|Publication number||US1512581 A|
|Publication date||Oct 21, 1924|
|Filing date||Feb 3, 1921|
|Priority date||Feb 3, 1921|
|Publication number||US 1512581 A, US 1512581A, US-A-1512581, US1512581 A, US1512581A|
|Inventors||Deming William L|
|Original Assignee||Deming William L|
|Export Citation||BiBTeX, EndNote, RefMan|
|Referenced by (13), Classifications (8)|
|External Links: USPTO, USPTO Assignment, Espacenet|
Y Oct 21. .1924. 1,512,581
W. L. DEMING SHOWER DEVICE Filed Feb. 5. 1921 s Sheets-Sheet 1 Oct. 21 1924.
\N. L. DEMING S HOWER DEVI GE Filed Feb. 3 1.92] 3 Sheets-Sheet 2 5 Sheets-Sheet 3 W. L. DEMING SHOWER DEVICE Filed Feb.
v a v A A 4 A A A A A 4:
Oct. 21 1924.
Patented Oct. 21, 1924.
WILLIAM L. DEMING, 0F SALEM, 0E0.
Application filed February 3, 1921.
To all whom it may concern:
Be it known that I, WILLIAM L. DEMING,
a citizen of the United States, residing at Salem, in the county of Columbiana and State of Ohio, have invented a certain new and useful Improvement in Shower Devices, of which the following is a full, clear, and exact description, reference being had to the accompanying drawings.
This invention relates to bathing apparatus and is particularly concerned with shower devices adapted for use in connection with various forms of permanent or portable bathing apparatus.
An object of my invention is the provision of means for supporting a shower device, whereby universal movement of a shower nozzle may be readily obtained. Another object is the provision of means associated with the supporting member, whereby the nozzle may be readily turned and thereafter held in any desired position.
' Other objects include the construction of a device which permits the installation, and use thereof, in connection with existing bathing apparatus, as well as the construction of a shower mechanism, wh ch is compact, durable, and capable of being cheaply manufactured.
In accomplishing the above ob ects I provide a shower nozzle, movable longitudinally of its axis, and I provide means for supporting the nozzle, so that it may be oscillated in either a horizontal or vertical plane. Furthermore I provide ratchet means, which permits the nozzle to be readily oscillated on either a horizontal or vertical axis, and to be thereafter held in such desired position.
The means for accomplishing the above and other objects will bemore fully set forth in the. following description which relates to the drawings. The essential characteristics will be set forth in the claims.
In the drawings Fig. 1 is a section through a bathing apparatus, showing in elevation a shower device embodying the features of my invention; Fig. 2 is a vertical section taken through the middle of the shower .device; Fig. 3 is an end elevation thereof;
Serial No. 442,038.
1s a perspective showing the manner of securing the pawl to the supporting bracket.
In general; my invention contemplates the construction of a shower device, which is very flexible, in that it is capable of being manipulated in three directions to provide universal movement for a shower nozzle. In carrying out my invention, I may employ detent means for retaining the nozzle in such desired position. In Fig. 1 the device 1s shown as connected by a tube 10 to a mixing device 11, and supported overhead by the inclined bars 12, which bars constitute means for supporting a curtain 9. The bathing apparatus shown in connection with my shower device is more fully set forth in my co-pend1ng application. Serial No. 319,- 718, filed August 25, 1919.
While I have shown supporting means for this shower device as inclined rods, which constitute a part of a curtain holding apparatus, it is to be understood that the device may be secured to the wall, and adapted for use in connection with bath tubs or other permanent bathing structures.
Supported on the rods 12, I provide a bracket 13, having a body portion and laterally disposed arms 14;. These arms may be provided with recess 15 for receiving the rods 12 and may be equipped with set screws 16 for retaining such rods in position. This bracket constitutes a supporting device for the shower nozzle.
Rotatably mounted within the bracket 13 I provide a bifurcated member 18 having a shank, which extends through the body portion of the bracket member and which is shown as dependin therefrom. The de- 18 constitute supporting means for the shaft 19. The depending portions may be cast on the member 18 or may be plates rigidly secured to the base of the shank.
Supported on the shaft 19, and intermediate the ears 18 I rovide a detent wheel 20. This wheel may e free to rotate on the shaft 19 but is normally restrained from rotation by contact with a retaining pawl. The pawl is shown as a roller 21, supported at 22, to the s ring arm 23, which may be rigidly secure as at 24 to the member 18. As shown in Fig. 8, the arm 23 may comprise a strip of spring steel having the end thereof, adjacent the roller 21, slit to provide two strips substantially equal in width. These strips may then be twisted, as at 25,
to provide ears in which the shaft 22 is carried. The serrations on the periphery of the detent wheel 20 are such that the roller 21 is adapted to ride over the high ortions when the wheel rotates in either irection. The depth of the serrations is such that the roller will positively revent rotation of the detent wheel when suc wheel is brought to a stop.
To secure the nozzle to the supporting device I may provide a spring clamp, which as shown in i 3 comprises arms 30, extending outwardly from the shaft 19, and beyond the periphery of the detent wheel 20. These arms may be free to rotate on the shaft 19, but are rigidly secured to the detent wheel preferably by a pin 31. The ends of the arms may be bent to form circular clamping jaws, as at 32, to receive the discharge tube 33, and the extreme ends of the arms maybe brought into abutting enagement by meansof a thumb screw 34. ince the arms are rigid with the detent wheel it follows that anyrotation of the wheel 20, causes the discharge tube 33 to be rotated in a vertical plane.
The mechanism heretofore described, rovided for rotation of the discharge tube in a horizontal plane, as well as rotation in a vertical plane. To retain the tube in any desired position after having rotated it aboutthe axis of the shank 18, I provide detent. means which may be positioned in a,
horizontal plane. This mechanism comprises, as shown in Figs. 2 and 4, a detent wheel 35, rigidly secured to the shank 18, and a retaining roller 36 supported in the spring arm 37. The manner of supporting the roller 36 is substantially similar to the manner above set forth for supporting the roller 21. The arm 37, however, is rigidly secured to the housing member or dust cap 38, which cap may be rigidly secured to the bracket 13, as by a set screw 39.
To support the discharge conduit and detent mechanism I provide a ball hearing at the upper portion of the shank 18. One race of this bearing may comprise the detent wheel and the other race may comprise a member set into the bracket 13. The upper race or detent may be locked into position by a lock nut 41, or may be shrunk upon the shank 18- and thereby rigidly secured thereto. The dust cap 38 permits the bearing to be packed with'g'rease and provides a mechanism which may be readily oscillated without any binding action between the rotating and stationary members.
The mechanism heretofore described provided formovement of the nozzle in a vertical and horizontal plane. To permit the nozzle to be moved longitudinally of its axis,
' I provide a tube .slidable within the tube be provided at its upper portion with lugs tion relative 51 and 52 to maintain the axis thereof in alignment with the axis of the tube 33. The lug 51 may have a notch therein to receive the inwardly bent portion 53 of the tube 33. This inwardl bent portion extends substantially the entire length of the tube 33 and is adapted to prevent the tube 50 from rotating, but permits it to move longitudinally of its axis. A suitable stufiing box 54 is provided at the lowermost end of the tube 33, the gland of the stufiin box being arranged to alter the pressure between the packing and the tube 50, whereby the passage of water along the-tube 50 may be readily prevented, while the tube 50 may be free to move within the tube 33.
The outer end of the tube 50 may be equipped with a shower nozzle of any approved type. I have shown, however, a nozzle embodying novel features of construction (claimed 1n my co-pending application mentioned) which permits the water to be shut off by rotation of the nozzle cap. As shown in Fig. 6 this nozzle comprises a chamber head 55, rigidly secured to the tube 50. This head has a closed outer end, except for oblique discharge orifices 56, which extend from the interior to the exterior of the head, which head is shown as cylindrical in form and is provided with athreaded exterior surface. A nozzle 57 engages the threaded portion and carries a stufiing box 58, which engages the tube 50. The discharge end of the nozzle is threaded to receive the cap 59. This cap may be provided with a discharge aperture 60 and is adapted to receive a gasket 61. This gasket is so positioned that the interior surface 62 thereof, will cover the apertures 56 in the head, when the nozzle 57 is turned on the head 55.
When the nozzle parts are in position as shown in Fig. 6, the gasket 61 is away from the aperture 56 and water will flow through the tube 33, the tube 50, head and out the aperture in the cap 59. When the nozzle is turned inwardly the force of the discharge decreases as the gasket approaches the aperture. It will be seen, therefore, that the quantity of water discharged may be conveniently controlled without effecting the temperature regulation at the mixing valve.
In the use of the apparatus for a shower bath the nozzle may be deflected downwardly and the temperature of the water regulated by the mixing device 11, it being understood that the nozzle 57 is turned to the open position. When the desired temperature and force of discharge is attained then the nozzle 57 may be moved in plane by grasping the nozzle and manually moving it about the vertical axis 18 or about the horizontal axis 19. The detent mechanism retains the nozzle in any desired posito the horizontal and vertical plane. If itis desirable to bring the spray closer to the operator then the'nozzle may be moved longitudinally of its axis until the end of the tube provided with the lugs til-52 is in abutting engagement with the lowermost portion of the tube From the foregoing description, it will be seen that I have provided a shower device which is very flexible, in that it is capable of being readily manipulated for universal motion. Furthermore, I have provided means for retaining the nozzle in any desired position, which means constitutes a compact device that is adapted for use in connection with existing forms of bathing apparatus.
Having thus described my invention, I claim 2-- 1. In combination, a stationary support, a bracket carried thereby, a horizontally disposed detent wheel rigidly connected to said bracket, a thrust bearing between the wheel and support, means associated with the bracket for engaging and clamping a conduit and a pawl having a yieldable connec tion with said support and cooperating with said wheel for yieldably resisting movement of the bracket and conduit engaging means in a horizontal direction.
2. In combination, a stationary block, having an opening therein, a bracket having a shank extending through the opening and projecting above the top of the block, a detent wheel rigidly mounted on said shank, a thrust bearing disposed between the block and the wheel, a closure for the wheel and bearing, said closure being removably connected to the block, means associated with the block and engaging the wheel for yieldably resisting movement of the bracket in a horizontal plane, said bracket having depending arms, a vertically disposed detent wheel mounted within said arms, means carried by the last mentioned wheel for engaging and clamping a conduit, and means associated with the bracket for engaging the vertically disposed wheel, whereby movement of the conduit in a vertical plane may be yieldably resisted.
3. In combination, a support, a bracket carried thereby, said bracket having detent wheels carried thereby and disposed in planes at right angles to each other, means associated with the support for engaging one of said wheels and for yieldably resisting movement of the bracket in a horizontal plane, means associated with the bracket for engaging the other of said wheels and for yieldably resisting movement of said member in a vertical plane and a member carried by the last mentioned wheel for engagingbracket for yieldably resisting movement of said member in a vertical plane.
5. In a combination, a support, a bracket carried thereby, detent means rotatably mounted on said support, other detent means rotatable in said bracket and on an axis at right angles to said first mentioned means and a member carried by said last mentioned means for engaging and clamping a conduit, whereby said detent means may yieldably resist movement of said member either in a horizontal or vertical direction.
6.-In combination, a support, a bracket carried thereby a detent wheel carried by the bracket on each side of said support, a member carried by one of said wheels for engaging and clamping conduit, and means associated with each of said wheels for yieldably resisting rotation thereof, whereby movement of said member either in a horizontal or vertical plane is yieldably resisted.
7 A shower device, having in combination a movable member, a horizontally disposed detent wheel, a vertically disposed detent wheel, said wheels being mounted on said member, a stationary bracket intermediate said wheels, the bracket comprising a hearing for said member, a pawl yieldingly mounted on said bracket and adapted to engage the horizontal wheel, a pawl yieldingly mounted on said member adapted to engage the vertical wheel, and means for clamping a conduit to one of said wheels.
In testimony whereof, I hereunto atfix my signature.
WILLIAM L. DEMING.
|Citing Patent||Filing date||Publication date||Applicant||Title|
|US2542024 *||Oct 24, 1944||Feb 20, 1951||Moto Mower Company||Nozzle structure for floor and surface sweepers|
|US2621968 *||Dec 10, 1948||Dec 16, 1952||Vickroy Blanche||Shower apparatus|
|US3499626 *||Feb 8, 1968||Mar 10, 1970||Barker Clifford L||Fittings for mounting accessories on walls and like supports|
|US3865310 *||Apr 12, 1974||Feb 11, 1975||Teledyne Ind||Bracket assembly for hand-held showerhead|
|US3979096 *||Nov 30, 1973||Sep 7, 1976||Interbath, Inc.||Mounting arrangement for hand-held shower head|
|US4225083 *||Jun 5, 1978||Sep 30, 1980||Kurosaki Refractories Co., Ltd.||Apparatus for applying refractory material onto the inner surface of a furnace|
|US5524667 *||Jul 12, 1995||Jun 11, 1996||Consistent Textile Industry, Inc.||Spout master|
|US6094756 *||Apr 22, 1999||Aug 1, 2000||Carter; Carolyn||Shower Chair|
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|US8453948 *||Oct 1, 2007||Jun 4, 2013||Karim Altaii||Inverted-sprinkler system: base and support|
|US20040074543 *||Oct 24, 2001||Apr 22, 2004||Dickson Robert Alan||Valving and mixing unit|
|US20060054718 *||Sep 15, 2004||Mar 16, 2006||Jen-Yen Yen||Water sprayer|
|US20080083839 *||Oct 1, 2007||Apr 10, 2008||Karim Altaii||Inverted-sprinkler system: base and support|
|U.S. Classification||248/75, 4/615, 239/588, 239/579, 4/570|