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Publication numberUS1835301 A
Publication typeGrant
Publication dateDec 8, 1931
Filing dateJun 30, 1928
Priority dateJun 30, 1928
Publication numberUS 1835301 A, US 1835301A, US-A-1835301, US1835301 A, US1835301A
InventorsHennessey Vincent D
Original AssigneeHennessey Vincent D
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Plumbing fixture installation
US 1835301 A
Abstract  available in
Images(5)
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Claims  available in
Description  (OCR text may contain errors)

Dec. 8, 1931. v. D. HENNESSEY PLUMBING FIXTURE INSTALLATION Filed 'June 50, 1928 5 Sheets-Sheet l IN VENTOR WITNESSES ATTowE? Dec. 8, 1931. v. D. HENNESSEY PLUMBING FIXTURE INSTALLATION ATTORNEY 1 37 W. 0 &%

w TmFF. 6 x y -4 x M w 5 W m Dec. 8, 1931. v. D. HENNESSEY 1,835,301

PLUMBING FIXTURE INSTALLATION Filed June 30, 1928 5 Sheets-Sheet 3 Dec. 8, 1931. v. D. HENNESSEY PLUMBING FIXTURE INSTALLATION Filed June 50, 1928 5 Sheets-Sheet 4 ATTORNEY Patented Dec. 8, 1931 UNIT ED vIncENrn. a use, on MILWAUKEE, WISCONSIN I I PLUMBING FIXTURE ms'rnnm'rron Application file'd J'une so, 1928. Serial No. 289,439.

The invention relates to plumbing fixture installations andhasfor an object theprovision of means whereby plumbing fixtures can beexpeditiously mounted in place in a wall of either an old or anew building. 7

Another object is to provide simple but effective means whereby the necessary piping and valve means can be securely but adjust ably held in place within a wall to facilitate the placement ofthe various fixtures.

A further object is to facilitate the economical insertion of piping and valve means within a wall of either a new or an old buildby providing an apertured panel for 113 adequately covering a recess made in the wall for the piping and valve means, the panel obviating the necessity of finishing or-refinishing the wall over and adjacent thewall recess. p

2 A further object is to provide a plumbing fixture installation including a panel secured toia' wall for'concealing and afiording access to a wall recess containing piping and valve means, the panel beingapertured to receive therethrough theioperating parts of the valve means. 7 u

Another object of the invention is to provide simple but effective means for mounting liquid-conveying fixtures on the, wall.

cilitating the plastering oi the walls about projecting plumbing fixtures, particularly in new buildings. r 1 r A further object is toprovide simple and inexpensive soap container for the panel.

A further object is to provide a simple but effective valve mounting means which is secured to and within the wall independently A further object isto provide means for fa- In theaccompanying drawings, Fig. 1 is an elevation of a bathinstallation embodying the invention; V

' Fig. 2 is a sectional elevation through the installation taken on the line 22of Fig. 1; i

Fig. ,3 ,is a transverse sectional view through the shower .head mounting taken along the line 33 of Fig. 1;

Fig. 4 is a rear elevation of the bath in stallation taken along the line H of Fig. 2; I

Fig. 5 is a transverse sectional view through the installation taken along the line 5-5 of Fig. 6 is a sectional elevation similar to Fig. 2 but showing a modified form of bath installation;

'Fig. 7 is a detail front elevation of a, Wall panel included inthe installation of Fig. 6;

Fig. 8 is a sectional view of the mixing valve and its mounting taken along the line 88 of Fig. 5; r V

Fig. 9 is a detail rear elevation of a valve mounting plate;

F ig. 10 is a: detail plan view of a modified form of mounting plate adapted for use in a tile or masonry wall and shown in position within a sectioned wall; y

Fig. 11 is a detail side elevation, partly in section, of a modified form of valve mounting adapted for use in new buildings;

I Fig.- 12 is a detailview-of a waste connector;

' Fig. 13 is a sectional elevation similar to Fig. 2 butshowing another modified form of bath installation;

Fig. 14 is "a fragmentary rear elevation of the installation shown in Fig.13; and

Fig. 15 is a detail sectionalviewtaken along the line 15'15 of Fig. 14, showing a panel attaching means. In these drawings, the numeral QO designates a liquid-receiving receptacle, here indicated to be a bathtub of the built-in type,

the tublbeing provided with upper flanged portions 21 permanently "secured withinfla hollow wall 22. The walls including the wall 22 may be of any suitable construction, usually of plaster or tile, a tile wall facing 22 being indicated in a modified form of wall mounting shown in Fig. 10.

In that embodiment of the invention shown in Fig. 1 and related figures, the numeral 28 designates a niche or recess which is formed in the wall 22 above the tub, in which niche or recess the piping is placed. This niche includes a widened bottom portion extending near or to the tub flange 21 and a narrow vertically-extending slot-like upper portion which latter is adapted to receive a shower delivery pipethereinashereinafter described.

In the case of existing walls thiscniche 23 is formed to have the dotted line configuration shown in Fig. 1, although in some instances the upper slot-like portion of the niche may be omitted, as indicated in F 1g. 6. In cases where the niche is formed in a plaster wall during the construction of the wall, the margin of the niche may be provided with plaster grounds as is customary with the other wall aperture Within the wall 22 is preferably secured a rigid back support 24 spaced rearwardly from the face of the wall and receiving thereon a valve-supporting plate 25, best seen in Figs. 5 and 9. The plate is preferably formed of heavy sheet metal and has its opposite side portions provided with re-enforcing beads 26 which engage the support 24,

the plate 25 being secured in place on the sup port by screws 27.

A mixing valve 28 of any suitable construction is adjustably mounted on the supporting plate 25, and in the present instance this is accomplished by means of screws 29 and 30, the former of which serve to draw the mixing valve body tow rd the supporting plate and the latter of which space the mixing valve body from the supporting plate. Vertical slots 31 are formed in the upper and lower edges of the supporting plate 25 in laterally olfset relation and each slot terminates at its inner end in an enlarged aperture 32. The slots 31 form passages for entering the screws 29 into the enlarged apertures 32, and the head portions of these screws are disposed in a space left between the supporting plate 25 and its support 24. Large washers 33 are placed in engagement with the rear surface of the supporting plate about the enlarged apertures 32 and receive therethrough the screws 29, theheads of which engage the washers for preventing withdrawal of the screws through the apertures. The forwardly-extending portions of the screws 29 are threaded through nuts 34 which are retained in place against relative rotation in radially slotted pockets 35 disposed at diametrically opposite portions of the valve body. The forward end of each screw 29 is provided with a screw-driver-receiving slot 36 for facilitating the rotation of the screw by a workman. The screws 30 are arranged in parallel relation to the screws 29 to lie on substantially diametrically opposite sides of the valve body in intermediate positions with respect to the screws 29, and are threaded through lugs 37 formed integrally on the valve body. The rear ends of the screws 30 engage the plate 25 and the forwardly disposed heads of the screws are slotted for the reception of a screw-driver. By means of a mutual adjustment of the screws 29 and 30, the mixing valve can be located and locked in any suitable position to bring it in a predetermined location with respect to the face of the wall, and the enlarged apertures 32 permit the mixing valve to be laterally displaced a limited extent. The mutual adjustment of the screws 29 and 30 will further permit the valve and attached piping to assume angular positions with respect to the face of the wall.

The mixing valve is provided with a plurality of pipe-receiving bosses all preferably arranged in the same vertical plane. The upper boss 38 is arranged to receive the threaded end of a vertically-disposed shower delivery pipe 39, and three downwardly opening lower bosses 40, 41 and 42 receive respectively two supply pipes 43 and 44 and an intermediately disposed tub delivery pipe 4.). The shower delivery pipe 39 is placed within the wall either by introducing it through the upper slot like portion of the niche 23 as in the construction shown in Figs. 1 and 2, or by projecting it upwardly from below through the niche 23, shown in Fig. 6.

Vertically arranged hot and cold water service pipes 46 and 47 are mounted in the wall in the usual manner, and in the case of an old building these pipes may have formed a part of a pre-existing bath installation. In order to make connections with these service pipes, the supply pipes 43 and 44 connected to and extending downwardly from the mixing valve are provided at their lower ends with slip unions 48 receiving therein the service pipes. The supply pipes 43 and 44 are also provided at intermediate portions with nipples 49 and 45 elbows 50 to diverge the lower ends of these pipes and to provide a degree of swinging adjustment. Each slip union 48 consists of a sleeve 51 which is interiorly threadedat its upper end for the reception of one of the pipes 43 and 44 and is exteriorly threaded at its lower end for the reception of a gland nut 52 which contains a packing bushing 53, preferably of soft metal, adapted to engage about the incoming service pipe. A washer 52 is interposed between the bushing and the gland nut to prevent the bushing from turning when the nut is being tightened. The upper end of the bushing 53 is conically formed to engage within a conical recess 54 formed in .theend of the sleeve 51,. so that the {compression of. the bushing bythe gland nut52-will result in-the contraction of the-"bushing,about the the slip unions 18 obviates the-necessity for accuracyrin the cutting of the 'supplyjpipes and for threading the cut ends of the latter pipes. a f" The tub delivery pipe extendingdownwardly fro nthe mixingvalve is joined by. a

fitting .with a pipe 45"whichiisprovided with a forwardly projecting threaded lower end. Thefitting 55 1 forms a bearing for a rock shaft 56, which passes through the fitting and has a crank,57 at its rear end receiving. a

connecting rod 58, the latter being provided with a coupling member 59 at its lower end attached to a waste operating rod 60. The coupling member 59 is apertured to receive the connecting rod 58 and waste operating'rod. 60, the rods beingsecured in place by set screws 59'. A stop .pin 61 carried'by the fitting 55 permits the'c'rank to remain n its elevated position when swungto such PQSl'.

tion.

of the shower delivery pipe 39 and is provided with threaded ears 63 receiving. ad ust1ng screws 64 having laterally-extending ends65a The laterally-extending ends of the screws 64 I are engageable with theinner surface of the wall and serve to retain the elbow 62 in position within the wall against forward displacement, a i V Inorder to cover the mche 23, a panel 66 is provided preferably having the general configuration seen in Fig. 1. The opposite edges of the panel 66 preferably overlap the edges of the niche asufficient amount so that all irregularities in theedges of the niche will be concealed. The basefportion of the panel "66 is relatively wideland thejfpanel tapers to a narrow'upper 'endportion' The edges :of

the panel are provided with beads 67 both for the purpose of re-enforcement and appearance. Near its lower end the panelispro 'i L 1' 68 'lch :receives" Vldbd w th rm Opel mg thepipe 90 is urged forwardly againstthe I- therethrough theforwardly projecting lower end of the tub delivery pipe 4:5 A spout 69 preferably of large size and'having a nozzle slightly canted to discharge water against the 1 wall of the tub is threaded onto the delivery pipe -15, and the rear end of the spout is also exteriorly threaded to receive a' flanged collar nut '70. A bell-shaped escutcheon 71 surrounds the spout and is interposed between the panel and the flanged portion of the collar nuttoconceal the opening 68, the escutcheon being clamped against the panel by the nut.

Anotheropening 72 is formed in the panel above thespout69'and receives therein a soap Ireceptacle 7 3, preferably ofgeneral rectangu- An elbow 62 is threaded onto the upper-end la'r shape,- extending rearwardly intothe wall niche 23. The soap receptacle 7 3 is provided with a peripheral front flange 7 4 engageable with the panel around the edges of the open-.3

ing72, and flanges 75 are bent inwardly from the panelat the'upper andlower edges of the opening to receive screws 7 6 which secure the soap. receptacle in place within the opening. Thebottom surface. of the soap receptacle preferably slopes toward the face of the wall and has formed thereon a number of spaced ribs 7 7 slopingrearwardlyto retain a bar of soap in the receptacle and to permit the drain; age .of soapy water,"

.Above the opening 721 armed another opening 78 receiving therethrongh the waste.

operating, crankshaft 56. Anoperating handle'FQ issecured by means of a screw; 80 to the forward end of the shaft 56 and in-.

cludes. a flange 81 which bears against the panel to conceal the opening 7 8. 1 1

Immediately in front of the valve-supporting;plate 25, the panel 66 is provided with an opening 82 receiving therethroughthe forward portions of the mixing valve 28.- The I mixingvalve includes at its forward end an exteriorly threaded boss 83 which receives therethrough a valve stem .84 providedwith a handle 85 at its forward end. A flanged collarnut 86 is threaded onto the threaded boss 83aand serves to clamp in position a dialv plate 87 engageable with the panel 66 to conceal the opening 82- The dial plate is pro-. vided with suitableindicia as seen inFig. 1 I

1 directing the movements of the valve stenr.

84:.and is preferably formed of porcelain enamelled sheet metal, 'a reversely inturned flange88 being provided at the periphery of thedial plate to engage the panel 66.

-At the narrow upper end of thepanel 66 is formed anopening 89 in register with the horizontal portion of the elbow 62', "and; through this opening is received a horizontally-extending pipe 90 which is'threaded at its,;rear end into. the elbow-62 and carries a, shower head 91 at its forward end. A bellshaped escutcheon-92 surrounds the pipe 90 "and is secured in place thereon by a collar 90 held in position on the pipe 90 by a set I screw93, When securing the escutcheon 92,

reaction of the screw 65 behind the wall and the 'escutcheon is then urged rearwardly tofirmlyclarnp the panel 66 against thewall.

thus held firmly in posi- -2 tail in Fig. 7 extends only slightly above the mixing valve. since the niche 23" terminates shortly above the mixing valve. The-shower 3 delivery pipe 39 is introduced upwardly be hind the wall through a niche 23'f and the;

shower head pipe 90 passes through an opening 89in the wall. ,Anescutcheon 92 gen- 7 to provide a space about the mixing valve,

and thin sheet metal bendable plates 95 are secured to the flanges 94, as by welding, for anchorage within a plastic wall material 96,

, which upon hardening will secure the valve in Figs. 13 to 15 inclusive, thesupporting supporting plate 25 firmly in place. The flanges 94 of the valve supporting plate may also be provided with threaded bosses 97 receiving therein machine screws 98 which provide an additional anchoring means. The anixing valve may thereafter be secured to the plate 25 in the manner heretofore described.

In cases where the mixing valve and piping are to be installed and placed within a wall tobe later completed, a modified form of wall mounting may be used as indicated in Fig. 11. In this modification, the supporting plate 25 supports the mixing valve 28 by means of the screws 29 and 30, as heretofore described. The forward face of the valve body has mounted thereon a sheet metal cup 99, which includes an apertured inturned flanged portion 100 secured to the valve body in any suitable manner, as by means of screws "101 driven into the valve body, the apertures in the flanged portion 100 affording access to the screws 29 and 30. The forward edge of the sheet metal cup 99 forms a plaster ground, and this edge may be readily brought to its proper plane by adjusting the mixing valve in or out, as heretofore described. The cup 99 is preferably so mountedon the valve body that it will not interfere with the removal of interior parts of the valve for repairs or replacement. The cup may be permanently secured to the valve body and may also be included in the installation without using it as a plaster ground, as'shown in Figs. 2 and 5.

In the modified form of installation shown means for the mixing valve and its piping is formed by a sheet metal box 125 having an open back with exception of one or more reenforcing bands 126. The box 125 is let into a niche or recess 123 formed in the wall 122 and is preferably secured to suitable laterally-adjacent wall supports 124. The attachment-of the box to the wall supports is ac- "complished in the present instance by providing the side walls ofthe box with vertical slots 19-7 through which nails or other fastening elements 198 are driven into the supports 124. A wall panel 166, which is generally similar to the wall panel-66 of the Fig,

1 device, serves to conceal the wall niche 123. In the present case, the panel also serves as a support for the mixing valve and piping. The upper end of the panel 166 has secured thereto a horizontally-disposed pipe 190 for supporting the shower head 191, and an elbow 162 within the panel connects this pipe with a shower delivery pipe 139, which latter is permanently secured to the panel in any suitable manner, as by means of straps 163 welded to the panel. The lower end portion of the shower delivery pipe 139 is provided with a union fitting 138, by means of which it is detachably secured to a mixing valve 128. The side portions of the mixing valve are connectedby similar unions 140 and 141 to hot and cold water supply pipes 143 and 144, respectively, which have slip joint connections with the service pipes 46 and 47. A tub delivery pipe 145 is detachably connected to the lower portion of the mixing valve by a union 142 and is permanently secured to the back of the panel 166 in any suitable man ner as by welded straps 155. The lower end of the pipe 145 is provided with a short nipple 170 extending through an aperture 168 in the panel to receive thereon a spout 169.

The pipe 145 has its intermediate portion disposed at one side of the vertical median plane of the panel to provide room for a soap receptacle 173 which is inserted through an opening 172 :formed in the panel. The soap receptacle may be made of sheet metal and the forward portions thereof are provided with a head or flange 174 engageable with the forward face of the panel and concealing the opening 17 2. Spring clips 175 are provided at the upper and lower edges of the opening 172 to engage the soap receptacle and retain it in position. The soap receptacle may be provided with ribs 177 on its lower edge, similar to the ribs 77 of the Fig. 1 device.

Above the soap receptacle 173 an opening 178 is formed in an embossed portion of the panel to receive therethrough a waste operating cam shaft 156 provided with an operating handle 179 in its forward end. The rear end of the shaft 156 is provided with a crank 157 connected to a rod 158 having a waste rod coupling member 159 at its lower end.

Immediately in front of the mixing valve 128, the panel is provided with a large opening 182 which receives therein a dial plate 187. At the upper and lower portions of the opening 182 are provided spring clips 186 engageable with apertured ears 188 formed on the dial plate to retain the latter in position. Near its lower end the panel is provided at opposite sides with brackets 129 secured as by welding to the rear face of the panel, and each bracket is provided with a verticallyarranged keyhole slot 131 having an enlarged lower end. Angle brackets 130 are secured as by welding to the opposite side faces of the box near its lower end and are In order to position the mlXlll g valve 128 within the box 12510 thereby draw the attached panel 166 into close engagement with the wall 122, thepipes 139 and 145 are each provided near the mixing valvewith permanently-attached straps 133-, and these are provided with screws 134 which are threaded into lugs 135 projecting from thebox 125 and the backplate"126. 1 The 'pipes 143 and' 144 may have their upper end portions adjustably seoured'to the side walls of the box 125 in a similar manner by means including clamping straps 135'. The upper wall of the box 125 is provided with a notch-like aperture 137 receiving therethrough the shower delivery pipe 139. p r In assembling the device of Fig. 13, the supply pipes 143 and 144 are secured by their and 47. The unions 140 and 141 at the upper ends of the supply pipes are in position to subsequently receive the mixing valve 128, which latter is attached by other piping to the panel 166. Before the panel 166 is mounted in position, the dial plate 187 and the soap container 173 are removed from their spring clips, so as to present openings sufliciently large to admit tools. In setting the panel in place, the headed pins 132 secured to the box 125 are admitted through the keyhole slots 131 on the panel, which latter is then dropped a slight amount to engage the pins 132 for confining the panel against the wall. The shower delivery pipe 139 is then introduced into the notch 137 and the screws 134 are then screwed into the lu s 135 to draw the panel against the wall. 11 this position of the panel the mixing valve 128 is now so disposed that the supply pipe unions 140 and .141 can be attached thereto by means of tools entering the opening 182. The waste operating connections can be completed by entering tools through the opening 172.

The panel 166 is provided with a marginal flange 167, which is engageable with the wall surface, and the main portion of the panel is spaced outwardly from the wall. The

shower delivery pipe 139 has most of its mounted in the the P n openingts myalso be omitted. ,7 j

The invention provides means by which the installation of plumbing fixtures in both old and new'walls, and especially the former,

may be accomplished in a simple and expeditious manner, and whereby the necessary wall apertures may becovered without requiring additional plastering or tile work. Vfhile the invention relates more particularly to bath installations, it is also applicable *to other plumbing installations, such as those including lavatoriesp'sinks and the like.

What I claim as new and. desire to secure by Letters Patent is: 3

' 1. The combinatlon, Wltllt wallhavinga recess therein above. a liquid-receivingreceptacle, of valve means and-piping within said wallrecess, said valve means including operating parts projecting forwardly from, the face of the wall, a panel forcovering said recess to' conceal-said valve means and piping slip oint connections to the service plpes 46 including marginal port1ons overlying the and ,to afford access thereto and saidpanel edge portions of saidrecessinabutment with.

securing the panel to-said wall includinga collar member secured to said valve means and surrounding ,said projecting operating parts. V ,7 1

'2. Thecombination of a supporting, member adapted to be seoure'd to interior portions of a wall, a valve within the wall in front of said supporting member, and forwardly; projecting screws distinct from said valve and connecting said valve and 'supportingmember and by their mutual adjustmentpermitting the valve to be adjustably-displaced for-1 Y'wardly andrearwardly in the wall.

3. The combination of a supporting mem- ..ber adaptedto be secured within a 'wall in .irearwardly spaced relation tov the face of the -wall,-a valve disposed in front of said sup. porting member and including parts projecting forwardly beyond the-face of the wall, and a plurality of forwardly projecting threaded members adjustably connecting saidvalve tosai d supporting members for efufecting-the forward: and rearward displacement of said va-lverwithin the wall. 1 j

1 4. The combination of a supporting member .adapted to bersecured within a-wall in rearwardly spaced relation to. the face of the wall,said supporting member having screwreceivingapertures therein, a valve disposed in front of said supporting member and :including parts projecting forwardly beyond the face of the wall, and a plurality of screws adjustably connecting said valve to said supporting member and each being manipulatedat its-forward portions for effecting the V displacementfof said valve within the wall, some of: 1 said; screws being received ,within said apertures and adapted for drawing said valve toward said supporting member and others of said screws bearing against said supporting member and adapted to urge said valve forwardly away from said supporting member.

5. The combination of valve supporting means adapted to be secured within a wall, a valve within the wall including operating parts projecting forwardly beyond the face of the wall, means for adjustably securing said valve to said supporting means and permitting a forward and rearward displacement of said valve with respect to the plane of the wall, and a collar member secured to said valve including an annular edge forming a plaster ground about portions of said valve extending through the plane of the wall, the in-and-out adjustment of said valve determining the placement of said groundforming edge of said collar.

6. Plumbing apparatus comprising valve means and a delivery pipe extending therefrom and arranged within a wall, the wall having an aperture to receive therethrough the discharge portions of said delivery pipe, and means carried by the end portion of said delivery pipe engageable with the inner portions of the wall adjacent said aperture for limiting the projection of the discharge portions of the pipe from the wall.

7. Plumbing apparatus comprising valve means and a delivery pipe extending therefrom arranged within a wall, the wall having an aperture to receive therethrough the discharge portions of said delivery pipe, and a member adjustably carried adjacent the end portion of said delivery pipe engageable at its forward parts with the inner portions of the wall adjacent said aperture for limiting the forward projection of said discharge portions of the pipe from the wall.

8. The combination, with a valve, of supporting means therefor comprising a U- shaped plate adapted for disposition within a wall and having bendable metal wing members secured thereto for facility in securing said supporting plate within said wall.

9. The combination of a supporting member adapted to be secured within a wall in rearwardlyspaced relation to the face of the wall, a valve disposed in front of said supporting member and including parts projecting forwardly beyond the face of the wall, and adjustable means for securing said valve to said supporting member'and having tool-receiving abutments forward of said valve for effecting a forward and rearward displacement of said valve to vary the position of the valve with respect to the face of the wall.

10. The combination, with a Wall having a recess therein, of valve means and piping disposed within said recess, said valve means including operating parts projecting for- VINCENT D. HENNESSEY

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2460005 *Mar 11, 1947Jan 25, 1949Henry GruenPlumbing fixture
US3011520 *Mar 25, 1957Dec 5, 1961Barkelew Richard CFaucet assembly
US3035276 *May 24, 1960May 22, 1962 Combination form and faucet assembly adapter
US3255483 *Nov 4, 1964Jun 14, 1966Moen Alfred MValve handle construction
US3333284 *Dec 30, 1964Aug 1, 1967Symmons Engineering CompanyPlumbing fixture
US3356105 *Oct 13, 1965Dec 5, 1967Marr Ferguson LaShower and bath temperature selector means
US3443266 *Nov 24, 1967May 13, 1969Standard ScrewBathtub combination plumbing fixture
US3633223 *Jul 13, 1970Jan 11, 1972Lins AlbertPlumbing fixture
US3761967 *Mar 12, 1971Oct 2, 1973American Standard IncIntegrated plumbing fitting
US4457031 *Apr 28, 1982Jul 3, 1984The Swan CorporationModular pre-plumbed shower unit
US4463460 *Aug 13, 1982Aug 7, 1984Indiana Brass, Inc.Roman tub fixture
US5845673 *Feb 13, 1997Dec 8, 1998The Horne Engineering Company LimitedMounting apparatus for pieces of equipment especially fluid valves
US6276004Feb 15, 2000Aug 21, 2001Moen IncorporatedShower arm mounting
US6464265Oct 22, 1999Oct 15, 2002Moen IncorporatedModular shower arm mounting system
US6637048 *Mar 22, 2000Oct 28, 2003Hansgrohe AgSanitary fitting
US7210493Jan 11, 2006May 1, 2007Seung Tae WangFaucet assembly mounting apparatus
US20120132293 *Nov 30, 2010May 31, 2012Aaron HokansonShower arm securing device
US20130269794 *Jun 22, 2012Oct 17, 2013Peter M. FieldShower and tub fixture insert
DE102004010327A1 *Feb 25, 2004Sep 15, 2005Hansgrohe AgBrauseanordnung
EP0790357A1 *Feb 11, 1997Aug 20, 1997The Horne Engineering Co. Ltd.Mounting apparatus for pieces of equipment, especially fluid valves
Classifications
U.S. Classification4/695, 4/615, 137/597, 4/570, 137/872
International ClassificationE03C1/042
Cooperative ClassificationE03C1/042
European ClassificationE03C1/042