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Publication numberUS2579447 A
Publication typeGrant
Publication dateDec 18, 1951
Filing dateApr 17, 1948
Priority dateMay 12, 1947
Publication numberUS 2579447 A, US 2579447A, US-A-2579447, US2579447 A, US2579447A
InventorsJacques Boucher
Original AssigneeCie De Pont A Mousson
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Support for conduit members
US 2579447 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

Dec.- 18,1951 J BOUCHER 2,579,447

SUPPORT FOR CONDUIT MEMBERS Filed April 17. 1948 U 7-0/7 Jam/4s 3006/?[6 Patented Dec. 18, 1951 SUPPORT FOR CONDUIT MEMBERS Jacques Boucher, Paris, France, assignor to Compagnie de Pont-a-Mousson, Nancy (M. & M.), France, a French company Application April 17, 1948, Serial No. 21,607 In France May 12, 1947 2 Claims.

The present invention has for its object to provide an improved support for channel, pipe or tube member, enabling an easy and adjustable laying of said member. This support comprises in combination, a leg or equivalent support element and at least a movable distance piece on the top face of said leg, to permit an adjustment of .the supported member crosswise and/or elevationally. r

The invention is particularly advantageous for the installation of open conduits orchannels for which a very exact elevational adjustmentis indispensable if it is desired to use the entire section of the conduit without risk of overlapping, as iwell as for closed conduits for which: it is likewise very useful from the point of view 'oftheir filling and of their purging of air'to keep to a regular longitudinal profile.

Other characteristics will become apparent from the following description.

On the appended drawing, given merely by way of example:

Fig. 1 is an elevational view of a support according to the invention and a vertical cross section of the conduit member which rests on said support;

Fig. 2 is a perspective view of a part of the head of the support on which bears an adjustable sliding wedge;

Fig. 3 shows a vertical section of the excavation intended to receive the support;

Fig. 4 is an elevational view of the device used for the adjustment of the height of the conduit member;

Figs. 5, 6, '7 and 8 show different embodiments of distance pieces and their locking means.-

f' -As shown in Fig. 1, the support according to the invention includes a leg forming a." support element composed of two vertical reinforced concrete uprights I, I', joined by concrete crossbeams 2.v Two legs 3 are sealed in cavities 4 made in a thin concrete bed 5 arranged at the bottom of an excavation 6 (Fig.3).

Thetop part ofthe leg (Figs. 1 and 2) includes a cross-beam I in the top part of which a lengthwise semi-cylindrical groove 8 is made. At the ends .of said cross-beam are arranged two plane surfaces 9 sloped symmetrically and converging downwardly. Finally, the top faces I 0 of the extremities II' of the uprights likewise have a semi-cylindrical groove I2 parallel to groove 8.

Two gshiftable' distances pieces I3. formingwedges rest on the top part of the support. Each distance piece I3includes at its top part a sloping plane face I4 so that the combination of the surfaces of both pieces I3 defines two symmetrical planes converging downwardly.

The bottom part of said distance pieces have aprofile sectionwhich corresponds to one of the extremities I I of the support on which said hottom part comes to bear. Said part is formed by v three plane surfaces I5, I6 and II. The face I5 is provided with a semi-cylindrical groove I8 which comes opposite the groove I2 of the extremity I I. The face I6 is sloped andplane; it is parallel to the face 9 of the extremity I I. Finally, the horizontal face I'I bears on the top face of the crossbeam 1 and is provided with a semi-cylindrical rib I9 which imbeds in the corresponding groove 8 of said cross-beam.

The conduit member 29 rests onthe surfaces I I preferably through the medium of two symmetrical flat parts 2I, the slope of which corresponds to that of the faces I4 of the wedges I3.

Said conduit member is laid as follows (Figs. 1 and 3): The excavation is opened, the bottom of which is dug approximately to the desired depth. Thin concrete 5 of a suitable thickness is poured but, before setting, a pattern or the like is driven in so as to shape two recesses 4 forthe housing of the feet 3 of the support, The depth of the recesses is preferably adjusted in view of rough-hewing the final adjustment.

After the setting of the concrete, the support is put in place in the excavation and its feet are finally sealed by refilling the recesses with concrete and a strongly rammed packing 22 (Fig. l) of the excavation.

The sliding distancepieces I3 are then put in place as well as the conduit member 20.

The final adjustment of the level and position of said member 20 is then carried out by a combined judicious moving of the two sliding distance pieces I3 (Fig. 4). I

The insertion of one or several temporary feeler distance 23 between the faces 9 and I6 at the extremity of the support and of each of the pieces I3 causes a side movement of said pieces I3; movement guided by the imbedding of 'the rib I9 in the corresponding groove 8 of the crossbeam I. v

During the course of adjustment, if the'side movement of the two distance pieces I3 does not modify their respective distance, the conduit member simply undergoes a corresponding side movement, without elevational movement. If, on the contrary, during the course of adjustment the cross distance of the pieces I3 decrease symmetrically in relation to the axis of the support, by insertion of a same number of feeler distance pieces 23 between the two pieces I3 and the surfaces 9, the conduit member 20 undergoes an elevational movement equal to the side movement of each of the pieces I3 multiplied by the tangent of the angle formed by the contact planes of said pieces I3 with the conduit member.

If only one distance piece I3 is moved, there is an oblique shifting whereby the horizontal and vertical components are equal to half of the above movements.

. {lfhere would even be aisinking if, instead;

fore be exactly adjusted by simply acting on the sliding distance pieces [3, without touching the leg; this last operation would indeed be much longer and more difficult than the first which can 4 shifting" ofthe single distance piece enables to ensure a correct elevational adjustment of the conduit member at the expense of a slight simultaneous side shifting. Ofcourse, in the different cases, the dimen- "sions of the support in the perpendicular direcbe done with the aid of a jack, for example, per- 1 mitting the raising of the conduit member 20' during the adjustment. J

The adjustment being finished, the spaces remaining between the distance pieces and the head of the support are then packed with mortar, after setting, permits the removal of the temporary feeler pieces 23 used for the adjustment, The mortar filling the grooves opposite l8 and I2 ensures a true keying of each wedge on the support element, perpendicularly to the plane of the figures.

In 24 on Fig. 4, is shown a sliding stall intended to facilitate the adjustments; it is placed on the bottom of member 20.

According to variations shown in Figs. and 6, the working surface Hi of the distance piece I3 is horizontal, the bearing surfaces l6 either being turned outwardly (Fig. 5) or else inwardly (Fig. 6).

According to modifications shown in Figs. '7 and 8, the bearing surface Hi is horizontal, the surfaces [4 either being turned inwardly (Fig. 7) or else outwardly (Fig. 8)

Mortar 25 can likewise be inserted between theouter face of the sliding distance piece [3 and a shouldering 26 of the support (Figs. 6 and 8),

or between the inner face of the distance pieces and a shouldering 21 of the cross-beam (Figs. 5 and 7 Of course, the invention is in no way limited to the embodiments shown and described, which have merely been chosen by way of example.

Thus, the support can be applicable not only to the laying of conduit members 20, but also to the laying of any members, for example pipes.

The bottom surface of the conduits, pipes or other members can include fiat parts as shown or, on the contrary, remain cylindrical and rest on the sliding distance pieces, preferably through the medium of a concrete filling made afteradjustment and before loading of the conduits or pipes.

The sliding distance pieces can have a horizontal face and a sloped face, or more generally two differently sloping main faces, said pieces preferably being secured laterally by means of a packing acting on the small face placed on the thickest side and bearing on the support or the member to be propped.

The invention applies not only to supportsof one or several parts which are manufactured beforehand and assembled on the working site, but likewise to supports which are masoned or molded on the spot where they are used. However, the use of prefabricated members is more advantageous because of the manufacturing outdescribed above, or by any other known method. u

The invention can likewise be applied to supports having only a single sliding distance piece, the support itself having an oblique contact surtion'to the figures, that is to say parallel to the longitudinal axis of the carried member can be of any dimension whatsoever. Eventually several sets of distance pieces distributed along said member can be provided.

Having now described my invention What I claim as new and desire to secure by Letters Patent is:

1. The combination of a longitudinal element of canalizat-ion and of a support for said element, said support comprising a supporting base of concrete,'the top face of which comprises transversely with respect to the longitudinal "axis of said element two horizontal upper end portions, a middle horizontal lower portion and two inclined portions between said end and middle portions, the lines formed by the intersection of said end i and middle with said inclined portions being parallel to said axis, two wedge pieces interposed between said element'of 'canalization and said supporting base on the horizontal portions of the top face of which they are slidably keyed transversely to adjust the position of saidelement both and on the middle horizontal portion of the top surface of said supporting base and a middle inclined surface which is parallel to the corresponding inclined portion of said top surface,

, I whereas the top face of said piece comprises an inclined surface of contact with the element of 3 canalization, and at least a mortar filling between one of the inclined portions of said top face and the combined inclined surface of the corresponding wedge piece for setting in position said wedge piece with respect to said element of 7 canalization and said supporting base.

, each wedge piece is provided with a transversal face with the conduit (in other words this comes to making integral one of the twodistance pieces r in relation to the support). In'this case the-side I rib imbedded in a groove of the corresponding horizontal portion of the top surface of said supporting base, whereas both the other combined horizontal portion, and surface of said top face and of said wedge piece are provided with superposed transversal grooves filled with a keying material selected from the group consisting of cement and mortar.

JACQUES BOUCHER.

REFERENCES CITED UNITED STATES PATENTS Number Name 'Date 7 1,646,423 Schaub Oct. 25, 1927 2,141,298 Miller Mar. 21, 1939 2,279,958 'Snyder et al. Apr. 14, 1942 1 FOREIGN PATENTS Number Country Date 25,036 7 Great Britain of 1902 475,534 France Mar. 4, 1915 599,705 Germany Dec. 4, 1940

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US1646423 *Mar 15, 1924Oct 25, 1927Eugene SchaubCradle for hydraulic pipe lines
US2141298 *Mar 16, 1937Dec 27, 1938Rust HeinzVehicle door construction
US2279958 *Nov 16, 1940Apr 14, 1942Pfaudler Co IncContainer support
DE699705C *Mar 5, 1939Dec 4, 1940Arnold Haarmann Dr IngGrubenstempel
FR475534A * Title not available
GB190225030A * Title not available
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3129678 *Oct 3, 1961Apr 21, 1964United States Steel CorpFurnace roof
US3307302 *Jul 31, 1963Mar 7, 1967Cagigal Gutierrez Jesus AlbertSystem of construction of terraces with drainage means
US3648468 *Feb 11, 1970Mar 14, 1972Phillips Petroleum CoLambda supported pipeline for arctic use
US4077346 *Oct 18, 1976Mar 7, 1978Hitachi Shipbuilding & Engineering Co., Ltd.Method of producing storage tank support block for low temperature liquified gas carrying vessels
US5467609 *Mar 3, 1994Nov 21, 1995Liebert CorporationModular floor sub-structure for the operational support of computer systems
Classifications
U.S. Classification248/49, 52/169.9, 405/119, 52/297, 52/126.1
International ClassificationF16L3/12, F16L3/16, F16L3/18
Cooperative ClassificationF16L3/1218, F16L3/18
European ClassificationF16L3/18, F16L3/12L