Storage apparatus

Abstract

A storage apparatus for use in a loft / attic space of a dwelling, including: a storage body 12; a first movement mechanism 20 for moving the body from a stowed first position to a partially accessibl

Description

FIELD The present invention relates to the field of storage apparatus. In particular, the present invention relates to storage apparatus for use in a loft I attic space of a dwelling, e.g., a house. BACKGROUND In a typical dwelling I household, there is a space located underneath the roof of the dwelling I household which is typically accessed via a hatch in a ceiling of the floor below using ladders, e.g., a loft I attic space. These spaces are often modified to include floorboards which rest on joists to provide space to store objects. An issue with this is that roofs are typically angled. Therefore, when trying to access storage space at edges of the loft I attic space there is little to no headroom for a user to be able to use the storage space. Additionally, users can sometimes fall whilst using ladders to access the space, particularly if, for example, they are not steady on their feet or have poor balance. The present invention seeks to ameliorate one or more of the above problems. BRIEF DESCRIPTION OF THE INVENTION According to a first aspect of the present disclosure we provide a storage apparatus for use in a loft I attic space of a dwelling, including: a main body for storage; a first movement mechanism for moving the main body from a first, stowed, position to a second, partially accessible, position; and a second movement mechanism for moving the main body from the second position, or a third position, to a fourth, accessible, position. The storage apparatus may further include a support member for supporting the apparatus in the loft I attic space. The main body may be movable relative to the support member between the first, second, third and fourth positions. The support member may define a space within which the main body is receivable. The support member may include a base which defines a first opening connected to the first space, the main body movable through the first opening, in use. The support member may include one or more sidewalls which extend generally upwardly away from the base, said sidewall(s) defining the first space. The main body may be received in the first space in the first position. The main body may be partially received in the first space in the second and I or third position. The main body may be positioned outside the first space in the fourth position. The storage apparatus may include a cover member for covering at least a portion of the first and I or second movement mechanism. The cover member may include one or more sidewalls, e.g. one or more generally vertical sidewalls, which define a second opening through which the main body is movable, in use. The one or more sidewalls may extend about a periphery of the main body, in use. The cover member may be operably connected to the first movement mechanism. The cover member may be operably connected to the first movement mechanism to move the cover member between the first and second positions. The second movement mechanism may be attached to the cover member. The main body may be operably connected to the second movement mechanism. The first movement mechanism may include a first drive member for driving the first movement mechanism. The first movement mechanism may include a first actuation member operably connected to the first drive member. The first movement mechanism may include a second actuation member operably connected to first actuation member. The first movement mechanism may include a first connection member for connecting the first and second actuation members. The first movement mechanism may include a first fixation member. The first fixation member may fix the cover member to the first movement mechanism. The first drive member may be a first motor. The first actuation member may be a first gear. The second actuation member may be a second gear. The first connection member may be a first chain. The first fixation member may be a first bracket. The first bracket may be fixed to a portion of the first chain which fixes the cover memberto the first chain for movement of the cover member between the first and second positions. The second movement mechanism may include a second drive member for driving the second movement mechanism. The second movement mechanism may include a third actuation member operably connected to the second drive member. The second movement mechanism may include a fourth actuation member operably connected to third actuation member. The second movement mechanism may include a second connection member for connecting the third and fourth actuation members. The second movement mechanism may include a second fixation member. The second fixation member may fix the main body to the second movement mechanism. The second drive member may be a second motor. The third actuation member may be a third gear. The fourth actuation member may be a fourth gear. The second connection member may be a second chain. The second fixation member may be a second bracket. The second bracket may be fixed to a portion of the second chain which fixes the cover member to the second chain for movement of the main body between the second, or third, and fourth positions. The first movement mechanism may be positioned to a first and I or second side of the main body. The second movement mechanism may be positioned to the first and I or second side of the main body. The first movement mechanism may be substantially the same as the second movement mechanism. The storage apparatus may include a base member positioned on a bottom of the main body, said base member extending beyond a periphery of the main body. The storage apparatus may include a sensor, e.g., an IR sensor or a motion sensor, for sensing a user underneath the main body, said sensor operably connected to the first and I or second movement mechanism(s) to stop movement of the cover and I or main body if a user is sensed. The storage apparatus may include a controller for controlling movement between the first, second, third and fourth positions. The storage apparatus may include an illumination source in the main body, e.g., a LED, for assisting users in seeing objects stored in the main body. The main body may include an electrical terminal, e.g., a plug or USB port, for providing electricity for users to use in the fourth position. According to a second aspect of the present disclosure we provide a dwelling including a storage apparatus according to any preceding claim, wherein the dwelling includes a loft I attic space and wherein the storage apparatus is positioned in the loft I attic space. The second aspect of the present disclosure may include one or more or all the features of the first aspect of the present disclosure. According to a third aspect of the present disclosure we provide a storage apparatus, including: a first shelf; a shelf divider; and an attachment member for slidably and I or releasably attaching the divider to the first shelf. The attachment member may include an attachment member body, and a first protrusion which extends away from the attachment member body, e.g., generally orthogonally, and in use is positioned under the first shelf. The attachment member may further include a second protrusion which extends away from the attachment member body, e.g., generally orthogonally, above the first shelf in use. The second protrusion may be generally orthogonal to the first protrusion. The first and second protrusions may define a space which in use receives a portion of the first shelf. The first protrusion may have a generally planar portion which abuts the first shelf in use. The second protrusion may have a generally planar portion which contacts the divider in use. The third aspect of the present disclosure may include one or more or all the features of the first and I or second aspects of the present disclosure. According to a fourth aspect of the present disclosure we provide an attachment member for use in a storage apparatus. The storage apparatus may be according to any preceding claim. The attachment member may include one or more or all the features of claims 19 and 20. The storage apparatus may be in accordance with the first, second or third aspects of the present disclosure. The attachment member may include one or more or all the features of the attachment member of the third aspect of the present disclosure. The fourth aspect of the present disclosure may include one or more or all the features of the first and I or second and I or third aspects of the present disclosure. According to a fifth aspect of the present disclosure we provide a method of storing objects in a loft I attic space with a storage apparatus, the storage apparatus including: a main body for storage; a first movement mechanism for moving the main body from a first, stowed, position to a second, partially accessible, position; and a second movement mechanism for moving the main body from the second position, or a third position, to a fourth, accessible, position; wherein the method includes the steps of: a) operating the first movement mechanism to move the main body from the first position to the second position; b) operating the second movement mechanism to move the main body from the second position to the fourth position; c) storing objects in the main body; d) operating the second movement mechanism to move the main body from the fourth position to the second position; and e) operating the first movement mechanism to move the main body from the second position to the first position. Steps a) and b) may happen simultaneously. Steps a) and b) may happen sequentially. Steps d) and e) may happen simultaneously. Steps d) and e) may happen sequentially. The storage apparatus may include a sensor, e.g., an IR sensor or a motion sensor, for sensing a user underneath the main body. The method may include the following steps: f) sensing, during steps a) and I or b) whether a user is positioned underneath the main body; and g) if a user is sensed, pausing steps a) and I or b). The method may include the following step: h) recommencing steps a) and I or b) if a user is no longer sensed. The fifth aspect of the present disclosure may include one or more or all the features of the first and I or second and / or third and / or fourth aspects of the present disclosure. BRIEF DESCRIPTION OF THE FIGURES In orderthatthe present disclosure may be more readily understood, preferable embodiments thereof will now be described, by way of example only, with reference to the accompanying drawings, in which: FIGURE 1 is a front view of a loft I attic space including a storage apparatus in a first, stowed, position, with walls removed embodying the present disclosure; FIGURE 2 is a front view of the loft I attic space of figure 1 with the storage apparatus in a second, partially accessible, position; FIGURE 3 is a front view of the loft I attic space of figure 1 with the storage apparatus in a fourth, accessible, position; FIGURE 4 is a side view of the storage apparatus of figure 1 with walls removed; FIGURE 5 is a side view of the storage apparatus of figure 4 in a second, partially accessible, position; FIGURE 6 is a side view of the storage apparatus of figure 4 in a fourth, accessible, position; FIGURE 7 is a perspective view of the storage apparatus of figure 4 with walls removed; FIGURE 8 is a perspective view of the storage apparatus of figure 7 in a second, partially accessible, position; FIGURE 9 is a perspective view of the storage apparatus of figure 7 in a fourth, accessible, position; FIGURE 10 is a perspective view of the storage apparatus of figure 7 including the walls in a fourth, accessible, position; FIGURE 11 is an enlarged view of a guide member of the storage apparatus; FIGURE 12 is an enlarged view of a fixation member of the storage apparatus; FIGURE 13 is a perspective view of a portion of the storage apparatus including a first movement mechanism; FIGURE 14 is a perspective view of a portion of the storage apparatus including the second movement mechanism and a cover member with the walls removed; 5 FIGURE 15 is a perspective view of a main body of the storage apparatus; FIGURE 16 is a perspective view of an attachment member in accordance with the present disclosure; and 10 FIGURES 17(a) to (e) are front views of a series of screens for a controller in accordance with the present disclosure. DETAILED DESCRIPTION OF THE DISCLOSURE Referring to the figures, and figures 1 to 3 in particular, there is shown a loft I attic space 2 of dwelling 1, e.g., house. The loft I attic space 2 may include a storage apparatus 10 in accordance with the present disclosure. The storage apparatus 10 may be positioned in the loft I attic space 2, as shown in figures 1 to 3. The storage apparatus 10 may be provided in other spaces without departing from present disclosure. For example, the storage apparatus 10 may not necessarily be provided in a loft I attic space 2 between a roof of a dwelling and a ceiling of a room underneath but may be instead provided in other buildings with difficult to access, high up, spaces. As mentioned above, the storage apparatus 10 may be positioned in a loft I attic space 2 of a dwelling. The storage apparatus 10 may be generally cuboidal. In embodiments, the storage apparatus 10 may be other shapes. For example, the storage apparatus 10 may be cylindrical, prismatic or another shape. The storage apparatus 10 includes a main body 12 (best seen in figures 3, 6, 9, 10 and 15). The main body 12 may be dimensioned to receive modular storage units, e.g., 600 x 600 x 600 mm. In embodiments, the main body 12 may have other dimensions without departing from the present disclosure, e.g., to fit between joists of a loft I attic space. The main body 12 is used for storage. The storage apparatus 10 includes a first movement mechanism 20 for moving the main body 12, directly or indirectly, from a first, stowed, position to a second, partially accessible, position (described in more detail below). The storage apparatus 10 includes a second movement mechanism 30 for moving the main body 12 from the second position, or a third, partially accessible, position, to a fourth, accessible, position. The second and third positions may be the same. In embodiments they may differ. For example, in the second position the main body 12 may be positioned closerto a remainder of the storage apparatus 10, e.g., a cover member 40 or support member 50 (described in more detail below) than in the third position. In other words, the third position may be further accessible than the second position. The storage apparatus 10 may extend, in use, through an opening in a ceiling of a room from the loft I attic space 2. In particular, the main body 10 may move through the opening into the room to permit a user to access storage space 14 defined by main body 12. In embodiments, shelving 16 may be provided in the storage space 14 for receipt of objects. The shelving 16 may include a first shelf. The storage space 14 may include a shelf divider 18. The storage apparatus 10 may include an attachment member 100 for slidably and I or releasably attaching the divider 18 to the first shelf 16. This is described in more detail below with reference to figure 16. In embodiments, the main body 12 may provide a desk / office space which can be easily stowed when not in use. The storage apparatus 10 may include an illumination source in the main body for assisting users in seeing objects stored in the main body. The illumination source may include one or more LEDs. The LEDs may be different colours so a user may select the colour lighting they wish to use. The main body 12 may include an electrical terminal, e.g., a plug or USB port, for providing electricity for users to use in the fourth position. For example, the electrical terminal may be for a computer or electronic device. Power to the electrical terminal and I or the illumination source may be prevented, e.g., via a switch, when the main body 12 is in the first, second or third position. Referring to figure 15, the main body 12 may include a bottom 120. The main body 12 may include strut members 122. The strut members 122 may be positioned at respective corners of the bottom 120 of the main body 12. The strut members 122 may extend generally upwardly. Sidewalls 124 may extend upwardly from the bottom 120 between the strut members 122. Intermediate strut members may extend between the strut members 122. The main body 12 may have first and second sides 130, 132 and front and rear sides 134,136. The front side 134 may include a front opening for permitting access to the storage space 14 defined by the main body 12 for storing objects. The storage space 14 may be defined between the bottom 120 of the main body 12 and the sidewalls, e.g., the first and second sides 130, 132 and front and rear sides 134, 136. The sidewalls of the main body 12 may be generally parallel to each other. In use, the main body 12 may be received in a cover member 40 and I or support member 50 (described in more detail below). The shelving 16 may extend between the first and second sides 130, 132. The dividers 18 may be provided on the shelving 16. The dividers 18 may extend between a top 138 and bottom 120 of the main body. The dividers 18 may be slidable along the shelving 16. The storage apparatus 10 may include a base member 118 positioned on the bottom 120 of the main body 12. The base member 118 may extend beyond a periphery of the main body 12, or in particular a periphery of a bottom 120 of the main body 12. This may be advantageous in assisting in preventing I inhibiting drafts from the loft I attic space 2 and I or better disguising the opening in the ceiling. Referring to figures 1, 4, 7 to 10 and 13, the storage apparatus 10 may further include a support member 50 for supporting the storage apparatus 10 in the loft I attic space 2 (best shown in figure 13). The support member 50 may include support extensions which in use rest on joists in the loft I attic space 2. This may be advantageous in providing easy installation of the storage apparatus 10. An insulation member may be positioned around the support member 50 in use for insulating the storage apparatus 10 and I or preventing drafts flowing from the loft I attic space 2 into the room beneath. The support member 50 may include a base 500. The base 500 may include the support extensions described above. The support member 50 may include strut members 502. The strut members 502 may be positioned at corners of the base 500. The strut members 502 may extend generally upwardly, e.g., from the base 500. Sidewalls 504 may extend upwardly from the base 500 between the strut members 502. Intermediate strut members 506 may extend between the strut members 502. This may be advantageous for providing strength I rigidity to the support member 50. The support member 50 may have top side 510, first and second sides 512, 514 and front and rear sides 516,518. The support member 50 may define a first space 520 within which the main body 12 and / or the cover member 40 is receivable. The first space 520 may be defined between the base 500, the first and second sides 512, 514, front and rear sides 516, 518 and top side 510. The base 500 may define a first opening 530 for receipt of the main body 12 and cover member 40, orthrough which the main body 12 and cover member 40 may pass I travel, in use. The main body 12 and cover member 40 may be movable through the first opening 530 in use. The first opening 530 may be connected to the first space 520. The storage apparatus 10, or the support member 50 or cover member 40, may include one or more guide members 540 for guiding movement of the main body 12 and I or cover member 40. An enlarged view of a guide member 540 is shown in figure 11. The storage apparatus 10, or support member 50 or cover member 40, may include a plurality of guide members 540. In embodiments, the storage apparatus 10, or support member 50, or cover member 40, may have a single guide member 540. The one or more guide members 540 may be positioned at corners of the support member 50. The one or more guide members 540 may be positioned on the strut members 502. In embodiments, the guide members 540 may be positioned in other locations. All the strut members 502 may include a guide member 540. In embodiments, not all the strut members 502 may include a guide member 540. Multiple guide members 540 may be provided on a single strut member 502. In embodiments, a single guide member 540 may be provided on a strut member 502. The guide member 540 may be formed from plastic, e.g., polyethylene terephthalate (PET), polyurethane (PU) or the like. The guide member 540 may include a guide groove 542 for the main body 12 I cover member 40. The guide groove 542 may be generally curvilinear in cross-section. In embodiments, the guide groove 542 may take other shapes in cross-section. The guide groove 542 may have a substantially uniform cross-section. In embodiments, the guide groove 542 may taper as it extends upwardly, e.g., towards the top 510. The one or more guide members of the cover member 40 may include similar features to that described above. The support member 50 may include, or house, the first movement mechanism 20. The first movement mechanism 20 may be attached to the support member 50. The first movement mechanism 20 may be positioned, generally, at the top side 510 of the support member 50. Portions of the first movement mechanism 20 may extend generally across the top side 510 of the support member 50 and may extend downwardly along the first and second sides 512, 514 of the support member 50. In embodiments this may not be the case. The first movement mechanism 20 may include a first drive member 200 for driving the first movement mechanism 20. The first drive member 200 may be a motor, e.g., an electric motor such as a brushless electric DC motor. The first drive member 200 may be positioned generally centrally, e.g., with respect to the first and second sides 512, 514 of the support member 50. The first drive member 200 may be positioned adjacent the top side 510. The first drive member 200 may be positioned in the first space 520. The first drive member 200 may be positioned closer to the front side 516 than the rear side 518. The first movement mechanism 20 may include a first actuation member 210 operably connected to the first drive member 200. The first actuation member 210 may be spaced from the first drive member 200. The first actuation member 210 may be connected to the first drive member 200 by a first drive shaft 220. The first actuation member 210 may be positioned at the first side 512 of the support member 50. The first actuation member 210 may be rotatably mounted to the support member 50, e.g., the first side 512. The first actuation member 210 may be a first gear. In embodiments the first actuation member 210 may be other things, e.g., a pulley or the like. The first actuation member 210 may be positioned adjacent the top side 510. The first actuation member 210 may be positioned between the front and rear sides 516, 518 of the support member 50. The first actuation member 210 may be positioned closer to the front side 516 than the rear side 518 of the support member 50. The first actuation member 210 may be positioned in the first space 520. The first movement mechanism 20 may include a second actuation member 230 operably connected to the first actuation member 210. The second actuation member 230 may be spaced from the first actuation member 210. The second actuation member 230 may be connected to the first actuation member 210 by a first connection member 240. The second actuation member 230 may be positioned at the first side 512 of the support member 50. The second actuation member 230 may be rotatably mounted to the support member 50, e.g., the first side 512. The second actuation member 230 may be a second gear. In embodiments the second actuation member 230 may be other things, e.g., a pulley for a winch or the like. The second actuation member 230 may be positioned adjacent the base 500 of the support member 50. The second actuation member 230 may be positioned between the front and rear sides 516, 518 of the support member 50. The second actuation member 230 may be positioned closer to the front side 516 than the rear side 518 of the support member 50. The second actuation member 230 may be positioned in the first space 520. The second actuation member 230 may be positioned below, e.g., directly below, the first actuation member 210. As mentioned above, the first movement mechanism 20 may include a first connection member 240. The first connection member 240 may be for connecting the first and second actuation members 210, 230. The first connection member 240 may be a first chain. In embodiments, the first connection member 240 may be a wire, band, belt or the like, e.g., for a winch. The first chain 240 may include a plurality of chain links. The first chain 240 may be looped around the first and second gears 210, 230. The ratio between the first and second actuation members 210, 230 may be 1:1. In embodiments, the ratio may differ. The first chain 240 may extend generally vertically between the first and second gears 210, 230. The first chain 240 may extend generally vertically between the front and rear sides 516, 518 of the support member 50. The first chain 240 may be generally annular, e.g., form a closed loop. In embodiments, this may not be the case and the first chain 240 may have distinct first and second ends associated with the first and second actuation members 210, 230 respectively. The first movement mechanism 20 may include further first actuation member 210’. The first movement mechanism 20 may include a further first drive shaft 220’. The first movement mechanism 20 may include a further second actuation member 230’. The first movement mechanism 20 may include a further first connection member 240’. The further first actuation member 21 O’, further first drive shaft 220’, further second actuation member 230’ and further first connection member 240’ may be substantially the same as the first actuation member 210, first drive shaft 220, second actuation member 230 and first connection member 240 respectively. The further first actuation member 21 O’, further first drive shaft 220’, further second actuation member 230’ and further first connection member 240’ may be mirror images of the first actuation member 210, first drive shaft 220, second actuation member 230 and first connection member 240 respectively. The further first actuation member 210’ and further first drive shaft 220’ may extend along the top side 510 of the support member 50. The further first actuation member 210’, further second actuation member 230’ and further first connection member 240’ may extend along the second side 514 of the support member 50 generally opposite first side 512 of the support member 50 and I or generally opposite first actuation member 210, first drive shaft 220, second actuation member 230 and first connection member 240. The further first actuation member 210’, further first drive shaft 220’, further second actuation member 230’ and further first connection member 240’ will not be described further, therefore. Referring to figure 14, the storage apparatus 10 may include a cover member 40 for covering at least a portion of the first and I or second movement mechanism 20, 30. The cover member 40 may include a base 400. The cover member 40 may include strut members 402. The strut members 402 may be positioned at corners of the base 400. The strut members 402 may extend generally upwardly, e.g., from the base 400. Sidewalls 404 may extend upwardly from the base 400 between the strut members 402. Intermediate strut members may extend between the strut members 402. This may be advantageous for providing strength I rigidity to the cover member 40. The cover member 40 may have top side 410, first and second sides 412, 414 and front and rear sides 416, 418. The cover member 40 may define a second space 420 within which the main body 12 is receivable. The second space 420 may be defined between the base 400, the first and second sides 412, 414, front and rear sides 416, 418 and topside 410. The base 400 may define a second opening 430 for receipt of the main body 12, or through which the main body 12 may pass I travel, in use. The main body 12 may be movable through the second opening 430 in use. The second opening 430 may be connected to the second space 420. The sidewalls 404 may define a third opening 422. The third opening 422 may be generally opposite the second opening 430. The sidewalls 404 may extend about a periphery of the cover member 40 and / or the main body 12, in use. The sidewalls 404 of the cover member 40 may be generally parallel to each other and / or the support member sidewalls 504. The sidewalls 504 of the support member 50 may extend about a periphery of the support member 50 and I or the cover member 40, in use. In use, the cover member 40 may be received in the support member 50, e.g., in the first space 520. The cover member 40 may be operably connected, or releasably coupled, to the first movement mechanism 20. Atop of the sidewall(s) 404 of the cover member 40, e.g., on the first and I or second sides 412, 414, may include one or more recesses 405 which in use may receive a portion of the first movement mechanism 20, e.g., first drive shaft 220. The cover member 40 may be operably connected to the first movement mechanism 20 to move the cover member 40 between the first and second positions. The main body 12 may be moved between the first and second positions, indirectly, by movement of the cover member 40 in which the main body 12 is received between the first and second positions. The main body 12 may also be movable relative to the cover member 40 between the second / third and fourth positions and so the main body 12 and cover member 40 may telescope within the support member 50. In other words, the main body 12 and cover member 40 may be telescopically movable relative to the support member 50. The first movement mechanism 20 may include a first fixation member 250 (shown in figure 12). The first fixation member 250 may fix the cover member 40 to the first movement mechanism 20. The first fixation member 250 may be a first bracket. The first bracket may be fixed to a portion of the first chain 240, e.g., one or more chain links, which fixes the cover member 40 to the first chain 240 for movement of the cover member 40 between the first and second positions. The first bracket 250 may include a first portion 252 fixed to one or more links of the first chain 240 by fasteners, e.g., rivets or the like. The first bracket may include a second portion 254 fixed to the cover member 40. The cover member 40 may include a protrusion 440 for fixing to the second portion 254 of the first bracket 250. In embodiments the cover member 40 may not include such a protrusion. The second portion 254 of the bracket 250 may be fixed to the cover member 40 by fasteners, e.g., rivets or the like. A plurality of first fixation members 250 may be provided for fixing multiple portions of the first chain 240 to the cover member 40. The first movement mechanism 20 may include a further first fixation member 250’. The further first fixation member 250’ may be substantially the same as the first fixation member 250 and so will not be described further. The cover member 40 may include a further protrusion for fixing to the second portion 254’ of the further first fixation member 250’. The further first fixation member 250’ may fix the cover member 40 to a portion of the further first connection member 240’ as described above in respect of the first chain 240. The cover member 40 may include, or house, the second movement mechanism 30. The second movement mechanism 30 may be attached to the cover member 40. The second movement mechanism 30 may be positioned, generally, at the top side 410 of the cover member 40. Portions of the second movement mechanism 30 may extend generally across the top side 410 of the cover member 40 and may extend downwardly along the first and second sides 412, 414 of the cover member 40. In embodiments this may not be the case. The second movement mechanism 30 may include a second drive member 300 for driving the second movement mechanism 30. The second drive member 300 may be a motor, e.g., an electric motor such as a brushless electric DC motor. The second drive member 300 may be positioned generally centrally, e.g., with respect to the first and second sides 412, 414 of the cover member 40. The second drive member 300 may be positioned adjacent the top side 410. The second drive member 300 may be positioned in the second space 420. The second drive member 300 may be positioned closer to the rear side 416 than the front side 418. The second drive member 300 may be positioned in I adjacent the third opening 422. In the first position the first drive member 200 may be positioned near to or adjacent second drive member 300, e.g., in front of second drive member 300. The second movement mechanism 30 may include a third actuation member 310 operably connected to the second drive member 300. The third actuation member 310 may be spaced from the second drive member 300. The third actuation member 310 may be connected to the second drive member 300 by a second drive shaft 320. The third actuation member 310 may be positioned at the first side 412 of the cover member 40. The third actuation member 310 may be rotatably mounted to the cover member 40, e.g., the first side 412. The third actuation member 310 may be a third gear. In embodiments the third actuation member 310 may be other things, e.g., a pulley or the like. The third actuation member 310 may be positioned adjacent the top side 410. The third actuation member 310 may be positioned between the front and rear sides 416, 418 of the cover member 40. The third actuation member 310 may be positioned closer to the rear side 418 than the front side 418 of the cover member 40. The third actuation member 310 may be positioned in the second space 420. In the first position the first actuation member 210 may be positioned near to or adjacent third actuation member 310, e.g., in front of third actuation member 310. The second movement mechanism 30 may include a fourth actuation member 330 operably connected to the third actuation member 310. The fourth actuation member 330 may be spaced from the third actuation member 310. The fourth actuation member 330 may be connected to the third actuation member 310 by a second connection member 340. The fourth actuation member 330 may be positioned at the first side 412 of the cover member 40. The fourth actuation member 330 may be rotatably mounted to the cover member 40, e.g., the first side 412. The fourth actuation member 330 may be a fourth gear. In embodiments the fourth actuation member 330 may be other things, e.g., a pulley for a winch or the like. The fourth actuation member 330 may be positioned adjacent the base 400 of the cover member 40. The fourth actuation member 330 may be positioned between the front and rear sides 416, 418 of the cover member 40. The fourth actuation member 330 may be positioned closer to the rear side 418 than the front side 416 of the cover member 40. The fourth actuation member 330 may be positioned in the second space 420. The fourth actuation member 330 may be positioned below, e.g., directly below, the third actuation member 310. In the first position the second actuation member230 may be positioned nearto or adjacent fourth actuation member 330, e.g., in front of the fourth actuation member 330. As mentioned above, the second movement mechanism 30 may include a second connection member 340. The second connection member 340 may be for connecting the third and fourth actuation members 310, 330. The second connection member 340 may be a second chain. In embodiments, the second connection member 340 may be a wire, band, belt or the like, e.g., for a winch. The second chain 340 may include a plurality of chain links. The second chain 340 may be looped around the third and fourth gears 310, 330. The ratio between the third and fourth actuation members 310, 330 may be 1:1. In embodiments, the ratio may differ. The second chain 340 may extend generally vertically between the third and fourth gears 310, 330. The second chain 340 may extend generally vertically between the front and rear sides 416, 418 of the cover member 40. The second chain 340 may be generally annular, e.g., form a closed loop. In embodiments, this may not be the case and the second chain 340 may have distinct first and second ends associated with the third and fourth actuation members 310, 330 respectively. The second movement mechanism 30 may include further third actuation member 31 O’. The second movement mechanism 30 may include a further second drive shaft 320’. The second movement mechanism 30 may include a further fourth actuation member 330’. The second movement mechanism 30 may include a further second connection member 340’. The further third actuation member 310’, further second drive shaft 320’, further fourth actuation member 330’ and further second connection member 340’ may be substantially the same as the third actuation member 310, second drive shaft 320, fourth actuation member 330 and second connection member 340 respectively. The further third actuation member 31 O’, further second drive shaft 320’, further fourth actuation member 330’ and further second connection member 340’ may be mirror images of the third actuation member 310, second drive shaft 320, fourth actuation member 330 and second connection member 340 respectively. The further third actuation member 310’ and further second drive shaft 320’ may extend along the top side 410 of the cover member 40. The further third actuation member 31 O’, further fourth actuation member 330’ and further second connection member 340’ may extend along the second side 414 of the cover member 40 generally opposite first side 412 of the cover member 40 and I or generally opposite third actuation member 310, second drive shaft 320, fourth actuation member 330 and second connection member 340. The further third actuation member 310’, further second drive shaft 320’, further fourth actuation member 330’ and further second connection member 340’ will not be described further, therefore. The main body 12 may be operably connected, or releasably coupled, to the second movement mechanism 30. Atop of the sidewall(s) 124 of the main body 12, e.g., on the first and / or second sides 130,132, may include one or more recesses 125 which in use may receive a portion of the first and I or second movement mechanisms 20, 30, e.g., first and I or second drive shafts 220, 320. The main body 12 may be operably connected to the second movement mechanism 30 to move the main body 12 between the second / third and fourth positions. The second movement mechanism 30 may include a second fixation member 350. The second fixation member 350 may fix the main body 12 to the second movement mechanism 30. The second fixation member 350 may be a second bracket. The second fixation member 350 may be substantially the same as the first fixation member 250 and so will not be described further. In embodiments, the first and second fixation members 250, 305 may differ. The main body 12 may include a protrusion 1240 for fixing to the second portion 354 of the second bracket 350. In embodiments the main body 12 may not include such a protrusion. The second movement mechanism 30 may include a further second fixation member 350’. The further second fixation member 350’ may be substantially the same as the second fixation member 350 and so will not be described further. The main body 12 may include a further protrusion for fixing to the second portion 354’ of the further second fixation member 350’. The further second fixation member 350’ may fix the main body 12 to a portion of the further second connection member 340’ as described above in respect of the second chain 340. The second movement mechanism 30 may be substantially the same as the first movement mechanism 20. In embodiments, this may not be the case. For example, the second movement mechanism 30 may use a different motor, or be configured to use the first motor of the first movement mechanism, or the third and fourth actuation members may not be gears as described previously. As alluded to above, the main body 12 may be movable relative to the support member 50 between the first, second, third and fourth positions. The main body 12 may be received in the first and I or second space 520, 420 in the first position (see figures 1, 4 and 7). The main body 12 may be partially received in the first and I or second space 520, 420 in the second and I or third position (see figures 2, 5 and 8). The main body 12 may be positioned in the first and I or second opening 530, 430 in the second and I or third position. The main body 12 may be positioned outside the first space 520 in the fourth position (see figures 3, 6, 9 and 10). The main body 12 may be partially received in the second space 420 in the fourth position. The main body 12 may be positioned in the second opening 430 in the fourth position. The cover member 40 may be movable relative to the support member 50 between the first and second positions. The first movement mechanism 20 may be configured to move between a first, retracted, configuration and a second, extended, configuration. The first configuration of the first movement mechanism 20 may correspond to the first position. The second configuration of the first movement mechanism 20 may correspond to the second position. The cover member 40 may stay in position, or not move, relative to the support member 50 when the storage apparatus 10 moves between the second I third and fourth positions. In other words, only the main body 12 may be movable, in particular relative to the support member 50, when the storage apparatus 10 moves between the second I third and fourth positions. The second movement mechanism 30 may be configured to move between a first, retracted, configuration and a second, extended, configuration. The first configuration of the second movement mechanism 30 may correspond to the second and I or third position. The second configuration of the second movement mechanism 30 may correspond to the fourth position. The cover member 40 may be received in the first space 520 in the first position (see figures 1,4 and 7). The cover member 40 may be partially received in the first space 520 in the second and I or third and I or fourth position (see figures 2, 3, 5, 6 and 8 to 10). The cover member 40 may be positioned in the first opening 530 in the second and I or third and I or fourth position. The storage apparatus 10 may include a controller 1000 (see figures 17(a) to (e)) for controlling movement of the storage apparatus 10 between the first, second, third and fourth positions. The controller 10 may be a touch screen device. The controller may have a home screen (shown in figures 17(c)). The controller 1000 may include first and second movement buttons 1012, 1014, which may be on the touch screen, for moving the storage apparatus 10 between the respective positions. The first movement button 1012 may move the apparatus 10 from any of the second, third or fourth positions to the first position. The first movement button 1012 may move the apparatus 10 from the fourth to the third or second position when pressed once and may move the apparatus 10 from the third or second position to the first position when pressed a second time. Continually depressing the first movement button 1012 may cause the apparatus 10 to move continuously from the fourth to the first position, or may cause the apparatus 10 to move from any of the second, third or fourth positions to the first position. The second movement button 1014 may move the apparatus 10 from the first position to any of the second, third or fourth positions. The second movement button 1014 may move the apparatus 10 from the first to the second or third position when pressed once and may move the apparatus 10 from the second or third position to the fourth position when pressed a second time. Continually depressing the second movement button 1014 may cause the apparatus 10 to move continuously from the first to the fourth position, or may cause the apparatus 10 to move from any of the first, second or third positions to the fourth position. The controller 1000 may replace a light switch in a room in a dwelling and may include a user operable button 1010 on the touch screen for operating lights in a room. The light switch button 1010 may also, or alternatively, operate the illumination source in the main body 12 and I or control power supply to the electrical terminal(s) in the main body 12. The controller 1000 may include a settings screen accessed by pressing a settings button 1016 (see figures 17(b), (c) and (d)). The setting button 1016 may be provided on the home screen. The settings screen may display a list 1020 and may include a safety option 1022 on the list 1020 which when selected may permit users to view safety information for the storage apparatus 10. The list 1020 may include a display option 1024 which may permit users to control display settings for the controller 1000 and components of the storage apparatus 10, e.g., the illumination source. The list 1020 may include an other option 1026 which may permit users to control features such as an operating speed of the first and second movement mechanisms 20, 30 and the like. The controller 1000 may be lockable by a user to prevent unintended movement of the storage apparatus 10 between the respective positions, e.g., during use or when stowed, (see figure 17(d)). The first and second movement buttons 1012,1014 may be lockable by a userto prevent unintended movement of the storage apparatus 10 between the respective positions. The controller 1000 may be unlockable via a PIN which may be chosen by a user (see figure 17(e)). A user may be able to lock the first and second movement buttons 1012, 1014 from within the settings screen, e.g., under the other option 1026. A user may be able to unlock the first and second movement buttons 1012, 1014 from within the settings screen, e.g., under the other option 1026, or by pressing the first and second movement buttons 1012, 1014 when displaying lock icons, as shown in figure 17(d). When a user selects to unlock the controller 1000, or first and second movement buttons 1012, 1014 from within the settings screen a PIN unlock screen 1030 may be displayed. A user may then input the PIN using keypad 1032 displayed on the touch screen to unlock the first and second movement buttons 1012, 1014. The controller 1000 may include a time display 1018 for displaying a current time to a user. In embodiments, the controller 1000 may not include a time display. The storage apparatus 10 may include a sensor, e.g., an IR sensor or a motion sensor, for sensing a user underneath the main body 12. The sensor may be operably connected to the first and I or second movement mechanism(s) 20, 30 to stop movement of the cover member 40 and I or main body 12 if a user is sensed. The sensor may be positioned on or near the base member 118. If a user is sensed underneath the main body 12, the controller 1000 may provide a warning screen 1040 (see figure 17(a)). The storage apparatus 10 and I or the controller 1000 may also be able to provide an alarm when an obstruction is detected and / or during operation of the storage apparatus 10. A first alarm sound may be produced when an obstruction is detected and a second alarm sound may be produced during operation of the storage apparatus 10. As mentioned above, the storage apparatus 10 may include an attachment member 2000 for slidably and I or releasably attaching the divider 18 to shelving. The attachment member 2000 may be for use in a storage apparatus 10, e.g., as described above. An example attachment member 2000 is shown in figure 16. The attachment member 2000 may include an attachment member body 2002. The attachment member body 2002 may be generally planar and I or generally rectangular. In embodiments, the attachment member body 2002 may be other shapes without departing form the scope of the present disclosure. The attachment member body 2002 may be shaped so as to protrude minimally from the shelving to which it is attached for providing a smooth I minimal appearance whilst providing flexibility of shelving I divider configuration. The attachment member body 2002 may have rounded corners 2004 in plan view which may be generally curvilinear. In embodiments this may not be the case. The attachment member body 2002 may include four corners, e.g., it may be generally rectangular in plan view. In embodiments, the attachment member body 2002 may include more of fewer corners. The corners 2004 may be connected by first and second sides 2006, 2008 and first and second ends 2010, 2012 which are generally opposite each other. The first and second sides 2006, 2008 may be generally parallel. The first and second ends 2010, 2012 may be generally parallel. In embodiments, the first and second sides 2006, 2008 and first and second ends 2010, 2012 may be generally curvilinear, or bowed. The attachment member 2000 may include a first protrusion 2100 which may extend away from the attachment member body 2002, e.g., generally orthogonally, and in use may be positioned under the first shelf 16. The first protrusion 2100 may be positioned at or near the first end 2010 of the attachment member body 2000. The first protrusion 2100 may extend generally along the first end 2010 of the attachment member body 2002. The attachment member 2000 may further include a second protrusion 2200 which may extend away from the attachment member body 2000, e.g., generally orthogonally, above the first shelf 16 in use. The second protrusion 2200 may extend along the first side 2006 of the attachment member body 2002 up to the second end 2012 and I or towards the first end 2010 and I or the first protrusion 2100. The second protrusion 2200 may be generally orthogonal to the first protrusion 2100. The attachment member 2000 may include a further second protrusion 2200’ similar to the second protrusion 2200. The further second protrusion 2200’ may extend along the second side 2008 of the attachment member body 2002 up to the second end 2012 and / or towards the first end 2010 and I or first protrusion 2100. The further second protrusion 2200’ may be generally orthogonal to the first protrusion 2100. The further second protrusion 2200’ may be generally parallel to the second protrusion 2200. The first, second and further second protrusions 2100, 2200, 2200’ may be generally planar and may have rounded edges. The first, second and further second protrusions 2100, 2200, 2200’ may be substantially the same. In embodiments this may not be the case. The first protrusion 2100 may have a generally planar portion 2110 which abuts the first shelf 16, or a shelf in use. An edge of the second and further second protrusions 2210, 2210’ may contact the first shelf 16, or a shelf, in use. The second protrusion and I or the further second protrusion may have a generally planar portion 2220, 2220’ which contacts a divider 18, in use. The generally planar portion 2220 of the second protrusion 2200 may face towards the further second protrusion 2200’. The generally planar portion 2220’ of the further second protrusion 2200’ may face towards the second protrusion 2200. The first and second and I or further second protrusions 2100, 2200, 2200’ may define a shelf space 2300 which in use receives a portion of the first shelf 16 or a portion of a shelf. The second and further second protrusions 2200, 2200’ may define a divider space 2400 which in use receives a portion of a divider 18. The storage apparatus 10 may be operated according to the following method which includes the steps of: a) operating the first movement mechanism 20 to move the main body 12 from the first position to the second position; b) operating the second movement mechanism 30 to move the main body 12 from the second position, or third position, to the fourth position; and c) storing objects in the main body 12. The storage apparatus 10 may then be operated to stow the objects by: d) operating the second movement mechanism 30 to move the main body 12 from the fourth position to the second, or third, position; and e) operating the first movement mechanism 20 to move the main body 12 from the second position to the first position. In the above method, steps a) and b) may happen simultaneously. In embodiments, steps a) and b) may happen sequentially. In the above method, steps d) and e) may happen simultaneously. In embodiments, steps d) and e) may happen sequentially. For step a) movement of the main body 12 from the first to the second position may be caused by movement of the cover member 40 from the first to the second position. During movement of the cover member 40, the main body 12 may be positioned in the second space 420. In embodiments, during step a), the main body 12 may start to move out of the second space 420. During step a), the first movement mechanism 20 may move from the first configuration to the second configuration. The first drive member 200 may drive the drive shaft(s) 220, 220’ to move the first actuation member(s) 210, 210’. In particular, the first motor 200 may rotate the drive shaft(s) 220, 220’ to rotate the first gear(s) 210, 210’. This in turn may move the first connection member(s) 240, 240’ relative to the first actuation member(s) 210, 210’ and may cause movement of the second actuation member(s) 230, 230’. In particular, the first gear(s) 210, 210’ may cause the first chain(s) 240, 240’ to rotate about the first gear(s) and so also rotate about the second gear(s) 230, 230’. This results in the first chain(s) 240, 240’ moving relative to the gears. Consequently, the first fixation member(s), or first bracket(s), 250, 250’ may move from a first fixation member position, e.g., closer to the first actuation member 210, 210’ than the second actuation member 230, 230’, to a second fixation member position, e.g., closer to the second actuation member(s) 230, 230’ than the first actuation member(s) 210, 210’, and so move the cover member 40 from the first position to the second position. For step b) movement of the main body 12 from the second or third position to the fourth position may be caused by movement of the second movement mechanism 30. During movement of the main body 12, the cover member 40 may be positioned partially in the first space 520. In embodiments, during step a), the cover member 40 may be positioned outside the first space 520. During step b), the second movement mechanism 30 may move from the first configuration to the second configuration. The second drive member 300 may drive the drive shaft(s) 320, 320’ to move the third actuation members) 310, 31 O’. In particular, the second motor 300 may rotate the second drive shaft(s) 320, 320’ to rotate the third gear(s) 310, 310’. This in turn may move the second connection member(s) 340, 340’ relative to the third actuation member(s) 310, 310’ and may cause movement of the fourth actuation member(s) 330, 330’. In particular, the third gear(s) 310, 310’ may cause the second chain(s) 340, 340’ to rotate about the third gear(s) and so also rotate about the fourth gear(s) 330, 330’. This results in the second chain(s) 340, 340’ moving relative to the gears. Consequently, the second fixation members), or second bracket(s), 350, 350’ may move from a third fixation member position, e.g., closer to the third actuation member 310, 310’ than the fourth actuation member 330, 330’, to a fourth fixation member position, e.g., closer to the fourth actuation member(s) 330, 330’ than the third actuation member(s) 310, 310’, and so move the main body 12 from the second, or third, position to the fourth position. For step d), the reverse of step b) may be completed. For step e), the reverse of step e) may be completed. Operation of the illumination source may be disabled unless the main body 12 is in the fourth position. Steps a), b), d) and e) may be completed by operation of the controller 1000. In particular, steps a) and b) may be completed by pressing movement button 1014. Steps d) and e) may be completed by pressing movement button 1012. The method may include the following steps: f) sensing, during steps a) and I or b) whether a user is positioned underneath the main body 12; and g) if a user is sensed, pausing steps a) and I or b). Step f) may be completed by the sensor positioned on the base member 118. The sensor may continuously monitor for a user underneath the main body 12 or may intermittently, e.g., every 1 - 2 seconds, monitor for a user underneath the main body 12. At step g), the warning screen 1040 may be displayed and an alarm sound produced. The method may include the following step: h) recommencing steps a) and I or b) if a user is no longer sensed. For steps g) and h), the sensor may continue to monitor for a user until a user is no longer detected and then recommence steps a) and I or b). If a sufficient period of time has passed, steps a) and I or b) may recommence in hand with step f). If a user is sensed again step g) may take place again. This may happen automatically. Alternatively, subsequent to step g) a user may need to depress movement button 1014 to recommence steps a) and I or b). This may be advantageous in forcing movement of a user out of the way of the main body 12. When used in this specification and claims, the terms "comprises" and "comprising" and variations thereof mean that the specified features, steps or integers are included. The terms are not to be interpreted to exclude the presence of other features, steps or components. The invention may also broadly consist in the parts, elements, steps, examples and / or features referred to or indicated in the specification individually or collectively in any and all combinations of two or more said parts, elements, steps, examples and / or features. In particular, one or more features in any of the embodiments described herein may be combined with one or more features from any other embodiment(s) described herein. Protection may be sought for any features disclosed in any one or more published documents referenced herein in combination with the present disclosure. Although certain example embodiments of the invention have been described, the scope of the 5 appended claims is not intended to be limited solely to these embodiments. The claims are to be construed literally, purposively, and / or to encompass equivalents.

Claims

1. A storage apparatus for use in a loft I attic space of a dwelling, including:a main body for storage;a first movement mechanism for moving the main body from a first, stowed, position to a second, partially accessible, position; anda second movement mechanism for moving the main body from the second position, or a third position, to a fourth, accessible, position.

2. A storage apparatus according to claim 1, further including a support member for supporting the apparatus in the loft I attic space, wherein the main body is movable relative to the support member between the first, second, third and fourth positions.

3. A storage apparatus according to claim 2, wherein the support member defines a first space within which the main body is receivable.

4. A storage apparatus according to claim 3, wherein the support member includes a base which defines a first opening connected to the first space, the main body movable through the first opening, in use; optionallywherein the support member includes one or more sidewalls which extend generally upwardly away from the base, said sidewall(s) defining the first space.

5. A storage apparatus according to claim 3 or claim 4, wherein the main body is received in the first space in the first position.

6. A storage apparatus according to any one of claims 3 to 5, wherein the main body is partially received in the first space in the second and I or third position; and I orwherein the main body is positioned outside the first space in the fourth position.

7. A storage apparatus according to any preceding claim including a cover member for covering at least a portion of the first and I or second movement mechanism.

8. A storage apparatus according to claim 7, wherein the cover member includes one or sidewalls, e.g. one or more generally vertical sidewalls, which define a second opening through which the main body is movable, in use; optionallywherein the one or more sidewalls extend about a periphery of the main body, in use.

9. A storage apparatus according to claim 8 or claim 9 wherein the cover member is operably connected to the first movement mechanism; optionallywherein the cover member is operably connected to the first movement mechanism to move the cover member between the first and second positions.

10. A storage apparatus according to any one of claims 7 to 9, wherein the second movement mechanism is attached to the cover member.

11. A storage apparatus according to any preceding claim, wherein the main body is operably connected to the second movement mechanism.

12. A storage apparatus according to any preceding claim, wherein the first movement mechanism includes:a first drive member for driving the first movement mechanism;a first actuation member operably connected to the first drive member;a second actuation member operably connected to first actuation member;a first connection member for connecting the first and second actuation members; and a first fixation member;wherein the first fixation member fixes the cover member to the first movement mechanism.

13. A storage apparatus according to claim 12, wherein the first drive member is a first motor, the first and second actuation members are first and second gears and the first connection member is a first chain;wherein the first fixation member is a first bracket fixed to a portion of the first chain which fixes the cover member to the first chain for movement of the cover member between the first and second positions.

14. A storage apparatus according to any preceding claim, wherein the second movement mechanism includes:a second drive member for driving the second movement mechanism;a third actuation member operably connected to the second drive member;a fourth actuation member operably connected to third actuation member;a second connection member for connecting the third and fourth actuation members; and a second fixation member;wherein the second fixation member fixes the main body to the second movement mechanism.

15. A storage apparatus according to claim 14, wherein the second drive member is a second motor, the third and fourth actuation members are third and fourth gears and the second connection member is a second chain;wherein the second fixation member is a second bracket fixed to a portion of the second chain which fixes the cover member to the second chain for movement of the main body between the second, or third, and fourth positions.

16. A storage apparatus according to any preceding claim, wherein the first movement mechanism is positioned to a first and I or second side of the main body; and I orwherein the second movement mechanism is positioned to the first and I or second side of the main body; and I orwherein the first movement mechanism is substantially the same as the second movement mechanism.

17. A storage apparatus according to any preceding claim including a base member positioned on a bottom of the main body, said base member extending beyond a periphery of the main body; and I orincluding a sensor, e.g., an IR sensor or a motion sensor, for sensing a user underneath the main body, said sensor operably connected to the first and I or second movement mechanism(s) to stop movement of the cover and I or main body if a user is sensed; and I orincluding a controller for controlling movement between the first, second, third and fourth positions; and I orincluding an illumination source in the main body, e.g., a LED, for assisting users in seeing objects stored in the main body; and I orwherein the main body includes an electrical terminal, e.g., a plug or USB port, for providing electricity for users to use in the fourth position.

18. A dwelling including a storage apparatus according to any preceding claim, wherein the dwelling includes a loft I attic space and wherein the storage apparatus is positioned in the loft I attic space.

19. A storage apparatus, including:a first shelf;a shelf divider; andan attachment member for slidably and I or releasably attaching the divider to the first shelf.

20. A storage apparatus according to claim 19, wherein the attachment member includes an attachment member body, and a first protrusion which extends away from the attachment member body, e.g., generally orthogonally, and in use is positioned under the first shelf; and optionallyfurther including a second protrusion which extends away from the attachment member body, e.g., generally orthogonally, above the first shelf in use, optionally wherein the second protrusion is generally orthogonal to the first protrusion; and optionallywherein the first and second protrusions define a space which in use receives a portion of the first shelf; and optionallywherein the first protrusion has a generally planar portion which abuts the first shelf in use; and optionallywherein the second protrusion has a generally planar portion which contacts the divider in use.

21. A storage apparatus according to claim 19 or claim 20 including one or more or all the features of claims 1 to 18.

22. An attachment member for use in a storage apparatus according to any preceding claim, wherein the attachment member includes one or more or all the features of claims 19 and 20.

23. A method of storing objects in a loft I attic space with a storage apparatus, the storage apparatus including:a main body for storage;a first movement mechanism for moving the main body from a first, stowed, position to a second, partially accessible, position; anda second movement mechanism for moving the main body from the second position, or a third position, to a fourth, accessible, position;wherein the method includes the steps of:a) operating the first movement mechanism to move the main body from the first position to the second position;b) operating the second movement mechanism to move the main body from the second position to the fourth position;c) storing objects in the main body;d) operating the second movement mechanism to move the main body from the fourth position to the second position; ande) operating the first movement mechanism to move the main body from the second position to the first position.

24. A method according to claim 23, wherein steps a) and b) and I or steps d) and e) happen simultaneously.

25. A method according to claim 23 or claim 24, wherein the storage apparatus includes a sensor, e.g., an IR sensor or a motion sensor, for sensing a user underneath the main body, and wherein the method includes the following steps:f) sensing, during steps a) and I or b) whether a user is positioned underneath the main body; andg) h) if a user is sensed, pausing steps a) and / or b); optionally recommencing steps a) and / or b) if a user is no longer sensed.s

Images