CN208679064U - A kind of air energy ink heating stirring bucket - Google Patents

Abstract

The utility model proposes a kind of air energy ink heating stirring buckets, including staving, the bucket outer wall is equipped with along its short transverse equidistant radial arrangement and the condenser pipe of horizontal direction in a ring, the condenser pipe is equipped with condenser pipe import and condenser pipe exports, the condenser pipe import and condenser pipe outlet are opened up on condenser pipe in 180 degree centered on staving central axis, it is connected between adjacent condenser pipe import by vertically disposed total inlet pipe, total inlet pipe between adjacent condenser pipe import is equipped with regulating valve, and adjacent condenser pipe outlet is connected by vertically disposed total outlet pipe；It further include compressor, the compressor outlet is connected with total inlet pipe lower end nozzle, and the compressor inlet is connected with total outlet pipe upper end tube nozzle, is successively arranged expansion valve and evaporator along medium flow direction between the compressor inlet and total outlet pipe upper end tube nozzle.The utility model can heat ink by air, and energy consumption is reduced, and reduce workshop temperature, energy conservation and environmental protection.

Description

A kind of air energy ink heating stirring bucket

Technical field

The utility model relates to Printing ink producing apparatus fields, and in particular to a kind of air energy ink heating stirring bucket.

Background technique

In numerous field of chemical pharmacy, the figure of agitator can be seen, but in stirring, often encounters some objects Material, which carries out heating, could stir or react, or have some material fluidities to reduce in cold winter, can be greatly Big to reduce stirring efficiency, material when increasing the load of stirring motor, therefore being necessary to stirring heats, and current Heating method is mostly electric heating, therefore it is excessive to will appear energy consumption, while heat radiation caused by heating can make workshop temperature It increases, influences working environment, while also can lead to the waste of electric energy because of distributing for heat.

Utility model content

Based on the above issues, the utility model aim is that ink can be heated by air by providing one kind, be subtracted Stir resistance less, reduce energy consumption, and can in winter air energy heat production effect difference when carry out auxiliary electrical heater, can make in summer The air energy ink heating stirring bucket of workshop temperature is reduced for air-conditioning.

In view of the above problems, providing following technical solution: a kind of air energy ink heating stirring bucket, including staving, institute Bucket outer wall is stated to be equipped with along its short transverse equidistant radial arrangement and the condenser pipe of horizontal direction in a ring, the condenser pipe It is exported equipped with condenser pipe import and condenser pipe, the condenser pipe import and condenser pipe outlet are being condensed centered on staving central axis Guan Shangcheng 180 degree opens up, and is connected between adjacent condenser pipe import by vertically disposed total inlet pipe, between adjacent condenser pipe import Total inlet pipe be equipped with regulating valve, the outlet of adjacent condenser pipe is connected by vertically disposed total outlet pipe；It further include compressor, it is described Compressor outlet is connected with total inlet pipe lower end nozzle, and the compressor inlet is connected with total outlet pipe upper end tube nozzle, the compressor Expansion valve and evaporator are successively arranged along medium flow direction between import and total outlet pipe upper end tube nozzle.

In above structure, by the way that the condenser pipe of equidistant arrangement is arranged, it can take the lead in compressor operating heat transferring medium is excellent It first presses toward the condenser pipe of staving most on the lower, opening at different height position for the liquid level of different height has regulating valve, makes Heat transferring medium can heat the substance that liquid level is below in staving, and orderly control avoids energy waste, due to using air energy, Therefore a large amount of electric energy can be saved, and workshop temperature can be reduced using evaporator, provides good operating environment for operator, Not only the electric energy of heated material needs had been saved, but also has saved and has opened the electric energy that air-conditioning is needed to workshop cooling.

The utility model is further arranged to, and the bucket outer wall is additionally provided with the outer cover for protecting condenser pipe, described outer Heat-preservation cotton is filled between cover and inner wall of barrel.

In above structure, heat-preservation cotton can reduce the flowing of the air between outer cover and inner wall of barrel, improve thermal insulation property, reduce Heat loss.

The utility model is further arranged to, and is additionally provided with assisted heating device between the compressor outlet and total inlet pipe, The assisted heating device includes liner and the outer gallbladder outside liner, is vacuum interlayer between the liner and outer gallbladder, described It is filled with conduction oil in liner and is equipped with electric heating tube, the heat exchanger tube of spiral winding is additionally provided in the liner.

In above structure, due to consideration that the heating effect of air energy may be will affect in cold winter, therefore it is arranged Assisted heating device transfers heat to conduction oil uniformly as heat transmission medium by electric heater for heating conduction oil Heating heat transferring medium is assisted on heat exchanger tube, to improve the heating effect in winter；Assisted heating device is set to compressor Between outlet and total inlet pipe, effect can be reduced compressor burden, and the heat transferring medium after capable of making heating flows directly into condenser pipe, such as Assisted heating device is set to compressor inlet, and the heat transferring medium after heating is difficult to compress since the expansion of volume will lead to, Increase compressor burden.

The utility model is further arranged to, and the staving bottom is equipped with discharge gate, and the discharge gate is equipped with blow-off valve Door.

In above structure, discharge valve controls its discharge for opening or closing discharge gate.

The utility model is further arranged to, and cast aluminium heating plate, the casting are additionally provided between the outer cover and inner wall of barrel Aluminium heating plate is affixed with staving bottom surface.

In above structure, since air can reduce room temperature at work, such as room temperature is excessively cold same Sample will affect operator, therefore cast aluminium heating plate is arranged, and air energy heating mode can be switched to cast aluminium when temperature is extremely low Heating plate is heated, applied widely.

The utility model is further arranged to, and the evaporator includes heat exchanger fin and hot-swappable fans.

In above structure, heat exchanger fin is used to increase the heat exchange area between air, and hot-swappable fans can accelerate air stream It is dynamic, improve the heat exchanger effectiveness with air.

The utility model is further arranged to, and the bowl inner chamber center, which is additionally provided with, drives stirring for rotation by stirring motor Mix paddle.

In above structure, stirring motor and agitating paddle can be arranged to split type with staving.

The utility model is further arranged to, and the pouring orifice being connected to interior gallbladder intracavity is equipped between the liner and outer gallbladder.

In above structure, for filling conduction oil into liner, electric heating tube can control it by temperature controller and add pouring orifice Hot temperature.

The utility model has the beneficial effects that by setting equidistant arrangement condenser pipe, can take the lead in compressor operating by Heat transferring medium preferentially presses the liquid level toward the condenser pipe of staving most on the lower, for different height to open having at different height position Regulating valve enables heat transferring medium to heat the substance below of liquid level in staving, and orderly control avoids energy waste, due to use It is air energy, therefore a large amount of electric energy can be saved, and workshop temperature can be reduced using evaporator, is provided for operator good Operating environment, had not only saved the electric energy of heated material needs, but also had saved and opened the electric energy that air-conditioning is needed to workshop cooling.

Detailed description of the invention

Fig. 1 is the whole complete section structural schematic diagram of the utility model.

Fig. 2 is the portion the A enlarged structure schematic diagram of the utility model Fig. 1.

Fig. 3 is the portion the B enlarged structure schematic diagram of the utility model Fig. 1.

Fig. 4 is the assisted heating device complete section structural schematic diagram of the utility model.

Figure label meaning: 10- staving；101- agitating paddle；11- condenser pipe；111- condenser pipe import；112- condenser pipe goes out Mouthful；The total inlet pipe of 12-；121- regulating valve；The lower end 122- nozzle；The total outlet pipe of 13-；131- upper end tube nozzle；14- expansion valve；15- evaporation Device；151- heat exchanger fin；152- hot-swappable fans；16- outer cover；17- heat-preservation cotton；18- discharge gate；181- discharge valve；19- cast aluminium adds Hot plate；20- compressor；30- assisted heating device；31- liner；The outer gallbladder of 32-；33- vacuum interlayer；34- conduction oil；35- electricity adds Heat pipe；36- heat exchanger tube；37- pouring orifice.

Specific embodiment

With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.

Referring to figs. 1 to Fig. 4, a kind of air energy ink heating stirring bucket as shown in Figures 1 to 4, including staving 10 are described 10 outer wall of staving is equipped with along its short transverse equidistant radial arrangement and the condenser pipe 11 of horizontal direction in a ring, the condenser pipe 11 are equipped with condenser pipe import 111 and condenser pipe outlet 112, and the condenser pipe import 111 and condenser pipe outlet 112 are with staving 10 It is opened up on condenser pipe 11 in 180 degree centered on central axis, passes through vertically disposed total inlet pipe between adjacent condenser pipe import 111 12 are connected, and total inlet pipe 12 between adjacent condenser pipe import 111 is equipped with regulating valve 121, and adjacent condenser pipe outlet 112, which passes through, hangs down The total outlet pipe 13 being directly arranged is connected；It further include compressor 20,122 phase of lower end nozzle of compressor 20 outlet and total inlet pipe 12 Even, 20 import of compressor is connected with the upper end tube nozzle 131 of total outlet pipe 13, and 20 import of compressor is upper with total outlet pipe 13 Expansion valve 14 and evaporator 15 are successively arranged along medium flow direction between end pipe mouth 131.

In above structure, by the way that the condenser pipe 11 of equidistant arrangement is arranged, can take the lead in Jie that will exchange heat when compressor 20 works Of fine quality first to press toward the condenser pipe 11 of staving 10 most on the lower, opening at different height position for the liquid level of different height has tune Valve 121 is saved, heat transferring medium is enable to heat the substance that liquid level is below in staving 10, orderly control avoids energy waste, due to adopting It is air energy, therefore a large amount of electric energy can be saved, and workshop temperature can be reduced using evaporator 15, is provided for operator Good operating environment, had not only saved the electric energy of heated material needs, but also had saved and opened the electricity that air-conditioning is needed to workshop cooling Energy.

In the present embodiment, 10 outer wall of staving is additionally provided with the outer cover 16 for protecting condenser pipe 11, the outer cover 16 with Heat-preservation cotton 17 is filled between 10 inner wall of staving.

In above structure, heat-preservation cotton 17 can reduce the flowing of the air between 10 inner wall of outer cover 16 and staving, improve heat insulating ability Can, reduce heat loss.

In the present embodiment, it is additionally provided with assisted heating device 30 between the outlet of compressor 20 and total inlet pipe 12, it is described auxiliary Helping heating device 30 includes liner 31 and the outer gallbladder 32 outside liner 31, is vacuum interlayer between the liner 31 and outer gallbladder 32 33, the liner 31 is interior to be filled with conduction oil 34 and is equipped with electric heating tube 35, is additionally provided with changing for spiral winding in the liner 31 Heat pipe 36.

In above structure, due to consideration that the heating effect of air energy may be will affect in cold winter, therefore it is arranged Assisted heating device 30 heats conduction oil 34 by electric heating tube 35, makes conduction oil 34 uniformly will be hot as heat transmission medium Amount, which is transferred on heat exchanger tube 36, assists heating heat transferring medium, to improve the heating effect in winter；By assisted heating device 30 It is set between the outlet of compressor 20 and total inlet pipe 12, effect can be reduced the burden of compressor 20, and the heat exchange after capable of making heating is situated between Matter flows directly into condenser pipe 11, if assisted heating device 30 is set to 20 entrance of compressor, the heat transferring medium after heating due to The expansion of volume, which will lead to, to be difficult to compress, and increases by 20 burden of compressor.

In the present embodiment, 10 bottom of staving is equipped with discharge gate 18, and the discharge gate 18 is equipped with discharge valve 181.

In above structure, discharge valve 181 controls its discharge for opening or closing discharge gate 18.

In the present embodiment, cast aluminium heating plate 19, the cast aluminium heating are additionally provided between 10 inner wall of the outer cover 16 and staving Plate 19 is affixed with 10 bottom surface of staving.

In above structure, since air can reduce room temperature at work, such as room temperature is excessively cold same Sample will affect operator, therefore cast aluminium heating plate 19 is arranged, and air energy heating mode can be switched to casting when temperature is extremely low Aluminium heating plate 19 is heated, applied widely.

In the present embodiment, the evaporator 15 includes heat exchanger fin 151 and hot-swappable fans 152.

In above structure, heat exchanger fin 151 is used to increase the heat exchange area between air, and hot-swappable fans 152 can be accelerated Air flowing, improves the heat exchanger effectiveness with air.

In the present embodiment, 10 lumen centers of staving, which are additionally provided with, drives rotation by stirring motor (not shown) Agitating paddle 101.

In above structure, stirring motor and agitating paddle 101 can be arranged to split type with staving 10.

In the present embodiment, the pouring orifice 37 being connected to 31 inner cavity of liner is equipped between the liner 31 and outer gallbladder 32.

In above structure, pouring orifice 37 is used to fill conduction oil 34 into liner 31, and electric heating tube 35 can pass through temperature controller Control its heating temperature.

The utility model has the beneficial effects that by the condenser pipe 11 of setting equidistant arrangement, it can rate when compressor 20 works First heat transferring medium is preferentially pressed toward the condenser pipe 11 of staving 10 most on the lower, opens different height position for the liquid level of different height There is regulating valve 121 at the place of setting, and heat transferring medium is enable to heat the substance that liquid level is below in staving 10, and orderly control avoids the energy unrestrained Take, since a large amount of electric energy can be saved using air energy, and workshop temperature can be reduced using evaporator 15, for behaviour Make personnel and good operating environment is provided, not only saved the electric energy of heated material needs, but also has saved unlatching air-conditioning and dropped to workshop The electric energy that temperature needs.

The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications, above-mentioned vacation can also be made If these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims (8)

1. a kind of air energy ink heating stirring bucket, including staving, it is characterised in that: the bucket outer wall is equipped with along its height side To equidistant radial arrangement and the condenser pipe of horizontal direction in a ring, the condenser pipe is equipped with condenser pipe import and condenser pipe goes out Mouthful, the condenser pipe import and condenser pipe outlet are opened up on condenser pipe in 180 degree centered on staving central axis, adjacent condensation It is connected between pipe import by vertically disposed total inlet pipe, total inlet pipe between adjacent condenser pipe import is equipped with regulating valve, phase Adjacent condenser pipe outlet is connected by vertically disposed total outlet pipe；It further include compressor, the compressor outlet and total inlet pipe lower end Nozzle is connected, and the compressor inlet is connected with total outlet pipe upper end tube nozzle, the compressor inlet and total outlet pipe upper end tube nozzle it Between along medium flow direction be successively arranged expansion valve and evaporator.

2. a kind of air energy ink heating stirring bucket according to claim 1, it is characterised in that: the bucket outer wall is also set There is the outer cover for protecting condenser pipe, heat-preservation cotton is filled between the outer cover and inner wall of barrel.

3. a kind of air energy ink heating stirring bucket according to claim 2, it is characterised in that: the compressor outlet with It is additionally provided with assisted heating device between total inlet pipe, the assisted heating device includes liner and the outer gallbladder outside liner, described It is vacuum interlayer between liner and outer gallbladder, conduction oil is filled in the liner and is equipped with electric heating tube, is also set in the liner There is the heat exchanger tube of spiral winding.

4. a kind of air energy ink heating stirring bucket according to claim 3, it is characterised in that: the staving bottom is equipped with Discharge gate, the discharge gate are equipped with discharge valve.

5. a kind of air energy ink heating stirring bucket according to claim 4, it is characterised in that: in the outer cover and staving Cast aluminium heating plate is additionally provided between wall, the cast aluminium heating plate is affixed with staving bottom surface.

6. a kind of air energy ink heating stirring bucket according to claim 5, it is characterised in that: the evaporator includes changing Backing and hot-swappable fans.

7. a kind of air energy ink heating stirring bucket according to claim 6, it is characterised in that: the bowl inner chamber center It is additionally provided with the agitating paddle that rotation is driven by stirring motor.

8. a kind of air energy ink heating stirring bucket according to claim 6, it is characterised in that: the liner and outer gallbladder it Between be equipped with the pouring orifice that is connected to interior gallbladder intracavity.