Patent ID: 12228268

REFERENCE NUMERAL SCHEDULE

100lighting-junction-box-assembly-for-remodel (assembly)100101lighting-junction-box101103upper-portion103105curved-segment(s)105107planar-face(s)107109sloped-indentation(s)109111knock-out(s)111113internal-curved-portion113115internal-planar-portion115117internal-tab117119hole119121lower-portion121123bottom-circular-edge123125notch125127lid127129hole-for-conduit(s)129131screw/bolt131133internal-side133135cavity135137spring(s)137139elongate-leg-portion139141complimentary-mounting-portion141143mounting-tab(s)143145extension-portion145147hole(s) (extension-portion hole(s))147149complimentary-mounting-portion149151outside-transverse-width151153outside-diameter153155angle-between-connected-planar-faces155157angle-between-planar-face-and-connected-curved-segment157199axial-centerline199201top201300(existing) ceiling300301cutout-for-junction-box (largest-hole)301303hole-for-mounting-tab-and-anchor (smaller-hole(s))303400template400401template-for-cutout-for-junction-box (single-largest-circle)401403template-for-hole-for-mounting-plate-and-anchor (smaller-circles)403500method of retrofitting existing ceiling with lighting junction box500501step of attaching template to bottom surface of existing ceiling501503step of cutting “cutout-for-junction-box”503505step of drilling holes for drywall-anchors and/or for mechanical fasteners into ceiling505507step of inserting drywall-anchors into drilled out holes in ceiling507509step of squeezing elongate-leg-portions towards sidewalls of lighting-junction-box509511step of inserting lighting-junction-box into “cutout-for-junction-box” in ceiling511513step of securing mechanical fasteners to extension-portion holes & into ceiling holes513

DETAILED DESCRIPTION OF THE INVENTION

In the following discussion that addresses a number of embodiments and applications of the present invention, reference is made to the accompanying drawings that form a part thereof, where depictions are made, by way of illustration, of specific embodiments in which the invention may be practiced. It is to be understood that other embodiments may be utilized and changes may be made without departing from the scope of the invention.

FIG.1Adepicts a top perspective view of a lighting-junction-box-assembly-for-remodel100(hereinafter, “assembly100”).FIG.1Bdepicts another top perspective view (i.e., a different view fromFIG.1A) of assembly100.FIG.1Cdepicts a front view of assembly100.FIG.1Ddepicts a rear (back) view of assembly100.FIG.1Edepicts a left-side view of assembly100.FIG.1Fdepicts a right-side view of assembly100.FIG.1Gdepicts a top view of assembly100.FIG.1Hdepicts a bottom view of assembly100.FIG.1Idepicts a bottom perspective view of assembly100.FIG.1Jdepicts another bottom perspective view (i.e., a different view fromFIG.1I) of assembly100.

In some embodiments, assembly100may be similar to “assembly100” of U.S. patent application Ser. No. 17/106,048, filed Nov. 20, 2020, by the same inventor as the present patent application; except that the present assembly100may not include “adjusting-plates600” nor guide-rail(s)500″ from U.S. patent application Ser. No. 17/106,048. In some embodiments, lighting-junction-box101may be substantially (mostly) similar to “junction-box300” of U.S. patent application Ser. No. 17/106,048, filed Nov. 20, 2020, by the same inventor as the present patent application. Note, U.S. patent application Ser. No. 17/106,048, filed Nov. 20, 2020, is incorporated by reference as if fully set forth herein.

In some embodiments, assembly100may comprise at least one lighting-junction-box101, at least one spring137attached to the at least one lighting-junction-box101, and at least one mounting-tab143also attached to the at least one lighting-junction-box101. In some embodiments, assembly100may comprise at least one lighting-junction-box101, at least two springs137attached to the at least one lighting-junction-box101, and at least two mounting-tabs143also attached to the at least one lighting-junction-box101. See e.g.,FIG.1AtoFIG.1J.

In some embodiments, assembly100and/or lighting-junction-box101may have a fixed, finite, and predetermined total height (e.g., from bottom-circular-edge123to a top of lid127). In some embodiments, assembly100and/or lighting-junction-box101may have a total height of four (4) inches (e.g., from bottom-circular-edge123to a top of lid127). In some embodiments, assembly100, lower-portion121, and opposing curved-segments105may have a fixed, finite, and predetermined outside-diameter153. In some embodiments, assembly100, lower-portion121, and opposing curved-segments105may have an outside-diameter153of four and one-eighth (4⅛) inches. In some embodiments, assembly100, may have a maximum transverse-width from opposing distal ends of elongate-leg-portions139(when springs137are in their relaxed default configuration and not being squeezed) that is predetermined. In some embodiments, assembly100, may have a maximum transverse-width from opposing distal ends of elongate-leg-portions139(when springs137are in their relaxed default configuration and not being squeezed) of seven and five-eights (7⅝) inches. Note, in other embodiments, assembly100, lighting-junction-box101, and/or portions thereof may have other predetermined dimensions. See e.g.,FIG.1CtoFIG.1F.

In some embodiments, lighting-junction-box-assembly100(assembly100) may be configured for installation into a ceiling (e.g., an existing ceiling300). In some embodiments, assembly100may comprise lighting-junction-box101, at least two springs137, and at least two mounting-tabs143. In some embodiments, lighting-junction-box101may be configured for at least housing a portion of a lighting module within a cavity135of lighting-junction-box101. In some embodiments, at least two springs137may be attached to lighting-junction-box101. In some embodiments, each of at least two springs137may have a distal end that points away from side-walls of lighting-junction-box101, but wherein the distal end does at least partially point upwards from a bottom123of lighting-junction-box101towards a top201of lighting-junction-box101. In some embodiments, each of at least two springs137may be configured to frictionally engage interior sides of a hole (e.g., cutout301) within ceiling300, wherein that hole (e.g., cutout301) may be sized to fit at least most of lighting-junction-box101within an inside diameter of that hole (e.g., cutout301). In some embodiments, at least two mounting-tabs143may be attached to lighting-junction-box101. In some embodiments, each of at least two mounting-tabs143may have an extension-portion145that points away from side-walls of lighting-junction-box101. In some embodiments, each of at least two mounting-tabs143may be configured for facilitating attachment to ceiling300. In some embodiments, the distal ends of at least two springs137and extension-portions145of at least two mounting-tabs143may all point in different directions from each other. See e.g.,FIG.1AtoFIG.3.

In some embodiments, lighting-junction-box101may comprise upper-portion103, lower-portion121, and lid127. See e.g.,FIG.1C. When lid127may be attached to top201of upper-portion103, upper-portion103and lower-portion121may form a hollow elongate structure (that is closed at top201and that is open at a bottom123), with (side-wall) portions that are substantially (mostly) similar to a hollow right cylinder. See e.g.,FIG.1AthroughFIG.1J. In some embodiments, lighting-junction-box101may be free from (without) any external annular to mostly annular flange(s). In some embodiments, this hollow interior space of lighting-junction-box101may be designated herein as cavity135. In some embodiments, lighting-junction-box101may comprise cavity135. In some embodiments, cavity135of lighting-junction-box101may be configured to receive one or more of: lighting modules, lighting elements, lights, LED(s) (light emitting diode(s)), lens, reflector(s), driver(s), controller(s), dimmer(s), electronics, circuits, portions thereof, combinations thereof, and/or the like. See e.g.,FIG.1H,FIG.1I, andFIG.1Jfor cavity135. In some embodiments, cavity135may be (substantially [mostly]) bound of sides of cavity135by upper-portion103and lower-portion121. In some embodiments, side-wall(s) of cavity135may be (substantially [mostly]) formed form upper-portion103and lower-portion121. See e.g.,FIG.1IandFIG.1J. In some embodiments, cavity135may be (substantially [mostly]) bound (closed) of on a top of cavity135by lid127. See e.g.,FIG.1A. In some embodiments, cavity135may be (substantially [mostly]) open at bottom123. See e.g.,FIG.1H,FIG.1I, andFIG.1J.

In some embodiments, lighting-junction-box101may comprise a lid127and sidewalls. In some embodiments, lid127and the side-walls may at least mostly circumscribe cavity135around all boundaries of cavity135except at bottom123of lighting-junction-box101. In some embodiments, wherein lid127and the side-walls may be at least mostly solid closed structures (e.g., lid127and/or upper-portion103side-walls may have hole-for-conduit(s)129and some hole-for-conduit(s)129may or may not be covered with knock-out(s)111). In some embodiments, bottom123of lighting-junction-box101may be at least mostly (substantially) open providing access to cavity135. See e.g.,FIG.1AtoFIG.3.

Note, for reference purposes lighting-junction-box101may have an axial-centerline199that runs through a center of lighting-junction-box101from bottom-circular-edge123to top201/lid127of lighting-junction-box101. See e.g.,FIG.1AtoFIG.1D. For example, and without limiting the scope of the present invention, if assembly100was installed within a ceiling300, and a bottom surface of that existing ceiling300was at least mostly (substantially) horizontal (e.g., at least mostly parallel with a below floor's surface), then axial-centerline199may be in at least a mostly (substantially) vertical configuration with respect to the at least mostly (substantially) horizontal bottom surface of that existing ceiling300.

Note, upper-portion103may be first called out inFIG.1C(and also called out inFIGS.1D to1F).FIG.1A,FIG.1B,FIG.1I, andFIG.1Jalso show at least portions of upper-portion103(but upper-portion103is not called out inFIG.1A,FIG.1B,FIG.1I, andFIG.1J). At least portions of lower-portion121may be shown (and called out) inFIG.1AthroughFIG.1F, and inFIG.1HthroughFIG.1J. In some embodiments, lighting-junction-box101may comprise an upper-portion103and an attached/integral lower-portion121(and lid127in some embodiments). In some embodiments, upper-portion103may be attached to lower-portion121. In some embodiments, a bottom of upper-portion103may be attached to a top of lower-portion121. In some embodiments, upper-portion103and lower-portion121may be integral with respect to each other. In some embodiments, upper-portion103and lower-portion121may be made from a single article of manufacture. In some embodiments, upper-portion103may transition into lower-portion121. In some embodiments, upper-portion103may transition smoothly and/or seamlessly into lower-portion121. In some embodiments, upper-portion103may transition substantially (mostly) smoothly and/or substantially (mostly) seamlessly into lower-portion121. See e.g.,FIG.1AthroughFIG.1Fand seeFIG.1IandFIG.1J. In some embodiments, a height of upper-portion103may be taller than a height of lower-portion121. In some embodiments, a height of upper-portion103may be from 1.7 to 2.2 times taller than a height of lower-portion121. See e.g.,FIG.1CthroughFIG.1F.

In some embodiments, upper-portion103may comprise the upper side-walls of lighting-junction-box101and lower-portion121may comprise the lower side-walls of lighting-junction-box101. In some embodiments, the upper side-walls of lighting-junction-box101may have two different types of side-walls, namely, curved-segment(s)105and planar-face(s)107. In some embodiments, upper-portion103may comprise curved-segment(s)105and planar-face(s)107. In some embodiments, curved-segment(s)105may be a section (or sections) of side-wall of upper-portion103that is curved (with a similar to or same curvature as that of lower-portion121); whereas, planar-face(s)107may be a section (or sections) of side-wall of upper-portion103that is at least substantially (mostly) flat and/or planar (and not curved). In some embodiments, a main planar surface of planar-face107, may run in a bottom to top direction (or top to bottom direction) and may be at least mostly (substantially) parallel with axial-centerline199. See e.g.,FIG.1A.

In some embodiments, a radius of curvature of curved-segment(s)105may be the same (or at least mostly the same) as a radius of curvature of the side-wall(s) of lower-portion121. In some embodiments, a transition from a given curved-segment105to a portion of lower-portion121that is directly below that given curved-segment105may be seamless and/or smooth. In some embodiments, a given curved-segment105and a portion of lower-portion121that is directly below that given curved-segment105may be integral with respect to each other and/or of a single article of manufacture. See e.g.,FIG.1A.

In some embodiments, a transition from a given planar-face107to a portion of lower-portion121that is directly below that given planar-face107may involve an intermediary structure, termed a sloped-indentation109. In some embodiments, lighting-junction-box101and/or upper-portion103may comprise one or more sloped-indentation(s)109. In some embodiments, between a bottom of each planar-face107and a top of the lower-portion121that is directly below that given planar-face107, there may be at least one sloped-indentation109that physically/operatively links that given planar-face107to that particular section of lower-portion121. In some embodiments, a given sloped-indentation109, may be a transition structure, that transitions a bottom of a given planar-face107into a top of a section of lower-portion121that is directly below that given planar-face107. See e.g.,FIG.1A. In some embodiments, a top of a given (first) sloped-indentation109may have a transverse-width (e.g., outside-transverse-width151) to a top of an opposing (second) sloped-indentation109that is the same or mostly the same as a transverse-width (e.g., outside-transverse-width151) between opposing planar-faces107that are located directly above those two sloped-indentations109; whereas, a bottom of that given (first) sloped-indentation109may have an outside diameter (e.g., outside-diameter153) to a bottom of an opposing (second) sloped-indentation109that is the same or mostly the same as an outside diameter (e.g., outside-diameter153) between opposing sections of lower-portion121that are directly below those two sloped-indentations109. See e.g.,FIG.1Eand/orFIG.1F.

In some embodiments, outside-transverse-width151may be an outside transverse-width between opposing planar-faces107; and/or outside-transverse-width151may be an outside transverse-width between tops of opposing sloped-indentations109. In some embodiments, outside-diameter153may be an outside diameter between opposing sections of lower-portion121; and/or outside-diameter153may be an outside diameter between bottoms of opposing sloped-indentations109. In some embodiments, outside-diameter153may be larger (longer) than outside-transverse-width151. See e.g.,FIG.1Eand/orFIG.1F.

In some embodiments, a given slope-indentation109may begin at its top being substantially flat and/or planar and may smoothly transition into a curved portion at its bottom. See e.g.,FIG.1AandFIG.1E.

In some embodiments, upper-portion103may have a quantity of six (6) planar-faces107and a quantity of two (2) curved-segments105. In some embodiments, the six (6) planar-faces107may be arranged in two separate/distinct groups of three (3) planar-faces107, with one of the two (2) curved-segments105being located in between each of the two groups of three (3) planar-faces107. In some embodiments, the six (6) planar-faces107and the two (2) curved-segments105may be arranged in a closed ring structure of upper-portion101sidewalls when viewed from the top. In some embodiments, a first planar-face107may be attached to a second planar-face107; the second planar-face107may be attached to a third planar-face107(forming a first group of connected planar-faces107); the third planar-face107may be attached to a first curved-segment105; the first curved-segment105may be attached to a fourth planar-face107; the fourth planar-face107may be attached to a fifth planar-face107; the fifth planar-face107may be attached to a sixth (and final) planar-face107(forming a second group of connected planar-faces107); the sixth (and final) planar-face107may be attached to a second (and final) curved-segment105; and the second (and final) curved-segment105may be attached to the first planar-face107—forming a closed ring structure (of sidewalls) when viewed from above. In some embodiments, when viewed from above, the first group of connected planar-faces107and the second group of connected planar-faces107may each form half of a hexagon or hexagon like structure; wherein those two half hexagon or hexagon like structures are joined together by the two opposing curved-segments105(i.e., the first curved-segment105and the second curved-segment105). In some embodiments, there may be a fixed and no-variable angle-between-connected-planar-faces155(angle155). In some embodiments, angle155may be between first and second planar-faces107, between second and third planar-faces107(i.e., the first group of connected planar-faces107); between fourth and fifth planar-faces107, and between fifth and sixth planar-faces107(i.e., the second group of connected planar-faces107). In some embodiments, there may be a fixed and no-variable angle-between-planar-face-and-connected-curved-segment157(angle157). In some embodiments, angle157may be between third planar-face107and first curved-segment105, between first curved-segment105and fourth planar-face107; between sixth planar-face107and second curved-segment105; and between second curved-segment105and first planar-face107. In some embodiments, there may be four (4) angles155; and four (4) angles157; such that the closed ring like structure of upper-portion103approximates a look of an octagon when viewed from the top, except that the two (2) opposing curved-segments105are curved and not flat/planar. In some embodiments, angle157may be larger than angle155. See e.g.,FIG.1G,FIG.1A,FIG.1B,FIG.1I, andFIG.1J.

In some embodiments, all planar-surfaces107of a given upper-portion103, may have a same: transverse-width, length/height, and/or thickness. See e.g.,FIG.1CtoFIG.1G. In some embodiments, all planar-surfaces107of a given upper-portion103, may be more flat and planar than curved/rounded. In some embodiments, all planar-surfaces107of a given upper-portion103, may be substantially (mostly) without a curved surface and/or a radiused surface. In some embodiments, all planar-surfaces107of a given upper-portion103, may be shorter than an overall/total length/height of assembly100/lighting-junction-box101. See e.g.,FIG.1CtoFIG.1G.

In some embodiments, at least one of planar-face(s)107may comprise one or more of: knock-out(s)111and/or hole-for-conduit(s)129. In some embodiments, four (4) of the six (6) planar-face107may comprise one or more of: knock-out(s)111and/or hole-for-conduit(s)129. In some embodiments, hole-for-conduit129may be a through hole passing entirely through a section/portion of a given planar-face107. In some embodiments, hole-for-conduit129may be configured to permit passage of a portion of conduit, cable, wire, portions thereof, combinations thereof, and/or the like. In some embodiments, a given hole-for-conduit129may be partially to totally covered (initially) by a knock-out111. In some embodiments, a given knock-out111may be initially/temporarily cover over at least a portion of a given hole-for-conduit129, until that given knock-out111may be removed (i.e., knocked-out). In some embodiments, a given knock-out111may be a disc (disk) like member. In some embodiments, a given hole-for-conduit129may be uncovered by a knock-out111. See e.g.,FIG.1AthroughFIG.1Fand/or seeFIG.1IandFIG.1J. In some embodiments, knock-out(s)111and/or hole-for-conduit(s)129may also be present in lid127. See e.g.,FIG.1Gand/orFIG.1J.

In some embodiments, curved-segment(s)105may be free from (without) knockout(s)111and/or hole-for-conduit(s)129. See e.g.,FIG.1AthroughFIG.1Fand/or seeFIG.1IandFIG.1J.

In some embodiments, at least one of curved-segment105may comprise one or more of: knock-out(s)111and/or hole-for-conduit(s)129.

In some embodiments, upper-portion103may be free from spring(s)137, mounting-tab(s)143, portions thereof, combinations thereof, and/or the like. See e.g.,FIG.1AthroughFIG.1Fand seeFIG.1IandFIG.1J.

In some embodiments, lower-portion121may be a substantially (mostly) hollow right cylinder member, that begins at a bottom of bottom-circular-edge123and ends at a top of lower-portion121at where sloped-indentations109begins or at where curved-segments105begin. In some embodiments, lower-portion121may comprise and/or include one or more of: bottom-circular-edge123, notch(es)125, internal-tab(s)117, hole(s)119, at least some portions of internal-curved-portion113, portions thereof, combinations thereof, and/or the like. In some embodiments, lower-portion121may have a same, uniform, fixed, finite, and/or predetermined outside-diameter153, all along an outside perimeter of lower-portion121. In some embodiments, lower-portion121may be free from (without) any external annular to mostly annular flange(s). See e.g.,FIG.1AthroughFIG.1F; and seeFIG.1HtoFIG.1Jfor internal-tab(s)117, hole(s)119, and internal-curved-portion113.

In some embodiments, bottom-circular-edge123may be a bottom edge of lower-portion121that may be substantially (mostly) circular when viewed from below (see e.g.,FIG.1H). In some embodiments, bottom-circular-edge123may comprise one or more notch(es)125. In some embodiments, one or more notch(es)125may be located in bottom-circular-edge123. In some embodiments, a pair of notches125may be opposing each other (see e.g.,FIG.1H).

In some embodiments, lower-portion121may be free from (without) one or more of: external annular to mostly annular flange(s), knock-out(s)111, hole(s)-for-conduit129, planar-face(s)107, sloped-indentation(s)109, lid127, portions thereof, combinations thereof, and/or the like. In some embodiments, bottom-circular-edge123may be free from (without) one or more of: external annular to mostly annular flange(s), knock-out(s)111, hole(s)-for-conduit129, planar-face(s)107, sloped-indentation(s)109, lid127, portions thereof, combinations thereof, and/or the like. See e.g.,FIG.1AthroughFIG.1Fand seeFIG.1IandFIG.1J.

In some embodiments, assembly100and/or lighting-junction-box101may comprise at least one lid127. In some embodiments, lid127may be attached to a top of upper-portion103. In some embodiments, lid127may at least mostly (substantially) cover over an otherwise large upper/top hole to upper-portion103. See e.g.,FIG.1AthroughFIG.1FandFIG.1IandFIG.1J. In some embodiments, lid127may be attached to a top201of upper-portion103. Note, top201of upper-portion103may be shown in the exploded views ofFIG.2Aand/orFIG.2B. In some embodiments, when lid127may be viewed from the top, lid127may have a shape that approximates an octagon, with an exception that two opposing sides (e.g., the opposing curved-segments105) of the octagon are curved and not straight. See e.g.,FIG.1G. In some embodiments, lid127may comprise at least one screw/bolt131. In some embodiments, screw/bolt131may be configured to being operatively connected in a ground/grounding circuit; e.g., when lid127and/or other portions of lighting-junction-box101may be at least substantially (mostly) from electrically conductive material(s) (e.g., metals). See e.g.,FIG.1AthroughFIG.1Eand seeFIG.1Gthrough FIG. H.

In some embodiments, lid127may comprise at least one hole-for-conduit129.

In some embodiments, hole-for-conduit129may be a through hole passing entirely through a section/portion of lid127. In some embodiments, lid127may comprise at least one knock-out111. See e.g.,FIG.1A.

In some embodiments,FIG.1HthroughFIG.1Jmay show various internal structures of lighting-junction-box101. For example, and without limiting the scope of the present invention, at least some of cavity135may be shown inFIG.1HthroughFIG.1J. At least some of internal-curved-portion(s)113may also be shown inFIG.1HthroughFIG.1J. In some embodiments, internal-curved-portion113may be internal/interior sides/surfaces of curved-segment(s)105and/or of lower-portion121. In some embodiments, internal-curved-portion(s)113may be part of both upper-portion103and lower-portion121. At least some of internal-planar-portion(s)115may also be shown inFIG.1HthroughFIG.1J. In some embodiments, internal-planar-portion115may be internal/interior sides/surfaces of planar-face(s)107. In some embodiments, internal-planar-portion(s)115may be only part of upper-portion103and not lower-portion121. At least some portions of holes-for-conduit129in planar-face(s)107/internal-planar-portion(s)115may be shown inFIG.1HthroughFIG.1J, wherein at least some of these holes-for-conduit129may be exteriorly covered by knock-outs111(see e.g.,FIG.1A). At least some of internal-side133may also be shown inFIG.1HthroughFIG.1J. In some embodiments, internal-side133may be internal/interior sides/surfaces of lid127.

FIG.1HthroughFIG.1Jmay also show internal-tab(s)117. In some embodiments, lighting-junction-box101and/or lower-portion121may comprise at least one internal-tab(s)117. In some embodiments, lighting-junction-box101and/or lower-portion121may comprise at least two opposing internal-tab117. In some embodiments, internal-tab117may be an interior facing (cavity135facing) tab/extension, that extends partially into cavity135by a fixed, finite, and predetermined length. In some embodiments, internal-tab117may begin at bottom-circular-edge123and terminate/end at an opposing distal end within cavity135and/or pointing into cavity135. In some embodiments, internal-tab117may begin at notch125and terminate/end at an opposing distal end within cavity135and/or pointing into cavity135. In some embodiments, that opposing distal end may comprise a hole119. In some embodiments, hole119may pass entirely through the opposing distal end of a given internal-tab117. In some embodiments, internal-tab(s)117may not be readily visible from front, rear, or side (left and/or right) views of lighting-junction-box101(assembly100). In some embodiments, internal-tab(s)117may be configured to provide mounting, anchoring, and/or attachment structure for other articles to be attached to lower-portion121(and/or attached to lighting-junction-box101). See e.g.,FIG.1HthroughFIG.1J.

In some embodiments, assembly100may comprise at least one spring137. In some embodiments, assembly100may comprise at least two springs137. See e.g.,FIG.1AthroughFIG.1J. In some embodiments, spring137may be a spring clip leg. In some embodiments, spring(s)137may be configured to provide friction/tension against an inside diameter of a given hole within a ceiling (e.g., a cutout-for-junction-box301), wherein that ceiling hole may be intended to fit a largest outside diameter (e.g., outside-diameter153) of assembly100. See e.g.,FIG.3for cutout-for-junction-box301. In some embodiments, spring(s)137may prevent assembly100from falling down (by frictional resistance to sliding against a hole within the ceiling) while that assembly100may be (permanently) installed into a given ceiling.

In some embodiments, spring137may comprise elongate-leg-portion139and complimentary-mounting-portion141. In some embodiments, elongate-leg-portion139may be elongate planar member that is longer than wide and wider than thick. In some embodiments, elongate-leg-portion139may have a finite, fixed, and predetermined length. In some embodiments, elongate-leg-portion139may have a finite, fixed, and predetermined rigidity, that may be appropriate for holding assembly100within cutout-for-junction-box301; however, an installer may be able to squeeze (by hand) distal portions of elongate-leg-portion(s)139towards lighting-junction-box101sufficiently close, for at least a majority of lighting-junction-box101/assembly100to be fit into cutout-for-junction-box301. See e.g.,FIG.1AthroughFIG.1J. In some embodiments, elongate-leg-portion139may be bendable and/or squeezable. In some embodiments, when elongate-leg-portion139may be bent and/or squeezed towards lighting-junction-box101, that elongate-leg-portion139may want to return to its original configuration where elongate-leg-portion139was more extended out and away from lighting-junction-box101; e.g., as shown inFIG.1AthroughFIG.1J.

In some embodiments, complimentary-mounting-portion141may be a portion of spring137that is attached to an exterior portion of lower-portion121. In some embodiments, elongate-leg-portion139may be attached to complimentary-mounting-portion141. In some embodiments, elongate-leg-portion139may extend out and away from complimentary-mounting-portion141and out and away from an exterior of lighting-junction-box101. However, elongate-leg-portion139may be removably squeezed towards lighting-junction-box101and/or towards complimentary-mounting-portion141, by hand(s) of an installer of assembly100into a given ceiling. In some embodiments, complimentary-mounting-portion141may have a radius of curvature that may be complimentary (matches) a radius of curvature of lower-portion121. In some embodiments, complimentary-mounting-portion141may be attached to (an exterior of) lower-portion121at or proximate to bottom-circular-edge123, wherein proximate in this context may be two (2) inches or less. In some embodiments, complimentary-mounting-portion141may be attached to an exterior of lower-portion121, such that when elongate-leg-portion139is squeezed towards lighting-junction-box101, no knock-out(s)111and/or no hole(s)-for-conduit129are blocked by the squeezed in elongate-leg-portion139. In some embodiments, complimentary-mounting-portion141may be attached to an exterior of lower-portion121, below a given planar-face107that is free of (without) any knock-out(s)111and/or free of (without) any hole(s)-for-conduit129. In some embodiments, complimentary-mounting-portion141may be attached to an exterior of lower-portion121, below a curved-segment105that is free of (without) any knock-out(s)111and/or free of (without) any hole(s)-for-conduit129. In some embodiments, when there are two (2) springs137attached to (exteriors of) lower-portion121, those two (2) springs137may be opposing each other by 180 degrees. See e.g.,FIG.1AthroughFIG.1J.

In some embodiments, complimentary-mounting-portion141may be attached to an exterior of lower-portion121(at or near bottom-circular-edge123, wherein “near” may within two (2) inches) by one or more of: a heat weld, adhesive, glue, solvent bond, an ultrasonic weld, a mechanical fastener, portions thereof, combinations thereof, and/or the like.

In some embodiments, spring137(e.g., complimentary-mounting-portion141) may begin at or near bottom-circular-edge123of lower-portion121, at an exterior of lower-portion121, and then elongate-leg-portion139may extend both upwards towards top201/lid127but also way from exterior sides of lighting-junction-box101, such that an overall length of elongate-leg-portion139is not parallel with an axial-centerline199of lighting-junction-box101and that overall length of elongate-leg-portion139is also not orthogonal with the axial-centerline199of lighting-junction-box101—when spring137/elongate-leg-portion139is in a default/relaxed configuration (i.e., when spring137/elongate-leg-portion139is not being bent/squeezed). In some embodiments, spring137/elongate-leg-portion139may extend away from the opening to cavity135along bottom-circular-edge123.

In some embodiments, spring137/elongate-leg-portion139may not extend from a top to a bottom direction (e.g., a general direction from top201/lid127towards bottom-circular-edge123) of lighting-junction-box101. In some embodiments, spring137/elongate-leg-portion139may not extend in a direction from the (at least mostly) closed lid127/top201towards the opening to cavity135along bottom-circular-edge123.

In some embodiments, each of at least two springs137may comprise elongate-leg-portion139that may be longer than wide and wider than thick. In some embodiments, elongate-leg-portion139terminates at the distal-end of the given spring137disposed away from lower-portion121. In some embodiments, elongate-leg-portion139may have an overall length that is not parallel nor orthogonal with an axial-centerline199of lighting-junction-box101, when the elongate-leg-portion139is in a default resting relaxed configuration (i.e., the un-squeezed configuration). In some embodiments, elongate-leg-portion139may have a predetermined rigidity (stiffness) that is configured to be temporarily squeezed into a squeezed configuration towards the side-walls of lighting-junction-box101(during ceiling300installation operations) and when not being squeezed, elongate-leg-portion139may be in the default resting relaxed configuration. In some embodiments, when both of elongate-leg-portions139are in the squeezed configuration, lighting-junction-box-assembly100may be configured to fit at least mostly within a hole (cutout301) in ceiling300. In some embodiments, upper/top and/or lower/bottom surfaces of elongate-leg-portion139are neither parallel nor orthogonal from a major/main plane of lid127, when elongate-leg-portion139may be in the default resting relaxed configuration. In some embodiments, each of the at least two springs137may comprise complimentary-mounting-portion141that may be attached to lower-portion121of lighting-junction-box101. In some embodiments, the two complimentary-mounting-portions141may be oppositely disposed from each other (by 180 degrees) on lower-portion121of lighting-junction-box101. See e.g.,FIG.1AtoFIG.3.

In some embodiments, assembly100may comprise at least one mounting-tab143. In some embodiments, assembly100may comprise at least two (2) mounting-tabs143. In some embodiments, mounting-tab143may be how assembly100is (permanently) attached to a given ceiling. In some embodiments, mounting-tab(s)143may be configured to provide structure for mounting assembly100to a given ceiling. See e.g.,FIG.1AthroughFIG.1J.

In some embodiments, mounting-tab143may comprise extension-portion145and complimentary-mounting-portion149. In some embodiments, extension-portion145may be elongate planar member that is wider than long and longer than thick. In some embodiments, extension-portion145may be shorter than elongate-leg-portion139(of a spring137). In some embodiments, extension-portion145may be wider than elongate-leg-portion139(of a spring137). In some embodiments, extension-portion145may have a finite, fixed, and predetermined length, width, and thickness. In some embodiments, extension-portion145may be a tab and/or an ear of rigid material that extends at least mostly (substantially) orthogonally away from lower-portion121and/or away from axial-centerline199. In some embodiments, extension-portion145may comprise at least one hole147. In some embodiments, extension-portion145may comprise at least two holes147. In some embodiments, hole147may be a hole that passes entirely through a portion of extension-portion145. In some embodiments, hole147may be configured to receive a mechanical fastener, such as, but not limited to, a screw, a bolt, a nail, a rivet, a staple, a brad, portions thereof, combinations thereof, and/or the like. See e.g.,FIG.1AthroughFIG.1J.

In some embodiments, complimentary-mounting-portion149may be a portion of mounting-tab143that is attached to an exterior portion of lower-portion121. In some embodiments, extension-portion145may be attached to complimentary-mounting-portion141. In some embodiments, extension-portion145may extend out and away from complimentary-mounting-portion149and out and away from an exterior of lighting-junction-box101. In some embodiments, complimentary-mounting-portion149may have a radius of curvature that may be complimentary (matches) a radius of curvature of lower-portion121. In some embodiments, complimentary-mounting-portion149may be attached to (an exterior of) lower-portion121at or proximate to bottom-circular-edge123, wherein proximate in this context may be two (2) inches or less. In some embodiments, complimentary-mounting-portion149may be attached to an exterior of lower-portion121, such that when hole(s)147receive mechanical fastener(s), those mechanical fastener(s) and/or drywall-anchors that also may be receiving those mechanical fastener(s) do not block (obstruct) knock-out(s)111and/or hole(s) for-conduit129of the upper-portion103. In some embodiments, complimentary-mounting-portion149may be attached to an exterior of lower-portion121, below a curved-segment105that is free of (without) any knock-out(s)111and/or free of (without) any hole(s)-for-conduit129. In some embodiments, complimentary-mounting-portion149may be attached to an exterior of lower-portion121, below a given planar-face107that is free of (without) any knockout(s)111and/or free of (without) any hole(s)-for-conduit129. In some embodiments, when there are two (2) mounting-tabs143attached to (exteriors of) lower-portion121, those two (2) springs137may be opposing each other by 180 degrees. In some embodiments, a given mounting-tab143may be separated from a given closet spring137of lower-portion121by 90 degrees. See e.g.,FIG.1AthroughFIG.1J.

In some embodiments, complimentary-mounting-portion149may be attached to an exterior of lower-portion121(at or near bottom-circular-edge123, wherein “near” may within two (2) inches) by one or more of: a heat weld, adhesive, glue, solvent bond, an ultrasonic weld, a mechanical fastener, portions thereof, combinations thereof, and/or the like.

In some embodiments, bottom surfaces of extension-portion145may be at least mostly (substantially) flush with bottom surfaces of bottom-circular-edge123. See e.g.,FIG.1Cand/orFIG.1D.

In some embodiments, extension-portion145may extends orthogonally away from axial-centerline199of lighting-junction-box101. In some embodiments, upper/top and/or lower/bottom surfaces of extension-portion145may be substantially parallel with a major/main plane of lid127. In some embodiments, each of at least two mounting-tabs143may comprise complimentary-mounting-portion149that may be attached to lower-portion121of lighting-junction-box101. In some embodiments, the two complimentary-mounting-portions149may be oppositely disposed from each other (by 180 degrees) on lower-portion121of lighting-junction-box101. In some embodiments, extension-portion145may comprise at least one through-hole147. In some embodiments, at least one through-hole147may be configured to receive a mechanical fastener (such as, but not limited to, a screw) for attachment to ceiling300. For example, and without limiting the scope of the present invention, a portion of the mechanical fastener (e.g., a portion near a head of the mechanical fastener) may pass through hole147and a different portion of the mechanical fastener (e.g., a distal portion disposed away from the head of the mechanical fastener) may be received into hole303(wherein hole303may or may not have drywall-anchor(s) installed therein). See e.g.,FIG.1AtoFIG.3for various aspects of mounting-tab143.

In some embodiments, if imaginary four (4) lines were to connect the four (4) holes147, a rectangle shape, as viewed from a bottom of assembly100, with rounded corners may be formed. See e.g.,FIG.1H. In some embodiments, that rectangle shape, may share a center with axial-centerline199. In some embodiments, a length of that rectangle shape may be at least substantially (mostly) orthogonal/perpendicular to an imaginary line running between the two opposing springs137. See e.g.,FIG.1H.

In some embodiments, each of the at least two springs137may comprise elongate-leg-portion139, and elongate-leg-portion139may be longer than a length (or a width) of extension-portion145. In some embodiments, a length of elongate-leg-portion139may be from four (4) to six (6) times longer than a length of extension-portion145. See e.g.,FIG.1CtoFIG.1H.

In some embodiments, spring(s)137and/or mounting-tab(s)143are attached to/at, associated with, and/or in proximity to bottom-circular-edge123of lower-portion121, wherein “associated with” and/or “in proximity to” in this context means a portion of spring(s)137(e.g., complimentary-mounting-portion141) and/or of mounting-tab(s)143(e.g., complimentary-mounting-portion149) is within two (2) inches of bottom-circular-edge123.

In some embodiments, spring(s)137and/or mounting-tab(s)143are not attached to/at, associated with, nor in proximity to one or more of: flange(s), external flange(s), annular flange(s), mostly annular flange(s), reflector(s), trim, portions thereof, combinations thereof, and/or the like; wherein “associated with” and/or “in proximity to” in this context means a portion of spring(s)137(e.g., complimentary-mounting-portion141) and/or of mounting-tab(s)143(e.g., complimentary-mounting-portion149) is at least two (2) inches or more separated away from such structures.

In some embodiments, spring(s)137and/or mounting-tab(s)143are not attached to/at, associated with, nor in proximity to one or more of: lid127, top201, upper-portion103, curved-segment(s)105, planar-surface(s)107, sloped-indentation(s)109, knock-out(s)111, hole(s)-for-conduit129, portions thereof, combinations thereof, and/or the like; wherein “associated with” and/or “in proximity to” in this context means a portion of spring(s)137(e.g., complimentary-mounting-portion141) when the spring(s)137are not being bent/squeezed and/or of mounting-tab(s)143(e.g., complimentary-mounting-portion149) is at least a half (0.5) inch or more separated away from such structures.

In some embodiments, a spring137selected from the at least two springs137and a mounting-tab143selected from the at least two mounting-tabs143may be adjacent to each other and separated from each other by ninety (90) degrees along an exterior of lower-portion121of lighting-junction-box101. See e.g.,FIG.1Gand/orFIG.1H.

In some embodiments, each of the at least two springs137may comprise elongate-leg-portion139, and elongate-leg-portion139may be longer than a length (or a width) of extension-portion145. See e.g.,FIG.1Gand/orFIG.1H.

FIG.2Adepicts a partially exploded top perspective view of assembly100.FIG.2Bdepicts a partially exploded bottom perspective view of assembly100.FIG.2AandFIG.2Bshow: lid127exploded vertically away from top201of upper-portion103; screw/bolt131exploded vertically away from lid127; and springs137laterally exploded away from exterior sides of lower-portion121.FIG.2AandFIG.2Bshow how upper-portion103and lower-portion121may be integral with each other, of a single article of manufacture.

Without lid127attached to a top201of upper-portion103, upper-portion103and lower-portion121may form a hollow elongate structure (open at top201and at a bottom123), with (side-wall) portions that are substantially (mostly) similar to a hollow right cylinder (see e.g.,FIG.2Aand/orFIG.2B).

In some embodiments, at least two or more of: upper-portion103, curved-segments105, planar-faces107, sloped-indentations109, holes-for-conduit129(of at least some planar-faces107), lower-portion121, bottom-circular-edge123, and/or notch(es)125may be integral with each other and/or of a single article of manufacture; however, knock-out(s)111may be separate articles of manufacture that may be attached to at least some of the plana-faces107. Lid127may also be a separate article of manufacture from upper-portion103and/or from lower-portion121. Spring(s)137may also be a separate article(s) of manufacture from upper-portion103and/or from lower-portion121. Mounting-tab(s)143may also be a separate article(s) of manufacture from upper-portion103and/or from lower-portion121. See e.g.,FIG.2Aand/orFIG.2B.

In some embodiments, top201and/or lid127may be free from (without) any spring(s)137and/or mounting-tab(s)143. See e.g.,FIG.2Aand/orFIG.2B.

FIG.3depicts a bottom perspective view showing how a given assembly100may be installed into an existing ceiling300. In some embodiments, existing ceiling300may be made substantially from one or more of: drywall, sheetrock, gypsum board, wood, engineered lumber, plywood, OSB (oriented strand board), cement, concrete, metal, steel, aluminum, planks, panels, board, fiber board, plaster board, cement board, portions thereof, combinations thereof, and/or the like. For example, and without limiting the scope of the present invention, in some embodiments, existing ceiling300may be drywall of at least five-eighths (⅝) inches in (nominal/industry standard) thickness. With respect to a given existing ceiling300, a circular hole may be formed (e.g., cut) into that ceiling300that is sized to receive an outside diameter (e.g., outside-diameter153) of assembly100within that circle, wherein such a circle may be designated as cutout-for-junction-box301. In some embodiments, an inside diameter of cutout-for-junction-box301may be larger than outside diameter (e.g., outside-diameter153) of assembly100. In some embodiments, for every hole147(of mounting-tab(s)143of assembly100), a corresponding hole303may be formed (e.g., drilled) into that given existing ceiling300. In some embodiments, hole(s)147may be vertical linear/straight alignment with hole(s)303. In some embodiments, where there may be four (4) holes147, then there may be four (4) holes303, such that each hole147has a corresponding hole303in vertical linear/straight alignment as shown inFIG.3. In some embodiments, hole303may be a hole for receiving a given mechanical fastener that secures mounting-tab(s)143to ceiling300and/or to drywall-anchor(s) that may be embedded within hole303. See e.g.,FIG.3.

In some embodiments, to install a given assembly100into a given existing ceiling300, cutout-for-junction-box301and hole(s)303are formed in the given existing ceiling300. In some embodiments, template400(shown inFIG.4) may be used to size and spatially place cutout-for-junction-box301and hole(s)303into the given existing ceiling300. In some embodiments, cutout-for-junction-box301may be a circular hole sized as four (4) inches and three-eighths (⅜) inches in diameter. In other embodiments, a size of cutout-for-junction-box301may be different. In some embodiments, hole(s)303may be circular hole(s) of a size of three-sixteenths ( 3/16) inches in diameter. In other embodiments, a size of hole(s)303may be different. Then, elongate-leg-portion(s)139may be manually squeezed (by an installer's hands) towards lighting-junction-box101enough that at least most of assembly100may pass into cutout-for-junction-box301; whereby manual squeezing of elongate-leg-portion(s)139may be released, and elongate-leg-portion(s)139may then squeeze against cutout-for-junction-box301and temporarily holding assembly100within cutout-for-junction-box301. Then, mechanical fasteners may be used to secure mounting-tab(s)143to the given existing ceiling300, by the mechanical fasteners passing through hole(s)147and through/into hole(s)303. In some embodiments, once a given assembly100has been so mounted to given existing ceiling300, mounting-tab(s)143may remain below a bottom exterior surface of the given existing ceiling300. See e.g.,FIG.3. In some embodiments, cutout-for-junction-box301may also be referred to as largest-hole301. In some embodiments, hole-for-mounting-tab-and-anchor303may also be referred to as smaller-hole303.

In some embodiments, smaller-holes303may be in close proximity to largest-hole301; and smaller-holes303and largest-hole301are all arranged in a predetermined pattern (e.g., as shown in template400ofFIG.4) with respect to each other. See e.g.,FIG.3andFIG.4.

FIG.4depicts a plan view of a template400, for marking up an underside of existing ceiling300so that the marked-up region of existing ceiling300may receive installation of a given assembly100. In some embodiments, template400may be flatly attached to a bottom underside of existing ceiling300, where a given assembly100may be desired to be installed within existing ceiling300. In some embodiments, template400may be used to form the ceiling300holes shown inFIG.3. In some embodiments, template400may comprise template-for-cutout-for-junction-box401and template-for-hole-for-mounting-plate-and-anchor403. In some embodiments, template-for-cutout-for-junction-box401and template-for-hole(s)-for-mounting-plate-and-anchor403may be circles of at least two different sizes. In some embodiments, template-for-cutout-for-junction-box401may be a circle size of four (4) inches and three-eighths (⅜) inches in diameter. In other embodiments, a size of template-for-cutout-for-junction-box401may be different. In some embodiments, template-for-hole(s)-for-mounting-plate-and-anchor403may be circle(s) of a size of three-sixteenths ( 3/16) inches in diameter. In other embodiments, a size of template-for-hole-for-mounting-plate-and-anchor403may be different. In some embodiments, template-for-cutout-for-junction-box401may be used to form (e.g., cutout) cutout-for-junction-box301. In some embodiments, template-for-hole(s)-for-mounting-plate-and-anchor403may be used to form (e.g., drill) hole(s)303. In some embodiments, template-for-cutout-for-junction-box401may be larger in diameter than diameters of template-for-hole(s)-for-mounting-plate-and-anchor403. In some embodiments, template-for-cutout-for-junction-box401may be centered between two set of opposing holes template-for-hole(s)-for-mounting-plate-and-anchor403, wherein each such set of template-for-hole(s)-for-mounting-plate-and-anchor403may have two template-for-hole(s)-for-mounting-plate-and-anchor403(so there may be four (4) template-for-hole(s)-for-mounting-plate-and-anchor403in total). See e.g.,FIG.4for template400and its circles401/403. In some embodiments, template-for-cutout-for-junction-box401may also be referred to as largest-circle401. In some embodiments, template-for-hole-for-mounting-plate-and-anchor403may also be referred to as smaller-circle403. In some embodiments, template400may be a substantially (mostly) flat and planar sheet. In some embodiments, template400may be a substantially (mostly) made from paper, card stock, cardboard, plastic, sheeting material that is easy to cut (e.g., cuttable with hand-held scissors), portions thereof, combinations thereof, and/or the like.

Continuing discussingFIG.4, in some embodiments, single-largest-circle401may be centered in template400, with two smaller-circles403placed above and outside of single-largest-circle401at a same distance from a center of single-largest-circle401; and wherein two additional smaller-circles403are placed below and outside of single-largest-circle401, also at that same distance from the center of single-largest-circle401; such that there are a total of four (4) smaller-circles403, two (2) above single-largest-circle401and two (2) below single-largest-circle401. In some embodiments, this pattern of circles of template400directly corresponds (and at a same scale) to a pattern of outside-diameter153/bottom-circular-edge123and holes147of assembly100, except that single-largest-circle401is slightly larger than outside-diameter153.

In some embodiments, if imaginary four (4) lines were to connect the four (4) template-for-hole-for-mounting-plate-and-anchor403(smaller-circles403), a rectangle shape, with rounded corners may be formed. See e.g.,FIG.4. In some embodiments, that rectangle shape, may share a center with axial-centerline199. In some embodiments, a length of that rectangle shape may be at least substantially (mostly) orthogonal/perpendicular to an imaginary line running between the two opposing springs137. See e.g.,FIG.4andFIG.1H.

FIG.5may depict a flowchart of a method500.FIG.5may depict at least some steps of method500in a flowchart. In some embodiments, method500may be a method of retrofitting existing ceiling300with assembly100installed therein. In some embodiments, method500may comprise at least one of the following steps:501,503,505,507,509,511,513, portions thereof, combinations thereof, and/or the like. In some embodiments, method500at a minimum may comprise steps:503,505,509,511, and513; wherein step501may be optional; and/or step507may be executed as desired or necessary depending upon existing ceiling300strength characteristics and/or whether or not any structural members are behind hole(s)303. In some embodiments, method500may begin with either step503or with step505, but both the steps503and505must be executed prior to executing the steps509through513. In some embodiments, method500may begin with step501, with step503, or with step505, but both the steps503and505must be executed prior to executing the steps509through513. In some embodiments, at least one of these steps may be omitted from method500. In some embodiments, at least some of these steps may be executed out of numerical order.

Continuing discussingFIG.5, in some embodiments, step501may be a step of attaching template400to a bottom surface of existing ceiling300, at a location of300wherein one plans to install a given assembly100. In some embodiments, prior to executing steps503through513, method500may comprise step501of attaching template400to a bottom surface of existing ceiling300, wherein template400may comprise a single-largest-circle401and smaller-circles403, wherein single-largest-circle401may be used to size largest-hole301, and wherein smaller-circles403may be used to size smaller-holes303. For example, and without limiting the scope of the present invention, tape and/or tacks may be used to attach template400to the bottom surface of existing ceiling300. In some embodiments, smaller-holes303may be in close proximity to largest-hole301; and smaller-holes303and largest-hole301are all arranged in a predetermined pattern (e.g., as shown in template400ofFIG.4) with respect to each other. In some embodiments, step501may be omitted from method500. In some embodiments, step501may progress to step503and/or to step505.

Continuing discussingFIG.5, in some embodiments, step503may be a step of cutting out cutout-for-junction-box301in the bottom surface of existing ceiling300. In some embodiments, step503may be a step of cutting a largest-hole301within existing ceiling300, wherein largest-hole301may be sized to fit an outside-diameter of lighting-junction-box-assembly100. A saw selected from various saws may be used to execute step503. For example, and without limiting the scope of the present invention, if existing ceiling300may be drywall, then a drywall hand saw, a jigsaw, a drill with circular saw bit, a drill with hole bit, and/or the like may be used to form cutout-for-junction-box301. In some embodiments, cutout-for-junction-box301may have a diameter of four and three-eights (4⅜) inches; whereas, in other embodiments, cutout-for-junction-box301may have a different sized diameter. In some embodiments, template-for-cutout-for-junction-box401from template400may be used to assist in forming cutout-for-junction-box301; whereas, in other embodiments, cutout-for-junction-box301may be formed without use of template-for-cutout-for-junction-box401and just using an appropriate sized hole saw in the bottom surface of existing ceiling300. In some embodiments, step503may progress to step505and/or to step509. Note, in some embodiments, step503may only progress to step509, if step505has already been executed.

Continuing discussingFIG.5, in some embodiments, step505may be a step of drilling out holes303for drywall-anchors and/or for mechanical fasteners in the bottom surface of existing ceiling300. In some embodiments, step505may be a step of drilling smaller-holes303within existing ceiling300, wherein smaller-holes303may be configured for receiving mechanical fasteners and/or for receiving drywall-anchors. In some embodiments, step505may be executed with a drill, driver, and/or appropriately sized drill bits. In some embodiments, four (4) such holes303may be formed in step505. In some embodiments, a three-sixteenths ( 3/16) inch drill bit (along with a drill) may be used for drill out hole(s)303in the bottom surface of existing ceiling300; whereas, in other embodiments, a different sized drill bit may be used to form hole(s)303depending upon an inside diameter of hole(s)147.

In some embodiments, template-for-hole-for-mounting-plate-and-anchor403from template400may be used to assist in forming hole(s)303; whereas, in other embodiments, hole(s)303may be formed without use of template-for-hole-for-mounting-plate-and-anchor403and just using an appropriate sized drill bit in the bottom surface of existing ceiling300and using hole(s)147as a template of where to locate those hole(s)303. In some embodiments, step505may progress to step507and/or to step509. Note, in some embodiments, step505may only progress to step509, if step503has already been executed.

Continuing discussingFIG.5, in some embodiments, step507may be a step of inserting drywall-anchors into holes303(formed from step505) (if desired or needed). In some embodiments, after executing step505but before executing step509, method500may comprise step507of inserting at least one drywall-anchor into at least one of the smaller-holes303. In some embodiments, the drywall-anchors may be sized appropriately for one or more of: a thickness of drywall of ceiling300, a weight of assembly100, and/or a weight of the lighting module (and trim) installed at least partially within assembly100. For example, and without limiting the scope of the present invention, the drywall-anchors may be sized for certain weight requirements, such as, but not limited to, 25 pounds, 50 pounds, 75 pounds, and/or the like. For example, and without limiting the scope of the present invention, the drywall-anchors may be a commercially available drywall-anchor that is configured to fit into a hole within drywall and then receive a mechanical fastener (e.g., a screw) into the drywall-anchor. In some embodiments, step507may be omitted in method500. In some embodiments, step507may be unnecessary; e.g., when a location for a given hole303may be backed by some structural member (e.g., a joist, a stud, wood, lumber, engineered lumber, metal, steel, concrete, cement, masonry, and/or the like). In some embodiments, step507may progress to step509.

Continuing discussingFIG.5, in some embodiments, step509may be a step of squeezing elongate-leg-portions139towards sidewalls of lighting-junction-box101. In some embodiments, step509may be a step of squeezing (e.g., manually by hand) elongate-leg-portions139of springs137of the lighting-junction-box-assembly100towards side-walls of the lighting-junction-box-assembly101. In some embodiments, step509may be executed solely by the installer's hand(s); i.e., spring(s)139squeezing may be done by human hands. In some embodiments, step509may progress to step511. Note, execution of step509may overlap with execution of step511.

Continuing discussingFIG.5, in some embodiments, step511may be a step of inserting lighting-junction-box101(while simultaneously still executing step509) into cutout-for-junction-box301(made in step503) until extension-portions145physically butt up against the bottom surface of existing ceiling300. In some embodiments, while step509is still being executed, step511may be a step of inserting at least most of lighting-junction-box-assembly100into largest-hole301. Once step511is executed, squeezing of elongate-leg-portions139towards sidewalls of lighting-junction-box101may no longer be possible; however, the inside diameter of cutout-for-junction-box301may now butt up against some underside portion of elongate-leg-portions139so that assembly100may be frictionally held within cutout-for-junction-box301(at least temporarily until step513may be executed). Note, not all of assembly100may be entirely located within cutout-for-junction-box301once step511has been executed; e.g., extension-portion(s)145may reside outside of cutout-for-junction-box301once step511has been executed. In some embodiments, when step511may be completed, top/upper surfaces of extension-portions145may butt physically up against a bottom surface of existing ceiling300. Extension-portions145may not fit into hole301(cutout301/largest-hole301). In some embodiments, once assembly100may be installed within hole301(cutout301/largest-hole301) (e.g., after execution of step513), trim, plaster, mud, and/or paint may cover up extension-portions145. In some embodiments, step511may progress to step513.

Continuing discussingFIG.5, in some embodiments, step513may be a step of securing mechanical fasteners to the holes147and then with portions of those mechanical fasteners also going into holes303(and into any drywall-anchors, if present in hole(s)303). In some embodiments, step513may be a step of securing the mechanical fasteners to extension-portions145(e.g., by use of hole(s)147) of lighting-junction-box-assembly100and to smaller-holes303. In some embodiments, the mechanical fasteners used in step513may be selected from one or more of: a screw, a bolt, a rivet, a nail, a brad, a tack, a pin, portions thereof, combinations thereof, and/or the like. Upon completion of step513, assembly100may be securely installed within cutout-for-junction-box301of existing ceiling300.

In some embodiments, assembly100and/or at least a portion thereof may be at least mostly (substantially) made from one or more materials of: a metal, an alloy, plastic, carbon fiber, ceramic, wood, portions thereof, combinations thereof, and/or the like. In some embodiments, assembly100and/or at least a portion thereof may be at least mostly (substantially) made from one or more materials approved by a regulatory agency and/or law that may be applicable to where a given assembly100may be planned to be installed.

In some embodiments, exterior surfaces of assembly100and/or at least a portion thereof may be painted and/or powder coated.

Note with respect to the materials of construction, it is not desired nor intended to thereby unnecessarily limit the present invention by reason of such disclosure.

In some embodiments, assembly100may be IC (insulation contact) rated. In some embodiments, assembly100may be configured for use in IC (insulation contact) and/or non-IC applications. In some embodiments, assembly100may be IC (insulation contact) rated airtight for direct contact with insulation.

In some embodiments, a maximum two (2) hour fire rated ceiling assembly may be maintained when assembly100may be installed according to the International Building Code, Section714.

In some embodiments, assembly100may be UL (Underwriters' Laboratories) listed under UL 514A Standards as a metallic outlet box. In some embodiments, assembly100may be UL listed under 1598 Standards as a luminaire housing.

In some embodiments, assembly100may be configured for use in damp locations and/or potentially in wet locations.

In some embodiments, assembly100may be low profile, making assembly100ideal for use in shallow plenum applications. For example, and without limiting the scope of the present invention, assembly100may have a height of four (4) inches (e.g., from bottom-circular-edge123to a top of lid127.

In some embodiments, extension-portion(s)145may not be completely covered by trim; i.e., mudding, plastering, and/or painting may be desired, required, and/or necessary after installation of assembly100into existing ceiling300.

A lighting-junction-box-assembly-for-remodel has been described. The foregoing description of the various exemplary embodiments of the invention has been presented for the purposes of illustration and disclosure. It is not intended to be exhaustive or to limit the invention to the precise form disclosed. Many modifications and variations are possible in light of the above teaching without departing from the spirit of the invention.

While the invention has been described in connection with what is presently considered to be the most practical and preferred embodiments, it is to be understood that the invention is not to be limited to the disclosed embodiments, but on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.