CN205455950U - Ruminate equipment heat -cycle system in fodder methionine protection technology - Google Patents

Abstract

The utility model discloses a ruminate equipment heat -cycle system in fodder methionine protection technology, including the integrative machine that mixes, screw feeder, freezing rubbing crusher, well roll -over, lower part screw feeder, molasses quenching and tempering ware, the granulator, wherein integrative mixed quick -witted discharge gate passes through screw feeder and freezing crusher connection, roll -over in the conveying pipe intercommunication is passed through to freezing rubbing crusher bottom, well roll -over is passed through lower part screw feeder and is connected molasses quenching and tempering ware, molasses quenching and tempering ware intercommunication granulator, the corresponding part of freezing rubbing crusher passes through the integrative corresponding part of machine that mixes of pipeline intercommunication, this system can be better protect the abundant utilization of heat energy in the technology with the methionine, better realization energy saving and emission reduction's mesh, the meaningless energy loss of reduction that simultaneously can be better under this technology.

Description

One ruminates equipment heat circulating system in feedstuff methionine protective technique

Technical field

This utility model relates to the heat energy Multi-class propagation field of equipment in amino acid whose protection technique in cattle and sheep feedstuff, espespecially One ruminates equipment heat circulating system in feedstuff methionine protective technique.

Background technology

After methionine in cattle and sheep feedstuff needs to carry out protecting cattle and sheep edible, absorbance is just high, has a lot in existing technology About the protection processing technique of methionine, methionine, tristerin and bentonite is wherein used to carry out in a heated condition The technology carrying out freezing processing is obtained in that after mixing preferable methionine protective again, first will be added by technology in this process The equipment that hot and cold freezes in technique separates isolated operation, adds while hankering there is substantial amounts of heat demand, also takes away in material Amount of heat, follow-up freezing then needs to discharge substantial amounts of heat, prior art for these heats No longer hold the post what processing mode, cause the place needing heat to need heating for multiple times, need the place of heat radiation then to the heat distributed Cause waste, the operating cost of enterprise can be increased undoubtedly.

Summary of the invention

For solving the problems referred to above, this utility model provides one and ruminates equipment thermal cycle in feedstuff methionine protective technique System, the heat energy in methionine protective technique preferably can sufficiently be used, preferably realize energy-conservation subtracting by this system The purpose of row, can preferably reduce meaningless energy loss simultaneously under this technique.

For reaching above-mentioned purpose, this utility model just has techniques below to realize, and one ruminates feedstuff methionine protective technique Middle equipment heat circulating system, including one mixer, feeding screw, freezing crusher, middle roll-over, lower part helical feed appliance, Molasses quality-adjusting device, comminutor, wherein one mixer discharging opening is connected with freezing crusher by feeding screw, freezing and pulverizing Machine bottom connected by feed pipe in roll-over, middle roll-over by lower part helical feed appliance connect molasses quality-adjusting device, molasses quality-adjusting device Connection comminutor, freezing crusher corresponding component is by pipeline communication one mixer corresponding component.

As further improvement of the utility model, described one mixer is by DL-methionine holding bin, stearic acid port oil Fat holding bin, bentonite holding bin, power motor, hollow heat conduction drving sprial bar, hydraulic pressure door, Lower Hold, mixing bunker, heating Rod, heater, heat exchanger tube form, and wherein mixing bunker is rectangular hollow structure, and mixing bunker top surface is set to capping, and basal surface sets Being equipped with hydraulic pressure door, the outer wall of mixing bunker surrounding is double-decker, and region between layers is the thermal treatment zone of hollow, mixing bunker DL-methionine holding bin, stearic acid port oils and fats holding bin, bentonite holding bin it is equipped with respectively by upper bracket on top surface, DL-methionine holding bin, stearic acid port oils and fats holding bin, bentonite holding bin are respectively by the pipeline of band valve with mixing bunker even Connecing, be socketed with hollow heat conduction drving sprial bar in mixing bunker, this hollow heat conduction drving sprial bar is that a hollow straight-bar one end is prolonged Being connected with power motor after stretching out mixing bunker, the other end is installed on the mixing bunker outer wall on opposite, and hollow straight-bar is outside around being connected to Helical blade, hollow heat conduction drving sprial bar is not installed one end of power motor and is provided with the heating sealing bearing installation Rod, is filled with heat-transfer oil in hollow heat conduction drving sprial bar hollow region, and bottom, the thermal treatment zone is provided with air inlet, and air inlet passes through Pipeline is connected with freezing crusher counter structure, and top, the thermal treatment zone is provided with gas outlet, and it is sweet that gas outlet connection is installed on stearic acid Heat exchanger tube in grease holding bin, the pipeline between heat exchanger tube and gas outlet is provided with heater, and described heater is electricity Heated filament, is Lower Hold immediately below hydraulic pressure door, and Lower Hold bottom is connected with feeding screw.

As further improvement of the utility model, described freezing crusher is by pre-cooling storehouse, refrigeration system, lower hydraulic storehouse Door, disintegrating machine composition, wherein top, pre-cooling storehouse is connected, bottom pre-cooling storehouse with one mixer counter structure by feeding screw Being provided with cool chamber set by pipeline and refrigeration system to be connected, cool chamber is that rectangular configuration is internally provided with endothermic tube, and cool chamber leads to Cross endothermic tube to be connected with refrigeration system miscellaneous part, separated by lower hydraulic door and disintegrating machine bottom cool chamber and together with, It is connected with middle roll-over bottom disintegrating machine.

As further improvement of the utility model, described pre-cooling storehouse cylindrical hollow configuration, pre-cooling is provided with bottom storehouse At the bottom of taper storehouse, it is double-decker at the bottom of storehouse, is provided with hollow region between layers, at the bottom of storehouse, be positioned at the upper surface within pre-cooling storehouse It is provided with many cylindrical heat exchange bar straight up, by through hole connection cool chamber, the hollow area at the bottom of storehouse set by bottom at the bottom of storehouse Top, territory is provided with blast pipe, and the right opposite of blast pipe is provided with discharge pipe, and discharge pipe is corresponding with one mixer by pipeline Structure connects, and blast pipe is connected with refrigeration system counter structure by pipeline.

As further improvement of the utility model, described refrigeration system by cool chamber, expansion valve, device for drying and filtering, dissipate Heat pipe, cooling fan, compressor form, and wherein pipeline communication expansion valve one end is passed through in the endothermic tube one end in cool chamber, expand The valve other end pass through pipeline communication radiating tube one end, the radiating tube other end pass through pipeline communication compressor one end, compressor another Holding and connect the endothermic tube other end by pipeline, radiating tube is arranged above the air inlet of cooling fan, giving vent to anger of cooling fan Mouth is connected with pre-cooling storehouse by pipeline.

This utility model compared with prior art has the advantages that

1, the heat energy in methionine protective technique can preferably sufficiently be used by this system, preferably realizes joint The purpose that can reduce discharging, can preferably reduce meaningless energy loss simultaneously under this technique.

Accompanying drawing explanation

Fig. 1 is that one ruminates equipment heat circulating system structural representation in feedstuff methionine protective technique；

1-DL-methionine holding bin in figure；2-tristerin holding bin；3-one mixer；4-bentonite bin stock Cylinder；5-upper bracket；6-power motor；7-hollow heat conduction drving sprial bar；8-hydraulic pressure door；9-feeding screw；10-compresses Machine；11-cooling fan；12-radiating tube；13-freezing crusher；14-device for drying and filtering；15-feed pipe；Roll-over in 16-；17- Lower part helical feed appliance；18-molasses quality-adjusting device；19-comminutor；20-disintegrating machine；21-lower hydraulic door；22-expansion valve； 23-endothermic tube；24-connects feed pipe；25-pre-cooling storehouse；26-heat exchange bar；27-Lower Hold；28-mixing bunker；29-heating rod；30-adds Hot device.

Detailed description of the invention

Embodiment 1

Equipment heat circulating system during one ruminates feedstuff methionine protective technique as shown in Figure 1, including one mixer 3, Feeding screw 9, freezing crusher 13, middle roll-over 16, lower part helical feed appliance 17, molasses quality-adjusting device 18, comminutor 19, wherein Integrally mixer 3 discharging opening is connected with freezing crusher 13 by feeding screw 9, and feed pipe is passed through in freezing crusher 13 bottom Roll-over 16 in 15 connections, middle roll-over 16 connects molasses quality-adjusting device 18 by lower part helical feed appliance 17, and molasses quality-adjusting device 18 connects Comminutor 19, freezing crusher 13 corresponding component is by pipeline communication one mixer 3 corresponding component, described one mixer 3 By DL-methionine holding bin 1, stearic acid port oils and fats holding bin 2, bentonite holding bin 4, power motor 6, hollow heat conduction transmission spiral shell Swing arm 7, hydraulic pressure door 8, Lower Hold 27, mixing bunker 28, heating rod 29, heater 30, heat exchanger tube form, and wherein mixing bunker 28 is square Shape hollow structure, mixing bunker 28 top surface is set to capping, and basal surface is provided with hydraulic pressure door 8, the outer wall of mixing bunker 28 surrounding For double-decker, region between layers is the thermal treatment zone of hollow, and mixing bunker 28 top surface is added respectively by upper bracket 5 There are DL-methionine holding bin 1, stearic acid port oils and fats holding bin 2, bentonite holding bin 4, DL-methionine holding bin 1, stearic acid Port oils and fats holding bin 2, bentonite holding bin 4 are connected with mixing bunker 28 by the pipeline of band valve respectively, socket in mixing bunker 28 Having hollow heat conduction drving sprial bar 7, this hollow heat conduction drving sprial bar 7 is after mixing bunker 28 is extended in a hollow straight-bar one end Being connected with power motor 6, the other end is installed on mixing bunker 28 outer wall on opposite, hollow straight-bar outside around being connected to helical blade, One end that power motor 6 do not installed by hollow heat conduction drving sprial bar 7 is provided with and seals the heating rod 29 that bearing is installed, hollow Being filled with heat-transfer oil in heat conduction drving sprial bar 7 hollow region, bottom, the thermal treatment zone is provided with air inlet, air inlet by pipeline with Freezing crusher 13 counter structure connects, and top, the thermal treatment zone is provided with gas outlet, and gas outlet connection is installed on tristerin Heat exchanger tube in holding bin 2, the pipeline between heat exchanger tube and gas outlet is provided with heater 30, and described heater 30 is electricity Heated filament, is Lower Hold 27 immediately below hydraulic pressure door 8, and Lower Hold 27 bottom is connected with feeding screw 9, and described freezing crusher 13 is by advance Cold storehouse 25, refrigeration system, lower hydraulic door 21, disintegrating machine 20 form, wherein top, pre-cooling storehouse 25 by feeding screw 9 with Integrally mixer 3 counter structure connects, and is provided with cool chamber set by pipeline and refrigeration system and is connected bottom pre-cooling storehouse 25, cool chamber Being internally provided with endothermic tube 23 for rectangular configuration, cool chamber is connected with refrigeration system miscellaneous part by endothermic tube 23, cool chamber Bottom separated by lower hydraulic door 21 and disintegrating machine 20 and together with, be connected with middle roll-over 16 bottom disintegrating machine 20, described pre- Cold storehouse 25 cylindrical hollow configuration, is provided with at the bottom of taper storehouse bottom pre-cooling storehouse 25, be double-decker, arrange between layers at the bottom of storehouse There is hollow region, be provided with many cylindrical heat exchange bar 26 straight up being positioned at the upper surface within pre-cooling storehouse 25 at the bottom of storehouse, By through hole connection cool chamber set by bottom at the bottom of storehouse, the hollow region top at the bottom of storehouse is provided with blast pipe, the right opposite of blast pipe Being provided with discharge pipe, discharge pipe is connected with one mixer 3 counter structure by pipeline, and blast pipe passes through pipeline and refrigeration system Counter structure connect, described refrigeration system by cool chamber, expansion valve 22, device for drying and filtering 14, radiating tube 12, cooling fan 11, Compressor 10 forms, wherein endothermic tube 23 one end in cool chamber pass through pipeline communication expansion valve 22 one end, expansion valve 22 another Holding by pipeline communication radiating tube 12 one end, radiating tube 12 other end passes through pipeline communication compressor 10 one end, and compressor 10 is another One end connects endothermic tube 23 other end by pipeline, and radiating tube 12 is arranged above the air inlet of cooling fan 11, radiation air The gas outlet of machine 11 is connected with pre-cooling storehouse 25 by pipeline.

Claims (5)

1. ruminate an equipment heat circulating system in feedstuff methionine protective technique, including one mixer (3), feeding screw (9), freezing crusher (13), middle roll-over (16), lower part helical feed appliance (17), molasses quality-adjusting device (18), comminutor (19), its It is characterised by: integrally mixer (3) discharging opening is connected with freezing crusher (13) by feeding screw (9), freezing crusher (13) roll-over (16) during bottom is connected by feed pipe (15), middle roll-over (16) connects molasses by lower part helical feed appliance (17) Quality-adjusting device (18), molasses quality-adjusting device (18) connection comminutor (19), freezing crusher (13) corresponding component passes through pipeline communication one Body mixer (3) corresponding component.

Equipment heat circulating system during the most according to claim 1, one ruminates feedstuff methionine protective technique, it is characterised in that: Described one mixer (3) by DL-methionine holding bin (1), stearic acid port oils and fats holding bin (2), bentonite holding bin (4), Power motor (6), hollow heat conduction drving sprial bar (7), hydraulic pressure door (8), Lower Hold (27), mixing bunker (28), heating rod (29), Heater (30), heat exchanger tube form, and wherein mixing bunker (28) is rectangular hollow structure, and mixing bunker (28) top surface is set to envelope Lid, basal surface is provided with hydraulic pressure door (8), and the outer wall of mixing bunker (28) surrounding is double-decker, and region between layers is The thermal treatment zone of hollow, mixing bunker (28) top surface is equipped with DL-methionine holding bin (1), tristearin respectively by upper bracket (5) Acid port oils and fats holding bin (2), bentonite holding bin (4), DL-methionine holding bin (1), stearic acid port oils and fats holding bin (2), swollen Profit soil holding bin (4) is connected with mixing bunker (28) by the pipeline of band valve respectively, and mixing bunker is socketed with hollow heat conduction in (28) Drving sprial bar (7), this hollow heat conduction drving sprial bar (7) is that mixing bunker (28) is extended afterwards with dynamic in a hollow straight-bar one end Force motor (6) connect, the other end is installed on mixing bunker (28) outer wall on opposite, hollow straight-bar outside around being connected to helical blade, Hollow heat conduction drving sprial bar (7) is not installed one end of power motor (6) and is provided with the heating rod sealing bearing installation (29), being filled with heat-transfer oil in hollow heat conduction drving sprial bar (7) hollow region, bottom, the thermal treatment zone is provided with air inlet, air inlet Mouth is connected with freezing crusher (13) counter structure by pipeline, and top, the thermal treatment zone is provided with gas outlet, and gas outlet connection is installed Heat exchanger tube in tristerin holding bin (2), the pipeline between heat exchanger tube and gas outlet is provided with heater (30), described heater (30) is heating wire, is Lower Hold (27) immediately below hydraulic pressure door (8), and Lower Hold (27) bottom is entered with spiral Glassware (9) connects.

One the most according to claim 1 or claim 2 ruminates equipment heat circulating system in feedstuff methionine protective technique, and its feature exists In: described freezing crusher (13) is made up of pre-cooling storehouse (25), refrigeration system, lower hydraulic door (21), disintegrating machine (20), its Middle pre-cooling storehouse (25) top is connected with one mixer (3) counter structure by feeding screw (9), and pre-cooling storehouse (25) bottom sets Being equipped with cool chamber set by pipeline and refrigeration system to be connected, cool chamber is that rectangular configuration is internally provided with endothermic tube (23), cool chamber It is connected with refrigeration system miscellaneous part by endothermic tube (23), by lower hydraulic door (21) and disintegrating machine bottom cool chamber (20) separate and be connected with middle roll-over (16) together with, disintegrating machine (20) bottom.

Equipment heat circulating system during the most according to claim 3, one ruminates feedstuff methionine protective technique, it is characterised in that: Described pre-cooling storehouse (25) cylindrical hollow configuration, pre-cooling storehouse (25) bottom be provided with at the bottom of taper storehouse, be double-decker at the bottom of storehouse, layer with It is provided with hollow region between Ceng, the upper surface being positioned at pre-cooling storehouse (25) at the bottom of storehouse internal is provided with many cylinders straight up Shape heat exchange bar (26), by through hole connection cool chamber set by bottom at the bottom of storehouse, the hollow region top at the bottom of storehouse is provided with blast pipe, enters The right opposite of airduct is provided with discharge pipe, and discharge pipe is connected with one mixer (3) counter structure by pipeline, and blast pipe passes through Pipeline is connected with refrigeration system counter structure.

Equipment heat circulating system during the most according to claim 3, one ruminates feedstuff methionine protective technique, it is characterised in that: Described refrigeration system is by cool chamber, expansion valve (22), device for drying and filtering (14), radiating tube (12), cooling fan (11), compressor (10) composition, wherein pipeline communication expansion valve (22) one end is passed through in the endothermic tube in cool chamber (23) one end, and expansion valve (22) is another Pipeline communication radiating tube (12) one end is passed through in one end, and radiating tube (12) other end passes through pipeline communication compressor (10) one end, pressure Contracting machine (10) other end connects endothermic tube (23) other end by pipeline, and radiating tube (12) is arranged above cooling fan (11) Air inlet, the gas outlet of cooling fan (11) is connected with pre-cooling storehouse (25) by pipeline.