Patent Application
20180368536
The invention relates to a suitcase comprising a fastening system and a lock device intended to maintain the zipper fastening system in a fastening position.
A suitcase is already known, particularly from document EP 2 926 679, the suitcase comprising:
Although such a suitcase is satisfactory, the invention aims to increase the simplicity, reliability and discretion of the lock device.
In order to reach the aforementioned aims, in accordance with at least some embodiments of the invention, in the fastening position the lock device and the pull tab are arranged at least in part in the junction plane.
Therefore, in the locked position, the pull tab and the lock device are arranged in the extension of the zipper fastener, which makes them less visible. In addition, the pull tab is less likely to be damaged in the event of an impact against another object. In particular, the slider is less likely to undergo stress causing it to displace, and if it does move, the pull tab is subjected to traction and not to torsion, so that it is more likely to resist this impact without being damaged.
According to another embodiment of the invention, preferably the enclosure comprises a first shell, a second shell and a hinge device connecting the first shell and the second shell, the second shell is movable in relation to the first shell between an opened position and a closed position through the hinge device when the slider is in the releasing position, and the suitcase presents a flat surface in which the lock device and the hinge device are arranged.
Therefore, a simple suitcase is formed that can easily be opened by acting on a single slider, and is therefore esthetically pleasing and ergonomic.
According to an additional embodiment of the invention, preferably, in the closed position, the hinge device comprises a rotational axis that is offset in relation to the junction plane.
Therefore, the lock device does not impair the movement of the second shell in relation to the first shell between the opened position and the closed position, without requiring a complex solution or risking damage to the suitcase.
According to another embodiment of the invention, preferably, in the closed position, the rotational axis is offset along a direction perpendicular to the junction plane beyond the part of the lock device situated outside the enclosure.
Therefore, the second shell may be pivoted at least 90 degrees in relation to the first shell between the closed position and the opened position, without having to provide a recess or other complex shape that would risk lessening the esthetic flow of the suitcase and collect dust or gravel likely to impair the pivoting.
According to another embodiment of the invention, preferably the hinge device comprises an intermediate element rotatably hinged in relation to the first shell around a first articulation axis and in relation to the second shell around a second articulation axis, the first articulation axis is parallel to the second articulation axis and the lock device is carried by the intermediate element.
Therefore, the range of motion of the second shell in relation to the first shell without colliding with the lock device is further increased.
According to a further embodiment of the invention, preferably, in the closed position, perpendicular to the junction plane, the lock device presents a part situated outside the enclosure and presents a space width, and the gap distance is equal to or greater than the space width.
Therefore, the second shell may be pivoted at least 180 degrees in relation to the first shell between the closed position and the opened position, without having to provide a recess or other complex shape presenting the aforementioned disadvantages.
According to another embodiment of the invention, preferably, the lock device comprises a plate and a latch, the plate is arranged outside the enclosure and presents a hole, the latch is inside the enclosure, the pull tab comprises a base portion and a lock portion, the pull tab is connected to the slider by the base portion, in the locked position the lock portion is inserted into the hole of the plate and is retained by the latch, and the base portion and the lock portion are each substantially rectilinear and form a substantially right angle in relation to each other.
Therefore, particularly in the locked position, the latch and pull tab have less risk of damage by impact with an external element. In addition, the esthetic flow of the suitcase is not substantially altered by the presence of the lock device or the tongue.
According to an additional embodiment of the invention, preferably the locking portion is in the continuation of the base portion, at the end of which it is connected by a curved portion, the pull tab preferably being formed by a folded plate.
The reliability and esthetic appearance of the suitcase are thereby further increased.
According to yet another embodiment, preferably the base portion of the pull tab is flat and extends parallel to the plate and substantially rests against the plate.
Thus, in the event of an impact against the pull tab, the plate supports the pull tab to reduce the risk of deterioration, particularly the pull tab and the lock device.
According to another embodiment of the invention, preferably, the zipper fastener extends between a first longitudinal end and a second longitudinal end, and the lock device comprises a housing equipped with two slits through which the zipper fastener extends near the first longitudinal end.
Therefore, the slider can come into contact with the lock device in the fastening position, and the first longitudinal end of the zipper is concealed and maintained by a cover.
Other characteristics and advantages of the present invention will appear in the following detailed description, with reference to the attached drawings in which:
The figures illustrate a suitcase essentially comprising an enclosure 3, a zipper fastener 10 and a lock device 30.
In the embodiment illustrated, the suitcase defines a suitcase 1. Enclosure 3 comprises a first shell 2 and a second shell 4 connected by a hinge device 20. The first shell 2 and the second shell 4 are relatively rigid. In addition, as illustrated in
In addition and optionally, suitcase 1 comprises wheels arranged at the four corners of lateral face 3c and a telescopic handle able to project from the lateral face 3d. Suitcase 1 also comprises a main carrying handle 8 arranged on the large lateral face 3a. In
Enclosure 3 defines an inner volume 6 intended to receive personal effects to be transported, particularly clothes.
The first shell 2 and the second shell 4 are connected by a hinge device 20 enabling the first shell 2 and the fourth shell 4 to move in relation to one another between a closed position illustrated in
The hinge device 20 is arranged at the large lateral face 3a and essentially comprises a first support 24 fixed to the first shell 2, a second support 26 fixed to the second shell 4 and an intermediate element 22 extending between the first support 24 and the second support 26. The first support 24 and the second support 26 may also be formed in the respective structures of the first shell 2 and the second shell 4, which may, for example, each be molded in a single piece. The intermediate element 22 is rotatably hinged in relation to the first support 24, and consequently to the first shell 2, around a first articulation axis R2. The intermediate element 22 is rotatably hinged in relation to the second support 26, and consequently to the second shell 4, around a second articulation axis R4. The first articulation axis R2 and the second articulation axis R4 both extend parallel to the junction plane P substantially at the large lateral face 3a in the closed position of suitcase 1. The first articulation axis R2 and the second articulation axis R4 are consequently parallel and separated from each other by a gap distance D.
In the closed position, the gap distance D extends along a direction of elevation Z perpendicular to the junction plane P and parallel to the large lateral face 3a.
In the closed position, the zipper fastener 10 extends between a first longitudinal end 10a and a second longitudinal end 10b. The first longitudinal end 10a and the second longitudinal end 10b are both situated at the large lateral face 3a. Between the first longitudinal end 10a and the second longitudinal end 10b, the zipper fastener extends along the junction plane across lateral faces 3d, 3b, 3c.
The zipper fastener 10 comprises a first strip 12 presenting a first longitudinal edge 11, a second strip 14 presenting a second longitudinal edge 13, a slider 16 and a pull tab 18. The slider 16 is adapted to be displaced between a fastening position in which it is near the first longitudinal end 10a and a releasing position in which it is near the second longitudinal end 10b.
When the slider 16 is in the fastening position, the first longitudinal edge 11 is maintained adjacent to the second longitudinal edge 13. For this purpose, the first longitudinal edge 11 and the second longitudinal edge 13 are provided with complementary teeth alternately arranged on the first longitudinal edge 11 and on the second longitudinal edge 13, as is well known. Alternatively, other types of zipper fasteners can be used.
When the slider 16 is in the releasing position, the first longitudinal edge 11 is released in relation to the second longitudinal edge 13 between the first longitudinal end 10a and the second longitudinal end 10b.
When the slider 16 is in the fastening position, the suitcase 1 is maintained in the closed position, the second shell 4 being in contact with the first shell 2, so that the inner volume 6 is closed, preventing access. When slider 16 is in the releasing position, the second shell 4 may be displaced from the opened position to the closed position thanks to the hinge device 20, as described previously.
The lock device 30 is arranged in the large lateral face 3a, between the first longitudinal end 10a and the second longitudinal end 10b and in close proximity to the first articulation axis R2 and the second articulation axis R4. More specifically, lock device 30 is arranged in the extension of the zipper fastener 10, at the first longitudinal end 10a. When slider 16 is in the fastening position, it substantially rests against lock device 30. Junction plane P extends across the lock device 30.
Lock device 30 comprises an outer part 44 arranged outside enclosure 3 and an inner part 42 arranged inside enclosure 3. The lock device essentially comprises a plate 32, a cover 35, a latch 36, a retractable stop 37, a release pin 38, a control lever 46, a key lock 48 and a combination lock 50.
Plate 32 is substantially flat and essentially comprises a flat plate extending outside the suitcase against the large lateral face 3a. The plate 32 forms a housing 40 with the cover 35 arranged inside enclosure 3. The latch 36, the retractable stop 37, the release pin 38, the control lever 46, the key lock 48 and the combination lock 50 are carried by the housing 40, preferably by the plate 32. The latch 36, the retractable stop 37 and the release pin 38 are arranged inside the enclosure 3, so that they are protected behind plate 32.
The latch 36 presents a catch 36a and is mounted movably in rotation, biased in a lock position illustrated in
The pull tab 38 is present in the form of a plate with a substantially constant thickness folded into an L shape. It comprises a base portion 18a, a curved portion 18b and a lock portion 18c. The pull tab 18 is connected to the slider 16 by the base portion 18a. The lock portion 18c is cohesive with the base portion 18a, at the end of which the lock portion 18c is connected through a curved portion 18b. The base portion 18a and the lock portion 18c are each substantially rectilinear, and form a substantially right angle in relation to each other.
The lock portion 18c presents a locking hole 19. When the slider 18 is in the fastening position, at the first longitudinal end 10a, the lock portion 18c can be inserted through a hole 34 in the plate 32 in order to place the pull tab 18 in a locked position in which the catch 36a of the latch 36 is inserted into the locking hole 19 of the pull tab 18. The pull tab 18 is maintained in this locked position until an action is performed on the control lever 46. The latch 36 then retains the slider 16 in the fastening position via the tongue 18. The base portion 18a of the pull tab 18 extends parallel to the plate 32, substantially resting flat against the flat surface of plate 32.
On the other hand, as illustrated in
In the embodiment illustrated, the housing 40 of the lock device 30 is carried by the intermediate element 22.
As illustrated in
Also, in the closed position, the second rotational axis R4 is offset in relation to the junction plane P, along the direction of elevation Z beyond the outer part 44 of lock device 30.
In the closed position, the outer part 44 of the lock device 30 presents a space width L along the direction of elevation Z. The space width is less than the gap distance D.
Therefore, the outer part 44 of lock device 30 is situated between the first rotational axis R2 and the second rotational axis R4 along the direction of elevation.
Consequently, the lock device 30 does not impair the opening of the suitcase 1.
Of course, the invention is not in any way limited to the embodiment described for illustrative, non-limiting purposes. Therefore, although in the embodiment illustrated, the lock device 30, and particularly the latch 36 are centered in relation to the junction plane P, it may be provided that the major part of lock device 30 is on one side of junction plane P and a small part of lock device 30 is on the other side of junction plane P.
| Number | Date | Country | Kind |
|---|---|---|---|
| 15 63298 | Dec 2015 | FR | national |
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/FR2016/053622 | 12/21/2016 | WO | 00 |
