In particular, the object of the invention is to provide a system wherein the (exterior of the) pipes, cables, tubes, hoses, etc. can be cleaned effectively and thoroughly, which is essential when these pipes, etc. are installed in an environment where food is produced, or processed, or where other processes are executed in which hygiene is essential.

For guiding conduits etc., (standard) cable trays with cable ties are known among others. Disadvantageously, the conduits in these known trays cannot be properly cleaned from the outside. Therefore, the object of the invention is to provide a system, wherein the adjacently arranged conduits are maintained at a mutual distance, wherein a orderly arrangement of the conduits is obtained, horizontally or vertically (or possibly inclined at an angle), and wherein the conduits are easily accessible from the outside, so that the conduits may be cleaned dry and/or wet with little effort, thereby considerably improving the hygienic operations.

According to the invention a system is provided for guiding a plurality of adjacently arranged cables, pipes etc., hereinafter referred to as conduits, which system comprises a frame configuration which is configured to guide the conduits and to form a connection with an attachment surface or attachment points,

wherein the system further comprises locking elements, which extend transversely with respect to the longitudinal direction of the conduits, wherein the locking elements are able to provide a releasable (detachable) connection with the frame configuration, and

wherein the system further comprises spiral locking springs, which extend transversely with respect to the longitudinal direction of the conduits, wherein the spiral locking springs are configured to secure the arrangement of the adjacently arranged conduits, optionally in cooperation with the locking elements.

By providing releasable locking elements and releasable spiral locking springs, locally the conduits can be easily removed and cleaned and subsequently be reattached (locked). Additionally new conduits may be added with little effort and old conduits may be easily removed.

In a first embodiment, the frame configuration comprises a ladder-shaped frame having two or more frame sections extending in the longitudinal direction of the conduits, and a plurality of transverse elements extending transversely with respect to the longitudinal direction of the conduits between the frame sections, which transverse elements are provided and configured as support for the conduits, and wherein the locking elements and the frame sections are configured such that, after (detachably) connecting the locking elements to the frame sections, the locking elements extend above the conduits, transverse to the longitudinal direction of the conduits. Preferably, the locking elements and the frame sections are configured such that, after connecting the locking elements to the frame sections, the locking elements are located at about the same level as said transverse elements, which transverse elements are provided and configured as support for the conduits, whereby the locking elements slightly press down the conduits, so that the conduits are held securely in place ("locked"). Preferably the spiral locking springs are configured to be able to be provided with their helical windings between the conduits, before or after mounting the releasable locking elements. As a result, cable ties to hold the conduits in place are now superfluous.

In a second embodiment the frame configuration comprises one or more frame sections which extend in longitudinal direction of the conduits, and which are configured to be releasably connected with one or more locking elements, and wherein additionally the frame sections comprise one or more spiral locking springs, which extend transversely with respect to the longitudinal direction of the conduits, or the frame sections are configured to be connectable with one or more spiral locking springs.

In use in both embodiments, the locking elements extend on the inner side or the outer side of the spiral locking springs.

The invention will be hereinafter further explained by means of the description of the figures. Figures la - Id show a first embodiment of a system according to the invention;

Figures 2a - 2d show a second embodiment of a system according to the invention. Both the Figures la - Id as well as 2a - 2d show a system for guiding a plurality of adjacently arranged cables, pipes etc., hereinafter referred to as conduits 1, which system comprises a frame configuration 2 which is configured to guide the conduits 1 and to form a connection with an attachment surface (e.g. a wall) or attachment points (for example, on the frame of a production plant), wherein the system further comprises locking (retaining) elements 3, which extend transversely with respect to the longitudinal direction of the conduits, wherein the locking elements are able to provide a releasable connection with the frame configuration 2, and wherein the system further comprises spiral locking (retaining) springs 4, which extend transversely with respect to the longitudinal direction of the conduits, wherein in cooperation with the locking elements the spiral locking springs are configured to secure a neat orderly arrangement of the adjacently arranged conduits. As a result, cleaning of the these conduits is more easy, either by locally temporarily removing the locking elements 3 and/or the locking springs 4, for example while performing a "thorough cleaning", or by maintaining the connection of the locking elements 3 and/or the locking springs 4 with the frame configuration 2, for example, when carrying out a mid-term "small maintenance". When performing a "thorough cleaning" or during replacement, removal or adding of conduits, due to the releasable locking elements and the releasable spiral locking springs, the conduits are easily locally disconnected and cleaned and then again are easily (re)attached (locked) onto the frame configuration.

Figures la - Id show a first embodiment of the system according to the invention, wherein the frame configuration 2 comprises a ladder-shaped frame having two or more frame sections 5 extending in the longitudinal direction of the conduits, and a plurality of transverse elements 6 extending transversely with respect to the longitudinal direction of the conduits between the frame sections, which transverse elements are provided and configured as support for the conduits 1. The releasable locking elements 3 and the frame sections 5 are configured such that - by means of, for example, openings 7 in the frame sections 5 - the locking elements 3, after being (detachably or releasably) connected with the frame sections 5, extend above the conduits 1, transverse to the longitudinal direction of the conduits. Preferably, as is also shown in Figures la - Id, the locking elements 3 and the frame sections 5 are configured such that, after connecting the locking elements to the frame sections 5, the locking elements 3 are located at about the same level as said transverse elements 6, which transverse elements are provided and configured for supporting the conduits 1. As a result the locking elements 3 (have to) slightly press down the conduits 1, so that the conduits - due to the clamping force exerted - are held securely in place ("are locked"). The spiral locking springs 4 are configured to be able to be provided with their helical windings between the conduits 1, before or after mounting the releasable locking elements 3. In Figures la - Id the locking springs 4 are mounted after the locking elements 3 are inserted into the frame configuration 2. However, it is also possible (although somewhat more difficult) to firstly insert the locking springs 4 between the conduits, approximately at the location of the openings 7, and then subsequently insert the locking elements 3 inwardly, through the inside of the helical windings.

In a second embodiment, the frame configuration 2 comprises one or - as proposed in the figures 2a - 2d - a plurality of (separate) frame sections 5', which (together) extend in the longitudinal direction of the conduits 1, and which are configured to be able to be releasably connected with one (as in the figures 2a - 2d) or optionally more locking elements 3. The frame sections additionally comprise one (as in the figures 2a - 2d) or optionally more spiral locking springs 4 (which optionally are or may be releasably connected therewith), which springs extend transversely to the longitudinal direction of the conduits 1. The locking springs do not necessarily have to be mounted onto the frame. They may also be used to guide two or more conduits, which are suspended in a free space between two attachment points; for example, with a reciprocating motion or a small bridging to a field object.

In both embodiments, as stated earlier, the locking elements 3 may extend in use on the inner side or the outer side of the spiral locking springs 4. In Figures la - Id, the locking elements 3 are provided outside of the locking springs 4 (the locking springs 4 are only provided there, after inserting the locking elements 3 into the openings 7 of frame sections 5), whereas in Figures 2a - 2d, the locking elements 3 are provided within the locking springs 4 after the conduits 1 are pressed into the locking springs 4 (which are already connected to the frame sections 5'). The locking elements 3 (corresponding to the embodiment of Figures la - Id) are connected with the frame sections 5' by means of openings 7 in the frame sections 5', in which openings the locking elements 3 are inserted.