Modular patient room

[0002] The present invention relates to adaptable clinical environments and more particularly relates to modular components for rapid installation into a clinical environment to provide for reconfiguration of the clinical environment.

[0003] Modular components for dividing open spaces into cubicles and rooms are well known.

[0004] A modular patient room for installation in a healthcare facility having gas supply lines, electrical supply lines, and water supply lines in accordance with the present invention includes wall panels having oppositely facing spaced apart wall surfaces, oppositely facing spaced apart side walls configured for joining to the side wall of another wall panel, a top surface, a bottom surface, and an interior. One of the wall panels includes a conduit having a first end extending through a wall surface of the wall panel and a second end separated from the first end by an internal portion disposed in the interior of wall panel, the second end extending through one of the sidewalls, top surface, and bottom surface and being configured for connection to one of the gas, electrical and water supply lines. The modular patient room may also include couplings in the side walls connected to the second end of the conduit, the couplings being designed and arranged to couple conduits of abutting wall panels. Also a cavity may be formed in the wall surface so that the first end of conduit can extend through cavity of wall surface, and a panel may be pivotally attached to wall surface to pivot between a first position in which first end of conduit is concealed and a second position in which first end of conduit is accessible. The conduit may be gas piping or electrical wiring.

[0005] A modular system for use in a healthcare facility in accordance with the present invention includes a plurality of wall panels having side walls and a unit having edge walls and also having water supply and waste water conduits formed therein for connection to a water-using device. The edge walls of the unit and the side walls of the wall panels include connectors configured to join to connectors of other wall panels and units. The unit may comprise a shower unit having walls extending upwardly from a basin, a drain positioned in the basin and connected to the waste water conduit, and a shower head connected to the water supply conduit; a toilet unit having a wall with a toilet attached thereto, the toilet having a flushing mechanism connected to the water supply conduit and a drain connected to the waste water conduit; or a sink unit having a wall with a basin, a drain extending through the basin and connected to the waste water conduit, and a faucet connected to the water supply conduit.

[0006] Additional features and advantages of the present invention will become apparent to those skilled in the art upon consideration of the following detailed description of preferred embodiments exemplifying the best mode of carrying out the invention as presently perceived.

[0007] FIGS. 1-14 illustrate the modular walls and modular patient service equipment for attachment to walls to create and reconfigure rooms in healthcare facilities.

[0008] FIG. 1 illustrates the assembly of a patient room from variously configured wall panels and modular patient service equipment;

[0009] FIG. 2 is a perspective view of a conventional wall wired and plumbed for receipt of modular patient service equipment;

[0010] FIG. 3 is a perspective view of a partially assembled patient room showing a conventional wall, two walls constructed from wall panels, and free standing wall panels which will be assembled by workers to form the fourth wall of a patient room;

[0011] FIG. 4 is a perspective view of a patient room with two walls removed for clarity showing a conventional wall and a wall constructed of prefab panels to which modular patient service equipment has been coupled;

[0012] FIG. 5 includes three time lapse perspective views of a patient room which originally included a modular shower unit, a passageway wall panel and another wall panel forming an enclosed bathroom which is disassembled to provide an open bathroom more conducive to intensive care;

[0013] FIGS. 6-8 are perspective views of a two walls of a patient room with a conventional wall plumbed and wired with outlets and couplings to which various modular patient service equipment is attached to form a headwall;

[0014] FIG. 9 is a perspective view of a wall formed from an alternative embodiment of wall panels providing concealable lighting, gas and electrical services;

[0015] FIG. 10 is a cross-sectional view of the alternative wall panel of FIG. 9 showing the lighting and electrical and gas connections positioned to provide patient services;

[0016] FIG. 11 includes two time lapse perspective views of two adjacent patient rooms formed from alternative wall panels and modular patient service equipment being converted from a medical surgical complex to a critical care unit;

[0017] FIG. 12 is a perspective view of a patient room created from alternative wall panels including pre-wired and pre-plumbed patient services which are concealed;

[0018] FIG. 13 is a perspective view of two alternative wall panels including pre-wired and pre-plumbed patient services which can be concealed showing the panel on the right having lighting and electrical and gas services in their non-concealed positions and the panel on the left having the lighting and electrical and gas services concealed; and

[0019] FIG. 14 is a perspective view of a patient room with one wall removed for clarity including a headwall and an entry wall formed from wall panels, a bathroom formed from a sink panel, a wall panel, an entry panel, and a shower unit with modular patient service equipment attached to the headwall.

[0020] As shown in FIG. 1, an adaptable clinical environment or modular patient room 20 includes variously configured wall panels 22 and modular patient service equipment 24. Modular patient service equipment 24 may be connected to couplings 26 and outlets 28 formed in wall panels 22 or conventional walls 30. Prefabricated modular wall panels 22 are designed to be joined together and to existing conventional walls 30 to facilitate the creation of and reconfiguration of patient rooms. Modular wall panels 22 are configured for rapid clean installation and for joining to permanent conventional walls 30 or other modular wall panels 22 in multiple configurations so that a healthcare facility floor space can be customized to suit patient needs.

[0021] Various configurations of modular wall panels 22 are provided, including an electrical outlet panel 32 including one or more electrical outlets 28 hardwired therein, an electrical/gas panel 34 including one or more electrical outlets 28 hardwired therein and one or more gas outlets 26 plumbed therein, a entry way panel 36 formed to include a door frame 38 therein, a window panel 35 formed to include a window 37 therein, a headwall panel 40 including hardwired and brazed electrical and gas connections 28, 26 configured for receipt of modular headwall components 42 of modular patient service equipment 24. An alcove wall panel 39 formed to include a computer station 41 is also designed for modular assembly. A modular bathroom is also provided which includes a toilet panel 44 with a toilet 46 attached thereto and properly plumbed with water supply lines and waste water disposal lines (not shown), a shower unit 48 with basin 50 and shower head 52 appropriately plumbed for water supply and waste water disposal (not shown), a sink panel 54 with a sink basin 56 attached thereto and appropriately plumbed for water supply and disposal (not shown). The supply and disposal lines are not shown as they extend through the interior of the unit.

[0022] It will be understood that all wall panels 22 include oppositely facing spaced apart wall surfaces 58 with side walls 60 extending therebetween, a top surface 62, and a floor engaging surface 64 defining an interior of the panel 22. Wall panels 32, 34, 40, 39, 44, 54 and units 48 with electrical outlets 28 and or gas couplings 26 extending through the wall surface 58, and/or plumbing connections (not shown) have the conduits 65 including wiring 66 and piping 68 arranged to extend through the interior of the panel 22 or unit between the outlet 28, coupling 26, and/or connection and the top surface 62 through which the wiring or plumbing extends. Healthcare facilities typically include false ceilings above which electrical, gas, and plumbing supply lines extend. Wiring 66 and piping 68 extending through top surface 62 for connection to supply lines above the false ceiling.

[0023] Modular patient service equipment 24 includes modular headwall components 42 and other components such as, a monitor 70, a pressure regulator 72 and the like. Multiple headwall components 42 are also provided including a lighting unit 74, a Hi-Acute headwall unit 76, a lo acute headwall unit 78, and a mobile headwall unit 80 all of which are available from Hill-Rom, Inc, Batesville, Ind. It will be understood that, the outlets 28 and couplings 26 extending through wall surface 58 of wall panels 22 are arranged and configured to mate with coupling and connectors on the modular patient service equipment 24 so that power, fluids, pressurized gasses, and vacuum may be supplied to the modular patient service equipment 24 upon connection of the same to a wall panel 22.

[0024] An alternative wall panel 122 is illustrated in FIGS. 9-14. Wall panels 122 include oppositely facing spaced apart wall surfaces 158 with side walls 160 extending therebetween, a top surface 162, and a floor engaging surface 164 defining an interior of the panel 122. Illustratively, wall panel 122 is formed to include a laterally extending light cavity 182 extending inwardly from wall surface 158 and includes a lighting unit 174 pivotally mounted within cavity 182. Illustratively, lighting unit 174 includes a panel 184 having a decorative surface 186 and a light housing surface 188. Light panel 184 is pivotally mounted at one end 190 to top 192 of cavity 182 so that when light panel 184 is pivoted inwardly decorative surface 186 lies substantially parallel to wall surface 158 while light housing surface 188 is disposed within cavity 182 and concealed from view. As shown in FIG. 10, when panel 184 is rotated 90 degrees, light housing surface 188 is disposed so that an electric light 194, such as an incandescent or florescent bulb, can provide illumination to the room. Power is provided to light 194 through internal wiring 166 in wall panel 122.

[0025] Wall panel 122 also includes a laterally extending service cavity 196 within which electrical outlets 128 and gas couplings 126 are positioned. A service panel 198 having a decorative side 197 and a fixture-facing side 195 is pivotally mounted at one end 193 to top 191 of service cavity 196. When service panel 198 is rotated inwardly, decorative side 197 is substantially parallel to wall surface 158 and electrical outlets 128 and gas couplings 126 are concealed. When service panel 198 is rotated outwardly, access is provided to electrical outlets 128 and gas couplings 126 for connection of modular patient service equipment 24 thereto.

[0026] As shown, for example, in FIG. 13, couplings 127 and connectors 129 are provided in side walls 160 to connect internal electrical wiring 166 and gas piping 168 of adjacent wall panels 122 when they are connected. The wiring 166 and piping 168 extends through the interior of the panel 122 to provide electricity to outlet 128, and gas to coupling 126. Wiring 166 and plumbing 168 also extend through top surface 162 to connect to gas and electric supply lines in the ceiling.

[0027] Although the invention has been described in detail with reference to certain preferred embodiments, variations and modifications exist within the scope and spirit of the invention as described and defined in the following claims.