagement recess formed inward at the rear of the base body. The reversal storage helmet according to claim 4, comprising an elastic body. The engagement panel has an engagement release portion that is pivotally supported on the intermediate base by a horizontal panel rotation shaft on the side except for the upper end and the lower end, and extends from the upper end.
The disengagement part is engaged by a predetermined angle of rotation of the rotation base that is rotated by the first rotation shaft, and the engagement is released by rotating the upper end of the engagement panel outward. The reversal storage helmet according to claim 5.

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