Connection device for a pannier

Abstract

The present invention relates to a connection device for a pannier for a vehicle and a pannier having such a connection device. The connection device includes a pivotable support member having an attachment arrangement for attaching to the vehicle. The pivotable support member is adapted to be pivoted between an attachment position, in which the attachment arrangement is exposed for attachment to the vehicle, and a concealed position. The present invention provides a connection device having an attachment arrangement. The attachment arrangement can be displaced so as not to interfere with objects, e.g., getting snared or caught.

Claims

1. A pannier, comprising: a pannier wall having an opening; a housing having a rim and a curved wall extending away from the rim, wherein the housing is coupled to the opening; a pivotable support member pivotably coupled to the housing; and an attachment member coupled to the pivotable support member and configured to attach the pannier to a vehicle, wherein the pivotable support member is configured to pivot between an attachment position, in which the attachment member is exposed for attachment to the vehicle, and a concealed position, in which the attachment member is disposed in a void space between the pivotable support member and the curved wall of the housing.

2. The pannier according to claim 1, wherein the rim is coupled to an outer surface of the pannier wall.

3. The pannier according to claim 1, wherein the curved wall is disposed in an interior of the pannier.

4. The pannier according to claim 1, wherein the housing is disposed through the opening.

5. The pannier according to claim 1, wherein the attachment member comprises a first protruding member and a second protruding member defining an insertion slot between the first protruding member and the second protruding member.

6. The pannier according to claim 5, wherein the attachment member is configured to rotate about a rotation axis perpendicular to a pivot axis of the pivotable support member.

7. The pannier according to claim 6, further comprising: a second attachment member configured to rotate about a second rotation axis perpendicular to the pivot axis of the pivotable support member; and a wire connecting the attachment member and the second attachment member.

8. The pannier according to claim 7, wherein pulling the wire imparts a rotational movement to the first and second attachment members.

9. The pannier according to claim 1, wherein the vehicle is a bicycle.

10. A pannier, comprising: an outer surface having an opening to an interior of said pannier defined by said outer surface; and a connection device, comprising: a housing disposed in said opening, said housing comprising: a rim coupled to said outer surface of said pannier, and an interior wall coupled to said rim and defining a confined void, wherein said interior wall extends into said interior of said pannier; and a pivotable support member coupled to said housing and comprising an attachment arrangement for attaching said pannier to a vehicle, wherein said pivotable support member is adapted to pivot between an attachment position, in which said attachment arrangement is exposed for attachment to said vehicle, and a concealed position, in which said attachment arrangement is in a non-operable position, wherein said pivotable support member is pivotally arranged to said housing so as to form a pivotable lid to said confined void, wherein said confined void is between said pivotable support member and said interior wall of said housing, and wherein said attachment arrangement is encompassed within said confined void when said pivotable support member is in said concealed position.

11. The pannier according to claim 10, wherein said attachment arrangement comprises at least one attachment member, said at least one attachment member being adapted to attach to said vehicle by a rotational movement between an unlocked position and a locked position at which said attachment member engages said vehicle in a retaining manner.

12. The pannier according to claim 10, wherein said attachment arrangement comprises first and second attachment members aligned along a first axis, and wherein said first and second attachment members are adapted to attach to an elongated element on said vehicle, said elongated element being aligned with said first axis.

13. The pannier according to claim 12, wherein said pivotable support member is adapted to pivot about said first axis between said attachment position and said concealed position.

14. The pannier according to claim 12, wherein said first and second attachment members are adapted to rotate about a first rotation axis and a second rotation axis, respectively, and wherein said first and said second rotation axes intersect with said first axis.

15. The pannier according to claim 12, wherein said first and second attachment members are connected by a wire, said wire being configured to impart a rotational movement to said first and said second attachment member, enabling said first and said second attachment members to be displaced between an unlocked position and a locked position.

16. The pannier according to claim 10, wherein said interior wall is radially curved.

17. The pannier according to claim 10, wherein said rim is disposed on said outer surface of said pannier.

18. The pannier according to claim 10, wherein said pivotable support member comprises a first and a second side, said attachment arrangement being slideably arranged to said first side of said pivotable support member.

19. The pannier according to claim 18, wherein said second side of said pivotable support member is a flat surface.

20. The pannier according to claim 10, wherein said vehicle is a bicycle, snow scooter, motorcycle, jet ski, sailing boat, or motor boat.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) Non limiting embodiments of the present invention will be described in greater detail with reference to the accompanying figures in which;

(2) FIG. 1 shows a pannier comprising a connection device according to an embodiment, the pivotable support member being in a concealed position;

(3) FIG. 2 shows the pannier of FIG. 1, the pivotable support member being in an attachment position;

(4) FIGS. 2a-2b show the pivotable support member being pivoted from the concealed position to the attachment position;

(5) FIGS. 3a-3b show the pivotable support member being pivoted from the attachment position to the concealed position;

(6) FIG. 4a-4b show the connection device during attachment of a pannier to the rod of a bicycle rack;

(7) FIG. 5 shows the connection device in greater detail, the pivotable support member being in the attachment position and attached to a rod of e bicycle rack and;

(8) FIG. 6 is an exploded view of an embodiment of the connection device shown in FIG. 5.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

(9) FIG. 1 shows a pannier 10 for a bicycle (not shown). The pannier 10 can be attached directly to the vehicle, such as a bicycle or, as will be shown and described herein, attached to a bicycle rack, which in turn is attached to a bicycle. The vehicle can be a bicycle, motorcycle, snow scooter, Jet Ski, kayak, sailing boat, motor boat, or similar vehicles may require additional load carrying capabilities. The pannier 10 is preferably a bicycle pannier.

(10) The pannier 10 can be attached to the bicycle via a connection device 100 comprising an attachment arrangement 20 arranged on a pivotable support member 11. FIGS. 2a-3b show how the pivotable support member 11 can be pivoted and positioned in an attachment position, at which the attachment arrangement 20 is exposed and in an operable position as seen in FIG. 3a, and a concealed position as seen in FIG. 2a, in which the attachment arrangement 20 is concealed from view and in a non-operable position. The pivotable support member 11 is pivotally connected to a housing 12 as will be described in greater detail below. The attachment arrangement 20 can thus be concealed and will not suffer from the risk of getting snared or caught when not in use. The pannier 10 can further be carried as a rucksack for example, as no protruding parts will interfere with a user while carrying the pannier 10 on his/hers back.

(11) FIG. 4a shows the pannier 10 with the pivotable support member 11 in the attachment position, the attachment arrangement 20 is in an operable position and ready to be attached to a bicycle rack. The pivotable support member 11 can be pivoted at least 180 degrees about an axis A (shown in FIG. 5), or at least 360 degrees. In the shown embodiment, the pivotable support member 11 can be pivoted 180 degrees about the axis A. The attachment arrangement 20 comprises a first and a second attachment member 21, 22 which provides for a first and second attachment point to the bicycle rack. The first and the second attachment members 21, 22 are operated via flexible member 23, in this case a wire 24, which upon being pulled rotates the first and the second attachment members 21, 22 counter clock-wise and clock-wise respectively, which is illustrated with arrows in FIG. 4b. When the wire 24 is released the first and the second attachment members 21, 22 are biased towards their original position.

(12) FIG. 5 shows the attachment arrangement 20 in greater detail and parts of the bicycle rack 30 to which the pannier 10 is attached. Each attachment member 21, 22 comprise an insertion slot 25 through which a rod 31 of the bicycle rack 30 can be inserted through. The insertion slots 25 of the first and the second attachment members 21, 22 are in the shown embodiment aligned when pulling the flexible member 23, in FIG. 5 aligned with an axis A. The insertion slot 25 is formed between a first and a second protruding member 26, 27, which each comprises a lock flange 28. When the flexible member 23 (not shown in FIG. 5) is pulled, the insert slots 25 are aligned with the axis A, enabling the rod 31 to be inserted into the insertion slots 25. As the flexible member 23 is released, the first and the second attachments members 21, 22 rotates back to substantially their original position, a lock position, at which the lock flanges 28 grips about the rod 31 and intersects with the axis A in an locking manner. Each attachment member 21, 22 comprises a rotation axis 21A, 22A about which the first and the second attachment member 21, 22 is adapted to rotate. As is noted, the rotation axes 21A, 22A are positioned so that they substantially intersect with the axis A. Advantageously, the rotation axes 21A, 22A are substantially perpendicular to the axis A and substantially intersecting with the axis A, or intersecting with the axis A.

(13) FIG. 6 is an exploded view of the pivotable support member 11 and the housing 12 in greater detail. The housing 12 forms a cartridge like structure, which can be inserted and attached to the pannier 10 as a cartridge or separate module. FIG. 6 shows the pivotable support member 11, the housing 12, parts of the pannier 10 in the form of a pannier wall 15 comprising an opening 16, a rim 17 for connecting the housing 12 to the wall 15 of the pannier 10. A support member end piece 18 is arranged at each end 11a, 11b of the pivotable support member 11. The support member end pieces 18 are arranged with a pivot pin 40 about which the pivotable support member 11 is configured to pivot between the operable position and the concealed position. A lock pin 41, biased by a spring 42, locks the pivotable support member 11 at the operable position and the concealed position.

(14) The pivotable support member 11 is in the shown embodiment formed by extruded aluminum but could of course be manufactured in other materials such as wood, plastics or the like. It could be transparent or made partly, or non-transparent. Independently of the transparency of the pivotable support member it would still be considered to conceal the attachment arrangement. The pivotable support member 11 comprises a C-shaped cross section in which the first and the second attachment members 21, 22 (not shown in FIG. 6) can be slidably displaced. A number of apertures 45 in one of the flanges 46 at the opening of the pivotable support member 11 provides for a number of preselected positions for the first and the second attachment members 21, 22 so that the pannier 10 can be attached to a wide variety of sizes and models of bicycles and bicycle racks. The pivotable support member 11 can be formed by a transparent material, such as a transparent plastic material, and still conceal the attachment arrangement. If the pivotable support member is formed by a non-transparent material, the attachment arrangement 20 will be fully concealed, unless there are apertures in the pivotable support member 11 or if the housing 12 or the pannier 10 itself permits viewing of the attachment arrangement 20. Independently of whether the attachment arrangement is concealed or fully concealed, the attachment arrangement 20 is removed from the outer surface of the pannier 10 and thus positioned in a non-operable position.

(15) As is noticed, the housing 12 comprises a radially curved wall 12a permitting the pivotable support member 11 to rotate. The housing 12 is advantageously manufactured in substantially rigid material, such as aluminum, wood or wood based materials, thermoplastics e.g. polyethylene, polypropylene, polyurethane or mixtures thereof.

(16) In the shown embodiment, the attachment arrangement comprises a first and a second attachment member 21, 22. Only the first attachment member 21 will be described herein, the second attachment member 22 is however of the same type as the first attachment member 21, although in some embodiments it is possible that the first and the second attachment members are of different types. As mentioned, each attachment member 21, 22 comprise an insertion slot 25 through which an elongated element, such as a rod of a bicycle rack can be inserted.

(17) The pivotable support member comprises a first and a second side 11c, 11d. The attachment arrangement is slideably arranged to the first side 11c of the pivotable support member. The second side 11d is advantageously a smooth flat surface. It is advantageous is the second side of the pivotable support member is formed in accordance with the fashion of the pannier to which it is intended to be attached to as is shown in FIG. 1 for example. The second side 11d can be substantially aligned with the outer surface of the pannier for example.

(18) The first attachment member 21 is rotateably attached to a sliding member 60 which is slideably attached to the pivotable support member 11, in this case in the slide tracks 47 formed by the C-shaped cross section of the pivotable support member 11. A spring member biases the first attachment member 21 towards a first position, in which the lock flanges 28 are adapted to grip about an elongated element in a locking manner. A disc 61 comprising a stop flange 62 arranged substantially perpendicular to the plane of the disc 61. The stop flange 62 slides in a track 63 in the sliding member 60 as the flexible member 23 is pulled, and provides to a distinct stop the to the rotation of the first attachment member 21 as the track 63 of the sliding member 60 ends. At the mentioned stop position, the insert slots 25 are aligned enabling an elongated element to be inserted into the insertion slots 25 and thus attached to the first and the second attachment member 21, 22.

(19) The insertion slots 25 of the first and the second attachment members 21, 22 are in the shown embodiment aligned when pulling the flexible member 23. As the flexible member 23 is released, the first and the second attachments members 21, 22 rotate back to substantially their original position, a lock position.