MOUNTING DEVICE AND INSTALLATION ARRANGEMENT

Abstract

A mounting device and installation arrangement is provided. The mounting device can be for a water station and can include a mounting frame for attachment to a wall surrounding an opening and can further include a cover for closing the opening. Additionally, a ventilation slot can be provided between the mounting frame and the cover in a closed state for an air flow between the cover and the mounting frame.

Claims

1. A mounting device for a water station, comprising: a mounting frame for attachment to a wall surrounding an opening; and a cover for closing the opening, wherein a ventilation slot is provided between the mounting frame and the cover in a closed state for an air flow between the cover and the mounting frame.

2. The mounting device according to claim 1, wherein the cover has two longitudinal sides and two transverse sides, and the ventilation slot is formed at the two longitudinal sides and at the two transverse sides between the cover and the mounting frame.

3. The mounting device of claim 1, wherein the ventilation slot has a width, the width varying along a circumference of the cover.

4. The mounting device according to claim 1, wherein the mounting frame comprises at least a first mounting projection and a second mounting projection, the cover being attachable to the mounting frame at the mounting projections, wherein the ventilation slot is formed between the mounting projections.

5. The mounting device according to claim 1, wherein the cover is free of ventilation slots.

6. An installation arrangement for a water installation, comprising: an assembly device according to claim 1; and a water station arranged in the mounting device and coverable by means of the cover so that, in operation, heat from the water station can be removed from the mounting device with the ventilation air flow.

7. The installation arrangement of claim 6, wherein the water station has a cold water side and a hot water side, the ventilation slot being configured such that, in use, heat is removed with the air flow from the hot water side and conducted away from the cold water side.

8. The installation arrangement according to claim 6, wherein the water station comprises at least one of: a fresh water station, a residential transfer station; and a decentralized domestic water heating station.

Description

BRIEF DESCRIPTION OF THE FIGURES

[0016] FIG. 1 a schematic representation of an assembly device according to an embodiment,

[0017] FIG. 2 a schematic representation of a mounting frame according to an embodiment,

[0018] FIG. 3 a schematic representation of a mounting frame and a water installation according to an embodiment, and

[0019] FIG. 4 a schematic representation of an installation arrangement according to an embodiment.

DETAILED DESCRIPTION

[0020] FIG. 1 shows a schematic representation of a mounting device 101. The mounting device 101 is used, for example, for mounting a water installation 200 (FIG. 3). By means of the mounting device 101, the water installation 200 can be mounted, for example, in a building, in particular in a wall 118.

[0021] The mounting device 101 has a mounting frame 103. The mounting frame surrounds an opening 105. By means of the opening 105, the water installation 200 is accessible during operation. The water installation 200 is arranged, for example, in the opening 105 of the frame 103. The mounting frame 103 is connected to the wall 118, for example, and is inserted into a recess 118. The mounting frame 103 may have further apertures or recesses through which lines, pipes and other elements can be guided into the interior of the mounting frame 103.

[0022] The mounting device 101 has a lid 104. The lid 104 is used to close the opening 105. The lid 104 is insertable into the mounting frame 103 to substantially close the opening 105 in a closed state. For example, the lid is movable relative to the mounting frame 103 to provide access to the interior of the mounting frame 103.

[0023] The mounting frame 103 has mounting projections 114. The mounting projections 114 project in the direction of the center. The cover 104 is coupleable to the mounting frame 103 at the mounting projections 114. The cover 104 is attachable to the mounting protrusions 114. The cover 104 is in contact with the mounting frame 103 at the mounting protrusions 114.

[0024] Outside of the mounting protrusions 114, the cover 104 and the mounting frame 103 are spaced apart so that ventilation slot 106 is formed. Ventilation slot 106 is formed between cover 104 and mounting frame 103.

[0025] Along a first direction X, the lid 104 has two transverse sides 110, 111. Along a second direction Y, the lid has two longitudinal sides 108, 109. The X direction and the Y direction are aligned in particular perpendicular to one another. Along the longitudinal sides 108, 109 and along the transverse sides 110, 111, the lid 104 has a longer extension in each case than transversely to the longitudinal sides 108, 109 and the transverse sides 110, 111. The lid 104 thus has its main extension in the XY plane.

[0026] Along the longitudinal sides 108, 109, the lid has an extension 119 along the Y direction. Along the transverse sides 110, 111, the lid 104 has an extension 120 along the X direction. The mounting frame 103 surrounds the opening 105 such that, with the exception of the mounting protrusions 114, an inner side of the mounting frame 103 has a length 121 along the Y direction. Comparably, the mounting frame 103 has a length 122 on the inner side along the X direction. The extension 119 is less than the length 121. The extension 120 is less than the length 122.

[0027] Thus, the lid is spaced apart from the mounting frame 103 outside of the mounting protrusions 114. The distance between the mounting frame 103 and the lid 104 forms the vent slot 106, which is formed between the mounting protrusions 114. The ventilation slot 106 is large enough to allow airflow 107 (FIG. 4) to conduct heat from the interior of the mounting device 101 to the exterior during operation.

[0028] The vent slot 106 has a first width 112 along the Y direction. The width 112 is formed, for example, on the two transverse sides 110, 111. Along the X direction, the ventilation slot 106 has a second width 113. For example, the second width 113 is formed along the longitudinal sides 108, 109. For example, the extent 120 is less than the length 122 by twice the amount of the second width 113 or approximately twice the amount of the second width 113. For example, the extent 119 is less than the length 121 by twice the amount of the width 112 or approximately twice the amount of the width 112.

[0029] According to embodiments, the first width 112 and the second width 113 have the same value so that the cover 104 is spaced from the mounting frame 103 along the longitudinal sides 108, 109 by the same distance as along the transverse sides 110, 111.

[0030] According to further embodiments, the width 112 is greater than the width 113. The cover 104 is spaced further from the mounting frame 103 along the transverse sides 110, 111 than along the longitudinal sides 108, 109. Thus, sufficient heat dissipation by means of the air flow 107 is possible, in particular along the Y-direction. In particular, at the upper transverse side 110, sufficient heat can escape from the interior of the mounting device 101 through the ventilation slot 106 having a width 112.

[0031] FIG. 2 shows a schematic representation of the mounting frame 103 according to an embodiment example. In the illustrated embodiment example, the mounting frame 103 has five mounting projections 114. A number of mounting projections is also possible, in particular less than five mounting projections or more than five mounting projections. The mounting projections 114 are configured to form a contact surface for the cover 104. Between the mounting protrusions 114, the mounting frame 103 is formed recessed to allow air flow 107 between the mounting protrusions 104.

[0032] FIG. 3 shows a schematic representation of the mounting frame 103 with a water installation 200 according to an embodiment. The water installation 200 comprises a water station 102. The water station comprises, for example, a fresh water station. The water station alternatively or additionally comprises, for example, a residential transfer station. The water station alternatively or additionally comprises, for example, a decentralized drinking water heating station. In the following, the water installation 200 is explained in more detail using the example of a fresh water station 102. Features, advantages and designs also apply correspondingly to other water stations, such as an apartment transfer station or a drinking water heating station.

[0033] The fresh water station 102 is arranged within the mounting frame 103. As shown in FIG. 3, according to embodiment examples, the water installation 200 also has other elements, such as the heating manifold 115, which is connected to an underfloor heating system, for example. According to further embodiments, only the fresh water station 102 is provided in the mounting device 101 and no heating manifold 115 or other further elements are provided.

[0034] The fresh water station 102 includes a cold water side 116 and a hot water side 117. For example, the cold water side 116 and the hot water side 117 are arranged adjacent to each other along the X direction. Heat generated at the hot water side 117 during operation, for example during a heating of domestic water by means of a heat exchanger, is removed from the interior of the mounting device 101 by means of the air flow 107 through the ventilation slot 106 past the mounting protrusions 114. Thus, the cold water side 116 is not heated undesirably and can in particular be maintained at a temperature of, for example, less than 25° C. water temperature. Thus, for example, legionella formation is avoided and comfort is increased since water is not heated undesirably on the cold water side 116.

[0035] In the illustrated embodiment of the water installation 200 with the heating manifold 115, it is possible that insulation is provided along the Y-direction between the fresh water station 102 and the heating manifold 115, in particular to thermally insulate the cold water side 116 from the heating manifold 115. The insulation is designed in such a way that nevertheless a sufficient air flow 107 remains possible through the ventilation slot 106, in particular to dissipate heat from the hot water side 117 at the fresh water station 102.

[0036] FIG. 4 shows a schematic representation of an installation arrangement 100 with the mounting device 101. Inside the mounting device 101, for example, the water installation 200 is arranged, as shown in FIG. 3. The ventilation slots 106 on the longitudinal sides 108, 109 and the transverse sides 110, 111 of the cover 104 allow air to enter and exit by means of the air flow 107, so that heated air can exit the interior of the mounting device 101 and colder air can enter the interior of the mounting device 101. In operation, only the hot water side 117 heats up and other predetermined areas, such as the cold water side 116, are protected from an undesirably large amount of heating.

[0037] The ventilation slot 106 is sufficient to carry out sufficient waste heat. Thus, the cover 104 can be formed without additional recesses for ventilation. This allows for a uniform appearance of the installation arrangement 100.

[0038] According to further embodiments, the installation arrangement 100 or the mounting device 101 comprises the ventilation slot 106 only at the transverse sides 110, 111. At the longitudinal sides 108, 109 of the cover 104, for example, the cover 104 is in contact with the mounting frame 103. It is also possible that the ventilation slot 106 is formed only at the longitudinal sides 108, 109 and the cover 104 is in contact with the mounting frame 103 at the transverse sides 110, 111.

[0039] The width 112 and the second width 113 are, for example, between 1 mm and 15 mm wide, in particular between 1 mm and 10 mm, for example between 3 mm and 7 mm. Other dimensions are also possible, depending in particular on the water installation 200 and, for example, other specifications such as hygiene specifications.

[0040] The efficient passive dissipation of heat enables reliable operation without incurring large additional costs. For example, existing components can continue to be used and only elements on the mounting frame 103 can be removed so that the recessed areas are formed outside the mounting protrusions 114. In this way, the cold water side 116 in particular is protected from undesirable excessive heating during operation.

[0041] Reference signs

[0042] 100 Installation arrangement

[0043] 101 Mounting device

[0044] 102 Fresh water station

[0045] 103 Mounting frame

[0046] 104 Cover

[0047] 105 Opening

[0048] 106 Ventilation slot

[0049] 107 Air flow

[0050] 108, 109 Long sides

[0051] 110, 111 Cross pages

[0052] 112, 113 Width

[0053] 114 Mounting protrusions

[0054] 115 Heating manifold

[0055] 116 Cold water side

[0056] 117 Hot water side

[0057] 118 Wall

[0058] 119 Extension

[0059] 120 Extension

[0060] 121 Length

[0061] 122 Length

[0062] 200 Water installation

[0063] x, y direction