CN207342661U - A kind of environment-friendlyink ink raw material heating equipment - Google Patents

Abstract

The utility model discloses a kind of environment-friendlyink ink raw material heating equipment, including main body cover, the bottom of main body cover inner wall is fixedly connected with Bunker, steam cabin is fixedly connected with the top of Bunker, the top of steam cabin, which is run through, containing tube, the right end of containing tube is through main body cover and extends to the outside of main body cover, one end that containing tube is located at outside main body cover is communicated with pressure reducing valve, heated mixing chamber is communicated with the right side of pressure reducing valve, the bottom of heated mixing chamber is fixedly connected with pressurizing unit, outlet valve is communicated with the right side of pressurizing unit, the both sides of heated mixing chamber bottom have been fixedly connected with support bracket, it the utility model is related to ink technique manufacturing technology field.The environment-friendlyink ink raw material heating equipment, the continuous heating during being stirred, steam can accelerate the thawing of raw material, facilitate mixing, and another aspect steam heats the utilization rate for improving the equipment energy, reached energy-saving and environment-friendly purpose.

Description

A kind of environment-friendlyink ink raw material heating equipment

Technical field

Ink technique manufacturing technology field is the utility model is related to, is specially a kind of environment-friendlyink ink raw material heating equipment.

Background technology

Ink is by there is the homogeneous mixture of the material compositions such as fuel, link stuff, filler, additional material；It can be printed, And it is dry in printed body, it is to have color and the pulpous state adherent with certain fluidity, therefore, color, body bone and dry Dry performance is three most important performances of ink, their species is very much, and physical property is also different, have it is thick also have it is dilute Watery, some makees link stuff with vegetable oil, and some resins and solvent or water etc. make link stuff, these are all pairs according to printing Determined as being stock, printing process, the type of printing plate and drying means etc., in ink manufacture craft is printed, one As using organic resin and as major ingredient, carry out heating and melting, add solvent and uniformly mixed with link stuff.

At this stage printing ink Raw material processing usually raw material is heated after be mixed again, normal blending process because Lack continuous heating, mixing for a long time can cause raw material to condense, and physical property, which changes, to be inconvenient to be mixed, it is necessary to Repeat-heating The step of with mixing, lose time and the energy, waste cause more to pollute, production efficiency is low, half produced into Product be not easy conveying packing, be unfavorable for being processed further, open processing environment, it is readily volatilized go out aromatic hydrocarbon organic solvent, Do harm to huamn body.

Utility model content

In view of the deficiencies of the prior art, the utility model provides a kind of environment-friendlyink ink raw material heating equipment, solves The problem of needing Repeat-heating to mix in ink raw materials production process.

In order to achieve the above object, the utility model is achieved by the following technical programs：A kind of environment-friendlyink ink raw material Heating equipment, including main body cover, the bottom of the main body cover inner wall are fixedly connected with Bunker, the top of the Bunker Steam cabin is fixedly connected with, through there is containing tube, the right end of the containing tube runs through main body cover simultaneously at the top of the steam cabin And the outside of main body cover is extended to, one end that the containing tube is located at outside main body cover is communicated with pressure reducing valve, the decompression Heated mixing chamber is communicated with the right side of valve, the bottom of the heated mixing chamber is fixedly connected with pressurizing unit, the pressurizing unit Right side be fixedly connected with outlet valve, the both sides of the heated mixing chamber bottom have been fixedly connected with support bracket, the decompression One end that valve is located inside heated mixing chamber is communicated with heating calancria, the right end of the heating calancria through heated mixing chamber and The outside of heated mixing chamber is extended to, one end that the heating calancria is located at outside heated mixing chamber is communicated with the first drainage and leads Pipe, the bottom of first drainage catheter through heated mixing chamber and extend to the inside of heated mixing chamber, and described first draws One end that conductance pipe is located inside heated mixing chamber is communicated with hot mixing pipe, and the right end of the hot mixing pipe passes through shaft and heating The right side rotation connection of mixing bunker inner wall, the left end of the hot mixing pipe through heated mixing chamber and extend to heated mixing chamber Outside, be fixedly connected with hot mixing motor on the left of the heated mixing chamber, one end of the hot mixing motor output shaft is consolidated Surely the first drive is connected with, the bottom of first drive is engaged with the second drive, the axle center of second drive Place is fixedly connected with the surface of hot mixing pipe left end, and the left end of the hot mixing pipe is communicated with the second drainage catheter, and described second The left end of drainage catheter is through steam cabin and extends to the inside of steam cabin.

Preferably, the pressurizing unit includes extruding shell, and the pressurizing unit includes extruding shell, the extruding shell Top be fixedly connected with the bottom of heated mixing chamber, it is described extruding shell pass on left stent be fixedly connected with extruding electricity Machine, one end of the extruding motor output shaft run through extruding shell and extend to the inside of extruding shell, the extruding motor Output shaft is fixedly connected with threaded rod positioned at one end of extruding enclosure, and the thread surface of the threaded rod is connected with extruding and slides Block, described extrude are fixedly connected with piston holder at the top of sliding block, extrusion piston are fixedly connected with the right side of the piston holder.

Preferably, the top on the right side of the Bunker, which is run through, smoke evacuation U-tube.

Preferably, the lower rotation on the left of the Bunker is connected with Bunker baffle.

Preferably, the top on the left of the steam cabin, which is run through, inlet channel, and the left side at the top of the inlet channel is fixed It is connected with inlet valve.

Preferably, it is rotatably connected to feed inlet baffle at the top of the heated mixing chamber.

Beneficial effect

The utility model provides a kind of environment-friendlyink ink raw material heating equipment.Possesses following beneficial effect：

(1), the environment-friendlyink ink raw material heating equipment, Bunker is fixedly connected with by the bottom of main body cover inner wall, Steam cabin is fixedly connected with the top of Bunker, the top of steam cabin is through there is containing tube, and the right end of containing tube is outside main body Shell and the outside for extending to main body cover, one end that containing tube is located at outside main body cover are communicated with pressure reducing valve, pressure reducing valve Right side is communicated with heated mixing chamber, and the bottom of heated mixing chamber is fixedly connected with pressurizing unit, and the right side of pressurizing unit, which is fixed, to be connected Outlet valve is connected to, the both sides of heated mixing chamber bottom have been fixedly connected with support bracket, and pressure reducing valve is located inside heated mixing chamber One end be communicated with heating calancria, the right end of heating calancria through heated mixing chamber and extends to the outside of heated mixing chamber, One end that heating calancria is located at outside heated mixing chamber is communicated with the first drainage catheter, and the bottom of the first drainage catheter is through heating Mixing bunker and the inside for extending to heated mixing chamber, one end that the first drainage catheter is located inside heated mixing chamber are communicated with heat Mixing tube, the right end of hot mixing pipe are rotatablely connected by the right side of shaft and heated mixing chamber inner wall, and the left end of hot mixing pipe passes through Wear heated mixing chamber and extend to the outside of heated mixing chamber, hot mixing motor is fixedly connected with the left of heated mixing chamber, One end of hot mixing motor output shaft is fixedly connected with the first drive, and the bottom of the first drive is engaged with the second drive, Surface at the axle center of second drive with hot mixing pipe left end is fixedly connected, and the left end of hot mixing pipe is communicated with the second drainage and leads Pipe, the left end of the second drainage catheter through steam cabin and extend to the inside of steam cabin, can be during being stirred Continuous heating, the thermal efficiency of steam higher can accelerate the thawing of raw material, facilitate mixing, be greatly shortened heating with The time of mixing, another aspect steam heat the utilization rate for improving the equipment energy, have reached energy-saving and environment-friendly purpose.

(2), the environment-friendlyink ink raw material heating equipment, is fixed by extruding the top of shell and the bottom of heated mixing chamber Connection, the stent that passes on left for extruding shell are fixedly connected with extruding motor, and the one end for extruding motor output shaft is outer through extruding Shell and the inside for extending to extruding shell, extruding motor output shaft are fixedly connected with screw thread positioned at one end of extruding enclosure Bar, the thread surface of threaded rod are connected with extruding sliding block, extrude and piston holder is fixedly connected with the top of sliding block, piston holder Right side is fixedly connected with extrusion piston, facilitates ink raw materials to squeeze out heated mixing chamber after thermal mixing, carries out in next step partly The processing of finished product, simplifies production stage, improves production efficiency.

(3), the environment-friendlyink ink raw material heating equipment, by the top on the right side of Bunker through there is smoke evacuation U-tube, will fire Burn the exhaust gas produced and carry out water filtration and activated carbon adsorption filtering, ensure the dirt reduced during steam-heated to environment Dye.

(4), the environment-friendlyink ink raw material heating equipment, is kept off by being rotatably connected to feed inlet at the top of heated mixing chamber Plate, prevents from causing the volatilization of aromatic hydrocarbon pollutant during mixing is heated, has ensured the environmental clean of production environment.

Brief description of the drawings

Fig. 1 is the utility model structure diagram；

Fig. 2 is the top view of the utility model heating calancria structure；

Fig. 3 is the structure diagram of the utility model pressurizing unit.

In figure：1 main body cover, 2 Bunkers, 3 steam cabins, 4 containing tubes, 5 pressure reducing valves, 6 heated mixing chambers, 7 pressurizing units, 71 extruding shells, 72 extruding motors, 73 threaded rods, 74 extruding sliding blocks, 75 piston holders, 76 extrusion pistons, 8 outlet valves, 9 load-bearing Stent, 10 hot mixing motors, 11 first drives, 12 heating calancrias, 13 first drainage catheters, 14 hot mixing pipes, 15 second pass Driving wheel, 16 second drainage catheters, 17 smoke evacuation U-tubes, 18 Bunker baffles, 19 inlet channels, 20 inlet valves, 21 feed inlets gear Plate.

Embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work All other embodiments obtained, shall fall within the protection scope of the present invention.

- 3 are please referred to Fig.1, the utility model provides a kind of technical solution：A kind of environment-friendlyink ink raw material heating equipment, bag Main body cover 1 is included, the bottom of 1 inner wall of main body cover is fixedly connected with Bunker 2, and the top of Bunker 2 is fixedly connected with steam Storehouse 3, through there is containing tube 4, the right end of containing tube 4 through main body cover 1 and extends to main body cover 1 at the top of steam cabin 3 Outside, one end that containing tube 4 is located at outside main body cover 1 is communicated with pressure reducing valve 5, and the function of pressure reducing valve 5 is to control steam Interior environmental pressure during reflux, avoids pressure is excessive from causing equipment damage, the right side of pressure reducing valve 5 is communicated with heated mixing chamber 6, adds The bottom in hot mixing storehouse 6 is fixedly connected with pressurizing unit 7, and pressurizing unit 7 includes extruding shell 71, extrude the top of shell 71 with The bottom of heated mixing chamber 6 is fixedly connected, and the stent that passes on left of extruding shell 71 is fixedly connected with extruding motor 72, extruding electricity One end of 72 output shaft of machine is through extruding shell 71 and extends to the inside of extruding shell 71, and extruding 72 output shaft of motor is located at One end inside extruding shell 71 is fixedly connected with threaded rod 73, and the thread surface of threaded rod 73 is connected with extruding sliding block 74, squeezes The top of pressure sliding block 74 is fixedly connected with piston holder 75, and the right side of piston holder 75 is fixedly connected with extrusion piston 76, extruding The right side of device 7 is fixedly connected with outlet valve 8, and the both sides of 6 bottom of heated mixing chamber have been fixedly connected with support bracket 9, decompression One end that valve 5 is located inside heated mixing chamber 6 is communicated with heating calancria 12, and the right end of heating calancria 12 runs through heated mixing chamber 6 And the outside of heated mixing chamber 6 is extended to, one end that heating calancria 12 is located at outside heated mixing chamber 6 is communicated with the first drainage Conduit 13, the bottom of the first drainage catheter 13 through heated mixing chamber 6 and extend to the inside of heated mixing chamber 6, and first draws One end that conductance pipe 13 is located inside heated mixing chamber is communicated with hot mixing pipe 14, and the right end of hot mixing pipe 14 by shaft and adds The right side rotation connection of 6 inner wall of hot mixing storehouse, the left end of hot mixing pipe 14 through heated mixing chamber 6 and extend to heating mixing The outside in storehouse 6, the left side of heated mixing chamber 6 are fixedly connected with hot mixing motor 10, and one end of 10 output shaft of hot mixing motor is consolidated Surely the first drive 11 is connected with, the bottom of the first drive 11 is engaged with the second drive 15, the axle center of the second drive 15 Place is fixedly connected with the surface of 14 left end of hot mixing pipe, and the left end of hot mixing pipe 14 is communicated with the second drainage catheter 16, and second draws The left end of conductance pipe 16 is through steam cabin 3 and extends to the inside of steam cabin 3, passes through the first drainage catheter 13 and the second drainage The opposing steam flow that conduit 16 cools down heat release enters steam cabin 3, achievees the purpose that thermal energy Efficient Cycle utilizes, the right side of Bunker 2 Top through there is smoke evacuation U-tube 17, smoke evacuation U-tube 17 is internally provided with exhaust gas solvent, and the gas by filtering is by row The exit of cigarette U-tube 17, is tightly held by activated carbon after layer further filters and discharges, and the lower rotation in the left side of Bunker 2 is connected with Bunker baffle 18, through there is inlet channel 19, the left side at the top of inlet channel 19 is fixedly connected with the top in the left side of steam cabin 3 Inlet valve 20, the top of heated mixing chamber 6 are rotatably connected to feed inlet baffle 21.

During work, 2 inner fuel of Bunker is burnt, and heats the water in steam cabin 3 until explosive evaporation, the heat of generation Steam enters heating calancria 12 into the collection for crossing containing tube 4 by pressure reducing valve 5, and the raw material for entering heated mixing chamber 6 is carried out just The heating and melting of step, hot steam enter hot mixing pipe 14 by the first drainage catheter 13, and hot mixing motor 10 rotates, and passes through output First drive 11 of axis drives the second drive 15 to rotate so that hot mixing pipe 14 is rotated, and the ink after thawing is former Material carries out continuous heating mixing, and steam after cooling enters steam cabin 3 by the second drainage catheter 16, and extruding motor 72 rotates, Extruding sliding block 74 is driven to move right by the threaded rod 73 of output shaft so that extruding sliding block 74 is driven by piston holder 75 and squeezed Pressure piston 76 move right, uniformly mixed semi-finished stock by pressurizing unit 7 extrusion piston 76 move right by Outlet valve 8 is discharged, and completes the Hybrid Heating processing of raw material.

It should be noted that herein, relational terms such as first and second and the like are used merely to a reality Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation In any this actual relation or order.Moreover, term " comprising ", "comprising" or its any other variant are intended to Non-exclusive inclusion, so that process, method, article or equipment including a series of elements not only will including those Element, but also including other elements that are not explicitly listed, or further include as this process, method, article or equipment Intrinsic key element.In the absence of more restrictions.By sentence " including one ... the key element limited, it is not excluded that Also there are other identical element in the process, method, article or apparatus that includes the element ".

While there has been shown and described that the embodiment of the utility model, for the ordinary skill in the art, It is appreciated that these embodiments can be carried out with a variety of changes in the case where not departing from the principle of the utility model and spirit, repaiied Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.

Claims (6)

1. a kind of environment-friendlyink ink raw material heating equipment, including main body cover (1), it is characterised in that：In the main body cover (1) The bottom of wall is fixedly connected with Bunker (2), and steam cabin (3), the steam cabin are fixedly connected with the top of the Bunker (2) (3) through there is containing tube (4), the right end of the containing tube (4) through main body cover (1) and extends to main body cover at top (1) outside, the containing tube (4) are located at the exterior one end of main body cover (1) and are communicated with pressure reducing valve (5), the pressure reducing valve (5) Right side be communicated with heated mixing chamber (6), the bottom of the heated mixing chamber (6) is fixedly connected with pressurizing unit (7), described to squeeze Outlet valve (8) is fixedly connected with the right side of pressure device (7), the both sides of heated mixing chamber (6) bottom, which have been fixedly connected with, holds Weight stent (9), the pressure reducing valve (5) are located at the internal one end of heated mixing chamber (6) and are communicated with heating calancria (12), the heating The right end of comb (12) is through heated mixing chamber (6) and extends to the outside of heated mixing chamber (6), the heating calancria (12) One end exterior positioned at heated mixing chamber (6) is communicated with the first drainage catheter (13), the bottom of first drainage catheter (13) Through heated mixing chamber (6) and the inside of heated mixing chamber (6) is extended to, first drainage catheter (13) is mixed positioned at heating Close one end inside storehouse and be communicated with hot mixing pipe (14), the right end of the hot mixing pipe (14) passes through shaft and heated mixing chamber (6) the right side rotation connection of inner wall, the left end of the hot mixing pipe (14), which runs through heated mixing chamber (6) and extends to heating, to be mixed The outside of storehouse (6) is closed, hot mixing motor (10), the hot mixing motor are fixedly connected with the left of the heated mixing chamber (6) (10) one end of output shaft is fixedly connected with the first drive (11), and the bottom of first drive (11) is engaged with the second biography Driving wheel (15), is fixedly connected with the surface of hot mixing pipe (14) left end at the axle center of second drive (15), and the heat is mixed The left end for closing pipe (14) is communicated with the second drainage catheter (16), and the left end of second drainage catheter (16) runs through steam cabin (3) And extend to the inside of steam cabin (3).

A kind of 2. environment-friendlyink ink raw material heating equipment according to claim 1, it is characterised in that：The pressurizing unit (7) extruding shell (71) is included, the top of the extruding shell (71) is fixedly connected with the bottom of heated mixing chamber (6), described The stent that passes on left of extruding shell (71) is fixedly connected with extruding motor (72), one end of described extruding motor (72) output shaft Through extruding shell (71) and the inside of extruding shell (71) is extended to, described extruding motor (72) output shaft is outer positioned at extruding The internal one end of shell (71) is fixedly connected with threaded rod (73), and the thread surface of the threaded rod (73) is connected with extruding sliding block (74), piston holder (75) is fixedly connected with the top of the extruding sliding block (74), the right side of the piston holder (75) is fixed It is connected with extrusion piston (76).

A kind of 3. environment-friendlyink ink raw material heating equipment according to claim 1, it is characterised in that：The Bunker (2) The top on right side, which is run through, smoke evacuation U-tube (17).

A kind of 4. environment-friendlyink ink raw material heating equipment according to claim 1, it is characterised in that：The Bunker (2) The lower rotation in left side is connected with Bunker baffle (18).

A kind of 5. environment-friendlyink ink raw material heating equipment according to claim 1, it is characterised in that：The steam cabin (3) The top in left side, which is run through, inlet channel (19), and the left side at the top of the inlet channel (19) is fixedly connected with inlet valve (20).

A kind of 6. environment-friendlyink ink raw material heating equipment according to claim 1, it is characterised in that：The heated mixing chamber (6) feed inlet baffle (21) is rotatably connected at the top of.