CN102727086B - Food ingredient processing method - Google Patents

Food ingredient processing method Download PDF

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Publication number
CN102727086B
CN102727086B CN201110133710.8A CN201110133710A CN102727086B CN 102727086 B CN102727086 B CN 102727086B CN 201110133710 A CN201110133710 A CN 201110133710A CN 102727086 B CN102727086 B CN 102727086B
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China
Prior art keywords
food materials
step
fragmentation
plant
processing method
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CN201110133710.8A
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Chinese (zh)
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CN102727086A (en
Inventor
陈建荣
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陈建荣
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Priority to CN201110078151.5 priority
Priority to CN2011100781515 priority
Application filed by 陈建荣 filed Critical 陈建荣
Priority to CN201110133710.8A priority patent/CN102727086B/en
Publication of CN102727086A publication Critical patent/CN102727086A/en
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Publication of CN102727086B publication Critical patent/CN102727086B/en

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Abstract

The invention relates to a food material processing method, which comprises a crushing step of crushing food ingredients to generate crushed pieces, and a displacement step of moving the crushed pieces of the food ingredients in the scum juice separator to obtain processed food ingredients. With the scum juice separator, solid-liquid separation of the food ingredients and subsequent processing of the food ingredients can be realized; and the effect of finishing the processing of the food ingredients in predetermined time can be achieved.

Description

Food materials processing method

Technical field

The present invention, about a kind of food materials processing method, particularly goes for the equipment for separating liquid from solid of various food, to facilitate the food materials processing method of the slag body of this separation and juice being carried out to following process operation.

Background technology

Existing vegetables and fruits are squeezed the juice mode, are vegetables and fruits to be dropped into one to squeeze the juice equipment, this squeeze juice or coexist in a container with residue, after all vegetables and fruits work of squeezing the juice completes, then are separated with juice by this residue; Maybe this equipment of squeezing the juice is provided with filter plant and can immediately allows squeeze juice flow out, and after all vegetables and fruits work of squeezing the juice completes, then is taken out by this residue.

Separately, traditional coffee boils mode, first with a lapping device by coffee bean grinding powdering, recycle a coffee pot and boil and brew this ground coffee, and form an infusion, then to complete this program that boils after this infusion of Filter paper filtering.Generally speaking, this coffee mode that boils comparatively bothers, and in various process, respectively need process with several different devices.

Please refer to shown in Fig. 1, it is No. M350321, TaiWan, China bulletin " cooking machine of circulation pulverizing " Patent Case, the cooking machine 9 that this Patent Case discloses, a blade 91 is utilized to rotate in this guide wire 92 high speed, with the beans of will be immersed in this container 93, five cereals, coarse cereals or vegetables and fruits, constantly suck in this guide wire 92 together with liquid, blade 91 via High Rotation Speed is pulverized, again by the liquid through pulverizing, hole 94 through guide wire 92 drains in container 93, juice object is beaten with what reach expection, and by the heating of heating element heater 95, can be boiled this soya-bean milk, the juice such as five cereals slurry.This cooking machine 9 more can via the setting of function key 96, only starts and rotates this blade 91, and do not start this heating element heater 95, using as squeezing the purposes such as vegetable juice or fruit juice.

Though above-mentioned cooking machine 9 will be squeezed the juice and cooking device set is single body, and this cooking machine more can be selected boil this juice squeezed or only make squeeze juice function.But this cooking machine 9 mainly adopts this blade 91 to rotate in this guide wire 92 high speed, with the juice by being mixed with beans, five cereals, coarse cereals or vegetables and fruits in container 93, constantly suck in this guide wire 92, this beans, five cereals, coarse cereals or vegetables and fruits can be pulverized by the blade 91 of this High Rotation Speed.

So, when user will take out this juice, also need just this slag body to be separated with juice with an extra filter screen.

Again, in the process of boiling, because this guide wire 92 forms open bottom, therefore, this beans, five cereals, coarse cereals slag body by filtering, all cannot boil with juice in the lump, so, boil in process in heating, what namely this slag body can form sticky shape is attached to the components such as this blade 91, guide wire 92, container 93 and heating element heater 95, and follow-up cleaning becomes difficulty and inconvenience.

Moreover, in the middle of the process of boiling, because this slag body is not by prior filtering, therefore, be attached to the slag body of this heating element heater 95, more because of under continuous high temperature heating situation, coking can be formed, so, this juice that boils will be made to form the smell of burning, and have influence on mouthfeel and the quality of this juice.

To be squeezed the juice mode, the mode that boils of coffee and food material processing mode by above-mentioned vegetables and fruits, can find that food materials fragmentation is processed, is separated with juice by slag body by its identical needs, or further by steps that boils such as this juice heating, therefore, control with a device and formula, being processed by above-mentioned different food materials, will be even more ideal.

Summary of the invention

" first direction " of the present invention, referring to can for turning clockwise direction or for being rotated counterclockwise direction, " second direction " of the present invention, refers to " first direction " to be contrary direction.Namely, when " first direction " is for dextrorotation veer, " second direction " should be and contrary be rotated counterclockwise direction; And, when " first direction " is for being rotated counterclockwise direction, " second direction " contrary dextrorotation veer should be.

" upper end " of the present invention, " bottom " are according to drawing, are positioned at one end of a top position for " upper end ", are positioned at one end of a lower position for " bottom ".

" rising " of the present invention, " decline " are according to drawing, and an object moves to a top position for " rising " by a lower position, and an object moves to orientation by a top position and is set to " decline ".

" dynamical element " of the present invention, it can be motor, designed by sense switch, microprocessor, time switch or various formula, this dynamical element is made to rotate towards first direction, second direction or to stop, or formation friction speed, or make transient starting, it is expected to and understanding for haveing the knack of this technical field personage.

" food materials " of the present invention comprise single food materials or several food materials, and these food materials to be: a kind of multiclass of the various esculents such as vegetables and fruits, beans, five cereals, coarse cereals, medicinal material, water or multiple similar or multiple inhomogeneous mixture.

" food materials fragmentation " of the present invention refers to that food materials are carried out the process of " pulverizing " or " scum juice separation " by scum juice separator.

" operational order " of the present invention is the order (such as: " getting slag ", " boiling " or " brewing " etc.) that user sends, and carries out subsequent step in order to select scum juice separator.

The object of this invention is to provide a kind of food materials processing method, is the fragmentation or the homogeneous processing that only utilize a scum juice separator namely to go for multiple different food materials.

Of the present invention time an object is to provide a kind of food materials processing method, and be the slag body of these food materials can be separated with juice, so, user can take this slag body and juice easily.

Another object of the present invention is to provide a kind of food materials processing method, is the juice of this separation to be heated.

Another object of the present invention is to provide a kind of food materials processing method, is to be stirred when heating the juice of this separation, to avoid this bottom juice to cause coking through long-time heating, to promote the quality of this heating juice.

Another object of the present invention is to provide a kind of food materials processing method, is the slag body of this food materials fragmentation to be soaked in the liquid heated again, makes these food materials disengage composition again.

Another object of the present invention is to provide a kind of food materials processing method, is via appointment mode, to make these food materials carry out processing and completing in a scheduled time.

A kind of food materials processing method of the present invention, is be placed in by food materials in a scum juice separator, is undertaken: a fragmentation step, by food materials fragmentation to generate fragmentation thing by this scum juice separator; And a dystopy step, the fragmentation thing after this food materials fragmentation is moved in this scum juice separator, to obtain processing food materials.

Food materials processing method of the present invention, separately before this fragmentation step of execution can also operate a setting procedure, be the mode complied with inserted food materials and intend processing, an operational order of this scum juice separator selected and a setting value.

Food materials processing method of the present invention, wherein this setting value comprises a subscription time, and this fragmentation step starts to carry out when this subscription time arrives.

Food materials processing method of the present invention, separately can also operate a separating step after this dystopy step, is go out with the juice drop of centrifugal force by these processing food materials.

Food materials processing method of the present invention, separately after this dystopy step of execution can also perform one and to boil step, this step that boils is to the heating liquid in a container of this scum juice separator.

Food materials processing method of the present invention, can also include a whipping step, while this step that boils is carried out, can stir the liquid in a container of this scum juice separator.

Food materials processing method of the present invention, after this dystopy step, separately can also perform one repeat dystopy step, this repetition dystopy step is moved back and forth in a container of this scum juice separator by the fragmentation thing of these food materials.

Accompanying drawing explanation

Fig. 1: the stereogram of existing cooking machine.

Fig. 2: first embodiment of the invention three-dimensional exploded view.

Fig. 3: the combination section of first embodiment of the invention.

Fig. 4: component stereogram received by the slag body collection of first embodiment of the invention.

Fig. 5: action situation figure as shown in Figure 3.

Fig. 6: the combination section of second embodiment of the invention.

Fig. 7: action situation figure as shown in Figure 6.

Fig. 8: the flow chart one of food materials processing method first embodiment of the present invention.

Fig. 9: the processing unit (plant) generalized section one of food materials processing method of the present invention.

Figure 10: the processing unit (plant) generalized section two of food materials processing method of the present invention.

Figure 11: the flowchart 2 of food materials processing method first embodiment of the present invention.

Figure 12: the control module line schematic diagram of food materials processing method of the present invention.

Figure 13: the processing unit (plant) generalized section three of food materials processing method of the present invention.

Figure 14: the flow chart of food materials processing method second embodiment of the present invention.

[main element symbol description]

1 support 1a base 1b seat of honour 1c pivot connecting element

1d placing part 11 dynamical element 12 turning cylinder 13 engaging piece

14 drive portion 16, threaded portion 15 agitation means 17 driving members

18a, 18b contact 19 packing ring 2 container 21 opening

22 lid 221 axis hole 222 through hole 23 handles

24 axle bed 25a, 25b level sensing elements 3 slag body collection are received component 31 and are covered

32 setting element 33 central siphon 331 internal thread 34 rotating members

341 engaging piece 342 blade part 35 rib 4 heating element heaters

101 feed flow component 26 temperature sensors 41 control module 43 boundary element

42 processor C operational order I setting value M informations

S01 previous step S02 setting procedure S1 fragmentation step S2 dystopy step

The S3 separating step S4 step S5 whipping step S6 that boils repeats dystopy step

9 cooking machine 91 blade 92 guide wire 93 containers

94 hole 95 heating element heater 96 function keys

Detailed description of the invention

For above-mentioned and other object of the present invention, feature and advantage can be become apparent, preferred embodiment of the present invention cited below particularly, and coordinate accompanying drawing, be described in detail below:

Please refer to shown in Fig. 2,3, it is the first preferred embodiment of the present invention, and the scum juice separator of this embodiment includes support 1, container 2 and slag body collection receipts component 3 formed.This container 2 can combine with this support 1, and this slag body collection is received component 3 and is positioned at this container 2, and this slag body collection receipts component 3 can be driven by a turning cylinder 12 of support 1, moves axially and radial rotary this container 2.

Support 1 is provided with a dynamical element 11, this dynamical element 11 can directly or indirectly drive a turning cylinder 12 to make position rotating, this dynamical element 11 can be existing motor, again and, this turning cylinder 12 can be single axostylus axostyle, or as shown in the figure, this turning cylinder 12 respectively respectively engages with an engaging piece 13 extension making length by its end by the two or more body of rod.This turning cylinder 12 is provided with threaded portion 14 and a drive portion 15, and this threaded portion 14 has a upper end and a bottom, and this drive portion 15 can be a pin rod or unidirectional tooth.In addition, this turning cylinder 12 can also be provided with an agitation means 16, when this turning cylinder 12 rotates, this agitation means 16 can stir the liquid in this container 2.In addition, scum juice separator of the present invention also can be provided with a heating element heater 4, and in the middle of the present embodiment, this heating element heater 4 is located at this support 1 and can be stretched in this container 2.

This container 2 splendid attire or collection can receive liquid and juice, this container 2 has an opening 21, this container 2 can be combined with this support 1 by this opening 21, this opening 21 can also be closed by a lid 22 if desired, this lid 22 can be provided with axis hole 221 and a through hole 222, this axis hole 221 can be used for turning cylinder 12 to pass through, and this through hole 222 can be used for heating element heater 4 to pass through.This container 2 can also establish leader 23, makes this container 2 be easy to hold and take.This container 2 inner bottom part can also establish an axle bed 24, and this axle bed 24 can be used for the bottom of turning cylinder 12 to abut, and makes the rotation of this turning cylinder 12 more stable.

Please read shown in Fig. 2,3 and 4, this slag body collection is received component 3 and itself is had a weight, the material that this slag body collection receipts component 3 can be oozed out by liquid is made, be preferably and be made up of the metal material of tool mesh, component 3 received by this slag body collection can establish an opening, coffee bean, soya bean, five cereals, coarse cereals or vegetables and fruits etc. can be intended machined object by this opening inserts in this slag body collection receipts component 3, and this opening can be closed by a lid 31, and is fixed by this lid 31 by a setting element 32.This slag body collection is received component 3 and can be contained in this container 2, and can be driven lifting by turning cylinder 12 and rotate.In the middle of the present embodiment, this slag body collection is received component 3 and is established central siphon 33 and a rotating member 34.Wherein, this central siphon 33 is positioned at the pivot that component 3 received by this slag body collection, and this slag body collection receipts component 3 is connected with rib 35 with central siphon 33, and this central siphon 33 is provided with internal thread 331, and this internal thread 331 can be screwed with the threaded portion 14 of turning cylinder 12 or be separated.Namely the upper end of this internal thread 331 can be screwed with the bottom, threaded portion 14 of turning cylinder 12 and is separated (as shown in Fig. 3,5).This rotating member 34 is set on this turning cylinder 12, and this rotating member 34 can be received component 3 relative to this turning cylinder 12 and slag body collection and dally, or with this turning cylinder 12 synchronous rotary.The upper end apical grafting of this rotating member 34 is in this central siphon 33 bottom, the better protrusion in bottom of this rotating member 34 is received bottom component 3 at this slag body collection, and the bottom of this rotating member 34 forms an engaging piece 341, this engaging piece 341 can be meshed with the drive portion 15 of turning cylinder 12, makes this rotating member 34 can be driven into synchronous rotary by turning cylinder 12.At least one of them forms unidirectional tooth in the drive portion 15 of this engaging piece 341 and turning cylinder 12, makes this turning cylinder 12 that this rotating member 34 only can be driven to rotate towards a wherein direction.In the middle of the present embodiment, when this turning cylinder 12 rotates towards first direction, this slag body collection is received component 3 and is relatively rotated axle 12 and do to decline mobile, and this central siphon 33 urges this rotating member 34 simultaneously declines, and the engaging piece 341 of this rotating member 34 can be meshed with the drive portion 15 on turning cylinder 12.This rotating member 34 has a blade part 342, and this blade part 342 can be rotary-cut blade or an agitation blades, and when this rotating member 34 is driven to rotate, this blade part 342 can cut or this plan machined object of fragmentation.When this turning cylinder 12 rotates towards second direction, engaging piece 341 on this rotating member 34 can separate with this drive portion 15, pushing and pressing due to 15 pairs of engaging piece 341 inclined-planes, drive portion make this rotating member 34 be formed rise mobile (because engaging piece 341 is unidirectional inclined design) relative to this drive portion 15, and risen by this central siphon 33 of pushing tow while of this rotating member 34, be screwed to make the bottom, threaded portion 14 of internal thread 331 upper end of this central siphon 33 and turning cylinder 12, receiving component 3 to make this slag body collection can rise mobile relative to turning cylinder 12 work, until this slag body collection receives the lid 22 of upper end apical grafting at this container 2 or the bottom of support 1 of component 3, now this slag body collection is received component 3 and can be formed synchronous rotary with turning cylinder 12, component 3 received by this slag body collection can form a rotating centrifugal strength, can be gone out by certain drop with the liquid making this slag body collection receive in component 3, and only make slag body remain in this slag body collection receipts component 3.

Please read shown in Fig. 3, when the present invention uses, plan machined object can be seated in slag body collection and receive in component 3 by user, and lid 31 is covered the opening receiving component 3 at this slag body collection, and utilizes setting element 32 to be fixed by lid 31.The central siphon 33 that component 3 received by this slag body collection is set on this turning cylinder 12, and the internal thread 331 of this central siphon 33 is screwed with the threaded portion 14 of turning cylinder 12, this turning cylinder 12 bottom can be stretched in container 2, is maybe set on the axle bed 24 of container 2 this turning cylinder 12 bottom.

Can according to the needs used in this container 2, can splendid attire one predetermined fluid level liquid or do not install this liquid.Such as, when grinding work as coffee bean, in this container 2, first do not install liquid, after this grinding work completes, the liquid of the predetermined fluid level that reinjects; When intending the homogeneous work of machining object as beans, five cereals, coarse cereals etc., can the liquid of splendid attire one predetermined fluid level in this container 2; When homogeneous work as vegetables and fruits, in this container 2 can splendid attire one predetermined fluid level liquid or do not install this liquid.

Please read shown in Fig. 5, when user starts this dynamical element 11, this dynamical element 11 can drive this turning cylinder 12 to rotate towards first direction, now, this slag body collection is received component 3 and can be declined mobile, until internal thread 331 upper end of this central siphon 33 is separated with the bottom, threaded portion 221 of turning cylinder 12 by this internal thread 331 pairs of turning cylinders 12 works.This slag body collection receives component 3 when declining mobile, this central siphon 33 urges this rotating member 34 simultaneously and declines, when the engaging piece 341 of this rotating member 34 is meshed with the drive portion 15 on turning cylinder 12, this rotating member 34 can be driven into synchronous rotary by turning cylinder 12, is cut or fragmentation this plan machined object by the blade part 342 of this rotating member 34.

This dynamical element 11 towards first direction rotate and after making this rotating member 34 rotate a scheduled time, this dynamical element 11 can rotate towards a second direction, now, the engaging piece 341 of this rotating member 34 is formed with the drive portion 15 on turning cylinder 12 and is separated, and promote central siphon 33 by this rotating member 34 and receive component 3 together with slag body collection and rise (because engaging piece 341 is unidirectional inclined design), be screwed to make the bottom, threaded portion 14 of internal thread 331 upper end of this central siphon 33 and turning cylinder 12, and then it is mobile to make this slag body collection receipts component 3 pairs of turning cylinders 12 do rising, until this slag body collection receives the lid 22 of upper end apical grafting at this container 2 or the bottom of support 1 of component 3, now can by the various control mode such as position-sensing switch or timer, this dynamical element 11 is stopped the rotation or continues to rotate.When being marked with liquid in this container 2, or machined object is when being formed with juice by fragmentation, this dynamical element 11 can be formed and continue to rotate, this slag body collection receipts component 3 is driven to rotate to make this turning cylinder 12 continue, make this slag body collection receive component 3 and form a rotating centrifugal strength, can be gone out by certain drop with the liquid making this slag body collection receive in component 3, and only make slag body remain in this slag body collection receipts component 3, to reach the object be separated by scum juice.

When the liquid that this drop goes out is necessary as heating work, this dynamical element 11 can also continue to drive this turning cylinder 12 to rotate towards second direction, therefore, when the heating element heater 4 of this support 1 be activated container 2 is heated time, liquid in this container 2 can be heated under agitation means 16 stirs situation, make this more be homogenized by the liquid heated, and this bottom liquid can be avoided to form coking through long-time heating.

What is more, when the grinding work of scum juice separator of the present invention as coffee bean, the upper end apical grafting receiving component 3 at this slag body collection is when the bottom of the lid 22 of this container 2 or support 1, this dynamical element 11 is except can being formed and stopping the rotation, the liquid of a predetermined fluid level can also be added in this container 2, and this liquid can be heated to boiling or a predetermined temperature via heating element heater 4, now, more can rotate towards first direction again by this dynamical element 11, receive component 3 to drive this slag body collection and drop to a precalculated position, make the ground coffee of this grinding can with the liquid comes into contact through heating, to reach the object of infusing coffee.

Please read shown in Fig. 6, it is scum juice separator second of the present invention preferred embodiment, and this support 1 is made up of a base 1a and a seat of honour 1b, and this base 1a and seat of honour 1b, with pivot connecting element 1c pivot joint, makes this seat of honour 1b can relative to base 1a pivotable.In the middle of the present embodiment, this base 1a is provided with a placing part 1d, and this placing part 1d can be used for container 2 accommodating, and this base 1a corresponds to this placing part 1d position and is provided with a heating element heater 4, and the container 2 that this heating element heater 4 can be opposite to this placing part 1d heats.This seat of honour 1b is provided with dynamical element 11 and a turning cylinder 12 can be driven to rotate, and this band moving axis 12 can as shown in the figure, drive this turning cylinder 12 to rotate by a driving member 17, and this driving member 17 can be existing drive and belt.This turning cylinder 12 can be single axostylus axostyle, or identical with the first embodiment, and this turning cylinder 12 respectively respectively engages with an engaging piece 13 extension making length by its end by the two or more body of rod.This turning cylinder 12 is provided with drive portion, threaded portion 14, one 15 and an agitation means 16.In addition, in the middle of the present embodiment, this base 1a can also be provided with two induction contact 18a, 18b.

In the middle of the present embodiment, this container 2 and slag body collection are received component 3 and are constructed with the first embodiment roughly the same, in addition, in the middle of the present embodiment, this container 2 is separately provided with two level sensing elements 25a, 25b, this level sensing elements 25a, 25b can be existing magnetic reed switch, with the two point 18a being located at base 1a, 18b responds to, wherein this level sensing elements 25a can be located at the nearly bottom of this container 2, this level sensing elements 25b can be located at one of this container 2 suitably highly, when the liquid level in this container 2 is lower than this level sensing elements 25a position, this level sensing elements 25a can send signal, make heating element heater 4 cannot start, when the liquid level in this container 2 is higher than this level sensing elements 25b position, this level sensing elements 25b can send signal, makes this heating element heater 4 suspend start, with prevent this liquid level too high and overflow.

Please read shown in Fig. 7, it is the use situation of scum juice separator of the present invention, when for this container 2 is inserted this support 1 placing part 1d or taken out by this placing part 1d time, can by this seat of honour 1b to base 1a pivotable, so, this container 2 can insert easily or take out, and this seat of honour 1b can also be provided with packing ring 19, when the placing part 1d at this support 1 inserted by this container 2, this packing ring 19 can be pressed in the lid 22 of this container 2, makes this container 2 have preferably sealing property.

Please refer to shown in Fig. 9-10, it is the first embodiment of food materials processing method of the present invention, it is the processing performing these food materials by the support 1 of the scum juice separator of foregoing description, certainly, processing unit (plant) is not limited to the scum juice separator of aforementioned structure, as long as method carries out processing as follows device just can be applied to food materials processing method of the present invention.Food materials are specifically placed in a container 2 of this scum juice separator by the method, carry out an a fragmentation step S1 and dystopy step S2 by this scum juice separator.

This fragmentation step S1, drive the slag body collection storing these food materials to receive component 3 with the dynamical element in a scum juice separator to move down, this slag body is collected receive component 3 to decline in the container 2 of this scum juice separator and move to a precalculated position (as shown in Figure 10), and a rotating member 34 is rotated, to cut or fragmentation these food materials, and generate fragmentation thing.For example, when grinding work as coffee bean, five cereals or coarse cereals, be receive acquisition ground coffee, five cereals powder or coarse cereal powder in component 3 in this slag body collection; When intending the homogeneous work of machining object as beans, five cereals, coarse cereals etc., can in a container 2 of this scum juice separator the liquid of first splendid attire one predetermined fluid level, then collect in the slag body of this scum juice separator and receive component 3 and obtain and intend the slag body of machining object and the mixture of juice; When the homogeneous as vegetables and fruits works, be can collect receipts component 3 in this slag body to obtain the slag body of vegetables and fruits and the mixture of juice.

This dystopy step S2, be by this food materials fragmentation after fragmentation thing move in this scum juice separator, to obtain processing food materials.In more detail, drive this slag body collection to receive component 3 with the dynamical element of this scum juice separator and move, collect in this slag body the processing food materials slag body received in component 3 to obtain to put to stay, and the liquid in this scum juice separator.For example, when intending the homogeneous work of machining object as beans, five cereals, coarse cereals etc., receipts component 3 can be collected in the slag body of this scum juice separator and obtain slag body, and in a container 2 of this scum juice separator, obtain the juice be separated; When as vegetables and fruits homogeneous work time, be can the slag body in this scum juice separator collect receive component 3 obtain slag body, and a container 2 of this scum juice separator in acquisition fruit and vegetable juice.

Please refer to shown in Figure 11, before the present invention carries out this fragmentation step S1, a previous step S01 can also be comprised, this previous step S01 refers to will need the food materials of processing to storE in a container 2 of this scum juice separator, these food materials can be single kind or multiple kind, and such as these food materials can be single kind coffee bean or single kind of beans or multiple different vegetables and fruits or multiple beans or multiple different cereal or multiple different coarse cereals.The food materials of these needs processing for dry shape or can to soak in advance or the wet shape that adds liquid is inserted and received in component 3 at the slag body collection of this scum juice separator.

The present invention is before carrying out this fragmentation step S1, a setting procedure S02 can also be comprised, this setting procedure S02 refers to the mode complied with inserted food materials and intend processing, one operational order of this scum juice separator selected and a setting value, to carry out different running means according to this operational order and setting value to the food materials being placed in this scum juice separator.Wherein, this operational order can as " fragmentation ", " getting slag ", " boiling " or " brewing " etc., and this setting value can, as " subscription time ", " running time ", " mixing speed ", " cooking temperature " or " adding liquid " etc., be not as limit.For example, if these food materials (such as: vegetables and fruits, five cereals or coarse cereals) need smash by user, can first these food materials be inserted in this scum juice separator, the operational order of this scum juice separator selected is " fragmentation " again, and adjust with this setting value the running time that this scum juice separator performs " fragmentation ", complete the action of food materials fragmentation whereby.Or, when liquid need make an addition to and heat in this scum juice separator again by user, can select the operational order of this scum juice separator for " boiling " by this setting procedure S02, in this setting procedure S02, the liquid of one scheduled volume is made an addition in this scum juice separator by this scum juice separator, then heat this liquid by subsequent step.Or, user need put sometime future and restart this scum juice separator, be the setting value can selecting this scum juice separator " subscription time " by this setting procedure S02, start this scum juice separator when " subscription time " arrives and start to carry out food materials processing.

The present invention can also after dystopy step S2, include a separating step S3 again, if be marked with liquid in this container 2, or these food materials itself are when being formed with juice after fragmentation, by this separating step S3, make this slag body collect receipts component 3 to continue to rotate in a container 2 of this scum juice separator, with centrifugal force, the more certain drop of food materials juice residued in this slag body collection receipts component 3 is gone out, and make this juice and slag body collect the slag body received in component 3 to be separated, really to complete the slag body of food materials and the separation of juice after this fragmentation.

Moreover the present invention can also after separating step S3, then to include boil step S4, this step S4 that boils be can to the heating liquid in a container 2 of this scum juice separator.In more detail, be that the heating element heater 4 utilizing this scum juice separator to be provided with is to the juice heating generated after this food materials fragmentation.Or, by setting procedure S02, one liquid is supplemented in a container 2 of this scum juice separator, then this liquid make-up is heated.

Again, the present invention can also in boiling step S4 simultaneously, include a whipping step S5 again, the juice generated after the heating element heater of this scum juice separator is to this food materials fragmentation carries out heating simultaneously, the dynamical element of this scum juice separator can drive an agitation means to rotate, make the juice of these food materials or treat that Stewed Dish can heat when being stirred by this agitation means, so as to increasing this juice or treating the homogeneous heating degree of Stewed Dish, more can prevent this juice or treat that Stewed Dish is overheated and produce the phenomenon of coking in heating process.

Shown in Fig. 8-10, a feed flow component 101 separately established by the support 1 of this scum juice separator, and a temperature sensor 26 separately established by this container 2.

Please read shown in Fig. 8-10, wherein, this scum juice separator separately to comprise a control module 41, and this control module 41 is the actions operating this scum juice separator for user.In detail, this control module 41 has boundary element 43 and a processor 42, this boundary element 43 is made up of the device with data input and output function, such as: to be arranged in pairs or groups a display or only comprise a touch control screen etc. by several function key, boundary element 43 enters the operating instructions C or setting value I to this scum juice separator for this user, and supplies this scum juice separator display reminding information M or sound to this user.Wherein, this operational order C is as " getting slag ", " boiling " or " brewing " etc., just not as limit; This setting value I is as " subscription time ", " running time ", " brewing time ", " mixing speed " or " cooking temperature " etc.; This information M is as " machining ", " liquid make-up ", " capacity is very few " or " capacity is too much " etc., just not as limit; This processor 42 is made up of the device with numerical operation and memory function, such as: microprocessor (Microprocessor) or programmable logic controller (PLC) etc., this processor 42 is electrically connected this boundary element 43, this dynamical element 11, this feed flow component 101, this heating element heater 4, this temperature sensor 26, this level sensing elements 25a and 25b, this scum juice separator is operated according to this operational order C and this setting value I, and produces this information M.

For example, the present invention with above-mentioned scum juice separator carry out practical operation prepare a fruit and vegetable juice time, after this previous step S01 and this setting procedure S02, directly can carry out this fragmentation step S1 and this dystopy step S2, to complete the making of this fruit and vegetable juice with this scum juice separator.In detail, in this previous step S01, first these vegetables and fruits are inserted this slag body collection receives in component 3, now, according to selecting needed for user to add suitable liquid (as water in the container 2 of this scum juice separator, milk etc.), the operational order C of " getting slag " and the setting value I of " running time " is inputted with this boundary element 43 in this setting procedure S02, this processor 42 is made to carry out follow-up fragmentation step S1 according to this operational order C and setting value I, in addition, user can also input the setting value I of " subscription time ", this processor 42 is made to carry out follow-up fragmentation step S1 again when this subscription time arrives.

This processor 42 is that output one signal is to this dynamical element 11, this dynamical element 11 is made to drive this turning cylinder 12 to rotate towards first direction, now, component 3 received by this slag body collection is can do decline mobile (as shown in Figure 9) by this internal thread 331 pairs of turning cylinders 12, this slag body collection receives component 3 when declining mobile, this central siphon 33 urges this rotating member 34 simultaneously and declines, when the engaging piece 341 of this rotating member 34 is meshed with the drive portion 15 on turning cylinder 12, this rotating member 34 can be with action synchronous rotary by turning cylinder 12, by the blade on this rotating member 34, these food materials are cut or fragmentation, and continue a scheduled time, these food materials vegetables and fruits are made to form fragmentation thing, to complete fragmentation step S1 of the present invention, this fragmentation thing refers to the slag body that vegetables and fruits are remaining after cutting.

After these vegetables and fruits cut or fragmentation completes formation fragmentation thing, this processor 42 is then perform this dystopy step S2, this processor 42 can export a signal to this dynamical element 11, this dynamical element 11 is rotated towards a second direction, now, the engaging piece 341 of this rotating member 34 is formed with the drive portion 15 on turning cylinder 12 and is separated, and by this rotating member 34 promote this central siphon 33 together with slag body collection receive component 3 rise, be screwed to make this internal thread 331 upper end and bottom, this threaded portion 14, and then it is mobile to make this slag body collection receipts component 3 pairs of turning cylinders 12 do rising, until this processor 42 exports a signal to this dynamical element 11, this dynamical element 11 is stopped operating, allow this slag body collection receive component 3 and can rest on a higher position (as shown in Figure 9), and complete the making of this fruit and vegetable juice.

When these vegetables and fruits are formed with juice after cutting, or during because being marked with liquid by this feed flow component 101 in this container 2, this processor 42 can also carry out separating step S3, make this dynamical element 11 can continue to drive this slag body collection to receive component 3 to rotate towards second direction, make this slag body collection receive component 3 and form a rotating centrifugal strength, with make this slag body collection receive juice in component 3 can really by drop in this container 2, and only make slag body remain in this slag body collection receipts component 3, to reach the object that scum juice is separated, or as shown in figure 13, this container 2 is taken out, to obtain this fruit and vegetable juice.

Again for example, the present invention with above-mentioned scum juice separator carry out practical operation prepare a fermented bean drink time, can after this previous step S01 and setting procedure S02, directly carry out this fragmentation step S1, dystopy step S2, separating step S3 with this scum juice separator, boil step S4 and whipping step S5, to complete the making of this fermented bean drink.In detail, soya bean to be placed in this slag body collection by user to receive in component 3 by this previous step S01, and the better elder generation of this soya bean is additionally soaked and remove waste liquid, then, user inputs operational order C and " mixing speed " of " boiling " in this setting procedure S02 with this boundary element 43, the setting value I of " cooking temperature ", then, this processor 42 outputs signal to the feed flow component 101 of this support 1, make this feed flow component 101 feed fluid (such as: water) in this container 2, make the slag body collection accommodating this soya bean receive component 3 and be placed in liquid, wherein, if the fluid volume depletion in this feed flow component 101, then this feed flow component 101 sends a signal to this processor 42, this processor 42 is made to export the information M of " liquid make-up " to this boundary element 43, appropriate amount of fluid is supplemented to this feed flow component 101 in order to user.Then, this processor 42 carries out this fragmentation step S1 and forms soya bean fragmentation thing, can collect receive the remaining soya bean slag body of acquisition in component 3, through separating step S3, this slag body be separated really with fermented bean drink again after this dystopy step S2 in this slag body, and in this container 2, obtain the fermented bean drink to be boiled mixed with water homogenisation, wherein the detailed implementation of this fragmentation step S1, dystopy step S2 and separating step S3 is identical with described in the first embodiment, therefore repeats no longer in detail in this.

Complete and obtain after the fermented bean drink that boils until this separating step S3, this scum juice separator then carries out this step S4 that boils, and now, this processor 42 outputs signal to the heating element heater 4 of this support 1, and this heating element heater 4 is heated this container 2, carry out this whipping step S5 simultaneously, this processor 42 outputs signal to this dynamical element 11, this dynamical element 11 is made to continue to drive this turning cylinder 12 to rotate towards second direction, now, be separated because internal thread 331 bottom of this central siphon 33 has been formed with the upper end, threaded portion 14 of this turning cylinder 12, component 3 received by this slag body collection is to rotate, only the agitation means 16 of this support 1 can be driven to rotate according to " mixing speed " by this turning cylinder 12, the fermented bean drink to be boiled in this container 2 is made to be can heat when being stirred by agitation means 16, wherein, this temperature sensor 26 can detect the fluid temperature in this container 2, and send a signal to this processor 42.When in this container 2 after the fermented bean drink temperature that boils reaches " cooking temperature " and maintains a scheduled time, this processor 42 outputs signal to this heating element heater 4, makes this heating element heater 4 stop heating this container 2, to complete the making of this fermented bean drink.Whereby, be to make this more be homogenized by the fermented bean drink to be boiled heated, this bottom fermented bean drink more can be avoided to form the phenomenon of coking through long-time heating.In heating process, when the liquid level of the liquid in this container 2 is lower than (liquid level is too low) during this level sensing elements 25a position, this processor 42 can receive the signal of this level sensing elements 25a, and export the information M of " capacity is very few " to this boundary element 43, and make this heating element heater 4 cannot start, produce to avoid this scum juice separator and emptyly burn phenomenon, on the other hand, when the liquid level of the liquid in this container 2 is higher than (liquid level is too high) during this level sensing elements 25b position, this processor 42 can receive the signal of this level sensing elements 25b, and export the information M of " capacity is too much " to this boundary element 43, and make this heating element heater 4 suspend start, too high and the spilling with the liquid level preventing the liquid in heating from being formed because seething with excitement, and after the temperature of this liquid reduces and liquid level reduces, this processor 42 can start this heating element heater 4 once again, heating is continued to the liquid in this container 2, until this fermented bean drink completes.

In addition, please refer to shown in Figure 14, it is the second embodiment of food materials processing method of the present invention, and it comprises previous step S01, the setting procedure S02 identical with this first embodiment, fragmentation step S1 and dystopy step S2.Certainly, processing unit (plant) is not limited to the scum juice separator of aforementioned structure, as long as method carries out processing as follows device just can be applied to food materials processing method of the present invention.In second embodiment of the invention, another operation one dystopy step S6 can also be repeated after this dystopy step S2, the fragmentation thing of these food materials is carried out reciprocal movement by this repetition dystopy step S6 in a container 2 of this scum juice separator, the fragmentation thing of these food materials can be soaked in a liquid, and then the composition in this food materials fragmentation thing is disengaged in this liquid.In more detail, after the fragmentation thing of these food materials completes fragmentation step S1, carry out dystopy step S2, receive component 3 rising with the slag body collection this being accommodated food materials fragmentation thing and stay in a higher position (as shown in Figure 8), now, suitable liquid (as water etc.) can be added in the container 2 of this scum juice separator, wherein, liquid can be made an addition in this container 2 by this feed flow component 101, then heats this liquid by this heating element heater 4; Or by the first heating liquid of this feed flow component 101, make an addition in this container 2 again, afterwards, perform this repetition dystopy step S6, the slag body collection accommodating this food materials fragmentation thing is received component 3 decline be soaked in this liquid, the composition in this food materials fragmentation thing is disengaged in this liquid, after soaking a scheduled time, this slag body collection receipts component 3 rises and stays in a higher position, and the drink that being applied to whereby needs hydrothermal solution to soak makes.If desired, after this repetition dystopy step S6 completes, can also perform this separating step S3 described in the first embodiment again, the certain drop of liquid that this slag body collection is received in component 3 goes out.

For example, the present invention with above-mentioned scum juice separator carry out practical operation prepare a coffee time, can after this previous step S01 and setting procedure S02, directly carry out this fragmentation step S1, dystopy step S2 with this scum juice separator and repeat dystopy step S6, to complete the making of this coffee.First the slag body collection being placed in this scum juice separator for ground coffee beans is received in component 3, and carry out this setting procedure S02, the operational order C of " brewing " and the setting value I of " brewing time " is inputted with this boundary element 43 by user, this scum juice separator is started to perform follow-up fragmentation step S1 and dystopy step S2 after setting is ready, and in this slag body collection purchase part 3, obtain ground coffee, wherein the detailed implementation of this fragmentation step S1 and dystopy step S2 is identical with described in the first embodiment, therefore repeats no longer in detail in this.

Complete and after obtaining ground coffee until this fragmentation step S1 and dystopy step S2, this scum juice separator then carries out this repetition dystopy step S6, now, this processor 42 outputs signal to the feed flow component 101 of this support 1, make this feed flow component 101 for feedwater in this container 2, if the fluid volume depletion in this feed flow component 101, then this feed flow component 101 transmits a signal to this processor 42, make this processor 42 export the information M of " liquid make-up " to this boundary element 43, prompting user supplements appropriate amount of fluid, then, this processor 42 outputs signal to the heating element heater 4 of this support 1, this heating element heater 4 is heated this container 2, this processor 42 learns the fluid temperature in this container 2 via this temperature sensor 26, and judge whether the liquid in this container 2 boils (such as: 100 DEG C), if the liquid in this container 2 boils, then this processor 42 outputs signal to this dynamical element 11, this dynamical element 11 is made to drive this turning cylinder 12 to rotate towards first direction, drive this slag body collection to receive component 3 and drop to a precalculated position, when the engaging piece 341 of this rotating member 34 is meshed with this drive portion 15, this processor 42 makes this dynamical element 11 stop operating (this dynamical element 11 also can be rotated further), the ground coffee obtained after making this food materials coffee bean fragmentation is soaked in the liquid boiled in this container 2, and continue a brewing time, coffee grounds is last to be received component 3 by this slag body collection again and rises and stays in a higher position, and then makes this slag body collection receive component 3 to produce rotating centrifugal strength, to reach the object that scum juice is separated, and complete this coffee brew making.

Scum juice separator of the present invention in aforesaid operations order C finally carry out step complete time, such as: when this dystopy step S2 completes, this separating step S3 when completing, this step S4 that boils be when maybe this repetition dystopy step completes S6 when completing, the information M of " machining " all can be sent by this scum juice separator, the information M of " machining " is exported to this boundary element 43 by this processor 42, this boundary element 43 shows the information M of " machining " and/or sounds, and informs that food materials machine by user.

Scum juice separator of the present invention, only namely gone for pulverizing or the homogeneous work of multiple different food materials by this single device, scum juice separator of the present invention has effect of multi-functional effect.

Namely scum juice separator of the present invention, only can be reached by this single device and be separated with juice by the slag body of these food materials, and so, user can take slag body and the juice of this separation easily, and scum juice separator of the present invention has effect of effect easy to use.

Scum juice separator of the present invention, can only heat the juice of this separation, and be attached to this separator to avoid this slag body and heated, scum juice separator of the present invention has effect of easy cleaning performance.

Scum juice separator of the present invention, when heating the juice of this separation, can also stir this juice, the coking that scum juice separator of the present invention can avoid this bottom juice to be formed through long-time heating, the present invention has the effect that can promote this juice quality effect.

Food materials processing method of the present invention, only can carry out beans, five cereals, coarse cereals, the fragmentation of vegetables and fruits or coffee or homogeneous procedure with a scum juice separator, therefore, food materials processing method of the present invention can reach the effect of fragmentation or the homogeneous processing being applicable to multiple different food materials.

Food materials processing method of the present invention, be only the slag body of these food materials can be separated with juice with a scum juice separator, therefore, food materials processing method of the present invention can reach the effect allowing user take this slag body and juice easily.

Food materials processing method of the present invention, is only the slag body of these food materials can be separated with juice with a scum juice separator, and can only heats the juice of this separation, and therefore, food materials processing method of the present invention can reach effect of this juice of heating.

Food materials processing method of the present invention, only can be stirred when heating this juice with a scum juice separator, to avoid this bottom juice to cause coking through long-time heating, therefore, food materials processing method of the present invention can reach avoids the affected effect of the quality of this juice.

Food materials processing method of the present invention, be only this food materials fragmentation can be produced slag body with a scum juice separator, and be soaked in the liquid heated by the slag body of these food materials, therefore, food materials processing method of the present invention can reach the effect of disengaging this food materials composition.

Food materials processing method of the present invention, set subscription time by a scum juice separator, make this scum juice separator carry out food materials processing when " subscription time " arrives, therefore, food materials processing method of the present invention can reach and make these food materials carry out the effect processed and complete in a scheduled time.

Claims (12)

1. a food materials processing method, is characterized in that, slag body collection food materials being placed in a processing unit (plant) is received in component, receives in component carry out in this slag body collection:
A fragmentation step, by food materials fragmentation to generate fragmentation thing; And
A dystopy step, a turning cylinder is rotated by a dynamical element of this processing unit (plant), this turning cylinder drive portion is formed with the engaging piece of a rotating member be separated, this rotating member promotes a central siphon and receives component rising together with this slag body collection, an internal thread upper end of this central siphon and the bottom, a threaded portion of this turning cylinder are screwed, this slag body collection receipts component is made to do rising to this turning cylinder mobile, fragmentation thing after this food materials fragmentation is received in component to rise in this slag body collection and moves, to obtain a kind of processing food materials.
2. food materials processing method according to claim 1, it is characterized in that: an another operation setting procedure before this processing unit (plant) performs this fragmentation step, comply with the mode of inserted food materials and plan processing, an operational order of this processing unit (plant) selected and a setting value.
3. food materials processing method according to claim 2, is characterized in that: this setting value comprises a subscription time, and this fragmentation step starts to carry out when this subscription time arrives.
4. food materials processing method according to claim 1 and 2, is characterized in that: an another operation separating step after this dystopy step goes out with the juice drop of centrifugal force by these processing food materials.
5. food materials processing method according to claim 1 and 2, is characterized in that: the another execution step that boils after this processing unit (plant) performs this dystopy step, this step that boils is to the heating liquid in the container of this processing unit (plant).
6. food materials processing method according to claim 5, is characterized in that: separately include a whipping step, and this whipping step is while this step that boils is carried out, and stirs the liquid in the container of this processing unit (plant).
7. food materials processing method according to claim 1 and 2, it is characterized in that: after this processing unit (plant) performs this dystopy step, another execution one repeats dystopy step, and this repetition dystopy step is moved back and forth in the container of this processing unit (plant) by the fragmentation thing of these food materials.
8. food materials processing method according to claim 7, is characterized in that: this repetition dystopy step is soaked in a kind of liquid by the fragmentation thing of these food materials to reach a scheduled time.
9. food materials processing method according to claim 2, is characterized in that: this processing unit (plant) has one and controls module, and this control module supplies this operational order of input and this setting value to this processing unit (plant).
10. food materials processing method according to claim 2, is characterized in that: this processing unit (plant) is by a feed flow component adding liquid, if the fluid volume depletion in this feed flow component, then controls the information of module displays liquid make-up by one.
11. food materials processing methods according to claim 5, it is characterized in that: this processing unit (plant) is by the juice of these food materials of heating element heats, if the liquid level of this juice is too low, then this heating element heater cannot start, and controls the very few information of module displays capacity by one.
12. food materials processing methods according to claim 5, it is characterized in that: this processing unit (plant) is by the juice of these food materials of heating element heats, if the liquid level of this juice is too high, then this heating element heater suspends start, and controls the too much information of module displays capacity by one.
CN201110133710.8A 2011-03-30 2011-05-23 Food ingredient processing method CN102727086B (en)

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CN103536216B (en) * 2012-07-11 2015-09-09 元山科技工业股份有限公司 Scum juice seperator
TWI505796B (en) 2013-02-05 2015-11-01 Chien Rong Chen An apparatus for separating dregs and juice
CN103976631B (en) * 2013-02-07 2016-12-28 陈建荣 Scum juice segregation apparatus
CN103976630B (en) * 2013-02-08 2016-11-02 陈建荣 Scum juice separator
CN105832192A (en) * 2015-01-14 2016-08-10 陈建荣 Top drive type food material smashing machine
CN105395060B (en) * 2015-04-28 2018-06-29 周林斌 A kind of method of work for grinding bean coffee pot water plant
CN106943039A (en) * 2017-03-19 2017-07-14 王晓东 Food processor with material residue collecting function

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