TWM613074U - Food material soaking device - Google Patents

Abstract

In order to provide a kind of food brewing device that can meet the needs of different brewing time courses of food materials, you can choose or randomly deploy equipment combinations or change selection forms from it, and adjust the time-temperature curve to meet the brewing ripening state or heat preservation needs. , Or independent microwave heating, equipped with a heat-dissipating inner cup with a brewing space on the outside, and a heat-preserving function. The inside is a one-piece inner space to provide a heat-dissipating inner cup with axially sleeved insulation cylinder cups. A double lid body with an inner cup lid sealing part and a cylindrical cup lid sealing part at the inner end, which can seal or cover the heat dissipation inner cup and the insulated cylindrical cup separately. The combined space changes and the ambient temperature affects the change. The temperature working curve provides the unique working temperature requirements for the temperature time course of different ingredients.

Description

Ingredients Brewer

This creative food brewing device is designed to provide a kind of brewing requirements that can meet the needs of different time courses of food. Through the combination space configuration of the equipment, the temperature working curve can be adjusted to meet the needs of different food materials for cooking, heat preservation, or brewing temperature.

In addition to the heat working method of using external energy to provide heat conversion, the brewing utensils of related ingredients also use vacuum insulation to generate sultry heat to ripen the ingredients. Commonly used tea or scented tea brewing teapots work. The temperature and the ambient temperature are exchanged naturally, avoiding high heat soaking, so that the released ingredients will not be bitter and can be delicious to drink. There are a variety of equipment designs based on a variety of energy use methods. Changing the working temperature curve should be designed for use with different food material temperatures.

In order to provide a food brewing machine, in order to meet the needs of different brewing time courses of food materials, you can choose or randomly adjust the equipment configuration space or form from it, thereby adjusting the time-temperature curve to meet the brewing and curing state, or the need for heat preservation. Or it can be an equipment assembly that can be independently heated. It is mainly equipped with a heat dissipation inner cup that can accept microwave penetration and can be heat-balanced outwards. It is sheathed in a high-insulation protection. Inside the warming cylinder cup, the two are assembled and unloaded by hand, and are generally matched with a double cover that can cover the opening of the heat dissipation inner cup and the opening of the insulation cylinder cup. The assembly is replaced by freehand configuration. The main purpose is to provide a variety of temperature profiles for use.

In order to achieve the above-mentioned purpose, this creation has a loading space for infusion. The surface of the monomer can emit heat. The monomer can be heated by microwave. A heat dissipation inner cup is provided with an integrated inner space to provide the axial heat dissipation of the inner cup. Insulated thermos cylinder cup, one is equipped with inner cup lid sealing part, cylindrical cup lid closing part can seal or cover the heat dissipation inner cup, thermos cylinder cup double cover, through the combination of space changes, to change the temperature work Curve, providing unique working temperature requirements for different ingredients is its second purpose.

The third purpose of this creation is to provide a hanging cage movable combination for the inner surface of the double lid. During the brewing operation, the hanging cage is suspended in the center of the inner heat dispersion cup and can accept the ingredients that are immersed in hot water. Or steam smoldering of the food.

The fourth purpose of this creation is to provide an embedded sealing ring between the opposite ports of the heat dissipation inner cup and the thermal insulation cylinder cup after the axial assembly to seal the space formed by the sleeve gap and the external barrier, so as to prevent the heat dissipation inner cup from dissipating The heat spreads towards the direction of the opening, ensuring long-term heat preservation.

The fifth purpose of this creation is that the double cover is composed of an upper lining board and an inner lining. The two opposite sides can be coated or pasted with a layer of heat insulation film to make the double The cover body has a heat resistance effect.

The sixth purpose of this creation is that the embedding ring is provided with a ring body, which is combined with the upper peripheral end of the heat dissipation inner cup, the ring body is radially expanded with a sheet-shaped deformed elastic piece, and the embedding ring is provided with a ring body, In addition, it can be combined with an embedding ring groove set in the thermal insulation cylinder cup to stretch the deformed elastic sheet toward the inner spoke. After the combination, the deformed elastic sheet acts on the upper peripheral end of the heat dissipation inner cup, and the same can close the mutual pair formed by the sleeve gap Space to avoid the heat from escaping outside.

The seventh purpose of this creation is that the double-coupling lid body is provided with an inner cup lid sealing portion and a cylindrical cup lid closing portion. The inner cup lid sealing portion can be provided with a lid sealing ring member such as an embedded sealing ring member, and the inner cup lid The sealing part is responsible for sealing the space inside the heat dissipating inner cup, and the cylinder cup cover part acts as a cover, covering the opening of the thermal insulation cylinder cup.

The eighth purpose of this creation is for the independent use of the heat-dissipating inner cup. Because its surface has the effect of outward heat balance, it can provide ingredients with a sudden drop in the brewing temperature curve, such as the brewing of tea or scented tea. It is required to avoid long-term high temperatures. Hot ingredients.

The ninth purpose of this creation is to combine the thermal dispersion inner cup with the thermal insulation cylinder cup, and the sealing state of the sealing ring part is synchronized, and the heat temperature carried by the thermal dispersion internal cup as a whole is maintained by the thermal insulation cylinder cup. After the body cover is sealed, it can be kept at high temperature for a long time, which is similar to the use of a thermos. It can also be used for high-temperature brewing of easily matured food such as eggs, or potatoes, or normal Chinese medicinal materials such as ginseng and wolfberry.

The tenth purpose of this creation is that the insulated cylinder cup can be used independently and basically has heat preservation. However, because the cylinder cup cover part of the double-fit cover body only covers the opening of the insulated cylinder cup, the internal pressure will be lost. The external heat dissipation can be used as a winter soup edible container. Another way to use it is to hold ice cubes and cold objects in the thermos cup, or it can be used as an ice product that is easy to pyrolyze ice cream to prevent the hand temperature from being transmitted into the ice product. , To maintain its aesthetic appearance and ice-warm taste.

10: Heat dissipation inner cup

11: opening

12: Lips

13: Upper end

14: Enclosure ring groove

15: positioning notch

16: Seal the plug

17: loading space

120: curved cone

121: Flat ring

122: Extract frame edge

123: Grip

S: Centerline

G: Socket gap

20: Embedded seal ring

21: Ring body

22: Deformed shrapnel

30: Anti-scalding zone piece

40: Insulation tube cup

41: Internal Space

42: opening

43: Outer Body

44: Lining body

45: Center convex cone

46: involute inner circle

420: Curved Edge

460: Insert ring groove

50: Double cover

51: inner cup lid sealing part

52: Cylinder lid joint

53: Upper liner

54: Lining body

55: Outer hub ring

56: Socket ring groove

57: inner hub ring

58: buckle

59: Flip side

530: Thermal insulation film

60: cover seal ring

61: Ring body

62: Elastic tongue

70: hanging cage

71: Import and Export

72: fasteners

73: filter hole

18: Falling plane

200: Conjunction ring

Figure 1 is a schematic diagram of the relationship between creation and placement.

Figure 2 is a cross-sectional view of the structure of the creative double cover.

Figure 3 is a three-dimensional view of the implementation of the creation of the embedding ring and the cover sealing ring.

Figure 4 is a cross-sectional view of the creative assembly.

Figure 5 is a schematic diagram of this creative heat dissipation inner cup sealed by a double lid.

Figure 6 is a schematic diagram of this creative insulation cylinder cup being covered with a double cover.

Fig. 7 is a schematic diagram of another embodiment of the embedding ring in the cross-sectional view of the total combination of the creation.

The food brewing machine, in order to provide a kind of material that can be used to meet the needs of different brewing time courses, can choose or randomly adjust the combination space or form of the equipment, so as to adjust the time and temperature curve to meet the brewing maturation state or the need for heat preservation. The independent heating equipment assembly is mainly equipped with a heat dissipation inner cup that can accept microwave penetration and can be thermally balanced outwards. It is sheathed inside a high heat insulation cylinder cup. Both of them are freehand. The assembly and unloading operation is generally matched with a double cover body that can cover the opening of the heat dissipation inner cup and the opening of the thermal insulation cylinder cup. The assembly provides a variety of temperature profile supply pairs for use through the free-hand exchange configuration. There is an integrated inner space inside to provide heat dissipation. The inner cup is axially sleeved. The double cover body is equipped with an inner cup lid sealing part and a cylinder cup cover part that can seal or cover the heat dissipation inner cup and the thermal insulation cylinder cup separately. The space changes to change the temperature working curve. The inner surface of the double cover provides a hanging cage movable combination. During the brewing operation, the hanging cage is suspended in the center of the inner cup of the heat dispersion, and can accept the food contained by the hot water soaking. , Or steaming or heating the food, it is suitable for use in action.

Between the opposite ports of the heat dissipation inner cup and the thermal insulation cylinder cup after the axial assembly, there is an embedding ring member to seal the space formed by the sleeve gap from the outside to prevent the heat dissipated by the heat dissipation inner cup from going to the opening direction Disperse, ensure long-term heat preservation, and the double cover body is composed of an upper lining board and an inner lining body, and the two opposite sides can be coated or pasted with a layer of heat insulation film. Make double The cover body has a heat resistance effect.

The embedding ring is provided with a ring body, which is combined with the upper peripheral end of the heat dissipation inner cup, and the ring body is radially expanded with sheet-shaped deformed elastic pieces. The ring body of the embedding ring can be combined with the thermal insulation cylinder cup. An embedding ring groove is set to stretch the deformed shrapnel inwardly and radially. After the combination, the deformed shrapnel acts on the upper peripheral end of the heat dissipation inner cup, which can also close the mutual space formed by the socket gap to prevent the heat from escaping outside. And the double lid body is provided with an inner cup lid sealing part and a cylindrical cup lid sealing part. The inner cup lid sealing part is responsible for sealing the space inside the inner cup for heat dissipation, and the cylindrical cup lid sealing part serves as a lid. , Covered in the opening of the thermal insulation cylinder cup, providing a variety of functions.

The heat dissipation inner cup can be used independently. Because its surface has the effect of outward heat balance, it can provide ingredients with a sudden drop in the brewing temperature curve, such as the brewing of tea or scented tea, and it can independently receive electronic microwave heating.

The thermal dispersion inner cup is combined with the thermal insulation cylinder cup, and the sealing state of the sealing ring member is synchronized, and the heat temperature carried by the thermal dispersion internal cup as a whole is maintained by the thermal insulation cylinder cup. After being sealed by the double lid body cover, it is the same The use of the thermos cup can also be used for high-temperature brewing of easily ripened food materials such as eggs, or potatoes, or normal Chinese medicinal materials such as ginseng and wolfberry, etc., which are heated by a slow fire.

The insulated tube cup can be used independently, and the other way is to use the insulated tube cup to hold ice cubes and cold objects, or it can be used as an ice product that is easy to pyrolyze in ice cream to prevent the hand temperature from being transmitted into the ice product and maintain it. Beautiful appearance and ice-warm taste.

The detailed implementation of this creation is a heat dissipation inner cup with an axial centerline, the body can be penetrated by electrons and microwaves, and the outer surface can be heat dissipated. The periphery of the opening is an extraction frame edge, and the extraction frame edge is connected downwards. At the upper end, there is a thermal insulation cylinder cup with thermal resistance. The upper end is provided with an opening. The interior is an integral inner space to provide the above-mentioned thermal dissipation inner cup coaxially sleeved. The inner circle of the upper end of the inner space is a pair of inner circles. An embedded ring member is provided with a ring body that can be elastically sleeved on the outer circle of the upper peripheral end. The outer surface of the ring body is radially extended with deformed elastic pieces, or the ring body has deformed elastic pieces extending in the radial direction of the ring body. Cut and press on the upper peripheral end of the thermal dispersion inner cup, both of which can close the socket space formed by the socket gap. A double-fit cover with thermal resistance. An outer hub ring and outer hub ring are provided in the axial direction of the female surface. The outer circle is combined with a lid sealing ring to form an inner cup lid sealing part, and the outer hub ring is transferred upwards radially to have a cylindrical cup lid joint part, in which the center of the inner surface of the double joint lid is provided with a buckle part to provide a hanging cage Combination of activities.

For the description of the structure and selection of the equipment of this creation, please refer to the illustration below:

First of all, please refer to Figure 1. The surface body of the heat dissipation inner cup 10 can be made of a material for external heat balance and heat dissipation. Basically, it is formed by metal or ceramic glazing to resist acid and alkali problems. The body can be independently penetrated by electrons and microwaves for electric waves to impact and heat the food. The upper end is an opening 11 that leads to a loading space 17 inward. The periphery of the opening 11 forms a lip 12 according to the center line S. The outer circle of the lip 12 is An extraction frame edge 122 that can be grasped by fingers. The extraction frame edge 122 is connected to a flat sticking ring 121 at the lower corner. The flat sticking ring 121 is connected to the upper peripheral end 13 through a curved tapered surface 120 downwardly, and the upper peripheral end 13 is connected to the bottom of the heat dissipation inner cup 10, the waist is provided with a grip portion 123, the grip portion 123 is at the position of the grip portion 123 in consideration of the hot water contained in the loading space 17 and the heat transfer of its body There is a film-like anti-scalding area piece 30, which can be a patch, or a composite of different heat-insulating materials, or a coating formed by applying heat-insulating paint on the bottom of the cup In the center of the bottom, a positioning notch 15 for axial positioning is recessed upward, and the bottom of the cup is a flat-spoke-shaped landing plane 18 for the body to stand on the table top.

One of this creation is implemented at the upper circumference end 13, which can be provided with a sleeve ring groove 14 which provides an elastically deformable embedding ring member 20 for nesting, and the embedding ring member 20 is provided with a ring body 21. At least one part of the outer circle of the ring body 21 is formed with a deformable elastic piece 22 that can be elastically deformed.

The thermal insulation cylinder cup 40 is co-constructed by the outer body 43 and the inner lining body 44, and a heat-resistant space is formed inside. The space can be filled with heat-insulating materials, or a vacuum method can be used to form a vacuum with high heat-insulating performance.

The outer body 43 and the inner lining body 44 are connected at the position of the opening 42 at the upper end. The junction point of the opening 42 is a curved corner 420. The curved corner 420 and the opening 42 formed by the entire surface body are smooth surfaces, providing When drinking by mouth, it will not scratch the lips. The curvature of the curved corner 420 can be enlarged, so that the end of the opening 42 is thin. The inner surface of the opening 42 corresponds to the upper peripheral end 13 of the thermal dispersion inner cup 10, and a position is formed. The smooth surface of the convergent inner circle 46, and the convergent inner circle 46 provides the sliding plug of the deformed elastic piece 22 of the embedding ring 20.

The inside of the thermal insulation cylinder cup 40 is an integral inner space 41, which is connected to the outside by the opening 42. The central position of the inner bottom of the inner space 41 corresponds to the concave structure of the recess 15 set in the heat dissipation inner cup 10, and is provided with a relatively convex The central convex cone 45 allows the heat dissipation inner cup 10 to enter the final point inside the internal space 41, the positioning notch 15 can straddle the upper surface of the central convex cone 45, and is positioned coaxially according to the center line S when the combination is obtained, and borrowed The point of the central convex cone 45 and the aligning inner circle 46 provide the sliding plug fixed-point support function of the deformed shrapnel 22, so that the center line S of the assembly assembly can be overlapped, and the heat dissipation of the inner cup 10 can be avoided when the external force impacts. The bottom can be supported and will not hit the bottom of the inner surface of the internal space 41.

The surface of the lip 12 of the heat dissipation inner cup 10 can provide a smooth surface for drinking by mouth. The opening 42 of the insulated tube cup 40 is the same as the curvature of the curved corner 420, and the insulated tube cup 40 can be provided independently. When in use, it can be safely provided for drinking by mouth. When the thermal dispersion inner cup 10 and the thermal insulation cylinder cup 40 are selected, they can be used as independent cups and used in combination.

Please refer to Fig. 2 again (please cooperate with Fig. 1), the double-fitting cover 50 of the present creation has an inner cup cover sealing portion 51 and a cylinder cup cover portion 52, which can dissipate heat from the inner cup 10 and the thermal insulation cylinder cup 40. (As shown in Fig. 1) The lip 12 and the opening 42 are respectively provided for sealing or closing. The double cover body 50 is formed by an upper lining board 53 and an inner lining body 54. The two The inter-facing surface or the entire inner surface of the upper lining board 53 implements a thermal resistance function in a manner that can be coated with a heat-insulating layer film 530, or formed by attaching a heat-insulating sheet.

The largest outer circle above the double cover 50 is used as a toggle edge 59, which can be held by the user's fingers. The inner surface of the double cover 50 is provided with a buckle 58. 58 Provide a hanging cage 70 The upper end of the fastener 72 is screw-cut and fastened, and the upper end of the hanging cage 70 is an inlet and outlet 71, which leads to the internal space, and a plurality of filter holes 73 are provided inwardly of the watch body to provide water in and out of the river.

The double cover body 50 is basically formed by an upper lining board 53 with an inner surface combined with an inner lining body 54. The upper lining board 53 can be made of metal, plastic, or logs to create different patterns, which is necessary for waterproofing. , The female surface is combined with an inner lining body 54. The inner lining body 54 forms an outer hub ring 55 and an inner hub ring 57 around the center line S as the center conjugate rotation. The inner circle of the inner hub ring 57 provides the buckle part 58. In practice, the outer hub ring 55 is provided with a cover seal ring 60 of the same concept as the embedded seal ring 20 on its radial outer surface. The cover seal ring 60 can be provided with a ring body 61 nested in the sleeve provided on the outer hub ring 55. The ring groove 56 allows the cover seal ring 60 and the outer hub ring 55 to be combined with the sleeve, and is limited by the outer hub ring 55 and will not slip off. The cover seal ring 60 extends radially outward from the ring body 61 There is an elastic tongue 62 that can be elastically deformed. With the elastic deformation force of the elastic tongue 62, the opening 11 of the heat dissipation inner cup 10 as shown in Figure 1 can be sealed, and the sealing result is The loading space 17 of the heat dissipation inner cup 10 can be formed into an airtight state.

Please refer to Fig. 3 again. The embedding ring member 20 implemented in the present invention includes a cover sealing ring member 60. Similar concepts can be implemented. A ring body 21 and or ring body 61 (implemented as shown in Fig. 4) are used as a hoop. Basically, at least a section of deformed elastic piece 22 or elastic tongue 62 with the same radius curvature is formed on the inner and outer spokes. The deformed elastic piece 22 or elastic tongue 62 is basically thin, so it is easy to deform. This deformation is Loss of the roundness, the deformation of the roundness can produce a gap, which allows the atmospheric pressure to conduct when the components are unloaded. In addition, the deformed elastic piece 22 or the elastic tongue 62 can be equiangularly arranged, or The connecting structure is a ring body, which is respectively implemented in the inner and outer radial directions of the ring body 21 or the ring body 61. The deformation effect of the deformable elastic piece 22 or the elastic tongue 62 will be described later.

Please refer to Figure 4 again, the implementation of the appliance of the present invention is mainly composed of a heat dissipation inner cup 10, a thermal insulation cylinder cup 40 and a double lid 50 plus a hanging cage 70 to form an assembly, each The equipment can be coaxially socketed according to the center line S. This overall combination is implemented. The hanging cage 70 can be loaded with ingredients that need to be heated for a long time, such as Chinese medicine, eggs, or potatoes, and placed in the hanging cage 70. The heat dissipation is conducted by the filter hole 73 The loading space 17 of the cup 10, the loading space 17 is to provide hot water for loading, the hot water can invade the loaded food, and the outer surface of the heat dissipation inner cup 10 can exchange heat to the outside. After the exchange, it will be limited to the socket gap G The space formed is externally through the vacuum heat resistance effect of the thermal insulation cylinder cup 40, so that the heat inside the sleeve gap G will not radiate to the overall surface of the thermal insulation cylinder cup 40, so that the entire heat dissipation inner cup 10 can obtain a long-term thermal insulation effect. .

The space formed by the sleeve gap G has a pair of closed loops 200 formed at the upper end, which is blocked axially outward by a bundle of embedding ring members 20 that are sleeved on the upper peripheral end 13, and the embedding ring members 20 are blocked from the outside in the axial direction. The ring body 21 uses a sliding plug to squeeze and fill the surface of the inner circle 46, and the inner space of the sleeve gap G can be sealed by the squeeze of the ring body 21 so that the gas will not interact with External ambient gas flow exchange.

The combined bottom of the heat dissipation inner cup 10 and the thermal insulation cylinder cup 40 is formed at a certain point by the positioning notch 15 and the central convex cone 45, and the upper end is seated by the ring body 21 of the embedding ring member 20 to form another fixed point. The shaft sleeves are fitted to maintain the linear overlap of the center line S, and the outer surface of the heat dissipation inner cup 10 is on the inner annular surface of the internal space 41.

The lip 12 of the heat dissipation inner cup 10 can be transferred downwards to have a plane attaching ring 121 of the same height and perpendicular to the center line S. The spoke surface of the plane attaching ring 121 can fully fit the edge of the opening 42. The state is that the curved corner edge 420 of the opening 42 is cut and pressed in a circular shape, and a linear slit is formed between the flat attachment ring 121 and the opening 42 edge, and the flat attachment ring 121 is in the shape of the center line S Vertically, the opening 42 combined with the thermal insulation cylinder cup 40 is combined into an opening and closing face of the axial end surface.

The loading space 17 of the heat dissipation inner cup 10 is acted on by the inner cup lid sealing portion 51 of the double lid body 50, so that the loading space 17 can be formed into a closed space. This is implemented as a double lid body 50 extending toward the female side of the loading space 17 Outer hub ring 55 (please match as shown in Figure 2). The outer circle of outer hub ring 55 provides an elastic cover seal ring 60 to be sleeved. The cover seal ring 60 is provided with a ring body 61 that is embedded and sleeved outside The ring groove 56 of the hub ring 55 is sleeved, and the ring body 61 is formed with an elastic tongue 62 that can be elastically deformed in the radial direction of the outer circle. The elastic tongue 62 is plugged into the sealing opening 16 of the thermal dispersion inner cup 10 in a sliding plug manner. With the radial sealing effect of the elastic tongue 62, the interior of the loading space 17 can be airtight, and the double-fitting cover 50 has a heat-resisting effect. The heat dissipating in the space of the cup 40 can obtain the heat preservation function of the inner cup 10 alone. The water liquid used for the heat preservation function is high heat, which can be used for high heat preservation or used by the hanging basket 70 as heat energy for steaming cooked food.

When the air in a confined space undergoes a temperature change, when the density increases, it will form a negative pressure with the external environment, which is projected to the heat dissipation inner cup 10 of this creation. The loading space 17 is formed after the time-course temperature is worked. Under negative pressure, when the double cover 50 is opened, the flip side 59 of the double cover 50 opens the elastic tongue 62 of the interlocking cover sealing ring 60, and the elastic tongue 62 is elastically deformed due to external force. This deformation can cause the outer circumference to lose its roundness to form a gap, which can provide external atmospheric pressure to enter the loading space 17, and facilitate the opening of the double-closing cover 50.

The internal space 41 of the thermal insulation cylinder cup 40 is also affected by the hot air from the outer surface of the heat dissipating inner cup 10, and at the beginning of use, positive pressure will also be generated. After cooling, the internal space 41 will also form negative pressure. The deformation effect of the deformed shrapnel 22 of 20, through the extraction frame 122 formed by the side of the lip 12, provides fingers to extract and pull the deformed shrapnel 22 to deform. After the deformed shrapnel 22 deforms and loses its roundness, the gap formed by the atmosphere is enough. The internal space 41 is connected, and the inner cup 10 can be easily separated after being balanced.

Please refer to Figure 5 again. The implementation of this creation lies in the brewing of tea leaves. The combination of the thermal dispersion inner cup 10 and the double lid body 50 can be used to provide suitable tea brewing according to the tea brewing needs. It requires high temperature brewing. Depending on the characteristics of the tea, the brewing temperature needs to be between 85 and 95 degrees. With the adjustment of time, you can brew a delicious tea soup. If the high temperature is maintained, a large amount of sweetness will be released quickly. Bitter molecules such as Ning acid or catechins.

According to the brewing of Oolong tea, after pouring hot water into the Xishi pot, the temperature drop is obvious. Through the control of time, the curve section of the brewing is selected, and the smooth tea soup can be brewed, which is mainly like pouring tea into a normal teapot. After piping hot boiling water, its temperature will naturally radiate, and the heat mass will be balanced from the inside.

The heat-dissipating inner cup 10 of the present invention has an external heat balance function, and the inner cup lid sealing part 51 of the double lid body 50 can prevent the tea aroma molecules from dissipating early, and a delicious and fragrant tea soup can be obtained after brewing.

According to the use of this formula, the single body of the thermal dispersion inner cup 10 can independently carry out electronic microwave penetration, so as to impact and generate heat on the food loaded inside.

A holding portion 123 for extraction may be provided on the outer surface of the inner heat dissipation cup 10, so that the inner heat dissipation cup 10 can be used independently. The holding portion 123 may be combined with an anti-scalding zone sheet 30 to prevent scalding.

Please refer to Figure 6 again. Since the thermal insulation cylinder cup 40 is provided with an inner lining body 44 and an outer body 43, which combine to form a heat-resistant space function, the inner space where the outer body 43 and the inner lining body 44 are combined can be in a vacuum state. The internal space 41 can be heat-resistant to the outside. The internal space 41 is a combined space. When the thermal insulation cylinder cup 40 is converted for independent use, the internal space 41 is converted into a storage space for accommodating food materials. It is a drinking water liquid that can be kept warm by its heat-resisting ability. The inserted food material can be liquid, or ice cubes, or cold-formed food materials such as ice cream, etc., by means of the heat-resistant insulating cylinder cup 40 The ice-cream formed by maintaining the ice temperature prevents melting, maintains its shape and appearance, and prolongs the ice-temperature mouthfeel of tasting.

The opening 42 provided in the thermal insulation cylinder cup 40 is provided with a double lid body 50 to cover. The double lid body 50 has a heat resistance function and can better maintain the internal ice product to avoid premature melting. The inner cup lid provided on the double lid body 50 The sealing portion 51 is in a suspended state at this time, and the cylindrical cup cover 52 covers the curved corner 420 of the opening 42 and forms a linear fit. The cylindrical cup cover 52 of the double-fit cover 50 is optional A concave shape, so that the curved corner 420 of the opening 42 can be cut into the inner groove space of the cylindrical cup cover 52, and also prevents the double-coupling cover 50 from loosening the plane. The cylindrical cup cover 52 can be implemented with a ring shape The elastic surface is attached as a gasket.

Please refer to Figure 7 again. This creation takes into account another aspect of independent use. As shown in Figure 5, the embedding ring member 20 is implemented on the inner surface of the opening 42 of the insulating cylinder cup 40. The ring groove 460, the ring body 21 of the embedding ring member 20 is nested in the embedding ring groove 460, and the deformed elastic piece 22 is set to shrink radially toward the center inner surface. When the heat dissipating inner cup 10 and the insulating cylinder cup When 40 is sleeved, the inwardly deformed elastic piece 22 is cut and pressed on the upper peripheral end 13 of the heat dissipation inner cup 10, and the inner space 41 spaced by the sleeve gap G is closed by the cut and press blocking effect, and The lip 12 can be cut against the opening 42, and the positioning recess 15 can be positioned by the central convex cone 45. After being separated from the heat dissipation inner cup 10, the heat dissipation inner cup 10 The appearance is as shown in Fig. 5, and the upper peripheral end 13 can form a smooth surface.

10: Heat dissipation inner cup

12: Lips

13: Upper end

15: positioning notch

16: Seal the plug

17: loading space

121: Flat ring

122: Extract frame edge

S: Centerline

G: Socket gap

20: Embedded seal ring

22: Deformed shrapnel

40: Insulation tube cup

41: Internal Space

42: opening

45: Center convex cone

46: involute inner circle

420: Curved Edge

50: Double cover

51: inner cup lid sealing part

55: Outer hub ring

56: Socket ring groove

57: inner hub ring

59: Flip side

60: cover seal ring

61: Ring body

62: Elastic tongue

70: hanging cage

73: filter hole

200: Conjunction ring

21: Ring body

Claims (20)

A kind of food material brewing machine, in order to provide a kind of equipment that can be selected or randomly adjusted to meet the needs of different brewing time courses of food materials, and to adjust the temperature curve to meet the needs of brewing and curing state or heat preservation, including: 1. It has an axial centerline, the main body can be penetrated by electrons and microwaves, and the outer surface has a heat-dissipating inner cup with heat dissipation. The periphery of the opening is set as an extraction frame edge. The extraction frame edge is connected to an upper peripheral end, and the bottom of the cup has a drop A flat surface; a thermal insulation cylinder cup with thermal resistance, an opening at the upper end, and an integrated inner space inside, providing the above-mentioned heat dissipation inner cup coaxially sleeved, the inner surface of the inner space upper end is a pair of inner circles; an embedded sealing ring It is equipped with a ring body that can be elastically sleeved on the outer circle of the upper peripheral end. The outer circle of the ring body extends outwards and is provided with deformed shrapnel with equal radius of curvature; a double cover body with thermal resistance, and the female surface is axially It is provided with an outer hub ring, the outer circle of the outer hub ring is combined with a cover sealing ring member to form a pair of lid seal parts for the inner cup sealing and covering, and the outer hub ring is radially transferred upwards with a pair of cylindrical cup openings and covering the lid unit. For the food brewing device described in item 1 of the scope of patent application, a buckle part is provided in the center of the inner surface of the double lid to provide a hanging cage movable combination. In the food brewing device described in item 1 of the scope of patent application, a plane sticking ring is transferred downward from the edge of the extraction frame, and the diameter of the plane sticking ring is larger than the diameter of the end surface of the opening of the insulating cylinder cup. The food infuser described in item 3 of the scope of patent application, wherein the flat sticking ring is connected to the upper peripheral end via a curved tapered surface. The food infuser described in item 1 of the scope of patent application, wherein the cross section of the open corner end is in the shape of a curved corner edge with a large curvature. As described in item 1 of the scope of patent application, in the center of the bottom of the heat dissipation inner cup, a positioning notch is recessed upward, and the center of the inner bottom of the inner space of the thermal insulation cylinder cup is provided with a convex upward After the central convex cone, the positioning recess and the central convex cone are positioned and wedged together, the plane sticking ring provided in the heat dissipation inner cup can keep pressing against the opening end surface of the insulating cylinder cup. The food brewing device described in item 1 of the scope of patent application, wherein the heat dissipating inner cup body is provided with a holding part. Such as the food brewing device described in item 7 of the scope of patent application, wherein the outer surface of the holding part is provided with an anti-scalding zone sheet. The food infuser described in item 1 of the scope of patent application, wherein the double cover body is a round block and is formed by an upper lining board combined with an inner lining body, and there is a heat insulation film indirectly between the two . According to the food brewing device described in item 1 of the scope of patent application, the deformed elastic sheet is a ring body, which is radially combined with the outer surface of the ring body. A kind of food material brewing machine, in order to provide a kind of equipment that can be selected or randomly adjusted to meet the needs of different brewing time courses of food materials, and to adjust the temperature curve to meet the needs of brewing and curing state or heat preservation, including: 1. With an axial centerline, the main body can be penetrated by electrons and microwaves, and the outer surface can be heat dissipated. The outer periphery of the opening is an extraction frame edge. The extraction frame edge is connected to an upper peripheral end, and the bottom of the cup is a Placement plane; a thermal insulation cylinder cup with thermal resistance, an opening is provided on the upper end, and the inside is an integral inner space to provide the above-mentioned heat dissipation inner cup coaxially sleeved, and the inner circle of the upper end of the inner space is a pair of inner circle; an embedded sealing ring It is provided with a ring body that can be embedded in the embedded ring groove of the inner circle of the thermal insulation cylinder cup, and the inner circle of the ring body has a deformed elastic piece with equal radius curvature extending radially inward from the center of the ring body; A double-coupling cover with thermal resistance. An outer hub ring is provided on the female surface in the axial direction. A cover sealing ring is combined with the outer circle of the outer hub ring to form an inner cup lid sealing part. The outer hub ring is upwardly transferred radially with an outer hub ring. The lid of the tube cup. As described in item 11 of the scope of patent application, a buckle is provided in the center of the inner surface of the double-fitting cover to provide a movable combination of hanging cages. For the food brewing device described in item 11 of the scope of patent application, a plane sticking ring is transferred downward from the edge of the extraction frame, and the diameter of the plane sticking ring is larger than the diameter of the end surface of the opening of the insulating cylinder cup. In the food brewing device described in item 13 of the scope of patent application, the flat sticking ring is connected to the upper peripheral end via a curved tapered surface. In the food brewing device described in item 11 of the scope of patent application, the cross section of the open corner end is in the shape of a curved corner edge with a large curvature. As described in item 11 of the scope of patent application, in the center of the bottom of the heat dissipation inner cup, a positioning notch is recessed upward, and the center of the inner bottom of the inner space of the thermal insulation cylinder cup is provided with a convex upward After the central convex cone, the positioning recess and the central convex cone are positioned and wedged together, the plane sticking ring provided in the heat dissipation inner cup can keep pressing against the opening end surface of the insulating cylinder cup. In the food brewing device described in item 11 of the scope of patent application, the heat dissipating inner cup body is obliquely retracted and provided with a holding part. For example, the food brewing device described in item 17 of the scope of patent application, wherein the outer surface of the holding part is provided with an anti-scalding zone sheet. The food infuser described in item 11 of the scope of patent application, wherein the double cover body is in the shape of a round block and is formed by an upper lining board and an inner lining body, and there is a heat insulation film indirectly between the two . The food brewing device described in item 11 of the scope of patent application, wherein the deformed elastic sheet is a ring shape The body is combined radially on the inner circular surface of the ring body.

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