CN209121197U - A kind of fabric type powder slurries hatching apparatus - Google Patents

Abstract

The utility model discloses a kind of fabric type powder slurries hatching apparatus, including pedestal, hatching storehouse, screw feeding axis, feeding motor, powder slurry feed pipe, air inlet pipe, preincubation column, batch mixing motor, mixing axis, stock stop；Multiple striker plates sequentially form first from Inside To Outside and walk to expect that channel, second walk to expect that channel, third walk to expect that channel, the 4th walk to expect channel；Described first walks to expect that channel is located on the outside of material overflow port；Described first walks to expect that channel and second is walked to expect that the bottom of the channel communicates；Described second walks to expect that channel and third walk to expect that channel upper end communicates；The third walks to expect that channel and the 4th is walked to expect that the bottom of the channel communicates.The utility model walks to expect that channel, second walk to expect that channel, third walk to expect that channel, the 4th walk to expect that channel increased powder slurries walks to expect stroke by first, enhances hatching thickening effect.

Description

A kind of fabric type powder slurries hatching apparatus

Technical field

The utility model relates to a kind of fabric type powder slurries hatching apparatus.

Background technique

Currently, in food processing field, such as in the process of oatmeal rice piece, generally require and first flour rice flour is added Water, which is stirred, sizes mixing, if flour rice flour and water mixing it is uneven, will lead to flour rice flour formation slurry toughness Bad, will lead to later period heat, to roll the oatmeal rice tablet quality to be formed poor, not easily molded；Existing fabric type powder slurries hatching dress Set and generally comprise hatching storehouse and spiral charging axle, spiral charging axle is mounted in hatching storehouse, by powder slurries by spiral into Rolling stirring is carried out to powder slurries using spiral charging axle while material axis carries out material conveying, thickening is played to powder slurries and is incubated The effect of change, but the hatching apparatus thickening hatching of so structure is inefficient.

Utility model content

In view of the deficiencies of the prior art mentioned above, the utility model solves the problems, such as are as follows: provides a kind of path and extends, incubates Change high-efficient fabric type powder slurries hatching apparatus.

To solve the above problems, the technical solution that the utility model is taken is as follows:

A kind of fabric type powder slurries hatching apparatus, including pedestal, hatching storehouse, screw feeding axis, feeding motor, powder slurry Liquid feed pipe, air inlet pipe, preincubation column, batch mixing motor, mixing axis, stock stop；The hatching storehouse is mounted on the base；Institute The screw feeding axis stated is rotatably mounted on preincubation column upper end；The feeding motor controls the rotary motion of screw feeding axis；Institute The screw feeding axis and preincubation column stated are mounted in hatching storehouse；Preincubation chamber is equipped with inside the preincubation column；Described Preincubation chamber lower end is communicated with inverted T-shaped feeding channel；Described inverted T-shaped feeding channel one end connects powder slurry feed pipe, separately One end connects air inlet pipe；The upper end two sides of the preincubation chamber are equipped with material overflow port；The batch mixing motor is fixedly mounted on spiral shell It revolves inside feed spool；The batch mixing motor controls the rotary motion of mixing axis；The mixing axis upper end connects batch mixing motor, mixes The preincubation that material axis lower end extends to preincubation column from screw feeding axis is intracavitary；The stock stop is mounted in hatching storehouse； There are two the stock stop is set；Two stock stop are separately mounted to the two sides of preincubation column；The backgauge Mechanism includes three striker plates and a closed plate；Multiple striker plates are successively arranged in parallel from Inside To Outside；It is described Closed plate closing be mounted on above striker plate；Multiple striker plates sequentially form first from Inside To Outside and walk to expect to lead to Road, second walk to expect that channel, third walk to expect that channel, the 4th walk to expect channel；Described first walks to expect that channel is located on the outside of material overflow port；Institute First stated walks to expect that channel and second is walked to expect that the bottom of the channel communicates；Described second walks to expect that channel upper end phase is walked to expect in channel and third It is logical；The third walks to expect that channel and the 4th is walked to expect that the bottom of the channel communicates.

Further, the lower end of the mixing axis is located at the lower section of material overflow port.

Further, the lower end surface of the screw feeding axis is equipped with annular protrusion；The upper surface of the preincubation column is set There is annular groove；The screw feeding axis is rotatably mounted on the annular groove of preincubation column upper surface by annular protrusion.

Further, the two sides in the hatching storehouse are equipped with temperature control equipment.

Further, the hatching storehouse upper end side is equipped with discharge nozzle；The discharge nozzle is equipped with discharging pump.

Further, check valve is equipped in the powder slurry feed pipe and air inlet pipe.

Further, the mixing axis is in inverted T-shaped structure.

Further, hatching chamber is equipped in the hatching storehouse；The screw feeding axis and preincubation column is mounted on hatching The hatching in storehouse is intracavitary.

The beneficial effects of the utility model

The utility model by powder slurries from powder slurry feed pipe feed, steam from air inlet pipe enter, powder slurries and Steam is collided in inverted T-shaped feeding channel first, subsequently into the preincubation chamber in preincubation column, passes through mixing axis pair Powder slurries and steam carry out breaing up fusion, increase hatching thickening effect, then powder slurries and steam carry out excessive from material overflow port Out, powder slurries and steam successively walk to expect that channel, second walk to expect that material is walked in channel, third by first after material overflow port spilling Channel, the 4th walk to expect channel, walk to expect channel to be overflowed upwards by screw feeding axis eventually by the 4th and be delivered up, originally practical It is novel to carry out hatching thickening by being passed through steam in powder slurries, fusion stirring is carried out using preincubation chamber and mixing axis, this The hatching efficiency of utility model is high, changes traditional single structure.The utility model walks to expect that channel, second walk material by first Channel, third walk to expect that channel, the 4th walk to expect that channel increased powder slurries walks to expect stroke, enhance hatching thickening effect.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the utility model screw feeding axis, powder slurry feed pipe, air inlet pipe, preincubation column, batch mixing motor, mixes Expect the attachment structure schematic diagram of axis, stock stop.

Fig. 3 is the amplification connection schematic diagram of the utility model screw feeding axis, preincubation column.

Fig. 4 is the enlarged structure schematic diagram of stock stop.

Specific embodiment

The content of the present invention is described in further detail with reference to the accompanying drawing.

As shown in Figures 1 to 4, a kind of fabric type powder slurries hatching apparatus, including pedestal 1, hatching storehouse 2, screw feeding axis 3, feeding motor 4, powder slurry feed pipe 5, air inlet pipe 6, preincubation column 7, batch mixing motor 8, mixing axis 9, stock stop a.Institute The hatching storehouse 2 stated is mounted on pedestal 1；The screw feeding axis 3 is rotatably mounted on 7 upper end of preincubation column；The feeding Motor 4 controls 3 rotary motion of screw feeding axis；The screw feeding axis 3 and preincubation column 7 is mounted in hatching storehouse 2；It is described Preincubation column 7 inside be equipped with preincubation chamber 71；71 lower end of preincubation chamber is communicated with inverted T-shaped feeding channel 73；It is described 73 one end of inverted T-shaped feeding channel connect powder slurry feed pipe 5, the other end connect air inlet pipe 6；The preincubation chamber 71 Upper end two sides are equipped with material overflow port 72；The batch mixing motor 8 is fixedly mounted on inside screw feeding axis 3；The batch mixing motor 8 Control 9 rotary motion of mixing axis；9 upper end of mixing axis connects batch mixing motor 8, and 9 lower end of mixing axis is prolonged from screw feeding axis 3 It extends in the preincubation chamber 71 of preincubation column 7.The revolving speed of mixing axis 9 will be faster than the revolving speed of screw feeding axis 3.The backgauge machine Structure a is mounted in hatching storehouse 2；There are two the stock stop a is set；Two stock stop a are separately mounted to pre- incubate Change the two sides of column 7；The stock stop a includes three striker plates and a closed plate；Three striker plates are from inside to outside Label be followed successively by a1, a2, a3, multiple striker plates are successively arranged in parallel from Inside To Outside；The closed plate a4 Closing is mounted on above striker plate；Multiple striker plates sequentially form first from Inside To Outside and walk to expect channel b1, second Walk to expect that channel b2, third walk to expect that channel b3, the 4th walk to expect channel b4；Described first walks to expect that channel b1 is located at outside material overflow port 72 Side；Described first walks to expect that channel b1 and second walks to expect that the channel bottom b2 communicates；Described second walks to expect that channel b2 and third are walked The material upper end channel b3 communicates；The third walks to expect that channel b3 and the 4th walks to expect that the channel bottom b4 communicates.Further preferably, described The lower end of mixing axis 9 be located at the lower section of material overflow port 72.Further preferably, the lower end surface of the screw feeding axis 3 is equipped with ring Shape protrusion 31；The upper surface of the preincubation column 7 is equipped with annular groove 74；The screw feeding axis 3 passes through annular protrusion 31 are rotatably mounted on the annular groove 74 of 7 upper surface of preincubation column.Further preferably, the two sides in the hatching storehouse 2 are equipped with Temperature control equipment 22.Further preferably, the 2 upper end side of hatching storehouse is equipped with discharge nozzle 23；On the discharge nozzle 23 Equipped with discharging pump 24.Further preferably, check valve 10 is equipped in the powder slurry feed pipe 5 and air inlet pipe 6.Further It is preferred that the mixing axis 9 is in inverted T-shaped structure.Further preferably, hatching chamber 21 is equipped in the hatching storehouse 2；The spiral shell Rotation feed spool 3 and preincubation column 7 are mounted in the hatching chamber 21 in hatching storehouse 2.

The utility model feeds powder slurries from powder slurry feed pipe 5, and steam enters from air inlet pipe 6, powder slurries It is collided in inverted T-shaped feeding channel 73 with steam, subsequently into the preincubation chamber 71 in preincubation column 7, is passed through first Mixing axis 9 break up fusion to powder slurries and steam, increases hatching thickening effect, and then powder slurries and steam are from flash Mouth 72 successively walks to expect that channel, second walk to expect that channel, third walk to expect that channel, the 4th walk to expect channel by first after being overflowed, most It walks to expect that channel is overflowed upwards by the 4th eventually to be delivered up by screw feeding axis, the utility model passes through in powder slurries It is passed through steam and carries out hatching thickening, carry out fusion stirring, the hatching efficiency of the utility model using preincubation chamber 71 and mixing axis 9 Height changes traditional single structure.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims (8)

1. a kind of fabric type powder slurries hatching apparatus, which is characterized in that including pedestal, hatching storehouse, screw feeding axis, feeding electricity Machine, powder slurry feed pipe, air inlet pipe, preincubation column, batch mixing motor, mixing axis, stock stop；The hatching storehouse is mounted on On pedestal；The screw feeding axis is rotatably mounted on preincubation column upper end；The feeding motor control screw feeding axis rotation Transhipment is dynamic；The screw feeding axis and preincubation column is mounted in hatching storehouse；Preincubation is equipped with inside the preincubation column Chamber；The preincubation chamber lower end is communicated with inverted T-shaped feeding channel；Described inverted T-shaped feeding channel one end connects powder slurries Feed pipe, the other end connect air inlet pipe；The upper end two sides of the preincubation chamber are equipped with material overflow port；The batch mixing motor is fixed It is mounted on inside screw feeding axis；The batch mixing motor controls the rotary motion of mixing axis；The mixing axis upper end connection is mixed Expect motor, the preincubation that mixing axis lower end extends to preincubation column from screw feeding axis is intracavitary；The stock stop is mounted on Hatch in storehouse；There are two the stock stop is set；Two stock stop are separately mounted to the two sides of preincubation column；Institute The stock stop stated includes three striker plates and a closed plate；Multiple striker plates are successively set in parallel from Inside To Outside It sets；The closed plate closing is mounted on above striker plate；Multiple striker plates sequentially form first from Inside To Outside Walk to expect that channel, second walk to expect that channel, third walk to expect that channel, the 4th walk to expect channel；Described first walks to expect that channel is located at material overflow port Outside；Described first walks to expect that channel and second is walked to expect that the bottom of the channel communicates；It is logical that described second walks to expect that material is walked in channel and third Road upper end communicates；The third walks to expect that channel and the 4th is walked to expect that the bottom of the channel communicates.

2. fabric type powder slurries hatching apparatus according to claim 1, which is characterized in that the lower end of the mixing axis Positioned at the lower section of material overflow port.

3. fabric type powder slurries hatching apparatus according to claim 1, which is characterized in that the screw feeding axis Lower end surface is equipped with annular protrusion；The upper surface of the preincubation column is equipped with annular groove；The screw feeding axis passes through ring Shape protrusion is rotatably mounted on the annular groove of preincubation column upper surface.

4. fabric type powder slurries hatching apparatus according to claim 1, which is characterized in that the two sides in the hatching storehouse Equipped with temperature control equipment.

5. fabric type powder slurries hatching apparatus according to claim 1, which is characterized in that the hatching storehouse upper end one Side is equipped with discharge nozzle；The discharge nozzle is equipped with discharging pump.

6. fabric type powder slurries hatching apparatus according to claim 1, which is characterized in that the powder slurry feed Check valve is equipped in pipe and air inlet pipe.

7. fabric type powder slurries hatching apparatus according to claim 1, which is characterized in that the mixing axis is in T Shape structure.

8. fabric type powder slurries hatching apparatus according to claim 1, which is characterized in that be equipped in the hatching storehouse Hatch chamber；The hatching that the screw feeding axis and preincubation column is mounted on hatching storehouse is intracavitary.