• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    A manifold bracket having a support portion (10) for attachment to a structure and a support portion (12) for attachment to a manifold (16), characterized in that it further comprises first tube supports (14) for supporting tubes (18) to be connected to the manifold (16). In addition, protection requirements 2-12.
    公开号:FI12794Y1
    申请号:FIU20200068U
    申请日:2020-05-28
    公开日:2020-11-13
    发明作者:Topias Nuorala；Juho Mikael Nuorala
    申请人:Tulvari Oy；
    IPC主号:
    专利说明:

    FIELD OF THE INVENTION The invention relates to a manifold stand having a support part for attachment to a structure and a support part for attachment to a manifold.
    The invention further relates to a manifold assembly comprising a manifold rack according to the invention.
    BACKGROUND OF THE INVENTION In buildings, domestic water is fed into the apartment along a house line.
    Inside the apartment, a water meter is installed at the end of the house line and a manifold is attached to the water meter either directly or via a connecting pipe.
    From the manifold, separate hot water pipes made of plastic are led to each water point, such as - kitchen, washroom, utility room, toilets, etc.
    In small houses, manifolds are usually installed in a suitable room and - fixed to the wall close to the floor.
    Domestic water pipes are led to water points in the subfloor or subfloor of the building, whereby the ends of the domestic water pipes rising to the manifolds pass through the subfloor or subfloor.
    In apartment buildings, the manifolds are usually attached to the load-bearing upper floor of the apartment in a room with a so-called a lowered ceiling.
    Domestic water pipes are led from the manifolds to the rooms containing the water points in the space between the lowered roof and the load-bearing upper floor.
    The space between the top floor and the lowered roof is cramped, which makes it difficult to attach the hot water pipes to the manifold. o During operation, the hot water pipes are subjected to pressure shocks due to the opening and closing of the taps N 25, which cause the pipes to move.
    The movement of the pipes can lead to the detachment of the 3 pipe ends from the manifold, causing water damage.
    To avoid water damage N — the ends to be attached to the water pipe manifolds should be supported on E structures, but in the cramped space between the top floor and the lowered roof it is 2 very awkward.
    S 30 S SUMMARY OF THE INVENTION It is an object of the invention to provide a manifold rack and manifold assembly which can reduce the disadvantages associated with the prior art.
    The objects according to the invention are achieved by a manifold rack and a manifold assembly, which are characterized by what is stated in the independent protection claims. Some preferred embodiments of the invention are set out in the dependent claims.
    The invention relates to a manifold bracket having a support part for attachment to a structure and a support part for attachment to a manifold. The manifold bracket comprises - in addition to the first = pipe supports for supporting the manifold - pipes to be connected.
    Preferably, the manifold rack further comprises second tube supports for supporting the protective tubes surrounding the tubes to be connected to the manifold.
    In a preferred embodiment of the manifold rack according to the invention, the first pipe supports are arranged in the first row of the manifold rack - at a constant distance from each other. In the manifolds on the market, the connections of the pipes to be connected are at a constant distance from each other. In the manifold rack according to the invention, the first pipe supports can be arranged at the same constant distance from each other as the pipe connections of the known distribution supports, whereby the pipes attached to the pipe supports are aligned with the pipe connections of the manifold.
    In another = preferred embodiment of the manifold rack = according to the invention, the second pipe supports are movably arranged in the second row in the manifold rack so that the distance between the second pipe supports is adjustable. o Mobility of support pipes = other pipe supports - enables N 25 manifolds | supporting the pipes to be connected in a curved shape in the vicinity of the manifold 3.
    In a third preferred embodiment a of the manifold rack according to the invention, the support part is a plate-like body with a fastening edge which folds from the plane of the support part S30 to an obtuse angle. The manifold bracket is intended to be attached to the structure from the mounting edge. When the plate-like fixing edge> is fixed to a flat lower surface of the upper or midsole, the support member is positioned at an oblique angle deviating from the right angle to the upper or midsole.
    The oblique position of the support part makes it easier to attach the support part to the structure and to attach the pipes to the manifold bracket.
    In a preferred embodiment of the manifold rack according to the invention, the support part is an elongate straight body to which two support parts can be fastened on opposite sides and has a fastening edge that folds directly at an angle from the longitudinal direction of the support part.
    The diagonally angled pipe supports make it easier to attach the pipes to the manifold rack when the support part, which has a straight fastening edge - is placed at a right angle to the top or midsole.
    In another preferred embodiment of the manifold rack according to the invention, the distance between the fastening edge and the support part is adjustable.
    The support part can thus be fixed at the desired distance from the structure.
    Preferably, the support part and the support part are - separate pieces fastened to each other by sliding fastening means.
    In another preferred embodiment of the manifold rack according to the invention, the first pipe supports and the second pipe supports are arranged in the support part.
    Preferably, the first tube supports and the second tube supports comprise an annular collar to be fitted around the tube or protective tube.
    Preferably, the pipe supports are C-holder type pipe brackets.
    Another preferred embodiment of the manifold rack according to the invention comprises o fastening means for fastening the manifold.
    Preferably, the manifold fastening members N 25 are C-holder type pipe brackets. 8 N Another preferred embodiment of the manifold rack according to the invention further comprises E fastening means for fastening to the water meter.
    Preferably, the fastening members of the water meter 2 are C-holder type pipe brackets.
    When the water meter is attached to the same manifold bracket with the S 30 manifold, a separate O bracket is not required for the water meter. 5
    The manifold assembly according to the invention comprises a manifold and = pipes connected to the manifold. The manifold and said pipes are € attached to the same manifold rack. The pipes can be hot or cold hot water pipes or pipes belonging to the building's circulating heating system.
    The advantage of the invention is that it speeds up the installation work of the water pipes, because the support of the manifold and all the pipes connected to it can be made with one manifold rack. In addition, the invention has the advantage that it reduces the possibility of water damage, since it makes it possible to reliably implement the support of the water pipes connected to the manifold. BRIEF DESCRIPTION OF THE DRAWINGS The invention will now be described in detail by means of application examples - with reference to the accompanying drawings, in which: Fig. 1a shows an exemplary front view of an manifold stand according to the invention, Fig. 1b shows a
    Fig. 3 of S & 25 shows a manifold stand according to the invention, in which two support parts are attached to the support part 3,
    N E Fig. 4a shows a manifold stand according to the invention, in which the support part and the support part are made in one piece and S 30
    S S Fig. 4b shows a side view of the manifold stand shown in Fig. 4a. 5
    DETAILED DESCRIPTION OF THE INVENTION Figure 1a shows by way of example an manifold stand according to the invention seen from the front and Figure 1b shows the same manifold holder from the rear. In the following, both images are described simultaneously. 5 The manifold rack has two shaped plate-like parts, a support part 10 and a support part
    12. The support part and the support part are made of metal. The first edge of the support part is folded from the plane of the support part 10 to an obtuse angle so that the folded edge part forms a substantially flat fastening edge 26. The manifold bracket is intended to be fastened from the fastening edge to a structure such as a building floor or top floor. The mounting edge has holes (not shown) against the passage of the mounting screws. At the other edge of the support part there are two elongate projections with an elongate groove in the middle
    28. The slots of both protrusions are substantially parallel. The adjusting bolt 30 passes through the slots so that the base of the adjusting bolt remains on the first side of the support part and the tip of the adjusting bolt extends through the slot and the hole in the support part on the second side of the support part and the support part. At one end of the adjusting bolt there is a nut which, by tightening, the support part and the support part can be fixedly fastened to each other. Similarly, when the nut is unscrewed, the support member can be moved relative to the support member in the direction of the slots. The adjusting bolts and slots form sliding fastening means by means of which the support part and the support part can be fastened to each other so that the fastening edge 26 is at the desired distance from the support part 12. o there is a plate-like fork at each end of the support part. The manifold 16 is N fastened to the branches of the support part by fastening bolts 32 so that the pipe connections of the manifold point E in the direction of the support part. The fastening bolts are fastened to the support part by fitting the ends of the fastening bolts through the holes in the brackets of the support part and arranging the portion of the support part surrounding the hole S30 in clamps between two nuts O threaded into the fastening bolt. Correspondingly, the manifold is attached to the fixing bolt by fitting the fixing bolt> through the fixing lugs of the manifold and arranging the fixing lugs in the clamps between the base of the fixing bolt and the nut threaded into the fixing bolt.
    The support member has a plurality of first tube supports 14 comprising a threaded rod having an annular collar at its first end which is fitted around a tube 18 to be attached to the tube support. The inner surface of the annular collar has a rubber or foam padding. The threaded rods are fastened at one end to the holes in the support part by two nuts so that the portion of the support part surrounding the holes is pinched between the nuts. The threaded rods are fixed at a constant distance from each other in the first row so that the annular collars are aligned with the pipe connections of the manifold 16.
    Between the row of mounting holes for the first pipe supports and the first edge of the support member, there are three first edge mounting grooves 34, to each of which two second pipe supports 20 are attached. The second pipe supports are thus arranged in a second row between the first row of pipe supports and the first edge of the support member. The second pipe supports are structurally similar to the first pipe supports, i.e. they comprise a threaded rod, the first end of which has an annular, padded collar to be fitted around the pipe to be fastened. The other end of the threaded rod is fitted through the fastening slot and fastened in place by arranging the edges of the slot in presses between two nuts threaded around the threaded rod. - Thanks to the fastening slots, the distance between the other pipe supports can be adjusted by moving the other support supports in the direction of the fastening slots. The second pipe supports 20 are intended to support the protective pipes 22 surrounding the actual pipes 18, so that the annular collars are larger in diameter than in the first S pipe supports. S 25 3 Attached to the first pipe support 14 of the manifold rack are pipes 18 connected to the pipe connections of the manifold 16 N and to the second pipe supports 20 are attached protective pipes 22 around the pipes. The ends of the protective tubes are cut so as to terminate in the area between the first and second O-tube supports. 5
    Figure 2 shows the manifold stand shown in Figures 1a and 1b attached to the lower surface of the midsole 100.
    The manifold bracket is fastened to the structures with fastening screws 38 so that the fastening edge 26 at the first edge of the support part 10 rests against the surface of the structure.
    The mounting edge 26 is at an obtuse angle to the plane of the support member, whereby the support member and the support member attached thereto are also at an obtuse angle to the midsole.
    This facilitates the screwing of the fastening screws from below and the fixing of the pipes and protective pipes to the manifold 16. The pipes 18 connected to the manifold and the surrounding protective tubes 22 bend in the vicinity of the manifold 16 from the plane of the lower surface to the plane of the support part 12.
    Since the plane of the support part forms an obtuse angle with the plane of the midsole, the need for bending the pipes and protective pipes remains small.
    Figure 3 shows a side view of a manifold rack according to the invention attached to the lower surface of a midsole 100, in which the support part 10 of the manifold rack is an elongate straight piece and two support parts 12 are attached to the support part. The support part and the support part are made of metal.
    The support member has a substantially rectangular cross-sectional profile perpendicular to the longitudinal direction and comprises at least one substantially flat fastening edge 26 folded at an angle.
    The mounting edge has holes (not shown) against the passage of the mounting screws.
    The support member has elongate substantially parallel slots on two opposite longitudinal sides.
    The adjusting bolt 30 passes through the slots so that the base of the adjusting bolt remains inside the support part, locking N 25 in the slot and the tip of the adjusting bolt extends through the slot and the hole in the support part to the other side of the support part 3.
    At the other end of the adjusting bolt there is a nut which, by tightening, the N support part and the support part can be fixedly fastened to each other. z Similarly, when the nut is unscrewed, the support part can be moved parallel to the support part a - the slots. - The adjusting bolts and slots form S 30 sliding fastening means, by means of which the support part and the support part can be fastened to each other O so that the fastening edge 26 is set at the desired distance from the support part 12. 5
    In the manifold stand according to Fig. 3, the plate-like support parts 12 are folded 42 so that the pipe supports 14 attached to the support parts are at an oblique angle to the longitudinal direction of the support part 10.
    This facilitates the screwing of the fastening screws from below and the fastening of the tubes 18 and the protective tubes 22 to the manifold 16. The tube supports comprise a threaded rod having an annular collar at its first end which is fitted around the tube 18 to be fastened to the tube support.
    The inner surface of the annular collar has a rubber or foam padding.
    The threaded rods are fastened at one end to the holes in the support part by two nuts so that the portion of the support part surrounding the holes is pinched between the nuts.
    The threaded rods are fixed at a constant distance from each other in the first row so that the annular collars are aligned with the pipe connections of the manifold 16.
    The support part comprises elongate fastening slots perpendicular to the longitudinal direction of the support part, to which the manifold supports 44 are fastened for fastening the manifold 16 -.
    The manifold supports comprise a threaded rod having an annular collar at its first end which is fitted around the manifold.
    The threaded rod is fastened at one end to the fastening slot in the support part with a nut so that the fastening position of the manifold support in the slot can be adjusted.
    The manifold is attached to the manifold supports so that the manifold pipe connections point in the direction of the first pipe supports.
    Figure 4a shows a manifold stand according to the invention, in which the support part 10 and the support part 12 are made in one piece, and Figure 4b shows the same manifold holder as seen from the side.
    In the following, both images are described as N 25 simultaneously. 3 N In the manifold rack according to Figs. 4a and 4b, the support part 10 and the support part 12 are made of one plate-like piece by edging.
    The support part and the support part a are made of metal.
    The manifold bracket is intended to be attached from the S 30 mounting edge 26 to a structure such as the foundry base, top floor or O wall of the building.
    Figure 4b shows the manifold bracket> attached to the lower surface of the midsole 100.
    In the manifold rack according to Figures 4a and 4b, the plate-like support part 12 is folded 42 so that the pipe supports 14 attached to the support members are at an oblique angle to the mounting base. This facilitates the screwing of the fastening screws and the fastening of the tubes 18 and the protective tubes 22 to the manifold 16.
    The tube supports 14 and manifold supports 44 are C-holder type tube holders comprising a threaded rod having an annular collar at its first end which is fitted around the tube 18 or manifold 16 to be attached to the tube support. The inner surface of the annular collar has a rubber or foam padding.
    The threaded rods of the pipe supports 14 are fastened at one end to the holes in the support part with two nuts so that the part of the support part surrounding the holes is pinched between the nuts. The pipe supports are € fixed at a constant distance from each other so that the annular collars are aligned with the pipe connections of the manifold 16. The threaded rod of the manifold support 44 is fastened at one end to an elongate fastening slot in the support part by a nut so that the fastening position of the manifold support in the slot can be adjusted. The manifold is attached to the manifold supports so that the manifold pipe connections point in the direction of the first pipe supports. Some preferred embodiments of the manifold rack and manifold assembly according to the invention have been described above. The invention is not limited to the solutions described above, but the inventive idea can be applied in various ways within the limits set by the N 25 protection requirements. 3 00 OF
    I a a 00 O O O O OF O
    N 5
    权利要求:
    Claims (12)
    [1]
    Branch pipe fastening with bracket part (10) for fastening to the structure and support part (12) for fastening to a branch pipe (16), characterized in that it further comprises first pipe support (14) for supporting pipes (18) to be connected to the branch pipe (16).
    [2]
    Branch pipe bracket according to protection claim 1, characterized in that it further comprises second pipe supports (20) for supporting the protective pipes (22) surrounding the pipes (18) to be connected to the branch pipe (16).
    [3]
    Branch pipe bracket according to protection requirement 1 or 2, characterized in that the first pipe supports (14) are arranged in the first row of the branch pipe bracket at a constant distance from each other.
    [4]
    Branch pipe bracket according to one of Claims 1 to 3, characterized in that the second pipe supports (20) are movably arranged in the second row of the branch pipe so that the distance between the second pipe supports (20) is adjustable.
    [5]
    Branch pipe bracket according to one of Claims 1 to 4, characterized in that the bracket part (10) is a plate-like body with a mounting edge (26) which folds down from the plane of the support part (10) to an obtuse angle.
    [6]
    Branch pipe bracket according to one of Claims 1 to 4, characterized in that the bracket part (10) is an elongate straight body with fastening points for the support part (12) on two opposite sides and a mounting edge (26) which is folded at right angles to the support part - longitudinal direction.
    [7]
    Branch pipe bracket according to protection requirements 5 or 6, characterized in that the distance between the mounting edge (26) and the support part (12) is adjustable.
    [8]
    Branch pipe bracket according to one of Claims 1 to 7, characterized in that the bracket part (10) and the support part (12) are separate parts fastened to one another by sliding fastening elements.
    [9]
    Branch pipe bracket according to one of Claims 2 to 8, characterized in that the first 2 pipe supports (14) and the second pipe supports (20) are arranged in the support part (12).
    [10]
    I = 10. Branch pipe bracket according to one of Claims 2 to 9, characterized in that the first 2 pipe supports (14) and the second pipe supports (20) comprise an annular collar S 30 to be mounted around the pipe (18) or the protective pipe (22).
    [11]
    N S 11. Branch pipe bracket according to one of the protection claims 1-10, characterized in that it further comprises fastening means for fastening to the water meter.
    [12]
    Branch pipe unit comprising a branch pipe (16) and pipes (18) connected to the branch pipe (16), characterized in that the branch pipe (16) and the pipes (18) are attached to the same branch pipe according to any one of the sewing claims 1-11.
    O
    N
    O
    N
    O 0
    I & 00
    O
    O
    O
    O
    N
    O
    N 5
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