CN201541660U

CN201541660U - Intelligent soy milk machine

Info

Publication number: CN201541660U
Application number: CN2009200621069U
Authority: CN
Inventors: 雷国悌; 刘汉军; 黄忠
Original assignee: Zhangzhou Malata Photocatalysis Science & Technology Co Ltd
Current assignee: Zhangzhou Wanlida Electrical Appliance Co., Ltd.
Priority date: 2009-08-04
Filing date: 2009-08-04
Publication date: 2010-08-11
Anticipated expiration: 2019-08-04

Abstract

The utility model relates to an intelligent soy milk machine which comprises barrels arranged below a machine head, wherein the inside of the machine head is provided with a motor electrically connected with a control device; a motor shaft passes through the bottom of the machine head to extend into the barrel to be connected with a blade; the inside of the barrel is provided with a heating pipe electrically connected with the control device; the barrels comprise more than two barrels with different volumes and/or structures and are respectively matched with the machine head; and the control device is provided with soy milk preparation control programs corresponding to the barrels and is provided with a program switch. For the soy milk machine of the utility model, one machine head at least can be matched with two barrels with different volume ranges, meanwhile, different soy milk preparation programs are arranged aiming at the barrels with different volumes so as to achieve the best soy milk preparation effect. The switching of the soy milk preparation programs can be carried out manually or carried out by the touching or sensing between the program switch in the machine head and certain components in the barrels to meet the consumers by a wide margin. According to the number of people, the user can select the barrel with proper volume to prepare the soy milk so as to avoid waste. The intelligent soy milk machine has simple and reasonable structure and large volume selection range.

Description

Intelligent soy milk grinder

Technical field

The utility model relates to a kind of soy bean milk making machine, particularly a kind of intelligent soy milk grinder with many cover control programs.

Background technology

Chinese patent literature CN101474043 discloses a kind of soy bean milk making machine that can select pulping program according to water level automatically on July 8th, 2009, comprise the head that contains motor, control circuit, reducing mechanism, heater, anti-overflow device composition, level detecting device that is connected with control circuit and mash vessel, head buckles on mash vessel, described level detecting device has the different water-level detecting point of two or more high and low positions, has stored the different pulping programs of pulling an oar according to the result of detection of water-level detecting point in the control circuit in advance.This structure is considered along with the variation of mash vessel water level and is adopted different pulping programs to carry out slurrying, thereby improve effects on slurry making, but do not consider that this soy bean milk making machine has only a head, only join a mash vessel simultaneously, the slurrying capacity is only regulated according to mash vessel, and scope is little.

The utility model content

The purpose of this utility model aims to provide a kind of simple and reasonable, the intelligent soy milk grinder that can implement different slurrying control programs according to different staving, to overcome weak point of the prior art.

A kind of intelligent soy milk grinder by this purpose design, comprise the staving that is arranged on the head below, be provided with the motor that is electrically connected with control device in the head, motor shaft passes the head bottom surface, stretch in the staving and be connected with blade, also be provided with the heat-generating pipe that is electrically connected with control device in the staving, its architectural feature is that staving is the staving of two above different capabilities and/or structure, cooperates with head respectively; Corresponding each the staving editor of control device has a cover slurrying control program, and is provided with the program change-over switch.

Described program change-over switch is made of the microswitch that is arranged in the head more than two, and the button of the corresponding respectively microswitch of each staving is provided with and touches head.When head cooperated with different staving, the button that different microswitches all arranged contacted with touching, thereby switches to the slurrying control program that cooperates with this staving.

Described staving comprises low capacity staving and big capacity staving, and the program change-over switch is a tongue tube, is arranged in the head, and wherein the corresponding tongue tube of a staving is provided with magnetic patch, and another staving does not then need to be provided with magnetic patch.When head with after the staving that magnetic patch is not set cooperates because tongue tube is not subjected to the influence of magnetic patch, so be failure to actuate, control device is with the slurrying control program processed food of acquiescence; When head with after the staving that is provided with magnetic patch cooperates, tongue tube is subjected to the influence of magnetic patch and moves, and switches to and with the slurrying control program of the staving coupling of magnetic patch food in the bucket is processed.

At least one staving one side is provided with handle in described low capacity staving and the big capacity staving, and magnetic patch is arranged in the top bucket wall of a staving wherein or handle and bucket wall junction, and tongue tube is arranged on a side of the close magnetic patch placement location in bottom in the head.

Perhaps, described staving comprises low capacity staving and big capacity staving, and the program change-over switch is a microswitch, and wherein the button of the corresponding microswitch of a staving is provided with and touches head or empty avoiding recess, and another staving then is not provided with and touches head or empty avoiding recess.At least one staving one side is provided with handle in low capacity staving and the big capacity staving, touches head or empty avoiding recess and is arranged on the wherein apical margin or the handle end face of a staving.When the head staving different with two kinds cooperates, owing to touch head/empty avoiding recess or do not touch head/empty avoiding recess, there have been two kinds of mapping modes in the connection of microswitch inner contact, simultaneously, realize the conversion of pulping program, thereby adapted to the needs of different stavings.

Head of soy bean milk making machine of the present utility model can be joined two different stavings of range of capacity at least, simultaneously, is equipped with different slurrying control programs at the staving of different capabilities, and it is best that effects on slurry making reaches.The switching of slurrying control program can be by manual switchover, also can be that some member by program change-over switch in the head and staving touches or responds to and switches, significantly satisfy the consumer, according to number, oneself select the bucket slurrying of suitable capacity, avoid waste.In addition, this soy bean milk making machine also can be arranged in pairs or groups from net and no net staving aspect are arranged, and has more selectivity.It is simple and reasonable, easy to operate, the Capacity Selection scope is big, applied widely, effects on slurry making is good.

Description of drawings

Fig. 1 is the utility model one example structure schematic diagram.

Fig. 2 is the A place structure for amplifying schematic diagram of Fig. 1.

Fig. 3 is head and another staving fit structure schematic diagram among Fig. 1.

Fig. 4 is the B place structure for amplifying schematic diagram of Fig. 3.

Fig. 5 is another embodiment structural representation of magnetic patch placement location.

Fig. 6 is the D place structure for amplifying schematic diagram of Fig. 5.

Fig. 7 is another example structure schematic diagram of the utility model.

Fig. 8 is the E place structure for amplifying schematic diagram of Fig. 7.

Fig. 9 is head and another staving fit structure schematic diagram among Fig. 7.

Figure 10 is the F place structure for amplifying schematic diagram of Fig. 9.

Figure 11 is provided with another embodiment structural representation of position for touching head.

Figure 12 is the H place structure for amplifying schematic diagram of Figure 11.

The specific embodiment

Below in conjunction with drawings and Examples the utility model is further described.

First embodiment

Referring to Fig. 1-Fig. 4, this intelligent soy milk grinder comprises the staving that is arranged on head 1 below, be provided with the motor 4 that is electrically connected with control device in the head, motor shaft passes the head bottom surface, stretches in the staving to be connected with blade 9, also is provided with the heat-generating pipe 8 that is electrically connected with control device in the staving.Head 1 bottom surface also is provided with anti-the catching up with of stretching in the staving and burns pipe 6 and anti-spilled pin 12, and is electrically connected with control device respectively.

Staving comprises low capacity staving 5 and the big capacity staving 15 that cooperates with head respectively, and corresponding each the staving editor of control device has a cover slurrying control program, and is provided with the program change-over switch.One side of low capacity staving 5 and big capacity staving 15 is respectively arranged with handle 5.1 and 15.1, wherein, be provided with magnetic patch 3 in the sidewall of low capacity staving and handle junction, then magnetic patch need not be set in the big capacity staving 15, see C place among Fig. 4, when head and big capacity staving are cooperated by the pulping program work of giving tacit consent to.The program change-over switch is a tongue tube 2, is arranged on a side of the close magnetic patch placement location in bottom in the head 1.

Also be provided with turbulent flow cup 7 in the above-mentioned low capacity staving 5, inwall was provided with wavy pulverizing muscle 15.2 near big capacity staving 15 bottoms were positioned at blade 9.Magnetic patch 3 can also embed and be arranged in low capacity staving 5 apical margins, and tongue tube 2 is arranged on the side of head 1 interior bottom near the magnetic patch placement location, sees Fig. 5, Fig. 6.

Second embodiment

Referring to Fig. 7-Figure 10, staving comprises low capacity staving 25 and big capacity staving 35, and the program change-over switch is a microswitch 10, is arranged in the head 11, and head is provided with perforate with the button 10.1 of the corresponding microswitch in bottom surface that staving joins.Low capacity staving 25 1 sides are provided with handle 25.2, the button 10.1 of the corresponding microswitch 10 of the apical margin of staving is provided with and touches 25.1 (seeing Fig. 7, Fig. 8), perhaps, the button 10.1 of the corresponding microswitch 10 of handle end face is provided with and touches 25.3 (seeing Figure 11, Figure 12), when head 11 cooperates with the low capacity staving, touch head and can push button.Big capacity staving 35 end faces then need not to be provided with the head that touches that pushes button, see G place among Figure 10, when making head and the capacity staving cooperating greatly by the pulping program work of giving tacit consent to.Other does not state part with first embodiment.

Claims

1. intelligent soy milk grinder, comprise the staving that is arranged on head (1), (11) below, be provided with the motor (4) that is electrically connected with control device in the head, motor shaft passes the head bottom surface, stretch in the staving and be connected with blade (9), also be provided with the heat-generating pipe (8) that is electrically connected with control device in the staving, it is characterized in that staving is the staving of two above different capabilities and/or structure, cooperates with head respectively; Control device is provided with the program change-over switch.

2. intelligent soy milk grinder according to claim 1 is characterized in that described program change-over switch is made of the microswitch that is arranged in the head more than two, and the button of the corresponding respectively microswitch of each staving is provided with and touches head.

3. intelligent soy milk grinder according to claim 1, it is characterized in that described staving comprises low capacity staving (5) and big capacity staving (15), the program change-over switch is a tongue tube (2), is arranged in the head (1), and wherein the corresponding tongue tube of a staving is provided with magnetic patch (3).

4. intelligent soy milk grinder according to claim 3, it is characterized in that at least one staving one side is provided with handle (5.1), (15.1) in described low capacity staving (5) and the big capacity staving (15), magnetic patch (3) is arranged in the top bucket wall of a staving wherein or handle and bucket wall junction, and tongue tube (2) is arranged on a side of the close magnetic patch placement location in interior the bottom of head (1).

5. intelligent soy milk grinder according to claim 1, it is characterized in that described staving comprises low capacity staving (25) and big capacity staving (35), the program change-over switch is a microswitch (10), and wherein the button (10.1) of the corresponding microswitch of a staving is provided with and touches head (25.1), (25.3) or empty avoiding recess.

6. intelligent soy milk grinder according to claim 5, it is characterized in that at least one staving one side is provided with handle (25.2) in described low capacity staving (25) and the big capacity staving (35), touch head (25.1), (25.3) or empty avoiding recess and be arranged on the wherein apical margin or the handle end face of a staving.