• 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:
    Auxiliary structural arrangement for containers (2), characterized in that it comprises at least one fastening member (20) designed to support the structure (10) for the selected use and adapted to fasten to the fastening stop (30) in the upper corner of the container (2). In addition, protection requirements 2-5.
    公开号:FI12876Y1
    申请号:FIU20204173U
    申请日:2020-12-18
    公开日:2021-01-25
    发明作者:Jarmo Nissinen
    申请人:Pickway Oy；
    IPC主号:
    专利说明:

    The invention relates to an auxiliary structure arrangement for containers.
    Containers are used not only for the transport of goods but also as barrels for offices and other workspaces. Container structures built from one or more containers are very commonly used as temporary living or storage facilities. For example, construction sites and mines require temporary office, work and social facilities, the duration of which can vary from one day to several years at one site.
    It is often necessary to attach various structures to such container structures, such as outdoor luminaires. Typically, the structures are secured to the containers, for example by a bolt attachment, which is slow and cumbersome to install and disassemble. The end result is often not aesthetic either.
    The object of the invention is to provide a structure to be fastened to containers, which is easy and quick to install and dismantle. The characteristic features of the present invention appear from the appended claim 1.
    The auxiliary structure arrangement for containers N20 according to the invention comprises at least one fastening member designed to support the N structure for the selected use and adapted to be fastened to a fastening stop at the upper corner of the container. In this way, the structure can be easily and quickly attached to the attachment stops in all © containers.
    Preferably, the fastening member comprises a hook-like gripping part, N, which is fitted in the opening of the fastening stop of the container. In this way, the structure can be firmly attached to the container.
    Preferably, the fastening member comprises an adapter piece for fastening the structure to the gripping part. The adapter piece both supports the structure and acts as a counterpart to the gripping member to form a supportive connection of the fastening member to the fastening stop. Preferably, the gripping part and the adapter body are adapted to be fastened to each other by a screw so that the gripping part or the adapter body or both have a slot, allowing the distance between the gripping part and the adapter body to be adjusted.
    In this way, the fastening member can be firmly mounted on the fastening stop, whereby the fastening member cannot swing under the influence of external forces, such as wind. Preferably, the structure includes a lamp. In this way, lighting outside the container can be arranged.
    The structure may be formed of profiles consisting of an upper main plate and a lower main plate adapted to form a load-bearing housing structure with end plates fitted at the ends and a skirt plate fitted to the housing structure. In this way, the structure can advantageously be formed in series production from thin metal sheets.
    S N Preferably, the adapter piece of the fastening member is adapted = to engage in a notch in the housing structure of the profile. In this way, a simple and functional working fastening method to the profile can be provided for the fastening member.
    Preferably, the end plate has at least one hole allowing at least N profiles to be attached to each other. The hole S can also be used for hot-dip galvanizing a metal profile. Preferably, the structure is adapted to one or more
    On at least one side of a container structure formed by an ISO standard container.
    In this way, the structure is scaled so that a uniform assembly of the same parts can be arranged on any side of a container structure of any size.
    Preferably, the structure rests on the container structure with a support structure between the securing responses of the container.
    In this way, the structure can be prevented from bending due to the structure's own weight, the accessories to be attached to the structure or the weight of an external load, such as snow.
    Preferably, at least one LED light strip is arranged in the profile.
    In this way, uniform lighting can be provided outside the container.
    Preferably, the LED light strip is attached to the housing structure by self-drilling screws so that the tips of the screws remain inside the housing structure.
    In this way, the LED light strip is easy to install and an aesthetic whole can be formed.
    Preferably, the structure is made of metal and hot-dip galvanized after assembly.
    In this way, the structure is made durable and Q 20 advantageous to manufacture. The invention will now be described in detail with reference to the accompanying drawings, which illustrate some embodiments of the invention, in which a Figure 1 shows a substructure S 25 according to the invention attached to a container structure, Figure 2 shows the attachment of a substructure
    Figure 3 shows the fastening of the fastening member of the auxiliary structure arrangement to the fastening stop of the container, Figure 4 shows the profile according to the invention from front to bottom right, Figure 5 shows the profile according to the invention from back to bottom from left, Figure 6 shows a cross-section of the profile according to the invention. members from the back oblique to the lower right, Fig. 8 shows a profile according to the invention and fastening members from the front oblique to the lower left, Fig. 9 shows a profile according to the invention and fastening members from the back oblique from the bottom right, Fig. 10 shows a profile according to the invention formed of profiles in accordance with
    N A the attachment of the structure to the container from below, and 00 a. Fig. 12 shows the fitting of a support structure of a structure E formed of profiles according to the invention to a container.
    O = In one embodiment of the invention + Q according to the invention shown in Figure 1, the structure 10 is arranged in a container formed of four containers 2.
    O S for two sides of container structure 4.
    Figure 2 shows the attachment of the structure 10 to the fastening stops 30 of two adjacent containers 2. The hook-like gripping part 21 of the fastening member is fitted in the opening 31 of the fastening stop 30 of the container 2. The fastening part 22 5 of 23. By sliding the screws 24 in the slots 23, the gripping member 21 is adapted to rest tightly on the edge of the opening 31 of the container 2 securing stop 30 and the adapter body 22 is arranged to rest on the outer edge 32 of the securing stop 30. .
    The slots 23 allow the fastening member 20 to be fastened to the container 2 from all directions, although the fastening stops 30 are different at different edges of the container 2. In Fig. 3, the structure 10 is fitted at an angle to the container structure 4, forming an angle of 90 degrees, so that the two fastening members 20 are arranged on different sides of one fastening stop 30 of the container 2. A profile 50 according to the invention is shown in Figures 4 to 6, by combining which the structure 10 can be formed. The profile 50 consists of S three metal plates and two metal end plates. a Shaped or rolled upper main plate 51 and lower main plate o 52 are spot welded together to form a> load-bearing housing structure 53. End ends 55 of S 25 are welded to the ends of the housing structure 53, which may be identical to each other. In addition, a skirt plate 54 is attached below the housing structure 53. S After welding, the profile 50 is hot-dip galvanized and painted. N For hot-dip galvanizing, the end plates 55 of the profile 50 have holes 56 which can also be used to fasten the profiles 50 to each other. The distance between the end plates 55 of the profile is 181 cm.
    Two LED light strips 70 are arranged in the profile 50 to provide the outdoor lighting of the container structure 4. The LED light strips 70 are attached to the lower main plate 52 of the housing structure by self-drilling screws on both sides of the skirt plate 54 so that the tips of the screws remain hidden inside the housing structure. On the underside of the housing structure, the LED light strips are protected from the conditions by the housing structure 53 and the skirt plate 54. The housing structure 53 also has drainage holes 57 through which any water can escape without hitting the LED light strips. The profile 50 shown in Figures 7 to 8 forms a direct connection piece 60. The direct connection piece 60 has two fastening members 20 for which two notches 58 are made in the housing structure 53, into which the adapter pieces 22 of the fastening members 20 are fitted. The length between the end plates 55 of the direct connection piece 60 is 62 cm. The direct connection piece 60 is intended to be fitted at the joint of the two adjacent containers 2 of the container structure 4 so that the fastening members 20 fasten to the fastening stops 30 of the two adjacent containers 2 as shown in Figure 2. Figures 9-10 show a corner connection piece 62 fitted from the profile 50. the other 2 is reached at an angle of 45 degrees and connected to each other by a spacer 59. a The 90 degree corner joint piece 62 thus formed can be fitted to the corner of the N container 2 so that the two fastening members 20 of the corner joint piece 62 engage the same fastening stop 30 as shown in Fig. 11.
    Figure 12 shows an embodiment of the support structure 26. S The purpose of the support structure 26 is to support the structure 10 and to prevent the N structure 10 from bending on the long side of the container 2 under the influence of the structure 10's own weight, accessories to be attached to the structure 10 or external loads such as snow.
    The support structure comprises a support part 27 arranged on top of the container 2. The support structure 26 includes an adapter piece 22 'to which the support member 27 is attached and which is adapted to be attached to the end plate 55 of the profile 50. The support member 27 and the adapter piece 22' are secured to each other by screws 24 fitted to horizontal slots 23 in In this case, the position of the support part 27 can be adjusted in two dimensions so that it rests against the container 2 both from above and from the side. The support structure 26 can also be, for example, a bar extending over the roof of the container structure 4. The profiles 50, the direct connection pieces 60 and the corner connection pieces 62 can be formed into a unitary structure 10 on any side of a container structure 4 formed of one or more ISO standard 20 foot long and 8 foot wide containers 2. The profiles 50 are dimensioned so that three profiles 50 can be fitted on the 2 foot side of one container and a profile 50 on the 8 foot side 1 between the corner joint pieces 20 62 or the straight joint pieces 60 or a combination thereof. oO OF O OF
    N 00
    I Ao a O
    KK <r O OF O OF D
    权利要求:
    Claims (5)
    [1]
    Auxiliary structure arrangement for containers (2), characterized in that it comprises at least one fastening member (20) designed to support the structure (10) for the selected use and adapted to fasten to the fastening stop (30) in the upper corner of the container (2).
    [2]
    Auxiliary structure arrangement according to claim 1, characterized in that the fastening member (20) comprises a hook-like gripping part (21) fitted in the opening (31) of the fastening stop (30) of the container (2) and an adapter body (22) for fastening the structure (10) the infected part (21).
    [3]
    Auxiliary structure arrangement according to Claim 1 or 2, characterized in that the gripping part (21) and the adapter piece (22) are arranged to fasten to one another with a screw (24) so that the gripping part (21) or the adapter piece (22) or both has a slot (23). ) allowing the distance between the gripping part (21) and the adapter body (22) to be adjusted. N 20
    [4]
    Auxiliary structure arrangement according to one of Claims 1 to 3, characterized in that the structure (10) is formed by profiles (50) consisting of an upper> main plate (51) and a lower main plate (52) which are arranged to form a load-bearing housing structure (53) with end plates S (55) fitted to the ends and a skirt plate (54) fitted to the housing structure (53).
    [5]
    5. Auxiliary structures according to one of the protection requirements 1 to 4
    arrangement, characterized in that the adapter piece (22) of the fastening member (20) is adapted to engage in a notch (58) in the housing structure (53) of the profile (50). oO
    OF
    O
    OF
    N 00
    I Jami a
    O
    KK +
    O
    OF
    O
    OF
    D
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    同族专利:
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    引用文献:
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    法律状态:
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    优先权:
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