CN205435743U

CN205435743U - Reaction kettle

Info

Publication number: CN205435743U
Application number: CN201620241322.XU
Authority: CN
Inventors: 杨卫新; 唐勇
Original assignee: Suzhou Meijiahui Food Technology Co ltd
Current assignee: Suzhou Meijiahui Food Technology Co ltd
Priority date: 2016-03-28
Filing date: 2016-03-28
Publication date: 2016-08-10
Anticipated expiration: 2026-03-28

Abstract

The utility model discloses a reaction kettle has solved the problem that current reaction kettle stirred the inefficiency, and its technical scheme main points are reaction kettle, the reactor comprises a kettle, seted up feed inlet and discharge gate on the cauldron body, the (mixing) shaft that still includes driving motor, be connected with driving motor, the (mixing) shaft is worn to establish to rotate in the cauldron body and with the cauldron body and is connected characterized by: the (mixing) shaft in wear to be equipped with the heating member, the heating member be connected with first power, first power and agitator shaft connection, reached the purpose that promotes stirring efficiency.

Description

A kind of reactor

Technical field

This utility model relates to food manufacturing apparatus field, more specifically, it relates to a kind of reactor.

Background technology

In the production of food, generally require and plurality of raw materials is mixed, stir, at this moment, it is necessary to use reactor, with improving production efficiency.

In order to promote stirring efficiency, generally require and reactor is heated, by the rising of temperature, accelerate the motion of molecule, thus promote reaction rate.

At present, the Chinese patent of Publication No. CN204891853U discloses a kind of cap-rotating type reactor, it includes kettle and base, insulation shell it is arranged with outside kettle, form heating chamber, one side roof part in heating chamber is provided with medium inlet, media outlet it is provided with bottom opposite side, the top of kettle is engaged with upper cover, the top of upper cover is provided with driving motor, drive and be fixed with shaft on the output shaft of motor, shaft stretches in kettle after upper cover, and which is provided with stirring paddle, motor is driven to be connected by hold-down support and upper cover are fixing, the top of hold-down support is provided with gear ring, the bottom of kettle is provided with liquid outlet；Heating intracavity is provided with spiral electric heating tube.Although this cap-rotating type reactor simple in construction, but only by heating reactor from the outside of kettle, stirring efficiency is relatively low.

Utility model content

The deficiency existed for prior art, this utility model is to provide a kind of reactor by arranging heating member on shaft, and means reach to promote the purpose of stirring efficiency.

For achieving the above object, this utility model provides following technical scheme: a kind of reactor, including kettle, charging aperture and discharging opening is offered on described kettle, also including the shaft driving motor with driving motor to be connected, described shaft is located in kettle and is rotationally connected with kettle, is equipped with heating member in described shaft, described heating member connects has the first power supply, the first described power supply to be connected with shaft.

By using technique scheme, heating member produces heat by the first power supply energising, so that shaft produces heat, owing to shaft directly contacts with material, transferring heat on material, pyroconductivity is high, thus improves the efficiency of stirring, while material being heated inside kettle, material is stirred.

This utility model is further arranged to: be arranged with the first drive on described shaft, and described driving motor connects the second drive, and the first described drive and the engagement of the second drive are arranged.

By using technique scheme, drive the motion of driven by motor the second drive, make the second drive drive the first drive motion, so that the first drive drives shaft to rotate.

This utility model is further arranged to: described shaft includes rotation section and the mixing part being mutually permanently connected, described rotation section is connected with the first drive, the first power supply, heating member, described mixing part is connected with heating member, and described mixing part offers serrated slot.

By using technique scheme, mixing part rotates so that material is cut by serrated slot, so that the material of bulk is cut into less volume, thus promotes the efficiency of stirring.

This utility model is further arranged to: be arranged with the heat-insulation layer for being incubated kettle on described kettle.

By using technique scheme, heat-insulation layer decreases the thermal loss of kettle, while saving production cost, can promote the reaction efficiency in kettle.

This utility model is further arranged to: be wound with heater strip on described heat-insulation layer, and described heater strip connects second source.

By using technique scheme, second source makes heater strip heat production, and heat-insulation layer is heated by heater strip so that heat can be delivered on the outer wall of kettle by heat-insulation layer, is then delivered to from the outer wall of kettle in material, accelerates the stirring mixing efficiency of material.

This utility model is further arranged to: be provided with conductive fluid between described heat-insulation layer and kettle.

By using technique scheme, conductive fluid can make kettle surface be heated evenly so that material is heated and is more uniformly distributed, it is to avoid cause material to be damaged because local temperature is too high.

This utility model is further arranged to: offer inlet and liquid outlet on described heat-insulation layer, and described inlet is connected by water pump with liquid outlet.

By using technique scheme, when inlet injects cold water, can cooling rapid to kettle, it is simple to workman cleans kettle, when inlet injects hot water, the material in kettle can be heated, increase the stirring efficiency of material.

In sum, this utility model has the advantages that

One: while being heated by shaft, heats kettle, thus the temperature in kettle can promote within a short period of time, thus shortens the time of stirring material, promotes the efficiency of stirring.

Its two: by heat-insulation layer sheathed on the outer wall of kettle so that when injecting cold water between heat-insulation layer and kettle, kettle can be made to lower the temperature rapidly, it is simple to workman cleans, when injecting hot water, the stirring efficiency of material in kettle can be increased.

Its three: by heat-insulation layer sheathed on the outer wall of kettle, arranging heater strip on heat-insulation layer, filling heat-conductive liquid between heat-insulation layer and kettle, so that the material in kettle can be uniformly heated, it is to avoid cause material to be damaged because of hot-spot.

Accompanying drawing explanation

Fig. 1 is the displaying figure embodying embodiment 1；

Fig. 2 is the displaying figure embodying embodiment 2.

Reference: 1, kettle；11, charging aperture；12, discharging opening；2, motor is driven；21, motor body；22, rotary shaft；3, shaft；31, rotation section；32, mixing part；33, serrated slot；4, heating member；5, the first power supply；61, the first drive；62, the second drive；7, heat-insulation layer；70, conductive fluid；71, liquid outlet；72, inlet；73, water pump；731, the first pipeline；732, second pipe；733, the pump housing；74, rubber layer；75, froth bed；8, heater strip；9, second source.

Detailed description of the invention

Referring to figs. 1 through Fig. 2, this utility model one reactor is described further.

Embodiment 1: a kind of reactor, as it is shown in figure 1, include kettle 1, a charging aperture 11 is offered in the upper end of kettle 1, offers a discharging opening 12 in the lower end of kettle 1, from top to bottom wears a shaft 3, shaft 3 and kettle 1 and be rotationally connected in kettle 1.

Shaft 3 includes that rotation section 31 and multiple mixing part 32, rotation section 31 are the puddler in round bar shape, and mixing part 32 is stirring vane, puddler and multi-disc stirring vane integrated setting.

Fix the first power supply 5 in the upper end of puddler, the first power supply 5 is accumulator, places heating member 4 in puddler and stirring vane, and heating member 4 be resistance wire, and the two ends of resistance wire are stretched out from stirring, and fixes with the first power supply 5 and be connected.

Being fixed with one piece of gripper shoe on kettle 1, gripper shoe is fixed with driving motor 2, drive motor 2 to include motor body 21 and rotary shaft 22, rotary shaft 22 is in elongated rod shape, and sheathed second drive 62 in rotary shaft 22, the second drive 62 is the second bevel gear；Sheathed first drive 61 on puddler, the first drive 61 is the first bevel gear；First bevel gear and the second bevel gear are engaged.

When motor body 21 starts, motor body 21 drives rotary shaft 22 to rotate, and rotary shaft 22 drives the second bevel-gear rotating, the second bevel gear to drive the first bevel gear to rotate, and then makes the first bevel gear drive puddler to rotate；Resistance wire is energized by the first power supply 5 simultaneously, makes resistance wire heat production, then makes the heat production because of heat transfer process of stirring vane and puddler；When puddler rotates, stirring vane rotates along with the rotation of puddler, during making stirring vane contact with material, while heating material cuts material；Thus improve stirring efficiency.

Offering multiple serrated slot 33 on every stirring vane, serrated slot 33 is the groove of indention；By the rotation of stirring vane, accelerate the cutting to material, make large volume of material can split into rapidly the material of small size by the cutting of serrated slot 33, thus improve the stirring efficiency of material.

Sheathed heat-insulation layer 7 on the outer wall of kettle 1, forms cavity, in the cavities filling heat-conductive liquid 70 between heat-insulation layer 7 and kettle 1, in order to cost is arranged, conductive fluid 70 is water；Heat-insulation layer 7 includes rubber layer 74 and froth bed 75, makes rubber layer 74 contact with conductive fluid 70, prevents conductive fluid 70 from leaking, and is coated on rubber layer 74 by froth bed 75, is incubated rubber layer 74.

Heat-insulation layer 7 is offered inlet 72 and liquid outlet 71, inlet 72 and liquid outlet 71 are connected by water pump 73, water pump 73 includes the pump housing the 733, first pipeline 731 and second pipe 732, the two ends of the first pipeline 731 are connected with inlet 72, the pump housing 733 respectively, and the two ends of second pipe 732 are connected with liquid outlet 71, the pump housing 733 respectively.

During use, if being injected in cavity by hot water, by being started by the pump housing 733, making the pump housing 733 drive hot water to flow, making kettle 1 surface thermally equivalent, it is to avoid cause quality of material the best because local temperature is too high or too low；If cold water is injected in cavity, by the pump housing 733 is started so that cold water contacts with the surface of kettle 1, drive the heat of kettle 1, make kettle 1 to lower the temperature rapidly, it is simple to workman cleans kettle 1.

Embodiment 2: a kind of reactor, as shown in Figure 2, compared with Example 1, eliminate the setting of water pump 73, sheathed heat-insulation layer 7 on the outer wall of kettle 1, heat-insulation layer 7 is that the metallic plate of heat conduction is made, in the cavity formed between heat-insulation layer 7 and kettle 1, injection water is as conductive fluid 70, is wound with heater strip 8 on heat-insulation layer 7, and heater strip 8 is resistance wire, the two ends making heater strip 8 connect second source 9, and second source 9 is accumulator.

During use, second source 9 makes heater strip 8 energising produce heat, and heat is delivered on heat-insulation layer 7, is then delivered in conductive fluid 70, then makes conductive fluid 70 by the outer wall heat production of kettle 1, makes heat be delivered in material, promote material stirring.

Embodiment 1 is compared with embodiment 2, has the function of cooling kettle 1, but production cost is higher.

The above is only preferred implementation of the present utility model, and protection domain of the present utility model is not limited merely to above-described embodiment, and all technical schemes belonged under this utility model thinking belong to protection domain of the present utility model.It should be pointed out that, for those skilled in the art, without departing from the some improvements and modifications under this utility model principle premise, these improvements and modifications also should be regarded as protection domain of the present utility model.

Claims

1. a reactor, including kettle (1), charging aperture (11) and discharging opening (12) is offered on described kettle (1), also include the shaft (3) driving motor (2) with driving motor (2) to be connected, described shaft (3) is located in kettle (1) and is rotationally connected with kettle (1), it is characterized in that: described shaft (3) is equipped with heating member (4), described heating member (4) connects has the first power supply (5), described the first power supply (5) to be connected with shaft (3).

A kind of reactor the most according to claim 1, it is characterized in that: on described shaft (3), be arranged with the first drive (61), the upper connection of described driving motor (2) has the second drive (62), described the first drive (61) and the second drive (62) engagement to arrange.

A kind of reactor the most according to claim 2, it is characterized in that: described shaft (3) includes rotation section (31) and mixing part (32) being mutually permanently connected, described rotation section (31) is connected with the first drive (61), the first power supply (5), heating member (4), described mixing part (32) is connected with heating member (4), and described mixing part (32) offers serrated slot (33).

A kind of reactor the most according to claim 1, is characterized in that: be arranged with the heat-insulation layer (7) for being incubated kettle (1) on described kettle (1).

A kind of reactor the most according to claim 4, is characterized in that: be wound with heater strip (8) on described heat-insulation layer (7), described heater strip (8) connects second source (9).

A kind of reactor the most according to claim 5, is characterized in that: be provided with conductive fluid (70) between described heat-insulation layer (7) and kettle (1).

A kind of reactor the most according to claim 6, it is characterized in that: offer inlet (72) and liquid outlet (71), described inlet (72) and liquid outlet (71) on described heat-insulation layer (7) and connected by water pump (73).