JP3190724U - BBQ grill shelf structure - Google Patents

Abstract

A barbecue grill shelf structure that can be easily stored and cleaned is provided.
A barbecue grill shelf structure includes a charcoal receiving portion, a mounting shelf, a base, and a grill net. The charcoal receiving unit 10 includes a receiving tank 11. The receiving tub 11 has slide rails 14 extending inward in a pair for accommodating the grill net 40 at both ends. The channel 16 of the shutter 161 is coupled to the rear. Two oblique support arms 21 of the mounting shelf are provided with a pivot tank 201 that pivots the charcoal receiving portion 10, and a joining plate 23 having a spout 231 is joined to the lower end. The pivot mounting hole 12 and the rotary shaft assembly 50 are combined at locations where two oblique support arms and two side walls of the receiving tank correspond. The receiving tank 11 is pivotally mounted in the pivoting tank 201 of the mounting shelf.
[Selection] Figure 1

Description

  The present invention relates to a barbecue grill shelf structure, and more particularly to a barbecue grill shelf structure that can be easily stored and cleaned.

  A general large upright barbecue grill shelf is a fixed type and has a large volume, so it is not easy to store and has a large occupied space and is inconvenient to transport, so the barbecue grill shelf structure that can improve these disadvantages Was demanded.

The purpose of the present invention is to form a Z-shaped shelf by combining the charcoal receiving part and the mounting shelf with the base, and using the mounting shelf, the charcoal receiving part can be freely moved by the movable fixed fulcrum of two oblique support arms. Aligned and positioned, deployed between two diagonal support arms of the mounting shelf to be used in a flat shape, tilted diagonally to discharge waste coal, or folded vertically to be used or stored It is to provide a barbecue grill shelf structure that can be easily changed to.
Another object of the present invention is to have a flip-type furnace lid on the furnace lid and a handle having a temperature-sensitive fork, to keep the food after grilling and to prevent dust from being applied. It is intended to provide a multifunctional barbecue grill shelf structure of a multifunctional type that can determine the degree of baking of the ingredients and place the ingredients or utensils behind the two diagonal support arms of the mounting shelf.

In order to solve the above problems, according to a first embodiment of the present invention, a charcoal receiving portion, a mounting shelf, a base, and a barbecue grill shelf structure including a grill net, the charcoal receiving portion includes a receiving tank. The receiving basin has a pair of inwardly extending slide rails on both sides, used to store grill nets, with a shutter channel coupled to the rear, and two diagonal supports on the mounting shelf The arm is provided with a pivot tank for pivoting the charcoal receiving portion, and a joining plate having a mouthpiece is joined to the lower ends of the two diagonal support arms, and the two diagonal support arms and the receiving tank of the mounting shelf are joined. A pivot mounting hole and a rotary shaft assembly are combined at a place where two side walls correspond, and the receiving tank is pivotally mounted in the pivot mounting tank of the mounting shelf. The second locking hole, the second locking hole, and the third locking hole are formed. The positioning shaft pipes that are arranged in an arc shape and have engaging portions at both ends are engaged, and on both sides of the receiving tank of the charcoal receiving portion, there are corresponding locking holes for inserting the engaging portions of the positioning shaft tube. The base end face is formed with a spout, and a front base hole and a rear base hole are formed at predetermined four corners of the spout end face, respectively, extending from both sides of the bottom end of the two diagonal support arms of the mounting shelf. The front base leg and the rear base leg are inserted into the front base hole and the rear base hole, and the frame-shaped guide grooves are recessed on both sides of the bottom of the base, and the front outer legs of the two diagonal support arms are fitted on the front outer sides. A mating portion is extended, and one of the first locking hole, the second locking hole, and the third locking hole is formed on the side wall sides of the two oblique support arms of the mounting shelf. The charcoal receiving part is engaged with the wall hole and the engaging part of the positioning shaft tube. A barbecue grill shelf structure characterized in that it is used as a barbecue grill in a flat shape, discharges charcoal by tilting it diagonally, or reduces the occupied space when folded and stored vertically is provided The

The receiving tank of the charcoal receiving part includes a receiving tank having a low front and a high back and having a plurality of reinforcing convex surfaces on the bottom surface, a furnace lid is disposed above the charcoal receiving part, and the furnace lid has a ventilation part. A pivot block having pivot holes and pivot members are attached to both side ends of the furnace lid, and second sides of corresponding diagonal support arms are disposed on both sides of the charcoal receiving portion. A locking hole is formed, and this structure engages the pivot block of the furnace lid with the wall hole, and an installation hole in which the handle of the temperature-sensitive fork can be removably inserted is formed at the center of the side of the furnace lid. It is preferable that

A plurality of modeling holes are formed in the two diagonal support arms of the mounting shelf, and a side plate of the rear base leg of the two diagonal support arms is bent and a joint plate is screwed to the joint surface. A lateral contact surface is formed inward at the top end, and a surface to be joined is extended on both sides of the joining plate, and a top surface of the joining plate is bent to form a transverse joining surface that is joined to the transverse contact surface. It is preferable that the rear side portions of the two oblique support arms of the mounting shelf are bent and have a fitting portion that is used by fitting the table plate.

  The rotary shaft assembly is composed of a positioning pad, a screw cap, and a nut. The positioning shaft tube has two projecting ends of a convex braking block inserted into a pair of elongated holes provided on the tube surface. The compression spring is sandwiched between the two reeds, and the two reeds are connected to the braking block. The convex end of the rehabilitation block protrudes from the oblong hole and moves inward to contact the compression springs. Are inwardly actuated simultaneously, and the engaging portion is pushed into the pipe, it is preferable that the two oblique support arms are disengaged from the locking holes and the wall holes on both sides of the receiving tank.

It is a disassembled perspective view which shows the barbecue grill shelf structure which concerns on one Embodiment of this invention. It is a perspective view which shows the barbecue grill shelf structure which concerns on one Embodiment of this invention. It is the elements on larger scale which show the barbecue grill shelf structure which concerns on one Embodiment of this invention. It is an operation | movement figure which shows the positioning axis | shaft tube of the barbecue grill shelf structure which concerns on one Embodiment of this invention. It is a schematic diagram which shows a state when using the barbecue grill shelf structure which concerns on one Embodiment of this invention. It is a schematic diagram which shows the state when inclining the barbecue grill shelf structure which concerns on one Embodiment of this invention, and discharging | emitting waste coal. It is a side view which shows a state when the barbecue grill shelf structure concerning one Embodiment of this invention is folded. It is a disassembled perspective view which shows the barbecue grill shelf structure which concerns on one Embodiment of this invention. It is a disassembled perspective view which shows the barbecue grill shelf structure concerning other embodiment of this invention.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. Note that the present invention is not limited thereby.

Please refer to FIG. FIG. 1 is an exploded perspective view showing a barbecue grill shelf structure according to an embodiment of the present invention. FIG. 2 is a perspective view showing a barbecue grill shelf structure according to an embodiment of the present invention. FIG. 3 is a partially enlarged view showing a barbecue grill shelf structure according to an embodiment of the present invention.
As shown in FIGS. 1-3, the barbecue grill shelf structure which concerns on one Embodiment of this invention is comprised by the Z-shaped shelf, and includes the charcoal receiving part 10, the mounting shelf 20, the base 30, and the grill net 40. . The charcoal receiving part 10 includes a receiving tank 11 having a low front and a high rear. The receiving tank 11 has a pair of slide rails 14 extending horizontally inward on the long side walls, a reinforcing convex surface 15 on the bottom, and a shutter 161. The channel 16 is coupled to the rear portion, and a plurality of modeling holes 22 are formed in the oblique support arm 21 of the mounting shelf 20, and the front base leg 26 that extends while gradually shrinking from top to bottom and presents a conical surface and Rear base legs 26 'are formed on both sides.
On the side of the rear base leg 26 ′, a joining plate 23 having an inclined surface is screwed to a joining surface 262 that is bent vertically and has a plurality of joining holes 263. A short lateral contact surface 264 is formed vertically at the top end of the bonding surface 262, and stepped surfaces 232 are extended on both sides of the bonding plate 23.
A plurality of to-be-joined holes 233 are formed in the to-be-joined surface 232 so as to make a pair with each joining hole 263 of the joining surface 262. The joining plate 23 has a lip 231 at the center, and a lateral contact surface 234 of an appropriate length at the top end.
Between the two diagonal support arms 21, two joined surfaces 232 having a stepped shape due to the joining plate 23 are affixed to the joining surface 262 of the rear base leg 26 ′ to join the joining hole 263 and the joined hole 233. In addition, the joint surface 262 and the two lateral contact surfaces 264 and 234 at the top end of the joint plate 23 are joined and formed into a flat shape to form a lateral reinforcement surface. Between the two diagonal support arms 21, an upward U-shaped pivot attachment tank 201 for pivotally attaching the charcoal receiving portion 10 is formed.
The pivot holes 24 and 12 and the rotary shaft assembly 50 are combined so that the two oblique support arms 21 of the mounting shelf 20 and the two long side walls of the receiving tank 11 correspond. The rotary shaft assembly 50 includes a positioning pad 51, a screw cap 52 and a nut 53.
The receiving tank 11 of the charcoal receiving unit 10 is pivotally mounted in the pivoting tank 201 of the mounting shelf 20, the pivoting hole 12 of the receiving tank 11 corresponds to the pivoting hole 24 of the oblique support arm 21, and the rotating shaft assembly. 50 is combined with each other to form a pivoting state.
A first locking hole 25, a second locking hole 25 ′ and a third locking hole 25 ″ corresponding to each other are formed on the side portions of the upper portions of the two oblique support arms 21 and arranged in an arc shape. Then, both ends of the positioning shaft tube 28 of the engaging portion 281 are engaged with each other.
On both sides of the receiving tank 11 of the charcoal receiving portion 10, locking holes 25, 25 ′, 25 ″ for inserting the engaging portions 281 of the positioning shaft tube 28 are formed correspondingly and extend to the wall holes 13. The positioning shaft tube 28 has a pair of elongated holes 282 provided on the tube surface, and a protruding end of a convex braking block 283 is inserted, and a compression spring 284 is sandwiched between the two braking blocks 283, A rod 285 is connected to the braking block 283.
The convex end of the brake block 283 protrudes from the long hole 282 and operates inwardly to abut against the compression spring 284 to simultaneously operate the two horizontal rods 285 inward to bring the engaging portion 281 into the pipe. When pushed in, the respective locking holes 25, 25 ′, 25 ″ of the two oblique support arms 21 and the wall holes 13 on both sides of the receiving tank 11 are removed, and both side engaging portions 281 of the positioning shaft tube 28 are freely adjusted. It engages into the locking holes 25, 25 ′, 25 ″ and is inserted into the wall hole 13 to form a movable fixed fulcrum.
The base 30 has a frame shape, and base legs 26 and 26 ′ formed on the bottom ends of the two diagonal support arms 21 of the mounting shelf 20 are inserted into the four corners of the end surface 31, respectively, 33 is formed. A frame-shaped guide groove 34 is recessed on both sides of the bottom of the base 30, and a horizontal fitting portion 27 to be fitted is extended on the front outer side of the two oblique support arms 21. In order to fit the front base leg 26 in combination with the mouthpiece 33, anti-slip washers 321 and 331 are inserted. In an adjacent portion of the rear base hole 32 ′, there are an insertion port 35 used for screwing the rear base leg 26 ′ safely, and a thrust block 36 that is T-shaped and has a stopper surface 361 on the top surface. The engagement block 37 having a long shape and having a tapered side 371 at the side end is combined with a plurality of screwing members 38.
The engagement block 37 has a plurality of buried holes 372 formed in the middle step portion, and the thrust block 36 has a stopper surface in the insertion port 35 by the screw hole 362 provided at a position corresponding to the buried hole 372. The engagement block 37 is received at 361 and installed at the bottom of the insertion port 35, the buried hole 372 and the screw hole 362 are screwed together by the screwing member 38, and the engagement block 37 is inserted in the insertion port 35 by the thrust block 36. A locking hole 261 is formed in the side portion of the bottom end of the rear base leg 26 ′ that is moved and engaged with the side end of the engagement block 37.

  When actually used, the base legs 26 and 26 'of the two oblique support arms 21 of the mounting shelf 20 are inserted into the base holes 32 and 32' of the base 30, and the thrust block 36 of the insertion port 35 on the bottom surface is moved to one side. The thrust block 36 is connected to the bottom engaging block 37 and moved toward the rear base leg 26 ', and the tapered side 371 of the engaging block 37 is engaged with the locking hole 261 at the bottom end of the rear base leg 26'. And the engaging structure is expanded and contracted by the positioning shaft tube 28 (see FIG. 4), and the engaging portions 281 provided on both sides of the positioning shaft tube 28 are inserted into the first locking holes 25 of the mounting shelf 20. Fit and insert into the wall holes 13 formed on both sides of the charcoal receiving part 10 to engage the charcoal receiving part 10 between the pivoting tanks 201 of the mounting shelf 20 in a flat shape, the front is low The shape of the grille net 40 and the receiving tank 11 Due to the difference in height between them, the temperature heated by the charcoal fire is changed (see FIG. 5), the food placed in the lower region in front of the receiving tank 11 is grilled, and the food placed in the higher region behind is kept warm.

  When not in use, the engaging portions 281 on both sides of the positioning shaft tube 28 are inserted into the second locking holes 25 ′ of the mounting shelf 20 by the engaging structure for expanding and contracting the positioning shaft tube 28, and both sides of the charcoal receiving portion 10 are inserted. The front of the charcoal receiving part 10 is raised, and the rear is lowered and inclined to be positioned between the pivoting tanks 201 of the mounting shelf 20 (see FIG. 6). At this time, the shutter 161 of the channel 16 provided in the rear side portion of the charcoal receiving portion 10 is opened, the waste charcoal accumulated in the receiving tank 11 is inclined and discharged, and the frame-shaped guide groove 34 at the bottom of the base 30 is supported in two oblique directions. The engagement portions 281 provided on both sides of the positioning shaft tube 28 by the telescopic engagement structure of the positioning shaft tube 28 are fitted in parallel to the fitting portions 27 on the side of the arm 21, and the third locking of the mounting shelf 20 is performed. It fits into the hole 25 '', engages with the wall holes 13 on both sides of the charcoal receiving part 10, and folds the charcoal receiving part 10 vertically and positions it between the two diagonal support arms 21 of the mounting shelf 20 (see FIG. 7). ) Reduce the volume of the barbecue grill shelf to reduce the occupied space.

  Please refer to FIG. As shown in FIG. 8, the mounting shelf 20 has a fitting portion 27 ′ of an appropriate length on the outer side behind the two diagonal support arms 21, so that instruments and food can be easily placed. The table plate 60 of the support arm 61 of the fitting groove 62 can be fitted and used.

  Please refer to FIG. As shown in FIG. 9, a furnace lid 70 is disposed above the charcoal receiving portion 10. The furnace lid 70 has an arc-convex top surface, includes a cover surface 71 having a ventilation portion 711, and a pivot block 72 having pivot holes 721 on both sides of the furnace lid 70, and a pivot member 722 is attached. On both sides of the charcoal receiving portion 10, a corresponding second locking hole 25 ′ of the oblique support arm 21 is formed. With this configuration, the pivot block 72 of the furnace lid 70 is engaged with the wall hole 17. An installation hole 73 into which the handle 74 of the temperature-sensitive fork 741 can be removably inserted is formed on the side of the furnace lid 70. With this configuration, the charcoal receiving portion 10 is covered with the furnace lid 70, and The pivot hole 721 and the wall hole 17 of the charcoal receiving part 10 are made to correspond, the pivot member 722 is pivoted, and the furnace lid 70 is opened and closed by the handle 74 engaged with the front portion of the furnace lid 70. The flip cover can be designed to prevent dust from entering, and a heat retaining effect can be obtained.

The preferred embodiments of the present invention have been disclosed as described above so that those skilled in the art can understand them, but these do not limit the present invention in any way. Various changes and modifications can be made without departing from the spirit and scope of the present invention. Accordingly, the scope of the utility model registration claim of the present invention should be broadly interpreted including such changes and modifications.

DESCRIPTION OF SYMBOLS 10 Charcoal receiving part 11 Receptacle tank 12 Pivoting hole 13 Wall hole 14 Slide rail 15 Reinforcement convex surface 16 Channel 17 Wall hole 20 Mounting shelf 21 Diagonal support arm 22 Modeling hole 23 Joint plate 24 Pivoting hole 25 First locking hole 25 'Second locking hole 25' third locking hole 26 front base leg 26 'rear base leg 27 fitting part 27' fitting part 28 positioning shaft tube 30 base 31 end face 32 front base hole 32 'rear base Hole 33 Slot 34 Frame-shaped guide groove 35 Insertion slot 36 Thrust block 37 Engagement block 38 Screw member 40 Grill net 50 Rotating shaft assembly 51 Positioning pad 52 Screw cap 53 Nut 60 Table plate 61 Support arm 62 Fitting groove
70 Furnace 71 Cover surface 72 Pivoting block 73 Installation hole 74 Handle 161 Shutter 201 Pivoting tank 231 Bending port 232 Joined surface 233 Joined hole 234 Lateral contact surface 261 Locking hole 262 Joining surface 263 Joining hole 264 Lateral contact surface 281 Engaging portion 282 Long hole 283 Brake block 284 Compression spring 285 Washer 321 Washer 331 Washer 361 Stopper surface 362 Screw hole 371 Tapered side 372 Filling hole 711 Pivoting hole 722 Pivoting hole 722 Pivoting member 741 Temperature sensitive fork

Claims (4)

A barbecue grill shelf structure comprising a charcoal receiving part, a mounting shelf, a base and a grill net,
The charcoal receiving part includes a receiving tank, and the receiving tank has slide rails extending inward in a pair used for storing the grill net, and a shutter channel is coupled to the rear part.
The two diagonal support arms of the mounting shelf are provided with a pivot tank for pivotally mounting the charcoal receiving portion, and a joining plate having a spout is joined to the lower ends of the two diagonal support arms. Combined with a pivot attachment hole and a rotary shaft assembly at the location where the two side walls of the diagonal support arm and receiving tank correspond, the receiving tank is pivotally mounted in the pivot mounting tank of the mounting shelf, The first locking hole, the second locking hole, and the third locking hole corresponding to each other are formed and arranged in an arc shape, and the positioning shaft tube having the engaging portions at both ends is engaged, On both sides of the receiving tank of the charcoal receiving portion, a locking hole for inserting the engaging portion of the positioning shaft tube is formed correspondingly,
Front base is provided with a mouth opening on the end face of the base, and a front base hole and a rear base hole are respectively formed at predetermined four corners of the mouth end face, and the front base extends from both bottom end sides of the two diagonal support arms of the mounting shelf. Legs and rear base legs are inserted into the front base hole and the rear base hole, frame-shaped guide grooves are recessed in both sides of the bottom of the base, and fitted to the front outer sides of the two diagonal support arms. A fitting portion is extended, and one of the first locking hole, the second locking hole, and the third locking hole is formed on the side wall sides of the two diagonal support arms of the mounting shelf. Engaged with the wall hole of the receiving part and the engaging part of the positioning shaft tube, the charcoal receiving part is positioned and deployed on the mounting shelf, flattened to be used as a barbecue grill, or tilted diagonally to discharge the waste coal Or occupying a vertical space to reduce the occupied space when folded and stored. Guriru shelf structure. The receiving tank of the charcoal receiving part includes a receiving tank having a lower front and a higher rear and having a plurality of reinforcing convex surfaces on the bottom surface, a furnace lid is disposed above the charcoal receiving part, and the furnace lid is a ventilation part A pivot block having pivot holes and pivot members are attached to both ends of the furnace lid, and second sides of corresponding diagonal support arms are disposed on both sides of the charcoal receiving portion. With this structure, the pivotal block of the furnace lid is engaged with the wall hole, and an installation hole in which the handle of the temperature-sensitive fork can be detachably inserted is provided at the center of the side of the furnace lid. The barbecue grill shelf structure according to claim 1, wherein the barbecue grill shelf structure is formed. A plurality of modeling holes are formed in the two diagonal support arms of the mounting shelf, and a side plate of the rear base leg of the two diagonal support arms is bent and a joint plate is screwed to the joint surface. A lateral contact surface is formed inward at the top end, and a bonded surface is extended on both sides of the bonding plate, and a horizontal bonded surface is formed by bending the top end of the bonding plate to be bonded to the horizontal surface. The barbecue grill shelf structure according to claim 1, further comprising a fitting portion that is used by fitting a table plate by bending a rear side portion of two oblique support arms of the mounting shelf. The rotating shaft assembly includes a positioning pad, a screw cap and a nut,
In the positioning shaft tube, a protruding end of a convex braking block is inserted into a pair of elongated holes provided on the tube surface, a compression spring is sandwiched between the two braking blocks, and the two horizontal rods are the braking blocks. The convex end of the brake block protrudes from the long hole, operates inwardly and abuts against the compression spring, simultaneously operates the two recumbent inwards, and pushes the engaging portion into the pipe. The barbecue grill shelf structure according to claim 1, wherein the barbecue grill shelf structure is disengaged from the locking holes of the two oblique support arms and the wall holes on both sides of the receiving tank.