AU2015202117B2 - Merchandiser Including Accessible Canopy - Google Patents

Abstract

A refrigerated merchandiser including a case defining a product display area. The case includes a canopy defining an electrical raceway, and a panel that defines aesthetic fascia for the canopy. The panel is coupled to the canopy and movable between a first 5 position enclosing the electrical raceway and a second position providing access to the electrical raceway. The panel is cantilevered outward from adjacent a front of the canopy in the second position. 64235841 (GHMatters) P93227.AU.1 ROSG 24/04/15

Description

MERCHANDISER INCLUDING ACCESSIBLE CANOPY 2015202117 28 Feb 2017

BACKGROUND

The present invention relates to merchandisers and, more particularly, to merchandiser 5 canopies.

Existing merchandisers typically have electrical components positioned in the base near the surface on which the merchandiser is supported. In addition, electrical wiring is frequently routed through the merchandiser in the same general area. However, access to the electrical components wiring for servicing can be difficult because access is 10 provided very close to the support surface. As a result, a technician will likely have to lie prone on the support surface to access this location.

SUMMARY

In one construction, the invention provides a merchandiser including a case defining a product display area. The case includes a canopy that defines an electrical raceway, and 15 a panel that defines aesthetic fascia for the canopy. The panel is coupled to the canopy at a pivot and movable between a first position enclosing the electrical raceway and a second position providing access to the electrical raceway. The pivot defines a pivot axis about which the panel is movable between the first position and the second position. The panel is cantilevered outward and forward from the pivot adjacent a front 2 0 of the canopy in the second position. In the second position, a center of gravity of the panel is located forward of the pivot axis such that the weight of the panel is configured to hold the panel in the second position without an external force being applied to the panel.

Also disclosed is a refrigerated merchandiser including a case defining a product 2 5 display area. The case includes a canopy that defines an electrical raceway supporting wiring structure of the merchandiser. The merchandiser includes a panel that defines aesthetic fascia for the canopy. The first panel is coupled to the canopy at a location rearward of a front of the canopy. The panel is movable relative to the canopy about the 1 coupling location between a first position enclosing the electrical raceway and a second position providing access to the electrical raceway. 2015202117 28 Feb 2017

Also disclosed is a refrigerated merchandiser including a case that defines a product display area. The case has a canopy that defines an electrical raceway supporting wiring 5 structure of the merchandiser. The merchandiser includes a panel defining aesthetic fascia for the canopy and coupled to a top of the canopy. The panel extends forward from the coupling in a first position to enclose the electrical raceway and movable relative to the canopy between the first position and a second position to provide access to the electrical raceway. 10 Other aspects of the invention will become apparent by consideration of the detailed description and accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a section view of a merchandiser including a canopy according to an embodiment of the invention. 15 FIG. 2 is a perspective view of the canopy illustrating access panels in an open position and canopy support members. FIG. 3 is a perspective view of one canopy support member. FIG. 4 is a side view of the canopy support member of FIG. 3. FIG. 5 is an enlarged section view of the canopy of FIG. 1 illustrating the access panels 2 0 in a closed position. FIG. 6 is an enlarged section view of the canopy illustrating the access panels in the full open position.

Fig. 7 is an enlarged section view of the canopy illustrating one of the access panels in a partial open position. 2 5 Fig. 8 is an enlarged section view of the canopy illustrating the other access panel in a partial open position. 2

Before any constructions of the invention are explained in detail, it is to be understood that the invention is not limited in its application to the details of construction and the arrangement of components set forth in the following description or illustrated in the following drawings. The invention is capable of other constructions and of being 5 practiced or of being carried out in various ways. 2015202117 28 Feb 2017

DETAILED DESCRIPTION

Fig. 1 illustrates one construction of a merchandiser 10 that may be located in a supermarket or a convenience store or other retail setting (not shown) for presenting fresh food, beverages, and other food product (not shown) to consumers. The illustrated 10 refrigerated merchandiser 10 includes a case 14 that has a base 18, a rear wall 22, and a canopy 26. The area partially enclosed by the base 18, the rear wall 22, and the canopy 26 defines a product display area 30 in which food product can be supported on shelves 34 and accessed from adjacent a front of the case 14. Although not shown, doors can be used to enclose the product display area 30. 15 The illustrated merchandiser 10 can be a refrigerated merchandiser that includes at least a portion of a refrigeration system (not shown) to provide refrigerated airflow to the product display area 30. As is generally understood, the refrigeration system includes an evaporator located within an air passageway internal to the case 14, and compressors compress a gaseous refrigerant and direct the compressed refrigerant to an exterior 2 0 condenser where the refrigerant is cooled and condenses into a liquid refrigerant that is directed to the evaporator. Prior to reaching the evaporator, the liquid refrigerant is forced through an expansion valve converting the refrigerant into a two-phase fluid. The two-phase refrigerant absorbs heat from air being directed through the evaporator by a fan. The refrigerant generally leaves the evaporator in a superheated condition and 2 5 is routed back to the compressor for recycling. The cooled air exiting the evaporator is directed through the remainder of the air passageway and is introduced into the product display area 30, where it will remove heat from the displayed food products and maintain the food products at the desired temperature.

With reference to FIGS. 2-8, the canopy 26 includes structural support members 38 that 3 0 are coupled to the top of the canopy 26 via attachment portions 40. The illustrated 3 support members 38 are cantilevered off the top of the canopy 26. The support members 38 are spaced apart from each other along the length of the canopy 26 and define compartments 42 between adjacent support members 38. As illustrated in Figs. 2-4, each of the support members 38 defines an integrated or unitary canopy support 5 that attaches or supports several merchandiser components within the canopy 26. With reference to Figs. 2 and 3, an electrical raceway tray 46 is disposed in each compartment 42 to support electrical components and case-to-case wiring structure 50. Each support member 38 has recesses or openings 52 (two each are illustrated) that route the electrical wiring through the support members 38 while positioning the wiring 10 in an accessible location where the wiring can be removed or installed without disassembling any part of the canopy. 2015202117 28 Feb 2017

The canopy 26 also has a night curtain 54, a light channel 58, and rear panel structure 62 that are supported by the support members 38 (e.g., via snap-fit arrangement). The night curtain 54 is disposed in each compartment 42 at a location slightly forward of 15 and below the raceway tray 46. The support members 38 include a recess or pocket 66 that supports ends of the night curtain 54. The light channel 58 is coupled to a lower end of each support member 38 below and rearward of the night curtain 54, and supports a light assembly 70 that illuminates the product display area 30. The rear panel structure 62 is coupled to a rear side of the support members 38 and partially defines an 2 0 air passageway 74 and an air outlet 78 within the canopy 26.

The support members 38 located adjacent the ends of the case 14 are flush with ends of the canopy 26 and can be coupled to support members (not shown) of adjacent merchandisers to provide a seamless case-to-case attachment between the adjacent canopies that is rigidly supported along its entire length. When doors are provided on 2 5 the merchandiser 10, the doors can be partially coupled to the case 14 via the support members 38 (e.g., within a door mounting channel). Although the illustrated canopy 26 includes four spaced apart support members 38, fewer or more than four support members 38 can be provided depending on several factors (e.g., length of the canopy 26, amount of support needed or desired, etc.). 4

With reference to Figs. 3 and 4, each support member 38 defines a first pivot recess 82 disposed adjacent the attachment portion 40 on an upper part of the support member 38. A lower end of the support member 38 has a hook-shaped extension 86 that defines a second pivot recess 88. The support member 38 also has a detent 90 that protrudes or 5 extends outward from an upper side of the support member 38, and first and second attachment recesses 94, 98 disposed between the first pivot recess 82 and the detent 90. As illustrated, the first and second attachment recesses 94, 98 are located adjacent a central area of the support member 38 and are separated from each other by a bridge 102. 2015202117 28 Feb 2017 10 With reference to Figs. 2 and 5-8, the support members 38 pivotably support a first cover or access panel 106 and a second cover or access panel 110 that enclose the compartments 42 and the components disposed in the compartments 42. The first and second panels 106, 110 define aesthetic fascia for the canopy 26 and are shaped to conform to the overall desired contour of the canopy 26. The illustrated first and second 15 panels 106, 110 are coupled to the support members 38 within the first and second pivot recesses 82, 88 and are pivotable between respective first or closed positions (Fig. 5) and second or open positions (Figs. 2 and 6) in an opposed pattern (i.e. away from each other, as compared to, for example, a tandem pattern) to provide access to the compartments 42 and the components inside the canopy 26. It will be appreciated that 2 0 the first panel 106, the second panel 110, or both panels 106, 110 can be coupled to the canopy 26 in other ways (e.g., fixed to the canopy 26 by fasteners, slidably coupled, etc.).

Referring to Figs. 5-7, the first panel 106 (e.g., formed of sheet metal, thin plastic, composite, etc.) has a first end that is defined by a first pivot member 114 and a second 2 5 end opposite the first end that is defined by a first retention member 118. The first pivot member 114 is hook-shaped and has a curved portion 122 and a planar portion 126 extending from the curved portion 122 to the end of the first panel 106. The first pivot member 114 is engaged with the first pivot recess 82 so that the first panel 106 can pivot relative to the remainder of the canopy 26. That is, the first pivot recess 82 and the 3 0 first pivot member 114 cooperatively define a hinge about which the first panel 106 can move between the closed and open positions. 5

As illustrated in Fig. 8, an end of the planar portion 126 is folded over on itself to strengthen the end of the first panel 106. Also, the first pivot recess 82 is shaped to include a ramp 130 that acts as a stop when the first panel 106 is opened. That is, the ramp 130 defines the farthest angle at which the first panel 106 can be oriented in the 5 open position. As illustrated in Fig. 6, the ramp 130 is shaped so that the first panel 106 is in an over-center orientation in which the center of gravity of the first panel 106 is shifted rearward of the pivot point so that gravity assists with holding the first panel 106 in the open position. A retainer lip 134 is formed adjacent the opening to the first pivot member 114 to prevent inadvertent or undesired removal of the first panel 106 from the 10 support members 38. 2015202117 28 Feb 2017

The first retention member 118 is defined by an acute bend in the forward end of the first panel 106 such that the first retention member 118 is bent back along the central portion of the first panel 106. The first retention member 118 is engaged with the support members 38 within the first attachment recess 94 to hold the first panel 106 in 15 the closed position. As illustrated in Fig. 5, the first panel 106 is pushed rearward slightly to fully engage the first retention member 118 with the support member 38. In this position, the first pivot member 114 is positioned slightly rearward (i.e. spaced from) the first pivot recess 82. If necessary, the first retention member 118 can flex as it is oriented in the first attachment recess 94. 2 0 With reference to Figs. 5-7, the second panel 110 (e.g., formed of sheet metal, thin plastic, composite, etc.) has a first end that is defined by a second pivot member 138 and a second end opposite the first end that is defined by a second retention member 144. The second pivot member 138 is hook-shaped and has a curved portion 140 and a planar portion 142 that is engaged with the second pivot recess 88 so that the second 2 5 panel 110 can pivot relative to the extension 86. That is, the extension 86 and the second pivot member 138 cooperatively define a hinge about which the second panel 110 can move between the closed and open positions. As illustrated in Figs. 5- 7, an end of the planar portion 142 has a ball-shaped element 146 that is cupped by the second pivot recess 88 and that defines a pivoting axis for the second panel 110. 6

In the closed position, the ball-shaped element 146 is disposed in the second pivot recess 88 and the planar portion 142 rests on an end of the hook-shaped extension 86. As shown in Fig. 5, the second retention member 144 is coupled to the support members 38 by snap-fit engagement within the second attachment recess 98. The 5 second retention member 144 has a spring-like engagement element 150 that is formed by an acute bend in the relatively thin first panel 106 and a hook-like feature 154 disposed on the end of the first panel 106. The hook-like feature 154 is flexibly engaged with the support members 38 within the second attachment recess 98 due to the springlike engagement element 150. That is, the hook-like feature 154 is flexibly engageable 10 with a lip 158 on the support members 38 to provide a small amount of resistance when opening or closing the second panel 110. 2015202117 28 Feb 2017

The illustrated second panel 110 also has a detent recess or element 162 that is engaged with the detent 90 when the second panel 110 is in the closed position (Fig. 5) to further assist with securing the second panel 110 to the canopy 26. In the open position, the 15 second panel 110 is cantilevered from the support member 38. When the illustrated second panel 110 is in the open position (Fig. 6), the planar portion 142 is engaged with a wall of the extension 86 such that the second panel 110 is self-supported in the open position. That is, the center of gravity of the second panel 110 is located forward of the pivot axis defined by the ball-shaped element 146 such that the weight of the second 2 0 panel 110 is adequate to hold the panel 110 open.

The components and wiring supported by the canopy 26 can be installed before or after the first and second panels 106, 110 coupled to the canopy 26. To install the first panel 106, the first pivot member 114 is positioned adjacent the first pivot recess 82 so that the first panel 106 is angled generally toward a front of the case (toward the left as 2 5 viewed in Figs. 5 and 8). In this position, where the first panel 106 is closer to the closed position than the open position, the first pivot member 114 can engage the first pivot recess 82 by dropping the planar portion 126 into the recess 82 in a such a way that the end of the first panel 106 is very close to or brushes against the retainer lip 134. The first panel 106 can then be pulled forward (in the direction of arrow 166 in Fig. 8) 30 until the rear end of the panel 106 is engaged with the wall defining the first pivot recess 82. In this position, the first retention member 118 is aligned with the first 7 attachment recess 94. Thereafter, the first panel 106 can be pushed rearward so that the first retention member 118 is fully engaged with the support members 38 within the first attachment recess 94. These steps can be reversed to remove the first panel 106. 2015202117 28 Feb 2017

To install the second panel, the second pivot member 138 is positioned adjacent the 5 second pivot recess 88 so that the second panel 110 is angled upward and slightly forward toward a front of the case 14 (see Fig. 7). In this position, the ball-shaped element 146 is slid over the edge of the extension 86 such that the portion of the second panel 110 on the opposite side of the extension 86 is positioned very close to or abutting the exterior side of the extension 86. The second panel 110 is then pulled in a direction 10 that is generally forward and downward (relative to the case 14) so that the ball-shaped element 146 is engaged with the second pivot recess 88. The second panel 110 can then be pivoted toward the closed position or the open position. To close the second panel, the panel 110 is rotated clockwise (as viewed in Figs. 6 and 7) until the second retention member 144 rests on the support members 38 and the detent 90 is engaged with the 15 detent element 162. In this orientation, relatively light pressure on the second panel 110 adjacent the retention member will force the engagement element 150 over the lip 158 so that the hook-like feature 154 is engaged with the support members 38 within the second attachment recess 98. These steps can be reversed to remove the second panel.

When the first and second panels 106, 110 are in the closed positions, a slight 2 0 interference fit is defined by the retention members 118, 144 to ensure that the panels 106, 110 106, 110 remain in the closed position. This fit also contributes to the aesthetic appeal of the canopy 26. To gain access to the compartments 42 (e.g., to service, install, or remove components or wiring), when the first and second panels 106, 110 are in the closed position, the first panel 106 can be disengaged from the support members 38 by 2 5 applying pressure to the rear end of the first panel 106 to move the first panel 106 forward (i.e. toward a front of the case 14 - in the direction of the arrow 166). With the first retention member 118 disengaged from the first attachment recess 94, the first panel 166 can be rotated or pivoted toward the open position about the hinge point defined by the first pivot recess 82 and the first pivot member 114. 8

The second panel 110 can be disengaged from the support members 38 after the first panel 106 is at least partially opened by applying a force on an inner side of the engagement element 150 so that the hook-like feature 154 flexes over the lip 158. Thereafter, the second panel 110 can be pivoted toward the open position about the 5 hinge point defined by the second pivot recess 88 and the second pivot member 138. The process of opening the first and second panels 106, 110 can be reversed to close the panels 106, 110. Also, either of the first and second panels 106, 110 can be closed without first closing the other panel 106, 110, if desired. 2015202117 28 Feb 2017

The first and second panels 106, 110 are self-supported due to their respective over-10 center orientations when the first and second panels 106, 110 are in their respective open positions (see Fig. 6). With reference to the first panel 106, the ramp 130 cantilevers the first panel 106 in the over-center orientation while limiting further movement beyond the illustrated over-center orientation so that the first panel 106 remains in the open position until access to the interior of the canopy 26 is no longer 15 desired. In some constructions, the ramp 130 can be removed such that the first panel 106 rests on top of the canopy 26. With regard to the second panel, the planar portion and the wall of the extension 86 are engaged with each other to cantilever the second panel 110 in the illustrated over-center open position until access to the interior of the canopy 26 is no longer desired. In this position, the second panel 110 does not obstruct 2 0 viewability of the product display area 30. In some constructions, the second pivot member 138 can be shaped so that the second panel 110 is oriented downward (i.e. dangled from the extension 86).

In the claims which follow and in the preceding description of the invention, except where the context requires otherwise due to express language or necessary implication, 2 5 the word “comprise” or variations such as “comprises” or “comprising” is used in an inclusive sense, i.e. to specify the presence of the stated features but not to preclude the presence or addition of further features in various embodiments of the invention. 9

Claims (10)

1. A merchandiser comprising: a case defining a product display area including a canopy having an electrical raceway; and a panel defining aesthetic fascia for the canopy, the panel coupled to the canopy at a pivot and movable between a first position enclosing the electrical raceway and a second position providing access to the electrical raceway, the pivot defining a pivot axis about which the panel is movable between the first position and the second position, wherein the panel is cantilevered outward and forward from the pivot adjacent a front of the canopy in the second position, wherein, in the second position, a center of gravity of the panel is located forward of the pivot axis such that the weight of the panel is configured to hold the panel in the second position without an external force being applied to the panel.

2. The merchandiser of claim 1, wherein the panel includes a first longitudinal edge pivotably coupled to the canopy and a second longitudinal edge detachably coupled to the canopy.

3. The merchandiser of claim 2, wherein the canopy defines the pivot to which the first longitudinal edge is coupled.

4. The merchandiser of any one of the preceding claims, wherein the first position defines a closed position of the panel and the second position defines an open position of the panel, and wherein the panel is removable from the canopy at a third position between the first position and the second position.

5. The merchandiser of any one of the preceding claims, further comprising another panel coupled to the canopy and defining aesthetic fascia for the canopy, and wherein the panels cooperatively enclose the electrical raceway.

6. The merchandiser of claim 5, wherein the other panel is movable between a first position partially enclosing the electrical raceway and a second position providing access to the electrical raceway.

7. The merchandiser of claim 6, wherein in the second position, the other panel is cantilevered from the canopy.

8. The merchandiser of any one of claims 1 to 5, wherein the panel is a first panel and the merchandiser comprises a second panel coupled to the canopy and defining aesthetic fascia for the canopy, wherein the first and second panels cooperatively enclose the electrical raceway, and wherein the first panel has an over-center orientation in the second position.

9. The merchandiser of claim 8, wherein the pivot defines a first pivot, wherein the canopy defines a second pivot disposed rearward of the first pivot, wherein the first panel is pivotably coupled to the first pivot and the second panel is pivotably coupled to the second pivot, and wherein the first panel and the second panel pivot toward each other to fully enclose the electrical raceway.

10. The merchandiser of any one of the preceding claims, wherein the electrical raceway defines a compartment configured to support the wiring structure, and wherein the second position of the panel provides access within the compartment enabling access to the wiring structure.