CN217987072U

CN217987072U - Bowl and dish shelf

Info

Publication number: CN217987072U
Application number: CN202221984557.XU
Authority: CN
Inventors: 温汉雄
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-07-29
Filing date: 2022-07-29
Publication date: 2022-12-09
Anticipated expiration: 2032-07-29

Abstract

The utility model discloses a dish rack. It includes the frame body, and frame body bottom is equipped with the water collector, and the frame body includes metal framework, non-metallic chassis and non-metallic curb plate, and two metal frameworks are dismantled respectively and are fixed on the relative both sides in non-metallic chassis, and two non-metallic curb plates are dismantled respectively and are fixed on another relative both sides in non-metallic chassis, and non-metallic chassis and non-metallic curb plate enclose into the storing cavity at the metal framework top surface, and two non-metallic curb plate bottoms downwardly extending constitute the stabilizer blade of frame body. The removable design of frame body of bowl dish frame reduces the packing volume, reduces storage and cost of transportation, and metal skeleton reinforcing overall structure intensity puts up body non-deformable, improves bearing capacity, and non-metallic layer frame increases storage space, and non-metallic chassis and non-metallic layer frame direct contact bowl dish, bowl dish are not fragile. The water pan is small in size, and the packaging volume is further reduced. The cup holder is easy to assemble, and the cup holder and the nonmetal chassis are firmly connected.

Description

Bowl and dish shelf

Technical Field

The utility model relates to a dish rack.

Background

The existing dish rack is made of metal, most of the existing dish racks are welded into a whole, the packaging volume is large, and the transportation cost is high. The other is a non-metal support, such as plastic, which is generally removable for packaging and transportation, but during use, the strength of the support is insufficient, especially in the length direction, and the amount of dishes placed is limited.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a dish rack which has good supporting strength and reduces the transportation cost.

The purpose of the utility model is realized like this.

Bowl dish rack, including a frame body, frame body bottom is equipped with the water collector, and the frame body includes metal framework, nonmetal chassis and nonmetal curb plate, and two metal framework are dismantled respectively and are fixed on the relative both sides in nonmetal chassis, and two nonmetal curb plates are dismantled respectively and are fixed on another relative both sides in nonmetal chassis, and nonmetal chassis and nonmetal curb plate enclose into the storing cavity at the metal framework top surface, and two nonmetal curb plate bottom downwardly extending constitute the stabilizer blade of frame body.

The technical scheme can be further perfected as follows.

More specific scheme still includes nonmetal layer frame and metal stand, and nonmetal chassis top surface is equipped with vertical slot and places the district in order to form the dish, and nonmetal chassis top surface is equipped with two fixed columns in the dish is placed the district beyond the region, and metal stand bottom and fixed column plug bush are connected, and metal stand top and nonmetal layer frame post plug bush are connected, make nonmetal layer frame unsettled set up a nonmetal chassis top.

More specifically scheme, the fixed column is equipped with the jack, and the jack internal fixation is inserted to metal upright bottom, fixed column and nonmetal chassis integrated into one piece.

More specific scheme, the medial surface of metal framework bottom is equipped with rectangular form fixed slot, and metal framework extends at the fixed slot both ends, and the non-metal chassis corresponds the fixed slot and is equipped with fixed arch, and fixed arch makes two metal framework hold up the non-metal chassis in inserting the fixed slot from the metal framework terminal surface.

More specific scheme, the metal framework both ends are equipped with the mounting hole, and the inboard mounting hole that corresponds of non-metallic curb plate is equipped with the erection column, and in the corresponding mounting hole was inserted to the erection column, the non-metallic curb plate sheltered from the metal framework terminal surface.

More specifically, the nonmetal curb plate is equipped with the fretwork position, is equipped with the horizontal pole in the fretwork position in the nonmetal curb plate, and nonmetal chassis both sides extend to sit in fretwork position bottom surface.

More specifically, a chopstick cylinder is hooked on the cross rod. The nonmetal chassis is equipped with one side and is equipped with the hourglass district, and nonmetal chassis top surface inclines to the hourglass district, and the water collector is arranged in the hourglass district below, and the vertical projection area of water collector is greater than or equal to the vertical projection area in hourglass district, and the water collector area is less than the vertical projection area on nonmetal chassis.

More specifically scheme, nonmetal chassis bottom surface corresponds the area of leaking water and is equipped with two spouts, and in the card strip of water collector both sides inserted the spout, the water collector was equipped with the drainage guide part, and corresponding nonmetal curb plate bottom is equipped with the groove of stepping down, and the drainage guide part passes the groove of stepping down and extends the body of the rack.

More specific scheme still includes the glass stand, and the nonmetal chassis is equipped with a plurality of supporting parts, and the nonmetal curb plate is worn out to the supporting part, and the supporting part is equipped with the fixed orifices, and the fretwork has the elastic arm on the supporting part, extends the convex part in the fixed orifices on the elastic arm, and the glass stand bottom extends the portion of inserting, and the portion of inserting corresponds the convex part and is equipped with spacing hole, and the portion of inserting inserts in the fixed orifices, and the convex part inserts spacing hole, makes the glass stand removable fix on the nonmetal chassis.

The utility model has the advantages as follows.

The removable design of frame body of bowl dish frame reduces packing volume, reduces storage and cost of transportation, and metal framework reinforcing overall structure intensity, and frame body non-deformable improves bearing capacity, and non-metallic layer frame increases storing space, and non-metallic chassis and non-metallic layer frame direct contact bowl dish, bowl dish are not fragile. The water pan is small in size, and the packaging volume is further reduced. The cup holder is easy to assemble, and the cup holder and the nonmetal base plate are firmly connected.

Drawings

Fig. 1 is a schematic structural diagram of the embodiment.

FIG. 2 is an exploded view of the embodiment.

Fig. 3 is a schematic structural diagram (another view angle) of the embodiment.

FIG. 4 is a schematic sectional view of the embodiment.

Fig. 5 is a schematic structural view of the cup holder in the embodiment.

Fig. 6 is a schematic structural diagram of a non-metal chassis in an embodiment.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and examples.

First embodiment, referring to fig. 1 to 6, a dish rack comprises a rack body 1, a non-metal shelf 5, a metal upright post 6, a cup holder 7, a water pan 8 and a chopstick container 9. The frame body 1 comprises a metal framework 2, a nonmetal chassis 3 and nonmetal side plates 4. The medial surface of metal framework 2 bottom is equipped with rectangular form fixed slot 21, and metal framework 2 extends at fixed slot 21 both ends, and metal framework 2 cavity and both ends form mounting hole 22. The nonmetal chassis 3 corresponds fixed slot 21 and is equipped with a plurality of sections of fixed protrusions 31, and fixed protrusion 31 inserts in the fixed slot 21 from 2 terminal surfaces of metal framework, makes two metal framework 2 hold up nonmetal chassis 3.

3 top surfaces on non-metallic chassis are equipped with vertical slot 32 and place the district in order to form the dish, and 3 top surfaces on non-metallic chassis are equipped with two fixed columns 33 in the dish is placed the district outside the region, and fixed column 33 is equipped with

jack

34, and 6 bottom insert jacks 34 internal fixation on metal stand (be 6 bottoms of metal stand and fixed column 33 plug bush connect promptly), and 6 tops of metal stand and 5 post plug bushes of non-metallic layer frame are connected, make the unsettled setting of non-metallic layer frame 5 frame non-metallic chassis 3 tops.

The inboard mounting hole 22 that corresponds of nonmetal curb plate 4 is equipped with erection column 41, and in erection column 41 inserted corresponding mounting hole 22, nonmetal curb plate 4 sheltered from 2 terminal surfaces of metal skeleton, and nonmetal chassis 3 and nonmetal curb plate 4 enclose into storage cavity at 2 top surfaces of metal skeleton, and two 4 bottom downwardly extending of nonmetal curb plate constitute the stabilizer blade 42 of putting up body 1. Preferably, the mounting holes 22 and the mounting posts 41 may be further fastened by screws. There are two upper and lower mounting holes 22 on one side of metal framework 2, nonmetal curb plate 4 is corresponding to have two erection columns 41, and the erection column 41 that is located the below corresponds fixed protrusion 31 and establishes corresponding draw-in groove 46.

The nonmetal curb plate 4 is equipped with fretwork position 43, is equipped with horizontal pole 44 in the fretwork position 43 in the

nonmetal curb plate

4, and 3 both sides of nonmetal chassis extend and sit in fretwork position 43 bottom surface.

In this embodiment, the chopstick holder 9 is hooked on the cross bar 44 of the non-metal side plate 4 on one side through the hook portion, the non-metal chassis 3 is provided with the plurality of supporting portions 35, the supporting portions 35 penetrate through the hollow portions 43 of the non-metal side plate 4 on the other side, the supporting portions 35 are provided with the fixing holes 36, the elastic arms 37 are hollowed out on the supporting portions 35, the protruding portions 38 extend out of the elastic arms 37 into the fixing holes 36, the bottom of the cup holder 7 extends out of the insertion portion 71, the insertion portion 71 is provided with the limiting holes 72 corresponding to the protruding portions 38, the insertion portion 71 is inserted into the fixing holes 36, the protruding portions 38 are inserted into the limiting holes 72, and the cup holder 7 is detachably fixed on the non-metal chassis 3.

The nonmetal chassis 3 is equipped with one side at vertical slot 32 and is equipped with the area 30 that leaks, and nonmetal chassis 3 top surface is to the slope of the area 30 that leaks. The bottom surface of the non-metal chassis 3 is provided with two sliding grooves 39 corresponding to the water leakage area 30, the bottoms of the corresponding non-metal side plates 4 are provided with abdicating grooves 45, the water receiving tray 8 is provided with a drainage guide part 81, the clamping strips 82 at the two sides of the water receiving tray 8 are inserted into the sliding grooves 39, and the drainage guide part 81 penetrates through the abdicating grooves 45 to extend out of the rack body 1. The water receiving tray 8 is arranged below the water leakage area 30, the vertical projection area of the water receiving tray 8 is larger than or equal to that of the water leakage area 30, and the area of the water receiving tray 8 is smaller than that of the nonmetal chassis 3.

In this embodiment, the fixing post 33 and the non-metal chassis 3 are integrally formed. The non-metal chassis 3, the non-metal side plate 4, the non-metal layer frame 5, the chopstick container 9 and the cup holder 7 are all made of plastics. The metal framework 2 and the metal upright post 6 are both made of aluminum alloy.

Claims

1. Bowl dish rack, including putting up the body, frame body bottom is equipped with the water collector, characterized by, puts up the body and includes metal framework, nonmetal chassis and nonmetal curb plate, and two metal frameworks are dismantled respectively and are fixed on the relative both sides in nonmetal chassis, and two nonmetal curb plates are dismantled respectively and are fixed on another relative both sides in nonmetal chassis, and nonmetal chassis and nonmetal curb plate enclose into the storing cavity at the metal framework top surface, and two nonmetal curb plate bottoms downwardly extending constitute the stabilizer blade of putting up the body.

2. The dish rack as claimed in claim 1, further comprising a non-metal layer rack and metal columns, wherein the non-metal bottom plate has vertical slots to form a dish placing area, two fixing posts are provided on the top surface of the non-metal bottom plate in the area outside the dish placing area, the bottom of the metal column is connected with the fixing post sockets, and the top of the metal column is connected with the non-metal layer rack post sockets, so that the non-metal layer rack is suspended above the non-metal bottom plate.

3. The dish rack as claimed in claim 2, wherein the fixing post is provided with an insertion hole, the bottom of the metal upright post is inserted into the insertion hole for fixing, and the fixing post and the non-metal chassis are integrally formed.

4. The dish rack as claimed in claim 1, wherein the inner side of the bottom of the metal frame is provided with elongated fixing grooves, the ends of the fixing grooves are extended out of the metal frame, the fixing protrusions are provided on the non-metal chassis corresponding to the fixing grooves, and the fixing protrusions are inserted into the fixing grooves from the end surfaces of the metal frame, so that the two metal frames support the non-metal chassis.

5. The dish rack as claimed in claim 4, wherein the metal frame has mounting holes at both ends thereof, the non-metal side plates have mounting posts at inner sides thereof corresponding to the mounting holes, the mounting posts are inserted into the corresponding mounting holes, and the non-metal side plates shield the end surfaces of the metal frame.

6. The dish rack as claimed in claim 5, wherein the non-metallic side plate has a hollow portion, a cross bar is provided in the hollow portion of the non-metallic side plate, and both sides of the non-metallic bottom plate extend to sit on the bottom surface of the hollow portion.

7. The dish rack as claimed in claim 6, wherein a chopstick container is hooked on the cross bar.

8. The dish rack as claimed in claim 1, wherein the non-metallic bottom plate has a water leakage area on one side, the top surface of the non-metallic bottom plate is inclined toward the water leakage area, the water receiving tray is disposed under the water leakage area, the vertical projected area of the water receiving tray is greater than or equal to the vertical projected area of the water leakage area, and the area of the water receiving tray is smaller than the vertical projected area of the non-metallic bottom plate.

9. The dish rack as claimed in claim 4, wherein the bottom of the non-metallic bottom plate has two sliding slots corresponding to the water leakage area, the locking strips at both sides of the water receiving tray are inserted into the sliding slots, the water receiving tray has a drainage guide part, and the corresponding non-metallic side plate has a recess slot at the bottom, through which the drainage guide part extends out of the rack body.

10. The dish rack as claimed in claim 1, further comprising a cup holder, wherein the non-metal chassis is provided with a plurality of support portions, the support portions penetrate through the non-metal side plates, the support portions are provided with fixing holes, elastic arms are hollowed out of the support portions, convex portions extend out of the elastic arms into the fixing holes, insertion portions extend out of the bottoms of the cup holder, the insertion portions are provided with limiting holes corresponding to the convex portions, the insertion portions are inserted into the fixing holes, and the convex portions are inserted into the limiting holes, so that the cup holder can be detachably fixed on the non-metal chassis.