TWM544897U - Defrosting board with integrally formed slanted surface and drainage groove - Google Patents

Description

Thawing plate with integrally formed inclined surface and sewage trench

A defrosting plate, in particular a thawing plate having an integrally formed inclined surface and a sewage channel.

Along with the evolution of modern urban work, the way in which households buy ingredients is also gradually favoring a large-scale purchase at one time, and the food is kept fresh by freezing until it is taken out of the freezer before being cooked.

However, when the frozen material is thawed, it takes not only a long time to thaw. On the other hand, if the meat or fish is thick, the outer layer is already at room temperature for a long time and dissolves the bleeding water, and the inner layer may still not completely de-ice, because the blood water is continuously from the ingredients. Dissolution, on the one hand, will cause some ingredients to be soaked in blood water after a period of time, and exposure to the atmospheric environment for too long will cause hygiene problems of bacteria, and the other side will also destroy the freshness of the ingredients and after cooking after being placed at room temperature for too long. The taste, therefore, thawing also evolved from traditional soaking methods to microwave thawing.

However, microwave thawing is limited by the inability to observe the condition of the ingredients in real time, making the thawing time and intensity difficult to grasp. For example, after a frozen meat is taken out through a microwave for 30 seconds, the surface of the meat can be found to be soft but the inner layer is not yet Thawing, when microwaved for another 30 seconds, the surface of the meat has become milky white, which means that the structural molecules of the meat are damaged, resulting in the affected meat and mouthfeel. Therefore, there are many metal materials that use thermal conductivity in the market today. The prepared thawing plate replaces the microwave oven.

By means of a thawing plate with high thermal conductivity, the external heat energy is quickly carried to the surface of the frozen material to contact the surface of the thawing plate, the thawing speed is accelerated, the freshness and color of the food are unchanged, and the taste and sanitation are maintained, as shown in FIG. The quick thawing plate 9 is provided with a superconducting medium in a metal plate 91, thereby achieving the purpose of rapid thawing, but the action surface of the quick thawing plate is too flat, so that although the problem of rapid thawing is solved, the above ingredients are The problem of immersion in the liquid still exists, and even it is caused by the overflow of blood and water.

In view of the above problems, the present invention hopes to reduce the thawing time by means of a thawing plate with high thermal conductivity, and separate the sewage and the ingredients, especially to avoid the turbulence of the sewage, thereby efficiently making fresh and delicious healthy dishes. To provide modern people with a higher quality of life and to meet the pace of modern healthy eating.

The purpose of the present invention is to provide a defrosting plate having an integrally formed inclined surface and a sewage groove, and the heat resistance is reduced by the integrally formed high heat conductive body to achieve rapid heat conduction.

Another object of the present invention is to provide a defrosting plate having an integrally formed inclined surface and a sewage groove, through the integrally formed inclined surface, so that the sewage which is heated and dissolved by the frozen material flows down through the inclined surface to avoid remaining in the frozen object and the active surface. In order to improve the sanitation of the environment.

A further object of the present invention is to provide a defrosting plate having an integrally formed inclined surface and a sewage groove, which is accommodated by a accommodating groove to alleviate the trouble of surrounding dirt caused by liquid overflow, thereby improving cleaning convenience. Sex.

The invention discloses a thawing plate with an integrally formed inclined surface and a sewage groove for conducting heat to at least one frozen object, wherein the integrally formed inclined surface and sewage The defrosting plate of the groove comprises: an integrally formed high heat conductive body extending along a length direction, and the high heat conductive body has an upper surface and a bottom surface opposite to the upper surface, the upper surface including at least two a convex upper edge extending along the length direction and parallel to each other, at least one groove portion sandwiched between the convex upper edges and parallel to the longitudinal direction, and two opposite side edges, wherein each of the two adjacent convex portions The edge and the groove portion sandwiched between the upper edges of the protrusions are respectively formed with a height gradient action surface in a height direction perpendicular to the longitudinal direction; and at least one sewage guide member assembled to the high heat conduction body.

In summary, the present invention improves the deficiencies of the prior art, not only greatly reduces the thawing time during thawing, especially in the integrally formed inclined surface and the sewage groove, so that the thawing plate provides a composite combining thawing and maintaining the sanitary quality of the ingredients. The function also greatly improves the convenience of environmental cleaning after use, but does not require a substantial increase in cost to achieve all of the above purposes.

1, 1', 1" ‧ ‧ defrosting plate with integrally formed inclined surface and sewage trench

11, 11', 11" ‧ ‧ high thermal conductivity body

111, 111', 111" ‧ ‧ upper surface

114, 114', 114" ‧ ‧ protruding upper edge

115, 115', 115" ‧ ‧ ditch

116, 116’‧‧‧ side edge

117, 117', 117” ‧ ‧ highly gradual action surface

113, 113'‧‧‧ bottom

13, 13' ‧ ‧ sewage guides

15‧‧‧Heat pipe

17’‧‧‧ convex

6’‧‧‧流台

61'‧‧‧ cleaning tank

62’‧‧‧ platform

7‧‧‧ baseline

8, 8' ‧ ‧ frozen

81, 81’ ‧ ‧ sewage

9‧‧‧Quick Thaw Board

91‧‧‧Metal plate

Figure 1 is a perspective view of a prior art.

Figure 2 is a perspective, perspective view of the first preferred embodiment of the present invention for illustrating the majority of the defrosting plate having an integrally formed inclined surface and a sewage channel.

Figure 3 is a cross-sectional view of the embodiment of Figure 2 for illustrating the relative positions of the raised upper edge and the groove.

Figure 4 is a perspective view of a second preferred embodiment of the present invention for explaining another thawing plate having an integrally formed inclined surface and a sewage channel.

Figure 5 is a side view of the X direction of Figure 4, illustrating the relative position of the raised upper edge and the groove, and the flow of sewage in opposite directions.

Figure 6 is a perspective view of a third preferred embodiment of the present invention for illustrating a simple defrosting plate having an integrally formed inclined surface and a sewage channel.

The foregoing and other technical aspects, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments illustrated in the accompanying drawings. In the embodiments, the same elements will be similar. The label indicates.

Generally, meat and seafood are often fast-frozen to maintain their freshness so that users can enjoy high-quality taste and taste, but it is easy for professionals in the field of cooking technology to understand the freezing process during the thawing process. It will greatly affect the freshness of food. The most serious problem of frozen food is that the time of thawing is too long. It is often seen that the outer layer has reached a soft degree, but the inside is still frozen, and it is still not cooked. At this time, the nutrition of the ingredients itself. It will be accompanied by the loss of ice cream into a liquid, and at the same time, due to the long-term immersion of the frozen material in the above liquid, it may cause problems such as bacterial growth, resulting in the finished food not only having a bad taste, but also reminiscent of food. The idea of being unsanitary due to pollution.

Therefore, the defrosting plate with the integrally formed inclined surface and the sewage groove of the first preferred embodiment of the present invention can reduce the generation of sewage by greatly shortening the thawing time, and can guide the small amount of sewage even if it is melted. The groove is concentrated. Referring to Fig. 2, a frozen product 8 which is a frozen steak is placed on the defrosting plate 1 having an integrally formed inclined surface and a sewage channel. In order to quickly thaw the frozen steak, the high heat conductive body 11 is integrally formed by an aluminum extrusion method. The high heat conductive body 11 extends along the length direction of the coordinate X in FIG. 2 and is embedded in the high heat conductive body 11. Five heat-transfer tubes 15, which are interpreted as copper rods, accelerate the conduction of thermal energy by a copper rod (401 W/m‧K) with a higher thermal conductivity than aluminum sheets (237 W/m‧K), and a high-heat-conducting body in the process. The outer surface of the 11 is coated with an anti-oxidation layer (not shown) by anodizing, so that the thawing plate can not only be quickly and thermally thawed through the high thermal conductive material, but also has the purpose of light weight, high strength and corrosion resistance. Allows the user to carry the operation while extending the life of the thawing plate.

Of course, those skilled in the art of heat conduction can easily understand that the heat pipe 15 can be a heat pipe in which a high specific heat capacity material is sealed. Here, the high specific heat capacity material is interpreted as water, which is not hindered by the present invention.

The high heat conductive body 11 has an upper surface 111 and a bottom surface 113 opposite to the upper surface 111. Please refer to FIG. 3 together. In this example, the upper surface 111 further includes two extending along the length direction and parallel to each other. The upper edge 114 is projected, a groove portion 115 sandwiched between the aforementioned convex upper edges 114 in a parallel longitudinal direction, and two side edges 116 positioned on opposite sides in the longitudinal direction. For convenience of explanation, the Z direction in the definition pattern is the height direction, and the convex upper edge 114 herein refers to a standard in which the virtual reference line 7 is horizontal, and a higher area that protrudes upward in the height direction. Thereby, the sewage 81 is prevented from overflowing in the Y direction, and the groove 115 is a groove which is recessed downward in the height direction from the reference line 7, and the height thereof is significantly lower than the above-mentioned two convex upper edges 114.

In this example, two height grading surfaces 117 are respectively formed from the groove portion 115 toward the two convex upper edges 114. In FIG. 3, the gradual height gradient action surface 117 and the groove portion 115 on the left side of the groove portion 115 can be clearly seen. The highly graded action surface 117 on the right side of the slope is steep. After the frozen steak is placed on the left side of the action surface for a short period of time, the outer layer of frozen steak and some blood water will dissolve to form the sewage 81, and will be gradually affected by gravity. The surface 117 flows downward to the right and is blocked by the structure of the convex upper edge 114 on the right side, and the sewage 81 will be accommodated in the groove portion 115 to avoid the problem that the frozen steak is soaked by the sewage 81.

In this example, the left and right side edges 116 of the high heat-conducting body 11 are respectively provided with two sets of sewage guides 13 which are exemplified as shutters, and the two sets of shutters respectively comprise a rectangular metal piece which is also extruded aluminum material and a piece of rubber gasket, bolted to the rectangular metal piece and the rubber gasket Locking the high heat-conducting body 11 to thereby close the two side edges 116, and guide the sewage 81 flowing to the side edge 116 to the groove portion 115, and the accommodation space (not labeled) formed by the groove portion 115 and the shutter will be After becoming the sewage concentration point, after the frozen material 8 is thawed and taken away from the thawing plate, the concentrated sewage 81 is poured onto the flow table, and the thawing plate is cleaned, thereby improving the user's cleaning convenience through the centralized accommodating structure. It can also maintain environmental sanitation to avoid contamination of other ingredients. Especially after a period of time, you can also remove the shutters yourself and clean all the individual components for assembly.

In addition to being used for storing sewage, the above-mentioned accommodating space may be pre-filled with a high specific heat capacity of a heat storage material, such as water. When the frozen product is placed on the thawing plate, the thermal energy previously stored in the heat storage material can pass through the high heat conductive body. The release of the frozen material to the lower temperature is thawed, thereby greatly reducing the thawing time of the frozen product.

On the other hand, in order to reduce the time for all the frozen materials to be thawed, when there is sufficient space on the defrosting plate, various kinds of frozen materials such as red meat and seafood can be placed at the same time, but the sewage is mixed due to the flat thawing plate. The pollution situation eventually led to the loss of the original flavor caused by the various flavors being disturbed by other tastes. Therefore, as shown in FIGS. 4 and 5, the second preferred embodiment of the thawing plate 1' having an integrally formed inclined surface and a sewage groove, the thawing plate 1' having an integrally formed inclined surface and a sewage groove Made by die-casting, the defrosting plate with integrally formed inclined surface and sewage groove in this example can simultaneously freeze the frozen flavors 8' of different flavors at the same time, and separate the melted sewage 81' separately without interfering with each other. The frozen product 8' is exemplified as scallops and steak in this example. Since the majority of the structure of this example is similar to the above embodiment, only the differences will be described in detail, and the same structure will not be described in detail in this example.

First, the thawing plate 1' having an integrally formed inclined surface and a sewage groove is placed on the side of the first stage 6'. The flow table 6' has a cleaning tank 61' and a platform 62' connecting the cleaning tank 61'. , The thawing plate 1' having an integrally formed inclined surface and a sewage groove includes a set of sewage guiding members 13' disposed on the bottom surface 113' of the high heat conductive body, and the sewage guiding member 13' is exemplified as a foot pad in this example. In order to make the high heat conductive body 11' form a high and low inclination angle in the longitudinal direction, in this example, the foot pad is disposed near the bottom surface 113' of the one side edge 116', and according to the left and right positions of the flow table 6', The side edge 116' of the high side is disposed away from the cleaning groove 61' such that the bottom surface 113' of the lower side edge of the other legless portion is slightly protruded into the cleaning groove 61' due to the side edge of the high heat conductive body 11'. 116' slightly protrudes from the upper edge of the aforementioned cleaning tank 61', and the sewage 81' will flow directly into the cleaning tank 61' along the groove portion 115', avoiding the mess of the platform 62'.

In this example, the upper surface 111' of the highly thermally conductive body 11' includes three convex upper edges 114' extending in the longitudinal direction and parallel to each other, and between each two adjacent convex upper edges 114' are respectively formed and formed A groove portion 115'. For convenience of explanation, in this order, according to the left and right order, the left convex upper edge, the left groove portion, the middle convex upper edge, the right groove portion, and the right convex upper edge are sequentially named, wherein the left groove portion connects the left convex upper edge and the convex portion. The upper edge is formed and two height gradient action surfaces 117' are formed, and the right groove portion connects the right convex upper edge and the middle convex upper edge and also forms two height gradient action surfaces 117', so that the two sides can be more clearly separated, in this example The two active faces are not completely flat surfaces with equal slopes, but are particularly steep at the upper edge of the projecting bulge, making it easy for the user to distinguish. Wherein, the heights of the left and right side acting faces which are close to the upper convex edge are sequentially decreased in the opposite direction by the upper convex upper edge. Therefore, the sewage 8' of the 8' frozen food and the scallops respectively will be placed under the left and right active surfaces by gravity, thereby simultaneously solving the frozen matter 8' soaking in the sewage 81', and avoiding the frozen material 8'. The problem of contamination with other sewage 81' allows each frozen product 8' to retain its original flavor for cooking.

Further, most of the heat energy required for the frozen material 8' comes from the thawing plate 1' having the integrally formed inclined surface and the sewage groove, and the thawing plate 1' having the integrally formed inclined surface and the sewage groove The main purpose is to absorb the heat energy from the air, thereby achieving the purpose of thawing. As shown in FIG. 5, in order to enhance the heat energy absorbed by the high heat conductive body 11', the bottom surface 113' of the high heat conductive body 11' is perpendicular to the upper surface. The height direction of the 111' extends downward to form a serrated protrusion 17' for enlarging the heat conduction area of the high heat conductive body 11' in contact with the outside air, so that the high heat conductive body 11' absorbs a large amount of heat energy, and therefore, the integral shape of the present example is formed. The thawing plate of the inclined surface and the sewage groove has a slanting action surface with different directions, and a high heat-conducting body capable of absorbing a large amount of heat energy, so that rapid thawing of various and a large number of frozen materials is no longer empty talk, and high-efficiency thawing not only enhances the ingredients. The freshness is also a healthy dish for the consumer.

In addition to the above, a person skilled in the art can easily associate the left and right working faces for placement in the second embodiment, and can also perform different transformations, as shown in FIG. 6 in the third preferred embodiment of the present invention. The thawing plate 1" having an integrally formed inclined surface and a sewage groove is similar to the second embodiment in the present embodiment, and therefore the same structural portions will not be described again, and only the differences will be further described in detail.

It can be seen from Fig. 6 that the upper surface 111" of the highly thermally conductive body 11" includes two convex upper edges 114" parallel to each other, one parallel to the aforementioned convex upper edges 114" and sandwiched between the two convex upper edges 114", respectively. The groove portion 115". In this example, the groove portion 115" is used as the boundary line, and the convex upper edge 114" on the left side of the groove portion 115" is defined as the left convex upper edge, and the right side is referred to as the right convex upper edge, which is protruded from the left and right sides. The upper edge 114" is respectively connected with the groove portion 115" to extend the two left and right height gradient action surfaces 117", and the foot pad is also used to make the height of the two sides form a drop, so that the sewage flowing to the groove portion 115" can be further along the groove portion. In the high and low direction of the 115", it flows to a lower container (not shown), which greatly improves the convenience of use and cleaning.

However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, and is based on the scope of the novel application and the contents of the new manual. Simple equivalent changes and modifications shall remain within the scope of this new patent.

1'‧‧‧Thawing plate with integrally formed inclined surface and sewage trench

11’‧‧‧High thermal conductivity body

111'‧‧‧ upper surface

114’‧‧‧ protruding upper edge

115’‧‧‧Ditch Department

116’‧‧‧lateral edge

117’‧‧‧Highly gradual action surface

113’‧‧‧ bottom

13’‧‧·Sewage Guide

6’‧‧‧流台

61'‧‧‧ cleaning tank

62’‧‧‧ platform

8’‧‧‧Frozen

Claims (7)

A thawing plate having an integrally formed inclined surface and a sewage channel for conducting heat to at least one refrigerate, wherein the thawing plate having an integrally formed inclined surface and a sewage channel comprises: an integrally formed high heat conducting body, the height The heat-conducting body extends along a length direction, and the high-heat-conducting body has an upper surface and a bottom surface opposite to the upper surface, and the upper surface includes at least two convex upper edges extending along the length direction and parallel to each other, at least one a groove portion sandwiched between the upper edges of the protrusions and the opposite side edges parallel to the longitudinal direction, wherein each of the convex upper edges adjacent to the convex upper edge and the groove portion sandwiched between the convex upper edges are vertically The height direction of the longitudinal direction is respectively formed with a highly gradual action surface; and at least one sewage guide member is disposed on the high heat conductive body. A defrosting plate having an integrally formed inclined surface and a sewage groove as described in claim 1, wherein the high heat conductive body is a metal material. A defrosting plate having an integrally formed inclined surface and a sewage groove as described in claim 1 or 2, wherein the surface of the highly thermally conductive body forms an oxidation resistant layer. The defrosting plate having an integrally formed inclined surface and a sewage groove according to the above-mentioned claim 1, wherein the sewage guiding member is a pair of shielding plates respectively disposed on the side edges to guide sewage To the above groove. A defrosting plate having an integrally formed inclined surface and a sewage groove according to claim 1 or 2, wherein the sewage guiding member is a foot pad disposed on the bottom surface and adjacent to one of the side edges. . A defrosting plate having an integrally formed inclined surface and a sewage groove as described in claim 1 or 2, further comprising a plurality of heat transfer tubes embedded in the high heat conductive body. A defrosting plate having an integrally formed inclined surface and a sewage groove as described in claim 1, 2, 3, 4, 5 or 6, further comprising a convex portion formed by the bottom surface extending downward in the height direction For expanding the heat transfer area.