CN203506464U - Processing container of food processer - Google Patents

Abstract

A processing container of a food processer includes a container body with a processing space defined and a spill-proof module which is detachably mounted on the top of the container body. The spill-proof module is provided with a base wall, a spill-proof surrounding wall which extends upwards from the base wall and defines an extending space together with the base wall, and a blocking wall. The base wall is provided with an inlet which enables the processing space and the extending space to be communicated, and the blocking wall is provided with a first blocking section which is placed above the inlet. The spill-proof module is further provided with at least one backflow opening which is separated from the inlet and enables the processing space and the extending space to be communicated, and a second blocking section which is placed below the backflow opening. Through the design of the extending space of the spill-proof module, the inlet and the first blocking section are matched to guide foam rising upwards, the backflow opening allows the foam to flow back to the processing space again, and therefore the foam can be prevented from overflowing and from losing soybean milk.

Description

The cooking container of food cooking machine

Technical field

The utility model relates to a kind of container, particularly relates to a kind of cooking container that can be used for stirring or heating the food cooking machine of food materials.

Background technology

Food cooking machine can be used for stirring or heating food materials, for example make fruit juice, energy drink, or boil soya-bean milk, cook, boil face etc., it comprises a motor base (frame) conventionally, and one for being installed in food materials and being removably installed in the cooking container on this motor base (frame).Below mainly for this cooking Container Description.

Consult Fig. 1, known cooking container 1 comprises: the base 12, that a vessel 11, is combined in these vessel 11 bottoms is positioned at this base 12 and near the heating tube 13 of these vessel 11 bottoms, and one is installed in rotation on the bottom of this vessel 11 and the cutter 14 of this base 12 central authorities.This vessel 11 comprises the diapire 111 of a level, and one extends upward and jointly defines the leg 112 in a cooking space 110 with this diapire 111 from these diapire 111 peripheries.The position of this heating tube 13 is positioned at this diapire 111 belows accordingly.After energising, this heating tube 13 can produce heat effect, and the food materials 10 that are placed in this cooking space 110 are heated.When this cutter 14 is activated and rotates, food materials 10 can be shredded and produce stirring action.

When many users utilize food cooking machine to boil soya-bean milk, all can run into identical problem, that boils in soya-bean milk process exactly can produce a large amount of foams, and foam even can be many to overflowing outside this vessel 11.The reason that produces a large amount of foams is, contains saponin (saponin) in the composition of soya bean, and saponin stirs in water or in liquid can produce foam.And foam overflow causes losing part soya-bean milk juice on the one hand, can cause on the other hand cooking table desktop made dirty and need to clean, comparatively trouble.Therefore, this case applicant thinks and is necessary to improve for above-mentioned disappearance.

Summary of the invention

The purpose of this utility model is to provide a kind of structure innovation, can avoids foam overflow, and the cooking container of food cooking machine easy to use.

The cooking container of the utility model food cooking machine, comprises: a vessel that defines a cooking space, and an anti-overflow module that is removably arranged on this vessel top.This anti-overflow module has a basal wall, one and extends upward and jointly define the anti-overflow leg of a wider space with this basal wall from this basal wall, an and retaining wall, this basal wall has an entrance that is communicated with this cooking space and this wider space, this retaining wall has a first gear section that is positioned at this entrance top, this anti-overflow module also has at least one with this entrance interval and is communicated with the refluxing opening of this cooking space and this wider space, and a second gear section that is positioned at this refluxing opening below.

The cooking container of food cooking machine described in the utility model, this anti-overflow module also has one around this entrance the first guiding ring wall in this basal wall extends into this cooking space down.

The cooking container of food cooking machine described in the utility model, this anti-overflow module comprises that has this basal wall, this anti-overflow leg, anti-overflow of this retaining wall and this first guiding ring wall, and one be removably arranged on this anti-overflow the block piece of going up and have this second gear section, this basal wall also has one with this entrance interval and supplies the installing port of this block piece setting, this block piece also have one from this second gear section periphery, extend upward around gear section, this the second gear section is positioned at this cooking space, should be positioned at this cooking space around gear section part, part is positioned at this wider space.

The cooking container of food cooking machine described in the utility model, this block piece also has several prominent ribs of this frame around the outer surface of gear section that are connected at each interval, the prominent rib of each frame has that a first surface that is positioned at below, one are positioned at top and with respect to this first surface outstanding second surface outwardly, and one be connected between this first surface and this second surface and be resisted against the shoulder rest face on this basal wall of anti-overflow, the prominent rib of every adjacent two framves with should jointly define this refluxing opening around gear section.

The cooking container of food cooking machine described in the utility model, this anti-overflow module also has one around this installing port the second guiding ring wall in this basal wall extends into this cooking space down.

The beneficial effects of the utility model are: the design of the wider space by this anti-overflow module, the foam that coordinates this entrance and this first gear section guiding up to emerge, and described refluxing opening flow back into this cooking space once again for foam, thereby can avoid foam overflow and lose soya-bean milk juice.

Accompanying drawing explanation

Fig. 1 is a kind of local assembled sectional view of known cooking container;

Fig. 2 is the three-dimensional exploded view of a preferred embodiment of the cooking container of the utility model food cooking machine, shows a motor base (frame) of this food cooking machine simultaneously;

Fig. 3 is the sectional perspective assembled sectional view of this preferred embodiment;

Fig. 4 is the local assembled sectional view of this preferred embodiment and this motor base (frame), circle in figure signal foam, arrow signal foam stream to.

The specific embodiment

Below in conjunction with drawings and Examples, the utility model is elaborated.

Consult Fig. 2,3,4, the preferred embodiment of the cooking container of the utility model food cooking machine, be arranged on a motor base (frame) 7 of a food cooking machine, this cooking container can be used for being installed in food materials, and can be subject to these motor base (frame) 7 drivings and stir or heating food materials, this cooking container comprises: container unit 2, an anti-overflow module 3, and a cutter 4 being installed in rotation in this container unit 2.

This container unit 2 comprises a vessel 21, and a handle 22 that is arranged on a side of this vessel 21.This vessel 21 can be combined into by several Components Compositions, or can be one-body molded for solid memder.This vessel 21 comprises that a diapire 211, extends and jointly defines the leg 212 in a cooking space 210 with this diapire 211 from these diapire 211 peripheries upward, and an assembly wall 213 that is positioned at these leg 212 tops.This assembly wall 213 have stretch into these leg 212 inside top and be subject to this leg 212 around and ringwise the first joint portion 214, is connected to these 214 tops, the first joint portion and frame leans against these leg 212 tops and ringwise the second joint portion 215, and one from these the second joint portion 215 apical margins towards downward-extension and be subject to this first joint portion 214 around anti-overflow joint portion 216.In fact the diapire 211 of the vessel 21 of the present embodiment is metal material with leg 212, and this assembly wall 213 is quality of rubber materials, can combine closely with this anti-overflow module 3.

This anti-overflow module 3 is removably arranged on this container unit 2 tops, and comprises one anti-overflow 5, and a block piece 6 being removably arranged on this anti-overflow 5.This anti-overflow 5 basal wall with a level 51, one extends and the anti-overflow leg 52, that jointly defines a wider space 50 with this basal wall 51 is connected the retaining wall 53 of this basal wall 51 upward from this basal wall 51, and between left and right every one first guiding ring wall 54 guide ring wall 55 with one second.

This basal wall 51 has an entrance 511 and an installing port 512 that runs through Qi Ding, bottom surface and be communicated with this cooking space 210 and this wider space 50, and this entrance 511 and this installing port 512 are between left and right every setting.This retaining wall 53 has a level and is positioned at the first gear section 531 of these entrance 511 tops, and one from this first gear section 531 towards downward-extension and connect the linking gear section 532 of this basal wall 51.This first guiding ring wall 54 is around this entrance 511 and in this basal wall 51 extends into this cooking space 210 down.This second guiding ring wall 55 is around this installing port 512 and in this basal wall 51 extends into this cooking space 210 down.

The block piece 6 of this anti-overflow module 3 is roughly cup-shaped, and is arranged on this installing port of anti-overflow 5 512.This block piece 6 comprise that a second gear section 61, that is positioned at these installing port 512 belows extends from these the second gear section 61 peripheries upward around gear section 62, and several prominent rib 63 of this frame around the outer surface of gear section 62 that is connected at each interval.The prominent rib 63 of each frame has that a first surface 631, that is positioned at below is positioned at top and with respect to this first surface 631 outstanding second surface 632 outwardly, and one be connected between this first surface 631 and this second surface 632 and be resisted against the shoulder rest face 633 on this basal wall of anti-overflow 5 51, by this design, 6 of this block pieces are leaned against on this anti-overflow 5.After this block piece 6 is installed, this second gear section 61 is positioned at this cooking space 210, should be positioned at this cooking space 210 around gear section 62 parts and be subject to this second guiding ring wall 55 around, be somebody's turn to do around keeping off section 62 parts and be positioned at this wider space 50.And every adjacent two prominent ribs 63 with should jointly define a refluxing opening 60 around gear section 62, so total several refluxing openings 60 of the present embodiment, described several refluxing openings 60 are all with these entrance 511 intervals and be communicated with this cooking space 210 and this wider space 50.The second gear section 61 of this block piece 6 is also equivalent to be positioned at this several refluxing openings 60 belows.

This cutter 4 comprises a tool rest 41 that is positioned at the bottom of this vessel 21, and several blade 42 that is arranged on this tool rest 41 and is arranged in this cooking space 210.This cutter 4 can be subject to this motor base (frame) 7 and drives and produce shear action, can be used for chopping and stirs food materials.Due to the non-improvement emphasis of the present utility model of this cutter 4, so no longer explanation.

In fact this cooking container also comprises a heating unit that can be used for heating food materials, but due to this non-improvement emphasis of the present utility model, so no longer explanation.

When the utility model is used, in the process of boiling soya-bean milk, can produce many foams, when foam upwards floats, because the basal wall 51 of this anti-overflow module 3 and this second gear section 61 are blocked most of position at these 210 tops, cooking space, and then guiding foam first is guided the space that ring wall 54 corrals go out and is upwards floated by this.Foam enters after this wider space 50 via this entrance of anti-overflow 5 511, is subject to block and the guide function of this first gear section 531, is mainly after moving towards this left side of anti-overflow 5, then moves to this first gear section 531 tops.Be provided with this wider space 50 due to this anti-overflow 5, make foam have the larger flowing space on the one hand, on the other hand when foam contacting arrives air, its volume will diminish gradually and finally become again soya-bean milk juice, therefore by this wider space 50, allow foam have abundant chance ingress of air, can avoid foam with regard to overflow, to overflow quickly.Then, flow to the foam of these the first gear section 531 tops, or some has become the soya-bean milk juice of liquid again, all can be via the described refluxing opening 60 between this block piece 6 and this basal wall 51, and flow in this cooking space 210 via this second guiding block of ring wall 55 and guiding, therefore, the design of described refluxing opening 60 can be avoided this cooking container of foam overflow equally, can make on the other hand to transform the soya-bean milk juice of returning by foam and preserve, avoid soya-bean milk juice loss.

In sum, the design of the wider space 50 by this anti-overflow module 3, a foam that coordinates this entrance 511 and the first gear section 531 guidings up to emerge, and described refluxing opening 60 flow back into this cooking space 210 once again for foam and juice, thus can avoid foam overflow and lose soya-bean milk juice.The utility model is quite convenient in the use, really reaches its object.

Claims (5)

1. the cooking container of a food cooking machine, comprise: a vessel that defines a cooking space, an and anti-overflow module that is removably arranged on this vessel top, it is characterized in that: this anti-overflow module has a basal wall, one is extended upward and jointly defines the anti-overflow leg of a wider space with this basal wall from this basal wall, an and retaining wall, this basal wall has an entrance that is communicated with this cooking space and this wider space, this retaining wall has a first gear section that is positioned at this entrance top, this anti-overflow module also has at least one with this entrance interval and is communicated with the refluxing opening of this cooking space and this wider space, an and second gear section that is positioned at this refluxing opening below.

2. the cooking container of food cooking machine as claimed in claim 1, is characterized in that: this anti-overflow module also has one around this entrance the first guiding ring wall in this basal wall extends into this cooking space down.

3. the cooking container of food cooking machine as claimed in claim 2, it is characterized in that: this anti-overflow module comprises that has this basal wall, this anti-overflow leg, anti-overflow of this retaining wall and this first guiding ring wall, and one be removably arranged on this anti-overflow the block piece of going up and have this second gear section, this basal wall also has one with this entrance interval and supplies the installing port of this block piece setting, this block piece also have one from this second gear section periphery, extend upward around gear section, this the second gear section is positioned at this cooking space, should be positioned at this cooking space around gear section part, part is positioned at this wider space.

4. the cooking container of food cooking machine as claimed in claim 3, it is characterized in that: this block piece also has several prominent ribs of this frame around the outer surface of gear section that are connected at each interval, the prominent rib of each frame has that a first surface that is positioned at below, one are positioned at top and with respect to this first surface outstanding second surface outwardly, and one be connected between this first surface and this second surface and be resisted against the shoulder rest face on this basal wall of anti-overflow, the prominent rib of every adjacent two framves with should jointly define this refluxing opening around gear section.

5. the cooking container of food cooking machine as claimed in claim 4, is characterized in that: this anti-overflow module also has one around this installing port the second guiding ring wall in this basal wall extends into this cooking space down.

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