Showerhead directional control apparatus

Abstract

A showerhead directional control assembly for enabling physically challenged persons to easily adjust the direction of water spray emitted from a showerhead while seated on a chair in a shower or tub installation including a handle section which is pivotably secured to a mounting section connected to a showerhead assembly, the handle being securable in an extended use position in close proximity to the user, and in an embodiment having an internal construction for locking the handle section to the mounting section in an extended position, and which arm may be pivoted to an non-use position which does not obstruct use of the shower by non-disabled persons, the apparatus further including an adjustable bracket for supporting the handle assembly on a water supply pipe and enabling more precise adjustment of the location of the handle in an extended position.

Claims

1. A showerhead directional control apparatus for use by physically challenged individuals while seated on a shower or tub seat comprising: a mounting section including a coupling for operably connecting the mounting section to a showerhead assembly, a handle section pivotally connected to the mounting section, the handle section being pivotable with respect to the mounting section between a nonuse position and at least one use position in which the angle of the showerhead upon a water supply pipe can be varied by a shower occupant seated upon the shower or tub seat by exerting a lateral or up and down force upon the handle section, the pivot of the handle section to the mounting section being through a horizontal pivot enabling the handle section to be moved into said nonuse position out of the way of a shower occupant using the shower in a stand-up shower mode, and a rod member mounted within a channel in the handle section and being slidable within the channel such that an end of the rod member can extend out of an end of the channel into a corresponding recess in the mounting section in order to secure the handle section against pivoting with respect to the mounting section.

2. A showerhead directional control apparatus in accordance with claim 1 additionally comprising an adjustment bracket connecting between the mounting section and a conduit member operably connected to the showerhead which allows for more precise positioning of the handle section in a use position while also reducing the range of motion of the shower head and amount of stress on the water supply pipe.

3. A showerhead directional control apparatus for use by seated individuals while showering comprising: a mounting section including a bracket member for securing the showerhead directional control apparatus to a showerhead, an elongated handle section including an upper end and a lower grasping end, the upper end being pivotably connected to the mounting section by a pivot bolt and being pivotable with respect to the mounting section between a generally vertical nonuse position and an extended nonvertical use position, and a longitudinally extending passageway in the handle section having openings on said upper and lower ends, and a rod member slidably mounted in said passageway such that an end of the rod member can pass outwardly through the upper end opening into a complementary recess in the mounting section, said recess oriented such that the handle section is secured in a use position when the rod member is positioned in said recess.

4. The showerhead directional control apparatus of claim 3 additionally comprising another recess in the mounting section oriented such that the handle section is secured in a different nonuse position when the rod member is inserted in said recess.

5. The showerhead directional control apparatus of claim 4 additionally comprising a stop rod mounted to the rod member near the lower end of the handle section, said stop rod extending through the opening in the lower end of the handle section, and a tension member secured over the stop rod in said passageway which continually biases the rod member towards the upper end of the longitudinal passageway.

6. The showerhead directional control apparatus of claim 5 additionally comprising a grasping member secured to the outer end of the stop rod enabling users to pull outwardly on the stop rod in order to slide the rod member in the longitudinal passageway toward said outer end and release the handle section against pivoting with respect to the mounting section.

7. The showerhead directional control apparatus of claim 6 additionally comprising a hand grip provided over the grasping end of the handle section.

8. The showerhead directional control apparatus of claim 6 additionally comprising a first conduit member for securing said apparatus to a water supply pipe, and a second conduit member connected on one end to the first conduit member by a ball fitting and on another end to the showerhead, said first and second conduit members and ball fitting providing a water flow passage between the water supply pipe and showerhead, said mounting section being rigidly connected to the second conduit member, and a control bracket extending between the first conduit and mounting section for varying the use position of the handle section controlling the range of pivoting of the handle section, and providing additional support for pivoting of the handle section and mounting section on the second conduit member with respect to the first conduit member.

9. The showerhead directional control apparatus of claim 7 in which the control bracket is secured to the first conduit member by a clamping bracket.

10. The showerhead directional control apparatus of claim 9 additionally comprising a slot in the mounting section in which an end of the control bracket is received.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is an isometric view of a shower installation incorporating an embodiment of the showerhead control handle assembly of the invention.

(2) FIG. 2 is a cutaway view of a showerhead equipped with the control handle shown in FIG. 1 in a first position.

(3) FIG. 3 is a cutaway view of the showerhead shown in FIG. 2 in which the showerhead is inclined downwardly.

(4) FIG. 4 is a side partially cutaway view of another embodiment of the showerhead control handle assembly of the invention.

(5) FIG. 5 is a partial top view of the control handle shown in FIG. 4 illustrating the pivot and locking arrangement.

(6) FIG. 6 is a diagrammatic side view illustrating use of the shower handle assembly of the invention by an individual sitting in a chair within a shower enclosure to control the position of a showerhead.

(7) FIG. 7 is a diagrammatic side view of a typical physically unchallenged individual standing in a shower enclosure with the shower handle hanging down or dependent out of the way during such individual's shower ablutions.

(8) FIG. 8 is a diagrammatic view of another embodiment of the showerhead control handle assembly of the invention.

(9) FIG. 9 illustrates several components of the embodiment shown in FIG. 8.

(10) FIG. 10 is an isometric view of another embodiment of the showerhead control handle assembly of the invention.

(11) FIG. 11 is a close-up view of the showerhead assembly portion shown in FIG. 20.

DESCRIPTION OF THE PREFERRED EMBODIMENTS

(12) The following detailed description is of the best mode or modes of the invention presently contemplated. Such description is not intended to be understood in a limiting sense, but to be an example of the invention presented solely for illustration thereof, and by reference to which in connection with the following description and the accompanying drawings one skilled in the art may be advised of the advantages and construction of the invention.

(13) Elderly, disabled or otherwise physically challenged individuals who cannot stand either at all or who are unsteady and cannot stand and move securely in a shower or a tub equipped with a shower whether by reason of physical weakness or because of diminished balance are usually forced to sit on a stool or a chair of some sort in the shower enclosure. However, in a sitting position such persons frequently cannot reach the usual controls of a shower assembly, including not only the water flow controls but also the showerhead, which is typically pivotably connected to the exit or discharge end of a water supply pipe and which can be manually rotated to adjust the direction of water discharged from the showerhead, and as a result must rely upon others to adjust the shower controls or risk falling in attempting to adjust them themselves. Almost all persons, however, value their privacy and independence when bathing and do not like to be hovered over by aides of any nature particularly in the usual nude condition necessary for showering. Taking a shower, moreover, is one time when most individuals enjoy relaxing alone with their own thoughts while having their body and mind stimulated by the pleasurable feel of water flowing over it. The elderly, incapacitated and otherwise physically challenged, furthermore, value highly anything that aids or preserves their independence, such as walkers, scooters for the elderly and disabled, lift chairs and the like, but even more valued is being able to tend to their own physical requirements such as eating and washing and last if certainly not least going to the bathroom or attending to important elimination functions. Being able to attend unaided to these needs truly does wonders for the attitude and peace of mind of such persons.

(14) As a result there have been numerous inventions and developments to aid the elderly, disabled and physically challenged to bath and shower safely and conveniently such as hand hold bars on the sides of tubs, non-slip mats and other surfaces in the tubs, and arrangements by which the shower water can be controlled by one seated in a shower which is typically arranged in connection with a tub. Such installations are frequently not inexpensive and frequently also render the shower installations unsuitable for normal users. It is the present inventor's aim, therefore, to provide an apparatus for allowing easy control of the direction of water spray emitted from a showerhead by one seated on a chair or on a stool in a shower stall or tub, which is both inexpensive and effective to allow the seated showerer to directionally align the showerhead to direct the water spray over his or her whole body in increments, allowing such person to soap or lather other parts of his or her body by changing the angle of the showerhead by means of an extended arm or handle connected to the showerhead away from the body part or area being lathered and then when desired redirecting the water spray at such body part or area to wash away the soap or lather. In addition, the arm or handle may be pivoted between one or more use positions and a nonuse position in which the handle is swung out of the way of a person who is able to stand to take a shower in the same installation without any modification. In simpler embodiments, the adjustment arm of the invention may be connected to a conventional pivotable showerhead, while in a preferred embodiment the showerhead control assembly is provided as a replacement unit for an existing showerhead incorporating a built-in pivoted adjustment lever attached to the showerhead assembly which allows for more precise control of the positioning of the handle.

(15) Use of the invention therefore provides a simple and practical method for one seated upon a chair or stool in a shower to easily control the direction of water spray being emitted from a showerhead, and as a result vary the location on the body the water spray is being directed by operating the device to pivot the showerhead in any direction it is capable of being pivoted, and in one embodiment to both turn on the shower themselves once seated in the shower and to turn off the shower when their private ablutions, or washing, is complete prior to opening the shower curtain or enclosure preparatory to obtaining the aid of another to physically leave the shower area. The pivotable nature of the shower handle will further allow the handle to be alternatively positioned in either one or more extended use positions, or in a nonuse position pivoted out of the way of those who can reach the showerhead and control the direction of the water spray manually. In a preferred embodiment, a rod is provided extend longitudinally in the pivotable handle section which selectively interengages with a base section in order to secure the handle section in an extended position ready for use by a showerer seated on a shower chair, which initial extended position may be adjusted, or in a nonuse position pivoted to a position substantially in parallel with a wall of the shower or tub enclosure.

(16) In FIG. 1 there is shown an isometric view of a tub type enclosure 11 partially surrounding a tub 17 in which a shower installation 13 is mounted on a wall 15 of the enclosure 11. It will be understood that a shower curtain or a sliding door enclosure well known in the art will usually be mounted along the otherwise open side or sides of the tub to limit shower spray beyond the confines of the tub or shower area or enclosure, but which curtain or door arrangement is not shown in FIG. 1 for convenience of illustration of the invention. A showering individual 19 is shown seated on a light seating device or chair 21 placed in the tub 17. It will be understood that an aide of some nature, such as a family member, neighbor, nurse or the like, not shown, has probably, but not necessarily, helped the individual 19 into the tub 17 and will aid him or her in egression or leaving the tub and shower enclosure. While in the tub-shower installation, however, the individual can usually be left completely or at least substantially to his or her own resources in washing, and in operating shower arm 25, shown in FIG. 1 being grasped by the individual 19, to pivot showerhead 29 as needed to vary the angle of the showerhead 29 and therefore the direction of the water spray being emitted from the showerhead 29 and the location on the body of the individual 19 the shower spray is being directed. In this embodiment, the water flow and temperature may be initially adjusted by the aide, leaving the particular directional aiming of the showerhead to the showering individual through the shower arm 25. The showerhead control arm 25 may be used by the showering individual 19 to control the movement of the showerhead 29 and direct the water spray from side to side and up and down so that essentially all positions of the body of the seated individual 19 can be reached by the shower water spray. Preferably the seat of the light seating device or chair 21 will be of a construction which will allow water to reach the posterior of the individual if not by a direct spray, at least by a run off flow of moisture. The showerhead 29 may also be pivoted using control arm 25 so that the water spray is not directed on the individual's body, for example, if the water temporarily becomes too hot or cold during showering, or during times when the individual 19 is applying soap to his or her body. The showerhead 29 thus may be pivoted using the control arm 25 to any position within the range of motion of the showerhead 29 and its connection to the shower installation 13.

(17) The control arm 25 of the shower installation 13 may be placed in the hand of the showering individual 19 when first seated in the shower, or as shown in later Figures may be secured in an extended use position prior to the individual 19 entering the enclosure 11. Control arm 25 will be preferably hinged at a pivot joint 27 such that two parts or sections, namely inner section 25a and outer section 25b are formed and outer section 25b will be able to swing or rotate in an arcuate fashion or single direction with respect to section 25a so that ready control of the position of the showerhead 29 by a seated individual can be attained. Depending upon the height of the seated individual and how far he or she is positioned from the showerhead, he or she will be able to grasp the outer section 25b of arm 25 and with the application of relatively little manual force easily move the arm from side to side or up and down, causing the showerhead to similarly pivot. The outer section 25b of the control arm or shower arm 25, furthermore, is pivotable at joint 27 so that it can be pivoted downward to a substantially vertical position out of the way of a normal standing showering individual. The pivot point 27 of control arm 25, therefore, will normally be at a location near where the arm is connected to the showerhead 29 such that outer section 25b is substantially longer than inner section 25a, which will facilitate the outer section 25b being in close proximity to the wall 15 when pivoted into non-use position substantially in parallel with wall 15, thus ensuring that outer section 25b is not in the way of an individual wishing to take a shower without using the control arm 25. Inner section 25a of the shower arm 25 is preferably attached to the showerhead 29 on the underside of such showerhead so that the showerhead 29 can be moved by use of the control arm 25 when such arm is moved, but will not interfere with the flow of the shower spray when folded down during use of the shower by a standing individual taking a shower. Less preferably, the shower arm 25 could be attached to either side of the showerhead 29.

(18) As shown in FIGS. 2-3 which illustrate the showerhead 29 in a non-pivoted and pivoted position, respectively, the showerhead 29 is secured to a shower coupling 33 which is connected to supply pipe or water conduit 35 extending usually from wall 15. The shower coupling 33 has fixed to the end opposite conduit 35 either integrally or as a separate piece, a ball 37 including a water outlet or port which ball is grasped or partially encompassed by an internal socket in the rear end of the showerhead 29, in combination with a retainer 39 threaded on to the rear of the showerhead 29, such that the water outlet opens into a chamber in the showerhead 29 in a conventional manner and the showerhead 29 is allowed to be universally pivoted or inclined with respect to or about the shower ball 37. A perforated shower disk 43 provides a screen at the outlet end of the shower head 29 to partially close off the chamber within the showerhead, which chamber supplies shower water under pressure against the back of the perforated shower disk 43. When an excess of water pressure builds up in the chamber, separate water streams are ejected from the front of the showerhead 29 when turned on, the force and diameter of such individual shower streams being proportional to the size of the orifices in the perforated disk 43 and the back pressure in the showerhead water chamber.

(19) Inner or proximal section 25a of pivoting shower adjustment arm 25 is preferably rigidly attached to or integrated with the showerhead 29 through a bracket 45, and 25b, constituting the outer or distal portion of the adjustment arm 25, the end or extreme distal end of which will be grasped by the shower user, see FIG. 1, to control the inclination of showerhead and will during nonuse of the shower or during showering by an individual who is not physically challenged, be pivoted straight downwardly. A rubber or other flexible or soft cushioning end 47 (see FIG. 1) may be provided on the end of the outer or distal portion 25b of the adjustment and operating arm 25 to aid the user in grasping and retaining a grip on the arm 25.

(20) FIG. 4 is a side partially cutaway view of an alternative embodiment of a showerhead directional control assembly equipped with a showerhead adjustment arm in accordance with the present invention in which the lower adjustment arm section is formed in an embodiment of a thin metal or plastic rod pivotably secured to an upper section, which upper section is secured to a more linearly designed showerhead than illustrated in the previous figures. More particularly, the showerhead 55 is pivotally connected to a wall mounted shower supply pipe 51 having an approximately forty-five-degree downward curve near its outer end by a coupling 53. A mounting bracket 57 is connected to showerhead 55, which bracket 57 is mounted in turn to upper or stationary arm attachment member 59, and lower or movable arm attachment member 61 is pivotably attached to upper arm attachment member 59. The upper and lower arm attachment members 59 and 61 may be formed of a sturdy plastic material such as polyurethane, acrylic plastic, or other suitable material such as stainless steel which is resistant to degradation by water or air. Members 59 and 61 are pivotably connected together or with respect to each other by means of a stainless-steel pivot bolt 63 (see also FIG. 5) passed laterally through mating ends 64a and 64b of members 59 and 61. In addition, a stainless-steel rod 65 is housed in a longitudinally extending passageway in tubular member 71 of movable arm attachment member 61, and is secured to be longitudinally movable within the passageway so that one end 67 can pass outwardly through an opening in the end of attachment member 61 pivotally connected to stationary member 59. As shown in FIG. 5, end 67 of rod 65 is oriented so as to extend into a complementary recess 69 in the end 64a of the stationary arm attachment member 59 when stationary attachment member 59 and movable arm attachment member 61 are vertically aligned with each other, thereby securing attachment member 61 in an extended use position as shown in FIG. 4. The intersection 70 between the stationary attachment member 59 and the moveable attachment member 61 is complementarily curved to allow the moveable attachment member 61 to rotate on its pivot 63 about the stationary attachment member 59 when end 67 of rod 65 is not extended into recess 69 in stationary attachment member 59.

(21) As best shown in FIG. 5 a short section of the stainless steel rod 65 in the illustrated embodiment spaced from end 67 is bent or angled inwardly to bring rod 65 preferably towards the center of tubing member 71 comprising part of moveable attachment member 61. As shown in FIG. 4, a stop rod 76 is mounted to the outer or lower end of rod 65 in tubular member 71, the outer end of which stop rod 76 extends through an opening on the lower end of tubular member 71. A tension member such as coil spring 73 is secured over stop rod 76 in order to continually urge opposite end 67 of rod 65 towards the upper end of tubular member 71 as shown in FIG. 5. In addition, a ring member 77 or other hand grasping member is secured to the outwardly extending end of stop rod 76 which ring member can be grasped by the user and pulled outwardly which will cause rod 65 to move longitudinally in the passageway within tubular member 71 until end 67 of rod 65 is released from recess 69 of the stationary arm attachment member 59, allowing tubular member 71 to freely pivot. A nonslip gripping member or handle 80 is also provided over the end of tubular member 71 near ring member 77.

(22) As may be readily perceived the moveable attachment arm 61 including the stainless rod 65 and the outer stainless tubing 71 when rod 65 is unlocked or released from upper portion 59 will normally be caused to pivot downwardly by the influence of gravity at pivot point 63, but will also be light and easy to pivot manually into an extended position and then secure in such position ready for use by a seated individual taking a shower as shown in FIG. 6, which is a diagrammatic representation of the lower portion of the handle or attachment arm 61 being in such diagrammatic representation held by an individual 19 taking a shower while seated on a light chair as shown also in FIG. 1. In addition, when released by the individual, the handle or attachment arm 61 when locked will remain in an extended position within reach of the seated individual 19, so that the attachment arm does not have to be continually grasped by the user to keep it within reach, and when unlocked may be swung down to be in an out of the way vertical position as shown in FIG. 7 again in diagrammatic form so that an individual who is not physically challenged can take a stand-up shower with the shower handle hanging downwardly out of the way.

(23) Diagrammatic FIG. 6 also includes directional arrows indicating that handle 61 can be operated by the seated physically challenged individual 19 to pivot the showerhead 29 up, down, to the left, or to the right or any angle in-between as desired, and when disengaged from the upper portion 59 can be swung down out of the way to enable use of the shower by an individual as shown in FIG. 7 who is physically unchallenged. The direction of the shower spray thus can be varied to by the showering individual so as to contact the individual either more on their left side or right side, or head, upper, or lower torso as desired in order to provide a thorough washing and rinsing of the entire body.

(24) As will be understood from the above description and the appended drawings, the arrangement of the invention provides a very effective yet relatively inexpensive arrangement for adapting a standard shower for use by a physically challenged individual who nevertheless prefers to shower without the aid or assistance of others, at least during the actual bathing or washing process. While it might be thought that providing a pivot connection in the handle which serves to control the direction of the showerhead, and therefore the direction of water flow from such showerhead, would be undesirable due to unwanted bending or pivoting of such handle while controlling the direction of flow or the flow by inclination of the showerhead, in actuality it has been found that, while a universal pivoting arrangement might well provide difficulty, a single direction pivot causes minimal difficulty, since the connection from the hand controlled end of the directional control rod to the end attached to the showerhead can be either applied transversely to the pivot joint or can be partially pivoted and pressure or force from the end applied through the pivot joint against the end of the other section of handle at an angle with such section in which case the two way cross linkage or pivoting linkage serves as a lever arm to increase force applied to the showerhead. In addition, due to the normal position of the showerhead at a higher point on the wall of the shower installation than the sitting user's hand, an upward or downward force on the handle can easily be applied to adjust the angle of the showerhead and water spray without the handle being caused to pivot substantially at the pivot joint, even without any additional means for maintaining the outer handle section in an extended use position, although this is preferred so the handle is maintained in a reachable location for the seated individual. It has been found that average disadvantaged persons learn the necessary hand moves to accomplish such control amazingly quickly and no difficulty has been encountered with physically challenged individuals learning the necessary hand movements to control directed orientation of the showerhead.

(25) FIGS. 8-9 illustrate another embodiment of the shower directional control apparatus of the invention, in which the apparatus is shown attached to a water supply pipe 103 on the end of which a ball type connecting fitting 105 is provided. A screw-tightened locking clamp or wall pipe support 107 (see FIG. 8) is also provided, and is secured around a portion of the water supply pipe 103 adjacent wall W. The inner surface of pipe support 107 is secured to wall W by a tac rubber 108 or other material such as a putty or adhesive applied to aid in maintaining a tight connection with the wall. Clamp or pipe support 107 aids in preventing supply pipe 103 from pivoting or being pulled out of wall W due to the additional weight and stresses exerted on pipe 103 resulting from use of the showerhead handle control apparatus 100 of the invention. More particularly, handle apparatus 100 includes an L-shaped mounting section 111 which is permanently coupled to conduit 112 by bolts or the like. Conduit 112 is pivotably connected on one end to ball fitting 105 and on the other end to showerhead 109 such that pivoting of conduit 112 will resultingly cause showerhead 109 to also pivot and adjust the direction of the water spray. In addition, attachment arm 113 is pivotably secured to an end of mounting section 111 by a pivot bolt 114. As in the embodiment described above with reference to FIGS. 4-5, attachment arm or handle 113 includes a spring-loaded gripping member such as finger latch or ring 115 which is indirectly connected by a stop rod or connector 119 surrounded by a coil spring 120 to an internal rod 117 extending longitudinally through handle 113. The end or tip 121 of the internal rod 117 is oriented to extend out of the forward end of the attachment arm 113 through an aperture and to be inserted into one of the recesses 123 and 127 in mounting section 111. Recesses 123 and 127 are spaced apart along an appropriately rounded edge 125 of mounting section 111 and thus are situated at different angles, such that when the end 121 of rod 117 is engaged in one of said recesses 123 and 127, the pivoting handle 113 will be locked against pivoting in a desired use or non-use angle simply by pivoting the handle 113 on hinge or pivot connection 114 with respect to mounting section 111 and then releasing finger latch 115 so that end 121 extends into the selected recess 123 or 127. Additional recesses at other desired angles may be provided in mounting section 111 to accommodate different user needs. By grasping and pulling the finger latch 115 against the bias of the spring of connector 119 and then releasing latch 115 the connection of the arm 113 with the mounting block 111 may be established or disestablished. This procedure may be easily carried out by a disabled person while sitting in a tub on a bath seat.

(26) Referring still to FIGS. 8-9, adjustable bracket 131 is secured by a clamping means or other arrangement to the downwardly angled section of inflow pipe 103 and to mounting section 111. Bracket 131 includes a rod member 133 having an end that extends into an aperture (not shown) in mounting section 111. A coil spring 135 is provided over a portion of rod member 133, and a knob means 136 is provided over the rod member 113 for adjusting the position of rod member 133 and locking the rod member in such position. By adjusting the position of the rod member 133, the initial or resting angle of pivotable conduit 112 with respect to ball fitting 105 can be set and/or adjusted. As a result, the angle of showerhead 109 and attachment arm 113 is also precisely adjusted, since bracket 131 will prevent the conduit 112 from pivoting beyond the set position. By adjusting the length or position of rod member 133 of bracket 131, the initial extended or use position of the lower end of attachment arm 113 can be varied up to about two inches. In addition, bracket member 131 limits the range of movement of conduit 112 and as a result of attachment arm 113 so arm 113 is maintained in an easily reachable position for the seated user. An additional benefit of bracket member 131 is that the amount of stress exerted on the components of the invention, including the connection between water supply pipe 103 and ball fitting 105, as well as between ball fitting 105 and conduit 112, is substantially reduced, in addition to the stress reduction provided for supply pipe 103 by wall mount 107. It will be understood that when the handle 113 is utilized to vary the direction the showerhead 109 is pointing, a large percentage of the stress of such twisting which would otherwise be exerted on the inflow pipe is redirected through bracket member 131, and away from the wall connection of the inflow pipe. As a result, provision of bracket 131 results in significantly less wear or stress on inflow pipe 103 and thus prevents loosening, cracking of such pipe, which it has been found may become so loose as to leak or even become completely dislodged, which it will be immediately evident could result in significant water damage occurring.

(27) FIGS. 10-11 illustrate another embodiment of the showerhead control handle or arm assembly 150 of the invention, with the entire shower arm represented in FIG. 10, and details of the shower fitting assembly leaving out the shower arm illustrated in FIG. 11. It will be noted that the assembly 150 shown in FIGS. 10-11 has been designed to be preferably manufactured and installed as a single unit which is connected to a water supply pipe after removal of the existing showerhead from the supply pipe. As in the previously described embodiment, assembly 150 includes a mounting section 151 and an elongated handle or attachment arm 152 which is pivotably secured to mounting section 151 by a pivot bolt 154. Water supply pipe 153 which is threaded on its open end extends from wall W. Assembly 150 also includes a female coupling 155 which is threadably secured on an end to water supply pipe 153, and on the other end is threadably secured to conduit member 156. In addition, a coupling 157 having a ball fitting 158 is connected to the other end of conduit member 156, and an end of another conduit member 159 is connected to ball fitting 158. Showerhead 160 including ball fitting 161 is then secured to the outer end of conduit 159. Ball fitting 161 allows the angle or direction of showerhead 160 to be manually adjusted as needed by a person using the shower in a normal standing position without disturbing the other components of the shower assembly 150.

(28) Mounting section 151 is clamped over conduit 159 such that movement of handle 152 will cause conduit 159 as well as showerhead 160 to pivot on ball fitting 158, changing the angle or direction of water spray emitted from the showerhead 160. As in the previously described embodiment handle 152 is tubular and includes an internal rod (not shown) that is longitudinally slidable within the handle 152. A hand grip 162 is provided on the outer end of handle 152, and a finger latch 164 is positioned on the end of handle 152 which is pulled outwardly to release the handle 152 from the mounting section 151 so that the handle can be pivoted to a different position, also as described in the previous embodiment. Assembly 150 also includes adjustment bracket 166 which controls the extent of pivoting of handle 152 and allows the position of the outer end of handle 152 to be more precisely adjusted. Bracket 166 is secured on an end to conduit 156 by a clamping member 168. Member 170 is internally threaded and adjustably receives a threaded bolt 172 having a gripping portion 174. A rod member 176 is positioned on the opposite side of gripping portion 174 from bolt 172 and extends into an aperture in mounting section 151, and a coil spring 178 is positioned over rod member 176 between mounting section 151 and head portion 174 and continually urges mounting section 151 outwardly. Depending upon how far bolt 172 is threadably extended into member 170 by rotating head portion 174 in the appropriate direction, the extent that the opposite end of bolt 172 extends into the slot in mounting section 151 is adjusted, thus allowing the angle of mounting section 151 of assembly 150 and therefore showerhead 160 to be more precisely adjusted for the seated user.

(29) Adjustment bracket 166 is similar to that in the previously described embodiment and in addition to allowing for precise position adjustment of the handle member, it serves to strengthen the overall shower control assembly, and in particular the attachment acts as a brace or support against which pivoting of the handle section and as a result the showerhead by the user causes the showerhead to pivot more easily and with less stress occurring on the water supply conduits. This arrangement thus achieves vastly superior results in terms of extending the lifespan of the assembly by allowing less wear on the pipe connections to occur as they are stressed by use of the shower handle, which stress is variable depending upon the flexibility and type of joints of the connections, but which nevertheless in all cases is significant.

(30) While the present invention has been described at some length and with some particularity with respect to the several described embodiments, it is not intended that it should be limited to any such particulars or embodiments or any particular embodiment, but it is to be construed with references to the appended claims so as to provide the broadest possible interpretation of such claims in view of the prior art and, therefore, to effectively encompass the intended scope of the invention.