TECHNICAL FIELD
[0001] The present invention relates to a shower door system as well as to an assembly for
receiving a shower door in a shower compartment.
BACKGROUND
[0002] Shower door panels, such as fixed panels or doors, are normally desired in bathrooms
or in other areas where slim panels or door leafs are used to limit the amount of
water escaping out from the shower area. Although shower doors are subject to similar
requirements as ordinary doors, such as opening and closing by pivoting around a vertical
axis, they tend to differ in their attachment to the surrounding structure. While
ordinary doors are hinged at a frame structure surrounding an opening in the wall,
shower doors are normally attached to the wall by means of a vertical wall support
secured to the wall. Hence, the shower door may extend out from the wall thus delimiting
the shower area.
[0003] Shower compartments are often arranged in the corner of a room in order to be more
space-efficient. Different corner showers are available on the market, for example
with square corners, rectangular corners, quadrant corners, pentagonal forms and quarter-round
forms. However, all prior art solutions requires obstacle free walls, e.g. no furniture
or window, in order to arrange the shower compartment correctly. Hence, prior art
solutions are not space-efficient.
[0004] In view of the above, there is a need for a flexible more space-efficient shower
assembly.
SUMMARY
[0005] Accordingly, the present invention preferably seeks to mitigate or eliminate one
or more of the above-identified deficiencies in the art singly or in any combination
and solves at least the above mentioned problems by providing an assembly for receiving
a shower door in a shower compartment, wherein the assembly allows for a stepless
door adjustment.
[0006] An idea of the present invention is to allow for a flexible shower compartment that
could be arranged on a plurality of solid walls in a bathroom, despite any obstacle
such as a window or furniture. The present assembly makes it possible to arrange a
shower compartment even in cases where the walls or non-perpendicular.
[0007] According to a first aspect, an assembly for receiving a shower door in a shower
compartment is provided. The assembly comprises a door stop structure. The door stop
structure is characterized by that the door stop structure comprises a stop member
being pivotable relative a wall support, and wherein the assembly further comprises
locking means for locking the angular position of the stop member. This provides a
step less angle adjustment of the assembly.
[0008] The door stop structure may further comprise a hinge, to which the stop member is
attached, and a hinge support. The hinge may extend vertically along the length of
the wall support.
[0009] The hinge may comprise at least one support member arranged at the upper and/or lower
end of the hinge support, said support member being configured to rotationally support
the stop member.
[0010] The stop member may extend along the length of the hinge and comprises a stop surface
forming a protrusion extending radially out from the hinge.
[0011] The stop surface may be provided with a magnetic contact for magnetically locking
the stop member to a corresponding magnetic stop member of an associated shower door.
This allows for easy opening/closing of the shower door.
[0012] The locking means may comprise a through hole and a locking screw. The through hole
may be provided in a lower part and/or an upper part of the hinge.
[0013] The assembly may further comprise at least one fixation device for securing said
door stop structure to said wall support. The fixation device is preferably configured
such that it is possible to adjust the vertical alignment of the door stop structure.
[0014] The fixation device may be configured to receive a bolt of the door stop structure,
and to fixate the position of the bolt. One fixation device may be arranged at the
respective vertical end of the wall support.
[0015] According to a second aspect, a shower door system is provided. The shower doors
system comprises a shower door having a shower door panel being pivotally supported
by a wall profile, and an assembly according to the first aspect described above.
[0016] The shower door may comprise means for moving the shower door panel upwards during
opening of the shower door, and moving the shower door panel downwards during closing
of the door.
[0017] The shower door panel may further comprise adjusting means for setting the lowermost
vertical position of the shower door panel at a specific angular position of the shower
door panel relative the wall profile.
[0018] The shower door panel may comprise a magnetic member for engagement with a magnetic
contact of the door stop structure of the assembly.
BRIEF DESCRIPTION OF DRAWINGS
[0019] Further objects, features and advantages will appear from the following detailed
description, with reference being made to the accompanying drawings, in which:
Fig. 1 is an isometric view of an assembly for receiving a shower door according to
an embodiment;
Figs. 2a-c are exploded views of an assembly for receiving a shower door comprising
a fixation device according to an embodiment;
Fig. 3a-b are A-A section views of a door stop structure according to an embodiment;
Figs. 4a-b are B-B section views of a door stop structure according to an embodiment;
Fig. 5 is a top view of a shower door system according to an embodiment;
Fig. 6 is a top view of a shower door system according to an embodiment; and
Fig. 7 is a top view of a shower door system according to an embodiment.
DETAILED DESCRIPTION
[0020] Starting with Fig. 1, an assembly 10 for receiving a shower door in a shower compartment
is shown. The assembly 10 comprises a door stop structure 11 securely attached to
a wall support 13 by at least one fixation device 14. The wall support 13 is securely
attached to the wall e.g. by means of screws or similar. The door stop structure 11
comprises a stop member 110, a hinge 120 and a hinge support 130. The hinge 120 is
extending vertically along the length of the wall support 13 and the stop member 110
extends along the length of the hinge 120.
[0021] In one embodiment the hinge 120 comprises two support members 121 arranged at the
upper and lower end of the hinge support 130, respectively. The support members 121
are arranged to rotationally support the stop member 110.
[0022] A stop surface 111 is provided at an outer end of the stop member 110. The stop surface
111 is in the form of a protrusion extending radially out from the hinge 120; the
axial length of the stop surface 111 is preferably the same as the axial extension
of the hinge 120 or even slightly larger such that the stop surface 111 extends down
to the floor. When the assembly 10 is arranged in a fully installed shower compartment,
the stop surface 111 will form a rotational stop of an associated shower door, as
will be described more in detail with reference to figures 5-7.
[0023] During installation it is beneficial to be able to rotate the door stop structure
11 relative a bathroom wall in order to angle adjust the assembly 10. This is possible
since the stop member 110 is pivotable attached relative the wall support 13. Furthermore,
the hinge 120 allows the stop member 110 to pivot around a vertical axis relative
the hinge support 130. Hence, an easy angle adjustment of the hinge 120 is provided.
[0024] After the assembly 10 is installed, the angular position of the stop member 110 is
locked. In order to unlock and/or lock the angular position of the stop member 110,
locking means 112 are provided. This allows for an easy angle adjustment. The locking
means 112 will be described more in detail with reference to figure 2b.
[0025] Now turning to figures 2a-c, exploded views of an embodiment of an assembly 10 is
shown. In figure 2a a hinge 120 is shown with a stop member 110 and a stop surface
111.At least one of the longitudinal ends of the stop member 110 are arranged with
a protrusion 119. The at least one protrusion 119 slidably engages with a corresponding
receiving section 122 (see figure 2b) of the support member 121. In one embodiment
as shown in figure 2a, each longitudinal end of the stop member 110 is arranged with
one protrusion 119 having at least one hole on the stop surface.
[0026] A disc 118 is rigidly arranged onto the top of the protrusion 119 and has a shape
corresponding to the top of the protrusion 119 facing the receiving section 120 of
the support member 121. Each disc 118 is arranged with at least one through hole corresponding
to the holes in the protrusion 119. The discs are preferably constructed by a metal
such as aluminum. Although the discs in the embodiment shown in figure 2 each have
two holes, any number of through holes is possible.
[0027] Figure 2b shows an exploded view of a hinge support 130 and two support members 121,
arranged at each end of the hinge support 130. Each support member 121 comprises a
housing 123, a receiving section 122, at least one adjustment screw 114 and locking
means 112. The receiving section 122 is inserted into the housing 123 and fixated
with an adjustment screw 114 which attaches with the wall structure 13 via the fixation
device 14.
[0028] During installation of the assembly 10 the locking means 112 may be unlocked in order
to adjust the angular position of the stop member 110. The locking means 112 comprises
at least one locking screw 116 and at least one corresponding through hole 117. The
at least one through hole 117 is provided in a lower part and/or an upper part of
the hinge 120.
[0029] In the embodiment shown in figure 2, two locking means 112 are provided at the longitudinal
ends of the hinge 120 and each locking means 112 comprises two locking screws 116
with two corresponding through holes 117; however the exact number of locking means
112, locking screws 116 and through holes 117 may vary depending on the size and construction
of the wall support 13 and/or door stop structure 11.
[0030] The locking means 112 is unlocked by simply loosening the locking screws 116, also
referred to as stop screws. A step less angle adjustment of the assembly is thereafter
achieved by adjusting the stop member 110 in relation to the hinge 120 by simply pushing
or pulling the stop member 110 into a desirable position. Once the desirable angle
is reached, the locking means 112 is locked by tightening the locking screws 116 in
the through holes 117.
[0031] In figure 2c, an isometric view of a wall support 13 comprising at least one fixation
device 14 is shown. Fixation of the door stop structure 11 to the wall support 13
is achieved by means of at least one fixation device 14. One fixation device 14 is
arranged at the respective vertical end of the wall support 13. The fixation device
14 is configured to receive the attachment screw 114 of the door stop structure 11,
and to fixate the position of the attachment screw 114. In the embodiment shown in
figure 2, two fixation devices 14 are provided at each longitudinal ends of the wall
support 13; however the exact number of fixation devices 14 may vary depending on
the size and construction of the wall support 13 and/or the door stop structure 11.
The attachment screw may be a bolt 114.
[0032] The fixation devices 14 are attached to the wall support 13 by inserting them into
associated cavities inside the support 13. In one embodiment the longitudinal ends
of the support 13 are open so that the fixation devices 14 can be inserted. Ridges
or similar structures may be provided inside the hollow support 13 such that the fixation
devices 14 will be prevented from moving further into the support 13. Preferably,
the fixation devices 14 may only be inserted in a specific orientation. Lids 142 may
further be provided for covering the ends of the support 13 once the fixation devices
14 have been inserted. The lids 142 are both providing a cover for the longitudinal
end of the wall support 13, but also safety functionality for the fixation device
14.
[0033] Each fixation device 14 has a recess, or bore 141 for receiving a bolt 114 of the
door stop structure 11. The bolt 114 is preferably extending through the hinge 120
such that it may be operated from a side of the hinge 120 being opposite the side
facing the wall support 13. The fixation device 14 thus allows for a rigid and robust
fixation of the door stop structure 11 relative the wall support 13.
[0034] The fixation device 14 is attached to the wall support 13. Upon assembly of the door
stop structure 11, i.e. the door stop structure 11 (including the bolt(s) 114) is
pressed against the wall support 13 such that the bolt(s) 114 are received in the
bore of the fixation device 14. After tightening the bolts 114, which also provides
an adjustment of the vertical alignment of the door stop structure 11, the door stop
structure 11 is securely attached to the wall support 13, and hence the wall.
[0035] In one embodiment, the fixation device 14, also referred to as a quick lock assembly,
has the design and functionality as described by the embodiments in the EP-application
with filing no. 14187815.7 filed by the same applicant.
[0036] Figs. 3A-B and 4A-B show cross-sectional top views of the assembly 10. As can be
seen, the bolt 114 is accessible only when a through hole of the hinge 120 is aligned
correctly, preferably when the stop member 110 is arranged in its end position.
[0037] In Fig. 5 a shower door system 20 is shown comprising a shower door 21 and an assembly
10. The shower door 21 has a shower door panel 22 which is pivotally supported by
a wall support 13, preferably being identical with the wall support 13 of the assembly
10. The shower door panel 22 may be a fixed panel or a door. The slim panel or door
leaf 22 is preferably being made of a thin body such as glass, plastic, or similar.
The shower door 21 further comprises a handle 26 which allows the user of the shower
to open and close the shower door 21 with ease. Preferably, the handle is a pull handle
arranged at the shower door panel 22.
[0038] The shower door panel 21 further comprises adjusting means 23 for setting the lowermost
vertical position of the shower door panel 21 at a specific angular position of the
shower door panel 21 relative the wall support 13. This may be done by a similar construction
as described with respect to the assembly 10, but wherein a cam surface is provided
inside the support member of the hinge support 130. The cam surface, or the following
surface of the hinge 120, is rotationally fixed, however the other of the cam surface
or the following surface may be rotated and secured in a specific angular position
for setting a lower most position of the shower door panel 22 at a given angle. This
rotate-and-lift functionality is well known, and will not be described further herein.
[0039] An attachment member 24 is arranged at the outer end of the shower door panel 22.
The attachment member 24 may be arranged on or adjacent to the handle 26 located on
the shower door panel 22. In one embodiment as shown in figures 5-7, the attachment
member is a magnetic member 24. The magnetic member 24 is provided for engagement
with a magnetic contact 25 with the door stop structure 11 of the assembly 10. Hence,
in this embodiment the stop surface 111 of the door stop structure 11 is provided
with a magnetic contact for magnetically locking the stop member 111 to the magnetic
member 24 of the shower door panel 21.
[0040] In one embodiment the attachment member is a lip seal 24. Here, the lip seal 24 is
provided for engagement with a lip seal contact of the door stop structure 11 of the
assembly 10. Hence, in this embodiment the stop surface 111 of the door stop structure
11 is provided with a lip seal contact for sealing the stop member 111 to the lip
seal 24 of the shower door panel 21.
[0041] In Fig. 5 the assembly 10 and the shower door panel 21 are arranged in a straight
manner, i.e. with 0° angle. Hence, in this configuration no angle adjustment of the
assembly 10 is required.
[0042] Figs. 6 and 7 show a shower door system 20 having an angle, or distance, between
the shower door 21 and the assembly 10. In Figs. 6 and 7 the shower door system 20
is seen in an exemplified bathroom environment, showing a shower area 1, surrounding
walls 2 and an obstacle such as a window 3. The walls 2 may either be walls of the
bathroom or shower panels.
[0043] If no obstacle was present, the common way would be to arrange the shower door system
20 in a straight manner, as indicated by the dotted line. A prior art solution would
thus be to arrange the shower system 20 in a straight manner by limiting the shower
area 1, as indicated by the dashed line. The present invention solves this problem
by the possibility of angel adjustment of the shower system 20. As shown in Figs.
6 and 7, the arrangement of the shower door system 20 is very space efficient. The
shower door 21 is arranged near the obstacle 3 and the assembly 10 is arranged on
an opposite wall or wall support. The door stop structure 11 of the assembly 10 is
then adjusted to a favorable angle in order to engage with the attachment member 24
of the shower door 21. It would also be possible to change the relative positions
of the assembly 10 and the shower door panel 21, as is shown in Fig. 7.
[0044] Although the present invention has been described above with reference to specific
embodiments, it is not intended to be limited to the specific form set forth herein.
Rather, the invention is limited only by the accompanying claims and, other embodiments
than the specific above are equally possible within the scope of these appended claims.
1. An assembly (10) for receiving a shower door in a shower compartment, comprising a
door stop structure (11), characterized in that the door stop structure (11) comprises a stop member (110) being pivotable relative
a wall support (13), and wherein the assembly (10) further comprises locking means
(112) for locking the angular position of the stop member (110).
2. The assembly according to claim 1, wherein said door stop structure (11) further comprises
a hinge (120), to which the stop member (110) is attached, and a hinge support (130).
3. The assembly according to claim 2, wherein the hinge (120) is extending vertically
along the length of the wall support (13).
4. The assembly according to claim 2 or 3, wherein the hinge (120) comprises at least
one support member (121) arranged at the upper and/or lower end of the hinge support
(130), said support member (121) being configured to rotationally support the stop
member (110).
5. The assembly according to any one of claims 2-4, wherein the stop member (110) extends
along the length of the hinge (120) and comprises a stop surface (111) forming a protrusion
extending radially out from the hinge (120).
6. The assembly according to claim 5, wherein the stop surface (111) is provided with
a magnetic contact for magnetically locking the stop member (110) to a corresponding
magnetic stop member of an associated shower door (21).
7. The assembly according to any one of the preceding claims, wherein said locking means
(112) comprises a through hole (117) and a locking screw (116).
8. The assembly according to claim 7, wherein the through hole (117) is provided in a
lower part and/or an upper part of the hinge (120).
9. The assembly according to any one of the preceding claims, further comprising at least
one fixation device (14) for securing said door stop structure (11) to said wall support
(13).
10. The assembly according to any one of the preceding claims, wherein said at least one
fixation device (14) is configured to allow for an adjustment of the door stop structure
(11) relative a vertical direction.
11. The assembly according to claim 9 or 10, wherein said fixation device (14) is configured
to receive a bolt (114) of the door stop structure (11), and to fixate the position
of the bolt (114).
12. The assembly according to claim 11, wherein one fixation device (14) is arranged at
the respective vertical end of the wall support (13).
13. A shower door system, comprising a shower door (21) having a shower door panel (22)
being pivotally supported by a wall support (13), and an assembly (10) according to
any one of the preceding claims.
14. The shower door system according to claim 13, wherein the shower door (21) comprises
means for moving the shower door panel (22) upwards during opening of the shower door
(21), and moving the shower door panel (22) downwards during closing of the door (21).
15. The shower door system according to claim 14, wherein the shower door panel (22) further
comprising adjusting means (23) for setting the lowermost vertical position of the
shower door panel (22) at a specific angular position of the shower door panel (22)
relative the wall support (13).