Steaming rack structure of cooking utensil

Abstract

The utility model discloses a steaming rack structure of a cooking utensil. The steaming rack structure comprises a steam generation assembly, a first steaming rack assembly, a second steaming rack assembly and a steamer coaming, the steam generation assembly is provided with a steam generation cavity capable of storing water and a heating assembly arranged at the bottom of the steam generation cavity. The steamer coaming can be arranged on the first steaming rack assembly and / or at least one second steaming rack assembly; a corresponding steamer coaming is detachably arranged below each second steaming rack assembly; the edge of the first steaming rack assembly and / or the edge of the second steaming rack assembly are / is provided with a water passing channel for condensate water and a flow guide notch capable of guiding the condensate water downwards. An air passing boss is arranged in the first steaming rack assembly and provided with a flow guide channel outwards in the radial direction from the middle of the air passing boss, and the flow guide channel is used for discharging liquid gathered at the top of the air passing boss. According to the utility model, soup on the steaming rack assembly can be effectively prevented from flowing into the steam generation cavity through the exhaust holes, so that a water source in the steam generation cavity is prevented from being polluted, and the cavity wall of the steam generation cavity is prevented from being dirtied.

Description

TECHNICAL FIELD

[0001] The utility model relates to kitchen appliance technical field, specifically, especially, it relates to a cooking utensil's steamer structure. BACKGROUND

[0002] The steam generated by the steam generating cavity is discharged to the steam rack assembly through the steam hole and enters between each layer of the steam rack to heat the food during use of the steam cooking utensil in the prior art. The soup produced during the cooking process of the food on the steam rack assembly will drip into the juice receiving disc through the steam hole. Since a part of the steam holes on the steam plate are arranged in correspondence with the steam passing holes, the condensed water or soup on the steam rack assembly will directly fall into the steam generating cavity through the steam passing holes when dripping into the juice receiving disc, thereby polluting the water in the steam generating cavity and causing the cavity wall of the steam generating cavity to be dirty. If the hole diameter of the steam hole is reduced, the probability of the soup dripping into the steam generating cavity can be reduced, but a new problem of insufficient steam generation will occur. SUMMARY

[0003] The utility model provides a cooking utensil's steamer structure at least solves one prior art problem.

[0004] The technical scheme of the utility model is as follows: a cooking utensil's steamer structure, including steam generating assembly, first steam rack assembly, second steam rack assembly, steamer coaming, steam generating assembly is equipped with steam generating cavity that can store water and the heating assembly that sets up in the steam generating cavity bottom, the steamer coaming can be set up on the first steam rack assembly and / or set up at least one second steam rack assembly, the lower side of each second steam rack assembly can detachably set up one steamer coaming that is adapted, the edge of first steam rack assembly and / or second steam rack assembly is equipped with the water passage of condensed water and is equipped with the flow guide gap of condensed water can be guided to flow down and with the water passage of communication, be equipped with the air passing boss in first steam rack assembly, the air passing boss is in the form of table structure and protrudes from the bottom surface of first steam rack assembly, and the air passing boss includes at least two edge exhaust holes; the position of each edge exhaust hole straddles the top surface and the side surface of the air passing boss; the protruding structure of the edge of two adjacent edge exhaust holes forms a flow guide channel, and the flow guide channel is used for discharging the liquid accumulated on the top of the air passing boss.

[0005] Preferably, the air passing boss further includes a middle exhaust hole, the edge of the middle exhaust hole is provided with a first protrusion in the form of a ring protruding from the top surface of the air passing boss; the two side edges and the upper edge of the edge exhaust hole are provided with second protrusions protruding from the outer side surface of the air passing boss; the two second protrusions opposite to each other in adjacent edge exhaust holes form a flow guide channel.

[0006] Preferably, the first steaming rack assembly includes an L-shaped first receiving plate and a first supporting platform formed by extending upward at one end of the horizontal receiving section of the first receiving plate; the horizontal receiving section of the first receiving plate can be used to support the lower edge of the steamer enclosure, and the vertical enclosure section, the horizontal receiving section and the outer side wall of the first supporting platform at the other end of the first receiving plate are combined to form a trough-shaped water passage; the upper surface of the first supporting platform is used to support the receiving tray, and the first supporting platform is provided with a first avoidance ring groove for avoiding the edge of the receiving tray and a first notch flush with the horizontal receiving section; the diversion notch includes the first notch.

[0007] Preferably, the second steaming rack assembly includes a horizontally arranged second receiving plate and a second supporting platform protruding at one end of the second receiving plate; the second receiving plate is used to support the lower edge of the steamer enclosure or the pot cover, and the other end of the second receiving plate extends upward to form a first vertical enclosure, and the first vertical enclosure is arranged on the outside of the steamer enclosure or the pot cover; the second receiving plate, the first vertical enclosure and the outer side wall of the second supporting platform are combined to form a trough-shaped water passage; the upper surface of the second supporting platform is used to support the steaming plate, and the second supporting platform is provided with a second avoidance ring groove for avoiding the edge of the steaming plate and a second notch flush with the second receiving plate; the diversion notch includes a second notch.

[0008] Preferably, the second support platform also includes a vertical mounting portion, a second vertical enclosure arranged on the outside of the vertical mounting portion, and a third vertical enclosure arranged on the inside of the vertical mounting portion; the second vertical enclosure and the third vertical enclosure jointly clamp the two side surfaces of the steamer enclosure; the vertical mounting portion and the steamer enclosure are fixedly connected by fasteners.

[0009] Preferably, it also includes a handle, which is arranged on the outer side wall of the first steaming rack assembly and / or the second steaming rack assembly; the handle includes a horizontal gripping plate connected to the outer side wall of the first steaming rack assembly and / or the second steaming rack assembly at one end, side support plates arranged on both sides of the horizontal gripping plate, and a vertical gripping plate arranged at the other end of the horizontal gripping plate; the two ends of the side support plate are respectively connected to the outer side wall and the vertical gripping plate.

[0010] Preferably, the height of the side support plate gradually decreases from the root position to the vertical grip plate position.

[0011] Preferably, a fourth vertical enclosure is further included, and the other end of the second steaming rack assembly extends downward to form the fourth vertical enclosure; a gap is provided between the fourth vertical enclosure and the steamer enclosure.

[0012] Preferably, the steaming plate comprises a receiving cavity formed by sinking in the middle, a plurality of receiving protrusions and air holes arranged between two adjacent receiving protrusions.

[0013] Preferably, the receiving tray includes a receiving cavity formed by sinking in the middle, a drain trough and a drain hole arranged at the bottom of the drain trough.

[0014] Preferably, the first steamer assembly and the second steamer assembly are nestable with each other; and the two adjacent steamer enclosure panels are nestable with each other.

[0015] Compared with the background art, the utility model has the beneficial effects that:

[0016] The utility model relates to a kind of steamer structures of cooking utensil, by being provided with flow guide gap, condensate is unified from flow guide gap, via steamer enclosure panel, first steamer assembly flows to second steamer assembly, can effectively avoid that condensate or soup on steamer assembly flows into steam generation cavity via exhaust hole, to avoid pollution water source in steam generation cavity and dirty steam generation cavity cavity wall further;In addition, such design can reduce the amount of soup in steamer, to avoid that soup drops on table top when taking out steamer assembly and dirty table top.This structure has the advantages such as simple structure, compact cooperation, reasonable design, and because the slot structure contained in this structure is less, it is more convenient for user to clean;Therefore, it is a product with superior performance in technicality and economy. BRIEF DESCRIPTION OF DRAWINGS

[0017] Figure 1 It is the structure schematic view of the steamer structure of the utility model cooking utensil;

[0018] Figure 2 It is the side view of the steamer structure of the utility model cooking utensil;

[0019] Figure 3 It is Figure 2 The cross-sectional schematic view in direction A-A;

[0020] Figure 4 It is Figure 3 The enlarged schematic view at B;

[0021] Figure 5 It is Figure 3 The enlarged schematic view at C;

[0022] Figure 6 It is Figure 1 The explosion schematic view of the steamer structure of the cooking utensil shown;

[0023] Figure 7 It is Figure 6 The enlarged schematic view at D.

[0024] Indicated in the attached figure: 1. Steam generating assembly, 11. Steam generating chamber, 12. Heating assembly, 13. L-shaped supporting platform, 2. First steaming rack assembly, 21. First receiving plate, 211. Horizontal receiving section, 212. Vertical enclosure section, 22. First supporting platform, 221. First avoidance ring groove, 222. First notch, 23. Air passing boss, 231. Middle exhaust hole, 232. First protrusion, 233. Edge exhaust hole, 234. Second protrusion, 235. Diversion channel, 3. Handle, 31. Horizontal grip plate, 32. Grip groove, 33. Side support plate, 34 .Vertical holding plate, 4. Receiving plate, 41. Receiving cavity, 42. Drain trough, 43. Drain hole, 5. Second steaming rack assembly, 51. Second receiving plate, 511. First vertical enclosure, 52. Second supporting platform, 521. Second avoidance ring groove, 522. Second notch, 523. Vertical mounting part, 524. Second vertical enclosure, 525. Third vertical enclosure, 526. Fourth vertical enclosure, 527. Assembly part, 6. Steaming plate, 61. Receiving cavity, 62. Air hole, 63. Receiving protrusion, 7. Steamer enclosure, 72. Second bending part, 71. First bending part. [Specific implementation method]

[0025] The embodiments of the present invention are described in detail below. Examples of the embodiments are shown in the accompanying drawings, wherein the same or similar numbers throughout represent the same or similar elements or elements with the same or similar functions.

[0026] In this utility model, unless otherwise specified or limited, the terms "assemble," "connect," and "connect" should be understood in a broad sense. For example, they can refer to fixed connection, detachable connection, or integral connection; mechanical connection; direct connection, connection through an intermediate medium, or internal communication between two components. Those skilled in the art will understand the specific meanings of the above terms in this utility model based on specific circumstances.

[0027] The following description of the embodiments of the present invention is provided in conjunction with the accompanying drawings to further describe the specific embodiments of the present invention so that the technical solutions and beneficial effects of the present invention are more clearly understood. The following description of the embodiments with reference to the accompanying drawings is illustrative and intended to explain the present invention, but is not to be construed as limiting the present invention.

[0028] The preferred embodiment provided by the present invention is as follows: Figures 1 to 7As shown, a steaming rack structure for a cooking appliance includes a steam generating assembly 1, a first steaming rack assembly 2, a second steaming rack assembly 5, and a steamer enclosure 7. The steam generating assembly 1 includes a steam generating chamber 11 for storing water and a heating assembly 12 disposed at the bottom of the steam generating chamber 11. The heating assembly 12 heats the water to boiling to generate steam. The steamer enclosure 7 can be disposed on the first steaming rack assembly 2 and / or at least one second steaming rack assembly 5. A corresponding steamer enclosure 7 is removably disposed below each second steaming rack assembly 5. In some optional embodiments, two second steaming rack assemblies 5 and one first steaming rack assembly 2 may be provided. A steamer enclosure 7 may be disposed between the first steaming rack assembly 2 and the second steaming rack assembly 5, and another steamer enclosure 7 may be disposed between two second steaming rack assemblies 5. A pot lid may be disposed above the top second steaming rack assembly 5. The purpose of this configuration is to increase the spacing between the steaming racks by disposing the annular steamer enclosure 7, thereby allowing for the placement of food, tableware, and other items on the steaming racks. The edges of the first steaming rack assembly 2 and / or the second steaming rack assembly 5 are provided with a water passage for condensed water and a diversion notch that can divert the condensed water downward and is connected to the water passage; due to the large temperature difference between the inside and outside of the steamer enclosure 7, condensed water is easily formed on the inner wall of the steamer enclosure 7. When there is enough condensed water, the condensed water will flow down in streams; the water passage provided in this embodiment is to collect the remaining condensed water and prevent the condensed water from flowing directly into the steaming plate 6, thereby preventing the condensed water from contaminating or affecting the food; and the purpose of providing the diversion notch connected to the water passage is to divert and discharge the collected condensed water to the lower layer.

[0029] The first steaming rack assembly 2 has a disc-shaped structure and is provided with an air-passing boss 23. The air-passing boss 23 has a table-shaped structure and protrudes from the bottom surface of the first steaming rack assembly 2. The air-passing boss 23 includes at least two edge exhaust holes 233. The recessed portion of the first steaming rack assembly 2 relative to the air-passing boss 23 is used to collect waste water such as steam condensate and soup, that is, the waste water will be collected at the bottom of the first steam assembly to prevent the waste water from directly entering the clean water in the steam generating chamber 11, thereby preventing the clean water from being contaminated by the waste water, and also avoiding the problem of dirt accumulating on the side wall after being contaminated and being difficult to clean. The position of each edge exhaust hole 233 spans the top surface and side surface of the air boss 23; due to the relatively small volume of the air boss 23 or the limited height of the air boss 23, it is difficult to produce and manufacture multiple exhaust holes at different positions, and the air boss 23 has a steam flow requirement; in this embodiment, the top surface and the side surface are connected through an edge exhaust hole 233, so that a structure with a relatively large steam passage area can be formed when the height of the air boss 23 is limited, and the resistance of the top surface structure of the air boss 23 during the rising process of steam is reduced, so that the steam will not be limited to the discharge in the vertical and horizontal directions, that is, the steam can be discharged in the direction of 0~90° or 270~360° at the position of the edge exhaust hole 233, that is, the radiation angle range of the steam when it is discharged from the edge exhaust hole 233 is improved. The protruding structures on the edges of the two adjacent edge exhaust holes 233 form a guide channel 235, which is used to drain the liquid accumulated on the top of the air-passing boss 23; there is a gap between the two adjacent edge exhaust holes 233, and the protruding structures on the two opposite side edges of the two adjacent edge exhaust holes 233 form a guide channel 235 on the top of the air-passing boss 23 to guide the flow of liquid, so that the liquid on the top surface of the air-passing boss 23 can flow to the recessed position of the first steaming rack assembly 2 through the guide channel 235, thereby achieving the effect of collecting condensed water and soup, and effectively avoiding the problem of condensed water or soup on the steaming rack assembly flowing into the steam generating chamber 11 through the exhaust holes to pollute the water source in the steam generating chamber 11 and dirty the cavity wall of the steam generating chamber 11; the aforementioned liquid can be condensed water, soup and other liquids.

[0030] The steam generating assembly 1 includes a steam generating chamber 11, a heating assembly 12 at the bottom of the chamber 11, and an L-shaped support platform 13 positioned at the edge of the chamber 11. The two sides of the L-shaped support platform 13, facing the interior of the chamber 11, respectively abut against the horizontal support section 211 and the vertical retaining section 212 of the first support plate 21. The L-shaped support platform 13 is designed to support the first steaming rack assembly 2 and to limit its horizontal displacement.

[0031] In this embodiment, the gas boss 23 further includes a central vent 231. The edge of the central vent 231 is provided with a first, annular protrusion 232 protruding from the top surface of the gas boss 23. The first protrusion 232 protrudes from the top surface of the gas boss 23 and surrounds the edge of the central vent 231, preventing wastewater on the top surface of the gas boss 23 from flowing into the steam generating chamber through the central vent 231 and contaminating the clean water. Second protrusions 234 are provided on both sides and the top edge of the edge vent 233, protruding from the outer surface of the gas boss 23. The second protrusion 234 is annular and surrounds the edge of the edge vent 233. In some alternative embodiments, the second protrusion 234 may also be a semi-enclosed structure, enclosing the top and sides of the edge vent 233. The primary purpose of the second protrusion 234 is to prevent excess wastewater on the top surface of the gas boss 23 from flowing into the edge vent 233, thereby preventing the wastewater from entering the steam generating chamber 11 and contaminating the clean water. Two opposing second protrusions 234 in adjacent edge exhaust holes 233 form a guide channel 235; the outer contour of the edge exhaust hole 233 is generally a rounded rectangular, runway-shaped, or elliptical structure. The purpose of this arrangement is to form an "inverted eight-shaped" trumpet-shaped structure at the upper portion of the second protrusions 234 of the two adjacent edge exhaust holes 233, thereby guiding wastewater from a large area of ​​the top surface of the air-passing boss 23; the lower portion of the second protrusions 234 of the two adjacent edge exhaust holes 233 can be an "eight-shaped" trumpet-shaped structure, the purpose of which is to reduce the rate of wastewater diversion when it is diverted downward without affecting the steam flow rate of the edge exhaust holes 233, thereby improving the wastewater diversion capability; in some embodiments, the lower portion of the second protrusions 234 of the two adjacent edge exhaust holes 233 can also be a rectangular channel structure, the main purpose of which is to guide the wastewater to the bottom of the first steaming rack assembly 2 and prevent the wastewater from entering the edge exhaust hole 233 from the side surface of the air-passing boss 23 during the wastewater guidance process.

[0032] In the embodiment, the first steamer assembly 2 comprises a first receiving plate 21 in L shape and a first supporting table 22 extending upward at one end of a horizontal receiving section 211 of the first receiving plate 21; the horizontal receiving section 211 of the first receiving plate 21 can be used to support the lower edge of the steamer surrounding plate 7, the vertical surrounding section 212 at the other end of the first receiving plate 21, the horizontal receiving section 211 and the outer side wall of the first supporting table 22 form a channel-shaped water passing channel; the steamer surrounding plate 7 is placed on the horizontal receiving section 211, and also on the water passing channel; due to the problem of large temperature difference between the inside and outside of the steamer surrounding plate 7, condensate water is easily formed on the inner side wall of the steamer surrounding plate 7, and when the condensate water accumulates enough, it will flow down along the inner side wall of the steamer surrounding plate 7, and the water passing channel can collect the condensate water flowing down from the inner side wall of the steamer surrounding plate 7. The upper surface of the first supporting table 22 is used to support the receiving tray 4; the first supporting table 22 supports the receiving tray 4, and the first supporting table 22 has a certain width, in order to avoid that the force of the receiving tray 4 is too concentrated, causing the structure of the receiving tray 4 to be fatigued or even damaged; the receiving tray 4 is usually made of metal plate material by bending process, and the edge position is folded downward and inward, in order to avoid that the edge of the receiving tray 4 is too sharp to scratch the user. The first supporting table 22 is provided with a first avoiding ring groove 221 for avoiding the edge of the receiving tray 4; the first avoiding ring groove 221 is used to adapt to the folding structure of the edge position of the receiving tray 4, avoiding that the overall load of the receiving tray 4 is concentrated on the folding structure, improving the carrying capacity and stability of the receiving tray 4. The first supporting table 22 is provided with a first notch 222 flush with the horizontal receiving section 211; the flow guide notch comprises the first notch 222; the first notch 222 is communicated with the water passing channel, which can realize that the water passing channel can collect the condensate water flowing down from the inner side wall of the steamer surrounding plate 7 through the first notch 222 into the first steamer assembly 2.

[0033] In the embodiment, the receiving tray 4 comprises a receiving cavity 41 formed by sinking in the middle, a drain groove 42 and a drain hole 43 arranged at the bottom of the drain groove 42. The receiving tray 4 is manufactured by stamping forming process; the receiving tray 4 has many groove structures and hole structures; the receiving tray 4 is generally in a disc shape, with a receiving cavity 41 formed by sinking in the middle; the receiving cavity 41 is used to support the falling food materials or other debris in the upper cooking cavity, and to avoid the food materials or other debris from directly falling into the steam generating cavity 11 and polluting the clean water; the bottom of the receiving cavity 41 is provided with a sink-shaped drain groove 42 and a drain hole 43 arranged at the bottom of the drain groove 42, in order to form a space for wastewater to pass through in the drain groove 42, and to flow out to the first steamer assembly 2 below through the drain hole 43.

[0034] In this embodiment, the second steaming rack assembly 5 includes a horizontally disposed second receiving plate 51 and a second supporting platform 52 protruding from one end of the second receiving plate 51. The second receiving plate 51 is used to support the lower edge of the steamer enclosure 7 or pot lid. The other end of the second receiving plate 51 extends upward to form a first vertical enclosure 511, which is disposed on the outer side of the steamer enclosure 7 or pot lid. The second receiving plate 51, the first vertical enclosure 511, and the outer sidewalls of the second supporting platform 52 together form a trough-shaped water passage. The steamer enclosure 7 or pot lid is placed on the water passage and on the second receiving plate 51. Due to the large temperature difference between the inside and outside of the steamer enclosure 7 or pot lid, condensation is easily formed on the inner wall of the steamer enclosure 7 or pot lid. When sufficient condensation accumulates, it will flow down along the inner wall of the steamer enclosure 7 or pot lid. The water passage can collect the condensation flowing down the inner wall of the steamer enclosure 7 or pot lid. The upper surface of the second supporting platform 52 is used to support the steaming tray 6. The second supporting platform 52 is provided with a second avoidance annular groove 521 for avoiding the edge of the steaming tray 6. The second avoidance annular groove 521 is used to adapt to the folding structure at the edge of the steaming tray 6, preventing the entire load of the steaming tray 6 from being concentrated on the folding structure, thereby improving the load-bearing capacity and stability of the steaming tray 6. The second supporting platform 52 is provided with a second notch 522 that is flush with the second receiving plate 51. The diversion notch includes the second notch 522. The second notch 522 is connected to the water passage, which can collect condensed water flowing down the inner wall of the steamer enclosure 7 through the second notch 522 and flow into the first steaming rack assembly 2 or to the inner wall of the steamer enclosure 7 below the second steaming rack assembly 5.

[0035] In the embodiment, the second supporting table 52 further comprises a vertical mounting portion 523, a second vertical fence 524 arranged outside the vertical mounting portion 523, and a third vertical fence 525 arranged inside the vertical mounting portion 523. The vertical mounting portion 523 is fixedly connected to the upper portion of the steamer fence 7 by fasteners. It should be noted that the type of fasteners is not limited, such as buckle and slot connection, screw thread connection, etc., which all belong to conventional technical means. Correspondingly, corresponding structures are arranged in the steamer fence 7 and the vertical mounting portion 523, which will not be described here. In some embodiments, the steamer fence 7 is made of a metal plate by stamping process and bending process. The cross section of the upper portion of the steamer fence 7 is substantially in a horizontal "Z" shape structure, which comprises two vertical structures and a horizontal structure between the two vertical structures. The transition of the two vertical structures and the horizontal structure forms a second bending portion 72 close to the cooking cavity and a first bending portion 71 away from the cooking cavity. The vertical mounting portion 523 abuts against the horizontal structure, and the vertical mounting portion 523 and the horizontal structure have corresponding mounting holes and are fixedly connected by screws. The second vertical fence 524 and the third vertical fence 525 jointly clamp the two side surfaces of the steamer fence 7. The second vertical fence 524 and the third vertical fence 525 abut against the two vertical structures respectively. The second vertical fence 524 extends downward of the second steamer assembly 5 and beyond the position where the first bending portion 71 is located. The main purpose of this arrangement is to form a covering structure on the side wall of the steamer fence 7, so as to avoid the intrusion of external substances into the structure gap formed by the steamer fence 7 and other structures, and also to reduce the occurrence of steam leakage in the cooking cavity, thereby improving the energy efficiency of the product.

[0036] The third vertical fence 525 extends downward of the second steamer assembly 5 and the lower edge of the third vertical fence 525 is flush with the lower surface of the second bending portion 72. In some alternative embodiments, the lower edge of the third vertical fence 525 can also be arranged to beyond the position where the second bending portion 72 is located, or arranged between the upper edge of the steamer fence 7 and the lower surface of the second bending portion 72. The purpose of this arrangement is to form a covering structure on the side wall of the steamer fence 7, so as to avoid the intrusion of external substances into the structure gap formed by the steamer fence 7 and other structures, and also to reduce the occurrence of steam leakage in the cooking cavity, thereby improving the energy efficiency of the product.

[0037] In the embodiment, a handle 3 is further arranged on the outer side wall of the first steamer assembly 2 and / or the second steamer assembly 5. The handle 3 comprises a horizontal holding plate 32 connected to the outer side wall of the first steamer assembly 2 and / or the second steamer assembly 5 at one end, side support plates 33 arranged on both sides of the horizontal holding plate 32, and side support plates 34 arranged at the other end of the horizontal holding plate 32. In some alternative embodiments, the horizontal holding plate 32 can be horizontally extended outward at the end of the first vertical fence 511.

[0038] The handle 3 can be formed from sheet metal by stamping or plastic by injection molding. Due to the unique nature of the molding process, the thickness of each part of the handle 3 must be kept to a minimum. Therefore, the handle 3 is implemented using multiple plate-like structures. The horizontal gripping plate 32, side support plates 33, and side support plates 34, along with the side walls of the first steaming rack assembly 2 or the second steaming rack assembly 5, form a downward-opening groove. The central space within this groove provides a gripping space. The ends of the side support plates 33 are connected to the outer wall and side support plates 34, respectively. The height of the side support plates 33 gradually decreases from their base to the side support plates 34. The height of the side support plates 34 should not be too high. If the side support plates 34 are too high, the user's fingers will not be able to fully contact the horizontal gripping plate 32 when grasping the handle 3. This will concentrate the load at the connection between the side support plates 34, making them more susceptible to breakage or damage, and may even cause food to spill and burn the user. This is also the significance of setting the height of the side support plate 33 to change linearly. While ensuring that the user can have a good grip and low manufacturing cost, the load-bearing capacity of the entire handle 3 structure and the stability of the handle 3 are improved.

[0039] In some optional embodiments, at least one downwardly recessed gripping groove 32 may be provided on the upper surface of the horizontal gripping plate 32 to enhance the user's grip stability on the handle 3 or improve the user's gripping experience when gripping the handle 3. The handle 3 may be provided on the outer wall of the first steaming rack assembly 2 or the second steaming rack assembly 5, or on the outer walls of both the first steaming rack assembly 2 and the second steaming rack assembly 5. It should be noted that the handles 3 are typically provided in pairs, i.e., generally, two handles 3 are provided on either side of the first steaming rack assembly 2 and / or on either side of the second steaming rack assembly 5.

[0040] In this embodiment, a fourth vertical barrier 526 is further provided. The other end of the second steaming rack assembly 5 extends downward to form the fourth vertical barrier 526. A gap is formed between the fourth vertical barrier 526 and the steamer panel 7. The fourth vertical barrier 526 protects the user's hands and prevents burns caused by accidental contact of fingers with the steamer panel 7 while gripping the handle 3.

[0041] In the embodiment, the first steamer assembly 2 and the second steamer assembly 5 can be nested with each other, and the two adjacent steamer enclosure plates 7 can be nested with each other. There is a gap structure between the fourth vertical enclosure 526 and the second vertical enclosure 524, which is a groove-shaped assembly part 527 in the cross-sectional view. The vertical enclosure segment 212 of the first receiving plate 21 in the first steamer assembly 2 can be nested in the assembly part 527. The purpose of such arrangement is to pack the components into the turnover packaging box in a nested manner during product packaging, so as to reduce the packaging volume, increase the transportation capacity of the unit container, and reduce the transportation cost. In some optional embodiments, the first vertical enclosure 511 of the second receiving plate 51 of the second steamer assembly 5 can also be nested in the assembly part 527. When there are multiple second steamer assemblies 5 in the components of the product, the foregoing design can greatly reduce the product volume.

[0042] In the embodiment, the steaming tray 6 comprises a cavity 61 formed by sinking the middle part, a plurality of receiving protrusions 63, and a gas passing hole 62 arranged between the adjacent two receiving protrusions 63. The receiving protrusions 63 are protruded relative to the bottom of the steaming tray 6, and the top of the receiving protrusions 63 is used for supporting tableware or food materials. The gas passing hole 62 is arranged between the receiving protrusions 63, and can also be arranged at the position close to the bottom of the steaming tray 6. The purpose is to avoid that the tableware or food materials block the gas passing hole 62 and affect the normal flow of steam, so as to affect the uniform heating of the food materials. In the description of the specification, the description of the terms "one embodiment", "preferably", "embodiment", "specific example", or "some examples" means that the specific features, structures, materials or characteristics described in combination with the embodiment or example are contained in at least one embodiment or example of the utility model, and the illustrative description of the above terms in the specification does not necessarily refer to the same embodiment or example. Moreover, the specific features, structures, materials or characteristics described can be combined in any one or more embodiments or examples in a suitable manner.

[0043] Through the description of the structure and principle, those skilled in the art should understand that the utility model is not limited to the specific embodiments described above, and the improvements and replacements of the known technologies in the art based on the utility model all fall within the protection scope of the utility model, which should be limited by the claims.

Claims

1. A steaming rack structure for a cooking utensil, characterized in that: It includes a steam generating assembly, a first steaming rack assembly, a second steaming rack assembly, and a steamer enclosure; The steam generating assembly is provided with a steam generating chamber capable of storing water and a heating assembly arranged at the bottom of the steam generating chamber; The steamer enclosure can be arranged on the first steaming rack assembly and / or at least one of the second steaming rack assemblies; a corresponding steamer enclosure can be detachably arranged below each of the second steaming rack assemblies; The edge of the first steaming rack assembly and / or the second steaming rack assembly is provided with a water passage for condensed water and a diversion notch which can divert the condensed water downward and is connected to the water passage; The first steaming rack assembly is in a disc-shaped structure; a gas-passing boss is provided in the first steaming rack assembly, the gas-passing boss is in a table-shaped structure and protrudes from the bottom surface of the first steaming rack assembly, and the gas-passing boss includes at least two edge exhaust holes; each of the edge exhaust holes is located across the top surface and side surface of the gas-passing boss; The protruding structures on the edges of two adjacent edge exhaust holes form a guide channel, and the guide channel is used to drain the liquid accumulated on the top of the gas-transmitting boss.

2. The steaming rack structure of a cooking utensil according to claim 1, characterized in that: The gas-passing boss further comprises a central exhaust hole, and an edge of the central exhaust hole is provided with a first annular protrusion protruding from the top surface of the gas-passing boss; The side edges and upper edge of the edge exhaust hole are provided with second protrusions protruding from the outer surface of the air passing boss; Two opposite second protrusions in adjacent edge exhaust holes form the guide channel.

3. The steaming rack structure of a cooking utensil according to claim 1, characterized in that: The first steaming rack assembly includes an L-shaped first receiving plate and a first supporting platform extending upward from one end of a horizontal receiving section of the first receiving plate; The horizontal receiving section of the first receiving plate can be used to support the lower edge of the steamer enclosure, and the vertical enclosure section at the other end of the first receiving plate, the horizontal receiving section and the outer side wall of the first supporting platform enclose the trough-shaped water passage; The upper surface of the first supporting platform is used to support the receiving tray, and the first supporting platform is provided with a first avoidance ring groove for avoiding the edge of the receiving tray and a first notch flush with the horizontal receiving section; The guide gap includes the first gap.

4. The steaming rack structure of a cooking utensil according to claim 1, characterized in that: The second steaming rack assembly includes a second receiving plate arranged horizontally and a second supporting platform protruding from one end of the second receiving plate; The second receiving plate is used to support the lower edge of the steamer enclosure or the pot cover, and the other end of the second receiving plate extends upward to form a first vertical enclosure, which is arranged on the outside of the steamer enclosure or the pot cover; the second receiving plate, the first vertical enclosure and the outer side wall of the second supporting platform enclose the groove-shaped water passage; The upper surface of the second supporting platform is used to support the steaming plate, and the second supporting platform is provided with a second avoidance ring groove for avoiding the edge of the steaming plate and a second notch flush with the second receiving plate; The guide gap includes the second gap.

5. The steaming rack structure of a cooking utensil according to claim 4, characterized in that: The second supporting platform further includes a vertical mounting portion, a second vertical enclosure provided on the outside of the vertical mounting portion, and a third vertical enclosure provided on the inside of the vertical mounting portion; The second vertical enclosure and the third vertical enclosure jointly clamp the two side surfaces of the steamer enclosure; The vertical mounting portion is fixedly connected to the steamer enclosure via fasteners.

6. The steaming rack structure of a cooking utensil according to claim 1, characterized in that: Also comprising a handle, the handle being arranged on an outer side wall of the first steaming rack assembly and / or the second steaming rack assembly; The handle includes a horizontal gripping plate connected to the outer side wall of the first steaming rack assembly and / or the second steaming rack assembly at one end, side support plates arranged on both sides of the horizontal gripping plate, and a vertical gripping plate arranged at the other end of the horizontal gripping plate; Both ends of the side support plate are connected to the outer side wall and the vertical holding plate respectively; the height of the side support plate gradually decreases from the root position to the vertical holding plate position.

7. The steaming rack structure of a cooking utensil according to claim 3, characterized in that: The receiving tray comprises a receiving cavity formed by sinking in the middle, a drain trough and a drain hole arranged at the bottom of the drain trough.

8. The steaming rack structure of a cooking utensil according to any one of claims 1 to 7, characterized in that: Also comprising a fourth vertical enclosure, wherein the other end of the second steaming rack assembly extends downward to form the fourth vertical enclosure; A gap is provided between the fourth vertical enclosure and the steamer enclosure.

9. The steaming rack structure of a cooking utensil according to claim 4 or 5, characterized in that: The steaming plate comprises a receiving cavity formed by sinking in the middle, a plurality of receiving protrusions and air holes arranged between two adjacent receiving protrusions.

10. The steaming rack structure of a cooking utensil according to claim 8, characterized in that: The first steaming rack assembly and the second steaming rack assembly can be nested with each other; and two adjacent steamer enclosures can be nested with each other.

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