FR3102044A1 - OUTDOOR ACTIVITY STICK INCLUDING FOREARM SUPPORT - Google Patents

Abstract

Outdoor activity stick, comprising a rod or tube (1, 2) and a handle (3) fitted into the rod or tube, at one end opposite a tip (5). According to the invention, the outdoor activity pole comprises a support (6) identified by three vertices (A, B, C) in a triangle (T), fixed to the rod or to the tube by the vertices of a first pair (A, B) and bearing a forearm support (11) between the tops of a second pair (A, C), the top (A) common to the two pairs being placed as close as possible to the handle ( 3). The support (6) can comprise first and second levers (7, 9), fixed to the rod or to the tube and fixed to one another by fixing means (13) arranged at the three vertices (A, B, C) and provided a clamping means (17) relative to the rod or the tube (1) or relative to one (7) or to the other (9) lever.

Description

OUTDOOR ACTIVITY STICK INCLUDING FOREARM SUPPORT

The invention relates to a stick for outdoor activities comprising more particularly a rod or a tube and a handle fitted into the rod or the tube, at an end opposite a tip. By outdoor activities, we mean walking, hiking, Nordic walking, alpine skiing, cross-country skiing, Nordic skiing and all activities requiring the use of a pole.

A walking stick of this type is known for example from document EP 3 300 622. The handle is fitted into the rod or into the tube not only for practical manufacturing reasons but also to increase the resistance of the walking stick in any position. grasped by a user.

Document US 2004/0250845 discloses a walking stick in which a tube or a rod has, at an end opposite the tip, a perpendicular segment and at the end of which a handle is mounted. The arrangement between the rod or the tube and the segment brings flexibility to the walking stick. The segment is provided with a forearm support to increase the benefit of flexibility.

The problem underlying the invention is to modify an outdoor activity pole according to the prior art in order to give it both resistance and flexibility and thus to increase its effectiveness when pushing.

To this end, the subject of the invention is an outdoor activity stick comprising a rod or a tube and a handle fitted into the rod or the tube, at an end opposite a tip, characterized in that it comprises a support identified by three vertices in a triangle, fixed to the rod or to the tube by the vertices of a first pair and carrying a forearm support between the vertices of a second pair, the vertex common to the two pairs being disposed closer to the handle.

The support identified by the three triangle vertices provides the necessary rigidity to the walking stick to resist a push exerted on the forearm support by a user and transfer this push to the tip of the stick.

It is envisaged according to the invention to choose a tube or a rod of oval section, so as to favor the resistance of the stick for outdoor activities. But it is also envisaged to seek a compromise between resistance and flexibility, by choosing a rod or a tube of circular section. In either case, the rod or tube may comprise a single segment or multiple telescoping segments.

By increasing or decreasing the distance between the vertices of the first pair, by which the support is fixed to the rod or to the tube, the complementary part of the rod or rod is respectively reduced or increased with respect to that comprised between these vertices. , which makes it possible to vary the bending of this complementary part.

The forearm support can be pivoted to the support for ergonomic purposes. It can also be slidably mounted relative to the support, to allow adjustment of the distance vis-à-vis the handle.

According to a first embodiment of the invention, the support comprises first and second levers, fixed to the rod or to the tube and fixed to each other by fixing means arranged at the three vertices and provided with means for tightening with respect to rod or tube or relative to either lever.

The first lever extends between the tops of the second pair and carries the forearm support. The second lever extends between the vertices opposite the vertex common to the two pairs, disposed at most of the handle. A segment of the rod or tube extends between the fasteners arranged at the vertices of the first pair. By modifying the position of the fixing means between the second lever and the rod or the tube, the complementary part of the rod or of the tube is reduced or increased with respect to the segment, which makes it possible to vary the flexibility of this complementary part. .

The fixing means between the levers and the rod or the tube or between the levers themselves can be rigid or comprise a hinge pin to allow pivoting of the levers between them or between a lever and the rod or the tube or to allow, in the case where the hinge pin is removable, to easily remove or attach the support to the rod or to the tube.

These fixing means are advantageously adjustable by sliding along the rod or the tube, to adjust the flexibility of the part of the rod or of the tube, complementary to the segment which extends between the vertices of the first pair. Preferably, the forearm support is mounted on the fastening means connecting the two levers, to adjust the distance vis-à-vis the handle by sliding the fastening means along the first lever.

According to a second embodiment of the invention, the support comprises a one-piece piece, solid or hollow and fixed to the rod or to the tube by fixing means arranged at the tops of the first pair and provided with a clamping means by relative to the rod or tube.

Other advantages of the invention will appear in the light of the description of embodiments illustrated by the drawings.

shows in profile view an outdoor activity stick according to a first embodiment, in a first position of adjustment of the support of the forearm support.

shows in profile view the stick for outdoor activities according to the first embodiment, in a second position of adjustment of the support of the forearm support.

shows in profile view the stick for outdoor activities according to the first embodiment in a third position of adjustment of the support of the forearm support.

shows in profile view the outdoor activity stick according to the first embodiment in a fourth position of adjustment of the support of the forearm support.

shows in profile view a position for gripping the outdoor activity stick of the first embodiment, at the start of the thrust.

shows in profile view a position for gripping the outdoor activity stick of the first embodiment, at the end of the push.

shows in profile view the outdoor activity stick according to the first embodiment in a folded position.

shows in profile view an outdoor activity stick according to a second embodiment of the invention.

shows in profile view an outdoor activity stick according to a first variant of the second embodiment of the invention.

shows in profile view an outdoor activity stick according to a second variant of the second embodiment of the invention.

shows in perspective a preferred orientation between the handle and the forearm support mounted on the first lever of the outdoor activity stick according to the invention.

In FIGS. 1 to 11, the same element is referenced by the same number.

An outdoor activity stick comprises a tube or a rod 1 and a handle 3 fitted into the tube or the rod, at an end opposite to a tip 5. The rod or the tube 1 can be in one piece or include several rods or telescopic tubes 2 fixed by a clamping ring 4.

According to the invention, the outdoor activity stick comprises a support 6 identified by three vertices A, B, C in a triangle T, fixed to the rod or to the tube 1 by the vertices of a first pair A, B and bearing a forearm support 11 between the vertices of a second pair A, C, the vertex A common to the two pairs being arranged closest to the handle 3.

In the first embodiment, FIGS. 1 to 7, the support 6 comprises first 7 and second 9 levers, fixed to the rod or to the tube 1 and fixed to each other by fixing means 13 arranged at the three vertices A, B, C. The fixing means 13 are provided with a clamping means 17 and preferably comprise a hinge pin 15 so that the levers 7, 9 can pivot between them or with respect to the rod or the tube 1 The forearm support 11 is mounted on the first lever 7.

In this embodiment, the fixing means 13 are fitted and tightened by the tightening means 17 around the rod or the tube 1 and around one 7 of the levers. A hinge pin 15 provides a pivoting attachment between the levers and the fixing means 13. Preferably, this hinge pin is removable to allow easy removal or attachment of the levers 7 and 9, depending on the intended use, without or with support 6 and forearm support 11.

Preferably, the body 13 of these fixing means is adjustable in sliding along the rod or the tube 1 or the lever 7 or 9, by means of a clamping ring 17. By this arrangement, it is possible advantageously to vary for ergonomic purposes, the distance D between the handle 3 and the forearm support 11 mounted on the first lever 7 or the inclination of the first lever relative to the tube or to the rod 1. Note that the Hinge pin 15 can provide pivotal attachment through a sleeve 16 into which the levers are inserted and from which they can be removed for use without support 6 and forearm rest 11.

Figures 1 and 2 compare two positions for adjusting the distance D between the handle 3 and the forearm support 11, obtained for the same position of the fixing means 13 between the rod or the tube 1 and the first lever 7, at vertex A.

In these examples of illustration, the second lever 9 being assumed to be in one piece, a shorter distance D is obtained by sliding towards the point 5 of the fixing means 13 between the rod or the tube 1 and the second lever 9 , at the top B and by sliding towards the handle 3, of the fastening means 13 between the two levers 7 and 9, at the top C, along the first lever 7. Similarly, a greater distance D is obtained by sliding towards the handle 3 of the fixing means 13 between the rod or the tube 1 and the second lever 9, at the top B and by sliding in the direction opposite to the handle 3, of the fixing means 13 between the two levers 7 and 9, at the top C, along the first lever 7.

Figures 3 and 4 also compare two adjustment positions as a function of an angle of inclination α of the first lever 7 relative to the tube or to the rod 1. Figure 3, the angle of inclination is greater than 90 ° then as in Figure 4, it is less than 90°. This adjustment is obtained by sliding of the fixing means 13 articulating the two levers 7, 9 between them, at the top C, along the first lever 7 and by sliding of the fixing means 13 between the rod or the tube 1 and the second the lever 9, at the top B, along the rod or the tube 1. Here again, the second lever 9 is assumed to be in one piece.

It is understood that the settings described using Figures 1 to 4 also apply in the case where the second lever 9 comprises two telescopic segments. However, a second lever 9 in one piece contributes to the simplicity of construction and the rigidity of the support 6.

To further increase the ergonomics of the forearm support 11, the latter is pivotally mounted around an axis 19 carried by a support 21 fixed to the fixing means 13 between the first lever 7 and the second lever 9.

The use of the outdoor activity stick according to the invention is illustrated by Figures 5 and 6.

At the start of the push, figure 5, when the tip 5 is placed on the ground, the user's hand passing from the front to the body, the forearm exerts pressure on the support of forearm 11 which transfers it to the support 6 which acts on the rod or the tube 1 as a lever arm. The further the forearm support 11 is from the handle 3, the greater the lever arm. Depending on the outdoor activity practiced, walking, running uphill, ski touring for example, the distance D from the forearm support 11 to the handle 3 is reduced or increased to provide fluidity of movement in use . The pivoting of the forearm support 11 makes it possible to accompany the movement of the user's forearm.

At the end of the thrust, figure 6, when the pressure exerted by the user's forearm passes behind the plumb of the body, the forearm is released from the forearm support 11. The thrust is exerted following the handle as for a conventional walking stick.

Figure 7, the outdoor activity stick according to the invention is in a storage position in which the first 7 and second 9 lever are folded along the rod or the tube 1, by rotation around the hinge axes 15 of the fixing means 13. Beforehand, the hinge pin 15 of the fixing means 13 of the two levers is removed, relative to the lever 9 itself or relative to the sleeve 16. The clamping rings are used to block the first 7 and second 9 levers in their folded position along the rod or the tube 1. Note that other bends are possible.

FIG. 8 illustrates a second embodiment of the invention, according to which the support 6 comprises a one-piece part 23 hollowed out and fixed to the rod or to the tube 1 by fixing means 13 arranged at the vertices of the first pair A, B The fixing means 13 are provided with clamping means 17 with respect to the rod or the tube 1. Preferably, these fixing means 13 comprise a removable hinge pin 15 to allow the one-piece part to be easily removed or fixed. 23 with respect to rod or tube 1.

Preferably also, as illustrated by an enlargement of Figure 8, the support 21 of the forearm support 11 is shaped to slide relative to a guide 25 of the one-piece piece 23, between the vertices of the second pair A, C.

Figure 9 illustrates a first variant of the second embodiment of the invention, according to which the fixing means 13 arranged at the vertices of the first pair A, B are integrated into the one-piece part 23 and provided with clamping means 17.

FIG. 10 illustrates a second variant of the second embodiment of the invention, according to which the fixing means 13 extend between the two vertices of the first pair A, B in the form of a sleeve, integrated into the part monobloc 23 and provided with a clamping means 17. Advantageously, the handle 3 is also integrated into the monobloc part 23.

Figure 11 shows in perspective a preferred orientation between the handle 3 and the forearm support 11. The handle is thus provided with a lug 27 and a body 29 which have angles of opposite signs E and F with respect to a reference plane P, defined by the direction L1 of the vertices of the second pair A, C and by a direction L2 of the head 31 of the handle 3, parallel to the direction L1. The angle of orientation E of the lug 27 is between 45° and 55° while the angle of orientation F of the body 29 is between 120° and 135°.

The angles E and F of opposite signs of the lug 27 and the body 29 give the handle an anti-rotation effect which advantageously allows the user to hold the support 6 and the forearm support 11 in the L2 direction of the handle. This direction is chosen to register the support 6 in a swinging plane of the user's arm and forearm.

The handle breaks down into a right hand handle and a left hand handle, mirrors of each other. Note that a traditional handle can be used.

The handle is for example manufactured by molding in a plastic material and the tube or the rod are for example metal parts, composites, injected plastic material or wood or bamboo. The support, the fastening means and the forearm support are made, for example, of metal, composite or injected plastic parts.

A support according to the invention can be mounted on all traditional sticks.

Claims (11)

Outdoor activity stick, comprising a rod or a tube (1, 2) and a handle (3) fitted into the rod or the tube, at an end opposite a tip (5), characterized in that it comprises a support (6) identified by three vertices (A, B, C) in a triangle (T), fixed to the rod or to the tube by the vertices of a first pair (A, B) and carrying a front support -arm (11) between the vertices of a second pair (A, C), the vertex (A) common to the two pairs being arranged closest to the handle (3). Outdoor activity stick according to Claim 1, characterized in that the forearm support (11) is pivotally mounted with respect to the support (6). Outdoor activity stick according to Claim 1, characterized in that the forearm support (11) is mounted to slide relative to the support (6). Outdoor activity stick according to Claim 1, characterized in that the support (6) comprises first and second levers (7, 9), fixed to the rod or to the tube and fixed to each other by fastening means ( 13) arranged at the three vertices (A, B, C) and provided with a clamping means (17) with respect to the rod or the tube (1) or with respect to one (7) or the other (9) lever. Outdoor activity stick according to Claim 4, characterized in that the forearm support (11) is mounted on the fixing means (13) connecting the two levers (7, 9). Outdoor activity pole according to Claim 1, characterized in that the support (6) comprises a one-piece piece (23), solid or hollowed out and fixed to the rod or to the tube by fixing means (13), arranged at the vertices of the first pair (A, B) and provided with a clamping means (17) with respect to the rod or the tube. Outdoor activity stick according to Claim 4 or 6, characterized in that the fastening means (13) comprise a hinge pin (15), preferably removable. Outdoor activity stick according to Claim 4 or 6, characterized in that the fixing means (13) are adjustable by sliding along the rod or the tube. Outdoor activity stick according to Claim 1, characterized in that the handle comprises a lug (27), a body (29) which have angles of opposite signs (E, F) with respect to a reference plane ( P), defined by the direction (L1) of the vertices of the second pair (A, C) and by a direction (L2) of a head (31) of the handle (3), parallel to said direction (L1). Outdoor activity stick according to Claim 9, characterized in that the angle of orientation (E) of the lug (27) is between 45° and 55° while the angle of orientation (F ) of the body (29) is between 120° and 135°. Outdoor activity stick according to Claim 6, characterized in that the handle (3) is integrated into the one-piece piece (23) forming the support (6).