The present invention relates to a beverage serving trolley.

Beverage serving trolleys have generally been known for a long time. Typically, a beverage serving trolley is a mobile rack having wheels, a handle and one or more shelfs for beverage bottles. Depending on the individual preferences, beverage serving trolleys with a number of accessories are available. In case the beverage serving trolley is used for more than just presenting beverage bottles, but also, for example, for preparing drinks, additional equipment is necessary which makes beverage serving trolleys often look messy and crowded.

Furthermore, depending on what is being served at a particular occasion, beverage serving trolleys need to be specifically equipped with certain accessories. Therefore, either various different beverage serving trolleys are necessary or an extensive reconstruction of one beverage serving trolley is necessary at each different use.

In order to overcome these drawbacks of the presently available beverage serving trolleys, the present invention aims to provide a beverage serving trolley which meets all requirements with minimal modifications, if at all necessary.

To achieve the above object, the present invention provides a beverage serving trolley having a supporting structure, at least one wheel, a presentation basket comprising a basket handle and being configured to receive beverage bottles and ice cubes, and an outer housing.

According to the present invention, the outer housing includes at least one first side panel and at least one edge profile which cover at least in part at least one side and at least one vertical edge, respectively, of the beverage serving trolley, wherein both the at least one first side panel and the at least one edge profile have the same vertical extension and are mounted to the beverage serving trolley in a way that adjacent first side panels and edge profiles are connected flush with each other at their respective vertical edges with a distance, thus forming a vertical gap of a predetermined width between each other.

Having an outer housing, the beverage serving trolley has a tidy look, since equipment and tools can be stored away from sight within the beverage serving trolley. Furthermore, at the vertical gaps, various accessories can be easily and removably mounted to the beverage serving trolley as intended. According to a preferred embodiment, the at least one first side panel is a folded metal sheet including a flat portion and at least two fixing portions, wherein the flat portion covers at least part of a side of the beverage serving trolley and at least one of the fixing portions of the at least one first side panel is provided at each vertical edge of the flat portion and is folded inwardly. Also the at least one edge profile is a folded metal sheet including a curved portion and at least two fixing portions, wherein the curved portion covers at least part of a vertical edge of the beverage serving trolley, and at least one of the fixing portions of the at least one edge profile is provided at each vertical edge of the curved portion and is folded inwardly. As such, the beverage serving trolley has a smooth outer appearance which can be cleaned easily and quickly.

According to a preferred embodiment, adjacent fixing portions of the at least one first side panel and the at least one edge profile are coplanarto each other and are connected together with a spacer located between each other, in order to form the vertical gap. This ensures a gap of a predetermined width. As such, standardized accessories can be easily arranged at any height level of the beverage serving trolley.

According to a preferred embodiment, at least one pair of interconnected fixing portions of one first side panel and one edge profile is additionally connected to the supporting structure. This facilitates the mounting and increases the stability of the beverage serving trolley.

According to a preferred embodiment, the at least one first side panel includes more than two fixing portions, wherein at least one of the fixing portions is provided at an upper horizontal edge of the flat portion and is folded inwardly, and at least one of the fixing portions is provided at a lower horizontal edge of the flat portion and is folded inwardly. This contributes further to the stability of the beverage serving trolley.

According to a preferred embodiment, the beverage serving trolley further comprises a horizontally arranged top plate having a flat surface at least at a rim portion thereof, wherein the fixing portions at the upper horizontal edge of the flat portion of the at least one first side panel are coplanar with the flat of the top plate and are connected to the top plate with a spacer inbetween, in order to form a horizontal gap of a predetermined width between the lower edge of the top plate and the upper horizontal edge of the flat portion. This further facilitates the mounting and increases the stability of the beverage serving trolley. The horizontal gap further provides the possibility to removably mount various accessories also at the horizontal gap.

According to a preferred embodiment, the outer housing further includes a second side panel and an encapsulating housing component both having the same vertical extension and being arranged below the at least one first side panel and the at least one edge profile. As such, the housing of the beverage serving trolley is subdivided in at least two housing components in a vertical direction outside the beverage serving trolley. This provides the possibility to arrange housing components with different functions, like a perforation for ventilation.

According to a preferred embodiment, the second side panel and the encapsulating housing component are connected to each other at both of their vertical edges, thereby horizontally surrounding the complete circumference of the beverage serving trolley. This facilitates the mounting procedure of the beverage serving trolley.

According to a preferred embodiment, the encapsulating housing is connected to the fixing portion at the lower edge of the flat portion of the at least one first side panel. This increases the stability of the beverage serving trolley.

According to a preferred embodiment, the encapsulating housing component is flush in a vertical direction with the flat portion of the at least one first side panel and with the curved portion of the at least one edge profile that are arranged above the encapsulating housing component. As such, the beverage serving trolley has a smooth outer appearance which can be cleaned easily and quickly.

According to a preferred embodiment, the encapsulating housing component circumferentially extends over four vertical edges and three sides of the beverage serving trolley, while the second side panel extends over a fourth side of the beverage serving trolley. In particular, the encapsulating housing component extends around the beverage serving trolley from one edge over three sides including also the final edge, thus leaving one side uncovered which is then covered by the second side panel. This facilitates the mounting procedure of the beverage serving trolley.

According to a preferred embodiment, the second side panel is perforated in order to allow circulation of air. Thereby, the heat generated by electronic devices possibly contained in the beverage serving trolley can be dissipated more quickly and the beverage serving trolley is not getting too warm.

According to a preferred embodiment, the beverage serving trolley further has a handle for moving the beverage serving trolley.

The present invention will now be further explained by use of exemplary embodiments illustrated in the accompanying drawings, in which

Fig. 1 shows a side view of a beverage serving trolley according to a first embodiment,

Fig. 2 shows a partly exploded view of the beverage serving trolley shown in Fig. 1 , Fig. 3 shows a side view of a beverage serving trolley according to a second embodiment,

Fig. 4 shows another side view of the beverage serving trolley shown in Fig. 3,

Fig. 5 shows a side view of a beverage serving trolley according to a third embodiment,

Fig. 6 shows a perspective view on constructional details that may be realized in a beverage serving trolley according to an embodiment and which are realized in the beverage serving trolley as shown in Fig. 5,

Fig. 7 shows a top view on constructional details that may be realized in a beverage serving trolley according to an embodiment and which are realized in the beverage serving trolleys as shown in Figs. 3 and 5,

Fig. 8 shows a top view on constructional details that may be realized in a beverage serving trolley according to an embodiment and which are realized in the beverage serving trolley as shown in Fig. 5,

Fig. 9 shows an oblique view on the top part of the beverage serving trolley as shown in Fig. 5,

Fig. 10 shows a perspective view on a top plate that may be comprised by a beverage serving trolley according to an embodiment and that corresponds to the one installed in the beverage serving trolley shown in Fig. 5,

Fig. 11 shows a view from below on a constructional detail that may be realized in a beverage serving trolley according to an embodiment and which are realized in the beverage serving trolleys shown in Figs. 3 and 5,

Fig. 12 shows an enlarged section of a perspective side view of the beverage serving trolleys as shown in Figs. 3 and 5,

Fig. 13 shows a perspective view on the top of a presentation basket that may be comprised by a beverage serving trolley according to an embodiment and that corresponds to the one with which the beverage serving trolleys shown in Figs. 1 , 3 and 5 are equipped, Fig. 14 shows a perspective view on the bottom of the presentation basket shown in Fig. 13,

Fig. 15 shows a further equipped embodiment of the presentation basket shown in Fig. 13,

Fig. 16 shows an exploded view of the presentation basket shown in Fig. 13, and

Fig. 17 shows a perspective view of one of the symmetrical parts of the light module.

Similar or identical elements in the various embodiments are labelled with the same reference numbers. The individual features of all of the described specific embodiments can generally be combined with each other, unless there are compelling technical or logical reasons to the contrary. Terms indicating any kind of orientation or direction like, for example, upwards, upper, downwards, lower, vertical, horizontal, sunken and lift up refer to the beverage serving trolley when standing on the ground, unless explicitly defined in a different manner. The terms “rear” and “front” are to be understood with respect to the direction of movement when the beverage serving trolley (1) is pushed by the handle (13).

In Figs. 1 , 3 and 5, three different embodiments of the beverage serving trolley 1 are shown. In the first embodiment shown in Fig. 1 , the beverage serving trolley includes a supporting structure 10 that is made-up of U-shaped steel plates 3A and 3B, each including one horizontal part 5 and two vertical parts 4. The four vertical parts 4 of the U-shaped steel plates 3A and 3B are interconnected inter alia by the shelfs 16 and by the presentation basket supporting frame 24, in order to increase the overall stability of the beverage serving trolley 1. The shelfs are freely accessible from the sides of the beverage serving trolley 1 and not covered by doors or the like. The vertical parts 4 of the U-shaped steel plate 3A at the rear side of the beverage serving trolley 1 are furthermore interconnected by the handle 13. The term “rear side” thus refers to the moving direction of the beverage serving trolley 1 when pushed from the side of the handle 13. The front side of the beverage serving trolley 1 is consequently at the opposite side of the handle 13.

In the embodiment of Fig. 1 , at the rear U-shaped steel plate 3A, the rear wheels 11 A are mounted, while at the front U-shaped steel plate 3B, the horizontal part 5 serves as a pedestal. The rear wheels 11 A are fixed in orientation and do in particular not swivel around a vertical axis.

The shelfs 16 are made of metal sheets and are perforated with a plurality of round holes, which reduces weight. The metal sheets are bent upwards or downwards at particular sections of their edges, which increases the stability and may in addition prevent a glass that is put on a shelf 16 from falling down. In the embodiment of Fig. 1 , the front edge of each shelf 16 is bent downwards and both lateral edges and the rear edge of the shelfs 16 are bent upwards.

The handle 13 is composed of the handlebar 14 mounted between the two handle brackets 15. The handle brackets 15 are made-up of steel plates as well and are flatly screwed together with the vertical parts 4 of the U-shaped steel plate 3A at the rear side.

Furthermore, between the vertical parts 4 of the rear U-shaped steel plate 3A, an accessory is removably mounted which is the storage box 73. The storage box 73 like any other appropriate accessory can simply be hung in respective hooks or protrusions (not shown) at the vertical parts 4 of both U-shaped steel plates 3A and 3B.

A further accessory, which is however rigidly mounted to the beverage serving trolley 1 between the front U-shaped steel plates 3B, is the tray 74. The mounting brackets of the tray 74 are flatly screwed together with the vertical parts 4 of the U-shaped steel plate 3B, in an analogous manner as the handle brackets 15 are mounted to the rear U-shaped steel plate 3A.

The presentation basket supporting frame 24 has the form of a box with a square ground plate and vertical walls being sufficiently tall to accommodate the presentation basket 40. As shown in Fig. 2 in which the presentation basket is lift upwards, the presentation basket supporting frame 24 is designed to support the presentation basket 40 in a way that the upper outer rim 41 of the presentation basket 40, which laterally protrudes away, rests with its supporting surface 41 A located at the underside of the protruding rim 41 on the upper edges 25 of the presentation basket supporting frame 24. This ensures a smooth and even closure between the presentation basket 40 and the presentation basket supporting frame 24.

Now, exemplary details of the presentation basket 40 are described, by which it is also referred to Figs. 13 and 14. The presentation basket 40 has generally the form of a box open at the top with a square ground. It is watertight and is essentially composed of a one-piece, deep-drawn or injection- molded plastic component. The ground 51 and the inner side walls 43 of the presentation basket 40 represent the containment for beverages and ice cubes. The wall strength provides sufficient stability, so that, when fully packed with beverages, the presentation basket 40 can be carried by the basket handle 46 without problem. The sufficiently high wall strength furthermore has the effect of temperature isolation, so that, for example, ice cubes in the presentation basket 40 are not melting too quickly.

The basket handle 46 is provided at the center of the ground 51 of the presentation basket 40 and projects upwards from there, so that the presentation basket 40 can be carried stably and evenly by one hand. The basket handle 46 includes the elongated basket handlebar 47 and the basket handle bracket 48, which in turn is composed of two bracket columns 48A and the bracket base 48B. Between the bracket columns 48A there is provided the saddle surface 49 on the bracket base 48B. In the present embodiment, the basket handlebar 47 is a separate metal component that is screwed onto the top of each of the bracket columns 48A. The bracket columns 48A and the bracket base 48B, however, form integral parts of the one-piece plastic component of the presentation basket 40. As mentioned above, the presentation basket 40 and the respective opening into which the presentation basket 40 is accommodated (which in this case is established by the presentation basket supporting frame 24) are square from a top view, so that the presentation basket 40 can be inserted in the beverage serving trolley 1 , as desired, with the basket handlebar 47 being oriented either in or transverse to the moving direction of the beverage serving trolley 1 when being pushed.

The bracket columns 48A and, respectively, the basket handlebar 47 are designed such that the basket handlebar 47 is located at a level near, but under the level of the upper edge of the presentation basket 40. At the upper inner rim 44 of the presentation basket 40 there is provided the cover accommodating area 45, which is a sunken area onto which a cover (not shown) can be placed. The level up to which the basket handlebar 47 is located is thus as high as possible, but low enough that it does not contact the cover.

At the inner side wall 43 of the presentation basket 40, an outlet 42 with plug is located near the ground 51 so that water in the presentation basket 40 can be conveniently drained.

The presentation basket 40 further includes footstands 50, one at each corner on the underside of the presentation basket 40. In case the presentation basket 40 is taken out of the beverage serving trolley 1 , it can be placed with its footstands 50 on a table or a similar surface.

According to a further equipped embodiment of the presentation basket 40 as shown in Fig. 15, 16 and 17, the presentation basket 40 further includes four removable ice packs 52, each of which can be inserted at one inner side wall 43. Each ice pack 52 covers the surface of the respective inner side wall 43. The ice packs 52 are of a plate-like shape with a ground surface corresponding to the surface of one inner side wall 43 of the presentation basket 40. The thickness of the ice pack 52 can be selected depending on the desired cooling performance and, when vertically inserted into the presentation basket 40, the horizontal cross-section of the ice pack 52 has a trapezoidal shape so that all four ice packs 52 fit with each other when inserted (cf. Fig. 16). This shape and assembly also prevents the ice packs 52 from falling over.

The presentation basket 40 further includes the sheet metal tray 53 having a ground 53B and four side walls 53A, which is removably placed into the presentation basket 40 and over the ice packs 52. The sheet metal tray 53 in principle is a metal box with open top and upper edges 53C that are folded outwards, in order to rest on the ice packs 52. The underside of the ground 53B of the sheet metal tray 53 rests on the ground 51 of the presentation basket 40 and includes a cutout 53D for the basket handle 46. The sheet metal tray 53 serves for additional stability of the ice pack assembly and due to its material barely hinders the thermal conduction.

The presentation basket 40 further includes the light module 56. The light module 56 is made-up of two symmetrical parts 56A and 56B. Each symmetrical part 56A and 56B has a connecting element 57 and a flat light emitting element 58. When inserted into the presentation basket 40, the symmetrical parts 56A and 56B of the light module 56 are connected to each other via magnets 57A disposed in the connecting elements 57 in the region of the saddle surface 49 of the bracket base 48B. Each connecting element 57 includes a power button 57B and a battery compartment 57C. Furthermore, a rubber lid 57D is provided at each connecting element 57 which covers a battery capacity indicator 57E and a battery charging port 57F. The rubber lid 57D can be easily removed by the hand in case the batteries must be charged or in case the user wants to check the battery level. Fig. 17 shows the rubber lid 57D when opened.

The light emitting element 58 covers the ground 51 of the presentation basket 40 and illuminates beverages placed into the presentation basket 40 from below. The light emitting element 58 is equipped with a frosted plastic plate 59 made of acrylic glass which allows light to pass through. The frosted plastic plate 59 acts as a diffuser that evenly and diffusely distributes light generated by light emitting diodes located at the edges of the frosted plastic plate 59.

Next, the second embodiment of the beverage serving trolley 1 as shown in Figs. 3 and 4 is described. Compared to the beverage serving trolley 1 according to the first embodiment, the beverage serving trolley 1 according to the second embodiment is laterally enclosed by a housing, a door 17 and a drawer 18. Fig. 4 shows the beverage serving trolley 1 with open door 17 and the drawer 18 pulled out.

The housing of the beverage serving trolley 1 includes first side panels 19 and edge profiles 20 at an upper part of the beverage serving trolley 1 both vertically extending over the door 17 and the drawer 18, and a second side panel 22 and an encapsulating housing component 23 at a lower part, i.e. under the first side panels 19 and edge profiles 20. These housing components are also present in the beverage serving trolley 1 according to the third embodiment as shown in Fig. 5. In the explanation of the exact construction of the housing components, reference is also made to Figs. 6, 7 and 8.

The edge profiles 20 essentially consist of a folded metal sheet that includes a curved portion 20A that is wrapped around a vertical edge of the beverage serving trolley 1 and is visible from the outside, and two inwardly bent fixing portions 20B. Both the curved portion 20A and the fixing portions 20B vertically extend over the entire edge profile 20. The fixing portions 20B are flat and oriented in a plane perpendicular to the outside surface of the beverage serving trolley 1 at the respective location. The first side panels 19 also essentially consist of a folded metal sheet. The side panels 19 predominantly have a flat portion 19A and four inwardly bent fixing portions 19B analogue to those of the edge profiles 20. Two of the fixing portions 19B are vertically arranged and are located respectively at the two sides of the flat portion 19A, while the other two fixing portions 19B are horizontally arranged and are located respectively at the upper and lower edges of the flat portion 19A.

Each of the first side panels 19 is connected via its vertically arranged fixing portions 19B to an edge profile 20. The fixing portions 19B and 20B of one first side panel 19 and one edge profile 20, respectively, are thereby oriented coplanarto each other and screwed together by threaded bolts 60 and nuts 61 . Further, a spacer 64 is provided between the interconnected fixing portions 19B and 20B and around the used threaded bolts 60 in order to provide and ensure a predetermined vertical gap 21 between the fixing portions 19B and 20B. The vertical gaps 21 are present between each first side panel 19 and edge profile 20 that are connected to each other. In the vertical gaps 21 , accessories can be engaged, like the storage box 73 described in connection with the first embodiment. For this purpose, holes like the mounting bore 62B are provided at frequent distances at the fixing portions 19B and 20B of each first side panel 19 and edge profile 20, respectively.

As illustrated in Fig. 6 and shown in Fig. 7 in more detail, the housing components 19 and 20 are additionally fixed to the supporting structure 2 which, in the embodiments shown in Figs. 3 and 5 is constructed by a plurality of metal square tubes 6. As can be seen, one of the fixing portions 20B of the edge profile 20, one of the fixing portions 19B of the first side panel 19 and one square tube 6 are fixed together with a threaded bolt 61 that reaches through the entire square tube 6 and with nuts 61 . At the same location, in addition, the handle bracket 15 is mounted between the fixing portions 19B and 20B of the first side panel 19 and the edge profile 20, respectively. The handle bracket 15 is rigidly mounted and is not intended to be removable like, for example, the above-mentioned accessories that can optionally be installed to the vertical gap 21 . Here, the handle bracket 15 also replaces the spacer 64 which would normally be present, as described above.

As shown in Figs. 6 and 8, a square tube 6, i.e. the supporting structure 2 is not necessarily present at each vertical edge of the beverage serving trolley 1 . This is, for example, the case with the beverage serving trolley 1 according to the third embodiment as shown in Fig. 5. Here, the interconnected housing components provide for enough stability, since the wine cooling cabinet 72 installed in the front part of the beverage serving trolley 1 contributes to the stability due to its dimensions. Therefore, the square tubes 6 at the respective vertical edges of the beverage serving trolley 1 can be omitted.

As mentioned above, the housing of the beverage serving trolley 1 according to the second embodiment (Fig. 3) and the third embodiment (Fig. 5) has a second side panel 22 and an encapsulating housing component 23 at a lower part, i.e. below the above described first side panels 19 and edge profiles 20. These housing components are flush with the first side panels 19 and the edge profiles 20 and do also have a constant height all around the beverage serving trolley 1 . The encapsulating housing component 23 is made-up of one piece and extends over all the four corners while leaving one side free for the second side panel 22, which is the side where the door 17 and drawer 18 are present. The second side panel 22 is perforated in order to allow circulation of air.

As a further difference from the first embodiment, the beverage serving trolley 1 according to the second and the third embodiment as shown in Figs. 3 and 5 has four wheels 11 A and 11 B. While the rear wheels 11A are rigid as those of the beverage serving trolley 1 according to the first embodiment, the front wheels 11 B are castor wheels that can swivel about a vertical axis for a more convenient maneuvering.

The rear wheels 11 A with their outer surface are flush with the housing and, therefore, the second side panel 22 and the encapsulating housing component 23 have respective cutouts for the rear wheels 11 A. The distance between the front wheels 11 B to one another is shorter than that of the rear wheels 11 A, so that the front wheels 11 B are offset inwards compared with the rear wheels 11 A.

The beverage serving trolley 1 according to the second embodiment (Fig. 3) and the third embodiment (Fig. 5) further has a top plate 30. With reference to Fig. 10 which shows an extended embodiment of the top plate 30 that is used with the third embodiment of Fig. 5, the top plate 30 generally has a flat surface 33, is rectangular and has a rim 38 with rounded corners 32 having a curvature that corresponds to that of the curved portion 20A of the edge profiles 20. At all sides of the beverage serving trolley 1 including the front side and the rear side, the rim 38 of the top plate 30 is flush in a vertical direction with the flat portions 19A of the first side panels 19, with the curved portions 20A of the edge profiles 20 and with doors 17 and drawers 18, where present.

The top plate 30 further has a cutout 34 into which the presentation basket 40 is inserted. At the cutout edge 35, the top plate 30 is sunken in order to provide for a smooth fit of the presentation basket 40, which in turn rests on the sunken cutout edge 35 with its supporting surface 41 A at the underside of the upper outer rim 41 .

Referring to Fig. 12, the top plate 30 is connected to the horizontally arranged fixing portions 19B at the upper edge of the flat portion 19A of the side panel 19. The spacer 64 is provided inbetween the top plate 30 and the horizontally arranged fixing portions 19B in order to provide for and ensure a predetermined horizontal gap 37 between the top plate 30 on the one hand and the first side panels 19 and the edge profiles 20 on the other hand. The horizontal gap 37 corresponds in its width with the vertical gap 21 .

For the mounting of the top plate 30, the top plate 30 includes bolts 36 protruding down from the underside of the top plate 30. Each bolt 36 is fastened either only to the respective fixing portion 19B of the first side panel 19, only to a square tube 6 of the supporting structure 2 or to a square tube 6 of the supporting structure 2 with the fixing portion 19B of the first side panel 19 clamped inbetween. Fig.

11 shows the mounting details when the bolt 36 is fastened to the square tube 6 of the supporting structure 2 in the case where no fixing portion 19B of the first side panel 19 is present. This is, for example, the case at the region of a door 17. As can be seen in Fig. 11 , the bolt 36 reaches through the mounting bore 62 A (refer to Fig. 6) in the square tube 6. In order to provide access to the bolt 36 and to being able to fastening it with the nut 61 , an opening 63 is provided at the square tube 6 which allows access with an appropriate tool (not shown) for fastening the nut 61 .

While the top plate 30 of the second embodiment shown in Fig. 3 is square, the top plate 30 of the beverage serving trolley 1 according to the third embodiment shown in Fig. 5 is broader and further includes an area besides the presentation basket 40 on which a serving tray 70 and a chopping board 71 are placed. Fig. 9 shows the upper part of the beverage serving trolley 1 as an enlarged section with more details of the top plate 30 and Fig. 10 shows the isolated top plate 30. In area next to the presentation basket 40, the top plate 30 has a recessed portion 31 in order to hold the serving tray 70 and the chopping board 71 in place when moving the beverage serving trolley 1 . The recessed portion 31 is not subdivided and is one single square shaped recessed portion 31 . The serving tray 70 and the chopping board 71 are oblong and fit next to each other in the recessed portion 31 either lengthwise or crosswise to the moving direction of the beverage serving trolley 1 .

The third embodiment of the beverage serving trolley 1 as shown in Fig. 5 is larger or, more particular, longer than the second embodiment of the beverage serving trolley 1 as shown in Fig. 3. The beverage serving trolley 1 of Fig. 5 further includes the wine cooling cabinet 72 which is located below the serving tray 70 and the chopping board 71 , and next to the door 17 and the drawer 18. The wine cooling cabinet 72 works electrically and the respective power cable (not shown) can be stowed during non-use below the wine cooling cabinet 72 and out of sight. Furthermore, the beverage serving trolley 1 includes a battery (not shown) for the wine cooling cabinet 72 which is either integrated into the wine cooling cabinet 72 itself or provided separately below the wine cooling cabinet 72.

REFERENCE NUMERALS

Beverage serving trolley supporting structure A rear U-shaped steel plate B front U-shaped steel plate vertical part of U-shaped steel plate horizontal part of U-shaped steel plate square tube 1 A rear wheel 1 B front wheel 3 handle 4 handlebar 5 handle bracket 6 shelf 7 door 8 drawer 9 first side panel 9A flat portion 9B fixing portion of first side panel 0 edge profile 0A curved portion 0B fixing portion of edge profile 1 vertical gap 2 second side panel 3 encapsulating housing component 4 presentation basket supporting frame 5 upper edge of supporting frame 0 top plate 1 recessed portion 2 rounded corner 3 flat surface of top plate 4 cutout 5 cutout edge 6 bolt 7 horizontal gap 8 rim of top plate 0 presentation basket 1 upper outer rim of presentation basket A supporting surface outlet inner side wall upper inner rim cover accommodating area basket handle basket handlebar basket handle bracket A bracket column B bracket base saddle surface footstand ground inside the presentation basket ice pack sheet metal tray A side wall of sheet metal tray B ground of sheet metal tray C upper edge of sheet metal tray D cutout of sheet metal tray light module A, B symmetrical part of light module connecting element A magnet B power button C battery compartment D rubber lid E battery capacity indicator F battery charging port light emitting element frosted plastic plate threaded bolt nut A mounting bore at square tube B mounting bore at fixing portion of side panel opening spacer serving tray chopping board wine cooling cabinet 73 storage box

74 board